CN103894310A - Leather sheet glue coating device - Google Patents
Leather sheet glue coating device Download PDFInfo
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- CN103894310A CN103894310A CN201410103914.0A CN201410103914A CN103894310A CN 103894310 A CN103894310 A CN 103894310A CN 201410103914 A CN201410103914 A CN 201410103914A CN 103894310 A CN103894310 A CN 103894310A
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- skin graft
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Abstract
The invention relates to a leather sheet glue coating device, and aims at providing the leather sheet glue coating device which is high in production efficiency and simple in structure. The leather sheet glue coating device comprises at least one drying box, at least one glue coating machine and a transmission device, wherein the number of the drying boxes is the same as that of the glue coating machines; the glue coating machines and the drying boxes are distributed from front to back in a staggered manner; each glue coating machine comprises a machine body, a machine head positioned above the transmission device, a connection piece and a locking device; the machine body is positioned on one side of the transmission device. The leather sheet glue coating device is simple in structure; the workload of a worker can be alleviated; the technical content is low; the leather sheet glue coating device is easy to operate and learn; the production efficiency can be effectively improved; meanwhile, the leather sheet glue coating device is low in cost and environmentally friendly.
Description
Technical field
The present invention relates to a kind of skin graft sizer.
Background technology
The way of traditional sticky ball skin graft gluing is: the skin graft model iron plate of installing two groups also less than skin graft on the streamline edge of a heating, picking up of artificial skin graft of corresponding model a slice is placed on model iron plate, then paint hairbrush and brush glue, after brushing, skin graft is picked up and be put on heating pipeline, after the baking box on pipeline, the second brush coating personnel of closing pick up the skin graft of brushing first pass glue, be placed on model iron plate, brush glue glue second time with hairbrush, thickener, picking up afterwards skin graft is put on heating streamline, through second baking box, finally, skin graft is collected personnel and this sheet skin graft is collected again, be bonded at the glue in cladding front to the trimming personnel wiping of rear pass cleaning skin graft surface glue.The rest may be inferred, the basketball of 8 subsides, just has 8 above streamline actions, as 1000 basketballs, want gluing with regard to the skin graft that has 8000, workload is quite large, and traditional artificial gluing technology content requirement is high, cultivates gluing technical staff difficulty, gluing efficiency is low and easy gluing is not in place, or there is too many glue in cladding front, cause rear pass lagging not glue and cause basketball to lift skin or the increasing of dress work amount, after having done, the glue in cladding front is difficult to wipe.Produce 1500 sticky balls every day, traditional artificial gluing streamline needs 6-7 people under normal circumstances, wherein on 4 people, 1 people collects skin graft, 1-2 people clears up the glue on cladding front, therefore needs a kind of high efficiency, skin graft sizer simple in structure, that reduce hand labor amount to replace traditional poor efficiency skin graft gluing way.
Summary of the invention
The object of the present invention is to provide a kind of high efficiency and skin graft sizer simple in structure.
Object of the present invention is achieved through the following technical solutions: a kind of skin graft sizer, it is characterized in that: it comprises the drying baker of at least one, gluing machine, the transmitting device identical with drying baker quantity, and described gluing machine and drying baker are alternately distributed from front to back;
Described gluing machine comprises fuselage, is positioned at head, connector, the locking device of transmitting device top, described fuselage is positioned at a side of transmitting device, fuselage comprises support, lowering or hoisting gear, cabinet and the head electric transmission machanism for head running, described support, lowering or hoisting gear and cabinet to lower and on distribute successively and connect, described head electric transmission machanism is arranged in cabinet; Described connector is divided into connector A and connector B, and described connector A is located on cabinet, and connector B is located on head, and connector A and connector B cooperatively interact and be connected and connecting portion is locked by locking device;
Described head comprises head rack, contain glue bucket, the rotating shaft of glue water conservancy diversion and the roller brush rotating of synchronizeing with the rotating shaft of glue water conservancy diversion, described connector B is located at one end of head rack, described Sheng glue bucket is located at head rack top, head rack is provided with the through hole of longitudinal perforation, the bottom of containing glue bucket is provided with gum outlet and gum outlet and is connected in the upper end of head rack through hole, the through hole below that the bearing block A that the rotating shaft of glue water conservancy diversion is provided with by head rack is fixedly arranged on head rack makes when glue is from head rack through hole flows out, through the rotation of glue water conservancy diversion rotating shaft, glue uniform fold is in the surface of glue water conservancy diversion rotating shaft, the rotating shaft of glue water conservancy diversion is extended and is penetrated in cabinet to the direction of fuselage and is connected with head electric transmission machanism, described roller is brushed the bearing block B being provided with by head rack and is fixed, roller brush is arranged at the below of glue water conservancy diversion rotating shaft, roller brush is parallel to each other and contacts with the rotating shaft of glue water conservancy diversion, and in roller brush, axially the direction of fuselage is extended and penetrated that cabinet is interior to be connected with head electric transmission machanism.
Compared to prior art, the invention has the advantages that: the present invention is simple in structure, can reduce hand labor amount, with low content of technology, simple to operate easy to learn, and can effectively enhance productivity, cost of the present invention is low in addition and environmental protection.
Accompanying drawing explanation
Fig. 1 is the structural representation of an embodiment of the present invention.
The structural representation of the gluing machine of the present invention that Fig. 2 is.
The structural representation of the fuselage of the gluing machine of the present invention that Fig. 3 is.
The structural representation of the head of the gluing machine of the present invention that Fig. 4 is.
The first example structure schematic diagram of the connector A of the present invention that Fig. 5 is and locking device.
The second example structure schematic diagram of the connector A of the present invention that Fig. 6 is and locking device.
The structural representation of the transmitting device of the present invention that Fig. 7 is.
The position relationship schematic diagram of transmitting device shaft B of the present invention, back shaft, chain and skin graft model base that Fig. 8 is.
The position relationship schematic diagram of back shaft, chain and skin graft model base in the transmitting device of the present invention that Fig. 9 is.
Label declaration: 1 cabinet, 2 connector A, 3 head racks, 4 contain that glue buckets, 5 glue water conservancy diversion rotating shafts, 6 rollers brushes, 7 stick up that bar, 8 is curvedly grabbed, 9 adjusting screw(rod)s, 10 frame supports, 11 plate A, 12 rotating shaft A, 13 bearing A, 14 regulating switch, 15 transmission supports, 16 power chains, 17 drying bakers, 18 gluing machines, 19 chains, 20 skin graft mould plates, 21 rotating shaft B, 22 back shafts, 23 bearing B, 24 cylinders, 25 pipe collars, 26 rotating shaft C, 27 connector B, 28 bearing block A, 29 bearing block B.
The specific embodiment
Below in conjunction with Figure of description and embodiment, content of the present invention is elaborated:
As shown in Figure 1, a kind of skin graft sizer, it comprises the drying baker 17 of at least one, gluing machine 18, the transmitting device identical with drying baker 17 quantity, described gluing machine 18 is alternately distributed from front to back with drying baker 17;
As shown in Figure 1, 2, 3: described gluing machine 18 comprises fuselage, is positioned at head, connector, the locking device of transmitting device top, described fuselage is positioned at a side of transmitting device, fuselage comprises support, lowering or hoisting gear, cabinet 1 and the head electric transmission machanism for head running, described support, lowering or hoisting gear and cabinet 1 to lower and on distribute successively and connect, described head electric transmission machanism is arranged in cabinet 1; Described connector is divided into connector A2 and connector B27, and described connector A2 is located on cabinet 1, and connector B27 is located on head, and connector A2 and connector B27 cooperatively interact and be connected and connecting portion is locked by locking device;
Described lowering or hoisting gear can be that 4 and 4 lowering or hoisting gears lay respectively under 4 angles of cabinet 1 bottom and make in the time regulating the height of lift, and cabinet 1 can balance lifting.
As shown in Figure 4: described head comprises head rack 3, contain glue bucket 4, glue water conservancy diversion rotating shaft 5 and the roller brush 6 rotating of synchronizeing with glue water conservancy diversion rotating shaft 5, described connector B27 is located at one end of head rack 3, described Sheng glue bucket 4 is located at head rack 3 tops, head rack 3 is provided with the through hole of longitudinal perforation, the bottom of containing glue bucket 4 is provided with gum outlet and gum outlet and is connected in the upper end of head rack 3 through holes, the through hole below that the bearing block A that the rotating shaft 5 of glue water conservancy diversion is provided with by head rack 3 is fixedly arranged on head rack 3 makes when glue is from head rack 3 through holes flow out, through the rotation of glue water conservancy diversion rotating shaft 5, glue uniform fold is in the surface of glue water conservancy diversion rotating shaft 5, the rotating shaft 5 of glue water conservancy diversion is extended and is penetrated in cabinet 1 to the direction of fuselage and is connected with head electric transmission machanism, the described roller brush 6 bearing block B29 that are provided with by head rack 3 fix, roller brush 6 is arranged at the below of glue water conservancy diversion rotating shaft 5, roller brush 6 is parallel to each other and contacts with glue water conservancy diversion rotating shaft 5, and in roller brush 6, axially the direction of fuselage is extended and penetrated that cabinet 1 is interior to be connected with head electric transmission machanism.
Described glue water conservancy diversion rotating shaft 5 and roller brush 6 are driven by same head electric transmission machanism, and the even rotating shaft 5 of glue water conservancy diversion and roller brush 6 can synchronously be rotated.
As shown in Figure 5: described locking device comprises the ring flange being separately positioned on connector A2 and connector B27 joint face, more than two groups or two groups stick up bar 7, bearing and the adjusting screw(rod) 9 corresponding with sticking up bar 7 quantity, bearing is distributed on the lateral wall of connector A2, the middle part of sticking up bar 7 is articulated with on bearing, the one end of sticking up bar 7 is provided with curvedly grabs 8 and in the time that connector A2 and connector B27 are in contact with one another, the curved 8 ring flange edges that catch on connector B27 of grabbing make connector A2 closely be connected with connector B27; Sticking up the another one end of bar 7 is provided with to regulate and sticks up the adjusting screw(rod) 9 that bar 7 rises and falls.
As shown in Figure 6: described locking device can also have another kind of structure: described locking device comprises the ring flange being separately positioned on connector A2 and connector B27 joint face, two groups or the above bar 7 that sticks up, the bearing corresponding with sticking up bar 7 quantity, adjusting screw(rod) 9 and pipe collar 25, described connector A2 is tubular structure, the internal diameter of pipe collar 25 and connector A2 pipe external diameter match and pipe collar 25 is placed on connector A2, described bearing is distributed on the lateral wall of pipe collar 25, the middle part of sticking up bar 7 is articulated with on bearing, the one end of sticking up bar 7 is provided with curvedly grabs 8 and in the time that connector A2 and connector B27 are in contact with one another, the curved 8 ring flange edges that catch on connector B27 of grabbing make connector A2 closely be connected with connector B27, sticking up the another one end of bar 7 is provided with to regulate and sticks up the adjusting screw(rod) 9 that bar 7 rises and falls.
Utilize above two kinds of locking devices very easily head slave to be lifted down with it, only need unclamp adjusting screw(rod) 9, connector A2 is separated with connector B27, just can reach the object that head is unloaded, thus the immersion of more convenient head and cleaning.
As shown in Figures 2 and 3: described support comprises frame support 10 and the slide plate for supporting elevation device, described slide plate is located on frame support 10, slide plate comprises plate A11 and is symmetrically set in 2 rotating shaft A12 of plate A11 bottom, the two ends of described rotating shaft A12 are provided with bearing A13, and frame support 10 is provided with the guide rail A that can slide for bearing A13.Described lowering or hoisting gear is the cylinder 24 being connected with motor A.
Can well control roll brush 6 at cylinder 24 and under with the effect of the frame support 10 of slide plate and the contact position of skin graft mould plate 20.
As shown in Figure 2 and Figure 4: described head rack 3 is provided with the regulating switch 14 of regulation and control glue flow.
As shown in Fig. 1, Fig. 7, Fig. 8, Fig. 9: it comprises transmission support 15,2 groups of chain gear apparatus, chain 19, skin graft mould plate 20, rotating shaft B21, rotating shaft C 26 and back shafts 22;
2 groups of described chain gear apparatus lay respectively at the front and back end of transmission support 15, and the device that every group of chain gear apparatus forms in rotating shaft C 26 for 1 power chain 16 is distributed in or 1 above power chain 16 are distributed in the device forming in same rotating shaft C 26; The number of the number of described chain 19 and every group of chain gear apparatus medium power sprocket wheel 16 matches and chain 19 and power chain 16 engaged transmission; Chain 19 one end are walked around respectively the power chain 16 that two chain gear apparatus are corresponding and are connected to form closed-loop path with the other end of chain 19, both sides and rotating shaft B21 that some rotating shaft B21 two ends are set up in transmission support 15 are distributed in chain 19 belows on upper strata and contact with chain 19, rotating shaft B21 is vertical with the transmission direction of chain 19, and rotating shaft B21 is divided into the rotating shaft B21 of sprocket wheel and with the rotating shaft B21 of roller; Rotating shaft B21 with sprocket wheel is meshed with chain 19 by sprocket wheel, the below that is distributed in roller and brushes 6 place's chains 19 with the rotating shaft B21 of roller, be distributed in roller brush 6 belows of sentencing outer chain 19 with the rotating shaft B21 of sprocket wheel, be greater than the distribution density with the rotating shaft B21 of sprocket wheel with the distribution density of the rotating shaft B21 of roller; The platy structure that described skin graft mould plate 20 adapts for size, shape and skin graft model, skin graft mould plate 20 is located at continuously chain 19 middle part peripheral and each skin graft mould plate 20 and is embedded on chain 19, and roller brush 6 is positioned at the top of the skin graft mould plate 20 of upper strata chain 19; The peripheral and vertical with chain 19 of 1 chain 19 is wherein fixed at some back shaft 22 levels, interval, the cross-sectional diameter of described back shaft 22 is less than the thickness of skin graft mould plate 20, and the above skin graft mould plate 20 in 1 or 1, interval between two back shafts 22, the two ends of described back shaft 22 are provided with bearing B23, both sides at transmission support 15 are also provided with the guide rail B coordinating with bearing B23, while moving to lower floor with the chain 19 of back shaft 22 and skin graft mould plate 20, bearing B23 rolls along guide rail B.
Be arranged at roller on rotating shaft B21 directly contact with chain can auxiliary chain 19 transmission, can support skin graft mould plate 20 because of the relatively intensive of rotating shaft B21 setting that is provided with roller simultaneously, be conveniently positioned over the gluing of the skin graft model on skin graft mould plate 20.Described chain 19 is wide chain in addition.
Described drying baker 17 comprises casing and baking heater, box frame is located on transmission support 15, casing is the box-structure that forward and backward face offers opening, chain 19 one end with skin graft mould plate 20 and back shaft 22 are also passed the forward and backward opening of casing and are connected to form closed-loop path with the other end of chain 19, and described baking heater is positioned at the top of the skin graft mould plate 20 passing from drying baker 17 body inside.
Described baking heater can be connected with liquefied gas pipeline and liquefied gas pipeline is provided with the switch that can regulate and control flow of lpg.
Utilize transmitting device of the present invention to replace original belt transmission device to there is effect significantly, if utilize traditional belt transmission device, because being soft this, belt just make skin graft model gluing machine brush coating or artificial brush during to the direct brush coating of skin graft model on belt inhomogeneous, can make glue brush on belt simultaneously, this has not only caused the waste while belt of resource to be also difficult to clean, and in this practical latest model, be positioned at roller and brush the skin graft mould plate 20 of 6 belows and can make skin graft model brush coating even with the existence that the relative intensive rotating shaft B21 with roller is set because have, glue can not brushed to other places simultaneously, the number of the state-of-the art every group of chain gear apparatus medium power sprocket wheel 16 of this practicality can be determined according to the needs of producing in addition, when need to making every group of chain gear apparatus that multiple power chains 16 are set for more skin graft model brush coating, arrange and every group of chain 19 with skin graft mould plate 20 that chain gear apparatus medium power sprocket wheel 16 numbers match simultaneously, and the length of the rotating shaft 5 of glue water conservancy diversion and roller brush 6 also can be determined according to the number of used chain 19, this practical latest model can effectively economize on resources and play a multiplier effect.
In addition, described head electric transmission machanism comprises the belt pulley, Worm and worm-wheel gearing and the sprocket chain strip transmission mechanism that are arranged in cabinet 1, and described belt pulley is connected and is used for inputting transmission with motor B.Wherein 1 group of chain gear apparatus in 2 groups of described chain gear apparatus is connected and is used for inputting transmission with motor C.
As Fig. 1, Fig. 7, Fig. 8, shown in Fig. 9: this invention is in the time of operation, only need in the Sheng glue bucket 4 of gluing machine 18, add glue, glue can be glue or thickener, then skin graft model is positioned on the skin graft mould plate 20 of chain 19 at transmission support 15 front ends, when chain 19 drives skin graft mould plate 20 to move, through First gluing machine 18, after direct first-class first pass glue, skin graft model is without picking up, directly with skin graft mould plate 20 first drying bakers 17 of motion process, arrive second gluing machine 18, in the situation that intervening without personnel, directly first-class second time glue, arrive transmission support 15 rear ends through second drying baker 17 afterwards, then artificially collect skin graft model, after collecting, can directly give the direct paster of paster group personnel.In this process, operating personnel only need be positioned over the skin graft model of not gluing on skin graft mould plate 20, collect first-class secondary glue and through the skin graft of drying, the probability that skin graft front is stained with glue like this lowers greatly, the trimming personnel of wiping skin graft front glue can be withdrawn, as long as whole piece streamline is two people's operations.Because gluing machine 18 and chain transporting velocity are all adjustable, so when production, the gluing speed of skin graft model can well be controlled, guarantee the quality of gluing.
In addition, can place the mechanical device A of the input tray that is similar to printer at the front end of transmission support 15, this mechanical device A can be positioned over skin graft model on skin graft mould plate 20, and mechanical device A places skin graft continuously to skin graft mould plate 20.Equally, equally can replace skin graft to collect personnel with mechanical device B in the rear end of transmission support 15.Such transmission lines, as long as people's timing goes to take the skin graft model of having collected to paster personnel to mechanical device A dress skin graft model with in caudal end.
Claims (9)
1. a skin graft sizer, is characterized in that: it comprises the drying baker (17) of at least one, gluing machine (18), the transmitting device identical with drying baker (17) quantity, and described gluing machine (18) is alternately distributed from front to back with drying baker (17);
Described gluing machine (18) comprises fuselage, is positioned at head, connector, the locking device of transmitting device top, described fuselage is positioned at a side of transmitting device, fuselage comprises support, lowering or hoisting gear, cabinet (1) and the head electric transmission machanism for head running, described support, lowering or hoisting gear and cabinet (1) to lower and on distribute successively and connect, described head electric transmission machanism is arranged in cabinet (1); Described connector is divided into connector A(2) and connector B(27), described connector A(2) be located on cabinet (1), connector B(27) be located on head connector A(2) with connector B(27) cooperatively interacting is connected and connecting portion is locked by locking device;
Described head comprises head rack (3), contain glue bucket (4), glue water conservancy diversion rotating shaft (5) and the roller brush (6) rotating of synchronizeing with glue water conservancy diversion rotating shaft (5), described connector B(27) be located at one end of head rack (3), described Sheng glue bucket (4) is located at head rack (3) top, head rack (3) is provided with the through hole of longitudinal perforation, the bottom of containing glue bucket (4) is provided with gum outlet and gum outlet and is connected in the upper end of head rack (3) through hole, the bearing block A(28 that glue water conservancy diversion rotating shaft (5) is provided with by head rack (3)) the through hole below that is fixedly arranged on head rack (3) makes when glue is from the outflow of head rack (3) through hole, through the rotation of glue water conservancy diversion rotating shaft (5), glue uniform fold is in the surface of glue water conservancy diversion rotating shaft (5), glue water conservancy diversion rotating shaft (5) is extended and is penetrated in cabinet (1) to the direction of fuselage and is connected with head electric transmission machanism, the bearing block B(29 that described roller brush (6) is provided with by head rack (3)) fixing, roller brush (6) is arranged at the below of glue water conservancy diversion rotating shaft (5), roller brush (6) is parallel to each other and contacts with glue water conservancy diversion rotating shaft (5), and in roller brush (6), axially the direction of fuselage is extended and penetrated that cabinet (1) is interior to be connected with head electric transmission machanism.
2. skin graft sizer according to claim 1, it is characterized in that: described locking device comprise be separately positioned on connector A(2) with connector B(27) ring flange on joint face, more than two groups or two groups stick up bar (7), the bearing corresponding with sticking up bar (7) quantity and adjusting screw(rod) (9), bearing is distributed on connector A(2) lateral wall on, the middle part of sticking up bar (7) is articulated with on bearing, the one end of sticking up bar (7) be provided with curved grabbing (8) and as connector A(2) with connector B(27) while being in contact with one another, curved grabbing (8) caught on connector B(27) ring flange edge make connector A(2) with connector B(27) be closely connected, sticking up the another one end of bar (7) is provided with to regulate and sticks up the adjusting screw(rod) (9) that bar (7) rises and falls.
3. skin graft sizer according to claim 1, it is characterized in that: described support comprises frame support (10) and the slide plate for supporting elevation device, described slide plate is located on frame support (10), slide plate comprises plate A(11) and be symmetrically set in plate A(11) bottom 2 rotating shaft A(12), described rotating shaft A(12) two ends be provided with bearing A(13), frame support (10) is provided with and can supplies bearing A(13) slide guide rail A.
4. according to the skin graft sizer described in claim 1 or 3, it is characterized in that: described lowering or hoisting gear is the cylinder (24) being connected with motor A.
5. skin graft sizer according to claim 1, is characterized in that: described head rack (3) is provided with the regulating switch (14) of regulation and control glue flow.
6. skin graft sizer according to claim 1, is characterized in that: it comprises transmission support (15), 2 groups of chain gear apparatus, chain (19), skin graft mould plate (20), rotating shaft B(21), rotating shaft C (26) and back shaft (22);
2 groups of described chain gear apparatus lay respectively at the front and back end of transmission support (15), and for 1 power chain (16) is distributed in rotating shaft C (26), above device or 1 above power chain (16) of formation are distributed in the device forming in same rotating shaft C (26) to every group of chain gear apparatus, the number of described chain (19) and the number of every group of chain gear apparatus medium power sprocket wheel (16) matches and chain (19) and power chain (16) engaged transmission, chain (19) one end is walked around respectively the power chain (16) that two chain gear apparatus are corresponding and is connected to form closed-loop path with the other end of chain (19), some rotating shaft B(21) two ends are set up in both sides and the rotating shaft B(21 of transmission support (15)) be distributed in chain (19) below on upper strata and contact with chain (19), rotating shaft B(21) vertical with the transmission direction of chain (19), rotating shaft B(21) be divided into the rotating shaft B(21 with sprocket wheel) and with the rotating shaft B(21 of roller), with the rotating shaft B(21 of sprocket wheel) be meshed with chain (19) by sprocket wheel, be distributed in roller brush (6) and locate the below of chain (19) with the rotating shaft B (21) of roller, be distributed in roller brush (6) and sentence the below of outer chain (19) with the rotating shaft B (21) of sprocket wheel, with the rotating shaft B(21 of roller) distribution density be greater than the rotating shaft B(21 with sprocket wheel) distribution density, the platy structure that described skin graft mould plate (20) adapts for size, shape and skin graft model, skin graft mould plate (20) is located at continuously chain (19) middle part peripheral and each skin graft mould plate (20) and is embedded in chain (19) above, and roller brush (6) is positioned at the top of the skin graft mould plate (20) of upper strata chain (19), some back shafts (22) level, the peripheral and vertical with chain (19) of 1 chain (19) is wherein fixed at interval, the cross-sectional diameter of described back shaft (22) is less than the thickness of skin graft mould plate (20), and the above skin graft mould plate (20) in 1 or 1, interval between two back shafts (22), the two ends of described back shaft (22) are provided with bearing B(23), both sides at transmission support (15) are also provided with and bearing B(23) the guide rail B that coordinates, while moving to lower floor with the chain (19) of back shaft (22) and skin graft mould plate (20), bearing B(23) roll along guide rail B.
7. skin graft sizer according to claim 1, it is characterized in that: described drying baker (17) comprises casing and baking heater, box frame is located on transmission support (15), casing is the box-structure that forward and backward face offers opening, chain (19) one end with skin graft mould plate (20) and back shaft (22) is also passed the forward and backward opening of casing and is connected to form closed-loop path with the other end of chain (19), and described baking heater is positioned at the top of the skin graft mould plate (20) passing from drying baker (17) body inside.
8. skin graft sizer according to claim 1, it is characterized in that: described head electric transmission machanism comprises the belt pulley, Worm and worm-wheel gearing and the sprocket chain strip transmission mechanism that are arranged in cabinet (1), and described belt pulley is connected and is used for inputting transmission with motor B.
9. skin graft sizer according to claim 6, is characterized in that: the wherein 1 group of chain gear apparatus in 2 groups of described chain gear apparatus is connected and is used for inputting transmission with motor C.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410103914.0A CN103894310B (en) | 2014-03-19 | 2014-03-19 | Skin graft sizer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410103914.0A CN103894310B (en) | 2014-03-19 | 2014-03-19 | Skin graft sizer |
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| Publication Number | Publication Date |
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| CN103894310A true CN103894310A (en) | 2014-07-02 |
| CN103894310B CN103894310B (en) | 2016-01-27 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410103914.0A Active CN103894310B (en) | 2014-03-19 | 2014-03-19 | Skin graft sizer |
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| CN106423751A (en) * | 2016-09-30 | 2017-02-22 | 漳州华飞体育用品有限公司 | Leather piece gluing and drying device |
| CN106540846A (en) * | 2017-01-10 | 2017-03-29 | 依合斯工程塑胶（上海）有限公司 | A kind of hub brush adhesive dispenser |
| CN107088494A (en) * | 2017-05-23 | 2017-08-25 | 周菊远 | A kind of Novel back-coated gluing equipment and its technique |
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| CN202447253U (en) * | 2012-02-21 | 2012-09-26 | 驰马拉链（无锡）有限公司 | Dry-rolling type zipper surface colored coating machine |
| CN203803706U (en) * | 2014-03-19 | 2014-09-03 | 陈公湖 | Slice gluing device |
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| US7396567B2 (en) * | 2004-02-19 | 2008-07-08 | Sean Howard | Weathered stone and the manufacturing method thereof |
| CN201291186Y (en) * | 2008-07-15 | 2009-08-19 | 深圳市澳佳胶带有限公司 | Double-side glue spreading machine |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106423751A (en) * | 2016-09-30 | 2017-02-22 | 漳州华飞体育用品有限公司 | Leather piece gluing and drying device |
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| CN107088494A (en) * | 2017-05-23 | 2017-08-25 | 周菊远 | A kind of Novel back-coated gluing equipment and its technique |
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| Publication number | Publication date |
|---|---|
| CN103894310B (en) | 2016-01-27 |
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