CN205220016U - Ready -made clothe digital printing machine's main frame and seal flower structure - Google Patents
Ready -made clothe digital printing machine's main frame and seal flower structure Download PDFInfo
- Publication number
- CN205220016U CN205220016U CN201520811725.9U CN201520811725U CN205220016U CN 205220016 U CN205220016 U CN 205220016U CN 201520811725 U CN201520811725 U CN 201520811725U CN 205220016 U CN205220016 U CN 205220016U
- Authority
- CN
- China
- Prior art keywords
- fixed
- decorating machine
- mainframe
- ready
- block
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
- 238000007639 printing Methods 0.000 title claims abstract description 61
- 230000007246 mechanism Effects 0.000 claims abstract description 70
- 238000007650 screen-printing Methods 0.000 claims abstract description 43
- 230000001360 synchronised effect Effects 0.000 claims abstract description 26
- 230000008878 coupling Effects 0.000 claims abstract description 14
- 238000010168 coupling process Methods 0.000 claims abstract description 14
- 238000005859 coupling reaction Methods 0.000 claims abstract description 14
- 230000005540 biological transmission Effects 0.000 claims abstract description 11
- 238000007641 inkjet printing Methods 0.000 abstract 3
- 230000006835 compression Effects 0.000 description 16
- 238000007906 compression Methods 0.000 description 16
- 238000009434 installation Methods 0.000 description 5
- 238000010586 diagram Methods 0.000 description 4
- 230000000694 effects Effects 0.000 description 3
- 239000004744 fabric Substances 0.000 description 3
- 238000005516 engineering process Methods 0.000 description 2
- 239000000463 material Substances 0.000 description 1
- 238000000034 method Methods 0.000 description 1
- 230000000630 rising effect Effects 0.000 description 1
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
- B41J—TYPEWRITERS; SELECTIVE PRINTING MECHANISMS, i.e. MECHANISMS PRINTING OTHERWISE THAN FROM A FORME; CORRECTION OF TYPOGRAPHICAL ERRORS
- B41J3/00—Typewriters or selective printing or marking mechanisms characterised by the purpose for which they are constructed
- B41J3/407—Typewriters or selective printing or marking mechanisms characterised by the purpose for which they are constructed for marking on special material
- B41J3/4078—Printing on textile
Landscapes
- Engineering & Computer Science (AREA)
- Textile Engineering (AREA)
- Screen Printers (AREA)
Abstract
The utility model provides a ready -made clothe digital printing machine's main frame and seal flower structure, it has constituted the partly of ready -made clothe digital printing machine that screen printing and ink jet printing combine, has realized screen printing and ink jet printing's function. Screen printing station and ink jet printing station set up around the direction of delivery of ready -made clothe, silk screen printing machine installs in the screen printing station, silk screen printing machine rear portion and main hinged rack, anterior piston with a cylinder is articulated, the cylinder body and the main hinged rack of a cylinder, main beam actuator lead screw rotates to be connected on the main frame to output shaft with main beam actuator motor, main beam actuator hold -in range slidable mounting is on the main frame, and both ends are fixed respectively on two main beam actuator hold -in ranges about jet printing machine's frame, two main beam actuator hold -in ranges pass through synchronous transmission shaft mechanism and connect, two drive wheels suit are respectively fixed on two counter drive shaft, final drive shaft's both ends are connected with two counter drive shaft through shaft coupling mechanism respectively.
Description
Technical field
The utility model relates to a kind of mainframe and printing structure of ready-made clothes digital decorating machine.
Background technology
Ready-made clothes digital decorating machine is used for carrying out stamp to T-shirt, shirt, coat etc., and stamp mode has ink-jet printed, screen printing etc., ink-jet printed and screen printing often needs different machines, and the printing machine simultaneously with the function of ink-jet printed and screen printing does not also occur.
Application number be 201310292419.4 Chinese patent disclose a kind of screen printing and digit printing associating printing device and printing method.It comprises frame, live-rollers, conveyer belt, screen printing mechanism and digit printing mechanism, conveyer belt is arranged on live-rollers, screen printing mechanism is arranged in frame, and digit printing mechanism is arranged in frame, and screen printing mechanism and digit printing mechanism match.Drive fabric to move by conveyer belt, use screen printing mechanism and digit printing mechanism opposite material to carry out printing operations, have large color lump pattern if fabric needs in the pattern printed, printed by screen printing mechanism; There is high-precision pattern if fabric needs in the pattern printed, printed by digit printing mechanism.But it is not what this patent adopted is screen printing and digit printing, then open as ink-jet printed technology, namely also there is no the ready-made clothes digital decorating machine of screen printing and ink-jet printed combination at present.
Utility model content
The purpose of this utility model is to overcome above shortcomings in prior art, and a kind of mainframe and printing structure of ready-made clothes digital decorating machine of reasonable in design are provided, which constitute a part for the ready-made clothes digital decorating machine of screen printing and ink-jet printed combination, achieve screen printing and ink-jet printed function.
The technical scheme in the invention for solving the above technical problem is: a kind of mainframe of ready-made clothes digital decorating machine and printing structure, is characterized in that: comprise mainframe, screen decorating machine, cylinder, ink-jet decorating machine and an ink-jet decorating machine driving mechanism; Be provided with ink-jet printed station and screen printing station at the top of mainframe, screen printing station and ink-jet printed station are arranged before and after the throughput direction of ready-made clothes; The middle part of mainframe is provided with workbench station, is provided with movable workbench passage in workbench station, and screen printing station and ink-jet printed station lay respectively at the top of movable workbench passage rear and front end; Screen decorating machine is arranged in screen printing station; Screen decorating machine rear portion and mainframe hinged, the anterior piston hinge with a cylinder, cylinder body and the mainframe of a cylinder are hinged; Ink-jet decorating machine is arranged in ink-jet printed station; Ink-jet decorating machine driving mechanism comprises girder and drives Timing Belt, girder drive motors, girder to drive screw mandrel, girder to drive feed screw nut and synchronous transmission shaft mechanism; Girder drive motors is arranged on mainframe; Girder drives screw mandrel to be rotatably connected on mainframe, and is connected with the output shaft of girder drive motors; Girder drives feed screw nut to drive screw mandrel to be connected with girder; Described ink-jet decorating machine and girder drive feed screw nut to fix; Girder drives Timing Belt to be slidably mounted on mainframe, and girder drives Timing Belt to be two, and left and right is arranged, and the two ends, left and right of the frame of ink-jet decorating machine are separately fixed at two girders and drive on Timing Belt; Two girders drive Timing Belt to be connected by synchronous transmission shaft mechanism; Synchronous transmission shaft mechanism comprises final drive shaft, drive, counter drive shaft and coupling body; Drive is two, drives Timing Belt to be connected respectively with two girders; Counter drive shaft is two, and two drives are set with and are fixed on two counter drive shafts; The two ends of final drive shaft are connected with two counter drive shafts respectively by coupling body.
The utility model also comprises micro-adjusting mechanism, and micro-adjusting mechanism is arranged on mainframe; Micro-adjusting mechanism comprises fine setting cylinder, hoisting frame, No. two fixed blocks, lift block, hoist hook and No. three fixed blocks; Fine setting cylinder is arranged in the frame of screen decorating machine; No. two fixed blocks are fixed in the frame of screen decorating machine; Hoisting frame is connected with fine setting cylinder piston, and hoisting frame and No. two fixed blocks are slidably connected; Lift block and hoisting frame are rotationally connected; No. three fixed blocks are fixed on the printing forme of screen decorating machine; Hoist hook one end and lift block are fixed, and the other end hooks No. three fixed blocks.
Ink-jet printed station described in the utility model is fixed with Timing Belt backplate, and Timing Belt backplate is arranged along the throughput direction of ready-made clothes.
Timing Belt backplate described in the utility model is two, and left and right is arranged.
No. three fixed blocks described in the utility model are fixed with joint pin, and the other end of described hoist hook hooks joint pin.
The frame of screen decorating machine described in the utility model has many fixed block mounting grooves be arranged in parallel, No. two fixed block bolts are fixedly connected with fixed block mounting groove.
Coupling body described in the utility model comprises a contiguous block, No. two contiguous blocks and No. three contiguous blocks; A contiguous block is divided into the first block and the second block, and the first block and the second block are oppositely arranged and are fixedly clamped by counter drive shaft, and the first block and the second block bolt are fixed; No. two contiguous block bolts and a contiguous block are fixed; The end bolt of final drive shaft is fixed with a fixed block, and No. three contiguous blocks are fixedly clamped by the end of a fixed block and final drive shaft; No. three contiguous blocks and No. two contiguous block bolts are fixed.
The frame of screen decorating machine described in the utility model has many front mounting plate mounting grooves be arranged in parallel.
The utility model compared with prior art, has the following advantages and effect: reasonable in design, in the ready-made clothes digital decorating machine of screen printing and ink-jet printed combination, realize screen printing and ink-jet printed function, and stamp excellent in efficiency.
Accompanying drawing explanation
Figure 1A and Figure 1B is the perspective view of the ready-made clothes digital decorating machine applying the utility model embodiment.
Fig. 2 is the side-looking structural representation of the ready-made clothes digital decorating machine applying the utility model embodiment.
Fig. 3 is the structure for amplifying schematic diagram of the part A of Fig. 1.
Fig. 4 is the partial structurtes schematic diagram 1 of the ready-made clothes digital decorating machine applying the utility model embodiment.
Fig. 5 is the partial structurtes schematic diagram 2 of the ready-made clothes digital decorating machine applying the utility model embodiment.
Fig. 6 is the sectional perspective structural representation of the ready-made clothes digital decorating machine applying the utility model embodiment.
Fig. 7 is the partial side TV structure schematic diagram of the ready-made clothes digital decorating machine applying the utility model embodiment.
Fig. 8 is the side-looking structural representation of a workbench of the ready-made clothes digital decorating machine applying the utility model embodiment.
Fig. 9 is the side-looking structural representation of No. two workbench of the ready-made clothes digital decorating machine applying the utility model embodiment.
Figure 10 is the backsight structural representation of No. two workbench of the ready-made clothes digital decorating machine applying the utility model embodiment.
Detailed description of the invention
Below in conjunction with accompanying drawing, also by embodiment, the utility model is described in further detail, and following examples are that the utility model is not limited to following examples to explanation of the present utility model.
See accompanying drawing, in the ready-made clothes digital decorating machine applying the utility model embodiment, in ink-jet decorating machine 15, be provided with ink-jet printed region, ready-made clothes in this ink-jet printed region by ink-jet decorating machine 15 stamp.Be provided with screen printing region in screen decorating machine 8, ready-made clothes in this screen printing region by screen decorating machine 8 stamp.The operation principle of ink-jet decorating machine 15 and screen decorating machine 8 is prior art, is not repeated.
The top of mainframe 1 is shaped as frame, and it is provided with ink-jet printed station and screen printing station, and screen printing station and ink-jet printed station are arranged before and after the throughput direction of ready-made clothes, and screen printing station is front, and ink-jet printed station is rear.Ink-jet decorating machine 15 is arranged in ink-jet printed station, screen decorating machine 8 is arranged in screen printing station, such screen decorating machine 8 and ink-jet decorating machine 15 are just arranged on mainframe 1 before and after the throughput direction of ready-made clothes, screen decorating machine 8 is front, ink-jet decorating machine 15, rear, also makes ink-jet printed region and screen printing region arrange before and after the throughput direction of ready-made clothes on mainframe 1.
Ink-jet printed station is fixed with Timing Belt backplate 6, Timing Belt backplate 6 is arranged along the throughput direction of ready-made clothes.In the present embodiment, Timing Belt backplate 6 is two, and left and right is arranged.
The middle part of mainframe 1 is provided with workbench station, is provided with movable workbench passage in workbench station, and movable workbench passage communicates with ink-jet printed region and screen printing region.
Screen printing station is provided with rear installing plate 5, rear installing plate 5 is hinged on mainframe 1.
The frame of screen decorating machine 8 has many front mounting plate mounting grooves 2 be arranged in parallel, front mounting plate 4 bolt is fixedly connected with front mounting plate mounting groove 2, and then has been fixed in the frame of screen decorating machine 8.Front mounting plate mounting groove 2 makes front mounting plate 4 have multiple installation site, and front mounting plate 4 can be fixed along front mounting plate mounting groove 2, and the installation site therefore adjusting front mounting plate 4 is very convenient, is conducive to improving efficiency of assembling.
Arrange before and after front mounting plate 4 and rear installing plate 5, front mounting plate 4 is front, and rear installing plate 5 is rear.Front mounting plate 4 is a pair, and left and right is arranged; Rear installing plate 5 is a pair, and left and right is arranged.
Rear portion and the rear installing plate 5 of screen decorating machine 8 are fixed.Piston and the front mounting plate 4 of a cylinder 9 are hinged, and cylinder body and the mainframe 1 of a cylinder 9 are hinged.Flexible by the piston of a cylinder 9, screen decorating machine 8 can rotate up and down on mainframe 1, can be pivotally lowered into operating position, upwards turn to off-position.
Ink-jet decorating machine driving mechanism comprises girder and drives Timing Belt 10, girder drive motors 11, girder to drive screw mandrel, girder to drive feed screw nut, synchronous transmission shaft mechanism 14.
Girder drive motors 11 is arranged on mainframe 1.
Girder drives screw mandrel to be rotatably connected on mainframe 1, and is connected with the output shaft of girder drive motors 11.Girder drives screw mandrel to arrange along the throughput direction of ready-made clothes.Girder drives feed screw nut to drive screw mandrel to be connected with girder.Ink-jet decorating machine 15 and girder drive feed screw nut to fix.The output shaft of girder drive motors 11 can drive girder to drive screw mandrel to rotate, girder drives screw mandrel that girder can be driven to drive feed screw nut to move forward and backward along the throughput direction of ready-made clothes, girder drives feed screw nut to drive ink-jet decorating machine 15 to move forward and backward along the throughput direction of ready-made clothes, the printing head of ink-jet decorating machine 15 itself can move left and right, and so just can realize carrying out stamp to the ready-made clothes in ink-jet printed region.
Girder drives Timing Belt 10 to be slidably mounted on mainframe 1, and arranges along the throughput direction of ready-made clothes; Girder drives Timing Belt 10 to be two, and left and right is arranged, and is separately positioned in two Timing Belt backplates 6, and Timing Belt backplate 6 pairs of girders drive Timing Belt 10 to play baffle effect, prevents girder from driving the side of Timing Belt 10 come out and produce potential safety hazard.The two ends, left and right of the frame of ink-jet decorating machine 15 are separately fixed at two girders and drive on Timing Belt 10.Two girders drive Timing Belt 10 to be connected by synchronous transmission shaft mechanism 14.
When ink-jet decorating machine 15 moves forward and backward along the throughput direction of ready-made clothes, girder is driven to drive Timing Belt 10 to move forward and backward; And two girders drive Timing Belt 10 to be linked together by synchronous transmission shaft mechanism 14, synchronization-moving time mobile, girder drives Timing Belt 10 to react on ink-jet decorating machine 15, make two ends, the left and right synchronizing moving of ink-jet decorating machine 15, ink-jet decorating machine 15 is moved more steadily precisely, improves printing quality.
Synchronous transmission shaft mechanism 14 comprises final drive shaft 16, drive 17, counter drive shaft 18 and coupling body.
Drive 17 is two, drives Timing Belt 10 to be connected respectively with two girders.
Counter drive shaft 18 is two, and two drives 17 are set with and are fixed on two counter drive shafts 18.
Two counter drive shafts 18 are arranged on the two ends of final drive shaft 16, and counter drive shaft 18 is connected with final drive shaft 16 by coupling body.
Coupling body comprises a contiguous block 19, No. two contiguous blocks 20 and No. three contiguous blocks 21.
A contiguous block 19 is divided into the first block 22 and the second block 23, first block 22 and the second block 23 to be oppositely arranged being fixedly clamped by counter drive shaft 18, and the first block 22 and the second block 23 are fixed with bolt.Unthread bolts, the first block 22 is separated with the second block 23, and a contiguous block 19 just can be separated with counter drive shaft 18.
No. two contiguous blocks 20 bolt and contiguous blocks 19 are fixed, and unthread bolts, No. two contiguous blocks 20 just can be separated with a contiguous block 19.
No. three contiguous blocks 21 are fixedly clamped by the end that the end bolt of final drive shaft 16 is fixed with a fixed block 24, fixed block 24 and final drive shaft 16.Unthread bolts, the end separating of a fixed block 24 and final drive shaft 16, No. three contiguous blocks 21 just can be separated.
No. three contiguous blocks 21 and No. two contiguous blocks 20 are fixed with bolt.Unthread bolts, No. three contiguous blocks 21 are separated with No. two contiguous blocks 20.
The installation and removal of coupling body are very convenient, only need the bolt by turning on or tighten relevant position, and just coupling body can be decomposed or assemble up, such efficiency of assembling is high, safeguards simple.
Coupling body is two, is arranged on the two ends of final drive shaft 16, and the two ends of final drive shaft 16 are connected with two counter drive shafts 18 respectively by two coupling bodies, and then two drives 17 realize synchronous axial system, makes two girders drive Timing Belt 10 synchronizing moving.
Micro-adjusting mechanism comprises fine setting cylinder 25, hoisting frame 26, No. two fixed blocks 27, lift block 28, hoist hook 29, No. three fixed blocks 7.
The cylinder body of fine setting cylinder 25 is fixed in the frame of screen decorating machine 8.
The frame of screen decorating machine 8 has many fixed block mounting grooves be arranged in parallel 29, No. two fixed block 27 bolts to be fixedly connected with fixed block mounting groove 29, and then be fixed in the frame of screen decorating machine 8.Fixed block mounting groove 29 makes No. two fixed blocks 27 have multiple installation site, and No. two fixed blocks 27 can be fixed along fixed block mounting groove 29, and the installation site therefore adjusting No. two fixed blocks 27 is very convenient, is conducive to improving efficiency of assembling.
Hoisting frame 26 is connected with the piston of fine setting cylinder 25, and hoisting frame 26 and No. two fixed blocks 27 are slidably connected.
Lift block 28 and hoisting frame 26 are rotationally connected.
No. three fixed blocks 7 are fixed on the printing forme 30 of screen decorating machine 8.
Hoist hook 29 one end and lift block 28 are fixed, and the other end hooks No. three fixed blocks 7.This Standard is convenient, and changing the outfit of printing forme 30 also facilitates, and only needs upwards to lift printing forme 30, and No. three fixed blocks 7 will spin off from hoist hook 29, and then realizes being separated of printing forme 30 and micro-adjusting mechanism; After finishing changing, be reentered in hoist hook 29 by No. three fixed blocks 7, printing forme 30 is just connected with micro-adjusting mechanism again.No. three fixed blocks 7 are fixed with joint pin, and the other end of hoist hook 29 hooks joint pin, so just hook up to No. three fixed blocks 7.
The piston of fine setting cylinder 25 moves up and down, and is driven printing forme 30 to move up and down finely tuned by hoisting frame 26, lift block 28, hoist hook 29, No. three fixed blocks 7.Lift block 28 and hoisting frame 26 are rotationally connected, and hoist hook 29 hooks joint pin, provides multiple free degree to micro-adjusting mechanism, and assembling is more convenient like this, do not need to arrange very high assembly precision and just can realize the effect that fine setting cylinder 25 drives printing forme 30 to move up and down.
Printing forme mounting groove 32 after the afterbody of the frame of screen decorating machine 8 has, the afterbody of printing forme 30 is arranged in rear printing forme mounting groove 32.Fastening cylinder 33 is arranged in the frame of screen decorating machine 8, and is connected with the afterbody of printing forme 30, is fixed in rear printing forme mounting groove 32 by the afterbody of printing forme 30.Printing forme fixed head 3 has front printing forme mounting groove 34, the head of printing forme 30 is arranged in front printing forme mounting groove 34.Fastening bolt 35 is arranged on wire printing plate fixed head 3, and is connected with the head of printing forme 30, is fixed in front printing forme mounting groove 34 by the head of printing forme 30.Printing forme fixed head 3 is connected with micro-adjusting mechanism, and above-mentioned No. three fixed blocks 7 are fixed on printing forme fixed head 3, and namely No. three fixed blocks 7 are fixed on the printing forme 30 of screen decorating machine 8 by printing forme fixed head 3.This part structure makes changing the outfit of printing forme 30 very convenient, only need to unclamp fastening cylinder 33, and joint pin and hoist hook 29 depart from, printing forme 30 and printing forme fixed head 3 just can together with take out from screen decorating machine 8, and then turn on fastening bolt 35, printing forme 30 just can be separated with printing forme fixed head 3.
Table mechanism is arranged in workbench station, and it comprises workbench and travel mechanism.
Workbench is two, comprises a workbench 36 and No. two workbench 45.A workbench 36 and No. two workbench 45 are all arranged in movable workbench passage.
Travel mechanism comprises movement synchronous belt 37, travel mechanism's motor 38, travel mechanism's screw mandrel, travel mechanism feed screw nut, a slide block 41, guide rail 42, No. two slide blocks 43 and No. two guide rails 44.
Travel mechanism's motor 38 is arranged on mainframe 1.
Travel mechanism's screw mandrel is rotatably connected on mainframe 1, and is connected with the output shaft of travel mechanism motor 38.Travel mechanism's screw mandrel is arranged along the throughput direction of ready-made clothes.Travel mechanism feed screw nut is connected with travel mechanism screw mandrel.
A guide rail 42 is fixed on mainframe 1, and arranges along the throughput direction of ready-made clothes.A slide block 41 and a guide rail 42 are slidably connected.
A workbench 36 is fixed with travel mechanism feed screw nut and a slide block 41.The output shaft of travel mechanism's motor 38 can drive travel mechanism's screw mandrel to rotate, travel mechanism's screw mandrel can drive travel mechanism feed screw nut to move forward and backward along the throughput direction of ready-made clothes, and travel mechanism feed screw nut drives a workbench 36 to move forward and backward along the throughput direction of ready-made clothes in movable workbench passage.
No. two guide rails 44 are fixed on mainframe 1, and arrange along the throughput direction of ready-made clothes.No. two slide blocks 43 and No. two guide rails 44 are slidably connected.
No. two workbench 45 and No. two slide blocks 43 are fixed.
Movement synchronous belt 37 is annular, is slidably mounted on mainframe 1, and arranges along the throughput direction of ready-made clothes; According to the principle of Timing Belt, two zone faces up and down of movement synchronous belt 37 are that synchronous backward moves.No. two workbench 45 and a workbench 36 are separately fixed on two zone faces up and down of movement synchronous belt 37.
When a workbench 36 moves forward and backward along the throughput direction of ready-made clothes in movable workbench passage, drive the lower belt surface synchronizing moving of movement synchronous belt 37, and the upper zone face synchronous backward of movement synchronous belt 37 moves, the upper zone face of movement synchronous belt 37 drives No. two workbench 45 throughput direction synchronizing moving along ready-made clothes in movable workbench passage, like this, a workbench 36 and No. two workbench 45 have just been carried out synchronous backward and have been moved.When a table top 47 of a workbench 36 moves to ink-jet printed region, No. two table tops 50 of No. two workbench 45 move to screen printing region; When a table top 47 of a workbench 36 moves to screen printing region, No. two table tops 50 of No. two workbench 45 move to ink-jet printed region, can change between ink-jet printed and screen printing when such ready-made clothes carries out stamp, and ink-jet printed and screen printing can be carried out (not being same ready-made clothes simultaneously, namely one in screen printing, another part is ink-jet printed), operating efficiency is high.
A workbench 36 comprises an abutment body 46, table top 47, table top lift cylinder 48, hold-down mechanism and the mechanism 40 that moves playing surface.
An abutment body 46 is fixed with travel mechanism feed screw nut, a slide block 41 and movement synchronous belt 37, and such workbench 36 is just fixed with travel mechanism feed screw nut, a slide block 41 and movement synchronous belt 37.Table top lift cylinder 48 is arranged on an abutment body 46, and the bottom of the piston of table top lift cylinder 48 and a table top 47 is fixed, and the piston of table top lift cylinder 48 can drive the oscilaltion of a table top 47 to move.When a workbench 36 and No. two workbench 45 sync directions move, time both have and cross, table top lift cylinder 48 can drive a table top 47 to drop to below No. two workbench 45, prevents two workbench when crossing from colliding; When two workbench arrive operating position, table top lift cylinder 48 drives table top 47 rising to reset.
A hold-down mechanism comprises a compression bar 31 and a compression cylinder 39.A compression cylinder 39 is arranged on a table top 47.A compression bar 31 is connected with the piston of a compression cylinder 39, and coordinates with a table top 47.Pledge clothes and be placed on after on a table top 47, the piston of a compression cylinder 39 promotes a compression bar 31, compression bar 31 inwards and coordinates with a table top 47 and a part for clothes clamped, such that clothes is fixing can not arbitrarily movement.
Table top 47 comprises a table-board body 51 and a surface rack 52, table-board body 51 is slidably mounted on a surface rack 52; After a table-board body 51 skids off, just can in a table-board body 51, put the clothes of non-stamp or get the clothes of stamp, make easy to operate.The bottom of the piston of table top lift cylinder 48 and a surface rack 52 is fixed.
The mechanism 40 that moves playing surface is connected with a table-board body 51, and a table-board body 51 can be driven to slide on a surface rack 52.The mechanism 40 that moves playing surface can adopt motor lead screw mechanism.
No. two workbench 45 comprise No. two abutment bodies 49, No. two table tops 50, No. two hold-down mechanisms and No. two mechanisms 53 that move playing surface.
No. two abutment bodies 49 and No. two slide blocks 43 and movement synchronous belt 37 are fixed, such No. two workbench 45 just with No. two slide blocks 43 and movement synchronous belt 37 fixing.Have in No. two abutment bodies 49 by groove 54, the width of a table top 47 is greater than by the width of groove 54, a table top 47 after declining when such two workbench cross is by by groove 54, this structure can make a table top 47 without the need to dropping to the below of whole No. two workbench 45, makes overall structure compacter.No. two table tops 50 are fixed on the top of No. two abutment bodies 49.
No. two hold-down mechanisms comprise No. two compression bars 55 and No. two compression cylinders 56.No. two compression cylinders 56 are arranged on No. two table tops 50.No. two compression bars 55 are connected with the piston of No. two compression cylinders 56, and coordinate with No. two table tops 50.Pledge clothes and be placed on after on No. two table tops 50, the piston of No. two compression cylinders 56 promotes No. two compression bars 55, No. two compression bars 55 inwards and coordinates with No. two table tops 50 and a part for clothes clamped, such that clothes is fixing can not arbitrarily movement.
No. two table tops 50 comprise No. two table-board body 57 and No. two surface racks 58, No. two table-board body 57 are slidably mounted on No. two surface racks 58; After No. two table-board body 57 skid off, just can in No. two table-board body 57, put the clothes of non-stamp or get the clothes of stamp, make easy to operate.No. two surface racks 58 are fixed on the top of No. two abutment bodies 49.
No. two mechanisms 53 that move playing surface are connected with No. two table-board body 57, and No. two table-board body 57 can be driven to slide on No. two surface racks 58.No. two mechanisms 53 that move playing surface can adopt motor lead screw mechanism.
In addition, it should be noted that, the specific embodiment described in this description, the shape, institute's title of being named etc. of its parts and components can be different, and the above content described in this description is only to the explanation of the utility model structure example.
Claims (8)
1. the mainframe of ready-made clothes digital decorating machine and a printing structure, is characterized in that: comprise mainframe, screen decorating machine, cylinder, ink-jet decorating machine and an ink-jet decorating machine driving mechanism; Be provided with ink-jet printed station and screen printing station at the top of mainframe, screen printing station and ink-jet printed station are arranged before and after the throughput direction of ready-made clothes; The middle part of mainframe is provided with workbench station, is provided with movable workbench passage in workbench station, and screen printing station and ink-jet printed station lay respectively at the top of movable workbench passage rear and front end; Screen decorating machine is arranged in screen printing station; Screen decorating machine rear portion and mainframe hinged, the anterior piston hinge with a cylinder, cylinder body and the mainframe of a cylinder are hinged; Ink-jet decorating machine is arranged in ink-jet printed station; Ink-jet decorating machine driving mechanism comprises girder and drives Timing Belt, girder drive motors, girder to drive screw mandrel, girder to drive feed screw nut and synchronous transmission shaft mechanism; Girder drive motors is arranged on mainframe; Girder drives screw mandrel to be rotatably connected on mainframe, and is connected with the output shaft of girder drive motors; Girder drives feed screw nut to drive screw mandrel to be connected with girder; Described ink-jet decorating machine and girder drive feed screw nut to fix; Girder drives Timing Belt to be slidably mounted on mainframe, and girder drives Timing Belt to be two, and left and right is arranged, and the two ends, left and right of the frame of ink-jet decorating machine are separately fixed at two girders and drive on Timing Belt; Two girders drive Timing Belt to be connected by synchronous transmission shaft mechanism; Synchronous transmission shaft mechanism comprises final drive shaft, drive, counter drive shaft and coupling body; Drive is two, drives Timing Belt to be connected respectively with two girders; Counter drive shaft is two, and two drives are set with and are fixed on two counter drive shafts; The two ends of final drive shaft are connected with two counter drive shafts respectively by coupling body.
2. the mainframe of ready-made clothes digital decorating machine according to claim 1 and printing structure, it is characterized in that: also comprise micro-adjusting mechanism, micro-adjusting mechanism is arranged on mainframe; Micro-adjusting mechanism comprises fine setting cylinder, hoisting frame, No. two fixed blocks, lift block, hoist hook and No. three fixed blocks; Fine setting cylinder is arranged in the frame of screen decorating machine; No. two fixed blocks are fixed in the frame of screen decorating machine; Hoisting frame is connected with fine setting cylinder piston, and hoisting frame and No. two fixed blocks are slidably connected; Lift block and hoisting frame are rotationally connected; No. three fixed blocks are fixed on the printing forme of screen decorating machine; Hoist hook one end and lift block are fixed, and the other end hooks No. three fixed blocks.
3. the mainframe of ready-made clothes digital decorating machine according to claim 1 and 2 and printing structure, it is characterized in that: described ink-jet printed station is fixed with Timing Belt backplate, Timing Belt backplate is arranged along the throughput direction of ready-made clothes.
4. the mainframe of ready-made clothes digital decorating machine according to claim 3 and printing structure, is characterized in that: described Timing Belt backplate is two, and left and right is arranged.
5. the mainframe of ready-made clothes digital decorating machine according to claim 2 and printing structure, is characterized in that: No. three described fixed blocks are fixed with joint pin, and the other end of described hoist hook hooks joint pin.
6. the mainframe of ready-made clothes digital decorating machine according to claim 1 and printing structure, it is characterized in that: the frame of described screen decorating machine has many fixed block mounting grooves be arranged in parallel, No. two fixed block bolts are fixedly connected with fixed block mounting groove.
7. the mainframe of ready-made clothes digital decorating machine according to claim 1 and printing structure, is characterized in that: described coupling body comprises a contiguous block, No. two contiguous blocks and No. three contiguous blocks; A contiguous block is divided into the first block and the second block, and the first block and the second block are oppositely arranged and are fixedly clamped by counter drive shaft, and the first block and the second block bolt are fixed; No. two contiguous block bolts and a contiguous block are fixed; The end bolt of final drive shaft is fixed with a fixed block, and No. three contiguous blocks are fixedly clamped by the end of a fixed block and final drive shaft; No. three contiguous blocks and No. two contiguous block bolts are fixed.
8. the mainframe of ready-made clothes digital decorating machine according to claim 1 and printing structure, is characterized in that: the frame of described screen decorating machine has many front mounting plate mounting grooves be arranged in parallel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520811725.9U CN205220016U (en) | 2015-10-20 | 2015-10-20 | Ready -made clothe digital printing machine's main frame and seal flower structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520811725.9U CN205220016U (en) | 2015-10-20 | 2015-10-20 | Ready -made clothe digital printing machine's main frame and seal flower structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205220016U true CN205220016U (en) | 2016-05-11 |
Family
ID=55895107
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520811725.9U Active CN205220016U (en) | 2015-10-20 | 2015-10-20 | Ready -made clothe digital printing machine's main frame and seal flower structure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205220016U (en) |
-
2015
- 2015-10-20 CN CN201520811725.9U patent/CN205220016U/en active Active
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN105235362B (en) | A kind of ready-made clothes digital decorating machine and the method that stamp is carried out to ready-made clothes | |
| CN205167816U (en) | Ready -made clothe digital printing machine | |
| CN206046984U (en) | A kind of double riveter | |
| CN105946365B (en) | Three jet head sets while stamp digital inkjet printing machine | |
| CN205167817U (en) | Ready -made clothe digital printing machine screen printing structure | |
| CN206141092U (en) | Full -automation multicolor screen printing machine | |
| CN205167820U (en) | Ready -made clothe digital printing machine's rack construction | |
| CN205167909U (en) | Ready -made clothe digital printing machine's main frame and ink jet printing structure | |
| CN205167890U (en) | Ready -made clothe digital printing machine's ink jet printing structure | |
| CN102555037B (en) | Device for producing tile cloth with natural crack effect of stone | |
| CN205167912U (en) | Ready -made clothe digital printing machine's main frame and workstation structure | |
| CN105584216B (en) | Flat plate-type four-nozzle assembly simultaneous printing digital ink-jet decorating machine | |
| CN205220021U (en) | Ready -made clothe digital printing machine's worktable mechenism | |
| CN205220016U (en) | Ready -made clothe digital printing machine's main frame and seal flower structure | |
| CN205220017U (en) | Ready -made clothe digital printing machine's seal flower structure | |
| CN205167889U (en) | Ready -made clothe digital printing machine's ink jet printing structure | |
| CN205167913U (en) | Ready -made clothe digital printing machine's jet printing machine and silk screen printing machine drive structure | |
| CN205167919U (en) | Ready -made clothe digital printing machine's jet printing machine drive structure | |
| CN205167830U (en) | Ready -made clothe digital printing machine's silk screen printed sheet mounting structure | |
| CN205167831U (en) | Ready -made clothe digital printing machine's silk screen printed sheet fine setting structure | |
| CN211268361U (en) | Moon cake extrusion forming device capable of improving pressing efficiency | |
| CN205167826U (en) | Ready -made clothe digital printing machine's workstation structure | |
| CN208484365U (en) | A kind of lead screw gear of screen process press | |
| CN106042658B (en) | Stamp printing device | |
| CN103100839B (en) | A kind of radio panel button disassembling fixture |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |