|Publication number||CN105880423 A|
|Application number||CN 201610095518|
|Publication date||24 Aug 2016|
|Filing date||1 Dec 2014|
|Priority date||1 Dec 2014|
|Also published as||CN104493011A, CN104493011B, CN105880421A, CN105880421B, CN105880422A, CN105880423B, CN105880424A, CN105880424B, CN105880425A, CN105880426A, CN105880426B|
|Publication number||201610095518.7, CN 105880423 A, CN 105880423A, CN 201610095518, CN-A-105880423, CN105880423 A, CN105880423A, CN201610095518, CN201610095518.7|
|Export Citation||BiBTeX, EndNote, RefMan|
|Patent Citations (8), Classifications (1), Legal Events (5)|
|External Links: SIPO, Espacenet|
[0001 ]本发明涉及钢筋矫直机械技术领域。  The present invention relates to a technical field of reinforced straightening machine.
背景技术 Background technique
矫直机是对金属型材、棒材、管材、线材等进行矫直的设备。  leveler metal profiles, rod, pipe, wire straightening equipment and the like. 传统的矫直机通过矫直辊对棒材等进行挤压使其改变直线度。 Traditional bar straightening machine or the like by pressing it changes straightness straightening rolls. 一般有两排矫直辊，数量不等。 Usually there are two rows of straightening rollers, varying amounts. 也有两辊矫直机，依靠两辊(中间内凹，双曲线辊)的角度变化对不同直径的材料进行矫直，主要类型有压力矫直机、平衡滚矫直机、斜滚矫直机、旋转反弯矫直机等等，在现有技术中还有一种钢筋调直机，是将盘条钢筋或者其他形式的弯曲钢筋进行调直变为直条钢筋。 There are also two roll straightener, rely on two-roll angle change (intermediate concave hyperbolic roller) for straightening the material of different diameters, the main types of pressure straightening machine, Ping Heng roller straightening machine, inclined roller straightening machine , the anti-rotation leveler and the like, there is a bar straightening machine in the prior art, it is a coiled wire, or other form of curved steel straighten becomes straight bars. 为使盘条钢筋能够顺畅的进入调直机主机，在调直机主机与盘条放线机构中间放置有理线机构，该理线机构能将从盘条输入的钢筋理顺后顺畅的进入调直机主机中，但是无论是上述矫直机还是钢筋调直机，其操作工序繁琐，矫直效果不佳，在整个操作工序中需投入大量的人力物力进行操作，所以针对上述问题，现提供一种旋转式的钢筋矫直机，利用旋转力的推顶作用，让呈盘状的钢筋从狭小的空管中经过，完成矫直工作，工序简单，矫直效果好。 For steel wire rod can smoothly enter the host straightening machine, straightening mechanism actinomycetes host machine disposed intermediate the rod mechanism rational line, after the steel cable management mechanisms can straighten from the input rod into the smooth tone straightening machine host, but whether it is above or leveler bar straightening machines, which operate complicated process, poor straightening effect, the entire operation process needs to invest a lot of manpower and resources to operate, so for these problems, is now available a rotary straightening machine steel, rotational force of the ejector effect, so that the disk-shaped steel through an empty tube from the small, the completion of the straightening work, the process is simple, good straightening effect.
本发明要解决的技术问题是提供气缸驱动钢筋旋转矫直机，该矫直机利用强大的旋转推动力将呈盘状的钢筋直接推顶至空心柱内，将其通过狭小的管状空间经出料口后钢筋可有效的进行矫直，效果较好，工序简单。  The present invention is to solve the technical problem is to provide a steel cylinder to drive the rotary straightening machine, straightening machine using the rotational driving force will show a strong steel disc-shaped ejector directly into the hollow cylinder, through which a small tube space can be effectively reinforced by the discharge port after straightening, better simple process.
为解决上述问题本发明采取的技术方案是:气缸驱动钢筋旋转矫直机，包括旋转拉直机构和投料机构，所述旋转拉直机构包括圆柱形的旋转仓，在旋转仓内设有可自转的圆盘形旋转座，在旋转座上设有多个相互间隔设置的卡檐，在旋转仓内还设有与旋转座相互配合的回旋筒，所述回旋筒为空心的圆柱形结构，所述回旋筒内包括多层与外层筒壁同心设置的圆柱形内筒，所述卡檐依次卡接在相邻的两个内筒筒壁之间，在旋转仓的上部设有多个可在竖直方向移动的环形压板，所述环形压板依次设于相邻的两个内筒筒壁之间，每个环形压板均借助于两个推顶柱与旋转仓顶部的气缸连接，其中一个推顶柱为两端开口的空心柱，所述空心柱的底端开口穿透下部的环形压板，所述空心柱的底端开口处设有导向坡，顶端开口为出料口，所述投料机构位于旋转仓的  To solve the problem of the present invention takes technical solution: rotating steel cylinder drive straightening machine, straightening mechanism comprising a rotary feed mechanism and the rotation mechanism includes a cylindrical rotating straightening cartridge, the cartridge rotation features there is a rotatable disc-shaped rotating base, and a plurality of spaced apart cards eaves disposed in a rotating seat, is also provided in the rotating cartridge holder cooperating with the rotating swirl tube, the swirl tube is a hollow cylindrical structure, said cylinder comprising a cylindrical inner barrel swirl multilayer and an outer cylindrical wall concentrically disposed, the card is locked to the eaves successively between two adjacent cylinder inner cylindrical wall, is provided in an upper portion of the rotation of the cartridge between the two inner cylindrical annular cylindrical wall a plurality of platens movable in the vertical direction, the annular pressure plate disposed adjacent turn, each annular platen are connected by means of a cylinder on top of two columns and push the cartridge rotation wherein a column of ejection openings at both ends of the hollow cylinder, said hollow cylinder opening penetrating the bottom end of the lower portion of the annular platen, a bottom end opening of the hollow cylinder is provided with a guide slope, the top opening of the discharge port, the feeding mechanism of the rotating cartridge 上部。 The upper part.
进一步的，在旋转仓的上部设有在竖直方向呈层状结构的控制台板，所述控制台板的截面形状为倒梯形结构，在控制台板的每个分板内部均设有一个气缸，每个气缸通过活塞杆与其所对应的环形压板连接，所述气缸受控于控制柜。  Further, in the upper portion of the rotating magazine is provided with a layered structure as a console panel in the vertical direction, the sectional shape of the console plate is inverted trapezoidal configuration, in the interior of the console panel are each partition plate has a cylinder, the piston rod of each cylinder and its corresponding annular pressure plate connected to the cylinder is controlled by the control cabinet.
进一步的，在旋转仓的顶端还设置有呈倒U形结构的控位架，所述控位架两个竖杆的底部开放端与旋转仓的外壁在水平面上转动连接，在竖直面上相对固定连接，所述控制台板通过最上端的分板与控位架的横杆连接。  Further, at the top of the cartridge is also provided with rotation in an inverted U-shaped bracket that control structure, the open bottom end of the outer wall of the cartridge rotation control bit holder is rotatably connected to two vertical rods in the horizontal plane, the vertical on the opposite face is fixedly connected to the console panel are connected by a crossbar and the uppermost end of the guard sub-board holder.
进一步的，在控位架的横杆上设有圆饼形的承载座，所述控制台板通过最上端的分板与承载座的底部连接，所述空心柱穿透每一个控制台板的分板和承载座的板座，所述出料口位于承载座的上侧板面上。  Further, the carrier is provided with pie-shaped guard rail on the base frame, said console connected to the bottom plate supporting base plate and the sub uppermost end, each of said hollow pillar penetrating console scoreboard and the carrier plate seat base plate, wherein the discharge port is located on the side surface of the carrier base.
进一步的，所述横杆的杆体通过铰接座转动连接，所述铰接座位于承载座的一侧。  Further, the rotation shaft of the crossbar holder is connected by a hinge, the hinge side of the bearing base of the seat.
进一步的，所述控位架的竖杆底端通过横置的滚轮与旋转仓的外壁在水平方向上滑动连接，且其中一个滚轮与旋转仓外壁之间设置有卡位止口。  Further, the bottom end of the vertical bar guard holder slidably connected in the horizontal direction through the outer wall of the roller and the rotation of the cartridge transversely mounted, and wherein a rotation between the roller and the outer wall of the cartridge is provided with a latching spigot.
进一步的，所述投料机构为顶端带有料盖的置料筒，所述置料筒的结构与回旋筒的结构相同，所述置料筒内也设有环形压板，所述环形压板同样借助于气缸沿竖直方向做推顶运动，所述置料筒与回旋筒上下对正设置，所述投料机构借助于驱动装置做竖直运动。  Further, the feeding mechanism is set to the top of the cartridge with cover material, the same structure as said cartridge opposite swirl tube structure, the inner cylinder is also provided with an annular opposing pressure plate, said annular pressure plate Also by means of the cylinder-push movement in the vertical direction, the cartridge is set vertically aligned with the swirl tube is provided, the feeding mechanism by a drive device to make a vertical motion.
进一步的，所述圆盘形旋转座底部通过连接杆穿透旋转仓的底板并与外部的电机连接，所述回旋筒借助于支撑座与旋转仓的内壁固定。  Further, the disc-shaped rotating base by a bottom plate connecting rod penetrating the rotary magazine and connected to an external motor by means of a cylindrical inner wall of said swirl to the rotation support base fixed bins.
进一步的，所述回旋筒的内筒筒壁之间的距离均匀变小，所述环形压板与相邻的两个内筒的筒壁接触，所述卡檐呈直角梯形结构，所述卡檐带有沿相邻的两个内筒之间空腔的旋转方向带有斜坡状的弧形尾翼。  Further, the distance between the inner cylindrical swirl tubular wall uniformly small cylinder, the annular pressure plate in contact with two adjacent cylindrical wall of the inner tube, the card eaves right angle trapezoid, the arcuate rotational direction between the barrel with a ramp-shaped cavity within said two adjacent cards along with the eaves tail.
采用上述技术方案所产生的有益效果在于:本发明是针对呈盘状的钢筋团进行整体矫直，工序不间断，可直接将多股粗细不同的钢筋团进行同时矫直，内筒的筒壁之间的距离依次变小，可将直径不同的钢筋依次放入到各个筒壁之间，呈盘状结构上下布置，并且每个内筒筒壁之间只能容纳一个单个的钢筋，在环形压板的挤压下承受压力，盘状的钢筋下端被卡檐顶住，然后在旋转座的推动下整个钢筋盘进行旋转，顶部的钢筋端通过导向坡进入到空心柱内，然后在强大的推顶力作用下使钢筋强行通过空心柱的内管，直接对各个粗细不同的钢筋进行矫直，然后从承载座顶部的出料口依次进行出料，推顶柱的顶端受控于气缸，气缸位于控制台板内，在进行投料的时候气缸将环形压板升起，使其脱离回旋筒，然后经过控位架的旋转将承载座离开，然后下降投  With the above technical solutions that produced beneficial effects: the present invention is for an overall disk-shaped steel straightening group, continuous step can be directly reinforcement strands of different thickness straightening group simultaneously, the inner tube the distance between the sequentially smaller tubular wall may be reinforced with different diameters are sequentially put into between the respective cylindrical wall, vertically arranged disk-shaped structure, and can only accommodate a single reinforced tube between each of the inner cylindrical wall , extruded under pressure in the annular pressure plate, the lower end of the disk-shaped steel is caught against the eaves, and then the entire steel plate is rotated in a driven rotating base, the top end of the rebar into the hollow cylinder through the guide groove, and then strong ejection force so that the inner tube is forced through the hollow steel column, directly to the respective different thickness of steel straightening, and then sequentially discharged from the discharge port of the seat carrier top, the top of the column is controlled by the push a cylinder, a cylinder located within the console panel, during feeding when the pressure plate is raised annular cylinder, away from the revolving cylinder, and then through a rotary frame carrying the guard away from the seat, and then drop cast 料机构，使置料筒和回旋筒上下对正，并且相互接触，然后制动置料筒内的气缸将事先放置在置料筒内的盘状钢筋推顶到回旋筒内，完成投料，所以本发明采用旋转推顶的方式将钢筋进行矫直，矫直效率高，操作准确，并且整个工序无需人工操作，简单方便。 Feeding mechanism, so that opposing cylinder and swing cylinder vertically aligned, and in contact with each other, and the brake cylinder is set in advance in the cartridge is placed in the disk-shaped steel bars to push the opposing cylinder barrel swirl, complete feed, so the present invention using a rotary manner steel push straightening, straightening high efficiency, accurate operation, and the entire process without manual operation, simple and convenient.
附图说明 BRIEF DESCRIPTION
下面结合附图和具体实施方式对本发明作进一步详细的说明:  The present invention will be further described in detail in conjunction with accompanying drawings and specific embodiments:
图1本发明的结构示意图； Structure of Figure 1 is a schematic view of the present invention;
图2为图1中旋转座的结构示意图； FIG 2 is a schematic structural view of the rotating base in FIG. 1;
图3为图1中环形压板和推顶柱的连接结构示意图； 3 is a schematic view of the annular pressure plate and the connecting structure of FIG ejector column 1;
图4为图1中旋转拉直机构的俯视图。 FIG 4 is a top plan view of a rotary straightening mechanism.
其中，1、旋转仓，2、旋转座，3、卡檐，4、回旋筒，5、内筒，6、环形压板，7、推顶柱，8、导向坡，9、控制台板，10、控位架，11、横杆，12、承载座，13、铰接座，14、滚轮，15、料盖，16、置料筒，17、连接杆，18、电机，19、支撑座，20、弧形尾翼，21、出料口。  wherein a rotational positions, 2, rotating base, 3, card eaves, 4, revolving drum 5, the inner cylinder 6, an annular platen, 7, ejector column, 8, the guide groove 9, the console plate 10, frame guard 11, cross bar 12, the supporting base 13, hinge mount 14, rollers 15, discharge cover, 16, is set the cartridge 17, connecting rod 18, the motor 19, the support Block, 20, an arcuate tail 21, the discharge port.
具体实施方式 detailed description
下面结合本发明实施例中的附图，对本发明实施例中的技术方案进行清楚、完整地描述，显然，所描述的实施例仅仅是本发明的一部分实施例，而不是全部的实施例。  Next, in conjunction with the present invention in the accompanying drawings, technical solutions of embodiments of the present invention are clearly and completely described, obviously, the described embodiments are merely part of embodiments of the present invention, but not all embodiments example. 基于本发明中的实施例，本领域普通技术人员在没有做出创造性劳动前提下所获得的所有其他实施例，都属于本发明保护的范围。 Based on the embodiments of the present invention, all other embodiments of ordinary skill in the art without any creative effort shall fall within the scope of the present invention.
在下面的描述中阐述了很多具体细节以便于充分理解本发明，但是本发明还可以采用其他不同于在此描述的其它方式来实施，本领域技术人员可以在不违背本发明内涵的情况下做类似推广，因此本发明不受下面公开的具体实施例的限制。  numerous specific details are set forth in the following description in order to provide a thorough understanding of the present invention, but the present invention may also be in other ways other than described in the embodiment to employ skilled in the art without departing from the intension may present invention promotion do similar case, therefore invention is not limited to the specific embodiments disclosed below.
如图1、图2和图3所示:一种钢筋旋转矫直机，包括旋转拉直机构和投料机构，所述旋转拉直机构包括圆柱形的旋转仓I，在旋转仓I内设有可自转的圆盘形旋转座2，在旋转座2上设有多个相互间隔设置的卡檐3，在旋转仓I内还设有与旋转座2相互配合的回旋筒4，所述回旋筒4为空心的圆柱形结构，所述回旋筒4内包括多层与外层筒壁同心设置的圆柱形内筒5，所述卡檐3依次卡接在相邻的两个内筒5筒壁之间，在旋转仓I的上部设有多个可在竖直方向移动的环形压板6，所述环形压板6依次设于相邻的两个内筒5筒壁之间，每个环形压板6均借助于两个推顶柱7与旋转仓I顶部的气缸连接，其中一个推顶柱7为两端开口的空心柱，所述空心柱的底端开口穿透下部的环形压板6，所述空心柱的底端开口处设有导向坡8，顶端开口为出料口21，所述投料机构位于旋转仓I的上部  As shown in FIG. 1, 2 and 3: A reinforcement rotary straightener, straightening mechanism comprising a rotary feed mechanism and the rotation mechanism includes a cylindrical rotating straightening magazine I, the rotational positions I equipped with a rotatable disc-shaped rotating base 2 is provided with a plurality of spaced apart eaves card provided in the rotating base 23, in the rotary magazine I with the rotating base 2 is also provided with cooperating swirling cylinder 4, the said swirl tube 4 is hollow cylindrical structure, said swirl tube 4 within the cylindrical barrel 5 comprises a multilayer inner and an outer cylindrical wall concentrically disposed, the card eaves 3 sequentially adjacent two snap inner tube between the cylindrical wall 5, the upper portion of the rotating magazine is provided with a plurality of I in the vertical direction movable annular pressure plate 6, the annular plate 6 are sequentially disposed between two adjacent cylindrical wall of the inner cylinder 5, each each annular plate 6 by means of two push column 7 is connected to the top of the cylinder rotation positions I, wherein one thrust column 7 is open at both ends of the hollow cylinder, said hollow cylinder opening penetrating the bottom end of the lower portion of annular plates 6 , the bottom end opening of the hollow cylinder is provided with a guide groove 8, the top opening of the discharge port 21, an upper portion of the feeding mechanism of the rotating magazine I
[0019 ]在旋转仓I的上部设有在竖直方向呈层状结构的控制台板9，所述控制台板9的截面形状为倒梯形结构，在控制台板9的每个分板内部均设有一个气缸，每个气缸通过活塞杆与其所对应的环形压板6连接，所述气缸受控于控制柜。  provided at the upper portion of the rotating magazine I lamellar structure as a console 9 in the vertical direction, the sectional shape of the console plate 9 has an inverted trapezoid structure, each partition plate inside the console plate 9 has a cylinder, each cylinder is connected via a piston rod and its corresponding annular pressure plate 6, the cylinder controlled by a control cabinet.
如图1所示在旋转仓I的顶端还设置有呈倒U形结构的控位架10，所述控位架10两个竖杆的底部开放端与旋转仓I的外壁在水平面上转动连接，在竖直面上相对固定连接，所述控制台板9通过最上端的分板与控位架10的横杆11连接。  1 I at the top of the cartridge rotation is also provided with an inverted U-shaped configuration of the guard frame 10, the outer wall of the guard frame 10 two vertical bars in the open bottom end of the cartridge rotation in a horizontal plane I the rotating connector, the connector relative to the fixed vertical plane, said console plate 9 are connected by a crossbar uppermost partition plate 10 and the guard frame 11. 在控位架10的横杆11上设有圆饼形的承载座12，所述控制台板9通过最上端的分板与承载座12的底部连接，所述空心柱穿透每一个控制台板9的分板和承载座12的板座，所述出料口21位于承载座12的上侧板面上。 With pie-shaped pads 12, the console 9 is connected to the bottom plate of the top plate and the supporting base points 12 in the crossbar 11 of the guard frame 10, penetrating the hollow cylinder of each console plate 9 sub-carrier and the seat plate 12 of the base plate, the discharge port 21 is located on the side surface of the pads 12. 所述横杆11的杆体通过铰接座13转动连接，所述铰接座13位于承载座12的一侧。 The cross-bar 13 rotates the shaft 11 is connected by a hinge housing, said hinge seat 13 located on one side of the supporting base 12. 所述控位架10的竖杆底端通过横置的滚轮14与旋转仓I的外壁在水平方向上滑动连接，且其中一个滚轮14与旋转仓I外壁之间设置有卡位止口。 Bottom end of the vertical bar 14 of the guard frame 10 and the outer wall of the rotary magazine I in the horizontal direction is slidably connected by transverse rollers, and wherein a rotation of rollers 14 between the outer wall of the cartridge is provided with a I latching spigot.
如图1所示:所述投料机构为顶端带有料盖15的置料筒16，所述置料筒16的结构与回旋筒4的结构相同，所述置料筒16内也设有环形压板6，所述环形压板6同样借助于气缸沿竖直方向做推顶运动，所述置料筒16与回旋筒4上下对正设置，所述投料机构借助于驱动装置做竖直运动。  1: the feed mechanism for the material to the top cover 15 with the cartridge 16 is set, the set configuration and the same structure as the swirl tube 4 of the cylinder 16, the counter 16 is also disposed within the cartridge an annular pressure plate 6, the annular plate 6 by means of the same cylinder-push movement in the vertical direction, and the set cylinder 16 vertically aligned swirl tube 4 is provided, the feeding mechanism by a drive device to make a vertical movement .
如图1所示:所述圆盘形旋转座2底部通过连接杆17穿透旋转仓I的底板并与外部的电机18连接，所述回旋筒4借助于支撑座19与旋转仓I的内壁固定。  As shown in FIG 1: a disc-shaped rotary base 2 by a connecting rod 17 penetrating the bottom plate and the rotary magazine I is connected to an external motor 18, the swirl tube 4 by means of a rotating support base 19 and the cartridge I fixed the inner wall. 所述回旋筒4的内筒筒壁之间的距离均匀变小，所述环形压板6与相邻的两个内筒5的筒壁接触，所述卡檐3呈直角梯形结构，所述卡檐3带有沿相邻的两个内筒5之间空腔的旋转方向带有斜坡状的弧形尾翼 The swirl tube uniform small distance between the inner cylinder of the cylinder wall 4, the annular pressure plate 6 in contact with the two adjacent cylindrical wall of the inner cylinder 5, the card 3 at right angles to the eaves ladder structure, the card 3 with a curved tail eaves direction between adjacent two of the inner cylinder 5 is rotated with the direction of the cavity of the ramp-like
20 ο 20 ο
本发明的具体实施过程如下:首先对旋转拉直机构进行操作说明，回旋筒4内设有多个内筒5，内筒5之间有一定的距离，并且各个内筒5之间的距离是不一样的，其距离从外到内依次变小，也就是可以容纳不同直径的钢筋，而且相邻的两个内筒5的筒壁之间的距离等于其所要进行矫直的钢筋直径，只能容纳单个钢筋，在进行具体操作的时候各个内筒5之间是放置好呈环状的钢筋的，也就是钢筋盘绕在内筒5的筒壁之间，从上到下单个钢筋依次排开，在回旋筒4的底部为旋转座2，旋转座2在连接杆17连接电机18的带动下可以大功率进行自转，在旋转座2的座面上设有多个卡檐3，并且卡檐3之间相互间隔，每个卡檐3单独放在一个内筒5之间的空当中，并且卡檐3的长度等于内筒5之间距离的宽度，卡檐3带有弧形尾翼20，弧形尾翼20的延伸方向与内筒5之间空腔的走向是  In particular embodiments of the present invention, the process is as follows: First, the rotation mechanism straightening instructions, swirl tube 4 is provided with a plurality of inner cylinder 5, there is a certain distance between the inner cylinder 5 and the inner tube 5 between the respective the distance is not the same, which in turn decreases the distance from outside to inside, that is reinforced to accommodate different diameter, and the distance between two adjacent cylindrical wall of the inner cylinder 5 is equal to its straightening steel diameter, can only accommodate a single reinforcement, when the specific operation is performed between the respective inner cylinder 5 is placed an annular steel good, that is, between the inner cylindrical wall coiled steel cylinder 5, from top to bottom of a single steel in turn arranged at the bottom of the swirl tube 4 is 2, the rotating base 2 may be rotation at power connecting rod 17 is connected to drive motor 18 of the rotating base, provided with a plurality of cards 3 in a seat surface of the eave rotating base 2, and spaced between 3 eaves card, each card 3 placed individually in the space between the eaves of which an inner tube 5, and the card 3 eaves length equal to the width of the distance between the inner cylinder 5, the card 3 with a curved eaves stabilizer 20, to the cavity between the arcuate tail 20 extending in the direction of the inner cylinder 5 is 一致的，在回旋筒4的上端为多个环形压板6，每一个环形压板6对应一个相邻内筒5之间的空腔，环形压板6在上部气缸的作用下沿着内筒5之间的空腔向下运动一直将放在空腔内的钢筋进行挤压，然后开启电机18，旋转座2进行旋转，此时卡檐3正好卡住被挤压钢筋的下端，在卡檐3的推顶下，钢筋旋转，而钢筋的上端则在导向坡8的作用下滑入空心柱内，顺着空心柱的方向向上移动，最后从承载座12上表面的出料口出来，完成矫直工序。 Consistent, at the upper end of the swirl tube 4 into a plurality of annular plates 6, each plate 6 a corresponding one of the annular cavity between adjacent inner cylinder 5, between the annular plate 6 under the action of the upper cylinder along the inner cylinder 5 the downward movement of the cavity has been reinforced in the extrusion cavity, and then turn on the motor 18, rotates the rotating base 2, case 3 eaves card is pressed snugly against the lower end of the reinforcement, the card eaves 3 the ejector, rotating steel, steel and the upper end is in the role of the guide groove 8 fell into the hollow column, is moved upward along the direction of a hollow cylinder, and finally from the discharge port surface 12 of the supporting seat, complete straightening step .
用于控制环形压板6的气缸是设在控制台板9的内部的，每一个分板里面设有一个气缸，每一个气缸分别控制两个推顶柱7进行推顶。  for controlling annular pressure plate cylinder 6 is provided inside the console plate 9, each of which is provided with a partition plate cylinder, each cylinder control two columns 7 push the ejector.
然后对投料机构进行说明，控制台板9位于控位架10横杆11上的承载座12下表面，承载座12上对应每一个空心柱设有一个出料口21，在承载座12的一侧横杆11是通过铰接座13相连接的，而控位架10两个竖杆底端的滚轮14是和旋转仓I的外壁滑动接触的，在进行投料的时候先通过控制台板9上的气缸将各个环形压板6提起，当环形台板6脱离回旋筒4的时候将一侧滚轮14进行滑动，并与旋转仓I的外壁脱离，横杆11通过铰接座13转动，则承载座12离开回旋筒4的上端，给上部的投料机构移出空间，因为另一个滚轮14与旋转仓I的外壁之间设有卡位止口，所以控位架10不会掉落，此时在通过投料结构进行投料，投料机构带有置料筒16，先将需要进行矫直的钢筋在置料筒16内进行回旋盘好，然后将投料机构下降，使置料筒16和回旋筒4上下对正，再启动投料机构上的气缸将其环  Then the feeding mechanism will be described, the console plate 9 located on the lower surface of the supporting base 12 on the frame 11 guard rail 10, each corresponding to a supporting base is provided with a hollow cylinder 21 on the discharge port 12, the bearing seat 12 is a side cross-bar 11 is connected by a hinge seat 13, and the guard frame 10 two vertical bars of the bottom end of the outer wall of the rotating rollers 14 and is in sliding contact with the cartridge I, when feeding is performed by the first console panel 9 on each cylinder will lift annular platen 6, when the annular plate 6 of the barrel 4 from the side of the swirling roller 14 slides, and from the outer wall of the rotary magazine I, the cross bar 11 is rotated by the hinge mount 13, the carrier Block 12 exits the upper end of the swirl tube 4, to the upper portion of the feeding mechanism out of the space, since the latching spigot provided between the other rollers 14 and the outer wall of the rotary magazine I, the guard frame 10 does not fall, in this case performed by feeding structure feeding, the feeding mechanism with the cartridge 16 is set, first need to be reinforced good straightening the swirling disk and the feed drop mechanism, the cartridge 16 is set so that the swirl tube 4 and down within the cylinder 16 opposite positive, restart the feeding mechanism cylinder to ring 压板6向下运动，将盘好的钢筋压入回旋筒4的各个内筒5之间即可。 Downward movement of the pressure plate 6, the steel plate is pressed into good swirl tube to tube 5 between the respective inner 4.
综上所述:本发明是针对呈盘状的钢筋团进行整体矫直，工序不间断，可直接将多股粗细不同的钢筋团进行同时矫直，内筒的筒壁之间的距离依次变小，可将直径不同的钢筋依次放入到各个筒壁之间，呈盘状结构上下布置，并且每个内筒筒壁之间只能容纳一个单个的钢筋，在环形压板的挤压下承受压力，盘状的钢筋下端被卡檐顶住，然后在旋转座的推动下整个钢筋盘进行旋转，顶部的钢筋端通过导向坡进入到空心柱内，然后在强大的推顶力作用下使钢筋强行通过空心柱的内管，直接对各个粗细不同的钢筋进行矫直，然后从承载座顶部的出料口依次进行出料，推顶柱的顶端受控于气缸，气缸位于控制台板内，在进行投料的时候气缸将环形压板升起，使其脱离回旋筒，然后经过控位架的旋转将承载座离开，然后下降投料机构，使置料筒和回旋筒上下  In summary: The present invention is for a whole group of disk-shaped steel straightening, continuous step can be directly reinforcement strands of different thickness between the groups at the same time straightening, the cylindrical wall of the inner cylinder successively smaller distances, different diameters may be sequentially put into between the respective steel cylinder wall, vertically arranged disk-shaped structure, and can only accommodate a single reinforced tube between each of the inner cylindrical wall, the annular pressure plate to squeeze depressed under pressure, the lower end of the disk-shaped steel is the card against the eaves, and then the entire steel plate is rotated in a driven rotating base, the top end of the rebar into the hollow cylinder through the guide groove, and then a strong ejection force so that the inner tube is forced through the hollow steel column, directly to the respective different thickness of steel straightening, and then sequentially discharged from the discharge port of the seat carrier top, the top of the column is controlled by a push cylinder, a cylinder located in the console the inner panel, when performing the feed platen raised annular cylinder, away from the revolving cylinder, and then through a rotary frame carrying the guard away from the seat, and then decreased feeding mechanism, so that the cartridge is set vertically and swing cylinder 对正，并且相互接触，然后制动置料筒内的气缸将事先放置在置料筒内的盘状钢筋推顶到回旋筒内，完成投料，所以本发明采用旋转推顶的方式将钢筋进行矫直，矫直效率高，操作准确，并且整个工序无需人工操作，简单方便。 Aligned, and in contact with each other, and a cylinder within the brake cylinder is set in advance in the disk-shaped steel bars placed facing the swirl tube to eject the cartridge, feeding is completed, the ejector of the present invention using a rotary manner be reinforced straightening, straightening high efficiency, accurate operation, and the entire process without manual operation, simple and convenient.
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