|Publication number||CN1030508 A|
|Application number||CN 88102152|
|Publication date||18 Jan 1989|
|Filing date||21 Apr 1988|
|Priority date||21 Apr 1987|
|Also published as||CA1287091C, CN1021499C, DE3852519D1, DE3852519T2, EP0290159A2, EP0290159A3, EP0290159B1, US4874924|
|Publication number||88102152.0, CN 1030508 A, CN 1030508A, CN 88102152, CN-A-1030508, CN1030508 A, CN1030508A, CN88102152, CN88102152.0|
|Inventors||山本志延, 星出文利, 竹内通, 小谷捷, 安田纯博|
|Export Citation||BiBTeX, EndNote, RefMan|
|Referenced by (6), Classifications (7), Legal Events (4)|
|External Links: SIPO, Espacenet|
本发明涉及一种正温度系数（以下称PTC）加热装置，更具体讲是一种适于做电蒸发器之热源的PTC加热装置，电蒸发器是用于加热药液。 The present invention relates to a positive temperature coefficient (hereinafter referred to as PTC) heating device, and more particularly to a PTC heating device adapted to make electrical evaporator device of the heat source is an electric vaporizer for heating liquid. 例如，液体杀虫剂，芳香液体等，以使其蒸发的装置。 E.g., liquid insecticide, aromatic liquid or the like, so as to evaporate the apparatus. 这类蒸发器包括电灭蚊器，用于加热芳香液体，使其蒸发的电蒸发器，及其他类似装置。 Such electric mosquito destroyer comprises an evaporator for heating aromatic liquid to electric vaporizes, and other similar devices. 做为配备有PTC加热装置的一种电蒸发器之实例，下面将论述小型电分离器。 As examples of device equipped with an electric evaporator device of the PTC heating, will be discussed below mini-separator.
这类小型电分离器一般包括盛有液体杀虫剂的容器，从容器中将液体杀虫剂吸上来的汲取器。 Such small electric separator generally includes a container filled with a liquid insecticide from a container of liquid pesticides will learn is sucked up. 在这种电灭蚊器中;通过汲取器从容器中汲上来的液体杀虫剂用来加热蒸发。 In this electric mosquito; the filter drain by drawing up liquid from the container used to heat the evaporation of pesticides. 在电灭蚊器中，采用了能够安全加热液体杀虫剂，并可靠地将其蒸发的PTC热敏电阻。 In the electric mosquito destroyer, using a heating liquid insecticide can be safely and reliably evaporated PTC thermistor. 汲取器通常是由毡类纤维材料或多孔材料制成的块体。 Draw is typically a block body made of fibrous material such as felt, or porous material.
现在参见图1，为了便于理解本发明，将更详细地对配备有PTC加热装置的电灭蚊器进行描述。 Referring now to Figure 1, in order to facilitate understanding of the present invention, in more detail on the electric mosquito destroyer equipped with PTC heating device will be described. 电灭蚊器包括两个壳互相吻合的上部和下部防护壳40和42;和盛有液体杀虫剂的容器44。 Electric mosquito protection, including upper and lower case are consistent two shells 40 and 42; and a container filled with a liquid insecticide 44. 容器44置于下部防护壳42之中。 44 placed in the lower part of the container 42 into the protective shell. 上部防护壳40在其顶壁40b上有一通孔40a;并在其侧壁内表面有整体形成的套座部40c。 An upper protective housing 40 has a through hole 40a in its top wall 40b; and in its side wall surface of the socket portion formed integrally 40c. 如上所述，电灭蚊器进一步包括PTC加热装置500。 As mentioned above, electric mosquito PTC heating device further comprises 500. 加热装置500包括一壳体50和装于该壳体50上的园筒形热辐射件90（见图2），后面将详细描述之。 Heating means 500 includes a housing 50 and the housing 50 is mounted on the cylindrical heat-radiating member 90 (see FIG. 2), it will be described later in detail. PTC加热装置500是以这样一种方式装在上部防护壳40上的，即其壳体50部分地镶入上部防护壳40的相应套座部40c中。 PTC heating device 500 is mounted in such a manner that the upper armoring case 40, i.e., part of the housing 50 to insert it into the upper armoring case 40 of the socket portion 40c of the corresponding. 图1中，参考号46表示汲取器，用于将液体杀虫剂从容器44中吸上来。 Figure 1, the reference number 46 denotes draw, a pesticide used to suck up the liquid from the container 44. 如前所述，汲取器46是由毡类纤维材料或多孔材料制成的细长体。 As described above, draw 46 is made of fibrous material such as felt, or porous material made of an elongated body. 细长的汲取器46通过容器44的开口插入容器44中，并被浸泡在容器44中的液体杀虫剂中。 An elongated draw 46 inserted into the container 44 through the opening 44 of the container, and is immersed in the liquid vessel 44 insecticides. 细长的汲取器46的上部伸出容器44的开口。 An elongated upper portion 46 extending draw opening of the container 44. 装有PTC加热装置500的上部防护壳40和下部防护壳42以这样一种形式相互吻合，即使细长的汲取器46的上端部穿过园筒形热辐射件90的径向膛孔92（见图图1和图2）。 PTC heating device is equipped with an upper portion 500 of the protective shell 40 and the lower armoring case 42 coincide with each other in such a form, even if the upper end portion of the radial bore 46 of elongated draw through the cylindrical heat-radiating member 90 of 92 ( See Figure 1 and Figure 2).
在如上述构成的电灭蚊器中，当设在PTC加热装置500中（后面将详叙）的PTC热敏电阻产生热时，产生的热量被传导到热辐射件90上，已从容器44中汲取了液体杀虫剂的汲取器46的上端部由已传给热辐射件90上的热量加热，产生液体农药的蒸发。 In the above electric mosquito destroyer constructed, when provided in the PTC heating device 500 (described later in detail Syria) PTC thermistor to generate heat, the heat generated is conducted to the heat radiation member 90, 44 from the container learn to draw liquid insecticide top portion 46 is heated by the heat has passed 90 pieces of thermal radiation, resulting evaporation of liquid pesticides. 这样，蒸发出来的杀虫剂经过上部防护壳40的通孔40a散布到电灭蚊器的外部。 Thus, the vaporized insecticide through the upper armoring case 40 through hole 40a of the electric mosquito destroyer spread outside.
参见图2，常规的PTC加热装置500包括一个PTC热敏电阻80，在上极板70和下极板60之间，PTC热敏电阻80垂直放置，具有槽51的壳体50;和园筒形热辐射件90。 2, a conventional PTC heating device 500 Referring to Figure comprises a PTC thermistor 80, between the upper plate 70 and lower plate 60, PTC thermistor 80 positioned vertically, with the groove 51 of the housing 50; and cylinder shaped heat-radiating member 90.
壳体50由阻热塑料材料制成，并包括具有凹槽51的一个基体和与该基体整体形成的，作为导热部分的园筒部52，从而筒部52从槽51外部底面的中央部位向上伸出。 Casing 50 of heat-resistant plastic material, and comprises a substrate having a recess 51 and formed integrally with the substrate as the conductive portion of the cylindrical portion 52, so that the cylindrical portion 52 from the bottom surface of the groove 51 outside of the center portion of upwardly extend. PTC热敏电阻80呈一环状体，并在其上、下表面分别有上电极80a和下电极80b。 PTC thermistor 80 form an annular body, and in its upper and lower surfaces respectively upper electrode 80a and lower electrode 80b. PTC热敏电阻80和极板70和60被置于壳体50的凹槽51中，分别经过通孔82，72和62与壳体50的园筒部52相吻合。 PTC thermistors 80 and plates 70 and 60 are disposed in the recess 51 of the housing 50, respectively, through the through holes 82,72 and 62 and the cylindrical portion 52 of the housing 50 coincide. 盖板100由阻热塑料制成，并有一通孔101，盖板100放置在上极板70上，经过其通孔101装配在壳体50的园筒部52上，籍止堵住了壳体50的凹槽51。 Cover plate 100 is made of heat-resistant plastic and has a through hole 101, the cover plate 100 placed on the upper plate 70, through which the through hole 101 fitted on the cylindrical portion 52 of the housing 50, the membership only blocked shell body 50 of the recess 51. 筒形热辐射件90由铝一类的金属制成，并在其一端设置有凸缘91。 Cylindrical heat radiation member 90 made of aluminum a metal such as steel and provided with a flange at one end 91. 热辐射件90安装在壳体50上。 Heat radiation member 90 is mounted on the housing 50. 方式是将其插入壳体50的园筒部52的径向镗孔52a，并将其另一端铆接在凹槽51的外部底面上。 Mode is radial bore cylindrical portion 50 is inserted into the housing 52 of the 52a, and the other end riveted on the external bottom surface of the recess 51.
如上述构成的常规PTC加热装置具有许多问题，将在后面予以阐述。 Such as a conventional PTC heating device constructed as described above have a number of problems, which will be explained later.
如上所述，常规的PTC加热装置500具有环形PTC热敏电阻80。 As described above, the conventional PTC heating device 500 has an annular PTC thermistor 80. 在制造这种环形PTC热敏电阻时，具体做法是用镍对整个PTC热电阻环形物体进行无电镀，再进行热处理。 In the manufacture of such a ring PTC thermistor, which would be used for the entire PTC thermistor nickel ring objects electroless plating, and then subjected to heat treatment. 然后，采用磨光技术将围绕着环形物体的通孔内壁上的镍膜去除。 Then, a polishing technique would surround the annular wall of the through hole of the object nickel film is removed. 但是，磨光工艺的确很麻烦。 However, polishing process is indeed a lot of trouble. 要去除镍膜需要足够的时间。 To remove the nickel film needs enough time. 因此，环形PTC热敏电阻就变得很贵。 Therefore, the ring PTC thermistor becomes expensive. 另一种方法，可以用化学腐蚀来除掉内壁的镍膜。 Another method, chemical etching can be used to remove the inner wall of the nickel film. 但是，由于进行腐蚀要使用化学品，这将使环形物体和做在该环形物体上的电极劣化。 However, due to the etching to make chemicals, which will make the annular body and the annular body of the electrode is deteriorated.
而且，在常规的PTC加热装置中，壳体50的园筒部52和经过园筒部52上的径向镗孔52a插入的筒形热辐射件90沿着与PTC热电阻80的电极80a和80b的水平表面成直角的方向延伸，从而PTC加热装置500在实用时，由PTC热敏电阻80的电极80a和80b产生的热将经过若干条通路传导到作为用来加热已由汲取器吸上来的液体杀虫剂的装置的热辐射件90。 Further, in the conventional PTC heating device, the cylindrical portion 52 and a cylindrical heat-radiating member through a radial bore 52 on the cylindrical portion 52a of the housing 50 is inserted into the electrode 80a 90 along with the PTC thermistor 80 and The horizontal surface 80b extends in a direction at right angles to the PTC heating device 500 in practical use, the heat generated by the PTC thermistor electrode 80a 80 and 80b will be generated through several pathways, as transmitted to the device for heating the sucked up by the draw liquid insecticide thermal radiation of 90 pieces of equipment. 尤其是，在常规的PTC加热装置中，PTC热电阻80的电极80a和80b的水平表面并不跟园筒部52接触。 In particular, in the conventional PTC heating device, PTC thermistor electrode 80a 80 and the horizontal surface 80b is not in contact with the cylindrical portion 52. 而是分别通过上、极板70和下极板60与盖板100和壳体50底部相接触，致使PTC加热装置500在使用时，由PTC热电阻80的电板80a和80b产生的热将通过上极板70和下极板60传导给盖板100和壳体50底端，然后再通过园筒部52传导给热辐射件90。 But separately through the upper plate 70 and lower plate 60 and the cover plate 100 and the bottom housing 50 is in contact, resulting in the use of thermal device 500, the PTC thermistor 80 of the plate 80a and 80b generated by PTC heating through the plate 70 and the lower plate 60 is conducted to the bottom of the cover 100 and the housing 50, and then transfer to the heat radiating member 90 through the cylindrical portion 52. 因此，在常规PTC加热装置中，将花费很长时间使热辐射件90加热到足以蒸发液体杀虫剂的温度。 Therefore, in the conventional PTC heating device, it will take a long time to make the heat radiation member 90 is heated to a temperature sufficient to vaporize the liquid insecticide.
同样，类似于上述常规PTC加热装置，并用作加热器来防止供水管等产生冰冻的一种筒形恒温加热装置被公布在日本专利公开公报第35490/1985号上。 Also, similar to the above-described conventional PTC heating device, and used as a heater to prevent a cylindrical constant temperature water supply tube produced frozen heating means are published in the Japanese Patent Publication No. 35490/1985. 图3和图4表示了这种恒温加热器。 Figures 3 and 4 shows such a heater thermostat. 在图3和图4中，与图2中所示相同的部件标上了同样的标号，对它们的描述也不再重复。 In Figures 3 and 4, the same components shown in Figure 2 are denoted by the same reference numerals, and their description are not repeated. 参考号300表示通过焊剂或导电粘接剂302连接在PTC烈敏电阻80的上电极80a上的引线。 Reference numeral 300 denotes a connection lead 80 of the PTC resistor sensitizers on the upper electrode 80a by solder or conductive adhesive 302. 参考号400表示通过焊剂或导电粘接剂402连接在PTC热敏电阻80的下电极80b上的引线。 Reference numeral 400 indicates the connection to the PTC thermistor of the lower electrode 80b 80 by solder or conductive adhesive 402 lead. 这种恒温加热器也有前面所说的问题。 This heater thermostat also has the previously mentioned problems.
本发明正是基于要克服前面所说先有技术装置的种种问题而做出的。 The present invention is based on overcoming the aforesaid problems of the prior art devices which made.
因此，本发明的一个目的便是提供一种能够有效地加热药液，并蒸发之的PTC加热装置。 Accordingly, an object of the present invention to provide a drug solution can be efficiently heated, and evaporated PTC heating device.
本发明的另一个目的是提供一种能够迅速将做为汲取器加热装置的热辐射件加热到足以蒸发液体杀虫剂的温度的PTC加热装置。 Another object of the present invention is to provide a device capable of quickly draw heat radiating member as a means of heating to a temperature sufficient to vaporize liquid insecticide PTC heating device heating.
本发明还有一个目的是提供一种上述PTC加热装置，它的结构简单，易于制作。 Another object of the present invention is to provide a PTC heating device described above, simple structure, easy to fabricate.
一般讲，根据本发明，提供的是一种PTC加热装置适于装在用来加热象液体杀虫剂的药液，芳香液体等，并使其中蒸发的电蒸发器中。 Generally speaking, according to the present invention, there is provided a PTC heating device for heating adapted to be mounted in a liquid such as liquid insecticide, aromatic liquid or the like, and wherein the electrical vaporizes. 电蒸发器包括盛药液的贮液装置和从贮液装置中汲取药液的汲取装置，汲取装置由浸泡在贮液装置中的药液中的细长的物体构成。 Electric vaporizer device includes a reservoir containing liquid in liquid and lessons learned from the reservoir device device device draw by immersion in liquid liquid storage device composed of an elongated object. 该细长体的一端部自贮液装置中伸出。 One end portion of the elongate body extending self-accumulator means. 该PTC加热装置包括至少一个大体为板状的，并在其一个表面和另一表面上分别有着第一和第二电极的PTC热敏电阻，第一和第二电极部件，其间至少插进一个PTC热敏电阻，且第一电极部件与所说至少一个PTC热敏电阻的第一电极相接触，第二电极部件与所说至少一个PTC热敏电阻的第二电极相接触;一个其上具有凹槽的阻热绝缘材料制成的壳体，在凹槽中容纳有至少一个PTC热电阻和第一、第二电极部件;一个由具有良好导热特性的电绝缘材料制成的导热部件，该导热部件装在壳体上，并与第一电极部件接触;以及一个具有容纳所说汲取装置的一端部的装置的热辐射件，该热辐射件装在壳体上，并通过所说导热部件与第一电极部件相接触;其中由实用中的至少一个PTC热敏电阻产生的热通过导热部件传导给热辐射件，从而被汲取装置吸出来的药液由已经传至热辐射件上的热量加热，并蒸发。 The PTC heating device comprises at least one substantially plate-shaped and on its one surface and the other surface of the PTC thermistor respectively with the first and second electrodes, the first and second electrode members, inserted therebetween, at least one PTC thermistor, and the first electrode member and said at least one first electrode of the PTC thermistor in contact with the second electrode member of said at least one second electrode and the PTC thermistor in contact; having thereon a resistive thermal insulating material housing recess formed in the recess receiving at least one PTC thermistor and the first and second electrode means; a thermally conductive member made of electrically insulating material having good thermal characteristics is made of the heat conductive member mounted on the housing, and contact with the first electrode member; and a receiving means of said heat radiating member an end portion of the draw apparatus, the heat-radiating member mounted on the housing, and through said heat conductive member having contact with the first electrode member; wherein the heat generated by the utility at least one PTC thermistor produced by the thermally conductive member is conducted to the heat radiation member so as to be sucked out of the draw apparatus has been transmitted by the liquid on the heat radiating member is heat heating, and evaporated.
在本发明的一个优选实施例中，PTC热敏电阻的数目至少是二个，导热部件包括一个整体形成在壳体中的物体从壳体凹槽的底部竖直地伸向壳体的开口端，并在其中间设置了一个用来容纳热辐射件的竖直通孔，还具有形成在围绕该通孔之侧壁上的平面。 In a preferred embodiment of the present invention, the number of the PTC thermistor is at least two, thermally conductive member comprises a body integrally formed in the housing toward the housing vertically from the bottom open end of the housing recess , and in which is provided between the vertical through-hole for receiving a heat-radiating member, but also has a plane around the sidewalls of the via hole is formed. 热辐射件包括一个具有用于容纳汲取装置一端部的径向镗孔的、基本上为筒形的物体，它经壳体的导热部件的通孔插入，使得热辐射件与导热部件的通孔的内表面接触。 Having a heat-radiating member comprises a radial bore for receiving draw an end portion of the apparatus, substantially cylindrical object, which heat-conducting member through the through hole of the housing is inserted, so that the heat radiating member and the heat conductive member through hole The inner surface of the contact. 第一电极部件包括与导热部件各个平面接触的接触平面部分。 The first electrode member comprises a contact portion with the respective flat planar thermally conductive member in contact. 至少两个PTC热敏电阻处在第一电极部件相应的所说平面接触部分，方式是其第一电极各表面与第一电极部件的相应平面接触部分接触。 At least two PTC thermistors in the first electrode member corresponding to the plane of said contact portion, the way of their respective first electrodes of the planar surface of the first electrode member contact portion contacts. 第二电极部件包括与第一电极部件的平面接触部分上的至少两个PTC热敏电阻的第二电极吻合的接触部分，以便把至少两个PTC热敏电阻的各第一电极表面通过第一电极部件的平面接触部分压向导热部件的各相应平面上。 The second electrode member comprises a contact portion and at least two second electrodes of the PTC thermistor planar contact portion of the first electrode member on the anastomosis, so that the surface of at least two of each of the first electrode by a first PTC thermistor each respective flat plane electrode member contact portion heat pressing guide member.
在另一个本发明的优选实施例中，PTC热敏电阻的数目是一个。 In another preferred embodiment of the present invention, the number is a PTC thermistor. 第一电极部件包括与PTC热敏电阻的第一电极接触的一个大体为平面的接触部分。 The first electrode member comprises a first electrode in contact with the PTC thermistor of a generally planar contact portion. 第二电极部件包括一个与PTC热敏电阻之第二电极相吻合的接触部分。 The second electrode member comprises a contact portion and the second electrode of the PTC thermistor coincide. PTC热敏电阻和第一、第二电极部件以层叠的关系安装在壳体的凹槽中。 PTC thermistors and first and second electrode member mounted in stacked relation in the recess of the housing. 导热部件被制成大体为板状，并被安置在壳体的开口端，同时座落于第一电极部件的平面接触部分上。 Thermally conductive member is formed substantially into a plate shape, and is disposed at the open end of the housing, while situated in a plane contact portion of the first electrode member. 热辐射件包括一个实际为U型的物体，它具有作为容纳汲取装置一部分的实际为U型的开口，和一对从U型物体两侧伸向U型开口反方向的接合臂。 The actual heat-radiating member comprises a U-shaped body having a receiving part of the device to learn the actual U-shaped opening, and a pair of U-shaped opening extending toward the opposite direction from both sides of the U-shaped objects engagement arms. 而且热辐射件被安排与导热部件相接触，并通过接合臂固紧壳体的两边。 And the heat radiating member is arranged in contact with the thermally conductive member, and by fixing both sides of the engagement arms tight housing.
在本发明的再一个优选实施例中，PTC加热装置还包括一个实际上为U型的盖板。 In a further preferred embodiment of the present invention, PTC heating device further includes a substantially U-shaped cover. 壳体做成基本为U型，壳体的凹槽也具有与壳体相同形状的U型。 A substantially U-shaped housing formed recess of the housing also having the same shape as the U-shaped housing. 壳体U型开口的旁边部分做为所说的导热部件。 Next to the opening of the U-shaped portion of the housing as said thermally conductive member. 第一电极部件包括一个U型体，其每一侧面都具有平面接触部分。 The first electrode member comprises a U-shaped member, each side having its planar contact portion. 第一电极部件位于壳体的凹栏中的方式是其平面接触部分分别与围绕壳体的所说U型开口的一壁板的两边区域相结合。 A recessed part of the first electrode bar is located in the housing area on both sides of a wall of their flat contact portions respectively of said U-shaped around the opening of the housing combined. PTC热敏电阻个数是两个。 PTC thermistor number is two. 这两个PTC热敏电阻分别安置在第一电极部件的平面接触部分上，其方式是两热敏电阻的第一电极分别与第一电极部件的平面接触部分相接触。 These two PTC thermistors are respectively disposed in the plane of the contact portion of the first electrode member in such a manner that the two thermistor first electrode in contact with the planar contact portion of the first electrode member, respectively. 第二电极部件包括一U型体，在其每一侧边各有一接触部分。 The second electrode member comprises a U-shaped body, at each side thereof each having a contact portion. 第二电极部件置于壳体中的方式是其平面接触部分分别与第一电极部件的平面接触部分上的PTC热敏电阻的第二电极相结合。 A second electrode member disposed in the housing in such a manner is its planar contact portion combined with the second electrode of the PTC thermistor planar contact portions of the first electrode member, respectively. 所说U型盖板与所说壳体形状相同，被安置在将所说电极部件和PTC热敏电阻接纳其中的壳体上，以覆盖壳体的凹槽。 Said cover plate and said U-shape of the housing the same, is placed on the electrode member of said PTC thermistors received therein and the housing, so as to cover the recess of the housing.
所说的热辐射件包括一个基本上为倒着的欧姆字符型的物体，它具有用作接纳汲取装置一端部的U型开口，和一个沿其本体形成的套座部。 Said heat radiating member comprises a substantially backwards ohmic character objects, having a U-shaped opening is used as receiving means to draw an end portion, and the socket is formed along a portion of its body.
电极部件和PTC热敏电阻置于其中的壳体和盖板构成的组件在其敞口端适配于热辐射件的套座部分，而在其开口内接纳热辐射件的中央突出部。 Electrode members and the PTC thermistors disposed in the housing and wherein the cover assembly formed at its open end adapted to the socket portion of the heat radiation member, while receiving the heat-radiating member in its opening within the central protrusion.
本发明以上的和其他的目的，以及许多潜在的优点从下面参照附图和详细说明便可得以更好的了解和认识。 Above and other objects of the present invention, as well as a number of potential advantages from the following detailed description with reference to the accompanying drawings and can be a better understanding and knowledge. 附图中相同的参考号表示相同的部分。 Drawings in which like reference numerals denote the same parts.
图1示意地表示了一电灭蚊器的纵剖面图。 Figure 1 schematically shows a longitudinal sectional view of electric mosquito.
图2是传统的PTC加热装置的纵剖面图。 Figure 2 is a conventional vertical sectional view of the PTC heating device.
图3是表明另一传统的恒温加热装置的分解透视图。 Figure 3 is an exploded perspective view of another conventional constant temperature heating device.
图4是传统恒温加热装置的纵剖面图，由图3所示的部件装配而成。 Figure 4 is a conventional thermostatic heating device vertical sectional view, shown in section in Figure 3 assembled.
图5是表示根据本发明的第一个实施例的PTC加热装置的分解透视图。 Figure 5 is an exploded perspective view of a PTC heating device according to a first embodiment of the present invention.
图6是根据本发明的第一个实施例的PTC加热装置的示意透视图，由图5所示各部件组装而成。 Figure 6 is a schematic perspective view of a PTC heating device according to a first embodiment of the present invention, the components shown in Figure 5 are assembled.
图7是根据本发明的第一个实施例的PTC加热装置的放大了的纵剖面图，是沿图6中AA线指示的平面截取的。 Figure 7 is a first embodiment of the present invention, a PTC heating device an enlarged longitudinal sectional view, taken along a plane indicated by the line AA 6 taken.
图8是根据本发明第一个实施例的PTC加热装置放大了的平面图，其中为了示意清楚，将盖板和安装板从壳体上去掉了。 Figure 8 is a first embodiment of the PTC heating device according to the present invention enlarged plan view, in which for illustrative clarity, the cover plate and the mounting plate is removed from the housing.
图9表示第一实施例的一个改进型的分解透视图。 An exploded perspective view of FIG. 9 shows a modification of the first embodiment.
图10是由图9所示部件组装起来的改进型的示意透视图。 FIG 10 is assembled by the components shown in Figure 9 a schematic perspective view of a modification.
图11是图10所示PTC加热装置的放大的纵剖面图，沿图10所示BB线截取的面。 Figure 11 is a PTC heating device shown in an enlarged vertical sectional view of FIG. 10, FIG. 10 along the line BB taken surfaces.
图12是图10所示PTC加热装置的放大的俯视图，其中为表示清楚起见，将盖板和安装板从壳体上去除了。 FIG 12 is a PTC heating device shown in an enlarged plan view of FIG. 10, where is a clarity, the cover plate and the mounting plate from the housing in addition to up.
图13是第一实施例的PTC加热装置的另一改进型的剖视图。 Figure 13 is a sectional view of a first embodiment of the PTC heating device according to another modification of the embodiment.
图14是第一实施例的再一个改进型的分解透视图。 Figure 14 is an exploded perspective view of a first embodiment of a further modified embodiment.
图15是图14所示PTC加热装置的示意透视图，由图14所示的部件组装而成。 Shown in Figure 14. Figure 15 is a schematic perspective view of a PTC heating device, assembled from parts 14 formed as shown in FIG.
图16是图15所示PTC加热装置的放大的俯视图。 Figure 16 is an enlarged PTC heating device 15 shown in plan view in FIG.
图17是图15所示PTC加热装置的放大的纵剖面图，沿图116所示CC线截取的。 Figure 17 is a PTC heating device shown in an enlarged vertical sectional view of FIG. 15, taken along the line CC shown in 116 taken.
图18是图15的PTC加热装置的放大的俯视图，其中为表示清楚起见将盖板和安装板从壳体上去除了。 Figure 18 is an enlarged top plan view of the PTC heating device 15, where for the sake of clarity showing the cover and the mounting plate from the housing up in addition.
图19是放大了的一个与图15的PTC加热装置相配合的极板部件的部分透视图。 Figure 19 is an enlarged partial perspective view of a PTC 15 and FIG heating apparatus cooperating plate member.
图20是帮助解释图19的极板部件的引出端伸出壳体的放大的部分剖视图。 Figure 20 is a partial cross-sectional view to help explain the plate member 19 of FIG leading ends projecting an enlarged casing.
图21是表示第一极板部件的放大的透视图。 Figure 21 is an enlarged perspective view of the first plate member.
图22示意地表示了用图15所示PTC加热装置装备的电灭蚊器的纵剖面图。 Figure 22 schematically shows the FIG. 15 with electric mosquito destroyer PTC heating device equipped with a longitudinal sectional view.
图23根据本发明的第二个实施例的PTC加热装置的分解透视图。 Figure 23 an exploded perspective view of an embodiment of the second PTC heating device according to the present invention.
图24是表示图23的PTC加热装置的放大的剖面图，由图23所示的部件组装而成。 FIG 24 is a PTC heating Figure 23 an enlarged sectional view of the device, shown in part in Fig. 23 assembled.
图25是有助于解释从容器中伸出的汲取器的上端部插入与图24的PTC加热装置相配合的热辐射件的U型部分中，和从热辐射件的U型部分中脱出汲取器的上端部的示意透视图。 Figure 25 is a draw help explain the PTC heating device extending from the container and inserted into the upper end portion 24 of the U-shaped portion in FIG heat radiation member fitted in, and extraction of the heat drawn from the U-shaped portion of the radiating element a schematic perspective view of the upper portion.
图26是按照本发明的第三个实施例的PTC加热装置的剖视图。 Figure 26 is a sectional view according to the third embodiment of the PTC heating device of the present invention.
图27是表示与图26的PTC加热装置相配合的热辐射件的透视图。 27 is a perspective view of cooperating with the heat radiating member 26 of FIG PTC heating.
参考图5至8，根据本发明第一实施例的PTC加热装置500包括：外壳50;放在外壳50中的第一和第二电极部件60和70;一对基本上是园盘形的PTC热敏电阻80和81，它们插在第一和第二电极部件60和70之间，同时也放在外壳50中;基本上是园柱形的热辐射器90，它由例如铝或类似的金属构成;盖在外壳50上的盖板100;装在盖板100上的固定板120，它用于将PTC加热装置与穿过它的电灭蚊器的壳体安装在一起。 With reference to FIG. 5 to 8, according to a first embodiment of the invention PTC heating device 500 includes: a housing 50; in the housing 50 of the first and second electrode members 60 and 70; and a pair of substantially disc-shaped PTC Thermistors 80 and 81, are interposed between the first and second electrode members 60 and 70, and also placed in the housing 50; substantially cylindrical heat-radiating member 90, which consists of aluminum or the like, e.g. metal; lid 50 of the housing cover 100; 100 is mounted on the cover plate 120 is fixed, which is used to pass through the PTC heating device with its electric mosquito destroyer housing mounted together.
外壳50由具有良好导热性的耐热绝缘材料构成，如铝土瓷或类似材料，它包括具有凹槽51的一部分，形成空穴，用于安放其中的第一和第二电极部件60和70以及PTC热敏电阻80和81，还包括基本上象个盒子的导热部件52，它与外壳体整体形成在一起，从凹槽51的底部的大致中心部分向上突出。 Housing 50 made of a heat insulating material having good thermal conductivity, composition, such as alumina ceramic or the like, which comprises a portion having a recess (51), to form a hole, for receiving therein the first and second electrode members 60 and 70 and PTC thermistors 80 and 81, further comprising a substantially box like thermally conductive member 52, which is formed integrally with the housing body together, projecting upwardly from the substantially central portion of the bottom of the recess 51. 导热部件52比围绕凹槽51的外壳体的园形侧壁53的重量稍轻。 Weight ratio of thermally conductive member 52 around the outer shell of the circular groove 51 of the side wall 53 is slightly lighter. 外壳50还具有：一个基本上是园柱形的穿通孔52a，它从凹槽51的外底表面垂直延伸至导热部分52的上表面;园形台阶部分57，它沿园形侧壁53的内表面整体形成，与导热部分52的上表面位于同一平面上;两个槽口53a和53b，它们相对位于侧壁53的上部。 Shell 50 further has: a substantially cylindrical through hole 52a, which extends from the outer bottom surface of the recess 51 perpendicular to the upper surface of the thermally conductive portion 52; circular stepped portion 57, which along the circular sidewall 53 the inner surface is formed integrally with the upper surface of the conductive portion 52 is positioned on the same plane; the two notches 53a and 53b, which is located opposite the upper sidewall 53.
第一电极部件60由弹性导热材料构成，如不锈钢或类似材料，它包括：包括平面侧板64和65以及连接平面侧板64和65的中间板66的U形体61，挂在中间板66的低沿部分上的倒L形导出端63。 The first electrode member 60 made of an elastic heat conductive material, such as stainless steel or the like, comprising: U-shaped body 61 comprises a planar side plates 64 and 65 and the connection 65 of the planar side plates 64 and the intermediate plate 66, hanging in the intermediate plate 66 inverted L-shaped lower edge portion 63 on the export side. 第一电极部件60装在外壳50的凹槽51中，U形体61的平面侧板64和65分别与盒状导热部分52的相对平面外表面相接触。 The first electrode member 60 is mounted in the housing 50 of the recess 51, the U-shaped body 61 of planar side plates 64 and 65 are respectively in contact with the box-like thermally conductive portion 52 relative to the outer planar surface. 在示例中，第一电极部件60装在外壳50的凹槽中，平面侧板64和65分别与外壳50的导热部分52的平面侧壁52b和52c相接触，但第一电极部件60也可以另一方式装在外壳50的凹槽51中，使平面侧板64和65分别与外壳50的导热部分52的平面侧壁52d和52e相接触。 In the example, the first electrode member 60 is mounted in the housing recess 50, the planar side plates 64 and 65 are planar side walls 52b and 52c of the portion 52 in contact with the heat conductive housing 50, respectively, but the first electrode member 60 may be Another way mounted in the housing 50 in the recess 51, the planar side plates 64 and 52 of the flat portion 65 and the side wall 52d 52e thermally conductive contact with the housing 50, respectively. 如图8所示，第一电极部件60的导出端63通过形成在外壳50底部的穿通孔50a向外伸出。 As shown, the outlet side 63 of the first electrode member 60 projecting outwardly through 8 are formed in the bottom of the housing 50 through holes 50a.
第二电极部件70由与第一电极部件60相同的材料构成，包括一个基本上弯成C形的带状体71和一个悬在71的中间部分的大致为倒L形的导出端73。71的两个端部71a和71b各自分成两叉并向内弯曲，因而显示出弹性。 The second electrode member 70 and the first electrode member 60 by the same material, comprising a substantially C-shaped bent strip 71 and an intermediate portion 71 suspended in a substantially inverted L-shaped outlet side 73.71 The two end portions 71a and 71b are each divided into the two forks to bend, thus showing elasticity. 第二电极部件70放置在外壳50的凹槽51中，C形体71被弹性地压在外壳50的园形台阶部分57的侧表面区域上，并正对着以上述方式安放在凹槽51的第一电极部件60的U形体61的开口侧，C形体71的两个端部71a和71b分别与第一电极部件60的侧板64和65相对。 The second electrode member 70 disposed in the housing 50 in the recess 51, C shaped body 71 is resiliently pressed against the side surface of the circular region of the housing 50 stepped portion 57, and facing the above-described manner is placed in the recess 51 U-shaped body 61 of the opening side of the first electrode member 60, C shaped body two end portions 71a 71 and 71b, respectively, and the first electrode member 60 of the side plates 64 and 65 opposing. 第二电极部件70的导出端73通过形成在外壳50的底部上的穿透孔50b伸出外壳50之外。 Export end 73 of the second electrode member 70 extends outside the housing 50 through the housing 50 formed on the bottom of the through hole 50b.
如上所述，PTC热敏电阻80和81分别为园盘状。 As described above, PTC thermistors 80 and 81 are disk-like. PTC热敏电阻80在它的两个扁平表面上分别具有第一电极80a和第二电极80b。 PTC thermistor 80 on its two flat surfaces each having a first electrode 80a and second electrode 80b. PTC热敏电阻80插在第一电极部件60的侧板64和第二电极部件70的C形体71的向内弯曲端部71a之间，第一电极80a和第二电极80b分别与第二电极部件70的向内弯曲端部71a和第一电极部件60的平面侧板64相接触，从而由于第二电极部件70的C形体71的向内弯曲端部71a的弹性力，使得PTC热敏电阻80通过第一电极部件60的侧板64与外壳50的导热部分52的平面侧壁52b紧密接触。 PTC thermistor 80 is interposed between the side plates 64 and the C shaped body inwardly bent end portion of the second electrode member 70 of the first electrode member 60 71 71a, a first electrode 80a and second electrode 80b, respectively, and the second electrode inwardly curved end portion 70 of the planar member in contact with the side plates 64 and 71a of the first electrode member 60, whereby due to the C shaped body member 70 of the second electrode 71 of the elastic force of inwardly curved end portion 71a so that the PTC thermistor a first electrode member 80 through the side plate 60 of the housing 64 52b in close thermal contact with the planar side wall 50 of portion 52. 与PTC热敏电极80相同，PTC热敏电阻81在它的两个扁平表面上分别具有第一电极81d和第二电极81c。 The same PTC thermistor electrode 80, PTC thermistor 81 on its two flat surfaces 81d each having a first electrode and a second electrode 81c. 该PTC热敏电阻81插在第一电极部件60的侧板65与第二电极部件70的C形体71的向内弯曲端部771b之间，第一电极81d和第二电极81c分别与第二电极部件70的向内弯曲端部71b和第一电极部件60的平面侧板65相接触，从而由于第二电极部件70的C形体的向内弯曲端部71b的弹性力，使得PTC热敏电阻81通过第一电极部件60的侧板65与外壳50的导热部分52的平面侧壁52c紧密接触。 The PTC thermistor 81 is interposed between the side plates of the first electrode member 60 C-shaped body 65 and the second electrode member 70 is inwardly curved end portion 771b 71, the first electrode 81d and second electrode 81c, respectively, and the second inwardly curved end portion 71b and the electrode member 70 of the first electrode member 65 in contact with the plane of the side plate 60, thereby due to the elastic force of inwardly bent end portion of the second electrode member 70 of the C shaped body 71b so that the PTC thermistor 81 via a side plate 65 of the first electrode member 60 and the housing 50 of the thermally conductive side wall portion 52 of the plane 52c in close contact.
盖板100由耐热塑料材料或瓷材料构成，它具有环形体100a，环形体100a的直径稍小于外壳50的园形侧壁53的直径，环形体100a中穿透孔101的直径与外壳50的导热部分52的穿透孔52a的直径相同。 Cover 100 from heat resistant plastic material or ceramic material, which has an annular body 100a, 100a of the annular body 50 of a diameter slightly smaller than the casing diameter of the circular side wall, the annular body 100a 53 in the diameter of the through-hole 101 of the housing 50 the same diameter through hole 52a of the conductive portion 52. 盖板100盖在外壳50上，由外壳50的导热部分52的台阶部分57和上表面支持，并与外壳50的导热部分52的穿透孔52a中心对准，从而使顶板100盖板外壳50的凹槽51。 Cover plate 100 on the housing cover 50, by the housing 50 of the thermally conductive portion 52 of the stepped portion 57 and the upper surface of the support center 52a, and the through-hole 50 of the thermally conductive portion of the housing 52 is aligned so that the top plate 100 covers the housing 50 groove 51.
固定板120具有环形体121，环形体121的直径与外壳550的园形侧壁53的直径相同，环形体121中穿透孔122的直径与外壳50的导热部分52中穿透孔52a的直径相同。 Fixing plate 120 has an annular body 121, the same as the circular side wall of the annular body 121 of the housing 550 with the diameter of the diameter 53 of the annular body 121 and the diameter of the through-hole 122 of the housing 50 of the thermally conductive portion 52 in the diameter of the through-hole 52a the same. 固定板120包括两个倒L形臂123a和123b，它们从环形体121延伸出并环绕形体121互成180°。 The fixed plate 120 includes two inverted L-shaped arms 123a and 123b, which extend from the annular body 121 and surrounds the body 121 into each other 180 °. 固定板120装在顶板100上，臂123a和123b的水平面部分分别插在外壳50的槽口53a和53b中，穿透孔122与外壳50的导热部分52的穿透孔52a中心对准。 A fixing plate 120 mounted on the top plate 100, the arms 123a and 123b of the horizontal portion are inserted in the housing slot 53a and 53b 50, the through hole 122 of the housing 50 of the thermally conductive portion 52 through the hole 52a of the center alignment. 在示例中，固定板120是有两个倒L形臂，但它也以有三个倒L形臂。 In the example, the fixed plate 120, there are two inverted L-shaped arm, but it also has three inverted L-shaped arm.
园柱形热辐射件90高于外壳50的侧壁53，热辐射件90的直径稍小于外壳50的导热部分52的穿透孔52a的直径、盖板100的穿透孔101的直径以及固定板120的穿透孔122的直径。 Cylindrical heat-radiating member 90 is higher than the side wall 50 of the housing 53, the heat radiating member 90 is slightly smaller than the diameter of the housing 50 of the heat conduction through hole 52a of the diameter of the portion 52, the diameter of the through hole 100 and a fixed cover plate 101 the diameter of the through-hole 122 of plate 120. 位于园柱形热辐射件90一端的凸缘91安放在外壳50上，使另一端插入到固定板120的穿透孔122、盖板100的穿透孔1101以及外壳50的导热部分52的穿透孔52a中，然后铆接在外壳50的凹槽51的外底表面上，从而通过热辐射件90确保盖板100与外壳50吻合在一起。 Located in the cylindrical heat radiation member 91 of the flange 90 mounted on one end of the housing 50, and the other end is inserted into the through-hole 120 of the fixing plate 122, through hole 100 of the cover plate 1101 and a housing 50 of the thermally conductive portion 52 to wear Through holes 52a, and then caulked on the outer bottom surface of the recess 51 of the housing 50, so that by the heat-radiating member 90 to ensure that the cover plate 100 and the housing 50 fit together.
顺便提一句，盖板100与外壳50的台阶部分57、槽口53a和53b以及用于第一和第二电极部件60和70的导出端63和73的穿透孔50a和50b的接触表面均用封口胶或粘合剂密封，从而防止液体杀虫剂和/或汽化杀虫剂进入外壳50的凹槽51。 Incidentally, the cover plate 100 and the step portion 57 of the housing 50, notches 53a and 53b and for the first and second electrode members 60 and 70 and the outlet side 63 through hole 50a 73 and the contact surface 50b are with sealing glue or adhesive seal to prevent liquid insecticide and / or vaporized insecticide into the housing recess 51 50.
图9-12示出第一实施例的一个改进方案。 Figure 9-12 shows a modification of the first embodiment. 在图9-12的方案中，与图5-8中相同的部分用相同的符号表示，对它们的描述将不再重复。 In the scheme of Figure 9-12, and Figures 5-8 the same parts designated by the same reference numerals, and the description thereof will not be repeated. 随便提一句，在图9中，为叙述清楚起见，该方案中各部分以翻转状态示出。 Casually mention that in Figure 9, for narrative clarity, each part of the program is shown to flip the state. 实际上PTC加热装置相对于电灭蚊器的安装是如图10所示的。 Indeed PTC heating device with respect to the electric mosquito destroyer the installation is shown in Fig. 10.
现在参考图9-12，如图9所示，第一电极部件60的侧板64在其上沿和下沿上有弯曲部分64a和64b，它们相对于平面侧板64被弯曲成适当的角度并向侧板64上的PTC热敏电阻80延伸。 Referring now to Figures 9-12, as shown, the first electrode member 60 on the side plate 64 at its upper edge and a lower edge bent portion 64a and 64b, which with respect to the plane of the side plate 64 is bent to an appropriate angle 9 to the PTC thermistor 64 on the side plate 80 extends. 与侧板64相同，第一电极部件侧板60的侧板65在其上沿和下沿上有弯曲部分65a和65b，它们相对于平面侧板65被弯曲成适当的角度并向侧板65上的PTC热敏电阻81延伸。 The same as the side plate 64, side plates 60 of the first electrode member side plate 65 has bent portions 65a and 65b on its upper edge and a lower edge, which relative to the plane of the side plate 65 is bent to an appropriate angle to the side panels 65 PTC thermistor 81 on the extension. 第一电极部件60通常由不锈钢或类似材料的片冲压而成，这样会在侧板64和65上产生毛刺。 The first electrode member 60 is generally made of stainless steel or sheet stamping similar material from, this will produce burr in the side plates 64 and 65. 若在第一电极部件60的侧板64和65上确实存在着毛刺，则当PTC热敏电阻80和81分别装配在第一电极部件60的侧板64和65上时，它们挨在这些毛刺上，从而使它们不能分别与侧板64和65紧密接触，减弱了从PTC热敏电阻80和81到热辐射件90的高效而迅速的热传递，在图9-12的改进方案中，这些毛刺被弯曲部分64a、64b、65a及65b吸收了，从而使PTC热敏电阻80和81可以与第一电极部件60的侧板64和65紧密接触在一起。 If the first electrode member 60 on the side plate 64 and the burr 65 does exist, then when the PTC thermistors 80 and 81 are fitted on the first electrode member 60 of the side plates 64 and 65, they suffer in these glitches On, so that they are side plates 64 and 65 can not be in close contact with, weakened from PTC thermistors 80 and 81 to the heat radiating member 90 is efficient and rapid heat transfer, improved scheme in Figure 9-12, these burr is bent portion 64a, 64b, 65a and 65b absorbed, so that the PTC thermistors 80 and 81 may be in contact with the first electrode member 64 and the side plates 60 of 65 close.
进而，在图9-12的改进方案中，如图9所示，第一电极部件60的导出端63从第一电极部件60的中间板66的上沿部向上延伸。 Further, in the improved scheme 9-12 in Fig, 9, the outlet side 63 of the first electrode member 60 extends upwardly from the upper edge portion of the first electrode member 66 of the intermediate plate 60. 同第一电极部件60的导出端63一样，第二电极部件70的导出端从第二电极部件70的71部分的上沿部向上延伸。 With the outlet side 63 of the first electrode member 60, like the outlet side of the second electrode member 70 extends upwardly from the upper portion of the second electrode member 71 along the portion 70 of the. 第二电极部件71基本上形成一U形，放在凹槽51中，其开口侧朝向第一电极部件体61的开口侧。 The second electrode member 71 is formed a substantially U-shaped, placed in the recess 51, the opening side toward the opening side of the first electrode member body 61. 进而，在图9-12的改进方案中，如图9所示，盒状导热部分52具有一园形突出部分52f，它与导热部分52整体形成在一起，从导热部分52的穿透孔52a处向外突出。 Further, in the improved scheme 9-12 in Fig, 9, the box-like thermally conductive portion 52 having a circular protruding portion 52f, which is formed together with the conductive portion 52 as a whole, from the heat conduction through the hole 52a of part 52 protrudes outwardly place. 外壳50的台阶部分57包括两个向内突出部分570和571，它们分别相对形成在台阶部分57上。 Housing 50 of the stepped portion 57 includes two inwardly projecting portions 570 and 571, which are formed on opposite stepped portion 57, respectively. 向内突出部分570和571分别具有槽570a和571a。 Inwardly projecting portions 570 and 571, respectively, with a groove 570a and 571a. 第一电极部件60的L形导出端63的水平部分与突出部分571的槽571a装在一起，而第二电极部件70的L形导出端73的水平部分与突出部分570的槽570a装在一起。 The first electrode member 63 of L-shape lead end 60 of the horizontal portion and the projecting portion 571 of the groove 571a are put together, and deriving a second L-shaped electrode member 70 end of the horizontal portion 73 is mounted with the projecting portion 570 of the groove 570a together . 在图9-11的改进方案中，环形盖板100具有两个槽口100b和100c，它们环绕顶板100相对成大约180°，固定板120具有三个L形臂123a、123b和123c，它们从环形体121呈辐射状延伸，环绕环形体121相隔大约为120°。 In FIG improved scheme 9-11, the annular cover plate 100 has two notches 100b and 100c, which surround the top plate 100 relative to about 180 °, the fixed plate 120 having three L-shaped arms 123a, 123b and 123c, they are from annular body 121 extending radially, surrounding the annular body 121 spaced about 120 °. 盖板100的穿透孔101的直径稍大于导热部分52的突出部分52f的直径，盖板100由盒状导热部分52的上表面和台阶部分57支持，它通过穿透孔101装在突出部分52f上，其槽口100b和100c与台阶部分57的槽570a和571a对准。 Diameter of the through-hole 100 of the cover 101 is slightly larger than the thermal conductivity of the projecting portion 52f of the diameter of the portion 52, the cover plate 100 from the upper surface of the box-like thermally conductive portion 52 and the stepped portion 57 to support, through the through-hole 101 can be mounted in the projecting portion On 52f, which notches 100b and 100c and the stepped portion 57 of the groove 570a and 571a aligned. L形导出端63和73的垂直部分分别通过盖板100的槽口100b和100c向外引出。 L-shape lead end 63 and a vertical portion 73 of the cover plate 100, respectively, through the notches 100b and 100c of externally derived. 总而言之，在这种类型的PTC加热装置中，外壳50应该完全密封，以防止液体杀虫剂和/或汽化杀虫剂进入外壳50，损坏装在外壳50的凹槽51中的电极部件60和70及PTC热敏电阻80和81。 In short, in this type of PTC heating device, the casing 50 should be completely sealed to prevent liquid insecticide and / or vaporized insecticide from entering the housing 50, the recess 51 within the housing is damaged in the electrode member 50 and 60 PTC thermistors 70 and 80 and 81. 为此目的，盖板100与外壳50的台阶部分57、盖板100的槽口100b（L形导出端73的垂直部分通过它引出外壳50之外）及盖板100的槽口100c（L形导出端63通过它引出外壳50之外）要密封，例如用封口胶或粘合剂。 For this purpose, the cover plate 100 and the step portion 57 of the housing 50, the notch 100b 100 of the cover plate (L-shape lead end of the vertical portion 73 through which the leads 50 outside the housing) and the notch 100c of the cover plate 100 (L-shaped Export end 63 through which leads outside the casing 50) to be sealed, for example, sealing glue or adhesive. 在图9-12的改进方案中，这些应该密封的部分位于同侧，即外壳50的开口侧，这样使得密封工作很容易进行。 In FIG improved scheme 9-12, these should be located at the same side of the sealed portion, i.e. the opening side of the housing 50, such that the sealing work is very easy.
图9-12的改进方案的其余部分的构造与排列与图5-8的方案基本一致。 Basically the same configuration and arrangement of the program of Figures 5-8 the rest of the improved scheme of Figures 9-12.
参照图13，导热部分52独立于外壳体50而形成。 Referring to FIG. 13, the conductive portion 52 is independent of the outer housing 50 is formed. 在图12的PTC加热装置中，导热部分52由热传导率超过外壳50的抗热绝缘材料构成，改善了热传导性。 In view of a PTC heating device 12, the conductive portion 52 by a housing thermal conductivity than the thermal insulating material 50 constitutes, improved thermal conductivity. 在导热部分52由热绝缘材料构成的情况下，也防止了PTC热敏电阻80和81产生的热逸散。 In the case where the conductive portion 52 by a thermal insulating material, also prevents the PTC thermistors 80 and 81 generate heat dissipation.
图14-20示出第一实施例的另一改进方案。 Figure 14-20 shows another modification of the first embodiment. 在这个改进方案中，与图5-13中相同的部分以相同的参考号表示，对它们的描述将不再重复。 In this modification, the same parts as in Figure 5-13 with the same reference numerals, the description thereof will not be repeated. 在图14中，为叙述清楚起见，该方案中各部分以翻转状态示出。 In Figure 14, as described clarity, the various parts of the program is shown in inverted state. 实际上PTC加热装置相对于电子灭蚊器的安装是如图15所示的。 Actually PTC heating device relative to the installation of electronic mosquito is shown in Figure 15. 参考图14-20，该改进方案中的PTC加热装置500与图5-13的基本相同，除了盖板100是锁定在外壳50之上。 With reference to Figure 14-20, the improved scheme is substantially the same in the PTC heating device 500 of Fig. 5-13, in addition to the cover plate 100 is locked on the housing 50. 固定板120又锁定在盖板100之上之外。 Fixing plate 120 and the cover 100 locked on the outside. 在图14-20的改进方案中，更独特的是象图19中的导热部分，导热部分52包括突出部分52f，但其周围侧壁有八个平面表面。 In FIG improved scheme 14-20, the more unique is like figure 19 of the conductive portion, the conductive portion 52 includes a projecting portion 52f, but has eight planar surfaces around the side wall. 这与图5中导热部分52不同。 This conductive portion 52 in Fig. 5 differ. PTC热敏电阻80和81通过第一电极部件60的侧板64和65分别与导热部分52的这些平的表面中的二个接触，例如与相对的平表面52b和52c接触。 PTC thermistors 80 and 81 via a side plate 64 of the first electrode member 60 and 65, respectively, and these flat surface portion 52 of the thermally conductive contact with the two, for example, with the opposite flat surfaces 52b and 52c contacts. 进而，外壳50具有三个突出部分54、55和56，它们突出于园形侧壁53之外，环绕园形侧壁53互相间隔大约120°。 Further, the housing 50 has three protruding portions 54, 55 and 56, which protrudes beyond the circular sidewall 53, surrounded by park-like side wall 53 spaced from each other about 120 °. 相应地，台阶部分57沿侧壁53向外延伸，在侧壁上面有突出部分54、55和56，由侧壁53的突出部分和台阶部分57的向外延伸部分形成三个凹处572、573和574，572、573和574中的两个，例如572和574，是分别与槽口572a和574a一起形成的。 Accordingly, the stepped portion 57 extends outwardly along the sidewall 53, the sidewall portions 54, 55 and above a projection 56, projecting from the side wall portion 53 and the outwardly extending portion of the step portion 57 is formed of three recesses 572, 574,572,573 and 573 and 574 of the two, such as 572 and 574, respectively with the notches 572a and 574a formed together. 第二电极部件70的L形端73的水平部分与槽口572a装在一起，而第一电极部件60的L形端63的水平部分与槽口574a插在一起。 L-shaped second electrode member 70 and the end of the horizontal portion of the notch 572a 73 fit together, and the first electrode member 60 of the L-shaped end 63 of the horizontal portion is inserted together with the notches 574a.
该改进方案中的第一电极部件60与图9中的基本相似，其不同之处只在于：平的侧板64包括舌簧件64c和64d，它们与平面侧板64成适当的角度并向PTC热元件80延伸，它们分别位于侧板64的左、右侧;平侧板65包括舌簧片65c和65d（见图19），它们与平面侧板65成适当的角度并向PTC热元件81延伸，它们分别位于侧板65的左、右侧。 9 is substantially similar to this modification of the first electrode member 60 and FIG, which differs only in that: the side plate 64 includes a flat reed member 64c and 64d, and the plane to which the side plates 64 at the proper angle PTC heating elements 80 extend, which are located in the left side plate 64, the right side; the flat side plate 65 includes tongues 65c and 65d (see FIG. 19), which with the plane of the side plate 65 at the proper angle to the PTC heating element 81 extend, which are located in the left side plate 65, and the right side. 在该改进方案中，PTC热敏电阻80位于第一电极部件60的侧板64上，由弯曲部分64a和64b及舌簧片64c和64d围绕，从而防止PTC热敏电阻80在侧板64上移动。 In this modification, PTC thermistor 80 is located in the first electrode member 60 on the side plate 64, the bent portion 64a and 64b and the tongues 64c and 64d around, thereby preventing the PTC thermistor 80 on the side plates 64 movement. 同样地，PTC热敏电阻81位于第一电极部件60的侧板65上，由弯曲部分65a和65b及舌簧片65c和65d围绕，从而防止PTC热敏电阻81在侧板65上移动，进而，第一电极部件60的L形端63在它的拐角部分63a处有一扇形棱63b，它由拐角部分63a的一部分冲压并向内弯曲而形成。 Similarly, PTC thermistor 81 is located on the first electrode member 60 of the side plate 65, by the curved portions 65a and 65b and the tongues 65c and 65d around, thereby preventing the PTC thermistor 81 is moved in the side plate 65, and then , the first electrode member 60 of L-shaped end 63 at its corner portion 63a at a fan-shaped rib 63b, which is formed by a part of the corner portion 63a of the punch inwardly bent.
第二电极部件70基本上与图5中的类似，其不同点在于：在C形体71的两个端部71a和71b上有向内弯曲部分71a′和71b′，L形端73从C形体71向上延伸，在其拐角部分73a处有一扇形棱73b，它由拐角部分73的一部分冲压并向内弯曲而形成。 70 is substantially similar to the second electrode member in Fig. 5, which is different in that: the C-shaped body at both end portions 71a and 71b 71 are inwardly bent portions 71a 'and 71b', L-shaped end 73 from a C shaped body 71 extends upwardly, in its corner portion 73a at a fan-shaped rib 73b, which is formed by punching a portion of the corner portion 73 is bent inwardly.
如上所述，L形端63和73在其拐角63a和73a处分别具有棱63b和73b，从而加强了端63和73的机械强度。 As described above, L-shaped end 63 and 73 respectively having ribs 63b and 73b at its corners 63a and 73a at the end 63 and thereby strengthening the mechanical strength of 73.
图14所示改进型的盖板100包括一个环形体100a以及三个突出部分102，103和104，这三个部分从环形体100a的外围径向延伸，并绕着环形体100a以120°的间隔安置。 Modification shown in Figure 14 the cover plate 100 includes an annular body 100a and three protruding portions 102, 103 and 104, the periphery of the three sections extending radially from the annular body 100a, and 100a to the annular body around the 120 ° of interval placement. 盖板100安置在外壳50的开启侧，由导热部分52以及阶梯部分57的上表面所支撑，以使盖板100的突出部分分别与其凹部相衔接，这样来防止盖板100在导热部分52以及阶梯部分57上旋转。 Cover plate 100 disposed in the housing 50 of the open side, supported by the upper surface of the conductive portion 52 and the stepped portion 57, so that the protruding portion associated with the respective recessed portion 100 of the cover plate are connected, so to prevent the cover plate 100 and the thermally conductive portion 52 rotating the stepped portion 57. 在所述实施例中，盖板100的突出部分102，103和104分别与各个凹陷部分572，573和574相衔接。 In the illustrated embodiment, the cover plate projecting portions 102, 103 and 104 and 100, respectively, each recess portion 572,573 and 574 converge. 此外，盖板100的每一个突出部分102，103和104很短。 Furthermore, each cover plate 100 protruding portion 102, 103 and 104 is very short. 足以使其端部与侧壁53突出部分的端部之间留有一定余量，通过这一余量，每一L形端头63和73可延伸出外壳50。 Left between the projecting portion 53 is sufficient so that the end portion of the side wall of the end portion of a certain margin, by this margin, each L-shaped ends 63 and 73 may extend out of the housing 50. 当然，在PTC加热装置组装后，该余量则由密封化合物或者粘胶所密封。 Of course, in the PTC heating device is assembled, the margin by the sealing compound or adhesive sealed. 这还将在下面进行说明。 This will also be described below. 盖板100在其环形体100a中形成一个凹陷槽105，该凹陷槽105包括一个环绕在盖板100的通孔101周围的区域105a以及从区域105a延伸至环体100a周围边缘的三个区域105b，它们分别基本位于突出部分102和103之间，突出部分103和104之间以及104和102之间的中间位置上。 Cover plate 100 is formed a recessed groove 105 in its annular body 100a, the recess comprises a groove 105 surrounds the through hole 101 of the cover plate 100 and three regions 105a extending from region 105a to region around the edge of the ring member 100a 105b , which are substantially located between the projecting portions 102 and 103, an intermediate position between the protruding portions 103 and 104 and between 104 and 102 on. 如图20所示，盖板100是由粘胶X把盖板100和阶梯部分57结合在一起而安装在外壳50上的。 As shown, the cover plate 100 by adhesive 100 and cover plate X stepped portion 57 combined together as shown in Figure 20 mounted on the housing 50. 另外，当粘胶填充进侧壁53中的凹陷处以将外壳50的阶梯部分57与盖板100粘合起来时，粘胶X通过L形端头的角部与肋条之间的空间扩散在侧壁53的凹陷中，以利于盖板100与外壳50之间的粘合。 Further, when the adhesive 53 is filled into the recesses in the side walls impose stepped portion 50 of the housing 57 and the cover plate 100 bonded together, the adhesive through the space X of the L-shaped ends and the corner portion between the ribs in the side diffusion wall 53 of the recess, in order to facilitate the adhesive 50 between the cover plate 100 and the housing. 在以上述方式装配于外壳50的盖板100上，装配有一个固定板120，它于图9所示的相类似。 In the manner described above is fitted to the housing 50 of the cover plate 100, equipped with a fixed plate 120, it is in the phase shown in Figure 9 is similar. 更确切地说，固定板体121略微突向盖板100，并且该固定板120以下述方式安装于盖板100，其环形体121啮合于盖板100凹陷槽105的105a区，其L形臂123a和123c的水平部分分别与盖板100的凹槽105的105b区部分地啮合，这样装配以防止装配板120在盖板100上旋转。 More precisely, the fixed plate 121 slightly protruding toward the cover plate 100, and the fixing plate 120 in such a manner is attached to the cover plate 100, which engages the annular body 121 in the cover plate 100 recessed groove 105a region 105, which is L-shaped arm horizontal portion 123a and a groove 105b and 123c, respectively zone 105 of the cover 100 is partially engaged, so fitted as to prevent rotation of the mounting plate 120 on the cover 100. 如上所述，第一和第二电极部件60和70的每一端头通过盖板100的向外突出部分与外壳50的侧壁53的凹陷处之间的余量伸出外壳50，同时，装配板120的臂123a至123c的每一只臂皆与凹槽105b相啮合，该凹槽105b位于盖板100各个突出部分之间的实际中间位置上，即，电极部件60、70以及装配板120的每一只臂123a至123c相互间隔60°，如图16所示。 The balance between the described above, the first and second electrode members 60 and 70 of each end portion projecting outwardly through the cover plate 100 of the side wall 53 of the housing 50 of the housing 50 extends the depression, at the same time, the assembly 123a of the arm plate 120 to 123c of the arms are each only in engagement with the recess 105b, the recess 105b is located in the middle of the actual position of each cover plate 100 between the projecting portions, i.e., the electrode member 60, 70 and the mounting plate 120 Each of the arms 123a to 123c only are spaced 60 °, shown in Figure 16. 这样，在上述臂与电极之间可得到足够的电绝缘。 Thus, between the arm and the electrode can obtain sufficient electrical insulation.
在图14所示的改进型中，电极部件60和70的端头63和73通过装有盖板100的外壳50的开启侧伸出外壳50。 In the modification shown in FIG. 14, the electrode member 60 and the ends 63 and 70 of the housing 73 through the cover plate 100 is provided with open side 50 of the housing 50 extends. 然而，应该知道，端头63和73能够从凹进处51的底部伸出外壳50。 However, you should know, the ends 63 and 73 can be at the bottom of the recess 51 extends from the housing 50. 此外，固定板120也可装于外壳50上的凹陷处51的外底面。 Furthermore, the fixed plate 120 may be mounted on the outside of the housing 50 of the bottom 51 of the depression. 在这种情况下，凹槽（相应于盖板100的凹槽105）就在凹进处51的外底面上形成了。 In this case, grooves (grooves 105 corresponding to the cover plate 100) on the outer bottom surface of the recess 51 is formed.
如图21所示，第一电极部件60可以这样构成：侧板64和65的每一个板都与中间板66通过肋条67和68相连接，肋条67比另一肋条68薄，作为一个过载电流的熔断部。 21, the first electrode member 60 may be so constructed: the side plate 64 and each plate 65 and 68 are connected to the ribs 67, the ribs 67 thinner than the other ribs 68 and the intermediate plate 66 by, as an overload current The fuse part. 大肋条68提供机械强度。 Large rib 68 to provide mechanical strength. 并且如图21所示。 And as shown in Figure 21. 在第一电极部件60装配之后可改为切断。 After assembly of the first electrode member 60 can be changed to cut.
图22表示电灭蚊器的一个纵剖面图，该灭蚊器中结合有图15所示的PTC加热装置500。 Figure 22 shows an electric mosquito destroyer vertical sectional view of a mosquito incorporating a PTC heating device shown in FIG. 15 500.
参见图22，该电灭蚊器包括一个具有在其上壁40b上形成通孔40a的上防护套40以及一个下防护套42，该下防护套42有一个支撑部48来支持PTC加热装置500在其中通过，该装置500安装在下防护套42的内部。 Referring to Figure 22, the electric mosquito destroyer comprises an upper wall having at its 40b formed on the through hole 40a of the safety cover 40 and a lower protective cover 42, the lower protective cover 42 has a supporting portion 48 to support the PTC heating device 500 in which it adopted the device 500 is mounted inside the lower protective sleeve 42. 参考号44标示一个盛有液体杀虫剂的储液器。 Reference number 44 filled with a liquid insecticide labeled an accumulator. 参考号46标示一个吸收器，该吸收器用以从储液器44中汲取液体杀虫剂，它是一个电毡类纤维材料或多孔材料制成的细长体。 Reference numeral 46 indicated an absorber, the absorber 44 to draw liquid insecticide from the reservoir, which is an electric carpet fiber material or a porous material of the elongate body. 细长形吸收器46通过储液器44的咀插入储液器44以使其浸入进储液器44所盛的杀虫剂液体内，细长形吸收器46的上端部由储液器44的咀内伸出并插入PTC加热装置500的热辐射器90中的长形孔92之中。 An elongated absorber 46 is inserted through the accumulator 44 the accumulator nozzle 44 so the immersion into the liquid reservoir 44 containing a liquid pesticide, the upper end portion of the elongated absorber 46 by the accumulator 44 extending within the nozzle and inserting the PTC heating device 500 of the heat radiating member 90 in the elongated hole 92 into. 支撑部48由一个具有通孔48b的平板48a所组成。 Support portion 48 by a plate 48b having a through hole 48a of the composition. PTC加热装置500置于支撑部48的水平板40a上，同时使装配板120的123a至123c臂的顶端部分别插入水平板48的通孔48b之内。 PTC heating device 500 is placed on the horizontal plate 48 of the supporting portion 40a, while the top end portion 123a of mounting plate 120 to the arm 123c are respectively inserted into the through hole 48b of the horizontal plate 48.
在如上构成的电灭蚊器中，当热量由PTC加热装置500的PTC热敏电阻80和81中产生并传导至热辐射器90上时，由储液器44中汲取了液体杀虫剂的吸收器46的上端部由于热辐射器90所传导的热而被加热，结果，使液体杀虫剂蒸发。 When the electric mosquito destroyer constructed as described above, when the heat generated by the PTC heating device 500 of the PTC thermistors 80 and 81 are generated and transmitted to the heat radiator 90, the accumulator 44 draws liquid insecticide an upper end portion of the absorber 46 by the heat conduction of the heat radiator 90 is heated, a result, the liquid insecticide to evaporate. 这样，蒸发汽化的杀虫剂就通过上防护套40的通孔40a扩散开来。 Thus, the boil-pesticides on the protective cover 40 through holes 40a spread to pass.
在第一实施例的PTC加热装置500中，热敏电阻80和81的电极与外壳50的导热部52的侧壁平面分别通过第一电极60部件的侧壁64和65紧密接触。 In a first embodiment of the PTC heating device 500, the thermistor 80 and the electrode 81 of the housing 50 of the heat conduction portion 52 of the side wall plane of the side wall of the first electrode 60, respectively, by 64 and member 65 into close contact. 这与图2和4所示先有技术恰恰相反。 This is shown in Figure 4 and 2 prior art opposite. 因此，在第一实施方案的PTC加热装置500中，当热量在PTC热敏电阻80和81的电极上产生时，可迅速有效地通过外壳50的导热部52传导到热辐射器90上。 Therefore, in the PTC heating device of the first embodiment 500, when the heat generated in the PTC thermistor 80 and the electrode 81 can be quickly and efficiently conducted through the thermally conductive portion of the housing 52 to the heat-radiating member 50 on 90. 此外，从第一实施例的说明中可以理解，热辐射器90内表面上的温度分布是均一的，以便使其上端部插入热辐射器90的通孔92中的吸收器46得以均匀加热，特别是，当如上所述相对放置的PTC热敏电阻80和81与外壳50的导热部52的侧壁平面紧密接触时，热辐射器90内表面的温度分布达到更好的均一性。 Furthermore, from the description of the first embodiment will be appreciated, the temperature distribution on the inner surface of the heat-radiating member 90 is uniform, so as to be inserted into the upper end portion of the heat radiator 90 in the through hole 92 of the absorber 46 can be uniformly heated In particular, when as described above the relative placement of the PTC thermistor 80 and in close contact with the heat conduction portion 81 and the plane of the side wall 50 of the housing 52, the temperature of the inner surface of the heat-radiating member 90 to achieve better distribution uniformity.
参见图23和24，根据本发明第二实施例PTC加热装置500包括：一个具有第一电极80a和第二电极80b在其两面的盘形PTC热敏电阻80，在中间垂直放置PTC热敏电阻80的第一和第二电极部件60和70;具有凹陷处51的外壳50（其凹陷处51接受热敏电阻80和第一第二电极部件60和70）;导热板52，该板由阻热绝缘材料组成，有良好的导热性，如铝瓷等等，并安置在第一电极60上;以及一个装在导热板52上盖压外壳50的热辐射器90。 Referring to Figure 23 and 24, according to a second embodiment of the PTC heating device 500 of the present invention comprises: a first electrode having a second electrode 80a and 80b on both surfaces of the disc-shaped PTC thermistor 80, placed vertically in the middle of the PTC thermistor 80 first and second electrode members 60 and 70; having a recess 51 of the housing 50 (which recesses 51 receives the thermistor 80 and the first and second electrode members 60 and 70); thermally conductive plate 52, the sheet resistance by Thermal insulating material with good thermal conductivity, such as aluminum porcelain, etc., and disposed on the first electrode 60; and a cover mounted on the heat transfer plate 52 pressing the heat radiator 50 of the housing 90.
外壳50由耐热绝缘材料制成，如：耐热塑料材料等材料制成。 The housing 50 by heat insulating material, such as: heat-resistant plastic material or the like made of material. 第一电极部件60包括一平面板61和一个依靠于平面板61，实质上是倒L形的引出头63。 The first electrode member 60 comprises a planar plate 61 and a plane plate 61 depends on, substantially inverted L-shape lead-out head 63. 同样地，第二电极部件70包括一个向上弓起呈现弹性的弓形板71以及一个依靠于弓板71的，实质上是倒L形的引出头73。 Likewise, the second electrode member 70 comprises an upwardly arched rendered resilient arcuate plate 71 and a plate 71 is dependent on the bow, substantially inverted L-shape lead-out head 73. 第一和第二电极部件60和70都由不锈钢制成。 First and second electrode members 60 and 70 made of stainless steel. 如上所述，PTC热敏电阻80和第一和第二电极部件60和70重叠装配在外壳50的凹陷处51中。 As described above, PTC thermistor 80 and the first and second electrode members 60 and 70 overlap in the housing assembly 50 of the depression 51. 当电极部件60和70置入外壳50的凹陷处51中与PTC热敏电阻80相装配时，第一电极部件60的端头63通过在外壳50的侧壁上垂直形成的槽50a伸出进入外壳50底部而引出外壳50，第二电极部件70的端头73通过外壳50底部上的通孔50b引出外壳50，该通孔50b最接近于外壳50的一面侧壁，而该面侧壁则又与形成垂直槽50a的那面侧壁相对。 When the electrode member 70 into the housing 60 and the recesses 51 and 50 of the PTC thermistor 80 with the assembly, the first electrode member 60 of the tip 63 through the slot 50a in the housing side wall 50 extends vertically into the formation the bottom of the housing 50 and the housing 50 leads to the second electrode tip member 70 through the through hole 73 50b 50 on the bottom of the housing 50 leads to the housing, the through-hole 50b is closest to the side wall 50 of the housing side, which faces the side wall they form a vertical sidewall surface and that the relative groove 50a. 导热板52位于第一电极部件60之上，由阶梯部分57来支撑，阶梯部分57沿着外壳50侧壁的内表面整体形成并与外壳50的敞开面相平行。 Thermal conduction plate 52 is located above the first electrode member 60, is supported by the stepped portion 57, the stepped portion 57 integrally formed along the inner surface of the housing 50 and the housing side wall parallel to the open face 50. 热辐射90由铝等金属制成，包括一个实际上为U形的U形体93以及一对接合臂94和95，该臂相互平行，依附于U形体93的两侧。 Thermal radiation 90 made of metal such as aluminum, comprising a substantially U-shaped U-shaped body 93 and a pair of engagement arms 94 and 95, the arms parallel to each other, attached to both sides of the U-shaped body 93. 接合臂94在其端部设有一内向弯爪94a，接合臂95同样在其端部设有一内向弯爪95a。 The engagement arm 94 at its end portion provided with an inwardly bent pawl 94a, the engaging arm 95 is likewise provided with an inwardly bent pawl 95a at its end. 相应地，外壳50在其每一侧都设有一阶梯部50g。 Accordingly, the housing 50 at each side thereof has a stepped portion 50g. 接合臂84和95之间的间隔略小于外壳50的宽度。 Engagement between the arms 84 and 95 are spaced slightly less than the width of the housing 50. U形热辐射器90装配于外壳50，（其中装有电极部件60和70以及热敏电阻80）方式是让外壳50处于接合臂94和95之间的空间之内。 U-shaped heat-radiating member 90 is fitted to the housing 50, (which is equipped with the electrode members 60 and 70 and the thermistor 80) way is to have the housing 50 in the space between the engagement arms 94 and 95 of the. 并且其接合臂94和95的内向弯爪94a和95a分别与外壳50的阶梯部分50g相衔接。 And its engagement arms 94 and 95 inward curved claws 94a and 95a, respectively, with the housing ladder section 50g 50 dovetail. 如上所述，第二电极部件70的板71内向弯曲呈现弹性，这样，热辐射器90相对于外壳50的安装可以在PTC热敏电阻80的电极81a和81b与第一电极部件60的板61和第二电极部件70的板71紧密接触的情况下来完成。 As described above, the plate 71 of the second electrode member 70 exhibits elastic bending inward, so that the heat radiating member 90 relative to the housing 50 may be installed in the PTC thermistor electrode 81a 80 and 81b of the first electrode member 60 of the plate 61 case and the second electrode member 70 is in close contact plate 71 down to. 如上构成的U形热辐射器90可于其敞开处92接受从含有杀虫液的储液器中伸出的吸收器，下面将予以详细说明。 U-shaped heat radiators 90 may be configured as described above at 92 to accept the open thereof extending from the reservoir containing the insecticide solution in the absorber, as will be described in detail.
图25表示了一个电灭蚊器，它具有图23和24的PTC加热装置500。 Figure 25 shows an electric mosquito destroyer having a PTC 23 and 24 of the heating device 500. 图25中，参考号49标示该电灭蚊器的一个外壳。 25, the reference number 49 marked a shell of the electric mosquito. 它在其上壁有一通孔49a，还有一开口49b，参考号44标示外壳49中的含有杀虫液的储液器，46表示一个吸收器。 It is in its upper wall has a through hole 49a, there is an opening 49b, indicated by reference number 44 in the housing 49 of the reservoir containing the insecticide solution, 46 represents an absorber. 储液器44可通过外壳49的开口49b放入外壳49内或由其内取出。 Accumulator 44 through the opening 49 of the housing 49b into the housing 49 or within removed therefrom. 图23和24的PTC加热装置500则装配在外壳49的内壁上，这样，其开口92正对于外壳49的开口49b。 23 and 24 of the PTC heating device 500 is fitted on the inner wall of the housing 49, so that the opening 49 of the housing 92 is an opening 49b.
在第二实施例中，如上所述，热辐射器90为U形，以便由储液器44中伸出的吸收器46可容易地在U形热辐射器90的开口92之内插入或扰出。 In the second embodiment, as described above, the heat radiating member 90 is U-shaped, so that in the accumulator 44 by extending the absorber 46 can be easily inserted into the opening 92 of the U-shaped heat radiator 90 or scrambling out. 此外，如前所述，热辐射器90设有一对接合臂94和95，这对臂可与外壳50的阶梯部分50g相啮合，以使PTC加热装置500的组装工作顺利进行。 In addition, as described above, the heat radiating member 90 is provided with a pair of engaging arms 94 and 95, which arm is engageable with the stepped portion 50g 50 of the housing, so that the PTC heating device 500 of the assembling work smoothly.
参见图26和27，根据本发明的PTC加热装置500一般包括有：一个实质上为U形的U形壳体50、第一和第二电极部件60和70（在外壳50内），一对盘形PTC热敏电阻80和81（在外壳50内并插入在第一和第二电极部件60和70之间）以及一个由铝等金属制成的热辐射器90。 Referring to Figures 26 and 27, according to the present invention PTC heating device 500 generally comprises: a substantially 50, the first and second electrode members 60 and 70 (within the housing 50) U-shaped U-shaped housing, a pair disc-shaped PTC thermistors 80 and 81 (within the housing 50 and interposed between the first and second electrode members 60 and 70) and made of a metal such as aluminum heat radiator 90.
外壳50由耐热绝缘材料所制成，具有良好的热导性，如，铝瓷等等，并有一个实质上为U形的凹陷处51，其形态与U形外壳50相同，以形成一个空穴来接受第一和第二电极部件60和70以及PTC热敏电阻80和81。 The housing 50 is made of a heat-resistant insulating material, having good thermal conductivity, e.g., aluminum ceramic, etc., and has a substantially U-shaped depression 51, its shape and the same U-shaped casing 50, to form a hole to receive the first and second electrode members 60 and 70 and the PTC thermistors 80 and 81. 在本发明第三实施例中，外壳50的开口部分构成一个导热部分52。 In a third embodiment of the invention, the housing opening portion 50 constitutes a thermally conductive portion 52.
第一电极部件60由一个如不锈钢等有弹性的导电材料制成，并包括一个实际上为U形的包含平面侧板64和65以及其中放置的弯曲中间板66的U形体61和一个由弯曲板66向外延伸出来的引出端63。 The first electrode member 60 consists of a flexible stainless steel as a conductive material, and comprises a substantially U-shaped side plates 64 and 65 comprising a planar and a curved intermediate plate 61 which is placed in the U-shaped body 66 and a curved by lead plate 66 extends outward out of the end 63. 第一电极部件60置入外壳50的凹陷处51中，其平面侧板64和65分别与导热部分52的内侧表面52b和52c相接合。 The first electrode member 60 into the depression 50 of the housing 51, the planar side plates 64 and 65, respectively, and the heat conducting portion 52 of the inner side surface 52b, and 52c engage. 第一电极60的引出端63通过外壳50的通孔50a引出外壳50之外。 Leading end 63 of the first electrode 60 through the housing 50 through holes 50a of leads 50 outside of the housing.
第二电极部件70用和第一电极60相同的材料制成，它包括一个实质上为U形的U形体71以及一个从U形体71向外延伸的引出端73。 With the second electrode member 70 and 60 made of the same material as the first electrode, comprising a substantially U-shaped body 71 and the U-shaped leads to a U-shaped body 71 extending outwardly from the end 73. 该U形体71的两个端部71a和71b都朝向U形体71内部弯曲，以此呈现出一种弹性。 The U-shaped body both end portions 71a 71 and 71b are U-shaped body 71 toward the interior curved, thus showing an elastic. 第二电极部件70置入于外壳50的凹陷处51中，其端部71a和71b分别与第一电极部件60的平面侧板64和65相对。 The second electrode member 70 into the depression 51 in the housing 50, its ends 71a and 71b respectively to the first electrode member 60 of the side plates 64 and 65 is relatively flat. 第二电极部件70的引出端73通过外壳50的通孔50b引出外壳50之外。 Leading end 73 of the second electrode member 70 through the housing lead-out through hole 50b 50 outside the housing 50.
PTC热敏电阻80有一第一电极80a和第二电极80b，分别位于平板表面的一侧和另一侧。 PTC thermistor 80 has a first electrode 80a and second electrode 80b, respectively, located on one side and the other side surface of the plate. 这个PTC热敏电阻80插置于第一电极部件60的侧板64与第二电极70的U形体71上内向弯曲的端部71a之间，其第一电极80a和第二电极80b分别与第二电极部件70的内向弯曲端部71a和第一电极部件60的平面侧板64相接触，这样，PTC热敏电阻由于第二电极部件70的内向弯曲部分71a的弹力而通过第一电极部件60的侧板64与导热部分52的平面52b紧密接触。 This PTC thermistor 80 is interposed between the first electrode member 64 between the side plate 60 inward bent end portion 71a U shaped body 71 and the second electrode 70 on which a first electrode 80a and second electrode 80b, respectively, with the first a first electrode member 71a and the second electrode member 70 within the curved end portion 64 of the plane of the side plate 60 in contact, so that, PTC thermistors since the second electrode member 71a of the inward bent portions 70 of the elastic member 60 through the first electrode The side plates 64 52b into close contact with the plane 52 of the conductive portion. 与PTC热敏电阻80相同，PTC热敏电阻81在其一平面上和另一平面上分别设有一个第一电极81c和一个第二电极81b。 The same as the PTC thermistor 80, PTC thermistor 81 in one plane are provided with a first electrode 81c and a second electrode 81b and the other on the plane. 这个PTC热敏电阻81置于第一电极部件60的侧板65与第二电极部件70的内向弯曲端部71b之间的位置上，其第一电极81d和第二电极81c分别与第二电极部件70的内弯端部71b以及第一电极部件的平面侧板65相接触，以使PTC热敏电阻81由于第二电极部件的内弯端部71b的弹力而通过第一电极部件60的侧板65与导热部分52的平面52c紧密接触。 This PTC thermistor 81 to position the first electrode member 60 and the side plate 65 inward bent end portion 71b between the second electrode member 70 on which the first electrode 81d and second electrode 81c and second electrode, respectively inwardly bent end portion 71b and the flat plate member 70 of the first electrode member 65 in contact, so that the PTC thermistor 81 due to the elastic force of the bent end portion of the second electrode member 71b and through the side of the first electrode member 60 plate 65 52c in close contact with the plane 52 of the conductive portion.
热辐射器90包包一个实际上为倒置的欧姆字姆形的倒Ω体95。 90 bags a hot radiator actually inverted word Ohm Tim shaped body 95 Ω down. 该倒Ω体包括一个向外突出的、实际上为U形的U形中心部分96以及一个沿U形中心部96两侧的倒L形部分97。 The inverted Ω body comprises an outwardly projecting, in fact, for the U-shaped U-shaped central portion 96 and a U-shaped along both sides of the central portion 96 of inverted L-shaped portion 97. 此外，欧姆体95在中心部分96突出的一侧有一承窝部分98。 In addition, the body 95 in section 96 ohm prominent side of the center section 98 has a socket.
根据本发明第三实施例的PTC加热装置500还包括一个由耐热材料制成的、U形的盖板（未图示）。 According to the third embodiment of the PTC heating device 500 of the present invention further comprises a material made of a heat-resistant, U-shaped cover plate (not shown). 其盖板表面尺寸与外壳50相同。 Which cover the surface of the same size with the housing 50. 该盖板装置在外壳50上用以封盖已置入电极部件60和70以及PTC热敏电阻80和81的凹陷处51。 Closure means for the cover plate 50 is placed on the housing member 60 and the electrode 70 and the PTC thermistors 80 and 81 of the depression 51. 盖板和外壳50的U形装配与热辐射器90的承窝部分98在其开口侧相配合，同时在其开口处承接热辐射器90的突出部分96。 Socket part of the U-shaped cover and the housing assembly 50, 90 and 98 of the thermal radiation in their opening side match, while undertaking the thermal radiation in their opening 90 of protrusions 96.
根据第三实施例的PTC加热装置500中，从含有杀虫液的储液器中突出来的吸收器可适于插入热辐射器90的开口92之中。 PTC heating apparatus of the third embodiment 500, from the reservoir containing the insecticide solution that protrude from the absorber can be adapted for insertion into an opening 90 of the heat radiator 92 being needed.
在第一和第三实施例中，PTC热敏电阻数为二个。 In the first and third embodiments, PTC thermistors number two. 然而，应该知道该数目不限于两个，并仍属于本发明范围之内。 However, it is understood that the number is not limited to two, and still fall within the scope of this invention.
在参照附图对本发明较佳实例已作在特别程度上的说明之后，按照上述讲解作出明显的变更或改进是可能的。 After the reference to the drawings of the preferred embodiment of the present invention has been made in particular on the extent described, according to the above explanation made significant changes or modifications are possible. 因此，应该知道在所附权利要求范围之内，本发明也可以其它的不同于上述具体说明的方式来实施。 Therefore to be understood that within the scope of the appended claims, the present invention may also be other ways different from the above specifically described embodiments.
|Citing Patent||Filing date||Publication date||Applicant||Title|
|CN101932233B||27 Jan 2009||7 Nov 2012||约翰逊父子公司||Heater contact assembly for volatile liquid dispenser|
|CN103283303A *||11 Oct 2011||4 Sep 2013||埃普科斯股份有限公司||Heating module and vaporization apparatus having a heating module|
|CN103283303B *||11 Oct 2011||31 Aug 2016||埃普科斯股份有限公司||加热模块和具有加热模块的蒸发装置|
|US9029180||13 Sep 2011||12 May 2015||Pst Sensors (Proprietary) Limited||Printed temperature sensor|
|US9242020||11 Oct 2011||26 Jan 2016||Epcos Ag||Heating module and vaporization apparatus having a heating module|
|US9320145||13 Sep 2011||19 Apr 2016||Pst Sensors (Proprietary) Limited||Assembling and packaging a discrete electronic component|
|International Classification||H05B3/14, A01M1/20|
|Cooperative Classification||H05B3/14, A01M1/2077, A61L2202/11|
|European Classification||H05B3/14, A01M1/20C4G|
|18 Jan 1989||C06||Publication|
|1 Aug 1990||C10||Request of examination as to substance|
|30 Jun 1993||C14||Granted|
|15 May 1996||C19||Cessation of patent right (cessation of patent right due to non-paymentof the annual fee)|