CN202123800U - Automatic wiping mechanism for screen printing plates - Google Patents
Automatic wiping mechanism for screen printing plates Download PDFInfo
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- CN202123800U CN202123800U CN2011202221299U CN201120222129U CN202123800U CN 202123800 U CN202123800 U CN 202123800U CN 2011202221299 U CN2011202221299 U CN 2011202221299U CN 201120222129 U CN201120222129 U CN 201120222129U CN 202123800 U CN202123800 U CN 202123800U
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- rotating shaft
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Abstract
The utility model provides an automatic wiping mechanism for screen printing plates, which comprises a driving mechanism and carrying mechanisms. The driving mechanism comprises two supports and rodless cylinders mounted on the two supports, each rodless cylinder consists of a cylinder body and a slider, two ends of each cylinder body are respectively connected with the corresponding support, the sliders are slidably disposed on the cylinder bodies, the carrying mechanisms comprise fixing units and carrying units, the fixing units are fixedly connected with the sliders, and the carrying units are connected with the fixing units. The automatic wiping mechanism is simple in structure and convenient in use, and screen printing plate wiping efficiency can be effectively improved.
Description
Technical field
The utility model relates to the screen printer technical field, relates in particular to the automatic Wiping mechanism of a kind of half tone.
Background technology
Screen printer is a kind of common printing word and the machine of image.Screen printer generally comprises: a body, control system, and workbench etc., this body generally comprise frame, half tone, scraper mechanism, and drive unit, and this drive unit comprises the lift cylinder that drives the scraper mechanism lift cylinder and drives the motor synchronous band structure that scraper mechanism moves horizontally; Half tone is installed on and places the workbench top on the frame, and scraper mechanism is installed on and is suspended on the half tone top on the frame, during work; On workbench, place article with silk-screen; Scraper mechanism descends, and on the half tone horizontal direction, moves then, and the literal or the printing ink in the various symbol of half tone hollow out is impressed on the predetermined article; After being completed for printing; Scraper mechanism rises, and operator use wiping this moment article for example cleaning wiping cloth carry out wiping to the half tone back side, to prepare operation next time.Yet this technology mode that adopts manual work to carry out the half tone wiping exists shortcomings such as complex operation, labour intensity is big, production efficiency is low.
The utility model content
The purpose of the utility model is, provides a kind of half tone automatic Wiping mechanism, and it is simple in structure, and is easy to use, can effectively improve the efficient of wiping half tone.
To achieve these goals; The utility model provides a kind of half tone automatic Wiping mechanism; It comprises: driving mechanism, and load carrier; This driving mechanism comprises two stands and is installed on the Rodless cylinder on the two stands that this Rodless cylinder comprises the cylinder body that two ends are connected with support respectively and slidably be located at the slide mass on the cylinder body that this load carrier comprises fixed cell that is fixedly connected with slide mass and the load bearing unit that is connected with fixed cell.
Also comprise and be installed on the two stands and the parallel guide of being located at Rodless cylinder cylinder body downside; This fixed cell comprise the sliding part that corresponding and guide slidably is connected and be located at sliding part and the Rodless cylinder slide mass between the joint portion; Sliding part slidably is placed in guide; Load bearing unit is connected with the fixed cell joint portion; This joint portion in the vertical direction is equipped with the guide rod that is connected between sliding part and the Rodless cylinder slide mass; Be connected with lift cylinder between joint portion and the sliding part, this lift cylinder comprises the cylinder body that is connected with sliding part and is located on the cylinder body and the movable part that is connected with the joint portion, and is up and down along guide rod through the up and down drive joint portion of lift cylinder movable part.
Two poles that said load bearing unit comprises the connector that is fixedly connected with the fixed cell joint portion, be connected away from fixed cell one end with connector, reach the movable installing rack that is sheathed on two poles; This installing rack comprises two gripper shoes that are sheathed on respectively on the pole, be connected in the supporting plate between the two gripper shoe upper ends and be connected between two gripper shoes and be located at the right supporting part and the left supporting part of both sides, supporting plate below respectively; Supporting plate is provided with the supporting part, rotates through the right supporting part of a motor-driven.
Said right supporting part comprises first barrel, first rotating shaft and first axle sleeve that connects successively; Be provided with first installing hole near corresponding first axle sleeve of the gripper shoe of connector, first axle sleeve, one end is placed in first rotating shaft, and other end extension passes this first installing hole and is connected with motor output end; This motor is installed on the motor mounting plate; Be connected with pillar between this motor mounting plate and the gripper shoe near connector, also sheathed first locating part on the elongated end of this first axle sleeve, first barrel, one end is connected with gripper shoe away from connector; The other end is placed in first rotating shaft; Be respectively equipped with first alignment pin and second alignment pin in first rotating shaft, corresponding first alignment pin is provided with first groove on first axle sleeve, and corresponding second alignment pin is provided with second groove on first barrel; This left side supporting part comprises second rotating shaft, be placed in second axle sleeve of second rotating shaft, one end, be placed in the body on second axle sleeve, one end and be placed in second barrel of the second axle sleeve other end; Be provided with second installing hole near the corresponding body of the gripper shoe of connector; The extension of body one end passes this second installing hole and is placed on second axle sleeve, one end; Also be provided with one second locating part on the end of body away from second axle sleeve; Second rotating shaft is extended away from an end of second axle sleeve and is passed this second locating part, and second axle sleeve is provided with that corresponding the 3rd alignment pin is provided with the 3rd groove on the 3rd alignment pin, second barrel.
Said connector comprises the connecting portion that is connected with the joint portion, and connecting portion fixed part connected vertically and be connected in the rib between fixed part lower end and the connecting portion; The end of pole is connected with the end of fixed part away from connecting portion; Gripper shoe also is provided with the projection that is placed on the pole in the junction with pole, connects a fixed leg between the projection, and two poles are parallel to be located on the same horizontal plane of right supporting part and left supporting part below; Be fixed with draft cylinder on the fixed part; It comprises and is fixed in the cylinder body on the fixed part and is located at the movable part on the cylinder body that corresponding draft cylinder movable part is provided with first through hole on the gripper shoe near connector, and the draft cylinder movable part passes first through hole and is fixed on this gripper shoe through nut; Front and back through the draft cylinder movable part stretch the drive installing rack along the activity of pole front and back; Two poles are connected with fixed head between the end away from connector, and this supporting part comprises from top to bottom the sponge that connects successively, cover plate, and base plate, and base plate is connected with supporting plate.
Also comprise and be installed on the two stands and the parallel respectively Rodless cylinder cylinder body guide of both sides up and down of being located at; This fixed cell comprises the sliding part that correspondence and guide slidably are connected and is located between the sliding part and the joint portion that is connected with the Rodless cylinder slide mass; Sliding part slidably is placed in guide; Load bearing unit is connected with the fixed cell joint portion; This joint portion in the vertical direction is equipped with the guide rod that is connected between the sliding part; Be connected with lift cylinder between joint portion and the sliding part, this lift cylinder comprises the cylinder body that is connected with sliding part and is located on the cylinder body and the movable part that is connected with the joint portion, and is up and down along guide rod through the up and down drive joint portion of lift cylinder movable part.
Two poles that said load bearing unit comprises the connector that is fixedly connected with the fixed cell joint portion, be connected away from fixed cell one end with connector, reach the movable installing rack that is sheathed on two poles; This installing rack comprises two gripper shoes that are sheathed on respectively on the pole, be connected in two gripper shoes away from the supporting plate between the upper end and be connected between two gripper shoes and be located at the right supporting part and the left supporting part of both sides, supporting plate below respectively; Supporting plate is provided with the supporting part, rotates through the right supporting part of a motor-driven.
Said right supporting part comprises the 3rd barrel, the 3rd axle sleeve and the 3rd rotating shaft that connects successively; The 3rd axle sleeve two ends are sheathed on the 3rd barrel and the 3rd rotating shaft respectively, and corresponding the 3rd rotating shaft is provided with the 3rd installing hole near the gripper shoe of connector, and the 3rd rotating shaft is extended away from an end of the 3rd axle sleeve and passed the 3rd installing hole and be connected with motor output end; This motor is installed on the motor mounting plate; Be connected with pillar between this motor mounting plate and the gripper shoe near connector, also sheathed the 3rd locating part on the elongated end of the 3rd axle sleeve, the 3rd barrel is connected with gripper shoe away from connector away from an end of the 3rd axle sleeve; The 3rd rotating shaft is provided with the 4th alignment pin; Corresponding the 4th alignment pin is provided with the four-way groove on the 3rd axle sleeve, and the 3rd barrel is provided with the 5th alignment pin, and corresponding the 5th alignment pin is provided with the five-way groove on the 3rd axle sleeve; This left side supporting part comprises the 4th rotating shaft, be placed in the 4th axle sleeve of the 4th rotating shaft one end and be placed in the 4th barrel of the 4th rotating shaft other end; Be provided with the 4th installing hole near corresponding the 4th axle sleeve of the gripper shoe of connector; The 4th axle sleeve passes the 4th installing hole and is placed in the 4th rotating shaft; Also be provided with one the 4th locating part on the end of the 4th axle sleeve away from the 4th rotating shaft, it is placed in the 4th rotating shaft, and the 4th rotating shaft passes the 4th locating part away from the end extension of the 4th barrel; And also be arranged with the stretching post on the extension end of first rotating shaft; The 4th barrel is connected with gripper shoe away from connector away from an end of the 4th rotating shaft, and the 4th rotating shaft is provided with the 6th alignment pin, and corresponding the 6th alignment pin is provided with the 6th groove on the 4th barrel.
Said connector comprises the connecting portion that is connected with the joint portion, and connecting portion fixed part connected vertically; This fixed part is hollow shape; Be fixed with draft cylinder in the fixed part, it comprises and is fixed in the cylinder body in the fixed part and is located at the movable part on the cylinder body that corresponding draft cylinder movable part is provided with first through hole on the gripper shoe near connector; The corresponding draft cylinder movable part of this fixed part is provided with second through hole; This draft cylinder movable part passes second through hole and first through hole successively and is fixed on the gripper shoe through nut, and the end of pole is connected with the end of fixed part away from connecting portion, on the parallel same vertical plane of being located between right supporting part and the left supporting part of two poles; This supporting plate is hollow shape and is placed on the pole; Another pole is gone up a sheathed linear axis and held, and two poles are connected with fixed head between the end away from connector, and is movable along the pole front and back through the front and back stretching drive installing rack of draft cylinder movable part.
Said supporting part comprises from top to bottom the sponge that connects successively, cover plate, and base plate; Base plate is connected with supporting plate; Also be provided with the inductor fixed strip on this two stands and be placed in first inductor and second inductor on the inductor fixed strip, also be provided with bolster on the support and reach near switch.
The beneficial effect of the utility model: the utility model provides a kind of half tone automatic Wiping mechanism, and it is simple in structure, and is easy to use, can effectively improve the efficient of wiping half tone.
In order further to understand the characteristic and the technology contents of the utility model, see also following detailed description and accompanying drawing, yet accompanying drawing only provides reference and explanation usefulness, is not to be used for the utility model is limited about the utility model.
Description of drawings
Below in conjunction with accompanying drawing, describe in detail through the specific embodiment the utility model, the technical scheme that makes the utility model and other beneficial effect is obvious.
In the accompanying drawing,
Fig. 1 is the first embodiment decomposing schematic representation of the automatic Wiping mechanism of the utility model half tone;
Fig. 2～3 are the assembling process sketch map of Fig. 1;
Fig. 4 is the left view of Fig. 3;
Fig. 5 is the right view of Fig. 3;
Fig. 6 is the rearview of Fig. 3;
Fig. 7 is the second embodiment decomposing schematic representation of the automatic Wiping mechanism of the utility model half tone;
Fig. 8～9 are the assembling process sketch map of Fig. 7;
Figure 10 is the left view of Fig. 9;
Figure 11 is the right view of Fig. 9;
Figure 12 is the rearview of Fig. 9.
The specific embodiment
For further setting forth technological means and the effect thereof that the utility model is taked, be described in detail below in conjunction with the preferred embodiment and the accompanying drawing thereof of the utility model.
Shown in Fig. 1-6; First embodiment for the automatic Wiping mechanism of the utility model half tone; It comprises: driving mechanism 10, and load carrier 20; This driving mechanism 10 comprises two stands 11 and is installed on the Rodless cylinder 12 on the two stands 11 that this Rodless cylinder 12 comprises the cylinder body 121 that two ends are connected with support 11 respectively and slidably be located at the slide mass 122 on the cylinder body 121 that this load carrier 20 comprises fixed cell 21 that is fixedly connected with slide mass 122 and the load bearing unit 22 that is connected with fixed cell 21.In the utility model, polishing piece (for example paper or cloth etc.) is positioned on the load bearing unit 22, carry out the half tone wiping thereby drive load bearing unit 22 slips through Rodless cylinder 12 work.
Preferably; Present embodiment also comprises and being installed on the two stands 11 and the parallel guide 30 of being located at Rodless cylinder cylinder body 121 downsides; This fixed cell 21 comprise the sliding part 211 that corresponding and guide 30 slidably is connected and be located at sliding part 211 and Rodless cylinder 12 slide masses 122 between joint portion 212; Sliding part 211 slidably is placed in guide 30; Load bearing unit 22 is connected with fixed cell joint portion 212; These joint portion 212 in the vertical directions are equipped with the guide rod 213 that is connected between sliding part 211 and Rodless cylinder 12 slide masses 122; Be connected with lift cylinder 214 between joint portion 212 and the sliding part 211, this lift cylinder 214 comprises the cylinder body 215 that is connected with sliding part 211 and is located on the cylinder body 215 and the movable part 216 that is connected with joint portion 212, and is up and down along guide rod 213 through the up and down drive joint portion 212 of lift cylinder 214 movable parts 216.This sliding part 211 can adopt linear bearing.Also be provided with drag chain plate 2111 on the sliding part 211.
Two poles 24 that this load bearing unit 22 comprises the connector 23 that is fixedly connected with fixed cell 21 joint portions, be connected away from fixed cell 21 1 ends with connector 23, reach the movable installing rack 25 that is sheathed on two poles 24; Supporting plate 252 between the upper end that this installing rack 25 comprises two gripper shoes 251 that are sheathed on respectively on the pole 24, be connected in two gripper shoes 251 and be connected between two gripper shoes 251 and be located at the right supporting part 253 and the left supporting part 254 of both sides, supporting plate 252 below respectively; Supporting plate 252 is provided with supporting part 255, drives right supporting part 253 through a motor 27 and rotates.
This right side supporting part 253 comprises successively first barrel 2531, first rotating shaft 2532 and first axle sleeve 2533 that connects; Gripper shoe 251 corresponding first axle sleeves 2533 near connector 23 are provided with first installing hole 2511; First axle sleeve, 2,533 one ends are placed in first rotating shaft 2532; Other end extension passes this first installing hole 2511 and is connected with motor 27 outputs; This motor 27 is installed on the motor mounting plate 271, is connected with pillar 272 between this motor mounting plate 271 and the gripper shoe 251 near connector 23, and this motor 27 can pass through shaft coupling (not shown) and connect first axle sleeve 2533; Also sheathed first locating part 2534 on the elongated end of this first axle sleeve 2533; First barrel, 2,531 one ends are connected with gripper shoe 251 away from connector 23, and the other end is placed in first rotating shaft 2532, is respectively equipped with first alignment pin 2535 and second alignment pin 2536 in first rotating shaft 2532; Corresponding first alignment pin 2535 is provided with that corresponding second alignment pin 2536 is provided with second groove 2538 on first groove, 2537, the first barrels 2531 on first axle sleeve 2533; This left side supporting part 254 comprises second rotating shaft 2541, be placed in second rotating shaft, 2,541 one ends second axle sleeve 2542, be placed in the body 2543 on second axle sleeve, 2,542 one ends and be placed in second barrel 2544 of second axle sleeve, 2542 other ends; Gripper shoe 251 corresponding bodys 2543 near connector 23 are provided with second installing hole; The extension of body 2,543 one ends passes this second installing hole 2512 and is placed on second axle sleeve, 2,542 one ends; Also be provided with one second locating part 2545 on the end of body 2543 away from second axle sleeve 2542; Second rotating shaft 2541 is extended away from an end of second axle sleeve 2542 and is passed these second locating part, 2545, the second axle sleeves 2542 and be provided with that corresponding the 3rd alignment pin 2546 is provided with the 3rd groove 2547 on the 3rd alignment pin 2546, second barrel 2544.Right supporting part 253 and left supporting part 254 have all used the fit structure of alignment pin and groove to realize synchronous interaction, and be simple in structure, is easy to dismounting.
This connector 23 comprises the connecting portion 231 that is connected with joint portion 212, and connecting portion 231 fixed parts 232 connected vertically and be connected in the rib 233 between fixed part 232 lower ends and the connecting portion 231; The end of pole 24 is connected with the end of fixed part 232 away from connecting portion 231; Gripper shoe 251 also is provided with the projection 256 that is placed on the pole 24 in the junction with pole 24; Connect a fixed leg 257 between the projection 256; Two poles 24 are parallel to be located on the same horizontal plane of right supporting part 253 and left supporting part 254 belows; Be fixed with draft cylinder 234 on the fixed part 232; It comprises the cylinder body 235 that is fixed on the fixed part 232 and is located at the movable part 236 on the cylinder body 235, and corresponding draft cylinder movable part 236 is provided with first through hole on the gripper shoe 251 near connector 23, and draft cylinder movable part 236 passes first through hole and is fixed on this gripper shoe 251 through nut; Front and back stretching through draft cylinder movable part 236 drives installing rack 25 activity along pole 24 front and back; Be connected with fixed head 241 between two ends of pole 24 away from connector, this supporting part 255 comprises successively the sponge 2551 that connects, cover plate 2552, and base plate 2553, and base plate 2553 is connected with supporting plate 252.
During present embodiment work; Polishing piece (for example paper or cloth etc.) is rolled up on left supporting part 254, then an end of polishing piece is pulled outward and be connected with right supporting part 253 through supporting part 255, this polishing piece is pressed on the supporting part 255; Rodless cylinder 12 work are slided slide mass 122; Drive load bearing unit 22 and polishing piece and slide,, drive right supporting part 253 rotations through motor 27 simultaneously the use of polishing piece is partly rolled up on right supporting part 253 through being positioned at the polishing piece wiping half tone on the supporting part 255; Polishing piece does not use part then to rotate from left supporting part 254 and is passed on the supporting part 255; Circulate with this and to carry out the operation of wiping half tone, can regulate the position of wiping through lift cylinder 214 and draft cylinder 234, this Rodless cylinder 12 can adopt prior art.
Shown in Fig. 7-12; Second embodiment for the utility model; It comprises: driving mechanism 10 ', and load carrier 20 '; This driving mechanism 10 ' comprises two stands 11 ' and is installed on the Rodless cylinder 12 ' on the two stands 11 '; This Rodless cylinder 12 ' comprises the cylinder body 121 ' that two ends are connected with support 11 ' respectively and slidably is located at the slide mass 122 ' on the cylinder body 121 ' that this load carrier 20 ' comprises fixed cell 21 ' that is fixedly connected with slide mass 122 ' and the load bearing unit 22 ' that is connected with fixed cell.
Present embodiment comprises that also being installed on two stands 11 ' goes up and the parallel respectively guide 30 ' of being located at Rodless cylinder cylinder body both sides about in the of 121 '; This fixed cell 21 ' comprises the sliding part 211 ' that correspondence and guide 30 ' slidably are connected and is located between the sliding part 211 ' and the joint portion 212 ' that is connected with Rodless cylinder 12 ' slide mass; Sliding part 211 ' slidably is placed in guide 30 '; Load bearing unit 22 ' is connected with fixed cell 21 ' joint portion; This joint portion 212 ' in the vertical direction is equipped with the guide rod 213 ' that is connected between the sliding part 211 '; Be connected with lift cylinder 214 ' between joint portion 212 ' and the sliding part 211 '; This lift cylinder 214 ' comprises the cylinder body 215 ' that is connected with sliding part 211 ' and is located at the movable part 216 ' that cylinder body 215 ' is gone up and is connected with joint portion 212 ', and is up and down along guide rod 213 ' through the up and down drive joint portion 212 ' of lift cylinder movable part 216 '.This sliding part 211 ' can adopt linear bearing.
Two poles 24 ' that this load bearing unit 22 ' comprises the connector 23 ' that is fixedly connected with fixed cell 21 ' joint portion, be connected away from fixed cell 21 ' one end with connector 23 ', reach the movable installing rack 25 ' that is sheathed on the pole 24 '; This installing rack 25 ' comprises two gripper shoes 251 ' that are sheathed on respectively on the pole 24 ', be connected in two gripper shoes 251 ' away from the supporting plate 252 ' between the upper end and be connected between two gripper shoes 251 ' and be located at the right supporting part 253 ' and the left supporting part 254 ' of both sides, supporting plate 252 ' below respectively; Supporting plate 252 ' is provided with supporting part 255 ', drives right supporting part 253 ' through a motor 27 ' and rotates.
This right side supporting part 253 ' comprises successively the 3rd barrel 2531 ', the 3rd axle sleeve 2532 ' and the 3rd rotating shaft 2533 ' that connects; The 3rd axle sleeve 2532 ' two ends are sheathed on the 3rd barrel 2532 ' and the 3rd rotating shaft 2533 ' respectively; Gripper shoe 251 ' corresponding the 3rd rotating shaft 2532 ' near connector 23 ' is provided with the 3rd installing hole 2514 '; The 3rd rotating shaft 2533 ' is extended away from an end of the 3rd axle sleeve 2532 ' and is passed the 3rd installing hole 2514 ' and be connected with motor 27 ' output; This motor 27 ' is installed on the motor mounting plate 271 '; Be connected with pillar 272 ' between this motor mounting plate 271 ' and the gripper shoe 251 ' near connector 23 ', also sheathed the 3rd locating part 2535 ' on the elongated end of the 3rd axle sleeve 2532 ', the 3rd barrel 2531 ' is connected with gripper shoe 251 ' away from connector 23 ' away from an end of the 3rd axle sleeve 2532 '; The 3rd rotating shaft 2533 ' is provided with the 4th alignment pin 2536 '; The 3rd axle sleeve 2532 ' is gone up corresponding the 4th alignment pin 2536 ' and is provided with four-way groove 2537 ', and the 3rd barrel 2531 ' is provided with the 5th alignment pin 2538 ', and the 3rd axle sleeve 2532 ' is gone up corresponding the 5th alignment pin 2538 ' and is provided with five-way groove 2539 '; This left side supporting part 254 ' comprises the 4th rotating shaft 2541 ', be placed in the 4th axle sleeve 2542 ' of the 4th rotating shaft 2541 ' one end and be placed in the 4th barrel 2543 ' of the 4th rotating shaft 2542 ' other end; Gripper shoe 251 ' corresponding the 4th axle sleeve 2542 ' near connector 23 ' is provided with the 4th installing hole; The 4th axle sleeve passes the 4th installing hole 2515 ' and is placed in the 4th rotating shaft 2541 '; Also be provided with one the 4th locating part 2544 ' on the end of the 4th axle sleeve 2542 ' away from the 4th rotating shaft 2541 '; It is placed in the 4th rotating shaft 2541 '; The 4th rotating shaft 2541 ' is extended away from the end of the 4th barrel 2543 ' and is passed the 4th locating part 2544 ', and also is arranged with stretching post the 2545 ', the 4th barrel 2543 ' on the extension end of first rotating shaft and is connected with gripper shoe 251 ' away from connector 23 ' away from an end of the 4th rotating shaft 2542 '; The 4th rotating shaft 2541 ' is provided with the 6th alignment pin 2546 ', and the 4th barrel 2543 ' is gone up corresponding the 6th alignment pin 2546 ' and is provided with the 6th groove 2547 '.Right supporting part 253 ' and left supporting part 254 ' have all used the fit structure of alignment pin and groove to realize synchronous interaction, and be simple in structure, is easy to dismounting.
This connector 23 ' comprises the connecting portion 231 ' that is connected with the joint portion, and connecting portion 231 ' fixed part 232 ' connected vertically; This fixed part 232 ' is hollow shape; Be fixed with draft cylinder 233 ' in the fixed part 232 '; It comprises and is fixed in the cylinder body 234 ' in the fixed part 232 ' and is located at the movable part 235 ' on the cylinder body 234 '; Go up corresponding draft cylinder movable part 235 ' near the gripper shoe of connector 23 ' 251 ' and be provided with first through hole, this fixed part 232 ' corresponding draft cylinder movable part 235 ' is provided with second through hole, and this draft cylinder movable part 235 ' passes second through hole and first through hole successively and is fixed on the gripper shoe 251 ' through nut; The end of pole 24 ' is connected with the end of fixed part 232 ' away from connecting portion 231 '; On two poles, 24 ' the parallel same vertical plane of being located between right supporting part 253 ' and the left supporting part 254 ', this supporting plate 252 ' is hollow shape and is placed on the pole 24 ', and another pole 24 ' is gone up a sheathed linear axis and held 28 '.Two poles 24 ' are connected with fixed head 241 ' between the end away from connector, and are movable along the pole front and back through the front and back stretching drive installing rack 25 ' of draft cylinder movable part 235 '.
This supporting part 255 ' comprises from top to bottom the sponge 2551 ' that connects successively, cover plate 2552 ', and base plate 2553 '; Base plate 2553 ' is connected with supporting plate 252 '; Also be provided with inductor fixed strip 13 ' on this two stands 11 ' and be placed in first inductor 14 ' and second inductor 15 ' on the inductor fixed strip 13 ', also be provided with bolster 16 ' on the support 11 ' and reach near switch 17 '.
Present embodiment is when work; Load carrier 20 ' is during near origin position; Near switch 17 ' induction, and drive control Rodless cylinder 12 ' through the control system and work, slide thereby drive load carrier 20 '; Control the movable back and forth of load carrier 20 ' through the induction of first inductor 14 ' and second inductor 15 ', this Rodless cylinder 12 ', all realize through prior art near switch 17 ', first inductor 14 ' and second inductor 15 '.The operation principle of load carrier 20 ' is identical with first embodiment.
In sum, the utility model provides a kind of half tone automatic Wiping mechanism, and it is simple in structure, and is easy to use, can effectively improve the efficient of wiping half tone.
The above; For the person of ordinary skill of the art; Can make other various corresponding changes and distortion according to the technical scheme and the technical conceive of the utility model, and all these changes and distortion all should belong to the protection domain of the utility model claim.
Claims (10)
1. automatic Wiping mechanism of half tone; It is characterized in that; Comprise: driving mechanism, and load carrier; This driving mechanism comprises two stands and is installed on the Rodless cylinder on the two stands that this Rodless cylinder comprises the cylinder body that two ends are connected with support respectively and slidably be located at the slide mass on the cylinder body that this load carrier comprises fixed cell that is fixedly connected with slide mass and the load bearing unit that is connected with fixed cell.
2. the automatic Wiping mechanism of half tone as claimed in claim 1; It is characterized in that; Also comprise and be installed on the two stands and the parallel guide of being located at Rodless cylinder cylinder body downside; This fixed cell comprise the sliding part that corresponding and guide slidably is connected and be located at sliding part and the Rodless cylinder slide mass between the joint portion, sliding part slidably is placed in guide, load bearing unit is connected with the fixed cell joint portion; This joint portion in the vertical direction is equipped with the guide rod that is connected between sliding part and the Rodless cylinder slide mass; Be connected with lift cylinder between joint portion and the sliding part, this lift cylinder comprises the cylinder body that is connected with sliding part and is located on the cylinder body and the movable part that is connected with the joint portion, and is up and down along guide rod through the up and down drive joint portion of lift cylinder movable part.
3. the automatic Wiping mechanism of half tone as claimed in claim 2; It is characterized in that; Two poles that said load bearing unit comprises the connector that is fixedly connected with the fixed cell joint portion, be connected away from fixed cell one end with connector, reach the movable installing rack that is sheathed on two poles; This installing rack comprises two gripper shoes that are sheathed on respectively on the pole, be connected in the supporting plate between the two gripper shoe upper ends and be connected between two gripper shoes and be located at the right supporting part and the left supporting part of both sides, supporting plate below respectively; Supporting plate is provided with the supporting part, rotates through the right supporting part of a motor-driven.
4. the automatic Wiping mechanism of half tone as claimed in claim 3; It is characterized in that said right supporting part comprises first barrel, first rotating shaft and first axle sleeve that connects successively, be provided with first installing hole near corresponding first axle sleeve of the gripper shoe of connector; First axle sleeve, one end is placed in first rotating shaft; Other end extension passes this first installing hole and is connected with motor output end, and this motor is installed on the motor mounting plate, is connected with pillar between this motor mounting plate and the gripper shoe near connector; Also sheathed first locating part on the elongated end of this first axle sleeve; First barrel, one end is connected with gripper shoe away from connector, and the other end is placed in first rotating shaft, is respectively equipped with first alignment pin and second alignment pin in first rotating shaft; Corresponding first alignment pin is provided with first groove on first axle sleeve, and corresponding second alignment pin is provided with second groove on first barrel; This left side supporting part comprises second rotating shaft, be placed in second axle sleeve of second rotating shaft, one end, be placed in the body on second axle sleeve, one end and be placed in second barrel of the second axle sleeve other end; Be provided with second installing hole near the corresponding body of the gripper shoe of connector; The extension of body one end passes this second installing hole and is placed on second axle sleeve, one end; Also be provided with one second locating part on the end of body away from second axle sleeve; Second rotating shaft is extended away from an end of second axle sleeve and is passed this second locating part, and second axle sleeve is provided with that corresponding the 3rd alignment pin is provided with the 3rd groove on the 3rd alignment pin, second barrel.
5. the automatic Wiping mechanism of half tone as claimed in claim 4; It is characterized in that; Said connector comprises the connecting portion that is connected with the joint portion, and connecting portion fixed part connected vertically and be connected in the rib between fixed part lower end and the connecting portion, and the end of pole is connected with the end of fixed part away from connecting portion, and gripper shoe also is provided with the projection that is placed on the pole in the junction with pole; Connect a fixed leg between the projection; Two poles are parallel to be located on the same horizontal plane of right supporting part and left supporting part below, is fixed with draft cylinder on the fixed part, and it comprises and is fixed in the cylinder body on the fixed part and is located at the movable part on the cylinder body; Corresponding draft cylinder movable part is provided with first through hole on the gripper shoe near connector; The draft cylinder movable part passes first through hole and is fixed on this gripper shoe through nut, and movable along the pole front and back through the front and back stretching drive installing rack of draft cylinder movable part, two poles are connected with fixed head between the end away from connector; This supporting part comprises from top to bottom the sponge that connects successively, cover plate, and base plate, and base plate is connected with supporting plate.
6. the automatic Wiping mechanism of half tone as claimed in claim 1; It is characterized in that; Also comprise and be installed on the two stands and the parallel respectively Rodless cylinder cylinder body guide of both sides up and down of being located at; This fixed cell comprises the sliding part that correspondence and guide slidably are connected and is located between the sliding part and the joint portion that is connected with the Rodless cylinder slide mass that sliding part slidably is placed in guide, and load bearing unit is connected with the fixed cell joint portion; This joint portion in the vertical direction is equipped with the guide rod that is connected between the sliding part; Be connected with lift cylinder between joint portion and the sliding part, this lift cylinder comprises the cylinder body that is connected with sliding part and is located on the cylinder body and the movable part that is connected with the joint portion, and is up and down along guide rod through the up and down drive joint portion of lift cylinder movable part.
7. the automatic Wiping mechanism of half tone as claimed in claim 6; It is characterized in that; Two poles that said load bearing unit comprises the connector that is fixedly connected with the fixed cell joint portion, be connected away from fixed cell one end with connector, reach the movable installing rack that is sheathed on two poles; This installing rack comprises two gripper shoes that are sheathed on respectively on the pole, be connected in two gripper shoes away from the supporting plate between the upper end and be connected between two gripper shoes and be located at the right supporting part and the left supporting part of both sides, supporting plate below respectively; Supporting plate is provided with the supporting part, rotates through the right supporting part of a motor-driven.
8. the automatic Wiping mechanism of half tone as claimed in claim 7; It is characterized in that said right supporting part comprises the 3rd barrel, the 3rd axle sleeve and the 3rd rotating shaft that connects successively, the 3rd axle sleeve two ends are sheathed on the 3rd barrel and the 3rd rotating shaft respectively; Corresponding the 3rd rotating shaft is provided with the 3rd installing hole near the gripper shoe of connector; The 3rd rotating shaft is extended away from an end of the 3rd axle sleeve and is passed the 3rd installing hole and be connected with motor output end, and this motor is installed on the motor mounting plate, is connected with pillar between this motor mounting plate and the gripper shoe near connector; Also sheathed the 3rd locating part on the elongated end of the 3rd axle sleeve; The 3rd barrel is connected with gripper shoe away from connector away from an end of the 3rd axle sleeve, and the 3rd rotating shaft is provided with the 4th alignment pin, and corresponding the 4th alignment pin is provided with the four-way groove on the 3rd axle sleeve; The 3rd barrel is provided with the 5th alignment pin, and corresponding the 5th alignment pin is provided with the five-way groove on the 3rd axle sleeve; This left side supporting part comprises the 4th rotating shaft, be placed in the 4th axle sleeve of the 4th rotating shaft one end and be placed in the 4th barrel of the 4th rotating shaft other end; Be provided with the 4th installing hole near corresponding the 4th axle sleeve of the gripper shoe of connector; The 4th axle sleeve passes the 4th installing hole and is placed in the 4th rotating shaft; Also be provided with one the 4th locating part on the end of the 4th axle sleeve away from the 4th rotating shaft, it is placed in the 4th rotating shaft, and the 4th rotating shaft passes the 4th locating part away from the end extension of the 4th barrel; And also be arranged with the stretching post on the extension end of first rotating shaft; The 4th barrel is connected with gripper shoe away from connector away from an end of the 4th rotating shaft, and the 4th rotating shaft is provided with the 6th alignment pin, and corresponding the 6th alignment pin is provided with the 6th groove on the 4th barrel.
9. the automatic Wiping mechanism of half tone as claimed in claim 8 is characterized in that, said connector comprises the connecting portion that is connected with the joint portion, and connecting portion fixed part connected vertically; This fixed part is hollow shape; Be fixed with draft cylinder in the fixed part, it comprises and is fixed in the cylinder body in the fixed part and is located at the movable part on the cylinder body that corresponding draft cylinder movable part is provided with first through hole on the gripper shoe near connector; The corresponding draft cylinder movable part of this fixed part is provided with second through hole; This draft cylinder movable part passes second through hole and first through hole successively and is fixed on the gripper shoe through nut, and the end of pole is connected with the end of fixed part away from connecting portion, on the parallel same vertical plane of being located between right supporting part and the left supporting part of two poles; This supporting plate is hollow shape and is placed on the pole; Another pole is gone up a sheathed linear axis and held, and two poles are connected with fixed head between the end away from connector, and is movable along the pole front and back through the front and back stretching drive installing rack of draft cylinder movable part.
10. the automatic Wiping mechanism of half tone as claimed in claim 9; It is characterized in that; Said supporting part comprises from top to bottom the sponge that connects successively, cover plate, and base plate; Base plate is connected with supporting plate, also is provided with the inductor fixed strip on this two stands and is placed in first inductor and second inductor on the inductor fixed strip, also is provided with bolster on the support and reaches near switch.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011202221299U CN202123800U (en) | 2011-06-28 | 2011-06-28 | Automatic wiping mechanism for screen printing plates |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011202221299U CN202123800U (en) | 2011-06-28 | 2011-06-28 | Automatic wiping mechanism for screen printing plates |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202123800U true CN202123800U (en) | 2012-01-25 |
Family
ID=45486870
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011202221299U Expired - Fee Related CN202123800U (en) | 2011-06-28 | 2011-06-28 | Automatic wiping mechanism for screen printing plates |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202123800U (en) |
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103823286A (en) * | 2014-03-26 | 2014-05-28 | 鞍山和光科技有限公司 | Cage type multi-shaft optical system mounting rack |
| CN105946341A (en) * | 2016-06-23 | 2016-09-21 | 粟石波 | Automatic screen bottom scraping device |
| CN106864033A (en) * | 2017-02-20 | 2017-06-20 | 侯如升 | One kind printing driving drum scrub is set with adjusting means with rotary broom |
| TWI643758B (en) * | 2017-04-19 | 2018-12-11 | 東遠精技工業股份有限公司 | Ink scraping device and applied screen printing machine |
| CN113547369A (en) * | 2021-07-23 | 2021-10-26 | 江苏库纳实业有限公司 | Aluminum profile cutting and shaping mechanism and cutting and shaping method thereof |
| CN113857098A (en) * | 2021-09-30 | 2021-12-31 | 东莞市超业精密设备有限公司 | Dust removing device |
| CN115446889A (en) * | 2022-11-10 | 2022-12-09 | 常州红壹智能装备有限公司 | A cutting machine for processing of lithium battery diaphragm |
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2011
- 2011-06-28 CN CN2011202221299U patent/CN202123800U/en not_active Expired - Fee Related
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103823286A (en) * | 2014-03-26 | 2014-05-28 | 鞍山和光科技有限公司 | Cage type multi-shaft optical system mounting rack |
| CN105946341A (en) * | 2016-06-23 | 2016-09-21 | 粟石波 | Automatic screen bottom scraping device |
| CN106864033A (en) * | 2017-02-20 | 2017-06-20 | 侯如升 | One kind printing driving drum scrub is set with adjusting means with rotary broom |
| CN106864033B (en) * | 2017-02-20 | 2018-11-06 | 泉州佰特产品设计服务有限公司 | A kind of printing driving drum scrub rotary broom suit regulating device |
| TWI643758B (en) * | 2017-04-19 | 2018-12-11 | 東遠精技工業股份有限公司 | Ink scraping device and applied screen printing machine |
| CN113547369A (en) * | 2021-07-23 | 2021-10-26 | 江苏库纳实业有限公司 | Aluminum profile cutting and shaping mechanism and cutting and shaping method thereof |
| CN113857098A (en) * | 2021-09-30 | 2021-12-31 | 东莞市超业精密设备有限公司 | Dust removing device |
| CN115446889A (en) * | 2022-11-10 | 2022-12-09 | 常州红壹智能装备有限公司 | A cutting machine for processing of lithium battery diaphragm |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| EE01 | Entry into force of recordation of patent licensing contract |
Assignee: Shenzhen Jiasen Technology Co. Ltd. Assignor: Jie Yungao Contract record no.: 2012440020437 Denomination of utility model: Automatic wiping mechanism for screen printing plates Granted publication date: 20120125 License type: Exclusive License Record date: 20121227 |
|
| LICC | Enforcement, change and cancellation of record of contracts on the licence for exploitation of a patent or utility model | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20120125 Termination date: 20160628 |