CN204505947U - A kind of from moving magnet fitting machine - Google Patents
A kind of from moving magnet fitting machine Download PDFInfo
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- CN204505947U CN204505947U CN201520187829.7U CN201520187829U CN204505947U CN 204505947 U CN204505947 U CN 204505947U CN 201520187829 U CN201520187829 U CN 201520187829U CN 204505947 U CN204505947 U CN 204505947U
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Abstract
The utility model relate to a kind of make stability and high efficiency from moving magnet fitting machine, frame should be included from moving magnet fitting machine, frame is provided with cardboard pusher, cardboard slotting attachment successively by production process, magnetic device and cardboard material collecting device on cardboard, frame between cardboard pusher and cardboard material collecting device is provided with upper and lower two conveyer belts, upper and lower two conveyer belts be press against cardboard and are driven by power source and coordinate indexing transfer, and on cardboard slotting attachment and cardboard, magnetic device is positioned at upper and lower two conveyer belt the same sides; Cardboard pusher includes heap hopper and delivery device, and the cardboard in heap hopper can be pushed between upper and lower two conveyer belts by delivery device; Cardboard slotting attachment includes groove milling mechanism and debris removal mechanism, and the paper scrap in groove is removed by debris removal mechanism mill out groove on cardboard after by groove milling mechanism.
Description
Technical field
The utility model relates to a kind of machine making gift box model, be specifically related to a kind of give gift box model slot and the equipment of magnet be installed.
Background technology
Conveniently use, some gift boxes are provided with magnetic sheet and iron sheet (hereinafter referred to as magnet), by the suction produced between magnet, gift box is easy to close and is also easy to open.The previous work of this gift box completes primarily of magnet fitting machine, first cardboard is delivered on conveyer belt by cardboard pusher by magnet fitting machine, then by cardboard slotting attachment on the way, cardboard is slotted successively, magnet placed by cardboard after fluting given by magnetic device on cardboard, finally carries out rewinding by cardboard material collecting device.
But magnet fitting machine general in the market generally has following problem:
The first existing cardboard pusher pushes although can realize automation well, without the need to manually a sheet by a sheet cardboard being put into conveyer belt, but in propelling movement process, frequent generation by two even more multiple cardboards release together, and the cardboard had more will waste the magnet installment work even affecting postorder.The second, cardboard is generally by the groove milling of cardboard slotting attachment, but the mode of directly groove milling can leave coarse burr at the edge of groove, not only have impact on the attractive in appearance of product, brings potential unstability also can to follow-up dress magnetic work.Three, cardboard after outputing groove just by by manipulator (namely picking up magnetic mechanism) by magnet placing in corresponding groove, and before putting into, also need on the groove of cardboard, drip white glue, such magnet just can stick in respective groove after putting into firmly, the mode adopting this elder generation to drip white glue in cardboard groove can additionally increase an operation to whole Making programme, and this can affect productivity ratio undoubtedly.Four, after filling magnetic, cardboard just directly falls in rewinding box through conveyer belt conveying, then by artificial, arrangement is stacked in disorder cardboard, so not only need the cost of labor dropping into great number, and cause entanglement between magnet to attract because of cardboard disorderly and unsystematic, easily cause magnet to depart from from cardboard, make the non-defective unit made become waste product.
Summary of the invention
In view of the deficiency that prior art exists, the utility model innovation provide a kind of make stability and high efficiency from moving magnet fitting machine, frame should be included from moving magnet fitting machine, it is characterized in that: described frame is provided with cardboard pusher successively by production process, cardboard slotting attachment, magnetic device and cardboard material collecting device on cardboard, frame between described cardboard pusher and cardboard material collecting device is provided with upper and lower two conveyer belts, described upper and lower two conveyer belts be press against cardboard and are driven by power source and coordinate indexing transfer, on described cardboard slotting attachment and cardboard, magnetic device is positioned at upper and lower two conveyer belt the same sides, described cardboard pusher includes heap hopper and delivery device, and the cardboard in heap hopper can be pushed between upper and lower two conveyer belts by described delivery device, described cardboard slotting attachment includes groove milling mechanism and debris removal mechanism, and the paper scrap in groove is removed by debris removal mechanism mill out groove on cardboard after by described groove milling mechanism, on described cardboard, magnetic device includes and picks up magnetic mechanism, pushes away magnetic mechanism and non-magneticly send magnetic riser, describedly send magnetic riser to stand on non-magneticly to send on magnetic panel, described magnetic mechanism and the non-magnetic heap magnetic slot of pushing away is in sending magnetic riser side, the described magnetic mechanism that picks up is positioned at and send magnetic riser opposite side, the described magnetic mechanism that pushes away can push monolithic magnet through sending magnetic riser and sending the passage magnetic panel, shift opposite side onto from side, the described magnetic mechanism that picks up can be picked up monolithic magnet and is positioned over set-point, described picking up below magnetic mechanism is provided with plastic emitting mechanism, and described plastic emitting mechanism includes the glue tank being installed on and sending the glue-spreading head on magnetic panel and be communicated with glue-spreading head, and described glue-spreading head can give gluing bottom monolithic magnet, described cardboard material collecting device includes material receiving desk.
The trough of described cardboard pusher is formed by bracket, front and back clamping plate and left and right clamping plate, there is between described front plate and bracket the gap passed through for a piece of paper plate, described delivery device can push cardboard through gap, and the lower part of described front and back clamping plate is all tiltedly gone towards pushing away paper direction.
Described delivery device includes and pushes head and push cylinder, described propelling movement head includes cuts somebody's hair and pushing block, on described pushing block is located at and is cut somebody's hair, describedly cut somebody's hair and push cylinder-driven and be connected, described pushing block highest point exceeds bracket upper surface one or is less than the distance of a calliper, described in cut somebody's hair highest point lower than pushing block highest point.
The groove milling mechanism of described cardboard slotting attachment includes milling cutter and drives the groove milling motor of milling cutter rotation, and described groove milling motor is driven by groove milling lifting assembly and realizes oscilaltion.
The debris removal mechanism of described cardboard slotting attachment includes sucking hood and induced-draught fan, and described sucking hood is installed on groove milling motor bottom and covers in outside milling cutter, and described sucking hood inside is communicated with induced-draught fan by crumb-suction pipe.
On described cardboard, the magnetic mechanism that picks up of magnetic device includes ten magnetism cylinders and send magnetism cylinder, describedly send magnetism cylinder to be installed on to send on magnetic riser, the described piston rod of magnetism cylinder that send is connected to movable plate side, the described piston rod picking up magnetism cylinder is connected to the bottom of movable plate, described below of picking up magnetism cylinder is also connected with excitation cylinder, the expansion link of described excitation cylinder down and be provided with outside expansion link and unload magnetic head, the described magnetic head that unloads is fixedly installed in excitation cylinder bottom, described expansion link is made by magnetic conductive metal, the described magnetic head that unloads is made by non-magnet_conductible material, describedly send magnetism cylinder, pick up magnetism cylinder and excitation cylinder interoperation.
On described cardboard, the magnetic mechanism that pushes away of magnetic device includes push jack and pushes away magnetism cylinder, and described push jack can be moved sending magnetic riser and send in the passage between magnetic panel by the promotion pushing away magnetism cylinder.
In the glue-spreading head of described plastic emitting mechanism, there is plastic hole, spring and hoodle is provided with in described plastic hole, described spring one end location, the other end acts on hoodle, the glue-extruding end inwall of described glue-spreading head is provided with flange, described flange restriction hoodle only part exposes gum outlet, and the glue end that enters of described glue-spreading head is connected by sebific duct and glue tank, the pressure towards glue-extruding end direction of what the glue in described glue-spreading head was subject to be greater than self gravitation.
Described cardboard material collecting device also includes cutting agency, described cutting agency is positioned at above material receiving desk, described cutting agency includes left and right two supporting plates, described left and right two supporting plate is oppositely arranged and all realizes the fulcrum synchronous axial system around correspondence by power source, is also provided with a grade paper bar above the supporting plate of described left and right two.
Frame between described cardboard pusher and cardboard slotting attachment is also provided with cardboard hole punched device, on described cardboard hole punched device and cardboard slotting attachment and cardboard, magnetic device is positioned at upper and lower two conveyer belt the same sides, the punching motor that described cardboard hole punched device includes hollow cutter and drives hollow cutter to rotate, described punching motor is driven by punching lifting assembly and realizes oscilaltion.
On described cardboard hole punched device and cardboard slotting attachment and cardboard, magnetic device is symmetrical arranged in the left and right sides of upper and lower two conveyer belts.
According to the utility model provide from moving magnet fitting machine, not only in the feeding started, substantially increase stability, and further improve cutting mode in last rewinding operation, the cardboard hole punched device increased in addition improves fluting quality, and the plastic emitting mechanism of improvement accelerates speed of production.Generally speaking, complete machine is improved from the beginning to the end, compared with prior art, has substantive distinguishing features and progress.
Accompanying drawing explanation
Fig. 1 is the pattern diagram after cardboard fluting;
Fig. 2 is the utility model complete machine stereogram;
Fig. 3 is the utility model complete machine top view;
Fig. 4 is the stereogram of the utility model cardboard pusher;
Fig. 5 is the side sectional view of the utility model cardboard pusher;
Fig. 6 is the structure chart that the utility model cardboard pusher pushes head;
Fig. 7 is the stereogram of the utility model cardboard hole punched device;
Fig. 8 is the stereogram of the utility model cardboard slotting attachment;
Fig. 9 is the assembly drawing of magnetic device and plastic emitting mechanism on the utility model cardboard;
Figure 10 is the stereogram of magnetic device on the utility model cardboard;
Figure 11 is the stereogram of the utility model cardboard magnetic device on cardboard;
Figure 12 is the sectional view along A-A direction in Figure 10;
Figure 13 is the structural representation of the utility model plastic emitting mechanism glue-spreading head;
Figure 14 is the stereogram of the utility model cardboard material collecting device;
Figure 15 is the rearview of the utility model cardboard material collecting device.
Detailed description of the invention
As described in Fig. 2 or 3, this magnet fitting machine comprises magnetic device 4 and cardboard drawing mechanism 5 on plate pusher 1, cardboard slotting attachment 3, cardboard successively by production process.Cardboard 6 is pushed between upper and lower two conveyer belts by cardboard pusher 1 exactly, then be press against by upper and lower conveyer belt and delivers to cardboard slotting attachment 3 successively and carry out groove milling, deliver to magnetic device 4 on cardboard and carry out upper magnetic, finally by cardboard drawing mechanism 5 discharging.As described in Figure 1, the upper left the right of cardboard 6 processed is all fluted, is placed with monolithic magnet 7, in opposite side groove, places iron plate in side groove 61, want disposable and process such cardboard, need to be symmetrical arranged magnetic device 4 on cardboard slotting attachment 3 and cardboard in the conveyer belt left and right sides.To make introductions all round the structure of each device and principle by workflow below.
As shown in Figure 4, the cardboard pusher 1 of this kind of magnet fitting machine includes rack-mounted trough and is installed on the delivery device below trough, trough by bracket 14, front and back clamping plate 10,11, left and right clamping plate 12,13 surround; Front plate 10 is located on front slide rail 17 by clamping plate slide block 16 activity, and rear plate 11 hangs on rear cross beam 18 by it, therefore before and after clamping plate 10,11 can horizontally slip, thus can adjusting position to adapt to the cardboard of different size; Front plate 16 is arranged on after on clamping plate slide block 16, and has the gap passed through for a piece of paper plate 6 between bracket 14, and delivery device pushes cardboard 6 exactly and enters on conveyer belt through this gap.As shown in Figure 5, the bottom of rear plate 11 has the inclined-plane turned forward, the bottom of front plate 10 has the inclined-plane turned forward too, cardboard heap 60 is just stacked to be had in the trough of gradient, inclined-plane due to rear plate 11 can be offset the cardboard tilting to stack and be piled 60 a part of gravity, therefore the pressure of cardboard heap 60 can not act on that cardboard 6 nethermost entirely, so vertically folded mode more in the past substantially reduces the frictional force between the cardboard of bottom, thus delivery device is pushed away more stably a piece of paper plate is pushed out.
Delivery device include push 15 with push cylinder, as shown in Figure 6, push 15 include cut somebody's hair 151 with pushing block 152, pushing block 152 is located at and is cut somebody's hair on 151, cut somebody's hair 151 with propelling movement cylinder-driven be connected, push cylinder to push exactly to cut somebody's hair and 151 to move forward and backward together with pushing block 152, thus complete paper feeding.Complete paper feeding, the highest point of pushing block 152 taller go out bracket 14 upper surface one or be less than the distance of a calliper, and 151 highest points of cutting somebody's hair are lower than pushing block 152 highest point, cut somebody's hair like this and 151 just form an acting surface with pushing block 152, when cut somebody's hair 151 with pushing block 152 move forward time, acting surface just pushes cardboard 6 and moves forward, thus cardboard 6 is entered on conveyer belt.
Enter into after on conveyer belt, cardboard 6 just carries out punching and groove milling by cardboard hole punched device 2 and cardboard slotting attachment 3 successively.Generally, cardboard 6 does not need punching in advance, only can output groove on cardboard 6 by cardboard slotting attachment 3, but such recess edge has burr yet, thus affects quality and the outward appearance of product.In order to overcome this problem, the utility model, before groove milling, also carries out punching by cardboard hole punched device 2 pairs of cardboards 6.As shown in Figure 7, cardboard hole punched device 2 includes hollow cutter 26 and the punching motor 24 driving hollow cutter 26 to rotate, by the drive of punching motor 24, hollow cutter 26 just can punch out cannelure on cardboard 6, the edge of the rearward recess 61 that this cannelure is exactly, owing to going out the edge of groove 61, therefore follow-up groove milling work just only needs the cardboard face in mill off groove 61, and the groove 61 milled out the so i.e. magnet 7 that easily allows again attractive in appearance is installed.Certainly, punching motor 24 also needs knee-action, hollow cutter 26 is pressed on cardboard 6, for this reason, punching motor 24 is movably installed on punching riser 21 by the utility model, specifically punching motor 24 is installed on punching motor cabinet 25, punching motor cabinet 25 is fixedly connected with punching slide block 27, this punching slide block 27 slides and is located on the punching guide rail 23 that is vertically installed on punching riser 21, punching riser 21 is provided with punching cylinder 22, and this punching cylinder 22 is in transmission connection with punching slide block 27.Like this by the drive of punching cylinder 22, punching motor 24 and hollow cutter 26 just can move up and down along punching guide rail 23.
As described above, just carry out groove milling by cardboard slotting attachment 3 after cardboard 6 punching, as shown in Figure 8, this cardboard slotting attachment 3 includes groove milling mechanism and debris removal mechanism, the cardboard facing cut in cannelure falls in groove milling mechanism, and debris removal mechanism is the cardboard chip removing that will mill out.The groove milling motor 34 that groove milling mechanism includes milling cutter (not shown in FIG.) and drives milling cutter to rotate, also for ease of and drive milling cutter oscilaltion, the utility model have employed the lifting assembly the same with cardboard hole punched device 2, specifically groove milling motor 34 is installed on groove milling motor cabinet 35, groove milling motor cabinet 35 is fixedly connected with groove milling slide block 37, this groove milling slide block 37 slides and is located on the groove milling guide rail 33 that is vertically installed on groove milling riser 31, groove milling riser 31 is provided with groove milling cylinder 32, and this groove milling cylinder 32 is in transmission connection with groove milling slide block 37.By the drive of groove milling cylinder 37, groove milling motor 34 and milling cutter just can move up and down along groove milling guide rail 33.Debris removal mechanism includes sucking hood 36 and induced-draught fan, and sucking hood 36 to be installed on bottom groove milling motor 34 and to cover in outside milling cutter, and this sucking hood 36 inside is communicated with induced-draught fan by crumb-suction pipe 38; Milling cutter is while groove milling, and the shredded paper bits that the groove milling of sucking hood 36 internal cause produces by air draught function suck out.
After cardboard 6 mills out groove, just by magnetic on magnetic device on cardboard 4 paper loading plate 6.As shown in Figure 10, on this cardboard, magnetic device 4 includes and picks up magnetic mechanism 43, pushes away magnetic mechanism 45, send magnetic panel 44 and send magnetic riser 42, send magnetic riser 42 to stand on to send on magnetic panel 44, have passage between the two, monolithic magnet is exactly from sending the side of magnetic riser 42 to come opposite side through passage; For convenience of description, suppose that magnetic heap 70 is positioned at the left side sending magnetic riser 42, be arranged in equally and send the magnetic mechanism 45 that pushes away on the left of magnetic riser 42 to be exactly release a slice from the magnetic heap 70 being positioned over heap magnetic groove, right side is come through sending the passage bottom magnetic riser 42, then be positioned on the cardboard 6 through sending magnetic panel 44 right hand edge by magnetic mechanism 43 pickup of picking up of this side, as shown in figure 11.Wholely send magnetic process full automation, and high efficiency, send magnetic to stablize.
Send on the left surface of magnetic riser 42 and have two vertical heap magnetic stripes, magnetic heap 70 is just positioned in the heap magnetic groove of two heap magnetic stripes formation.Push away magnetic mechanism 45 to include and push away magnetism cylinder 451 and push jack 452, pushing away magnetism cylinder 451 is exactly push push jack 452 through the passage sent bottom magnetic riser 42, magnetic is piled 70 nethermost a slice magnet 7 and shifts right side onto from sending the left side of magnetic riser 42; In order to shift magnet 7 onto assigned address better, block 47 is also provided with sending the right side of magnetic riser 42, magnet 70 is by cutting somebody's hair 454 for after the push jack 452 of V-type pushes through, just arriving the pickup point (this pickup point be exactly above said assigned address) picking up magnetic mechanism 3 exactly, then picking up by picking up magnetic mechanism 43.
Pick up magnetic mechanism 43 include ten magnetism cylinders 432 and send magnetism cylinder 430, as shown in Fig. 9 to 12, magnetism cylinder 430 is sent to be installed on riser 42, its piston rod is connected to the side of movable plate 431, riser 42 is also horizontally installed with guide rail 436, guide rail 436 is provided with slide block 435, and movable plate 431 is just arranged on slide block 435.By this structure, movable plate 431 moves more steady; Ten magnetism cylinders 432 are provided with in the below of movable plate 431, this piston rod picking up magnetism cylinder 432 is connected to the bottom of movable plate 431, the below of picking up magnetism cylinder 432 is also fixedly connected with excitation cylinder 433, the expansion link 437 of this excitation cylinder 433 down and be provided with outside expansion link 437 and unload magnetic head 434, unloading magnetic head 434 is fixedly installed in bottom excitation cylinder 433, expansion link 437 is made by magnetic conductive metal, unloads magnetic head 434 and is then made by non-magnet_conductible material.
Three cylinder concrete cooperating principles are as follows: after magnet 7 is pushed out, pick up magnetism cylinder 432 action downwards, the excitation cylinder 433 be connected to bottom ten magnetism cylinders 432 also moves down thereupon, until the magnetic head 434 that unloads of excitation cylinder 433 is pressed onto on magnet 7, the expansion link 437 of excitation cylinder 433 starts to be depressed on magnet 7, also be provided with below plastic emitting mechanism 46(plastic emitting mechanism 46 will talk about at the pickup point of magnet 7), when expansion link 437 is pressed onto on magnet 7, glue is just stained with in the bottom of magnet 7; After completing gluing, pick up magnetism cylinder 432 upwards action, rise with excitation cylinder 433, because the expansion link 437 of excitation cylinder 433 is made by magnetic conductive metal, therefore magnet 7 to be adsorbed on expansion link 437 and together to rise with excitation cylinder 433; When arriving certain position, sending magnetism cylinder 430 action, sending the drive of the piston rod of magnetism cylinder 430 to pick up magnetism cylinder 432 and move forward together with excitation cylinder 433 and come above cardboard 6, as shown in figure 11; Next pick up magnetism cylinder 432 to complete and action same above with excitation cylinder 433, magnet 7 is placed in the groove 61 of cardboard 6; After having placed, the expansion link 437 of excitation cylinder 433 is first reduced to and unloads in magnetic head 434, under the help of unloading magnetic head 434, expansion link 437 is separated with magnet 7 and creates distance, only there is faint gravitation between the two, made by non-magnetic material owing to unloading magnetic head 434, when picking up magnetism cylinder 432 action and rising with excitation cylinder 433, magnet 7 still sticks in groove 61 steadily; Sending magnetic panel 44 front upper surface that iron block 442 is installed in addition, due to the attraction that iron block 442 gives magnet 7 one downward, magnet 7 therefore can helped further to stay in groove 61; After magnet 7 installs, pick up magnetic mechanism 43 and get back to original operation, then next returns and picks up magnetic work.
Magnetic efficiency is sent in order to improve, the utility model shortens the displacement of excitation cylinder 433 from pickup point to set-point, the magnet 7 after putting down may be made thus to be attracted in the past by magnetic heap 70 below, in order to solve this technical problem, the utility model is made up of logical magnetic material sending magnetic riser 42 to be embedded in this magnetic isolation plate 421 of magnetic isolation plate 421(, its surface area is larger, the magnetic isolation plate embedded is more, better every magnetic effect), pile in 70 because magnetic isolation plate 421 is interposed between the single product magnet 7 released with magnetic, therefore the magnetic strength field of force from magnetic heap 70 is effectively shielded, the monolithic magnet 7 of release is made not pile the interference in 70 magnetic fields by magnetic, magnetic surface upset can not be there is in the monolithic magnet 7 after such release, the abnormalities such as magnet tilting, thus magnet 7 is transported in the groove 61 of cardboard 6 reposefully.
In order to save operation, enhance productivity, the utility model is picking up below magnetic mechanism 43, specifically be provided with plastic emitting mechanism 46 at the pickup point of magnet 7, when the expansion link 437 of excitation cylinder 433 is pressed onto on magnet 7 while pickup, the plastic emitting mechanism 46 be positioned at below magnet 7 can apply glue at magnet 7 base plate.As shown in Figure 12 and 13, plastic emitting mechanism 46 comprises primarily of glue-spreading head 461, sebific duct 466 and glue tank 460 form, glue-spreading head 461 is just arranged on pickup point place and send on magnetic panel 44, just just in time be in directly over glue-spreading head 461 after magnet 7 pushes through, then press down on magnet 7 by the expansion link 437 of excitation cylinder 433, bottom magnet 7, be stained with glue thus.Illustrate the structure and working principle of plastic emitting mechanism 46 below.
Glue-spreading head 461 inside of plastic emitting mechanism has plastic hole, as shown in figure 13, glue just flows out from gum outlet through this plastic hole, is provided with spring 464 and hoodle 462 in plastic hole, and spring 464 lower end is located, upper end acts on hoodle 462, and make hoodle 462 have the trend moved up, in order to not allow hoodle 462 drop out from gum outlet, the glue-extruding end inwall of glue-spreading head 461 is also provided with flange 463, flange 463 limits hoodle 462 outwards movement, makes hoodle 462 only partly expose gum outlet.When magnet 7 is depressed on hoodle 462, hoodle 462 just moves downwards, and now gum outlet is unimpeded, and glue just flows out from gum outlet and is stained with the bottom of magnet 7; After having gone up glue, magnet 7 moves, due to the elastic force by spring 464, hoodle 462 moves up and again blocks gum outlet.Why glue in glue-spreading head 461 can upwards flow out, because the glue of its inside is subject to being greater than upwarding pressure of self gravitation, pressure be by the glue in glue tank 460 to, form this pressure and have two kinds of modes, the first is the position be placed on by glue tank 460 higher than glue-spreading head 461, if but this mode gum outlet poor sealing, just have glue when shutdown and overflow; So the utility model is adopted in another way, namely glue tank 460 to be positioned on ground or lower than the position of glue-spreading head 461, external gas source on glue tank 460, just glue pressure can be given after source of the gas ventilation, thus the glue ordered about in glue-spreading head 461 squeezes towards glue-extruding end direction, this mode effectively can avoid the technical problem that first kind of way exists.
Glue-spreading head 461 is communicated with glue tank 460 by sebific duct 466, in order to ensure that glue-spreading head 461 and sebific duct 466 are tightly connected, connector 465 is also connected with between glue-spreading head 461 and sebific duct 466, connector 465 one end and sebific duct 466 are socketed, the other end is threaded with glue-spreading head 461, have the through hole being communicated with plastic hole and sebific duct 466 in connector 461, glue is exactly flow in plastic hole through sebific duct 466 and through hole successively.It should be noted that in addition, the lower end of spring 464 is positioned on connector 465, in fact also can be positioned in glue-spreading head 461, as long as arrange a support edge at the inwall of glue-spreading head 461, these two kinds of modes can make the lower end of spring 464 find the strong point, thus can reset after spring 464 is compressed.
After magnet 7 installs, cardboard 6 just drops out from conveyer belt, enters into cardboard material collecting device 5.This cardboard material collecting device 5 includes material receiving desk 55 and cutting agency, and as best seen in figs. 14 and 15, cutting agency is positioned at above material receiving desk 55, and frame is added is provided with transverse arm 50, and cutting agency is just installed on transverse arm 50; Cutting agency includes left and right two supporting plates 51, left and right two supporting plates 51 are oppositely arranged, and two supporting plates 51 all have linking arm 52, and two linking arms 52 are just in transmission connection with corresponding rotary cylinder 53, by the drive of rotary cylinder 53, left and right two supporting plate 51 just can around the fulcrum synchronous axial system of correspondence; Transverse arm 50 is also provided with gear paper bar 54, after the cardboard 6 with inertia is brought, just have gear paper bar 54 to tackle, and fall on two supporting plates of left and right, two supporting plates 51 overturn afterwards, the cardboard 6 loading onto magnet 7 is just fallen on material receiving desk 55 reposefully, and is vertically fitly stacked up.
Claims (10)
1. one kind from moving magnet fitting machine, include frame, it is characterized in that: described frame is provided with cardboard pusher (1), cardboard slotting attachment (3) successively by production process, magnetic device (4) and cardboard material collecting device (5) on cardboard, frame between described cardboard pusher (1) and cardboard material collecting device (5) is provided with upper and lower two conveyer belts, described upper and lower two conveyer belts press against cardboard and drive interval to coordinate transmission by power source, and described cardboard slotting attachment (3) is positioned at upper and lower two conveyer belt the same sides with magnetic device (4) on cardboard, described cardboard pusher (1) includes heap hopper and delivery device, and the cardboard in heap hopper can be pushed between upper and lower two conveyer belts by described delivery device, described cardboard slotting attachment (3) includes groove milling mechanism and debris removal mechanism, and the paper scrap in groove (61) is removed by debris removal mechanism mill out groove on cardboard after by described groove milling mechanism, on described cardboard, magnetic device (4) includes and picks up magnetic mechanism (43), push away magnetic mechanism (45) and non-magneticly send magnetic riser (42), describedly send magnetic riser (42) to stand on non-magneticly to send on magnetic panel (44), described magnetic mechanism (45) and the non-magnetic heap magnetic slot of pushing away is in sending magnetic riser (42) side, the described magnetic mechanism (43) that picks up is positioned at and send magnetic riser (42) opposite side, the described magnetic mechanism (45) that pushes away can push monolithic magnet through sending magnetic riser (42) and sending the passage magnetic panel (44), opposite side is shifted onto from side, the described magnetic mechanism (43) that picks up can be picked up monolithic magnet and is positioned over set-point, described magnetic mechanism (43) below of picking up is provided with plastic emitting mechanism (46), described plastic emitting mechanism (46) includes the glue tank (460) being installed on and sending the glue-spreading head (461) on magnetic panel (44) and be communicated with glue-spreading head, and described glue-spreading head (461) can give gluing bottom monolithic magnet, described cardboard material collecting device (5) includes material receiving desk (55).
2. according to claim 1 from moving magnet fitting machine, it is characterized in that: the trough of described cardboard pusher (1) is formed by bracket (14), front and back clamping plate (10,11) and left and right clamping plate (12,13), there is between described front plate (10) and bracket (14) gap passed through for a piece of paper plate, described delivery device can push cardboard through gap, and the lower part of described front and back clamping plate (10,11) is all tiltedly gone towards pushing away paper direction.
3. according to claim 2 from moving magnet fitting machine, it is characterized in that: described delivery device includes and pushes head (15) and push cylinder, described propelling movement head (15) includes cut somebody's hair (151) and pushing block (152), described pushing block (152) is located at and is cut somebody's hair on (151), described cut somebody's hair (151) are connected with propelling movement cylinder-driven, described pushing block (152) highest point exceeds bracket (14) upper surface one or is less than the distance of a calliper, described in cut somebody's hair (151) highest point lower than pushing block (152) highest point.
4. according to claim 1 from moving magnet fitting machine, it is characterized in that: the groove milling mechanism of described cardboard slotting attachment (3) includes milling cutter and drives the groove milling motor (34) of milling cutter rotation, and described groove milling motor (34) is driven by groove milling lifting assembly and realizes oscilaltion.
5. according to claim 4 from moving magnet fitting machine, it is characterized in that: the debris removal mechanism of described cardboard slotting attachment (3) includes sucking hood (36) and induced-draught fan, described sucking hood (36) is installed on groove milling motor (34) bottom and covers in outside milling cutter, and described sucking hood (36) inside is communicated with induced-draught fan by crumb-suction pipe (38).
6. according to claim 1 from moving magnet fitting machine, it is characterized in that: on described cardboard, the magnetic mechanism (43) that picks up of magnetic device (4) includes ten magnetism cylinders (432) and send magnetism cylinder (430), describedly send magnetism cylinder (430) to be installed on to send on magnetic riser (42), the described piston rod of magnetism cylinder (430) that send is connected to movable plate (431) side, the described piston rod picking up magnetism cylinder (432) is connected to the bottom of movable plate (431), described below of picking up magnetism cylinder (432) is also connected with excitation cylinder (433), the expansion link of described excitation cylinder (433) down and be provided with outside expansion link and unload magnetic head (434), the described magnetic head (434) that unloads is fixedly installed in excitation cylinder (433) bottom, described expansion link is made by magnetic conductive metal, the described magnetic head (434) that unloads is made by non-magnet_conductible material, describedly send magnetism cylinder (430), pick up magnetism cylinder (432) and excitation cylinder (433) interoperation.
7. according to claim 6 from moving magnet fitting machine, it is characterized in that: on described cardboard, the magnetic mechanism (45) that pushes away of magnetic device (4) includes push jack (452) and pushes away magnetism cylinder (451), described push jack (452) can sending magnetic riser (42) and to send in the passage between magnetic panel (44) movement by the promotion pushing away magnetism cylinder (451).
8. according to claim 1 from moving magnet fitting machine, it is characterized in that: in the glue-spreading head (461) of described plastic emitting mechanism (46), there is plastic hole, spring (464) and hoodle (462) is provided with in described plastic hole, described spring (464) one end is located, the other end acts on hoodle (462), the glue-extruding end inwall of described glue-spreading head (461) is provided with flange (463), described flange (463) restriction hoodle (462) only part exposes gum outlet, the glue end that enters of described glue-spreading head (461) is connected by sebific duct (466) and glue tank (460), the pressure towards glue-extruding end direction of what the glue in described glue-spreading head (461) was subject to be greater than self gravitation.
9. according to claim 1 from moving magnet fitting machine, it is characterized in that: described cardboard material collecting device (5) also includes cutting agency, described cutting agency is positioned at material receiving desk (55) top, described cutting agency includes left and right two supporting plates (51), described left and right two supporting plate (51) is oppositely arranged and all realizes the fulcrum synchronous axial system around correspondence by power source, and described left and right two supporting plate (51) top is also provided with a grade paper bar (54).
10. according to claim 1 from moving magnet fitting machine, it is characterized in that: the frame between described cardboard pusher (1) and cardboard slotting attachment (3) is also provided with cardboard hole punched device (2), described cardboard hole punched device (2) is positioned at upper and lower two conveyer belt the same sides with magnetic device (4) on cardboard slotting attachment (3) and cardboard, the punching motor (24) that described cardboard hole punched device (2) includes hollow cutter (26) and drives hollow cutter (26) to rotate, described punching motor (24) is driven by punching lifting assembly and realizes oscilaltion.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520187829.7U CN204505947U (en) | 2015-03-31 | 2015-03-31 | A kind of from moving magnet fitting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520187829.7U CN204505947U (en) | 2015-03-31 | 2015-03-31 | A kind of from moving magnet fitting machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204505947U true CN204505947U (en) | 2015-07-29 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520187829.7U Withdrawn - After Issue CN204505947U (en) | 2015-03-31 | 2015-03-31 | A kind of from moving magnet fitting machine |
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| Country | Link |
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| CN (1) | CN204505947U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104742413A (en) * | 2015-03-31 | 2015-07-01 | 浙江赛力机械有限公司 | Automatic magnetic assembling machine |
| CN110027246A (en) * | 2019-05-10 | 2019-07-19 | 东莞大瑞智能装备有限公司 | A kind of modularization automatic assembly equipment |
| CN114193831A (en) * | 2021-10-29 | 2022-03-18 | 广东旺盈环保包装实业有限公司 | Adjustable automatic dispensing and magnet-sticking assembly |
-
2015
- 2015-03-31 CN CN201520187829.7U patent/CN204505947U/en not_active Withdrawn - After Issue
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104742413A (en) * | 2015-03-31 | 2015-07-01 | 浙江赛力机械有限公司 | Automatic magnetic assembling machine |
| CN104742413B (en) * | 2015-03-31 | 2017-05-31 | 浙江赛力机械有限公司 | It is a kind of from moving magnet fitting machine |
| CN110027246A (en) * | 2019-05-10 | 2019-07-19 | 东莞大瑞智能装备有限公司 | A kind of modularization automatic assembly equipment |
| CN114193831A (en) * | 2021-10-29 | 2022-03-18 | 广东旺盈环保包装实业有限公司 | Adjustable automatic dispensing and magnet-sticking assembly |
| CN114193831B (en) * | 2021-10-29 | 2023-11-21 | 广东旺盈环保包装实业有限公司 | Adjustable automatic dispensing and magnetic pasting component |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20150729 Effective date of abandoning: 20170531 |
|
| AV01 | Patent right actively abandoned |