CN206202855U - A kind of Synchronous Transmission component - Google Patents

Abstract

The utility model provides a kind of Synchronous Transmission component, including support, also include drive link and synchronizing bar, transmission bracket bull stick, it is engaged on the first drive sprocket on the chain of chain conveying mechanism, it is respectively fixedly connected with the second drive sprocket and the 3rd drive sprocket on the bull stick, it is fixedly connected on the 4th drive sprocket on the synchronizing bar, around the first driving chain being located between first drive sprocket and second drive sprocket and around the second driving chain being located between the 3rd drive sprocket and the 4th drive sprocket, the first travelling gear is fixedly connected with the synchronizing bar, the second travelling gear coordinated with first drive sprocket is fixedly connected with the drive link.The Synchronous Transmission component that the utility model is provided directly obtains power from the chain of chain conveying mechanism, and keeps synchronization action with chain, without realizing synchronization action, simple structure and advantage of lower cost using complicated control system.

Description

A kind of Synchronous Transmission component

Technical field

The utility model is related to a kind of transmission component, especially a kind of Synchronous Transmission component.

Background technology

Although flow production line is had been widely used in the production with all kinds of ceramic tiles, in most of enterprise, ceramic tile Paster operation is generally stilled need by being accomplished manually, and labor strength is big, and production efficiency is relatively low.

Authorization Notice No. discloses a kind of new automatic glazed tile for the Chinese utility model patent of CN204037971U Production line device, including ceramic tile turns to machine, ceramic tile laminating machine, ceramic tile stacker and conveying device, in the flow-line equipment Ceramic tile turn to machine, ceramic tile laminating machine, ceramic tile stacker and conveying device and be respectively arranged with independent motor, each device it Between synchronization action need to be realized using the control system of complexity, complex structure and cost is of a relatively high.

In view of this, the applicant has carried out deep grinding to the transmission component on automatic glazed tile production line device Study carefully, there is this case to produce then.

Utility model content

The purpose of this utility model is to provide a kind of simple structure and cost relative point of relatively low Synchronous Transmission component.

To achieve these goals, the utility model is adopted the following technical scheme that：

A kind of Synchronous Transmission component, including support, also including the drive link being rotatably connected on the support and synchronizing bar, The transmission bracket that is rotatably connected on the synchronizing bar, the bull stick being rotatably connected in the transmission bracket, to be engaged on chain defeated Send the first drive sprocket on the chain of mechanism, the second drive sprocket and the 3rd being respectively fixedly connected with the bull stick Drive sprocket, the 4th drive sprocket being fixedly connected on the synchronizing bar, around being located at first drive sprocket and described The first driving chain between two drive sprockets and around being located between the 3rd drive sprocket and the 4th drive sprocket The second driving chain, the first travelling gear is fixedly connected with the synchronizing bar, be fixedly connected with the drive link and institute State the second travelling gear of the first drive sprocket cooperation.

Used as a kind of improvement of the present utility model, the 3rd drive sprocket is fixedly connected on described by electromagnetic clutch On bull stick.

As a kind of improvement of the present utility model, electromagnetic brake is additionally provided with the drive link.

Used as a kind of improvement of the present utility model, the transmission bracket includes rotating the first being connected with the synchronizing bar The supporting plate of second hack lever and vertical arrangement of bar and bar rotation connection, first hack lever, second hack lever With elongated slot or multiple bolt hole are offered in the supporting plate respectively, first hack lever and second hack lever are worn by bolt It is inserted on corresponding elongated slot or bolt hole and is mutually permanently connected, the supporting plate is interspersed in corresponding elongated slot or bolt by bolt Hole is fixedly connected on the frame or described cuts a sheet of paper on support.

Using above-mentioned technical proposal, the utility model has the advantages that：

1st, the Synchronous Transmission component that the utility model is provided directly obtains power from the chain of chain conveying mechanism, And synchronization action is kept with chain, compared with conventional solution, without realizing synchronization using complicated control system Action, simple structure and advantage of lower cost.

2nd, the action of paper feeding batch (-type) is realized by setting electromagnetic clutch, it is to avoid motor frequent start-stop, is conducive to improving The service life of motor；Additionally, preventing power transmission shaft from being rotated under effect of inertia by setting electromagnetic brake, be conducive to improving dynamic The accuracy of work.

Brief description of the drawings

Fig. 1 is the structural representation of the utility model ceramic tile automatic paper-cutting laminating apparatus；

Fig. 2 is the structural representation of the utility model mechanism for cutting sheet, clipped part in figure；

Fig. 3 is the cutting structural representation of the utility model mechanism for cutting sheet, clipped part in figure；

Fig. 4 is the structural representation of the utility model Synchronous Transmission component；

Fig. 5 is the structural representation of the utility model rubber-coated mechanism.

Correspondence is indicated in figure as follows：

100- frames；200- chain conveying mechanisms；

210- chains；300- mechanism for cutting sheet；

310- cuts a sheet of paper support；311- guide plates；

312- location-plates；320- paper roll rollers；

330- active pinch rollers；The driven pinch rollers of 340-；

350- cutting knifes；360- cylinders；

370- fix bars；380- connecting rods；

390- springs；400- rubber-coated mechanisms；

410- gluing supports；420- separating plates；

430- applies lacquer disk(-sc)；440- cross bars；

441- rollers；450- viscose glue rollers；

451- driving gears；460- spreading rollers；

461- grooves；470- takes glue cylinder；

471- driven gears；480- tamping drums；

481- sliding blocks；490- gluing transmission components；

491- the first gluing sprocket wheels；492- the second gluing sprocket wheels；

The gluing sprocket wheels of 493- the 3rd；The gluing sprocket wheels of 494- the 4th；

495- gluing chains；496- tensioning wheels；

500- detection modules；600- Synchronous Transmission components；

610- drive links；The travelling gears of 611- second；

612- electromagnetic brakes；620- synchronizing bars；

The travelling gears of 621- first；630- transmission brackets；

The hack levers of 631- first；The hack levers of 632- second；

633- supporting plates；640- bull sticks；

The drive sprockets of 650- first；The drive sprockets of 660- second；

The drive sprockets of 670- the 3rd；671- electromagnetic clutch；

The drive sprockets of 680- the 4th；The driving chains of 691- first；

The driving chains of 692- second.

Specific embodiment

The utility model is described further with specific embodiment below in conjunction with the accompanying drawings.

As shown in figure 1, the ceramic tile automatic paper-cutting laminating apparatus that the present embodiment is provided, including frame 100 and control module (figure Not shown in), wherein control module is conventional module, and not the emphasis of the present embodiment, no longer describes in detail herein.

The chain conveying mechanism 200 for conveying ceramic tile is provided with frame 100, chain conveying mechanism 200 can be normal The chain transfer of rule, also no longer describes in detail herein.The conveying mechanism of chain conveying mechanism 200 and tile packs streamline is mutually held in the mouth Connect, certainly, chain conveying mechanism 200 can also be directly as a part for tile packs streamline.

Mechanism for cutting sheet 300, rubber-coated mechanism 400 are provided with chain conveying mechanism 200 and for detecting ceramic tile position Detection module 500, wherein mechanism for cutting sheet 300 and rubber-coated mechanism 400 are passed with the chain 210 of chain conveying mechanism 200 respectively Dynamic connection, such mechanism for cutting sheet 300 and rubber-coated mechanism 400 can obtain power from chain 210 respectively, and can with it is defeated Chain 210 is sent to keep synchronization action.Additionally, mechanism for cutting sheet 300, rubber-coated mechanism 400 and detection module 500 respectively with control module Communication connection.

As shown in Figures 2 and 3, mechanism for cutting sheet 300 includes being fixedly connected in frame 100 and positioned at chain conveying mechanism The master of the support 310 of cutting a sheet of paper, the paper roll roller 320, axis for placing paper roll and the parallel arrangement of paper roll roller 320 of 200 tops Dynamic pressure wheel 330, the driven pinch roller 340 supported on active pinch roller 330, below active pinch roller 330 or driven pinch roller 340 Cutting knife 350 and the cylinder 360 for driving cutting knife 350 to move, the cylinder body of cylinder 360 is fixedly connected on cuts a sheet of paper on support 310.

In the present embodiment, paper roll roller 320 has two, when one of paper roll roller 320 is in running order, separately One paper roll roller 320 can so avoid the occurrence of paper roll and exhaust whole device needs shutdown wait when needing to change as standby Problem.

Active pinch roller 330 is connected with the chain 210 of chain conveying mechanism 200, specifically, active pinch roller 330 Synchronous Transmission component 600 is connected with and the chain 210 of the structure of chain transfer 200 between, as shown in figure 4, the Synchronous Transmission Component 600 includes being rotatably connected on the drive link 610 cut a sheet of paper on support 310 and synchronizing bar 620, is rotatably connected on synchronizing bar 620 On transmission bracket 630, the bull stick 640 being rotatably connected in transmission bracket 630, the conveying that is engaged on chain conveying mechanism 200 The first drive sprocket 650 on chain 210, the second drive sprocket 660 being respectively fixedly connected with bull stick 640 and the 3rd transmission Sprocket wheel 670, the 4th drive sprocket 680 being fixedly connected on synchronizing bar 620, pass around being located at the first drive sprocket 650 and second The first driving chain 691 between movable sprocket 660 and around being located between the 3rd drive sprocket 670 and the 4th drive sprocket 680 The second driving chain 692, the first travelling gear 621 is fixedly connected with synchronizing bar 620, be fixedly connected with drive link 610 The second travelling gear 611 coordinated with the first drive sprocket 621, active pinch roller 330 is fixedly connected on drive link 610.So, Chain 210 can drive active pinch roller 330 rotate by Synchronous Transmission component 600, and ensure the rotation of active pinch roller 330 with Chain 210 keeps synchronous.

It should be noted that the Synchronous Transmission component 600 of the present embodiment can also with other devices, however it is necessary that with Chain conveying mechanism is used cooperatively, certainly, when Synchronous Transmission component 600 is applied on other devices, in addition it is also necessary to set and branch Frame, drive link 610 and synchronizing bar 620 are rotatably connected on the support, and the part of transmission is needed on drive link 610 and other devices Drive connection.

Preferably, in the present embodiment, the 3rd drive sprocket 670 is fixedly connected on bull stick 640 by electromagnetic clutch 671 On, specifically, the input of electromagnetic clutch 671 is fixedly connected with bull stick 640, output end is fixed with the 3rd drive sprocket 670 Connection, can so disconnect the drive connection between active pinch roller 330 and chain 210 so that main by electromagnetic clutch 670 Dynamic pressure wheel 330 can realize that batch (-type) is rotated, and the intermittent time needs to carry out side according to cutting knife 350 to cut time of action and carries out It is determined that.

Preferably, in the present embodiment, electromagnetic brake 612 is additionally provided with drive link 610, electromagnetic brake 612 can After preventing electromagnetic clutch 671 from disconnecting the drive connection between drive link 610 and chain 210, drive link 610 is used It is rotated further in the presence of property.

Additionally, in order to ensure the first driving chain 691 and the Zhang Jindu of the second driving chain 692, it usually needs be provided with The tightener sprocket coordinated with the first driving chain 691 or the second driving chain 692, in order to simplify structure, in the present embodiment, passes Dynamic support 630 includes being rotated with synchronizing bar 620 second hack lever 632 of the first hack lever 631 and rotation connection of bull stick 640 being connected And the supporting plate 633 arranged vertically, the upper end of supporting plate 633 is supported on the shaft of the second hack lever 632.

Elongated slot or multiple bolts hole, first are offered in first hack lever 631, the second hack lever 632 and supporting plate 633 respectively It is interspersed on corresponding elongated slot or bolt hole by bolt between the hack lever 632 of bar 631 and second and is mutually permanently connected, after connection One hack lever 631 and the second hack lever 632 are located along the same line, so, position by adjustment bolt on corresponding elongated slot or Person's adjustment bolt is interspersed on different bolts hole, and the relative position of the first hack lever 631 and the second hack lever 632 can be adjusted It is whole, and then realize to the position between the first drive sprocket 650 and the second drive sprocket 660 and the and of the 3rd drive sprocket 670 The adjustment of the position between the 4th drive sprocket 680, realizes the adjustment of the rate of tension of the second driving chain 692；Likewise, support Plate 633 is interspersed in corresponding elongated slot or bolt hole by another bolt and is fixedly connected on frame 100 or cuts a sheet of paper on support 310, So that supporting plate 633 is adjustable relative to the position of frame 100 or support 310 of cutting a sheet of paper, certainly, frame 100 or cut a sheet of paper on support 310 Needs offer the screwed hole coordinated with the bolt.So, passed when by the first hack lever 631 and the regulation of the second hack lever 632 second When causing another chain-loose during dynamic chain 292, can be by adjusting supporting plate 633 relative to frame 100 or support 310 of cutting a sheet of paper Position may be such that the second hack lever 632 is rotated centered on synchronizing bar 620, realize to the rate of tension of the first driving chain 291 Regulation.

As shown in Figures 2 and 3, the driven pinch roller 340 of mechanism for cutting sheet 300 can directly or indirectly be rotatably connected on support of cutting a sheet of paper On 310, in the present embodiment, mechanism for cutting sheet 300 also include be fixedly connected on cut a sheet of paper it is on support 310 and parallel with drive link 310 Fix bar 370, connecting rod 380 is rotatably connected in fix bar 370, specifically, the shaft of connecting rod 380 is rotated with fixing pipe 370 Connection.Driven pinch roller 340 is cut a sheet of paper on support 310 by being rotatably connected on one end of connecting rod 380 to be rotatably connected on indirectly, connecting rod 380 other end is provided with spring 390, and one end of spring 390 is fixedly connected with connecting rod 380, and the other end is consolidated with support 310 of cutting a sheet of paper Fixed connection, such spring 390 can be applied towards the pre- of active pinch roller 330 by the leverage of connecting rod 380 to driven pinch roller 340 Clamp force, prevents coil paper from skidding.

Preferably, in the present embodiment, mechanism for cutting sheet 300 also includes being arranged on the He of guide plate 311 cut a sheet of paper on support 310 Location-plate 312, guide plate 311 is from the top of active pinch roller 330 through the contact position between active pinch roller 330 and driven pinch roller 340 Put at the position for extending close to cutting knife 350, certainly, guide plate 311 is to offer to allow at the corresponding position of active pinch roller 330 Position hole；Location-plate 312 is located between cutting knife 350 and driven pinch roller 340, and spacing between location-plate 312 and guide plate 311 from The upper end phase lower end of location-plate 312 is gradually reduced, and can so, between location-plate 312 and guide plate 311 form what is passed through for coil paper Passage, it is to avoid paper curling effect cuts precision when cutting.

Using preceding, paper roll is placed on paper roll roller 320, and one end of paper roll is pulled out, penetrated along guide plate 311 Between active pinch roller 330 and driven pinch roller 340；When using, paper roll from location-plate 312 and is led under the drive of active pinch roller 330 After passing certain distance to the passage between plate 311, control module control electromagnetic clutch 671 disconnects active pinch roller 330 and defeated The transmission between chain 210 is sent, control electromagnetic brake 612 is braked to drive link 610 so that paper roll stop motion, Then cylinder 360 drives cutting knife 350 to cut paper roll under the control of control module, and realization cuts to paper roll.

As shown in figure 5, rubber-coated mechanism 400 includes the gluing support 410 being fixedly connected in frame 100, is arranged on gluing Separating plate 420 on support 410, apply lacquer disk(-sc) 430 and cross bar 440 and be rotatably connected on respectively on gluing support 410 and mutually Parallel viscose glue roller 450, spreading roller 460 and glue cylinder 470 is taken, gluing support 410 and support 310 of cutting a sheet of paper can be same Support, i.e. both integral type connections, or separate support.Spreading roller 460 and take glue cylinder 470 and be located at respectively The both sides of viscose glue roller 450, and mutually support with viscose glue roller 450 respectively；Multiple is rotatably connected on cross bar 440 to support in painting Roller 441 on glue cylinder 460, separating plate 420 is located at the lower section of roller 441, and one end of separating plate 420 is supported in spreading roller On 460, apply lacquer disk(-sc) 430 and be located at the lower section for taking glue cylinder 470.

Spreading roller 460 is identical with the steering for taking glue cylinder 470, and the steering is consistent with the steering of chain 210, glues The steering of glue cylinder 450 and the steering of spreading roller 460 are opposite.Paper on mechanism for cutting sheet 300 is clamped in the He of spreading roller 460 Between roller 441, and in this process, applied toward the square motion of chain transfer 200 under the drive of spreading roller 460 Glue cylinder 460 is by glue uniform application in paper towards on the side of spreading roller 460；Glue on spreading roller 460 passes through Opposite rolling with viscose glue roller 450 is obtained from viscose glue roller 450, the glue on viscose glue roller 450 by with take glue cylinder 570 opposite rolling obtained on glue cylinder 470 from taking, and takes the glue on glue cylinder 470 then by the rolling of itself from gluing Obtained on disk 430.Paper from spreading roller 460 and roller 441 out after, from spreading roller 460 in the presence of separating plate 420 On separate, and moved on chain conveying mechanism 200 along separating plate 420, paste in place naturally under gravity In on the ceramic tile on chain conveying mechanism 200.

Preferably, in the present embodiment, the groove 461 coordinated with separating plate 420 is offered on spreading roller 460, is separated Support on the bottom land of groove 461 one end of plate 420.So it is able to ensure that separating plate 420 divides paper from spreading roller 460 From getting off.

Preferably, in the present embodiment, rubber-coated mechanism 400 also includes tamping drum 480 and is separately positioned on tamping drum The sliding block 481 at 480 two ends, sliding block 481 is slidably connected on gluing support 410, and can be glided relative on gluing support 410 It is dynamic, it is easy to adjust the spacing of tamping drum 480 and chain conveying mechanism 200, preferably paper is pressed on ceramic tile so that two The connection of person is more firm.

Additionally, the rubber-coated mechanism 400 of the present embodiment also includes being used for gluing transmission component 490, the gluing transmission component 490 Connect including the first gluing sprocket wheel 491 being engaged on the chain 210 of chain conveying mechanism 200 and the transmission of viscose glue roller 450 Connect the second gluing sprocket wheel 492 and spreading roller 460 drive connection the 3rd gluing sprocket wheel 493, be rotatably connected on gluing support The 4th gluing sprocket wheel 494 on 410 and around being located at the first gluing sprocket wheel 491, the second gluing sprocket wheel 492 and the 4th gluing chain Gluing chain 495 on wheel 494.

It is transportation sprocket 210 or gluing chain 495 with the space side that transportation sprocket 210 or gluing chain 495 are surrounded Inner side, corresponding opposite side is transportation sprocket 210 or the outside of gluing chain 495, and the first gluing sprocket wheel 491 is in carrier chain The outside of wheel 210 is engaged with transportation sprocket 210, the first gluing sprocket wheel 491, the second gluing sprocket wheel 492 and the 4th gluing sprocket wheel 494 All engaged with gluing chain 495 in the inner side of gluing chain 495, and the 3rd gluing sprocket wheel 493 the outside of gluing chain 495 with Gluing chain 495 is engaged.Meanwhile, driving gear 451 is connected with spreading roller 460, drive connection on glue cylinder 470 is taken There is the driven gear 471 engaged with driving gear 451.So, under the drive of transportation sprocket 210, spreading roller 460 and glue is taken The steering of roller 470 is identical, and the steering is consistent with the steering of chain 210, the steering of viscose glue roller 450 and spreading roller 460 steering is opposite.

Preferably, in the present embodiment, spreading roller 460 and the two ends of glue cylinder 470 are taken respectively by the way that be rotatably connected on can The sliding block slided on gluing support 410 is rotatably connected on gluing support 410 indirectly, is so conveniently adjusted spreading roller 460 With the relative position for taking glue cylinder 470.

Preferably, in the present embodiment, gluing transmission component 490 also includes being rotatably connected on opening on gluing support 410 Engaged with gluing chain 495 bearing up pulley 496, the inner side of the gluing chain 495 of tensioning wheel 496.

Detection module 500 is conventional module, mainly for detection of position of the ceramic tile on chain conveying mechanism 200, just The work schedule of electromagnetic clutch 671, electromagnetic brake 612 and cylinder 360 is controlled in control module, directly can be purchased from the market Acquisition is bought, is no longer described in detail herein.

The utility model is described in detail above in conjunction with accompanying drawing, but implementation method of the present utility model and not only It is limited to above-mentioned implementation method, those skilled in the art can make various modifications according to prior art to the utility model, such as will Cylinder 360 in above-described embodiment is changed to oil cylinder or push-rod electric machine etc., and these belong to protection domain of the present utility model.

Claims (4)

1. a kind of Synchronous Transmission component, including support, it is characterised in that the also drive link including being rotatably connected on the support With synchronizing bar, the transmission bracket being rotatably connected on the synchronizing bar, the bull stick being rotatably connected in the transmission bracket, engagement The first drive sprocket on the chain of chain conveying mechanism, the second driving-chain being respectively fixedly connected with the bull stick Wheel and the 3rd drive sprocket, the 4th drive sprocket being fixedly connected on the synchronizing bar, around being located at first drive sprocket And the first driving chain between second drive sprocket and around being located at the 3rd drive sprocket and the 4th transmission The second driving chain between sprocket wheel, is fixedly connected with the first travelling gear on the synchronizing bar, fixed on the drive link to connect It is connected to the second travelling gear coordinated with first drive sprocket.

2. Synchronous Transmission component as claimed in claim 1, it is characterised in that the 3rd drive sprocket passes through electromagnetic clutch It is fixedly connected on the bull stick.

3. Synchronous Transmission component as claimed in claim 1, it is characterised in that be additionally provided with electromagnetic braking on the drive link Device.

4. the Synchronous Transmission component as described in any claim in claim 1-3, it is characterised in that the transmission bracket bag Include the first hack lever and the bar rotation the second hack lever for connecting and the branch arranged vertically for being rotated with the synchronizing bar and being connected Fagging, offers elongated slot or multiple bolt hole respectively in first hack lever, second hack lever and the supporting plate, and described the One hack lever and second hack lever are interspersed on corresponding elongated slot or bolt hole by bolt and are mutually permanently connected, the supporting plate Corresponding elongated slot is interspersed in by bolt or bolt hole is fixedly connected on the bracket.