CN204751574U - Mimeograph feed mechanism - Google Patents
Mimeograph feed mechanism Download PDFInfo
- Publication number
- CN204751574U CN204751574U CN201520494270.2U CN201520494270U CN204751574U CN 204751574 U CN204751574 U CN 204751574U CN 201520494270 U CN201520494270 U CN 201520494270U CN 204751574 U CN204751574 U CN 204751574U
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- CN
- China
- Prior art keywords
- frame
- strut bar
- copygraph
- mimeograph
- feeding mechanism
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- 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.)
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Abstract
The utility model provides a mimeograph feed mechanism, including the frame, establish mimeograph mechanism in the frame, establish the feed mechanism that lies in the mimeograph and construct one end in the frame, establish the discharge mechanism that lies in the mimeograph and construct the other end in the frame, establish the control box that lies in feed mechanism one side in the frame, feed mechanism is including establishing blowing device in the frame, establish in the frame and stop device that the cooperation of blowing device was used, establishing the feed arrangement between blowing device and mimeograph mechanism, the blowing device includes the blowing platform, establishes the elevating system in blowing platform bottom, stop device includes bracing piece, stopper and drive arrangement, feed arrangement includes pneumatic tongs, conveyer belt and closing device, spacing closing device includes dead lever and depression bar. Can carry out stop device's upset automatically, the blowing platform is in the in -process stability of going up and down, work efficiency height, low in labor strength, simple structure, easy and simple to handle, transport stability.
Description
Technical field
The utility model relates to field of printing machinery, is specifically related to copygraph feeding mechanism.
Background technology
Copygraph is a kind of commonplace printer existed in present printing industry, existing copygraph generally divides blowing part, limit part is carried out to product, feeding part, mimeograph part, and output section, and existing copygraph limit part is elevated below by the screw rod of more than two or two for place the material platform of product be one flat plate, in the process of lifting, because screw rod and material platform are threaded connection, be easy to occur side stuck phenomenon, thus affect the quality of production of product and the labour intensity of staff, and existing copygraph limit part is when carrying out spacing to the product be placed on material platform, manually carry out overturning to it and regulate, thus reach limit effect, and in the process that product is placed, also need first limit part to be removed just can operate, manually operated by pure, labour intensity is high, complex structure, troublesome poeration, inefficiency.
Summary of the invention
Technical problem to be solved in the utility model is to provide copygraph feeding mechanism, automatically can carry out the upset of inhibiting device, and material platform is stable in the process of lifting, and work efficiency is high, labour intensity is low, structure is simple, easy and simple to handle, conveying is stable.
For solving above-mentioned existing technical matters, the utility model adopts following scheme: copygraph feeding mechanism, comprise frame, be located at the mimeograph mechanism in frame, be located at feeding mechanism frame being positioned at copygraph structure one end, be located at discharging mechanism frame being positioned at the copygraph structure other end, be located at control box frame being positioned at feeding mechanism side, described frame is provided with one is carried out protective action protective cover to mimeograph mechanism, described frame be provided with one with protective cover with the use of warning device, separately be provided with inside described frame one with warning device with the use of inductor, the side of described frame is provided with one for controlling the reducing motor of protective cover rotating, one end switching of described protective cover is on reducing motor S. A., described feeding mechanism comprises the discharging device be located in frame, be located in frame with discharging device with the use of inhibiting device, be located at the feed arrangement between discharging device and mimeograph mechanism, described discharging device comprises material platform, be located at the lifting mechanism bottom material platform, described inhibiting device comprises strut bar, be located at several limiting devices on strut bar, be located at the actuating device that frame side overturns strut bar, described feed arrangement comprises the pneumatic gripping device being located at and frame being positioned at material platform feed end, be located in frame with pneumatic gripping device with the use of load-transfer device, be located in frame with load-transfer device with the use of spacing pinch device, described pneumatic gripping device adopts row side by side to establish some Pneumatic suction cups in a row, described spacing pinch device comprises two ends and is fixed on fixed link in frame, be movably set in the depression bar on fixed link.
In the process of production and processing, dust boot can play effect that is dust-proof and protection, make operation safer, printing quality is better, warning device can play out the effect that cover is reported to the police, warning device and inductor with the use of, when the phenomenon that equipment does not cover if there is dust boot or do not cover tightly in the process of printing, warning reminding can be realized, thus dust boot is built by alert, dust boot is controlled by the reducing motor of rotating, can automatically open and close dust boot, make more convenient to operate, labour intensity is lower, and adopt reducing motor can be controlled effectively in opening and closing hourly velocity, make operation safer, the product be placed on material platform can be risen by lifting mechanism by material platform timely, feeding mechanism is carried timely to product, and strut bar carries out automatic turning by turning device, effectively reduce the labour intensity of staff, operate easier simultaneously, when product is placed into material platform by needs, also more quick, the restriction of right position and the restriction of rear side can also be carried out to the product be placed on material platform by limiting device, thus make product be placed on desired position, to facilitate the extraction of feed arrangement, when charging, can product be transported on load-transfer device from material platform by pneumatic gripping device, thus be transported to mimeograph mechanism again by load-transfer device and print, in the process of conveying, can also ensure that stable the carrying out of product is carried by actv. by depression bar, and according to the width of product, can also adjust timely on fixed link depression bar, depression bar is made to play actv. position-limiting action, pneumatic gripping device adopts row side by side to establish some Pneumatic suction cups in a row, when drawing product, damage can not be shone into product.
As preferably, described warning device comprise one be located at controlled by protective cover inside frame master cock, be located at the annunciator that frame top is connected with master cock.
Master cock button is without auto-lock function, and under conventional sense, master cock is normally closed switch, the state that protective cover is opened, warning device is in running state, when inductor senses that copygraph operationally, inductor sends a signal and sends warning to warning device, thus actv. reminds staff to close protective cover, protective cover is made to play dust-proof protective action when machine runs, when protective cover closes, protective cover can carry out power down process to master cock, annunciator is made to be in off-position, annunciator is closed while standard operation, because switch is without auto-lock function, as long as protective cover is opened, master cock just can realize energising automatically, thus realize warning function, structure is simple, it is convenient to control, economize energy.
As preferably, described protective cover be provided with one with master cock with the use of power-off briquetting.
When protective cover closes, pressed by power-off briquetting to master cock, make warning device realize power-off, structure is more simple, and because power-off briquetting is bulge-structure, rationally convenient to the control of master cock, control effects is better.
As preferably, described protective cover adopts mesh structure, in the process that protective cover runs, can either drop into copygraph by the relatively large foreign matter of actv. blocking volume, also can play the effect of observation.
As preferably, described lifting mechanism adopts cylinder lifting, adopts cylinder lifting, directly more convenient than the lifting of employing screw rod, and in the process of lifting, also there will not be stuck phenomenon, make lifting rationally convenient, work efficiency is higher.
As preferably, described frame is provided with an outward-dipping transfer block, and the side of described strut bar is by S. A. switching in transfer block, and described actuating device is connected with outer end strut bar being positioned at transfer block by S. A..
Driven in the process that strut bar one end is pulled down by actuating device, strut bar is that the strong point rotates with transfer block, thus strut bar is rotated up automatically, thus facilitate the placement of processed product, after product has been placed, resetted by actuating device again, thus make strut bar reset carry out spacing to product, in the process driven, employing mechanical type drives, make work efficiency higher, operate easier, and transfer block is outward-dipping, the S. A. on swivel block can be made to be positioned at outside frame, only actuating device need be arranged certain degree of dip, just can realize position strut bar being rotated to 90 °, make placement product convenient.
As preferably, described actuating device adopts air cylinder driven, and transfer with driving cylinder piston rod in the end of described strut bar, structure is simpler, more convenient to operate, work efficiency is higher.
As preferably, described limiting device comprises and is located at two sidepiece limiting stoppers being set in the sheet on strut bar, is set in end limiting stopper on strut bar between two sidepiece limiting stoppers, described sidepiece limiting stopper and end limiting stopper are equipped with a setting nut, described end limiting stopper adopts U-shaped structure, be provided with the circular ring type Connection Block for regulating between described end limiting stopper and strut bar, described Connection Block is fixed on strut bar by setting nut.
When carrying out spacing to product to be processed, by sidepiece limiting stopper, product right position is limited, make it in the process of processing, be positioned at position to be processed always, by end limiting stopper, product outer end is limited, sidepiece limiting stopper adopts schistose texture, can be undertaken spacing by face and product, make limit effect better, and end limiting stopper adopts U-shaped structure, end limiting stopper and product contact segment also adopt schistose texture, can better carry out spacing, make product be placed into after on mounting table more stable, one end that end limiting stopper is connected with Connection Block adopts outward-dipping round bar structure, because limiting device is socketed on strut bar, the adjustment of right position can be carried out to it according to the size of product, according to the position of front and back, certain adjustment is up and down carried out to end limiting stopper, also the movement of certain limit can be played, be fixed by setting nut, make adjustment convenient, Applicable scope is wider.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the structural representation of the utility model inhibiting device;
Fig. 3 is the partial schematic diagram of the utility model warning device and inductor;
Fig. 4 is the local structure schematic diagram of the utility model feeding mechanism.
Detailed description of the invention
As shown in Fig. 1-4, copygraph feeding mechanism, comprise frame 2, be located at the mimeograph mechanism 4 in frame 2, be located at the feeding mechanism 7 frame 2 being positioned at copygraph structure 4 one end, be located at the discharging mechanism 1 frame 2 being positioned at copygraph structure 4 other end, be located at the control box 3 frame 2 being positioned at feeding mechanism 7 side, described frame 2 is provided with one is carried out protective action protective cover 5 to mimeograph mechanism 4, described frame 2 be provided with one with protective cover 5 with the use of warning device 6, separately be provided with inside described frame 2 one with warning device 6 with the use of inductor 15, the side of described frame 2 is provided with one for controlling the reducing motor 14 of protective cover 6 rotating, one end switching of described protective cover 6 is on reducing motor 14 S. A., described feeding mechanism 7 comprises the discharging device 12 be located in frame 2, be located in frame 2 with discharging device 12 with the use of inhibiting device 9, be located at the feed arrangement 8 between discharging device 12 and mimeograph mechanism 4, described discharging device 12 comprises material platform 11, be located at the lifting mechanism 13 bottom material platform 11, described inhibiting device 9 comprises strut bar 93, be located at several limiting devices 97 on strut bar 93, be located at the actuating device 91 that frame 2 side overturns strut bar 93, described feed arrangement 8 comprises the pneumatic gripping device 84 being located at and frame 2 being positioned at material platform 11 feed end, be located in frame 2 with pneumatic gripping device 84 with the use of load-transfer device 85, be located in frame 2 with load-transfer device 85 with the use of spacing pinch device 81, described pneumatic gripping device 84 adopts row side by side to establish some Pneumatic suction cups in a row, described spacing pinch device 81 comprises two ends and is fixed on fixed link 82 in frame 2, be movably set in the depression bar 83 on fixed link 82, described warning device 6 comprise one be located at controlled by protective cover 5 inside frame 2 master cock 63, be located at the annunciator 62 that frame 2 top is connected with master cock 63, described protective cover 5 be provided with one with master cock 63 with the use of power-off briquetting 61, described protective cover 5 adopts mesh structure, described lifting mechanism 13 adopts cylinder to be elevated, described frame 2 is provided with an outward-dipping transfer block 92, and the side of described strut bar 93 is by S. A. switching in transfer block 92, and described actuating device 91 is connected with outer end strut bar 93 being positioned at transfer block 92 by S. A., described actuating device 91 adopts air cylinder driven, described limiting device 97 comprises and is located at two sidepiece limiting stoppers 98 being set in the sheet on strut bar 93, is set in end limiting stopper 94 on strut bar 93 between two sidepiece limiting stoppers 98, described sidepiece limiting stopper 98 and end limiting stopper 94 are equipped with a setting nut 96, described end limiting stopper 94 adopts U-shaped structure, be provided with the circular ring type Connection Block 95 for regulating between described end limiting stopper 94 and strut bar 93, described Connection Block 95 is fixed on strut bar 93 by setting nut 96.
During real work, by actuating device 91, strut bar 93 is rotated up along transfer block 92, limiting device 97 on strut bar 93 is removed above material platform 11, carried out the adjustment of height according to the thickness of the processed product 10 of required placement by lifting mechanism 13, then product 10 to be processed is placed on material platform 11, when strut bar 93 is rotated to level attitude by actuating device 91, limiting device 97 just can carry out spacing to product 10, in spacing process, the both sides that two sidepiece limiting stoppers 98 move to product 10 are fixed by unscrewing setting nut 96 thus carries out spacing, end limiting stopper 94 is moved to desired position, by with end limiting stopper 94 side of plane and product 10 contact outside, thus it is spacing to realize end, when end limiting stopper 94 and product 10 do not have good contact in spacing process due to trickle spacing, certain adjustment can be carried out with the relative position of Connection Block 95 by adjustment end limiting stopper 94, thus make end limiting stopper 94 better carry out spacing to product 10, carrying out in spacing process to product, can be overturn strut bar 93 automatically by actuating device 91, operate easier, can be adjusted any one limiting device 97 by setting nut 96, make fixing convenient, spacing more comprehensive, reasonably can adjust according to the arbitrary size of product 10, product 10 is in place and spacing after, width according to product 10 can move along fixed link 82 two depression bars 83, make depression bar 83 work process in can reasonably carry out product 10 above spacing, make load-transfer device 85 product 10 in the process of conveying that upper and lower movement can not occur, when printing product 10, by pneumatic gripping device 84, product 10 topmost one is carried out capturing and moved on load-transfer device 85, pneumatic gripping device 84 is decontroled and is resetted, product 10 moves in mimeograph mechanism 4 and to carry out after mimeograph processing from the side of discharging mechanism 1 out by load-transfer device 85, the process of mimeograph mechanism 4 is entered at load-transfer device 85 conveying products 10, make product 10 be close on load-transfer device 85 by depression bar 83 always, thus make conveying more stable, after product 10 captures certain thickness by pneumatic gripping device 84, move on by lifting mechanism 13 product 10 being placed on material platform 11 can being carried out, thus can continue to capture processing, in the process of production and processing, dust boot 5 can play effect that is dust-proof and protection, make operation safer, printing quality is better, warning device 6 and inductor 15 with the use of, warning device 6 can play out the effect that cover is reported to the police, inductor 15 adopts infrared induction structure, and inductor 15 pairs of load-transfer devices 85 are responded to, in the process that equipment runs, when protective cover 5 be in open or do not have closedown to put in place time, because master cock button 63 is without auto-lock function, and under conventional sense, master cock 63 is normally closed switch, warning device 6 is in running state, when inductor 15 senses load-transfer device 85 operationally, inductor 15 sends a signal and sends warning to warning device 6, thus actv. reminds staff to close protective cover 5, protective cover 5 is made to play dust-proof protective action when machine runs, when protective cover 5 closes, power-off briquetting 61 on protective cover 5 can carry out pressing power down process to master cock 63, warning device 6 is made to be in off-position, thus annunciator 62 can not send warning, actv. achieves out the object of cover early warning, dust boot 5 is controlled by the reducing motor 14 of rotating, can automatically open and close dust boot 5, make more convenient to operate, labour intensity is lower, and adopt reducing motor 14 to be driver element, can be controlled effectively in opening and closing hourly velocity, make operation safer, when dust boot 5 prints under the state of opening, prompting can be sent timely, thus make operation specification more, lifting mechanism 13 is being elevated, pneumatic gripping device 84 captures, mimeograph mechanism 4 carries out mimeograph, actuating device 91 drives, when reducing motor 14 carries out rotating, all can be controlled by control box 3, make operation easier, can automatically carry out closing and open dust boot 5 simultaneously, automatically the upset of inhibiting device 9 can be carried out, material platform 11 is stable in the process of lifting, safety is good, work efficiency is high, easy and simple to handle, labour intensity is low, structure is simple, conveying is stable.
Specific embodiment described herein is only to the explanation for example of the utility model spirit.The utility model person of ordinary skill in the field can make various amendment or supplements or adopt similar mode to substitute to described specific embodiment, but can't depart from spirit of the present utility model or surmount the scope that appended claims defines.
Claims (5)
1. copygraph feeding mechanism, comprise frame (2), be located at the mimeograph mechanism (4) in frame (2), be located at the feeding mechanism (7) frame (2) being positioned at copygraph structure (4) one end, be located at the discharging mechanism (1) frame (2) being positioned at copygraph structure (4) other end, be located at the control box (3) frame (2) being positioned at feeding mechanism (7) side, it is characterized in that: described feeding mechanism (7) comprises the discharging device (12) be located in frame (2), be located at the upper and discharging device (12) of frame (2) with the use of inhibiting device (9), be located at the feed arrangement (8) between discharging device (12) and mimeograph mechanism (4), described discharging device (12) comprises material platform (11), be located at the lifting mechanism (13) of material platform (11) bottom, described inhibiting device (9) comprises strut bar (93), be located at several limiting devices (97) on strut bar (93), be located at the actuating device (91) that frame (2) side overturns strut bar (93), described feed arrangement (8) comprises the pneumatic gripping device (84) being located at and frame (2) being positioned at material platform (11) feed end, be located at the upper and pneumatic gripping device (84) of frame (2) with the use of load-transfer device (85), be located at the upper and load-transfer device (85) of frame (2) with the use of spacing pinch device (81), described pneumatic gripping device (84) adopts row side by side to establish some Pneumatic suction cups in a row, described spacing pinch device (81) comprises two ends and is fixed on fixed link (82) in frame (2), be movably set in the depression bar (83) on fixed link (82).
2. copygraph feeding mechanism according to claim 1, is characterized in that: described lifting mechanism (13) adopts cylinder lifting.
3. copygraph feeding mechanism according to claim 1, it is characterized in that: described frame (2) is provided with an outward-dipping transfer block (92), the side of described strut bar (93) is by S. A. switching in transfer block (92), and described actuating device (91) is connected with outer end strut bar (93) being positioned at transfer block (92) by S. A..
4. copygraph feeding mechanism according to claim 1, is characterized in that: described actuating device (91) adopts air cylinder driven.
5. copygraph feeding mechanism according to claim 1, it is characterized in that: described limiting device (97) comprises and is located at the sidepiece limiting stopper (98) that two are set in the sheet on strut bar (93), be set in strut bar (93)) on be positioned at end limiting stopper (94) between two sidepiece limiting stoppers (98), described sidepiece limiting stopper (98) and end limiting stopper (94) are equipped with a setting nut (96), described end limiting stopper (94) adopts U-shaped structure, the circular ring type Connection Block (95) for regulating is provided with between described end limiting stopper (94) and strut bar (93), described Connection Block (95) is fixed on strut bar (93) by setting nut (96).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520494270.2U CN204751574U (en) | 2015-07-07 | 2015-07-07 | Mimeograph feed mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520494270.2U CN204751574U (en) | 2015-07-07 | 2015-07-07 | Mimeograph feed mechanism |
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| Publication Number | Publication Date |
|---|---|
| CN204751574U true CN204751574U (en) | 2015-11-11 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520494270.2U Expired - Fee Related CN204751574U (en) | 2015-07-07 | 2015-07-07 | Mimeograph feed mechanism |
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| CN (1) | CN204751574U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106904459A (en) * | 2017-04-13 | 2017-06-30 | 苏州中芯原微电子有限公司 | A kind of lifting carriage adjustable type paper pressing device |
-
2015
- 2015-07-07 CN CN201520494270.2U patent/CN204751574U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106904459A (en) * | 2017-04-13 | 2017-06-30 | 苏州中芯原微电子有限公司 | A kind of lifting carriage adjustable type paper pressing device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CP03 | Change of name, title or address |
Address after: 314300 Qiuhong Printing Center A2, No. 1 Qianwang Road, Baibu Economic Development Zone, Haiyan County, Jiaxing City, Zhejiang Province Patentee after: Haiyan Ximei Printing Co., Ltd. Address before: 314300 Huaxin Printing Park, Henggang Market Town, Baibu Town, Haiyan County, Jiaxing City, Zhejiang Province Patentee before: HAIYAN XIMEI PRINTING CO., LTD. |
|
| CP03 | Change of name, title or address | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20151111 Termination date: 20200707 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |