CN205310913U - Machine is worn to detain by quick automatic carton handle - Google Patents

Abstract

The utility model belongs to the technical field of mechanical equipment and specifically relates to a machine is worn to detain by quick automatic carton handle. A machine is worn to detain by quick automatic carton handle, has the other board of frame, frame lower part and sets up at the other electrical control box of frame, being equipped with carton feed arrangement, carton in the frame and walking to expect the device and detain loading attachment on, and detain feed arrangement, bottom button feed arrangement and wear the spiral -lock and put on, that carton feed arrangement fixes the one end in the frame, wears the spiral -lock and puts the top of fixing back end in the frame, wear one side that the spiral -lock put for bottom button feed arrangement, its opposite side be detaining feed arrangement detains on, to be equipped with by the feed arrangement and detains loading attachment. The technical scheme of the utility model wear to detain the machine for current full -automatic carton handle, simple structure, the cost of manufacture is low, accomplishes the blanking from the carton feeding to wearing the knot again, and the process is few, and the time is short, and whole process is controllable, effective, quick, easily the realization.

Description

Rapid automatized carton eye ring wears deduction

Technical field

The utility model relates to technical field of mechanical equipment, and especially a kind of rapid automatized carton eye ring wears deduction.

Background technology

At present, the packaging location of tr, box, punching and plastic handles are worn and are buckled mostly by carrying out by hand, rely on artificial manual conveying, sizing, feeding, locate, wear button, carton transmission etc., this kind of method not only cost of labor height, speed is slow, production efficiency is low, more importantly wear, in the packaging location of carton, box and plastic handles, the damage easily causing tr, box body in the process of button, it is difficult to reach the appearance requirement of product, affect quality product, high-level efficiency, high-quality production operation cannot be ensured, have influence on the economic benefit of enterprise.

Patent publication No. CN103350525A discloses a kind of Full-automatic paper box handle drawing-in machine, and this carton eye ring wears deduction, and by fixing plastic handles feeding unit, plastic handles feeding device, plastic handles feeding-distribution device, plastic handles sizing device, the plastic handles deformation device of frame, the outer cover being arranged in frame, electric control box and frame and cardboard box folding apparatus, plastic tray buckle fastener delivery device and plastic tray fastener positioning device forms, carton conveyor and plastic handles are worn buckle device and formed. Although this Full-automatic paper box handle drawing-in machine achieves full-automaticization of whole process, but complex structure, cost of manufacture height; Although greatly improving production efficiency relative to manually wearing button, but operation is still many, Control System Design is complicated, and it is more difficult to keep in repair.

Practical novel content

The technical problems to be solved in the utility model is: based on the problems referred to above, it is provided that a kind of structure is simple, and easy to control, operation is few, and the rapid automatized carton eye ring of high efficiency production wears deduction.

The utility model solves the technical scheme that its technical problem adopts: a kind of rapid automatized carton eye ring wears deduction, there is frame, the other plate of frame lower and be arranged on the other electric control box of frame, described frame is provided with carton feeding unit, carton walks materials device, on buckle materials device, on tip materials device in, the end, tips materials device in and wears buckle device, carton feeding unit is fixed on one end of frame, wear the top that buckle device is fixed on frame posterior segment, the side wearing buckle device is tip materials device in the end, its another side tips materials device on being, on tip other being provided with of materials device in and buckle materials device.

Wear button carton until handle after carton feeding unit, to arrive carton walk on materials device, walk in the process of material at carton, on buckle on materials device order output detain, upper button through on tip in materials device arrive wear in buckle device, simultaneously, the end, tips materials device in and is also delivered to and wear buckle device by end button, until carton through wearing buckle device, wear buckle device running, upper button and end button are arranged on carton eye ring place, complete carton eye ring and wear button work, finally, complete the carton that handle wears button to continue to walk materials device through carton and transfer to frame end, blanking.

Further, described carton feeding unit comprises the carton adsorbing mechanism and carton guiding mechanism being fixed in frame successively, described carton adsorbing mechanism comprises a feeding roller, two guide rollers and is positioned at the transmission belt of band frictionshoe on two guide rollers, described carton guiding mechanism comprises the cross bar being fixed in frame and is vertically mounted on cross bar the some vertical bar of adjustable height, and the end of described vertical bar has a transition arc portion.

Feeding roller is by certain rotational speed, and carton is provided with certain speed with feeding roller after contacting, and then moves forward, and arrives on the transmission belt driven by guide roller, due to band frictionshoe on transmission belt, so the relatively sliding of carton and transmission belt can be prevented; Carton is driven by transmission belt and continues to move forward, arrive the bottom of vertical bar, owing to the height of vertical bar is adjustable, so can be in advance within the scope of 1～1.5 times of carton thickness by the distance adjustment between vertical bar and transmission belt according to the thickness of carton, can ensure that carton transmits one by one like this, the transition arc portion of vertical bar end, it is possible to guarantee passing through smoothly of single carton, and the damage to carton ends can not be caused.

Further, described carton is walked materials device and is comprised the some deflector rolls being fixed in frame, the belt driven by deflector roll, is arranged at the carton top-pressure part above belt and is positioned at the power-driven gear of frame end.

Further, described carton top-pressure part has and is fixed in frame and along its horizontally disposed supporting beam, being evenly distributed with some pillar stiffeners on described supporting beam, the bottom of pillar stiffener is connected with pinch roller by connecting rod, and the end of connecting rod is provided with the spring being connected on supporting beam.

Power-driven gear drives deflector roll to rotate, deflector roll rotarily drives belt and moves, carton moves forward through belt drive, in order to prevent carton from beating up and down in moving process or moving left and right, therefore arranging carton top-pressure part, the pinch roller on carton top-pressure part contacts with carton, guide the movement of carton, it is provided with, owing to connecting the connecting rod end of pinch roller, the spring being connected on supporting beam again, so pinch roller is little to the pressure of carton, carton can not be caused damage.

Further, buckling materials device and have vibrating device, be arranged with annular outer wall outside described vibrating device on described, described annular outer wall is interior, vibrating device is provided with spiral Zou Liao road.

On be buckled in annular outer wall, through vibrating device, upper button is hung up spiral Zou Liao road, on such, buckles materials device, material loading is fast, level of automation height.

Further, tip on described materials device comprise button guiding part, upper button partition member, on withhold and move part, upper button rotary disk and upper button pushing piece, described upper button partition member is arranged on button guiding part side, and be connected on described upper button pushing piece, described upper button rotary disk be located at described on withhold move part output terminal.

Upper button moves along upper button guiding part, upper button partition member not timing on tip capable stop action in, so that the translational speed of upper button meet postorder handle wear button speed, then upper button by withhold and move part and carry out two ends and flatten again and mobile be pushed out on upper button rotary disk, upper button rotary disk drives upper button to rotate to above button pushing piece (namely need to tip in row wear pull work) time and releases by upper pushing piece of buckleing.

Further, described upper button guiding part has guiding seat, and the two ends of described guiding seat are all fixed with a guide block by screw, on guiding seat, is provided with guide plate between two guide blocks, described guide plate is connected with and transmits seat.

Upper button is fixed on guide plate by guide block, then transmits seat output signal;Needing welding to lead mouth according to upper button mobile guide situation on guide block, leading mouth as required can point upper and lower, left and right different azimuth welding.

Further, described upper button partition member comprises and the base plate that upper button pushing piece is connected, the micro-chip housing being fixed on base plate, described micro-chip housing is externally connected with the little cylinder frame of micro-chip, in micro-chip housing two side, bottom wherein the heart be respectively provided with one section of linear slide rail, linear slide rail is provided with the bearing slided along it, in the through hole of bearing, axle is installed, axle is provided with a left side, right plectrum, left, the upper end of right plectrum is connected with connecting rod, connecting rod is fixed in the connecting rod frame above connecting rod, connecting rod frame is connected with ultra-thin cylinder, ultra-thin cylinder one end is fixed on the little cylinder frame of micro-chip.

Ultra-thin cylinder is operated by micro-chip control, during ultra-thin cylinder pushing piston-rod, promotes connecting rod frame downwards, drivening rod moves downward, left (right side) plectrum rotates along axle, is upturned, and promotes bearing to slide along linear slide rail to micro-chip housing one sidewall simultaneously; When ultra-thin cylinder regains piston rod, connecting rod frame upwards pulls connecting rod, and connecting rod drives left (right side) plectrum to rotate along axle, falls downwards, promotes bearing to slide along linear slide rail to another sidewall of micro-chip housing simultaneously.

Further, withhold on described move part have on withhold shifting reservation, withhold the side moving reservation on described and it is set with longitudinal slide rail, described longitudinal slide rail be provided with along its slide up and down on withhold mobile seat, withhold mobile seat on described and it is provided with top air cylinder, the front end of described top air cylinder inner piston rod is provided with pressure and moves block, and top air cylinder end is connected with cylinder connection block; The lower section withholding mobile seat on described is provided with passing cylinder block, passes and is provided with passing cylinder on cylinder block, and the front end passing piston bar connects oscillating bearing, and this oscillating bearing is connected with above-mentioned cylinder connection block, and mutually vertical.

Top air cylinder promotes piston rod to move forward, band dynamic pressure moves block and moves forward, pressure is moved on block by the fixing upper button of pad, the piston rod of top air cylinder is regained, pass piston bar to stretch out, promote oscillating bearing upwards, driven by cylinder connection block simultaneously withhold mobile seat longitudinally slide rail move up.

Further, the described end, tips materials device in and comprises end button and just enter part, end button transposition cylinder, end button pusher shoe and the end and be anchored to a lifting member, button of the described end just enter part there are two of the rectangular structure being arranged side by side at the bottom of button material frame, the front end face of end button material frame has offered elongated slot, bottom end button material frame, outer rim is provided with side seat, bottom between two end button material framves is provided with middle seat, described side seat is connected with substrate, substrate side is provided with end button chute board, another side of substrate arranges the little push pedal promoted and slide by cylinder, so that little push pedal promotes end button to slide.

Button material frame at the bottom of two, one as standby material frame, the elongated slot on end face before end button material frame, it is possible to checking the situation that in material frame, the end buckle intuitively, cylinder promotes little push pedal to move forward, and then promotes end button to move forward along end button chute board.

The beneficial effects of the utility model are: the technical solution of the utility model is relative to existing Full-automatic paper box handle drawing-in machine, and structure is simple, and cost of manufacture is low, being fed to from carton and wear button and complete again to blanking, operation is few, and the time is short, whole process is controlled, effective, quick, is easy to realize.

Accompanying drawing explanation

Below in conjunction with drawings and Examples, the utility model is illustrated further.

Fig. 1 is structural representation of the present utility model.

Fig. 2 is A structural representation upwards in Fig. 1.

Fig. 3 is the structural representation of carton guiding mechanism in the utility model.

Fig. 4 is the structural representation of upper button guiding part in the utility model.

Fig. 5 is B structural representation upwards in Fig. 3.

Fig. 6 is the structural representation of upper button partition member in the utility model.

Fig. 7 is C structural representation upwards in Fig. 5.

Fig. 8 be in the utility model on withhold move part structural representation.

Fig. 9 is D structural representation upwards in Fig. 7.

Figure 10 is the structural representation that in the utility model, end button just enters part.

Figure 11 is E local structure schematic diagram upwards in Fig. 9.

In figure: 1. frame, 2. other plate, 3. electric control box, 4. carton feeding unit, 5. carton walks materials device, 6. on, buckle materials device, 7. on, tip materials device in, 8. materials device is tipped at the end in, 9. wear buckle device, 10. carton adsorbing mechanism, 11. carton guiding mechanisms, 12. feeding rollers, 13. guide rollers, 14. frictionshoes, 15. transmission belts, 16. cross bars, 17. vertical bars, 18. transition arc portions, 19. deflector rolls, 20. belts, 21. carton top-pressure parts, 22. supporting beams, 23. pillar stiffeners, 24. pinch rollers, 25. springs, 26. annular outer walls, 27. spiral Zou Liao roads, button guiding part on 28., partition member is detained on 29., shifting part is withheld on 30., rotary disk is detained on 31., pushing piece is detained on 32., 33. guiding seats, 34. guide blocks, 35. guide plates, 36. transmit seat, 37. base plates, 38. micro-chip housings, the 39. little cylinder frames of micro-chip, 40. linear slide rails, 41. bearings, 42. left plectrums, 43. right plectrums, 44. connecting rods, 45. connecting rod framves, 46. ultra-thin cylinders, shifting reservation is withheld on 47., 48. longitudinal slide rails, mobile seat is withheld on 49., 50. top air cylinders, 51. pressures move block, 52. cylinder connection blocks, 53. passing cylinder blocks, 54. passing cylinders, 55. oscillating bearings, 56. end buttons just enter part, 57. ends button transposition cylinder, 58. end button pusher shoe, 59. ends, were anchored to a lifting member, 60. end button material framves, 61. elongated slots, 62. side seats, seat in 63., 64. substrates, 65. end button chute boards, 66. cylinders, 67. little push pedals, 68. power-driven gears.

Embodiment

By reference to the accompanying drawings the utility model is described in further detail now. These accompanying drawings are the schematic diagram of simplification, only with illustration, basic structure of the present utility model are described, therefore it only shows the formation relevant with the utility model.

As shown in Fig. 1～2, a kind of rapid automatized carton eye ring wears deduction, there is frame 1, the other plate 2 of frame 1 bottom and be arranged on the other electric control box 3 of frame 1, frame 1 is provided with carton feeding unit 4, carton walks materials device 5, on buckle materials device 6, on tip materials device 7 in, the end, tips materials device 8 in and wears buckle device 9, carton feeding unit 4 is fixed on one end of frame 1, wear the top that buckle device 9 is fixed on frame 1 posterior segment, the side wearing buckle device 9 is tip materials device 8 in the end, its another side tips materials device 7 on being, on tip other being provided with of materials device 7 in and buckle materials device 6.

As shown in Fig. 1～2, carton feeding unit 6 comprises the carton adsorbing mechanism 10 and carton guiding mechanism 11 that are fixed on successively in frame 1, carton adsorbing mechanism 10 comprises a feeding roller 12, two guide rollers 13 and is positioned at the transmission belt 15 of band frictionshoe 14 on two guide rollers 13, as shown in Figure 3, carton guiding mechanism 11 comprises the cross bar 16 being fixed in frame 1 and is vertically mounted on cross bar 16 the some vertical bar 17 of adjustable height, and the end of vertical bar 17 has a transition arc portion 18.

The working process of carton feeding unit 6: feeding roller 12 is by certain rotational speed, carton is provided with certain speed with feeding roller 12 after contacting, and then move forward, arrive on the transmission belt 15 driven by guide roller 13, due to band frictionshoe 14 on transmission belt 15, so carton and the relatively sliding of transmission belt 15 can be prevented; Carton is driven by transmission belt 15 and continues to move forward, arrive the bottom of vertical bar 17, owing to the height of vertical bar 17 is adjustable, so can be in advance within the scope of 1～1.5 times of carton thickness by the distance adjustment between vertical bar 17 and transmission belt 15 according to the thickness of carton, can ensure that carton transmits one by one like this, the transition arc portion 18 of vertical bar 17 end, it is possible to guarantee passing through smoothly of single carton, and the damage to carton ends can not be caused.

As shown in Fig. 1～2, carton is walked belt 20 that materials device 5 comprises the some deflector rolls 19 being fixed in frame 1, drives by deflector roll 19, is arranged at the carton top-pressure part 21 above belt 20 and is positioned at the power-driven gear 68 of frame 1 end. Carton top-pressure part 21 has and is fixed in frame 1 and along its horizontally disposed supporting beam 22, supporting beam 22 is evenly distributed with some pillar stiffeners 23, the bottom of pillar stiffener 23 is connected with pinch roller 24 by connecting rod, and the end of connecting rod is provided with the spring 25 being connected on supporting beam 23.

Carton walks the working process of materials device 5: power-driven gear 68 drives deflector roll 19 to rotate, deflector roll 19 rotarily drives belt 20 and moves, carton drives and move forward through belt 20, in order to prevent carton from beating up and down in moving process or moving left and right, therefore carton top-pressure part 21 is set, pinch roller 24 on carton top-pressure part 21 contacts with carton, guide the movement of carton, it is provided with the spring 25 being connected on supporting beam 22 again owing to connecting the connecting rod end of pinch roller 24, so pinch roller 24 is little to the pressure of carton, carton can not be caused damage.

As shown in Figure 2, above buckling materials device 6 and have vibrating device, be arranged with annular outer wall 26 outside vibrating device, annular outer wall 26 is interior, vibrating device is provided with spiral Zou Liao road 27. On be buckled in annular outer wall 26, through vibrating device, upper button is hung up spiral Zou Liao road 27, on such, buckles materials device 6, material loading is fast, level of automation height.

As shown in Fig. 1～2, on tip in materials device 6 comprise button guiding part 28, upper button partition member 29, on withhold and move part 30, upper button rotary disk 31 and upper button pushing piece 32, upper button partition member 29 is arranged on button guiding part 28 side, and it being connected on button pushing piece 32, upper button rotary disk 31 is located at the output terminal withheld and move part 30.

As shown in Figures 4 and 5, the upper button guiding part 28 above tipping materials device 6 in has guiding seat 33, and the two ends of guiding seat 33 are all fixed with a guide block 34 by screw, on guiding seat 33, are provided with guide plate 35 between two guide blocks 34, guide plate 35 are connected with and transmit seat 36. Upper button is fixed on guide plate 35 by guide block 34, then transmits seat 36 and outputs signal; Needing welding to lead mouth according to upper button mobile guide situation on guide block 34, leading mouth as required can point upper and lower, left and right different azimuth welding.

As shown in figs. 6-7, on tip the base plate 37 that upper button partition member 29 comprises with upper button pushing piece 32 is connected of materials device 6 in, the micro-chip housing 38 being fixed on base plate 37, micro-chip housing 38 is externally connected with the little cylinder frame 39 of micro-chip, in micro-chip housing 38 two side, bottom wherein the heart be respectively provided with one section of linear slide rail 40, linear slide rail 40 is provided with the bearing 41 slided along it, in the through hole of bearing 41, axle is installed, axle is provided with a left side, right plectrum 42, 43, left, right plectrum 42, the upper end of 43 is connected with connecting rod 44, connecting rod 44 is fixed in the connecting rod frame 45 above connecting rod 44, connecting rod frame 45 is connected with ultra-thin cylinder 46, ultra-thin cylinder 46 one end is fixed on the little cylinder frame 39 of micro-chip.

The working process of upper button partition member 29: ultra-thin cylinder 46 is operated by micro-chip control, during ultra-thin cylinder 46 pushing piston-rod, promote connecting rod frame 45 downwards, drivening rod 44 moves downward, left plectrum 42 or right plectrum 43 rotate along axle, it is upturned, promotes bearing 41 to slide along linear slide rail 40 to micro-chip housing 38 1 sidewall simultaneously; When ultra-thin cylinder 46 regains piston rod, connecting rod frame 45 upwards pulls connecting rod 44, and connecting rod 44 drives left plectrum 42 or right plectrum 43 to rotate along axle, to whereabouts, promotes bearing 41 to slide along linear slide rail 40 to another sidewall of micro-chip housing 38 simultaneously.

As shown in Fig. 8～9, on tip in materials device 6 on withhold move part 30 have on withhold move reservation 47, on withhold the side moving reservation 47 and be set with longitudinal slide rail 48, longitudinal slide rail 48 be provided with along its slide up and down on withhold mobile seat 49, on withhold mobile seat 49 be provided with top air cylinder 50, the front end of top air cylinder 50 inner piston rod is provided with pressure and moves block 51, and top air cylinder 50 end is connected with cylinder connection block 52; On withhold mobile seat 49 lower section be provided with and pass cylinder block 53, pass cylinder block 53 is provided with and pass cylinder 54, the front end passing cylinder 54 inner piston rod connects oscillating bearing 55, and this oscillating bearing 55 is connected with cylinder connection block 52, and mutually vertical.

On withhold move part 30 working process: top air cylinder 50 promote piston rod to move forward, band dynamic pressure moves block 51 and moves forward, pressure is moved on block 51 by the fixing upper button of pad, the piston rod of top air cylinder 50 is regained, pass cylinder 54 inner piston rod to stretch out, promote oscillating bearing 55 upwards, simultaneously by cylinder connection block 52 drive on withhold mobile seat 49 longitudinally slide rail 48 move up.

As shown in Fig. 1～2, the end, tips materials device 8 in and comprises end button and just enter part 56, end button transposition cylinder 57, end button pusher shoe 58 and the end and be anchored to a lifting member 59; As shown in Figure 10～11, end button just enter part 56 there are two of the rectangular structure being arranged side by side at the bottom of button material frame 60, the front end face of end button material frame 60 has offered elongated slot 61, bottom end button material frame 60, outer rim is provided with side seat 62, bottom between two end button material framves 60 is provided with middle seat 63, and side seat 62 is connected with substrate 64, and substrate 64 side is provided with end button chute board 65, another side of substrate 64 arranges the little push pedal 67 promoted and slide by cylinder 66, so that little push pedal 67 promotes end button to slide.

The working process just entering part 56 is detained at the end that materials device 8 is tipped at the end in: button material frame 60 at the bottom of two, one as standby material frame, elongated slot 61 on end face before end button material frame 60, the situation that in end button material frame 60, the end buckles can be checked intuitively, cylinder 66 promotes little push pedal 67 to move forward, and then promotes end button to move forward along end button chute board 65.

The rapid automatized carton eye ring of the present embodiment wears the working process of deduction: wears button carton until handle and arrives carton after carton feeding unit 4 and walk on materials device 5, walk in the process of material at carton, on buckle on materials device 6 order output detain, upper button through on tip in materials device 7 arrive wear in buckle device 9, simultaneously, the end, tips materials device 8 in and is also delivered to and wear buckle device 9 by end button, until carton in time wearing buckle device 9, wear buckle device 9 to operate, upper button and end button are arranged on carton eye ring place, complete carton eye ring and wear button work, finally, complete the carton that handle wears button to continue to walk materials device 5 through carton and transfer to frame 1 end, blanking.

Taking above-mentioned according to desirable embodiment of the present utility model as enlightenment, by above-mentioned description, relevant staff in the scope not deviateing this practical new technique thought, can carry out various change and amendment completely.The content that the novel technical scope of this practicality is not limited on specification sheets, it is necessary to determine its technical scope according to right.

Claims (10)

1. a rapid automatized carton eye ring wears deduction, there is frame (1), the other plate (2) of frame (1) bottom and be arranged on the other electric control box (3) of frame (1), it is characterized in that: described frame (1) is provided with carton feeding unit (4), carton walks materials device (5), on buckle materials device (6), on tip materials device (7) in, the end, tips materials device (8) in and wears buckle device (9), carton feeding unit is fixed on one end of frame, wear the top that buckle device is fixed on frame posterior segment, the side wearing buckle device is tip materials device in the end, its another side tips materials device on being, on tip other being provided with of materials device in and buckle materials device.

2. rapid automatized carton eye ring according to claim 1 wears deduction, it is characterized in that: described carton feeding unit (4) comprises the carton adsorbing mechanism (10) and carton guiding mechanism (11) that are fixed on successively in frame (1), described carton adsorbing mechanism (10) comprises a feeding roller (12), two guide rollers (13) and be positioned at the transmission belt (15) of the upper band frictionshoe (14) of two guide rollers (13), described carton guiding mechanism (11) comprises the cross bar (16) being fixed in frame (1) and is vertically mounted on the some vertical bar (17) of the upper adjustable height of cross bar (16), the end of described vertical bar (17) has a transition arc portion (18).

3. rapid automatized carton eye ring according to claim 1 wears deduction, it is characterised in that: described carton walks belt (20) that materials device (5) comprises the some deflector rolls (19) being fixed in frame (1), drives by deflector roll (19), the carton top-pressure part (21) of (20) top that is arranged at belt and be positioned at the power-driven gear (68) of frame (1) end.

4. rapid automatized carton eye ring according to claim 3 wears deduction, it is characterized in that: described carton top-pressure part (21) has that to be fixed on frame (1) upper and along its horizontally disposed supporting beam (22), described supporting beam (22) is evenly distributed with some pillar stiffeners (23), the bottom of pillar stiffener (23) is connected with pinch roller (24) by connecting rod, and the end of connecting rod is provided with the spring (25) being connected on supporting beam (22).

5. rapid automatized carton eye ring according to claim 1 wears deduction, it is characterized in that: buckle materials device (6) on described and there is vibrating device, being arranged with annular outer wall (26) outside described vibrating device, described annular outer wall (26) is interior, vibrating device is provided with spiral Zou Liao road (27).

6. rapid automatized carton eye ring according to claim 1 wears deduction, it is characterized in that: tip on described materials device (7) comprise button guiding part (28), upper button partition member (29), on withhold and move part (30), upper button rotary disk (31) and upper button pushing piece (32), described upper button partition member (29) is arranged on button guiding part (28) side, and be connected on described upper button pushing piece (32), described upper button rotary disk (31) be located at described on withhold move part (30) output terminal.

7. rapid automatized carton eye ring according to claim 6 wears deduction, it is characterized in that: described upper button guiding part (28) has guiding seat (33), the two ends of described guiding seat (33) are all fixed with a guide block (34) by screw, in guiding seat (33), between two guide blocks (34), it is provided with guide plate (35), described guide plate (35) is connected with and transmits seat (36).

8. rapid automatized carton eye ring according to claim 6 wears deduction, it is characterized in that: described upper button partition member (29) comprises and the base plate (37) that upper button pushing piece (32) is connected, the micro-chip housing (38) being fixed on base plate (37), described micro-chip housing (38) is externally connected with the little cylinder frame of micro-chip (39), two side, micro-chip housing (38) interior bottom wherein the heart be respectively provided with one section of linear slide rail (40), linear slide rail (40) is provided with the bearing (41) slided along it, in the through hole of bearing (41), axle is installed, axle is provided with a left side, right plectrum (42, 43), left, right plectrum (42, 43) upper end is connected with connecting rod (44), connecting rod (44) is fixed in the connecting rod frame (45) of connecting rod (44) top, connecting rod frame (45) is connected with ultra-thin cylinder (46), ultra-thin cylinder (46) one end is fixed on the little cylinder frame of micro-chip (39).

9. rapid automatized carton eye ring according to claim 6 wears deduction, it is characterized in that: withhold on described move part (30) have on withhold move reservation (47), withhold the side moving reservation (47) on described and it is set with longitudinal slide rail (48), described longitudinal slide rail (48) be provided with along its slide up and down on withhold mobile seat (49), withhold mobile seat (49) on described and it is provided with top air cylinder (50), the front end of described top air cylinder (50) inner piston rod is provided with pressure and moves block (51), top air cylinder (50) end is connected with cylinder connection block (52), the lower section withholding mobile seat (49) on described is provided with passing cylinder block (53), pass cylinder block (53) is provided with and pass cylinder (54), the front end passing cylinder (54) inner piston rod connects oscillating bearing (55), this oscillating bearing (55) is connected with above-mentioned cylinder connection block (52), and mutually vertical.

10. rapid automatized carton eye ring according to claim 1 wears deduction, it is characterized in that: the described end tips materials device (8) in and comprises end button and just enter part (56), end button transposition cylinder (57), end button pusher shoe (58) and the end, are anchored to a lifting member (59), button of the described end just enter part (56) there are two of the rectangular structure being arranged side by side at the bottom of button material frame (60), the front end face at end button material frame (60) has offered elongated slot (61), bottom, end button material frame (60) outer rim is provided with side seat (62), bottom at two ends button material frame (60) is provided with middle seat (63), described side seat (62) is connected with substrate (64), substrate (64) side is provided with end button chute board (65), substrate (64) another side arranges the little push pedal (67) promoted and slide by cylinder (66), so that little push pedal (67) promotes end button to slide.