CN205307406U - Automatic production line of agent is pasted in production - Google Patents
Automatic production line of agent is pasted in production Download PDFInfo
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- CN205307406U CN205307406U CN201521015210.4U CN201521015210U CN205307406U CN 205307406 U CN205307406 U CN 205307406U CN 201521015210 U CN201521015210 U CN 201521015210U CN 205307406 U CN205307406 U CN 205307406U
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Abstract
The utility model relates to a pasting the production facility field of agent, especially relating to an automatic production line of agent is pasted in production, it is equipped with ointment coating device, detection device, air -dry cooling device in proper order, expands arrange exhibits cloth device and batching device, detection device includes X ray thickness check ware, X ray thickness check ware includes transmitting terminal and receiving terminal, ointment coating device includes: coating bottom plate, scraper device, elevating system and PC controlling means, PC controlling means respectively with X ray thickness check ware and elevating system electric connection, automatic production line utilizes the X ray detect to paste the thickness of ointment in the agent to according to this thickness value to highly the adjusting of scraper device, realize regulation and control to the knife coating clearance, automatic production line can be simpler, quick, accurate the coating thickness of control ointment for both meet the State standards thickness value of ointment layer in the subsides agent of producing again can not be blocked up, has not only guaranteed to paste the quality of agent but also practiced thrift manufacturing cost.
Description
Technical field
This utility model relates to the production apparatus field of patch, particularly relates to a kind of automatic assembly line producing patch.
Background technology
In field of medicaments, the use of patch and extensively, medical effect is also fine. Patch production process is broadly divided into several processes such as glue, work feed, plaster coating, shearing, packaging. Wherein glue, work feed, plaster coating, defects detection, at a high speed section are the production technologies of unguentum key, directly influence the quality of production of plaster, and then affect the income of enterprise.
Patch production line domestic at present is at manual state substantially, and most of production equipment are manufacturer's designed, designed, and complement disunity, with low content of technology, precision is low, poor reliability, product quality concordance are poor. The thickness of its Chinese medicinal ointment coating cannot accurately control to be outstanding problem, and quality monitoring is manually inspected by random samples by often stopping, and production efficiency is low, and substandard products, percent defective are high. And majority producer is in order to be not less than the ointment thickness calibration of national regulation, all products are made all to reach standard by increasing the coating thickness of ointment, reduce substandard products, percent defective, but actually considerably increase production cost, also result in the serious waste of resource simultaneously. According to statistics, the cost allowance caused because of ointment applied thickness accounts for the 10%-30% of cost. Some Domestic enterprise introduces has the external thermosoling technique adopted to produce patch more, although this production technology and automation degree of equipment are high, but makes process of producing product dangerous big using media such as gasoline as solvent, and product quality has risk.
Utility model content
The purpose of this utility model is in that to propose one and is applied to patch and produces, and has detection ointment thickness and can control the automatic assembly line of function of ointment thickness.
For reaching this purpose, this utility model by the following technical solutions:
A kind of automatic assembly line producing patch, is sequentially provided with ointment and automatically detects application system, air-dry chiller, expansion cloth cloth unfolding device and cloth-rolling device; Described ointment automatically detects application system and includes: ointment coating unit and detecting device, and described ointment coating unit is located at the upstream of described detecting device.
Described detecting device includes traversing carriage, X ray thickness detector, reciprocating drive mechanism and back and forth controls system; Described traversing carriage is provided with crossbeam; Described X ray thickness detector includes transmitting terminal and receiving terminal; Described transmitting terminal and described reception are rectified the detector gap arranging and being provided with mean for therebetween patch traverse; Described thickness detector is located at described crossbeam, and under described reciprocating drive mechanism drives and under the control of described reciprocal control system, moves back and forth between described crossbeam two ends; Described ointment coating unit includes: frame, coating base plate, doctor blade device, elevating mechanism and PC control device; Described coating base plate is located at described frame upper end, and described doctor blade device is located at above described coating base plate, and and between described coating plate upper surface, be provided with mean for the blade coating gap that patch passes through; Described elevating mechanism is located at described frame both sides, and is connected with the two ends of described doctor blade device respectively; Described PC controls device and electrically connects with described X ray thickness detector and described elevating mechanism respectively so that it is blade coating gap between doctor blade device bottom surface and described coating plate upper surface according to the detection Signal Regulation of described X ray thickness detector.
Described reciprocating drive mechanism includes drive motor, drives axle, driving wheel, driven pulley and annular driving band; Being provided with accommodation chamber inside described upper driving beam and described lower driving beam, described accommodation chamber sidewall is provided with slider bar window; Described driving axle is vertically located at the side of described traversing carriage, and is positioned at the two ends of described crossbeam; Described driving wheel is located at described driving axle, and described driven pulley is located at the described upper and lower two ends of driving axle; Described annular driving band is located at described accommodation intracavity, and its two ends are sheathed on the described driven pulley that correspondence position is provided with respectively; Described receiving terminal and described transmitting terminal are through described slider bar window, and fix with the side of described annular driving band; Described drive motor drives and is in transmission connection with described driving wheel, and drives described driving wheel to rotate, and then drives described annular driving band to rotate, and described annular driving band drives described receiving terminal and described transmitting terminal along described cross beam movement.
The bottom in described accommodation chamber is provided with slide bar, and described slide bar is parallel with described thickness detector motion track; The described sliding bar that described receiving terminal and described transmitting terminal are provided with correspondence position respectively is connected.
Described reciprocal control system is PLC control system, and it controls the positive and negative rotation situation of described drive motor, and then controls the situation that described thickness detector reciprocatingly moves along described crossbeam.
Described doctor blade device includes: base and scraper; Described base two ends are connected with described elevating mechanism; Described base end face is located at by described scraper, and is perpendicularly oriented to the upper surface of described coating base plate.
Described base is provided with a pair striker plate near the side of the feed end of described coating base plate, two pieces of striker plates are respectively arranged on the two ends of described base, it is positioned at the top of described coating base plate, and vertical with the upper surface of described coating base plate, and described base and described striker plate are equipped with heater.
Described elevating mechanism includes: servomotor, worm and gear lowering or hoisting gear and connection sliding block; Described servomotor is connected with the transverse bar member of described worm and gear lowering or hoisting gear, and drives it to rotate; The end of described connection sliding block side and described base is fixed, and the end of the longitudinal bar member of its bottom surface and described worm and gear lowering or hoisting gear is fixed; Described connection sliding block slides up and down in the slide rail that described frame side is provided with.
The end of the transverse bar member of described worm and gear lowering or hoisting gear is provided with handwheel.
Described air-dry chiller is made up of pipeline and the supply line for carried and transported patch being arranged at pipe interior; Described pipeline one end is provided with air inlet, and the other end is provided with air outlet; Described supply line is made up of several rollers.
Described expansion cloth cloth unfolding device includes supporting framework and being arranged at the expansion cloth supporting framework launching roller; Described expansion cloth launches roller to there being two, and two described expansions roller of arranging exhibits is stacked up and down; Described cloth-rolling device is located at described support framework.
This utility model proposes a kind of automatic assembly line producing patch according to foregoing, it utilizes X ray to detect the thickness of patch Chinese medicinal ointment, and according to the one-tenth-value thickness 1/10 detected, doctor blade device is adjusted, thus realizing adjustment and the control of the size to blade coating gap, make the coating thickness of described automatic assembly line energy control ointment simpler, fast and accurate, the patch Chinese medicine layer of paste produced both had been up to state standards one-tenth-value thickness 1/10, again will not be blocked up, not only ensure that the quality of patch but also save production cost.
Accompanying drawing explanation
Fig. 1 is the perspective view of an embodiment of detecting device described in this utility model;
Fig. 2 be embodiment shown in Fig. 1 face structural representation;
The structural representation that Fig. 3 is reciprocating drive mechanism described in embodiment shown in Fig. 1 when being assembled together with described X ray thickness detector;
Fig. 4 is the perspective view of an embodiment of institute's ointment coating unit in this utility model;
Fig. 5 be embodiment shown in Fig. 4 face structural representation;
Fig. 6 is the side-looking structural representation of embodiment shown in Fig. 4;
Fig. 7 is the decomposing schematic representation of embodiment shown in Fig. 4;
Fig. 8 is the control block diagram of the feedback control system that ointment described in an embodiment detects application system automatically in this utility model;
Fig. 9 is the structural framing schematic diagram of an embodiment of the present utility model.
Wherein: detecting device 10, traversing carriage 100, crossbeam 110, upper driving beam 120, lower driving beam 130, slider bar window 150, slide bar 160, X ray thickness detector 200, transmitting terminal 210, receiving terminal 220, reciprocating drive mechanism 300, drive motor 310, drive axle 320, driving wheel 330, driven pulley 340, annular driving band 350, ointment coating unit 20, frame 400, coating base plate 410, doctor blade device 420, base 421, scraper 422, striker plate 423, elevating mechanism 430, servomotor 431, worm and gear lowering or hoisting gear 432, transverse bar member 433, longitudinal bar member 434, connection sliding block 435, handwheel 440, air-dry chiller 30, pipeline 510, air inlet 511, air outlet 512, draw together cloth cloth unfolding device 40, support framework 521, expand cloth and launch roller 522.
Detailed description of the invention
The technical solution of the utility model is further illustrated below in conjunction with accompanying drawing and by detailed description of the invention.
As it is shown in figure 9, a kind of automatic assembly line producing patch, it is sequentially provided with ointment and automatically detects application system, air-dry chiller 30, expand cloth cloth unfolding device 40 and cloth-rolling device;Described ointment automatically detects application system and includes: ointment coating unit 20 and detecting device 10, and described ointment coating unit 20 is located at the upstream of described detecting device; As Figure 1-3, described detecting device 10 includes traversing carriage 100, X ray thickness detector 200, reciprocating drive mechanism 300 and back and forth controls system; Described traversing carriage 100 is provided with crossbeam 110; Described X ray thickness detector 200 includes transmitting terminal 210 and receiving terminal 220; Described transmitting terminal 210 and described receiving terminal 220 are all the time just to the detector gap arranging and being provided with mean for therebetween patch traverse; Described thickness detector is located at described crossbeam 110, and under described reciprocating drive mechanism 300 drives and under the control of described reciprocal control system, moves back and forth between described crossbeam 110 two ends. As shown in figs. 4-7, described ointment coating unit 20 includes: frame 400, coating base plate 410, doctor blade device 420, elevating mechanism 430 and PC control device; Described coating base plate 410 is located at described frame 400 upper end, and described doctor blade device 420 is located at above described coating base plate 410, and and be provided with mean for, between described coating base plate 410 upper surface, the blade coating gap that patch passes through; Described elevating mechanism 430 is located at described frame 400 both sides, and is connected with the two ends of described doctor blade device 420 respectively; Described PC controls device and electrically connects with described X ray thickness detector 200 and described elevating mechanism 430 respectively so that it is blade coating gap between doctor blade device 420 bottom surface and described coating base plate 410 upper surface according to the detection Signal Regulation of described X ray thickness detector 200.
As shown in Figure 8, described ointment automatically detects application system and adopts feedback control system to carry out producing control, the control principle of described feedback control system: first control to set an ointment thickness calibration value with reference to relevant criterion in device and carry out pre-manufactured at described PC, the pre-manufactured patch described X ray thickness detector 200 of traverse out, the thickness of patch is detected and is transferred to by ointment layer thickness detected value described PC and controls in device by described X ray thickness detector 200, after described PC control device receives ointment layer thickness detected value, this detected value and ointment thickness calibration value are contrasted, when ointment Thickness sensitivity value is lower than ointment thickness calibration value, described PC controls the device described elevating mechanism 430 of control and makes described doctor blade device 420 increase relative to the upper surface of described coating base plate 410, thus increasing the thickness of patch Chinese medicine layer of paste, otherwise, when ointment Thickness sensitivity value is higher than ointment thickness calibration value, described PC controls the device described elevating mechanism 430 of control and described doctor blade device 420 is declined relative to the upper surface of described coating base plate 410, thus increasing the thickness of patch Chinese medicine layer of paste, the production process of patch has had such a have detection, feed back, go to detection closed-loop control system after, make the thickness all-the-time stable of the patch Chinese medicinal ointment produced in a suitable scope, further such that the production reality automatization of patch, existing efficient, processing precision.
Completing the patch after ointment coating processes before not cutting is that patch passes from the detector gap being provided with between described transmitting terminal 210 and receiving terminal 220 in banding; Described thickness detector adopts X ray that patch is detected, a part can be absorbed by ointment when the X ray that described transmitting terminal 210 sends is through patch, the X ray of remainder can be received by described receiving terminal 220, and described thickness detector is by, after ionization, amperometry, spreading out of detection signal.Described reciprocal control system controls described reciprocating drive mechanism 300 and drives described thickness detector, described thickness detector can be moved back and forth on described crossbeam 110 according to default rule, thus the thickness that patch is overall more comprehensively being detected, and this detection signal is spread out of.
It utilizes X ray to detect the thickness of patch Chinese medicinal ointment, and according to the one-tenth-value thickness 1/10 detected, the height of doctor blade device 420 is adjusted, thus realizing adjustment and the control of the size to blade coating gap, make the coating thickness of described automatic assembly line energy control ointment simpler, fast and accurate, the patch Chinese medicine layer of paste produced both had been up to state standards one-tenth-value thickness 1/10, again will not be blocked up, not only ensure that the quality of patch but also save production cost.
Described traversing carriage 100 includes driving beam 120 and the described crossbeam 110 of 130 two, lower driving beam; Described transmitting terminal 210 is located at described upper driving beam 120, and described receiving terminal 220 is right against described transmitting terminal 210 and is located at described lower driving beam 130. If adopting a crossbeam 110 to drive described transmitting terminal 210 and described receiving terminal 220, driving mechanism arranges difficulty big, because it is difficult to ensure that there is stable detector gap between transmitting terminal 210 and described receiving terminal 220; And, a crossbeam 110 is adopted to drive whole described X ray thickness detector 200 to move, when each moving direction changes, one end of described X ray thickness detector must occur postponing to drive phenomenon due to inertia, described X ray thickness detector 200 can be caused to occur, and local is rocked, even result in described X ray thickness detector 200 directly to contact with patch, damage patch. Therefore adopt upper and lower two crossbeams 110 to drive described transmitting terminal 210 and described receiving terminal 220 respectively, and solve the problems referred to above, make again described detecting device 10 overall structure more stable, it is ensured that the precision of testing result.
Described reciprocating drive mechanism 300 includes drive motor 310, drives axle 320, driving wheel 330, driven pulley 340 and annular driving band 350; Described upper driving beam 120 and internal being provided with of described lower driving beam 130 hold chamber, and described accommodation chamber sidewall is provided with slider bar window 150; Described driving axle 320 is vertically located at the side of described traversing carriage 100, and is positioned at the two ends of described crossbeam 110; Described driving wheel 330 is located at described driving axle 320, and described driven pulley 340 is located at described driving axle about 320 two ends; Described annular driving band 350 is located at described accommodation intracavity, and its two ends are sheathed on the described driven pulley 340 that correspondence position is provided with respectively; Described receiving terminal 220 and described transmitting terminal 210 are fixed through described slider bar window 150 side with described annular driving band 350; Described drive motor 310 drives and is in transmission connection with described driving wheel 330, and drive described driving wheel 330 to rotate, and then driving described annular driving band 350 to rotate, described annular driving band 350 drives described receiving terminal 220 and described transmitting terminal 210 to move along described crossbeam 110. Described bracket side is designed with drive motor 310, drives axle 320, driving wheel 330 and driven pulley 340, and the two of both sides correspondence position described driven pulleys 340 are by being socketed on a described annular driving band 350, and described receiving terminal 220 and described transmitting terminal 210 are fixed on annular driving band 350 again; Make described receiving terminal 220 and described transmitting terminal 210 realize under two drive motors 310 that support both sides are provided with drive jointly stable, quickly move.
The bottom in described accommodation chamber is provided with slide bar 160, and described slide bar 160 is parallel with described thickness detector motion track; The described slide bar 160 that described receiving terminal 220 and described transmitting terminal 210 are provided with correspondence position respectively is slidably connected. If being not provided with described slide bar 160, the weight of described receiving terminal 220 and described transmitting terminal 210 all can be carried on described annular driving band 350, cause that annular driving band 350 is sagging, even with described accommodation chamber base contact so that the rotary resistance of annular driving band 350 becomes big even stuck; After arranging described slide bar 160, the weight of described transmitting terminal 210 and described receiving terminal 220 can be carried on described slide bar 160, and then solves the problems referred to above so that the service behaviour of described detecting device 10 is more stable.
Described reciprocal control system is PLC control system, and it controls the described positive and negative rotation situation of drive motor 310, and then controls the situation that described thickness detector reciprocatingly moves along described crossbeam 110. Described PLC system can according to the cloth width used when producing patch, and the size setting ointment thickness controls the work of described reciprocating drive mechanism 300, and then controls the described X ray thickness detector 200 situation of movement on crossbeam 110.
As shown in figs. 4-7, described doctor blade device 420 includes: base 421 and scraper 422; Described base 421 two ends are connected with described elevating mechanism 430; Described base 421 bottom surface is located at by described scraper 422, and is perpendicularly oriented to the upper surface of described coating base plate 410. The installation that described base 421 is described scraper 422 provides installation site, described elevating mechanism 430 drives described base 421 to lift, and then drive the scraper 422 that described base 421 bottom surface is provided with to lift, thus play the size regulating the blade coating gap being provided with between scraper 422 and the upper surface of described coating base plate 410.
As shown in figs. 4-7, described base 421 is provided with a pair striker plate 423 near the side of the feed end of described coating base plate 410, two pieces of striker plates 423 are respectively arranged on the two ends of described base 421, it is positioned at the top of described coating base plate 410, and vertical with the upper surface of described coating base plate 410, described base 421 and described striker plate 423 are equipped with heater. When carrying out ointment coating processes, cloth is first allowed to be close to described coating base 421 upper surface through described blade coating gap, again by the upper surface of ointment blanking to cloth, ointment is kept off the upper surface at cloth by described striker plate 423 all the time, it is to avoid ointment spills from described coating base plate 410 both sides; Blanking is at the ointment of described coating base plate 410 upper surface, prolongation along with process time, the temperature meeting step-down of self, pliability and viscosity all can decline, it is unfavorable for that very much ointment is coated on cloth, therefore must flow through described heater it is heated, the temperature of guarantee ointment self and viscosity.
As shown in figs. 4-7, described elevating mechanism 430 includes: servomotor 431, worm and gear lowering or hoisting gear 432 and connection sliding block 435; Described servomotor 431 is connected with the transverse bar member 433 of described worm and gear lowering or hoisting gear 432, and drives it to rotate; The end of described connection sliding block 435 side and described base 421 is fixed, and the end of the longitudinal bar member 434 of its bottom surface and described worm and gear lowering or hoisting gear 432 is fixed; Described connection sliding block 435 slides up and down in the slide rail that described frame 400 side is provided with. Described worm and gear lowering or hoisting gear 432 is made up of the transverse bar member 433 being vertically combined together and longitudinal bar member 434, described transverse bar member 433 is that described longitudinal bar member 434 provides good support, it is described base 421 and provides stable support so that described doctor blade device 420 can more stably be arranged on above described coating base plate 410;Described connection sliding block 435 slides up and down along slide rail so that described doctor blade device 420 under the driving of described servomotor 431 can stable linearly lifting, and then make described PC control device described doctor blade device 420 is realized accurate, stable adjustment.
Such as Fig. 4, shown in 6 and 7, the end of the transverse bar member 433 of described worm and gear lowering or hoisting gear 432 is provided with handwheel 440. When described servomotor 431 breaks down, can not by PC control device control servomotor 431 rotate described doctor blade device 420 is lifted, when namely can not realize being automatically adjusted blade coating gap length, operator can according to the contrast situation of the detected value of ointment and standard value, and handwheel 440 described in hand rotation regulates the size in described blade coating gap.
Described air-dry chiller 30 is by pipeline 510 and is arranged at the supply line for carried and transported patch within pipeline 510 and forms; Described pipeline 510 one end is provided with air inlet 511, and the other end is provided with air outlet 512; Described supply line is made up of several rollers. Because ointment needs heating in coating procedure, therefore ointment bonds and insecure when being just coated with to design on fabric surface, and the shape of ointment layer easily changes in transportation, it is thus desirable to arrange described air-dry chiller 30 ointment layer is blown cooling, so that the ointment layer that design on fabric surface has just been coated with bonds more firm, shape is more stable, and then improves the quality of the patch that described production line is produced.
As it is shown in figure 9, described expansion cloth cloth unfolding device 40 includes supporting framework 521 and being arranged at the expansion cloth supporting framework 521 launching roller 522; Described expansion cloth launches roller 522 to there being two, and two described expansions roller about 522 of arranging exhibits is stacked; Described cloth-rolling device (not shown in FIG.) is located at described support framework 521, and is positioned at described expansion and arranges exhibits roller 522 downstream. When patch transports out from described air-dry chiller 30 end with banding, patch is carried out traction transport by described cloth cloth unfolding device 40 of drawing together at once, patch walk around described expansion cloth launch roller 522, described in draw together cloth launch roller 522 band patch be extended operation, it is prevented that its patch purses up; The transport of final patch is to described cloth-rolling device, and is placed by the retracting of described cloth-rolling device.
Know-why of the present utility model is described above in association with specific embodiment. These describe and are intended merely to explanation principle of the present utility model, and can not be construed to the restriction to this utility model protection domain by any way. Based on explanation herein, those skilled in the art need not pay performing creative labour can associate other detailed description of the invention of the present utility model, and these modes fall within protection domain of the present utility model.
Claims (10)
1. the automatic assembly line producing patch, it is characterised in that be sequentially provided with ointment and automatically detect application system, air-dry chiller, expansion cloth cloth unfolding device and cloth-rolling device;
Described ointment automatically detects application system and includes: ointment coating unit and detecting device, and described ointment coating unit is located at the upstream of described detecting device;
Described detecting device includes traversing carriage, X ray thickness detector, reciprocating drive mechanism and back and forth controls system; Described traversing carriage is provided with crossbeam; Described X ray thickness detector includes transmitting terminal and receiving terminal; Described transmitting terminal and described reception are rectified the detector gap arranging and being provided with mean for therebetween patch traverse; Described thickness detector is located at described crossbeam, and under described reciprocating drive mechanism drives and under the control of described reciprocal control system, moves back and forth between described crossbeam two ends;
Described ointment coating unit includes: frame, coating base plate, doctor blade device, elevating mechanism and PC control device; Described coating base plate is located at described frame upper end, and described doctor blade device is located at above described coating base plate, and and between described coating plate upper surface, be provided with mean for the blade coating gap that patch passes through; Described elevating mechanism is located at described frame both sides, and is connected with the two ends of described doctor blade device respectively;
Described PC controls device and electrically connects with described X ray thickness detector and described elevating mechanism respectively so that it is blade coating gap between doctor blade device bottom surface and described coating plate upper surface according to the detection Signal Regulation of described X ray thickness detector.
2. a kind of automatic assembly line producing patch according to claim 1, it is characterised in that described traversing carriage includes driving beam and two described crossbeams of lower driving beam; Described transmitting terminal is located at described upper driving beam or described lower driving beam, and described receiving terminal is right against described transmitting terminal and is located at described lower driving beam or described upper driving beam.
3. a kind of automatic assembly line producing patch according to claim 2, it is characterised in that described reciprocating drive mechanism includes drive motor, drives axle, driving wheel, driven pulley and annular driving band; Being provided with accommodation chamber inside described upper driving beam and described lower driving beam, described accommodation chamber sidewall is provided with slider bar window;
Described driving axle is vertically located at the side of described traversing carriage, and is positioned at the two ends of described crossbeam; Described driving wheel is located at described driving axle, and described driven pulley is located at the described upper and lower two ends of driving axle; Described annular driving band is located at described accommodation intracavity, and its two ends are sheathed on the described driven pulley that correspondence position is provided with respectively; Described receiving terminal and described transmitting terminal are through described slider bar window, and fix with the side of described annular driving band;
Described drive motor drives and is in transmission connection with described driving wheel, and drives described driving wheel to rotate, and then drives described annular driving band to rotate, and described annular driving band drives described receiving terminal and described transmitting terminal along described cross beam movement.
4. a kind of automatic assembly line producing patch according to claim 3, it is characterised in that the bottom in described accommodation chamber is provided with slide bar, and described slide bar is parallel with described thickness detector motion track; The described sliding bar that described receiving terminal and described transmitting terminal are provided with correspondence position respectively is connected.
5. a kind of automatic assembly line producing patch according to claim 3, it is characterized in that, described reciprocal control system is PLC control system, and it controls the positive and negative rotation situation of described drive motor, and then controls the situation that described thickness detector reciprocatingly moves along described crossbeam.
6. a kind of automatic assembly line producing patch according to claim 1, it is characterised in that described doctor blade device includes: base and scraper; Described base two ends are connected with described elevating mechanism; Described base end face is located at by described scraper, and is perpendicularly oriented to the upper surface of described coating base plate.
7. a kind of automatic assembly line producing patch according to claim 6, it is characterized in that, described base is provided with a pair striker plate near the side of the feed end of described coating base plate, two pieces of striker plates are respectively arranged on the two ends of described base, it is positioned at the top of described coating base plate, and vertical with the upper surface of described coating base plate, described base and described striker plate are equipped with heater.
8. a kind of automatic assembly line producing patch according to claim 6, it is characterised in that described elevating mechanism includes: servomotor, worm and gear lowering or hoisting gear and connection sliding block;Described servomotor is connected with the transverse bar member of described worm and gear lowering or hoisting gear, and drives it to rotate; The end of described connection sliding block side and described base is fixed, and the end of the longitudinal bar member of its bottom surface and described worm and gear lowering or hoisting gear is fixed; Described connection sliding block slides up and down in the slide rail that described frame side is provided with; The end of the transverse bar member of described worm and gear lowering or hoisting gear is provided with handwheel.
9. a kind of automatic assembly line producing patch according to claim 1, it is characterised in that described air-dry chiller is made up of pipeline and the supply line for carried and transported patch being arranged at pipe interior; Described pipeline one end is provided with air inlet, and the other end is provided with air outlet; Described supply line is made up of several rollers.
10. a kind of automatic assembly line producing patch according to claim 1, it is characterised in that described expansion cloth cloth unfolding device includes supporting framework and being arranged at the expansion cloth supporting framework launching roller; Described expansion cloth launches roller to there being two, and two described expansions roller of arranging exhibits is stacked up and down; Described cloth-rolling device is located at described support framework.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521015210.4U CN205307406U (en) | 2015-12-09 | 2015-12-09 | Automatic production line of agent is pasted in production |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521015210.4U CN205307406U (en) | 2015-12-09 | 2015-12-09 | Automatic production line of agent is pasted in production |
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| Publication Number | Publication Date |
|---|---|
| CN205307406U true CN205307406U (en) | 2016-06-15 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201521015210.4U Active CN205307406U (en) | 2015-12-09 | 2015-12-09 | Automatic production line of agent is pasted in production |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105380799A (en) * | 2015-12-09 | 2016-03-09 | 国药集团德众（佛山）药业有限公司 | Automatic production line for producing patches |
| CN112229970A (en) * | 2020-10-12 | 2021-01-15 | 马鞍山恒泰医药有限公司 | Detection apparatus for production of subsides agent |
-
2015
- 2015-12-09 CN CN201521015210.4U patent/CN205307406U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105380799A (en) * | 2015-12-09 | 2016-03-09 | 国药集团德众（佛山）药业有限公司 | Automatic production line for producing patches |
| CN112229970A (en) * | 2020-10-12 | 2021-01-15 | 马鞍山恒泰医药有限公司 | Detection apparatus for production of subsides agent |
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