CN201254303Y - Rotary type large package tea-bag vacuum encapsulated machine - Google Patents
Rotary type large package tea-bag vacuum encapsulated machine Download PDFInfo
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- CN201254303Y CN201254303Y CNU2008200052909U CN200820005290U CN201254303Y CN 201254303 Y CN201254303 Y CN 201254303Y CN U2008200052909 U CNU2008200052909 U CN U2008200052909U CN 200820005290 U CN200820005290 U CN 200820005290U CN 201254303 Y CN201254303 Y CN 201254303Y
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Abstract
The utility model relates to a rotary type large-packing tea bag vacuum encapsulation machine of which a rotary mechanism comprises a rotary disc and a driving device, wherein the periphery of the bottom end of the rotary disc is provided with a bag falling work area, a material feeding work area, a vacuuming encapsulation work area and a bag throwing work area, a deoxidizing agent feeding work area is arranged between the material feeding work area and the vacuuming encapsulation work area, a bag accommodation device and a swing arm are arranged outside the bag falling work area, a receiving mechanism is arranged above the material feeding work area, and a bag supporting mechanism is arranged below the receiving mechanism; a vacuum encapsulation device is arranged outside the vacuuming encapsulation work area, the vacuum encapsulation device comprises a vacuum nitrogen filling unit and an encapsulation unit, the vacuum nitrogen filling unit is connected with a height adjusting device, the encapsulation unit is connected with an axial adjusting device, and the axial adjusting device comprises an adjusting seat and an adjusting rod in the middle of the adjusting seat. The utility model can fully support a large tea packing bag. After material falling and vacuuming encapsulation, the packing bag has satiation and firmness, and the packing bag is smooth and beautiful.
Description
Technical field
The utility model belongs to the tea packaging machine technical field, and relevant a kind of big packing tea-bag packaging machine refers in particular to a kind of rotating mechanism circumference rotation process of borrowing, and carries out different package handlings in the different operating district, to obtain the big packing tealeaves of encapsulation fast.
Background technology
The being seen tea packaging in market has the little tea bag type of drinking for customer individual, and examination is drunk or four liang of package-types of more expensive good tea before buying for the customer, also has middle and high price half jin of package-type commonly used, and general commercially available one jin of the most general package-type or the like.
I had before proposed a kind of vacuum packaging machine, at carrying, brewing easily, the individual drinks the little tea bag of type, with the rotating mechanism is main shaft, several work areas will be told again around the rotating mechanism, set up separately such as pocketing in the rotating mechanism periphery, blanking, inhale bag, vacuumize, the auxiliary facility of work flows such as encapsulation, after the moving predetermined angle of rotating mechanism revolution, the work area is forward impelling at any time then, and the operation of carrying out next flow process is handled, last work area then changes into replys first step work flow, and the tealeaves bag of inner wrapping is finished package handling fast with rotating mechanism.
Above-mentioned at the specially designed vacuum encapsulation mechanism of inner wrapping tealeaves bag, tea-bag for one jin of dress, but can't reach the packaging effect of expection, previous mechanism design can not strut large-scale tea-bag fully, so that blanking, vacuumize encapsulation after, bag bottom is not launched the position and can not be presented full, sturdy sense, causes the tealeaves in the large-scale packaging of tea that the redundant space that rocks is arranged, or the packing finish after, whole packaging bag unfairness, not attractive in appearance.
The utility model content
For addressing the above problem, main purpose of the present utility model provides a kind of big packing tea-bag of rotary type vacuum packaging machine that reaches big packing tea-bag filling, packaging operation by rotating mechanism.Large-scale packaging of tea can be strutted fully, blanking, vacuumize encapsulation after, packaging bag bottom presents full, sturdy sense, the redundant space that the tealeaves in the packaging bag does not rock, whole packaging bag is smooth, attractive in appearance.
For achieving the above object, the utility model is by the following technical solutions:
The big packing tea-bag of a kind of rotary type vacuum packaging machine, packaging machine central authorities are provided with a rotating mechanism, rotating mechanism is made up of rotating disk and actuating device, the rotating disk bottom circumferentially is provided with the work area that pockets, filler work area, vacuumizes the encapsulation work district, the packet loss work area, filler work area and vacuumizing is provided with deoxidation reagent filling work area between the encapsulation work district, it is characterized in that:
The arranged outside of the described work area that pockets has the bagging apparatus of Sheng and swing arm, containing bagging apparatus is the uncovered rectangular frame in a top and bottom, containing bagging apparatus is fixed on the frame of packaging machine, swing arm is arranged on contains the bagging apparatus below, the top of swing arm is provided with first, second suction pipe, the swing arm bottom by pivot knuckles on the frame of packaging machine;
The top of described filler work area is provided with support structure, the top of support structure is provided with feed containers, link to each other by the guiding pipeline between feed containers and the support structure, support structure is a hollow, rectangular structure, forward and backward, interior three sides of support structure are pivoted with support claw respectively, the pivot of support claw is deflection central lower position, three support claw tops are outer expanding shape under the normality, the bottom is then mutually against being closed form, when tealeaves was imported by the horn-like opening in support structure top, holding was in being enclosed the closed space that structure forms by three support claws just; Around a JiongXing Kuang frame is arranged, the side plate of JiongXing Kuang frame two free ends and packaging machine is affixed corresponding to the support claw bottom position for support structure, and the below of support structure is provided with bag opening mechanism; Bag opening mechanism is made up of left and right suction pipe, and left and right suction pipe is arranged on the and arranged on left and right sides of the framework below of support structure symmetrically;
The described arranged outside that vacuumizes the encapsulation work district has the vacuum casing device, this vacuum seal packing is filled out the nitrogen unit and encapsulation unit is formed by vacuumizing, vacuumize and fill out the nitrogen unit and be connected with height adjuster, this height adjuster is by the perpendicular seat with groove, limiting stopper, slide block, the adjustment screw rod is formed, perpendicular seat is arranged on the rotating disk, limiting stopper is bearing fit with perpendicular seat, slide block is connected an end of limiting stopper, the slide block external side end is axially filled out the nitrogen unit in conjunction with vacuumizing, the slide block medial extremity then penetrates in the axial notch of perpendicular seat outer end, to drive limiting stopper along the axially upper and lower displacement of perpendicular seat; Adjust the central authorities that screw rod is arranged in perpendicular seat; Encapsulation unit is connected with an axial adjusting device, this axial adjusting device is formed by adjusting seat and being positioned at the adjusting lever of adjusting seat central authorities, adjust seat and be arranged on the rotating disk, offer a breach on the rotating disk, the bearing in adjusting lever bottom and the rotating disk breach is interlock matching relationship up and down.
Be provided with the casket road in the described guiding pipeline, bottom, casket road is provided with electronic weighbridge.
Described support structure outer side edges is provided with guide block, the guide rod pivot bush unit of guide block and packaging machine side plate inboard, and support structure is connected with CD-ROM drive motor by driving device.
Described driving device is made up of two belt pulleys and drive belt, and two belt pulleys are separately positioned on the upper/lower terminal of the side plate of packaging machine, and drive belt is set between two belt pulleys.
Described deoxidation reagent filling is provided with the deoxidation reagent filling device in the work area, this deoxidation reagent filling device mainly constitutes around the roller set of the rotating shaft that hangs and several upper and lower arrangement for deoxidation reagent Volume by one, and the roller set below of lowermost end is provided with a transversely movable cutter.
Describedly be respectively arranged with guide plate in deoxidation reagent filling device both sides.
Described each work area is positioned at rotating disk periphery outside, all is provided with the district that works in a down-to-earth manner of upper and lower connection, and the bottom, district of working in a down-to-earth manner is provided with the block unit, the block unit by contract in the relative rotating disk, overhanging catch constitutes.
Be provided with the jig arm device in the described district that works in a down-to-earth manner, both sides two jig arm closed in opposite directions, incorgruous expansion constitute the jig arm device by main body with below being positioned at main body.
Described vacuumizing filled out the nitrogen unit and is made of the body of telescopic displacement up and down.
Described bearing outside end face connects the sensible heat press strip of sealed package bag opening.
The utility model has following positive beneficial effect:
One, the air blowing apparatus for shaping can make the bottom of the darker big packing tea-bag in inner space launch fully, and it is full, attractive in appearance that tealeaves vacuumizes encapsulation back outward appearance.
Two, the deoxidation reagent filler device can be inserted the deoxidation bag packing bag inside, dry packing bag inner air, and the tealeaves in the order packing bag was preserved in the dry environment midium or long term.
Three, compaction apparatus will fill the packing bag top compacting of tealeaves, heavy packages bag after cooperating the jig arm device with compacting again picks up unsettled, and the district that works in a down-to-earth manner under losing after upper and lower the rocking, No. three folder rollings, throwing repeatedly, with the bulk tealeaves compacting of packing greatly in the tealeaves bag, make that packing the tealeaves bag greatly more can be closely tangible in the follow-up vacuum, volume also has significantly and dwindles.
Description of drawings
Fig. 1 is the outward appearance plan sketch of swing arm.
Fig. 2 is that the swing arm pivot among Fig. 1 is put to the view in the rotating mechanism outside.
Fig. 3 is that the packing bag is inserted rotating mechanism filler work area scheme drawing.
Fig. 4 is a packing bag filler constitution diagram.
Fig. 5 is the three-dimensional appearance scheme drawing of deoxidation reagent filling device.
Fig. 6 is the tealeaves action scheme drawing in the jig arm device compacting packing bag.
Fig. 7 is the tealeaves action scheme drawing in the jig arm device compacting packing bag.
Fig. 8 is the three-dimensional appearance scheme drawing of compaction apparatus.
Fig. 9 vacuumizes to fill out the nitrogen unit and do not move scheme drawing.
Figure 10 vacuumizes to fill out nitrogen unit operating state scheme drawing.
Figure 11 vacuumizes the reset mode scheme drawing of filling out after the action of nitrogen unit finishes.
Figure 12 is the stereo appearance figure of encapsulation unit.
Figure 13 is the displacement diagram of encapsulation unit.
Figure 14 is the rotating mechanism plan sketch.
Figure 15 is a rotating mechanism local work area three-dimensional appearance scheme drawing.
The specific embodiment
Number in the figure:
10. feed containers 20. guides pipelines 21. casket roads 22. electronic weighbridges
30. support structure 31. guide blocks 32. guide rods 33. drivings device
331. belt pulley 332. drive belts 34. support claws 35. openings
36. framework 40. bag devices 41. packing bags 50. swing arms
51. first suction pipe, 52. second suction pipes, 53. pivots, 61. left suction pipes
62. vacuumizing, right suction pipe 71. fills out nitrogen unit 72. encapsulation units
The work area 721. sensible heat press strip 80. rotating mechanisms 81. rotating disks 82. pocket
83. filler work area 84. vacuumizes 85. packet loss work areas, package work area
The space is accepted in district 88. 86. work in a down-to-earth manner in deoxidation reagent filling work area 87.
90. defeated material guide groove 100. block unit A. tealeaves
B. deoxidation reagent filling device B1. deoxidation reagent
B2. rotating shaft B3. roller set
C. jig arm device C1. main body C2. jig arm D1. slide
D2. fork E1. adjusts seat E2. adjusting lever
E3. bearing F1. erects seat F2. limiting stopper
F3. slide block F4. adjusts screw rod
The utility model is the big packing tea-bag of an a kind of rotary type vacuum packaging machine, please cooperate with reference to shown in all figure, this packaging machine by one control assembly start, closing control, the control assembly comprises circuit assembly and control panel, control panel is provided with source switch, stop button, startup button, charging switch, seal switch and vacuumize unit such as master cock, and the control assembly adopts existing ripe known technology.
Please refer to Figure 14, Figure 15, the packaging machine middle position is provided with rotating mechanism 80, rotating mechanism 80 is made up of rotating disk 81 and actuating device, rotating disk 81 is driven by actuating device and does the circumference rotation, actuating device can be a motor, rotating disk 81 bottoms circumferentially are provided with the work area 82 that pockets, filler work area 83, vacuumize encapsulation work district 84, packet loss work area 85, in filler work area 83 and vacuumize between the encapsulation work district 84, also are provided with deoxidation reagent filling work area 86.
Above-mentioned each work area is positioned at rotating disk 81 periphery outsides, all be provided with the district 87 that works in a down-to-earth manner of upper and lower connection, work in a down-to-earth manner the district 87 bottoms be provided with block unit 100, block unit 100 by contract in the relative rotating disk, overhanging catch constitutes, when block unit 100 normalities are overhanging, sealing is worked in a down-to-earth manner and is distinguished 87, thus ccontaining packing bag 41; Packing bag 41 in the district 87 that works in a down-to-earth manner loads work area 86, vacuumizes encapsulation work district 84 by the work area 82 that pockets, filler work area 83, deoxidation reagent in regular turn with rotating disk 81, when entering packet loss work area 85 at last, the control assembly makes contracing in the block unit 100 and breaks away from the district 87 that works in a down-to-earth manner, allow the packing bag 41 of finishing encapsulation distinguish 87 open bottoms by working in a down-to-earth manner, lose defeated material guide groove 90, deliver to default destination through defeated material guide groove 90 into the below.
Please refer to Fig. 1, Fig. 2, the arranged outside of work area of pocketing has the bagging apparatus 40 of Sheng and swing arm 50, containing bagging apparatus 40 is the uncovered rectangular frames in a top and bottom, containing bagging apparatus 40 is fixed on the frame of packaging machine, contain bagging apparatus 40 top end openings, containing to pile up in the bagging apparatus 40 has several heavy packages bags 41; Swing arm 50 is arranged on contains bagging apparatus 40 belows, and the top of swing arm 50 is provided with first, second suction pipe 51,52, and the bottom of swing arm 50 is hinged on the frame of packaging machine by pivot 53.After swing arm 50 utilizes first, second suction pipe 51,52 that packing bag 41 sucking-offs of bagging apparatus 40 extreme ends are contained in its top, with pivot 53 is center of rotation, packing bag 41 is dropped in the work area 82 that pockets of rotating mechanism, restart 80 pairs of tealeaves of rotating mechanism and carry out high-capacity package handling.
Support structure 30 is set above filler work area 83, and the top of support structure is provided with feed containers 10, links to each other by guiding pipeline 20 between feed containers 10 and the support structure 30, and feed containers 10 is used for the tealeaves that splendid attire is baked and banked up with earth; Be provided with casket road 21 in the guiding pipeline 20, when the tealeaves A that banks up in 21 upper ends, casket road reaches preset weight, the meeting shake-up be arranged on the electronic weighbridge 22 of guiding pipeline 20 bottoms, thereby opens casket road 21, allows the quantitative tealeaves A at casket road junction export in the importing support structure 30 of taking advantage of a situation along guiding pipeline 20; Support structure 30 is hollow, rectangular structures, support structure 30 outer side edges are provided with guide block 31, guide rod 32 pivot bush units of guide block 31 and packaging machine 1 side plate 3 inboards, support structure 30 is done rising, decline displacement by guide block 31 along guide rod 32, support structure 30 along the power resources of guide rod 32 upper and lower displacements in CD-ROM drive motor, CD-ROM drive motor links to each other with the driving device 33 that the board bottom is provided with, and driving device 33 comprises two belt pulleys 331 that are arranged on side plate 3 outer side edges upper and lower ends and the drive belt 332 that is set in 331 of two belt pulleys.
Please refer to Fig. 3, bag opening mechanism is made up of the left and right suction pipe 61,62 that is arranged on support structure 30 frameworks 36 belows, 61,62 in left and right suction pipe possesses powerful suction, when packing bag 41 rotates to the position of filler work area 83 with rotating mechanism 80, packing bag 41 is positioned at the midway location of the left and right suction pipe 61,62 of bag opening mechanism just, and left and right suction pipe 61,62 will be packed the absorption of bag 41 top end openings and strut to maximum rating.
Please refer to Fig. 5, be arranged on the deoxidation reagent filling device B of deoxidation reagent filling work area, comprise that mainly one supplies deoxidation reagent B1 Volume around the rotating shaft B2 that hangs, and the roller set B3 of several upper and lower arrangement, the roller set B3 below of lowermost end is provided with a transversely movable cutter, after cutter cuts into parcel with continuously arranged deoxidation reagent B1, draw in the packing bag 41 that drops into expansion through swing arm 50, and then continuous commentaries on classics advances in the filler work area 83 to carry out next step: tealeaves A loads operation; It is inner dry that deoxidation reagent B1 can guarantee to pack bag 41, to obtain longer shelf-life, freshness date; Throw success ratio accurately for reaching, respectively be provided with guide plate B4 in deoxidation reagent filling device B both sides, the deoxidation reagent B1 after the severing is in guide plate B4 drops into packing bag 41 smoothly.
After deoxidation reagent filling finishes, again the packing bag of sack being opened by an air blowing apparatus for shaping 41 blow, shaping, order packing bag 41 bottoms strut fully to optimum regime; At this moment, 30 of support structures can drop to support claw to be stopped with packing bag 41 opening upper limb positions, and the air blowing apparatus for shaping is not shown in the figures, but the most basic technological means, but be to utilize the tealeaves A input of the flexible body of pilot gas with predetermined amount.
Please refer to Fig. 6, Fig. 7, in the district 87 that works in a down-to-earth manner, be provided with jig arm device C, jig arm device C comprises can be along on the packaging machine guide rail, the main body C1 of bottom offset and be positioned at both sides, main body C1 below, closed in opposite directions, the jig arm C2 of incorgruous expansion, the packing bag 41 that has loaded deoxidation reagent and tealeaves moves to work in a down-to-earth manner with rotating mechanism 80 distinguishes at 87 o'clock, main body C1 can be along the packaging machine guide rail toward being displaced downwardly to fixed point, relend by automatic control device, it is closed in opposite directions to drive the jig arm C2 that launches shape, to clamp the sack of packing bag 41, after driving main body C1 again and rising to certain altitude, present the displacement repeatedly up and down of small distance, originally bulk tealeaves in the order packing bag 41, then present comparatively sturdy state; Again with jig arm C2 by clamping then be urged to the expansion shape, work in a down-to-earth manner below the empty packaging bag body drop of order is gone into and distinguish in 87, after above-mentioned steps repeats to implement three times, can reach optimized tealeaves compacting purpose, relend to rotate into down and vacuumize encapsulation work district 84 together by rotating mechanism 90.
The main order of jig arm device C is set, be to pack bag 41 bottoms to launch fully, make packing bag 41 attractive in appearance, sturdy, certainly, for allowing packing bag 41 vacuumize upper and lower optimum visual and the packing compacting effect of all presenting in back, before the operation of jig arm device, set up compaction apparatus as shown in Figure 8 again; Compaction apparatus comprises slide D1, and be arranged on three columniform fork D2 of slide D1 front end, after bag 41 inner filling deoxidation reagents to be packaged and the tealeaves, by slide D1 displacement process, make the fork D2 of front end penetrate 83 inside, filler work area, laterally compress the tealeaves of packing bag 41 inner fillings, allow originally cone-shaped bulk tealeaves, then towards around diffusion be smooth sturdy shape, allow simultaneously packing bag 41 tops also launch fully, can obtain the effect of above-mentioned expection naturally.
Please refer to Fig. 9 to Figure 13, in the arranged outside that vacuumizes encapsulation work district 84 the vacuum casing device is arranged, the vacuum casing device is filled out nitrogen unit 71 and encapsulation unit 72 is formed by vacuumizing, vacuumizing and filling out nitrogen unit 71 is bodys of telescopic displacement up and down, this body can stretch in the packing bag 41, will pack the extraction of bag 41 inner airs and be the vacuum shape, and stop to vacuumize action by electromagnetic valve, toward interior nitrogen is injected packing bag 41 inside by outer simultaneously, to reach the tea fresh keeping effect.
Vacuumize and fill out nitrogen unit 71 by height adjuster adjustment upper-lower position, this height adjuster is made up of perpendicular seat F1, limiting stopper F2 with groove, slide block F3, adjustment screw rod F4, perpendicular seat F1 is arranged on the rotating disk 81, limiting stopper F2 and perpendicular seat F1 are bearing fit, slide block F3 is connected the end of limiting stopper F2, slide block F3 external side end is axially filled out the nitrogen unit in conjunction with vacuumizing, slide block F3 medial extremity then penetrates in the axial notch of perpendicular seat F1 outer end, can be accurately along the axial upper and lower displacement of perpendicular seat F1 to drive limiting stopper F2; Adjust the central authorities that screw rod F4 is arranged in perpendicular seat F1; It is that may command vacuumizes the dropping distance of filling out nitrogen unit 71 that screw rod F4 is adjusted in turn, to insert appropriate depth in the packing bag 41, air is detached, and nitrogen is inserted.
When satisfying the different capabilities tea packaging, the sealing height of actual demand automatic guidance tealeaves bag; Encapsulation unit 72 is connected with an axial adjusting device, this axial adjusting device is formed by adjusting seat E1 and being positioned at the adjusting lever E2 that adjusts seat central authorities, adjusting seat E1 is arranged on the rotating disk 81, offer a breach on the rotating disk 81, bearing E3 in adjusting lever bottom and the rotating disk breach is interlock matching relationship up and down, bearing E3 outside end face connects the sensible heat press strip 721 of sealed package bag opening, bearing E3 during turn adjusting lever E2 in the may command rotating disk breach is longitudinal travel up and down, the related sensible heat press strip 721 that is arranged on the bearing E3 outside that makes changes with packing bag 41 tip displacements, naturally what of tealeaves amount cooperation load, and carries out the appropriate adjustment of seal location.
Vacuumize and fill out nitrogen unit 71 and possess the nitrogen dual-use function that vacuumizes and fill fresh-keeping usefulness, it is not each big packing tea-bag, all need fill nitrogen steps, for example tealeaves is just cooked when being sold inside the country market, need not through long sea-freight to its state's situation, vacuumizing and fill out the nitrogen unit and can carry out unidirectional will packing the operation that the bag inner air detaches, to obtain the vacuum state than long storage life, is that a kind of economy of looking the market demand and making is selected.
Please refer to Figure 14, shown in Figure 15, above-mentioned each work area is positioned at rotating disk 81 periphery outsides and all is provided with the district 87 that works in a down-to-earth manner, district's 87 the bottom end opening of working in a down-to-earth manner be provided with a relative rotating disk can in contract, overhanging block unit 100, when the packing bag cross finish the operation that deoxidation reagent filling, tealeaves fill, seal after, via automatic control mode, to contract in the block unit 100, make 87 bottoms, district of working in a down-to-earth manner be open shape, packaged packing bag can be lost into the defeated material guide groove 90 of below and deliver to default destination.
Claims (10)
1. the big packing tea-bag of rotary type vacuum packaging machine, packaging machine central authorities are provided with a rotating mechanism, rotating mechanism is made up of rotating disk and actuating device, the rotating disk bottom circumferentially is provided with the work area that pockets, filler work area, vacuumizes the encapsulation work district, the packet loss work area, filler work area and vacuumizing is provided with deoxidation reagent filling work area between the encapsulation work district, it is characterized in that:
The arranged outside of the described work area that pockets has the bagging apparatus of Sheng and swing arm, containing bagging apparatus is the uncovered rectangular frame in a top and bottom, containing bagging apparatus is fixed on the frame of packaging machine, swing arm is arranged on contains the bagging apparatus below, the top of swing arm is provided with first, second suction pipe, the swing arm bottom by pivot knuckles on the frame of packaging machine;
The top of described filler work area is provided with support structure, the top of support structure is provided with feed containers, link to each other by the guiding pipeline between feed containers and the support structure, support structure is a hollow, rectangular structure, forward and backward, interior three sides of support structure are pivoted with support claw respectively, the pivot of support claw is deflection central lower position, three support claw tops are outer expanding shape under the normality, the bottom is then mutually against being closed form, when tealeaves was imported by the horn-like opening in support structure top, holding was in being enclosed the closed space that structure forms by three support claws just; Around a JiongXing Kuang frame is arranged, the side plate of JiongXing Kuang frame two free ends and packaging machine is affixed corresponding to the support claw bottom position for support structure, and the below of support structure is provided with bag opening mechanism; Bag opening mechanism is made up of left and right suction pipe, and left and right suction pipe is arranged on the and arranged on left and right sides of the framework below of support structure symmetrically;
The described arranged outside that vacuumizes the encapsulation work district has the vacuum casing device, this vacuum seal packing is filled out the nitrogen unit and encapsulation unit is formed by vacuumizing, vacuumize and fill out the nitrogen unit and be connected with height adjuster, this height adjuster is by the perpendicular seat with groove, limiting stopper, slide block, the adjustment screw rod is formed, perpendicular seat is arranged on the rotating disk, limiting stopper is bearing fit with perpendicular seat, slide block is connected an end of limiting stopper, the slide block external side end is axially filled out the nitrogen unit in conjunction with vacuumizing, the slide block medial extremity then penetrates in the axial notch of perpendicular seat outer end, to drive limiting stopper along the axially upper and lower displacement of perpendicular seat; Adjust the central authorities that screw rod is arranged in perpendicular seat; Encapsulation unit is connected with an axial adjusting device, this axial adjusting device is formed by adjusting seat and being positioned at the adjusting lever of adjusting seat central authorities, adjust seat and be arranged on the rotating disk, offer a breach on the rotating disk, the bearing in adjusting lever bottom and the rotating disk breach is interlock matching relationship up and down.
2. the big packing tea-bag of rotary type as claimed in claim 1 vacuum packaging machine is characterized in that: be provided with the casket road in the described guiding pipeline, bottom, casket road is provided with electronic weighbridge.
3. the big packing tea-bag of rotary type as claimed in claim 1 vacuum packaging machine, it is characterized in that: described support structure outer side edges is provided with guide block, the guide rod pivot bush unit of guide block and packaging machine side plate inboard, support structure is connected with CD-ROM drive motor by driving device.
4. the big packing tea-bag of rotary type as claimed in claim 3 vacuum packaging machine, it is characterized in that: described driving device is made up of two belt pulleys and drive belt, two belt pulleys are separately positioned on the upper/lower terminal of the side plate of packaging machine, and drive belt is set between two belt pulleys.
5. the big packing tea-bag of rotary type as claimed in claim 1 vacuum packaging machine, it is characterized in that: described deoxidation reagent filling is provided with the deoxidation reagent filling device in the work area, this deoxidation reagent filling device mainly constitutes around the roller set of the rotating shaft that hangs and several upper and lower arrangement for deoxidation reagent Volume by one, and the roller set below of lowermost end is provided with a transversely movable cutter.
6. the big packing tea-bag of rotary type as claimed in claim 1 vacuum packaging machine is characterized in that: describedly be respectively arranged with guide plate in deoxidation reagent filling device both sides.
7. the big packing tea-bag of rotary type as claimed in claim 1 vacuum packaging machine, it is characterized in that: described each work area is positioned at rotating disk periphery outside, all be provided with the district that works in a down-to-earth manner of upper and lower connection, the bottom, district of working in a down-to-earth manner is provided with the block unit, the block unit by contract in the relative rotating disk, overhanging catch constitutes.
8. the big packing tea-bag of rotary type as claimed in claim 7 vacuum packaging machine is characterized in that: be provided with the jig arm device in the described district that works in a down-to-earth manner, both sides two jig arm closed in opposite directions, incorgruous expansion constitute the jig arm device by main body with below being positioned at main body.
9. the big packing tea-bag of rotary type as claimed in claim 1 vacuum packaging machine is characterized in that: described vacuumizing filled out the nitrogen unit and is made of the body of telescopic displacement up and down.
10. the big packing tea-bag of rotary type as claimed in claim 1 vacuum packaging machine is characterized in that: described bearing outside end face connects the sensible heat press strip of sealed package bag opening.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008200052909U CN201254303Y (en) | 2008-04-14 | 2008-04-14 | Rotary type large package tea-bag vacuum encapsulated machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008200052909U CN201254303Y (en) | 2008-04-14 | 2008-04-14 | Rotary type large package tea-bag vacuum encapsulated machine |
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| CN201254303Y true CN201254303Y (en) | 2009-06-10 |
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| CNU2008200052909U Expired - Fee Related CN201254303Y (en) | 2008-04-14 | 2008-04-14 | Rotary type large package tea-bag vacuum encapsulated machine |
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2008
- 2008-04-14 CN CNU2008200052909U patent/CN201254303Y/en not_active Expired - Fee Related
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