CN202864541U - Paper uniforming device - Google Patents
Paper uniforming device Download PDFInfo
- Publication number
- CN202864541U CN202864541U CN 201220166318 CN201220166318U CN202864541U CN 202864541 U CN202864541 U CN 202864541U CN 201220166318 CN201220166318 CN 201220166318 CN 201220166318 U CN201220166318 U CN 201220166318U CN 202864541 U CN202864541 U CN 202864541U
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- neat
- cam
- block
- paper
- spring
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Abstract
A paper uniforming device is characterized by comprising a power source, a longitudinal transmission mechanism, a transversal transmission mechanism, a lateral paper uniforming plate, a front-rear paper uniforming plate, a base, a sliding guide mechanism and a fixing part; an output end of the power source is connected with an input end of the longitudinal transmission mechanism; one output end of the longitudinal transmission mechanism is connected with an input end of the transversal transmission mechanism, and the other output end is fixedly connected with the front-rear paper uniforming plate through a fixing part; an output end of the transversal transmission mechanism is fixedly connected with the lateral paper uniforming plate through the fixing part; and the transversal transmission mechanism is connected with the base through the sliding guide mechanism. The utility model has the following superiorities: 1. one drive can realize two actions and the energy saving effect is remarkable; 2. the speed can be adjusted as required and can be set flexibly; 3. the paper uniforming position is more accurate; 4. the noise is reduced.
Description
(1) technical field:
The utility model is applicable to printing machinery, and a kind of neat paper apparatus of the equipment that neat paper requires is arranged when being particularly useful for the single printed product quality testing machinework in the printing machinery.
(2) background technology:
Along with market to the increasing of checking machine demand, improve the crudy of checking machine and improve the process velocity of checking machine more and more important.
What in the prior art the neat paper work of single printed product quality detector stacking collection is extensively adopted is cylinder to be installed or electromagnetic shaker reaches becoming the neat paper work of buttress paper at each neat cardboard, although the method can be finished its job requirement, but exist to the printing breadth of processing adjust underaction, the little and well-known aerodynamic noise of speed Applicable scope can be very large, the action defectives such as easy printing product periphery damages of not releiving.
(3) utility model content:
The utility model purpose is to provide a kind of neat paper apparatus, it can solve the deficiencies in the prior art, the utility model adopts a driving, action when can realize simultaneously the neat cardboard of fore-and-aft direction and left and right directions, neat paper action is more convenient, smooth and easy, neat chart speed degree can be regulated arbitrarily, and one drives two kinds of actions of realization, and energy-saving effect is remarkable.
The technical solution of the utility model: a kind of neat paper apparatus is characterized in that it is made of propulsion source, vertical transmission device, transverse transmission mechanism, paper side ordering plate, the neat cardboard in front and back, base, sliding guide mechanism and connecting element; The mouth of described propulsion source connects the input end of vertical transmission device; A mouth of described vertical transmission device connects the input end of transverse transmission mechanism, and another mouth is according to neat cardboard before and after the connecting element captive joint; The mouth of described transverse transmission mechanism is according to connecting element captive joint paper side ordering plate; Described transverse transmission mechanism connects base according to sliding guide mechanism.
Vertical transmission device described above is made of belt, belt wheel, transmission shaft, the neat cam in front and back, cam following bearing a, fixed block, right side block, spring a, long permanent seat, the neat cam of side, spring b, the neat cardboard slide rail in front and back and left side block; One end of described belt connects propulsion source, and the other end connects belt wheel; Described belt wheel is captiveed joint according to attaching parts with a side of transmission shaft; Described transmission shaft is captiveed joint according to attaching parts with the neat cam in front and back; The outer rim of the neat cam in described front and back and cam following bearing a cylindrical are tangent; Axle head is fixed with nut behind the beam warp fixed block via hole of described cam following bearing a; Described fixed block is captiveed joint with a side of right side block; The another side of described right side block and the end of spring a are adjacent to; The other end of described spring a is adjacent to long permanent seat one side; The end of the opposite side of described long permanent seat and spring b is adjacent to; The other end of described spring b and block inboard, left side are adjacent to; Captive joint with the neat cardboard slide rail in front and back in the upper end of described right side block; The lower end of described right side block and left side block is fixedly connected on the upper plane of the neat cam of side; The neat cardboard slide rail in described front and back is captiveed joint according to attaching parts with the neat cardboard in front and back; Described long permanent seat is fixedly connected on the base;
Described sliding guide mechanism is made of slide block and guide rail, captives joint with the neat cam of side in the upper plane of described guide rail, described guide rail and slide block bearing fit, and described slide block is fixedly connected on the base;
Described transverse transmission mechanism is made of paper side ordering plate slide rail, paper side ordering plate, cam following bearing b, Connection Block, buncher, the axis of guide and spring c; The curved surface outer rim of the neat cam of described side and cam following bearing b cylindrical are tangent; Axle head is fixed with nut behind the beam warp Connection Block via hole of described cam following bearing b; Described Connection Block is captiveed joint with paper side ordering plate slide rail; The described axis of guide is installed with spring c and captives joint with paper side ordering plate slide rail through the through hole of long permanent seat; Described paper side ordering plate is captiveed joint according to attaching parts with paper side ordering plate slide rail.
Propulsion source described above is for adjusting motor.
Attaching parts described above is key, pin or screw-nut.
Belt described above and belt wheel also can be chain and sprocket wheel.
The neat cam in front and back described above, cam following bearing a, fixed block, guide rail, right side block, spring a, paper side ordering plate slide rail, paper side ordering plate, cam following bearing b, Connection Block, the neat cardboard in front and back, spring b, slide block, the neat cam of side, long permanent seat, base, the axis of guide, spring c, front and back neat cardboard slide rail symmetry are installed in transmission shaft 23 opposite sides.
Cam following bearing a described above and cam following bearing b are tumblers.
Working process of the present utility model: (1) at first adjusts the paper side ordering plate according to the printing breadth and neat cardboard position, front and back is pressed close to its trimming, both sides adjacent with printing, then according to the neat cardboard of the neat cardboard of connecting element fixation side and front and back; (2) thus propulsion source running after transmission, drive the belt wheel running that is installed in transmission shaft drive before and after neat cam rotate; (3) arrive gradually the stroke maximum with the tangent cam following bearing a of the neat cam curved surface outer rim in front and back according to its outer counter, fixed block drives the right side block of captiveing joint with fixed block and the neat cam of side, the neat cardboard slide rail in front and back of captiveing joint with the right side block, the neat cardboard in front and back of captiveing joint with the neat cardboard slide rail in front and back is moved to the A direction by the groove of guide rail along slide block thereby drive, the spring b strength that begins to reply of compression promotes simultaneously the left side block and does the A direction and move, spring a is compressed, the neat cardboard in front and back is the printing dropping process away from the printing trimming; (4) neat cardboard is when the A direction moves before and after, the neat cam of side is done simultaneously the A direction and is moved, do the C direction with the tangent cam following bearing b of the neat cam curved surface outer counter of side according to its outer counter and move, thereby drive with the Connection Block of cam following bearing b captive joint, moved to the C direction by the through hole of the axis of guide along long permanent seat in the C direction with the paper side ordering plate slide rail of Connection Block captive joint, the paper side ordering plate that is connected with paper side ordering plate slide rail; The spring c of former compression replys to the C direction gradually, and the paper side ordering plate is the printing dropping process away from the printing trimming; (5) before and after neat cam turn over the tangent vertex of cam following bearing a after compressed spring a reply to the B direction gradually, right side block and fixed block are done the B direction and are moved, thereby cam following bearing a moves to the B direction according to the outer counter of the neat cam in front and back and drives the neat cam of side, the neat cardboard slide rail in front and back, the neat cardboard in front and back and moved to the B direction by the groove of guide rail along slide block, finish the neat paper location, front and back of printing product, spring b is compressed; When neat cardboard moves to the B direction (6), the neat cam of side is done simultaneously the B direction and is moved, doing the D direction with the tangent cam following bearing b of the neat cam curved surface outer rim of side according to its outer counter moves, thereby drive paper side ordering plate slide rail, paper side ordering plate, Connection Block are moved to the D direction by the through hole of the axis of guide along long permanent seat in the D direction, spring c is compressed, finish printing product about neat paper location; (7) the neat paper work of printing product is finished in the action of continuous repeating step (1)-(6).
Preceence of the present utility model is: 1, one drives two kinds of actions of realization, and energy-saving effect is remarkable; 2, can regulate the speed as required, Speed Setting is flexible; 3, neat paper position is more accurate; 4 reduce noise.
(4) description of drawings:
Fig. 1 is the structural representation front view of the related a kind of neat paper apparatus of the utility model.
Fig. 2 is the structural representation birds-eye view of the related a kind of neat paper apparatus of the utility model.
Fig. 3 is the structural representation left view of the related a kind of neat paper apparatus of the utility model.
Wherein: 1 is the neat cams in front and back, 2 is cam following bearing a, 3 is fixed block, 4 is guide rail, 5 is the right side block, 6 is spring a, 7 is paper side ordering plate slide rail, 8 is the paper side ordering plate, 9 is cam following bearing b, 10 is Connection Block, 11 is the neat cardboards in front and back, 12 is spring b, 13 is slide block, 14 is the neat cam of side, 15 are long permanent seat, 16 is base, 17 is buncher, 18 is the axis of guide, 19 is spring c, 20 is the neat cardboard slide rails in front and back, 21 is printing, 22 is belt wheel, 23 is transmission shaft, 24 is the left side block, 25 is belt.
(5) specific embodiment:
Embodiment: a kind of neat paper apparatus (seeing Fig. 1-3) is characterized in that it consists of by adjusting motor 17, vertical transmission device, transverse transmission mechanism, paper side ordering plate 8, the neat cardboard 11 in front and back, base 16, sliding guide mechanism and connecting element; The mouth of described adjustment motor 17 connects the input end of vertical transmission device; A mouth of described vertical transmission device connects the input end of transverse transmission mechanism, and another mouth is according to neat cardboard 11 before and after the connecting element captive joint; The mouth of described transverse transmission mechanism is according to connecting element captive joint paper side ordering plate 8; Described transverse transmission mechanism connects base 16 according to sliding guide mechanism.
Vertical transmission device described above is made of belt 25, belt wheel 22, transmission shaft 23, the neat cam 1 in front and back, cam following bearing a2, fixed block 3, right side block 5, spring a6, long permanent seat 15, the neat cam 14 of side, spring b12, the neat cardboard slide rail 20 in front and back and left side block 24; One end of described belt 25 connects adjusts motor 17, and the other end connects belt wheel 22; Described belt wheel 22 is captiveed joint according to key with a side of transmission shaft 23; The neat cam in described transmission shaft 23 and front and back 1 is captiveed joint according to key; The outer rim of the neat cam 1 in described front and back and cam following bearing a2 cylindrical are tangent; Axle head is fixed with nut behind beam warp fixed block 3 via holes of described cam following bearing a2; Described fixed block 3 is captiveed joint with a side of right side block 5; The another side of described right side block 5 and the end of spring a6 are adjacent to; The other end of described spring a6 is adjacent to long permanent seat 15 1 sides; The end of the opposite side of described long permanent seat 15 and spring b12 is adjacent to; The other end of described spring b12 and block inboard, left side are adjacent to; Captive joint with the neat cardboard slide rail 20 in front and back in the upper end of described right side block 5; The lower end of described right side block 5 and left side block 24 is fixedly connected on the upper plane of the neat cam 14 of side; The neat cardboard in the neat cardboard slide rail 20 in described front and back and front and back 11 is captiveed joint according to screw-nut; Described long permanent seat 15 is fixedly connected on the base 16;
Described sliding guide mechanism is made of slide block 13 and guide rail 4, captives joint with the neat cam 14 of side in the upper plane of described guide rail 4, described guide rail 4 and slide block 13 bearing fits, and described slide block 13 is fixedly connected on the base 16;
Described transverse transmission mechanism is made of paper side ordering plate slide rail 7, paper side ordering plate 8, cam following bearing b9, Connection Block 10, buncher 17, the axis of guide 18 and spring c19; The curved surface outer rim of the neat cam 14 of described side and cam following bearing b9 cylindrical are tangent; Axle head is fixed with nut behind beam warp Connection Block 10 via holes of described cam following bearing b9; Described Connection Block 10 is captiveed joint with paper side ordering plate slide rail 7; The described axis of guide 18 is installed with spring c19 and captives joint with paper side ordering plate slide rail 7 through the through hole of long permanent seat 15; Described paper side ordering plate 8 and paper side ordering plate slide rail 7 are captiveed joint according to screw-nut.
The neat cam 1 in front and back described above, cam following bearing a2, fixed block 3, guide rail 4, right side block 5, spring a6, paper side ordering plate slide rail 7, paper side ordering plate 8, cam following bearing b9, Connection Block 10, the neat cardboard 11 in front and back, spring b12, slide block 13, the neat cam 14 of side, long permanent seat 15, base 16, the axis of guide 18, spring c19, neat cardboard slide rail 20 symmetries in front and back are installed in transmission shaft 23 opposite sides.
Cam following bearing a2 described above and cam following bearing b9 are tumblers.
The working process of the present embodiment: (1) at first adjusts paper side ordering plate 8 according to printing 21 breadths and neat cardboard 11 positions, front and back are pressed close to itself and trimming, printing 21 adjacent both sides, then according to the neat cardboard 11 of the neat cardboard 8 of connecting element fixation side and front and back; (2) thus buncher 17 running after transmission, drive belt wheel 22 runnings that are installed in transmission shaft 23 drive before and after neat cam 1 rotate; (3) arrive gradually the stroke maximum with the tangent cam following bearing a2 of the neat cam 1 curved surface outer rim in front and back according to its outer counter, thereby drive fixed block 3 and drive right side block 5 and the neat cam 14 of side of captiveing joint with fixed block 3, the neat cardboard slide rail 20 in the front and back of captiveing joint with right side block 5, the neat cardboard 11 in front and back of captiveing joint with the neat cardboard slide rail 20 in front and back is moved to the A direction by the groove of guide rail 4 along slide block 13, the spring b12 strength that begins to reply of compression promotes simultaneously left side block 24 and does the A direction and move, spring a6 is compressed, the neat cardboard 11 in front and back is printing 21 dropping process away from printing 21 trimmings; (4) neat cardboard 11 is when the A direction moves before and after, the neat cam 14 of side is done simultaneously the A direction and is moved, do the C direction with the tangent cam following bearing b9 of the neat cam 14 curved surface outer counters of side according to its outer counter and move, thereby drive with the Connection Block 10 of cam following bearing b9 captive joint, move to the C direction at the through hole of C direction by the long permanent seat 15 in the axis of guide 18 edges with the paper side ordering plate slide rail 7 of Connection Block 10 captive joints, the paper side ordering plate 8 that is connected with paper side ordering plate slide rail 7; The spring c19 of former compression replys to the C direction gradually, and paper side ordering plate 8 is printing 21 dropping process away from printing 21 trimmings; (5) before and after neat cam 1 turn over the tangent vertex of cam following bearing a2 after compressed spring a6 reply to the B direction gradually, right side block 5 is done the B direction with fixed block 3 and is moved, thereby cam following bearing a2 moves to the B direction according to the outer counter of the neat cam 1 in front and back and drives the neat cam 14 of side, the neat cardboard slide rail 20 in front and back, the neat cardboard 11 in front and back and moved to the B direction by the groove of guide rail 4 along slide block 13, finish the neat paper location, front and back of printing product 21, spring b12 is compressed; When neat cardboard 11 moves to the B direction (6), the neat cam 14 of side is done simultaneously the B direction and is moved, doing the D direction with the tangent cam following bearing b9 of the neat cam 14 curved surface outer rims of side according to its outer counter moves, thereby drive paper side ordering plate slide rail 7, paper side ordering plate 8, Connection Block 10 are moved to the D direction by the through hole of the axis of guide 18 along long permanent seat 15 in the D direction, spring c19 is compressed, finish printing product 21 about neat paper location; (7) the neat paper work of printing product 21 is finished in the action of continuous repeating step (1)-(6).
Claims (7)
1. a neat paper apparatus is characterized in that it is made of propulsion source, vertical transmission device, transverse transmission mechanism, paper side ordering plate, the neat cardboard in front and back, base, sliding guide mechanism and connecting element; The mouth of described propulsion source connects the input end of vertical transmission device; A mouth of described vertical transmission device connects the input end of transverse transmission mechanism, and another mouth is according to neat cardboard before and after the connecting element captive joint; The mouth of described transverse transmission mechanism is according to connecting element captive joint paper side ordering plate; Described transverse transmission mechanism connects base according to sliding guide mechanism.
2. said a kind of neat paper apparatus according to claim 1 is characterized in that described vertical transmission device is made of belt, belt wheel, transmission shaft, the neat cam in front and back, cam following bearing a, fixed block, right side block, spring a, long permanent seat, the neat cam of side, spring b, the neat cardboard slide rail in front and back and left side block; One end of described belt connects propulsion source, and the other end connects belt wheel; Described belt wheel is captiveed joint according to attaching parts with a side of transmission shaft; Described transmission shaft is captiveed joint according to attaching parts with the neat cam in front and back; The outer rim of the neat cam in described front and back and cam following bearing a cylindrical are tangent; Axle head is fixed with nut behind the beam warp fixed block via hole of described cam following bearing a; Described fixed block is captiveed joint with a side of right side block; The another side of described right side block and the end of spring a are adjacent to; The other end of described spring a is adjacent to long permanent seat one side; The end of the opposite side of described long permanent seat and spring b is adjacent to; The other end of described spring b and block inboard, left side are adjacent to; Captive joint with the neat cardboard slide rail in front and back in the upper end of described right side block; The lower end of described right side block and left side block is fixedly connected on the upper plane of the neat cam of side; The neat cardboard slide rail in described front and back is captiveed joint according to attaching parts with the neat cardboard in front and back; Described long permanent seat is fixedly connected on the base;
Described sliding guide mechanism is made of slide block and guide rail, captives joint with the neat cam of side in the upper plane of described guide rail, described guide rail and slide block bearing fit, and described slide block is fixedly connected on the base;
Described transverse transmission mechanism is made of paper side ordering plate slide rail, paper side ordering plate, cam following bearing b, Connection Block, buncher, the axis of guide and spring c; The curved surface outer rim of the neat cam of described side and cam following bearing b cylindrical are tangent; Axle head is fixed with nut behind the beam warp Connection Block via hole of described cam following bearing b; Described Connection Block is captiveed joint with paper side ordering plate slide rail; The described axis of guide is installed with spring c and captives joint with paper side ordering plate slide rail through the through hole of long permanent seat; Described paper side ordering plate is captiveed joint according to attaching parts with paper side ordering plate slide rail.
3. said a kind of neat paper apparatus according to claim 1 is characterized in that described propulsion source is for adjusting motor.
4. said a kind of neat paper apparatus according to claim 2 is characterized in that described attaching parts is key, pin or screw-nut.
5. said a kind of neat paper apparatus according to claim 2 is characterized in that described belt and belt wheel also can be chain and sprocket wheel.
6. said a kind of neat paper apparatus according to claim 2 is characterized in that the neat cam in described front and back, cam following bearing a, fixed block, guide rail, right side block, spring a, paper side ordering plate slide rail, paper side ordering plate, cam following bearing b, Connection Block, the neat cardboard in front and back, spring b, slide block, the neat cam of side, long permanent seat, base, the axis of guide, spring c, front and back neat cardboard slide rail symmetry are installed in the transmission shaft opposite side.
7. according to claim 2 or 6 said a kind of neat paper apparatus, it is characterized in that described cam following bearing a and cam following bearing b are tumblers.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220166318 CN202864541U (en) | 2012-04-19 | 2012-04-19 | Paper uniforming device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220166318 CN202864541U (en) | 2012-04-19 | 2012-04-19 | Paper uniforming device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202864541U true CN202864541U (en) | 2013-04-10 |
Family
ID=48031281
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220166318 Withdrawn - After Issue CN202864541U (en) | 2012-04-19 | 2012-04-19 | Paper uniforming device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202864541U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102700987A (en) * | 2012-04-19 | 2012-10-03 | 天津长荣印刷设备股份有限公司 | Paper orderliness device and work method thereof |
-
2012
- 2012-04-19 CN CN 201220166318 patent/CN202864541U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102700987A (en) * | 2012-04-19 | 2012-10-03 | 天津长荣印刷设备股份有限公司 | Paper orderliness device and work method thereof |
| CN102700987B (en) * | 2012-04-19 | 2014-10-29 | 天津长荣印刷设备股份有限公司 | Paper orderliness device and work method thereof |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20130410 Effective date of abandoning: 20141029 |
|
| RGAV | Abandon patent right to avoid regrant |