CN203558596U - Automatic paper feeding mechanism of digital marking press - Google Patents
Automatic paper feeding mechanism of digital marking press Download PDFInfo
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- CN203558596U CN203558596U CN201320741239.5U CN201320741239U CN203558596U CN 203558596 U CN203558596 U CN 203558596U CN 201320741239 U CN201320741239 U CN 201320741239U CN 203558596 U CN203558596 U CN 203558596U
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Abstract
The utility model discloses an automatic paper feeding mechanism of a digital marking press. The automatic paper feeding mechanism of the digital marking press comprises a paper carrying unit, a paper rubbing unit and an anti-double unit, wherein the paper carrying unit, the paper rubbing unit and the anti-double unit are arranged between a left side plate and a right side plate in sequence, the paper carrying unit can achieve automatic rising and falling of a paper conveying table, the paper rubbing unit can rise on the paper conveying table to enable automatic rubbing of paper to be achieved when the paper is in place, and the anti-double unit can guarantee that paper is fed piece by piece. According to the automatic paper feeding mechanism of the digital marking press, automatic paper conveying can be achieved, the paper conveying efficiency is high, and breakdowns, caused by conveying of double pieces of paper, of a marking part can be avoided.
Description
Technical field
The utility model relates to a kind of digital marking press, is specifically the full-automatic inlet device of digital marking press.
Background technology
Digital marking press is generally used for carboard is carried out to crease operation, current digital marking press generally need to manually be put paper, be about to individual paper and be placed on paper feeding platform, then impression component working, carries out crease operation by paper, after this paper impression, again another paper is placed on paper feeding platform, proceeds crease operation, like this, just make the paper feeding efficiency of this number marking press lower, make the work efficiency of this number marking press lower.
Utility model content
Technical problem to be solved in the utility model is, provides and can realize automatic paper feeding operation, makes paper feeding efficiency higher, and can avoid double sheet paper feeding to cause the full-automatic inlet device of digital marking press of the situation of impression unit failure.
For solving the problems of the technologies described above, the full-automatic inlet device of the digital marking press that the utility model provides, it comprises load paper unit, stranding paper unit and the anti-dual sheet unit being successively set between left side board and right side board, described load paper unit comprises paper feeding platform, the lifting mechanism for placing paper and by lifting mechanism, drives the drive motor of paper feeding platform lifting, paper feeding platform is provided with for after placing paper and be finished the first switching device that sends respectively electric signal after paper, and the signal output part of the first switching device is electrically connected to a controller;
Described stranding paper unit comprises the radially paper intwisting shaft of up-and-down movement, on paper intwisting shaft, axially spaced-apart is provided with several paper-sheets rolling wheels, the below of each paper-sheets rolling wheel is all correspondingly provided with one and rubs paper washer assembly with the hands, each stranding paper washer assembly includes the stranding paper washer offseting with paper-sheets rolling wheel and is located at stranding paper washer below and makes to rub with the hands the elastomeric element that paper washer moves up and down, paper feeding platform is positioned at the below of paper-sheets rolling wheel, one end of paper intwisting shaft is provided with for touching respectively the second switch device that sends electric signal after putting in place and move downward reset at paper intwisting shaft upward movement, the signal output part of second switch device is electrically connected to controller, the other end of paper intwisting shaft is connected with axle drive shaft by coupler,
Described anti-dual sheet unit comprises rotating shaft and lower rotary shaft, upper rotating shaft be located at lower rotary shaft directly over, in upper rotating shaft, be interval with friction ring on several, lower rotary shaft is provided with the lower friction ring of several settings corresponding to upper friction ring, on each, between friction ring and the lower friction ring of correspondence, be provided with gap, on each, the lower edge of friction ring and the lower edge of each paper-sheets rolling wheel are all in same level, upper rotating shaft and paper intwisting shaft be synchronous rotate and rotation direction consistent, rotation and direction of rotation are synchronizeed in upper rotating shaft with lower rotary shaft.
Adopt after above structure, the utility model compared with prior art, has advantages of following:
The utlity model has load paper unit, rub paper unit and anti-dual sheet unit with the hands, one stacker can be opened and is placed on paper feeding platform, then paper feeding platform starts to move up, paper is moved forward by paper-sheets rolling wheel rubbing one by one, make paper behind anti-dual sheet unit, enter indentation unit part and carry out crease operation, upper rotating shaft and lower rotary shaft opposite direction due to anti-dual sheet unit, upper rotating shaft is consistent with the direction of paper intwisting shaft, make when having two pieces of paper simultaneously by paper-sheets rolling wheel rubbing, a paper of lower floor is owing to being subject to the friction force of the backward directions of lower friction ring, make a paper of lower floor can not pass through anti-dual sheet unit with a paper on upper strata simultaneously, after the paper on upper strata passes through impression parts impression, the paper of lower floor enters impression parts through anti-dual sheet unit again and carries out crease operation, in a word, by the utility model, substituted artificial paper feeding, realized automatic paper feeding operation, make paper feeding efficiency higher, also saved artificial, and anti-dual sheet unit can prevent the situation of double sheet paper feeding, avoid opening and sending into impression parts simultaneously the situation of impression failsafety is occurred due to two pieces of paper.
As improvement, described lifting mechanism refers to that left side board is provided with the first chute, the first extension spring, gear, the first sprocket wheel with gear synchronous rotation, the first chain with the first sprocket engagement transmission, right side board is provided with the second chute, the second extension spring, the second sprocket wheel, the second chain with the second sprocket engagement transmission, the first chute and the second chute are symmetrical arranged and all extend from bottom to top, the two ends of paper feeding platform are respectively equipped with the first connecting panel and the second connecting panel, the first connecting panel slides and is located in the first chute, the first connecting panel is connected with one end of the first chain, the other end of the first chain is connected with one end of the first extension spring, the other end of the first extension spring is fixed on left side board, the second connecting panel slides and is located in the second chute, the second connecting panel is connected with one end of the second chain, the other end of the second chain is connected with one end of the second extension spring, the other end of the second extension spring is fixed on right side board, the first sprocket wheel is connected by transmission shaft with the second sprocket wheel.By the lifting mechanism of said structure, when needs rise paper feeding platform, drive motor forward drives the first sprocket wheel forward, makes the first chain pull paper feeding platform to rise, when needs paper feeding platform declines, drive motor reversion drives the first sprocket wheel reversion, make paper feeding platform because gravity declines, make to realize the control that paper feeding platform rises and declines by drive motor, and above-mentioned lifting mechanism is simple in structure, be easy to realize, easily manufactured.
As improvement, described paper feeding platform is provided with from left side board the 3rd chute that side plate extends to the right, and the 3rd chute top is provided with locating plate, and locating plate slides and is fixed on the 3rd chute.Locating plate can slide, and slip rear position plate can be fixed, and makes to grip by the slip of locating plate the paper of different size.
As improvement, the first described switching device is reset switch, and paper feeding platform is provided with mounting hole, and reset switch is arranged in mounting hole.Make when paper is placed on paper feeding platform, paper depresses reset switch, reset switch transmits a signal to controller, controller is just being controlled drive motor then is being made paper feeding platform increase, when the paper on paper feeding platform is finished, reset switch resets, reset switch transmits a signal to controller, controller is controlled drive motor reversion and paper feeding platform is declined, reset switch can detect fast and effectively and on paper feeding platform, has or not paper and send corresponding signal to controller, realizes the automatic control that paper feeding platform rises and declines.
As improvement, described second switch device comprises the photoelectric switch that is arranged on left side board, for the rocking arm of the light of shading light electric switch; one end of rocking arm is free end between the light emitting source and light-receiving device of photoelectric switch; the other end of rocking arm is hinged on left side board, and one end and the rocking arm of paper intwisting shaft are fixed.After digital marking press start, rocking arm stops the light of light emitting source, make light-receiving device cannot receive the light of light emitting source, now paper intwisting shaft does not rotate, when paper feeding platform rises while making paper push up paper intwisting shaft to make paper intwisting shaft upward movement, rocking arm is not sheltering from the light of light emitting source, make light-receiving device receive the light of light emitting source, the controller of photoelectric switch transmitted signal now, controller is controlled drive shaft turns, thereby drive paper intwisting shaft to rotate, paper-sheets rolling wheel rubbing paper moves forward, after the paper feeding of paper-sheets rolling wheel rubbing paper, paper-sheets rolling wheel falls, paper-sheets rolling wheel drives rocking arm to fall simultaneously, make rocking arm block the light of the light emitting source of photoelectric switch, photoelectric switch transmits a signal to controller, controller is controlled axle drive shaft and is stopped operating, in a word, whether photoelectric switch can detect fast and effectively has paper rise to paper-sheets rolling wheel below and send corresponding signal to controller, realize the automatic control of paper intwisting shaft rotation and stall.
As improvement, the top of described rocking arm is provided with the 3rd extension spring of vertical setting, and the 3rd lower end of extension spring and the free end of rocking arm are connected, and the upper end of the 3rd extension spring is fixed on left side board.By the 3rd extension spring, can regulate and upwards push the needed power of paper intwisting shaft, can guarantee can upwards be pushed smoothly to paper intwisting shaft after paper-sheets rolling wheel when the paper top of rising, avoid the paper intwisting shaft cannot be by the situation that pushes and paper intwisting shaft cannot be rotated.
As improvement, described elastomeric element comprises the first elasticity iron plate, the second elasticity iron plate, adapter plate and connecting panel, first one end of elasticity iron plate and one end of adapter plate are fixedly connected with, the other end of the first elasticity iron plate is free end, second one end of elasticity iron plate and the other end of adapter plate are fixedly connected with, the other end of the second elasticity iron plate is free end, connecting panel vertically arranges and fixes with the first elasticity iron plate and the second elasticity iron plate, the upper end of connecting panel and stranding fixation with paper pad, between the first elasticity iron plate and the second elasticity iron plate, be provided with extension spring, Connection Block, one end of extension spring is connected with the second elasticity iron plate, the other end of extension spring is connected with Connection Block, Connection Block is connected with the first elasticity iron plate by bolt.By bolt, can regulate the level of stretch of extension spring, by regulating the level of stretch of extension spring can regulate the elastic force of the first elasticity iron plate and the second elasticity iron plate, also just can regulate this elastomeric element to rubbing the elastic force of paper washer with the hands, can regulate the degree of pressing of rubbing with the hands between paper washer and paper-sheets rolling wheel.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model;
Fig. 2 is left view of the present utility model (removing after left cover);
Fig. 3 is right elevation of the present utility model (removing after right cover plate);
Fig. 4 is birds-eye view of the present utility model (removing after left cover and right cover plate);
Fig. 5 is that A-A in Fig. 4 is to view;
Fig. 6 is that C-C in Fig. 4 is to view;
Fig. 7 is that B-B in Fig. 4 is to view;
Fig. 8 is the structural representation of rubbing paper washer assembly with the hands.
Wherein, 1, left side board; 2, right side board; 3, left cover, 4, right cover plate; 101, paper feeding platform; 102, drive motor; 103, reset switch; 104, the first chute; 105, the first extension spring; 106, gear; 107, the first sprocket wheel; 108, the first chain; 109, the second chute; 110, the second extension spring; 111, the second sprocket wheel; 112, the second chain; 113, the first connecting panel; 114, the second connecting panel; 115, the 3rd chute; 116, locating plate; 117, transmission shaft; 201, paper intwisting shaft; 202, paper-sheets rolling wheel; 203, rub paper washer with the hands; 204, photoelectric switch; 205, rocking arm; 206, the first elasticity iron plate; 207, the second elasticity iron plate; 208, adapter plate; 209, connecting panel; 210, extension spring; 211, Connection Block; 212, bolt; 213, rub paper washer assembly with the hands; 214, the 3rd extension spring; 215, axle drive shaft; 216, coupler; 217, through hole; 301, upper rotating shaft; 302, lower rotary shaft; 303, upper friction ring; 304, lower friction ring.
The specific embodiment
Below in conjunction with the drawings and specific embodiments, the utility model is described in more detail.
As shown in Figure 1, the full-automatic inlet device of the digital marking press of the utility model comprises load paper unit, stranding paper unit and the anti-dual sheet unit being successively set between left side board 1 and right side board 2, left side board 1 is provided with left cover 3, right side board 2 is provided with right cover plate 4, in Fig. 2, omitted left cover 3, in Fig. 3, omit right cover plate 4, in Fig. 4, omitted left cover 3 and right cover plate 4, in Fig. 6 and Fig. 7, omitted the first chain 108, the first extension spring 105, the second chain 112, the second extension spring 110.
Shown in Fig. 1, Fig. 4, described load paper unit comprises paper feeding platform 101, the lifting mechanism for placing paper and by lifting mechanism, drives the drive motor 102 of paper feeding platform 101 liftings, paper feeding platform 101 is provided with for after placing paper and be finished the first switching device that sends respectively electric signal after paper, and the signal output part of the first switching device is electrically connected to a controller.
The first described switching device is reset switch 103, and paper feeding platform 101 is provided with mounting hole, and reset switch 103 is arranged in mounting hole, when having paper to be placed on paper feeding platform 101, paper presses down reset switch 103, and when the paper on paper feeding platform 101 is finished, reset switch 103 resets.
Described paper feeding platform 101 is provided with from left side board 1 the 3rd chute 115 that side plate 2 extends to the right, the 3rd chute 115 tops are provided with locating plate 116, locating plate 116 slides and is fixed on the 3rd chute 115, that is to say that locating plate 116 can slide and can lock by binding bolt along the 3rd chute 115.
By Fig. 2, shown in Fig. 7, described stranding paper unit comprises the radially paper intwisting shaft 201 of up-and-down movement, on paper intwisting shaft 201, axially spaced-apart is provided with several paper-sheets rolling wheels 202, the below of each paper-sheets rolling wheel 202 is all correspondingly provided with one and rubs paper washer assembly 213 with the hands, each stranding paper washer assembly 213 includes the stranding paper washer 203 offseting with paper-sheets rolling wheel 202 and is located at stranding paper washer 203 belows and makes to rub with the hands the elastomeric element that paper washer 203 moves up and down, paper feeding platform 101 is positioned at the below of paper-sheets rolling wheel 202, one end of paper intwisting shaft 201 is provided with for touching respectively the second switch device 204 that sends electric signal after putting in place and move downward reset at paper intwisting shaft 201 upward movements, the signal output part of second switch device 204 is electrically connected to controller, left side board 1 is provided with through hole 217, one end of paper intwisting shaft 201 is passed
logical hole 217, the aperture of through hole 217 is greater than the diameter of paper intwisting shaft 201, make the paper intwisting shaft 201 can up-and-down movement, the other end of paper intwisting shaft 201 is connected with axle drive shaft 215 by coupler 216, coupler 216 can move radially with respect to axle drive shaft 215 paper intwisting shaft 201, and axle drive shaft 215 can be by coupler 216 to axle drive shaft 215 transmitting torques, and described coupler 216 can be elastic coupling.
Described second switch device comprises the photoelectric switch 204 that is arranged on left side board 1, for the rocking arm 205 of the light of shading light electric switch 204; one end of rocking arm 205 is free end between the light emitting source and light-receiving device of photoelectric switch 204; other end of rocking arm 205 is hinged on left side board 1; one end of paper intwisting shaft 201 and rocking arm 205 are fixing, and the signal output part of photoelectric switch 204 is electrically connected to controller.
The lower end that the top of described rocking arm 205 is provided with the 3rd extension spring 214, the three extension springs 214 of vertical setting is connected with the free end of rocking arm 205, and the upper end of the 3rd extension spring 214 is fixed on left side board 1.
As shown in Figure 8, described elastomeric element comprises the first elasticity iron plate 206, the second elasticity iron plate 207, adapter plate 208 and connecting panel 209, one end of the first elasticity iron plate 206 is fixedly connected with one end of adapter plate 208, the other end of the first elasticity iron plate 206 is free end, one end of the second elasticity iron plate 207 is fixedly connected with the other end of adapter plate 208, the other end of the second elasticity iron plate 207 is free end, connecting panel 209 vertically arranges and is fixing with the first elasticity iron plate 206 and the second elasticity iron plate 207, the upper end of connecting panel 209 is fixing with stranding paper washer 203, between the first elasticity iron plate 206 and the second elasticity iron plate 207, be provided with extension spring 210, Connection Block 211, one end of extension spring 210 is connected with the second elasticity iron plate 207, the other end of extension spring 210 is connected with Connection Block 211, Connection Block 211 is connected with the first elasticity iron plate 206 by bolt 212, by adapter plate 208, this elastomeric element is fixed, bolt 212 can regulate the level of stretch of extension spring 210, by regulating the level of stretch of extension spring 210 can regulate the elastic force of the first elasticity iron plate 206 and the second elasticity iron plate 207, also just can regulate this elastomeric element to rubbing the elastic force of paper washer 202 with the hands.
By Fig. 5, shown in Fig. 6, described anti-dual sheet unit comprises rotating shaft 301 and lower rotary shaft 302, upper rotating shaft 301 be located at lower rotary shaft 302 directly over, in upper rotating shaft 301, be interval with friction ring 303 on several, lower rotary shaft 302 is provided with the lower friction ring 304 of several settings corresponding to upper friction ring 303, on each, between friction ring 303 and the lower friction ring 304 of correspondence, be provided with gap, on each, the lower edge of the lower edge of friction ring 303 and each paper-sheets rolling wheel 202 is all in same level, upper rotating shaft 301 is consistent with the synchronous rotation of paper intwisting shaft 201 and rotation direction, upper rotating shaft 301 is synchronizeed with lower rotary shaft 302 and is rotated and direction of rotation, in Fig. 5, paper intwisting shaft 201 and upper rotating shaft 301 are for clockwise rotating, lower rotary shaft 302 is for rotating counterclockwise.
By Fig. 2, shown in Fig. 3, the structure of described lifting mechanism is as follows: left side board 1 is provided with the first chute 104, the first extension spring 105, gear 106, synchronize the first sprocket wheel 107 rotating with gear 106, the first chain 108 with the first sprocket wheel 107 engaged transmission, right side board 2 is provided with the second chute 109, the second extension spring 110, the second sprocket wheel 111, the second chain 112 with the second sprocket wheel 111 engaged transmission, the first chute 104 and the symmetrical setting of the second chute 109 and all extension from bottom to top, the two ends of paper feeding platform 101 are respectively equipped with the first connecting panel 113 and the second connecting panel 114, the first connecting panel 113 slides and is located in the first chute 104, the first connecting panel 113 is connected with one end of the first chain 108, the other end of the first chain 108 is connected with one end of the first extension spring 105, the other end of the first extension spring 105 is fixed on left side board 1, the second connecting panel 114 slides and is located in the second chute 109, the second connecting panel 114 is connected with one end of the second chain 112, the other end of the second chain 112 is connected with one end of the second extension spring 110, the other end of the second extension spring 110 is fixed on right side board 2, the first sprocket wheel 107 is connected by transmission shaft 117 with the second sprocket wheel 111, by transmission shaft 117, the first sprocket wheel 107 and the second sprocket wheel 111 are synchronously rotated.
Principle of work of the present utility model is as follows: while using this number marking press, first according to the size of paper, locating plate 116 is slided into suitable position locking, then by one, fold and need the paper of impression to be placed on paper feeding platform 101, now paper presses down reset switch 103, reset switch 103 transmits a signal to controller, controller is controlled drive motor 102 forwards, drive motor 102 is by gear transmission structure driven gear 106 forwards, namely as made gear 106 clockwise rotate in Fig. 2, now gear 106 drives the first sprocket wheel 107 and the second sprocket wheel 111 to rotate, make the first chain 108 and the second chain 112 pull paper feeding platform 101 to rise, when rising, paper feeding platform 101 make the paper on paper feeding platform 101 push up paper-sheets rolling wheel 202, paper intwisting shaft 201 is upwards pushed, paper intwisting shaft 201 drives rocking arm 205 to swing, make the light-receiving device of photoelectric switch 204 receive the light of light emitting source, photoelectric switch 204 transmits a signal to controller, controller is controlled drive motor 102 and is quit work, make paper feeding platform 101 stop rising, and with Time Controller, controlling axle drive shaft 215 starts to rotate, axle drive shaft 215 drives paper intwisting shaft 201 to rotate by coupler 216, paper intwisting shaft 201 starts the rubbing one by one of the paper on paper feeding platform 101, by the paper of rubbing, behind anti-dual sheet unit, entered indentation unit part and carry out crease operation, after paper-sheets rolling wheel 202 rubbing paper paper feedings, paper-sheets rolling wheel 202 falls, paper-sheets rolling wheel 202 drives rocking arm 205 to fall simultaneously, make rocking arm 205 block the light of the light emitting source of photoelectric switch 204, photoelectric switch 204 transmits a signal to controller, controller is controlled axle drive shaft 215 and is stopped operating, with Time Controller, control drive motor 102 work, drive motor 102 drives paper feeding platform 101 to rise, until paper feeding platform 102 rises, rear paper upwards pushes again paper intwisting shaft 201 and makes rocking arm 205 swings, then continue by abovementioned steps cycling.The upper rotating shaft 301 of anti-dual sheet unit and lower rotary shaft 302 opposite directions, upper rotating shaft 301 is consistent with the rotation direction of paper intwisting shaft 201, make when having two pieces of paper simultaneously by paper-sheets rolling wheel 202 rubbing, a paper of lower floor is owing to being subject to the friction force of the backward directions of lower friction ring 304, make a paper of lower floor can not pass through anti-dual sheet unit with a paper on upper strata simultaneously, after the paper on upper strata passes through impression parts impression, the paper of lower floor enters impression parts through anti-dual sheet unit again and carries out crease operation, after paper on paper feeding platform 101 is finished, reset switch 103 resets, reset switch 103 transmits a signal to controller, controller is controlled drive motor 102 reversions, drive motor 102 driven gear 106 reversions, namely as made gear 106 rotate counterclockwise in Fig. 2, now gear 106 drives the first sprocket wheel 107 and the second sprocket wheel 111 to rotate, the first chain 108 and the second chain 112 are transferred paper feeding platform 101, paper feeding platform 101 is because Action of Gravity Field declines, now paper intwisting shaft 201 resets, rocking arm 205 is resetted and shelter from the light-receiving device of photoelectric switch 204, make light-receiving device not receive the light of light emitting source, photoelectric switch 204 transmits a signal to controller, controller is controlled axle drive shaft 215 and is stopped operating, paper intwisting shaft 201 stops operating, completed automatic paper feeding operation.
Claims (7)
1. the full-automatic inlet device of a digital marking press, it is characterized in that: it comprises the load paper unit being successively set between left side board (1) and right side board (2), rub paper unit and anti-dual sheet unit with the hands, described load paper unit comprises for placing the paper feeding platform (101) of paper, lifting mechanism and drive the drive motor (102) of paper feeding platform (101) lifting by lifting mechanism, paper feeding platform (101) is provided with for after placing paper and be finished the first switching device that sends respectively electric signal after paper, the signal output part of the first switching device is electrically connected to a controller,
Described stranding paper unit comprises the radially paper intwisting shaft of up-and-down movement (201), the upper axially spaced-apart of paper intwisting shaft (201) is provided with several paper-sheets rolling wheels (202), the below of each paper-sheets rolling wheel (202) is all correspondingly provided with one and rubs paper washer assembly (213) with the hands, each stranding paper washer assembly (213) includes the stranding paper washer (203) offseting with paper-sheets rolling wheel (202) and is located at stranding paper washer (203) below and makes to rub with the hands the elastomeric element that paper washer (203) moves up and down, paper feeding platform (101) is positioned at the below of paper-sheets rolling wheel (202), one end of paper intwisting shaft (201) is provided with for touching respectively the second switch device (204) that sends electric signal after putting in place and move downward reset at paper intwisting shaft (201) upward movement, the signal output part of second switch device (204) is electrically connected to controller, the other end of paper intwisting shaft (201) is connected with axle drive shaft (215) by coupler (216),
Described anti-dual sheet unit comprises rotating shaft (301) and lower rotary shaft (302), upper rotating shaft (301) be located at lower rotary shaft (302) directly over, in upper rotating shaft (301), be interval with friction ring on several (303), lower rotary shaft (302) is provided with the lower friction ring (304) of several settings corresponding to upper friction ring (303), between the lower friction ring (304) of friction ring on each (303) and correspondence, be provided with gap, the lower edge of the lower edge of friction ring on each (303) and each paper-sheets rolling wheel (202) is all in same level, upper rotating shaft (301) synchronously rotate with paper intwisting shaft (201) and rotation direction consistent, upper rotating shaft (301) is synchronizeed with lower rotary shaft (302) and is rotated and direction of rotation.
2. the full-automatic inlet device of digital marking press according to claim 1, it is characterized in that: described lifting mechanism refers to that left side board (1) is provided with the first chute (104), the first extension spring (105), gear (106), synchronize the first sprocket wheel (107) rotating with gear (106), the first chain (108) with the first sprocket wheel (107) engaged transmission, right side board (2) is provided with the second chute (109), the second extension spring (110), the second sprocket wheel (111), the second chain (112) with the second sprocket wheel (111) engaged transmission, the first chute (104) and the second chute (109) are symmetrical arranged and all extend from bottom to top, the two ends of paper feeding platform (101) are respectively equipped with the first connecting panel (113) and the second connecting panel (114), the first connecting panel (113) slides and is located in the first chute (104), the first connecting panel (113) is connected with one end of the first chain (108), the other end of the first chain (108) is connected with one end of the first extension spring (105), the other end of the first extension spring (105) is fixed on left side board (1), the second connecting panel (114) slides and is located in the second chute (109), the second connecting panel (114) is connected with one end of the second chain (112), the other end of the second chain (112) is connected with one end of the second extension spring (110), the other end of the second extension spring (110) is fixed on right side board (2), the first sprocket wheel (107) is connected by transmission shaft (117) with the second sprocket wheel (111).
3. the full-automatic inlet device of digital marking press according to claim 1, it is characterized in that: described paper feeding platform (101) is provided with from left side board (1) the 3rd chute (115) that side plate (2) extends to the right, the 3rd chute (115) top is provided with locating plate (116), and locating plate (116) slides and is fixed on the 3rd chute (115).
4. the full-automatic inlet device of digital marking press according to claim 1, is characterized in that: the first described switching device is reset switch (103), and paper feeding platform (101) is provided with mounting hole, and reset switch (103) is arranged in mounting hole.
5. the full-automatic inlet device of digital marking press according to claim 1, it is characterized in that: described second switch device comprises the photoelectric switch (204) that is arranged on left side board (1), for the rocking arm (205) of the light of shading light electric switch (204); one end of rocking arm (205) is free end and is positioned between the light emitting source and light-receiving device of photoelectric switch (204); it is upper that the other end of rocking arm (205) is hinged on left side board (1), and one end of paper intwisting shaft (201) and rocking arm (205) are fixed.
6. the full-automatic inlet device of digital marking press according to claim 5, it is characterized in that: the top of described rocking arm (205) is provided with the 3rd extension spring (214) of vertical setting, the lower end of the 3rd extension spring (214) is connected with the free end of rocking arm (205), and the upper end of the 3rd extension spring (214) is fixed on left side board (1).
7. the full-automatic inlet device of digital marking press according to claim 1, it is characterized in that: described elastomeric element comprises the first elasticity iron plate (206), the second elasticity iron plate (207), adapter plate (208) and connecting panel (209), one end of the first elasticity iron plate (206) is fixedly connected with one end of adapter plate (208), the other end of the first elasticity iron plate (206) is free end, one end of the second elasticity iron plate (207) is fixedly connected with the other end of adapter plate (208), the other end of the second elasticity iron plate (207) is free end, connecting panel (209) vertically arranges and is fixing with the first elasticity iron plate (206) and the second elasticity iron plate (207), the upper end of connecting panel (209) is fixing with stranding paper washer (203), between the first elasticity iron plate (206) and the second elasticity iron plate (207), be provided with extension spring (210), Connection Block (211), one end of extension spring (210) is connected with the second elasticity iron plate (207), the other end of extension spring (210) is connected with Connection Block (211), Connection Block (211) is connected with the first elasticity iron plate (206) by bolt (212).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320741239.5U CN203558596U (en) | 2013-11-22 | 2013-11-22 | Automatic paper feeding mechanism of digital marking press |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320741239.5U CN203558596U (en) | 2013-11-22 | 2013-11-22 | Automatic paper feeding mechanism of digital marking press |
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| Publication Number | Publication Date |
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| CN203558596U true CN203558596U (en) | 2014-04-23 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320741239.5U Withdrawn - After Issue CN203558596U (en) | 2013-11-22 | 2013-11-22 | Automatic paper feeding mechanism of digital marking press |
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| CN (1) | CN203558596U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103612926A (en) * | 2013-11-22 | 2014-03-05 | 宁波荣华办公用品有限公司 | Automatic paper feeding mechanism of digital creasing machine |
| CN103640920A (en) * | 2013-11-19 | 2014-03-19 | 佘峰 | Rubber belt driving device of die-cutting machine |
-
2013
- 2013-11-22 CN CN201320741239.5U patent/CN203558596U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103640920A (en) * | 2013-11-19 | 2014-03-19 | 佘峰 | Rubber belt driving device of die-cutting machine |
| CN103612926A (en) * | 2013-11-22 | 2014-03-05 | 宁波荣华办公用品有限公司 | Automatic paper feeding mechanism of digital creasing machine |
| CN103612926B (en) * | 2013-11-22 | 2015-12-09 | 宁波荣华办公用品有限公司 | The full-automatic inlet device of digital marking press |
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Granted publication date: 20140423 Effective date of abandoning: 20151209 |
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