CN204585355U - Cardboard secant groover - Google Patents
Cardboard secant groover Download PDFInfo
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- CN204585355U CN204585355U CN201520250087.8U CN201520250087U CN204585355U CN 204585355 U CN204585355 U CN 204585355U CN 201520250087 U CN201520250087 U CN 201520250087U CN 204585355 U CN204585355 U CN 204585355U
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- cardboard
- secant
- thread cutter
- thread
- cutter
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Abstract
The utility model relates to a kind of cardboard secant groover, this kind of cardboard secant groover, comprise cardboard conveyer and paperboard grooving device, described paperboard grooving device includes necking tool, described paperboard grooving device is located on the cardboard transport path of cardboard conveyer, it is characterized in that the transfer path of described cardboard conveyer is provided with cardboard thread cutting device, described cardboard thread cutting device comprises and carries out the thread cutter of secant to cardboard and drive the power source assembly of thread cutter knee-action.Achieve cardboard by secant mechanism and grooving mechanism and carry out secant and fluting on a production line, automatically four corners can be removed with fluting at twice secant by vertical and horizontal, and described 3rd connecting gear is live-roller, greatly reduce the volume of machine, reduce taking production and processing place.
Description
Technical field
The utility model relates to a kind of equipment processed cardboard, particularly cardboard secant groover.
Background technology
In the prior art, can only complete cardboard fluting the machine that cardboard is slotted, and cannot cardboard corner be removed, then need manually corner to be cut off, or the machine separately establishing a special secant to chamfer, production and processing efficiency is low, and cost is high.
Utility model content
In order to solve the problems of the technologies described above, the utility model adopts following technical scheme to implement: cardboard secant groover, comprise cardboard conveyer and paperboard grooving device, described paperboard grooving device includes necking tool, described paperboard grooving device is located on the cardboard transport path of cardboard conveyer, it is characterized in that the transfer path of described cardboard conveyer is provided with cardboard thread cutting device, described cardboard thread cutting device comprises and carries out the thread cutter of secant to cardboard and drive the power source assembly of thread cutter knee-action.
Described cardboard conveyer is divided into front and rear, and described thread cutting device is arranged between front and rear, and described thread cutter is located at below delivery platform, is provided with the pressure roller matched with thread cutter work above described thread cutter.
Described thread cutting device is fitted with the photoelectric sensor of induction cardboard, and described photoelectric sensor is connected with controller, and described controller controls the action of power source assembly.
Described power source assembly comprises cylinder, and the piston axle of described cylinder and the cutter shaft of thread cutter are in transmission connection, and described cylinder drives thread cutter knee-action.
Described power source assembly comprises electromagnet and swing arm, described electromagnet and swing arm are oppositely arranged, one end of described swing arm is provided with iron block, the cutter shaft of the other end and thread cutter is in transmission connection, described iron block can be driven swing arm to be swung by arm shaft by electromagnet absorption, described swing arm is provided with back-moving spring, and described swing arm drives thread cutter knee-action.
The eccentric wheel that described power source assembly comprises motor and rotated by driven by motor, the cutter shaft of described eccentric wheel and thread cutter is in transmission connection, and described eccentric wheel drives thread cutter knee-action.
Cardboard is carried out longitudinal secant and longitudinal grooved, during secant, thread cutter is driven by power source assembly and then carries out secant near cardboard, when thread cutter does not then carry out secant by the drive of power source assembly away from cardboard, all there is a secant be interrupted the longitudinal both sides of cardboard of having cut line, all there is a continuous print groove the longitudinal both sides of cardboard of ending groove, the line cut and the groove opened are on the same line, manually the cardboard completing longitudinal secant and fluting is laterally placed to be reentered into and carry out horizontal secant and fluting, complete the cardboard of vertical and horizontal secant fluting in " well " font, four corners of cardboard are because cutting off Automatic-falling, it is then finished product cardboard, wherein cardboard can be slotted or secant after can first slotting after first secant.
Thread cutter is driven by electromagnet and swing arm and moves up and down, when the cardboard that photoelectric sensor senses, transmit signal to controller, controller is energized to electromagnet, electromagnet produces absorption affinity, by the iron block absorption in swing arm, swing arm is swung to the right by arm shaft, thread cutter increases and cuts cardboard, cut to certain length, controller stops being energized to electromagnet, electromagnet loses absorption affinity, back-moving spring in swing arm drives swing arm to swing left, thread cutter declines and does not carry out cutting action, after cardboard transmits certain distance, controller is energized to electromagnet again, swing arm swings to the right and drives thread cutter rising to cut the cardboard other end.
Thread cutter is driven by cylinder and moves up and down, photoelectric sensor senses cardboard, transmit signal to controller, the piston axle of controller control cylinder rises, and drives thread cutter to rise and cuts cardboard, cut to certain length, the piston axle of controller control cylinder declines, and drives thread cutter down to move and does not carry out cutting action, after cardboard transmits certain distance, controller again control cylinder piston axle rise drive thread cutter rise, the other end of thread cutter to cardboard cuts.
Thread cutter drives knee-action by motor and the eccentric wheel that rotated by driven by motor, when cardboard is come, eccentric wheel just in time forwards peak to, thread cutter rises thereupon and to cut cardboard, and while cutting, eccentric wheel rotates, and thread cutter declines the cutting stopped cardboard thereupon, cardboard transmits certain distance, eccentric wheel turns over half-turn simultaneously, and again peak, thread cutter cuts with the other end that can continue cardboard.
The beneficial effects of the utility model are: achieve cardboard by secant mechanism and grooving mechanism and carry out secant and fluting on a production line, automatically four corners can be removed with fluting at twice secant by vertical and horizontal, and described 3rd connecting gear is live-roller, greatly reduce the volume of machine, reduce taking production and processing place.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model;
Fig. 2 is left view of the present utility model;
Fig. 3 is the pattern diagram that the utility model cardboard has longitudinally cut line;
Fig. 4 is that the utility model cardboard has longitudinally cut the pattern diagram that line ends groove;
Fig. 5 is the pattern diagram that the utility model cardboard portraitlandscape has cut that line ends groove;
Fig. 6 is the pattern diagram of the utility model cardboard finished product;
Fig. 7 is the structural representation that the utility model power source assembly comprises electromagnet and transverse arm;
Fig. 8 is the structural representation that the utility model power source assembly comprises cylinder;
Fig. 9 is that the utility model power source assembly comprises motor and eccentric structural representation.
Specific embodiments
As Fig. 1, this cardboard secant groover comprise cardboard feeding device 1, cardboard conveyer 21,22, cardboard thread cutting device 3, paperboard grooving device 4 and cardboard drawing mechanism 5, cardboard 6 carries out transmission by the conveyer belt of cardboard conveyer 21,22 and goes cardboard thread cutting device 3 to carry out secant or paperboard grooving device 4 is slotted, finally by drawing mechanism 5 discharging.As shown in Figure 3, all there is a secant be interrupted the longitudinal both sides of cardboard of having cut line, as shown in Figure 4, cut the longitudinal both sides of cardboard that line ends groove and all have a groove, want disposable and process such cardboard, thread cutting device needs to arrange medianly zygomorphic thread cutter, and grooving apparatus needs to arrange medianly zygomorphic necking tool, distance between two thread cutters is identical with the distance between two necking tools, and the line cut and the groove opened are on the same line.As shown in Figure 5, on cardboard, portraitlandscape all has two grooves, and four corners of finished product cardboard come off as shown in Figure 6.
The cardboard conveyer 21,22 of this cardboard secant groover comprises conveyer belt and drives the motor of conveyer belt transmission, and cardboard conveyer is divided into anterior 21 and rear portion 22, and front portion 21 and rear portion 22 are independent separately.The top of active line is provided with cardboard feeding device 1, cardboard feeding device 1 comprises the left baffle 11 being installed on Transfer pipe both sides and the front apron 12 be installed on transfer path, the setting of left baffle 11 is that the setting of front apron 12 is to only allow a piece of paper plate to pass through in order to a pile cardboard can fitly be placed on a moving belt left and right.Manually a stacker plate is placed in feeding device 1, drives that a piece of paper plate of bottommost to send out by front portion 21 conveyer belt of conveyer.
Cardboard thread cutting device arranges 3 between cardboard conveyer anterior 21 and rear portion 22, thread cutting device 3 comprises the power source assembly 33 of the photoelectric sensor 31 of induction cardboard, the thread cutter 32 cardboard being carried out to secant and drive thread cutter 32 knee-action, photoelectric sensor 31 is connected with controller, and controller controls the action of power source assembly.Thread cutter 32 is provided with symmetrical two and synchronously carries out action, thread cutter 32 is located at below delivery platform, the pressure roller 34 preventing cardboard from upwarping in secant process is provided with directly over thread cutter 32, in secant process, ensure that cardboard can cut off by thread cutter in the process of secant, transmission is provided with just at the live-roller 35 of the cardboard of secant, for auxiliary transmission cardboard between thread cutter 32 and rear portion 22.
As shown in Figure 7, drive the power source assembly 33 of thread cutter 32 knee-action can adopt electromagnet 81 and swing arm 83, electromagnet 81 and swing arm 83 are oppositely arranged, one end of swing arm 83 is provided with iron block 82, the cutter shaft of the other end and thread cutter 32 is in transmission connection, iron block 82 can be adsorbed drive swing arm 83 by electromagnet 81 and be swung by arm shaft 84, and swing arm 83 is provided with back-moving spring 85.During work, the cardboard that photoelectric sensor 31 senses, transmit signal to controller, controller is energized to electromagnet 81, electromagnet 81 produces absorption affinity, iron block 82 in swing arm 83 is adsorbed, swing arm 83 is swung to the right by arm shaft 84, thread cutter 32 increases and cuts cardboard, cut to certain length, controller stops being energized to electromagnet 81, electromagnet 81 loses absorption affinity, back-moving spring 85 in swing arm 83 drives swing arm 83 to swing left, thread cutter 32 declines and does not carry out cutting action, after cardboard transmits certain distance, controller is energized again to electromagnet 81, swing arm 83 swings to the right and drives thread cutter 32 to rise to cut the cardboard other end.
Drive the power source assembly 33 of thread cutter 32 knee-action to adopt cylinder as shown in Figure 8, the piston axle 87 of cylinder 86 is in transmission connection with the cutter shaft of thread cutter 32, and cylinder 86 drives thread cutter 32 knee-action.During work, photoelectric sensor 31 senses cardboard, transmit signal to controller, the piston axle 87 of controller control cylinder rises, and drives thread cutter 32 to rise and to cut cardboard, cut to certain length, the piston axle 87 of controller control cylinder declines, and drives thread cutter 32 down to move and does not carry out cutting action, after cardboard transmits certain distance, controller again control cylinder piston axle 87 rise drive thread cutter 32 rise, the other end of thread cutter 32 pairs of cardboards cuts.
As shown in Figure 9, drive the power source assembly 33 of thread cutter 32 knee-action can also adopt motor 89 and the eccentric wheel 88 by motor 89 driven rotary, described eccentric wheel 88 is in transmission connection with the cutter shaft of thread cutter 32, and described eccentric wheel 88 drives thread cutter 32 knee-action.When cardboard is come, eccentric wheel 88 just in time forwards peak to, thread cutter 32 rises thereupon and to cut cardboard, while cutting, eccentric wheel 88 rotates, thread cutter 32 declines thereupon and stops cutting to cardboard, and cardboard transmits certain distance, and eccentric wheel 88 turns over half-turn simultaneously, again peak, thread cutter 32 cuts with the other end that can continue cardboard.
Paperboard grooving device 4 includes necking tool 42 and tool rest 43, cardboard conveyer also comprises fluting connecting gear 41, paperboard grooving device 4 is located on the transfer path of fluting connecting gear 41, described fluting connecting gear 41 comprises conveyer belt 44, send the driven roller 46 of plate roller 45 and the transmission of drive conveyer belt, send above plate roller 45 and be provided with the first driven roller, below is provided with the second driven roller, rear is provided with the 3rd driven roller, conveyer belt 44 is around in this three driven rollers, coordinate with sending plate roller 45 and clamp cardboard, tool rest 43 is located at below the 3rd driven roller, necking tool 42 to be located on tool rest and to be provided with symmetrical two, left and right sides fluting is carried out to the cardboard in transmission simultaneously, necking tool 42 with send the distance of plate roller 45 to be less than the thickness of a cardboard, but ensure cardboard to be penetrated.When cardboard enters the porch of the fluting connecting gear 41 of paperboard grooving device 4, conveyer belt 44 is driven by driven roller 46 and transmits with sending plate roller 45 to coordinate to clamp cardboard.Be sent to necking tool 42, two necking tools 42 are slotted to cardboard simultaneously.
The cardboard 62 completing longitudinal secant and longitudinal grooved sends out by cardboard drawing mechanism 5.
Cardboard thread cutting device can be located at paperboard grooving device front, also can be located at paperboard grooving device rear.Therefore, during this machine operation, two schemes is had.A kind of scheme is: cardboard 6 is sent to cardboard thread cutting device 3 and carries out longitudinal secant by the front portion 21 of cardboard conveyer, when thread cutter 32 drives rising then to carry out secant by power source assembly 33, when thread cutter 32 drives decline then not carry out secant by power source assembly 33; The cardboard 61 having cut line picks out and is then sent to paperboard grooving device 4 by the rear portion 22 of cutting complete cardboard conveyer; The necking tool 42 of paperboard grooving device 4 carries out longitudinal grooved to the cardboard 61 having cut line; After ending groove, the cardboard 62 having cut line and end groove is delivered to cardboard drawing mechanism 5 by paperboard grooving device 4; Manually the cardboard 62 completing longitudinal secant and fluting is laterally placed and be reentered into cardboard conveyer 21,22; Cardboard conveyer 21,22 again transmits the cardboard 62 having completed longitudinal secant and fluting and carries out horizontal secant and fluting; Completing four corner Automatic-fallings of the cardboard 63 of vertical and horizontal secant fluting, is then finished product cardboard 64.
Another kind of scheme is: directly cardboard is put into paperboard grooving device 4 first carries out longitudinal grooved; After ending groove, cardboard is sent to the front portion 21 of cardboard conveyer by the conveyer belt 44 of paperboard grooving device 4; The cardboard ending groove is sent to cardboard thread cutting device 3 and carries out longitudinal secant by the front portion 21 of cardboard conveyer, when thread cutter 32 drives rising then to carry out secant by power source assembly 33, when thread cutter 32 drives decline then not carry out secant by power source assembly 33; After completing secant, the rear portion 22 of cardboard conveyer delivered to by cardboard by live-roller 35, and cardboard is delivered to cardboard drawing mechanism 5 by rear portion 22; Manually laterally place and be reentered into paperboard grooving device 4 by completing longitudinal grooved and secant cardboard 62 and carry out transversal slotting, and then transmit and go cardboard thread cutting device 3 to carry out horizontal secant; Completing four corner Automatic-fallings of the cardboard 63 of vertical and horizontal fluting secant, is then finished product cardboard 64.
Be provided with out waste material belt 7 below cardboard discharging opening, complete four corner Automatic-fallings of the cardboard of vertical and horizontal secant fluting, go out waste material belt 7 and waste material is sent out.
Claims (6)
1. cardboard secant groover, comprise cardboard conveyer (21,22) and paperboard grooving device (4), described paperboard grooving device (4) includes necking tool (42), described paperboard grooving device (4) is located on the cardboard transport path of cardboard conveyer (21,22), it is characterized in that the transfer path of described cardboard conveyer (21,22) is provided with cardboard thread cutting device (3), described cardboard thread cutting device (3) comprises carries out the thread cutter (32) of secant and the power source assembly (33) of drive thread cutter (32) knee-action to cardboard.
2. cardboard secant groover according to claim 1, it is characterized in that described cardboard conveyer (21,22) is divided into front portion (21) and rear portion (22), described thread cutting device (3) is arranged between front portion (21) and rear portion (22), described thread cutter (32) is located at below delivery platform, and described thread cutter (32) top is provided with the pressure roller (34) matched with thread cutter work.
3. cardboard secant groover according to claim 1, it is characterized in that described thread cutting device (3) is fitted with the photoelectric sensor (31) of induction cardboard, described photoelectric sensor is connected with controller, and described controller controls power source assembly (33) action.
4. cardboard secant groover according to claim 3, it is characterized in that described power source assembly (33) comprises cylinder (86), the piston axle (87) of described cylinder (86) and the cutter shaft of thread cutter (32) are in transmission connection, and described cylinder (86) drives thread cutter (32) knee-action.
5. cardboard secant groover according to claim 3, it is characterized in that described power source assembly (33) comprises electromagnet (81) and swing arm (83), described electromagnet (81) and swing arm (83) are oppositely arranged, one end of described swing arm (83) is provided with iron block (82), the cutter shaft of the other end and thread cutter (32) is in transmission connection, described iron block (82) can be driven swing arm (83) to be swung by arm shaft (84) by electromagnet (81) absorption, described swing arm (83) is provided with back-moving spring (85), described swing arm (83) drives thread cutter (32) knee-action.
6. cardboard secant groover according to claim 1, it is characterized in that the eccentric wheel (88) that described power source assembly (33) comprises motor (89) and rotated by driven by motor, described eccentric wheel (88) is in transmission connection with the cutter shaft of thread cutter (32), and described eccentric wheel (88) drives thread cutter (32) knee-action.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520250087.8U CN204585355U (en) | 2015-04-23 | 2015-04-23 | Cardboard secant groover |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520250087.8U CN204585355U (en) | 2015-04-23 | 2015-04-23 | Cardboard secant groover |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204585355U true CN204585355U (en) | 2015-08-26 |
Family
ID=53921549
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520250087.8U Active CN204585355U (en) | 2015-04-23 | 2015-04-23 | Cardboard secant groover |
Country Status (1)
| Country | Link |
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| CN (1) | CN204585355U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104786273A (en) * | 2015-04-23 | 2015-07-22 | 浙江赛力机械有限公司 | Paperboard cutting and grooving machine |
| CN107379074A (en) * | 2017-09-06 | 2017-11-24 | 陈自力 | A kind of paperboard groove cutting machine |
-
2015
- 2015-04-23 CN CN201520250087.8U patent/CN204585355U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104786273A (en) * | 2015-04-23 | 2015-07-22 | 浙江赛力机械有限公司 | Paperboard cutting and grooving machine |
| CN107379074A (en) * | 2017-09-06 | 2017-11-24 | 陈自力 | A kind of paperboard groove cutting machine |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |