1. A novel magnet chip mounter is characterized in that: the improved hole-cutting machine comprises a frame, be equipped with material feeding unit in the frame, material feeding unit vertically erects storage device, dig hole device, adhesive deposite device and pastes the magnetism device in proper order along the frame in the material feeding unit top, material feeding unit includes pay-off track and pay-off drive assembly, material storage device includes the storage silo with pay-off track intercommunication, it includes the cutter head instrument and supplies its adjusting position's first adjustment track to dig the hole device, adhesive deposite device includes the glue dripping subassembly and supplies its adjusting position's second adjustment track, paste the third adjustment track and the magnet pay-off subassembly of magnetism device including inhaling the magnet tube subassembly, driving its adjusting position.

2. The novel magnet placement machine according to claim 1, characterized in that: the pay-off track includes that two are the interval and set up the panel in the frame and set up the spacing pipe in panel one side respectively, form the passageway that supplies panel to place between panel and the spacing pipe, interval department between two panels is equipped with the push pedal seat, the push pedal seat is installed rather than the linkage on the pay-off drive assembly, the free end of push pedal seat is equipped with the push pedal piece, the push pedal piece is equipped with the draw-in groove that restricts panel towards the one end of storage silo.

3. The novel magnet placement machine according to claim 1, characterized in that: the milling head tool comprises a cutter and a pressing device for driving the cutter to move up and down, the cutter is linked with the pressing device through a milling head seat, the pressing device comprises a pressing fixed plate, a sliding rail arranged on the pressing fixed plate, a pressing movable plate sliding on the pressing fixed plate and connected with the milling head seat, and a first motor for driving the pressing movable plate to move up and down, and the pressing fixed plate is arranged on a first adjusting track.

4. The novel magnet placement machine according to claim 1, characterized in that: the first adjusting track comprises a transverse adjusting track and a longitudinal adjusting track, the longitudinal adjusting track is a pair of longitudinal guide rails longitudinally erected on the rack, the transverse adjusting track comprises a transverse bottom plate connected with the longitudinal guide rails in a sliding mode and a pair of transverse guide rails arranged on the transverse bottom plate, and the second adjusting track is consistent with the first adjusting track in structure.

5. The novel magnet placement machine according to claim 1, characterized in that: the glue dripping component comprises a glue dripping head, a glue dripping fixed plate, a sliding rail arranged on the glue dripping fixed plate, a glue dripping movable plate which slides on the glue dripping fixed plate and is connected with the glue dripping head, and a second air cylinder for driving the glue dripping movable plate to move up and down, wherein the glue dripping fixed plate is arranged on a second adjusting track.

6. The novel magnet placement machine according to claim 1, characterized in that: the magnetic suction pipe assembly comprises a suction pipe fixed plate, a suction pipe and a third air cylinder which are vertically arranged on the suction pipe fixed plate, and a suction pipe movable plate arranged at the tail ends of the suction pipe and the third air cylinder, wherein the third air cylinder drives the suction pipe movable plate to move up and down to drive the suction pipe to move up and down.

7. The novel magnet placement machine according to claim 1, characterized in that: magnet pay-off subassembly includes the storage seat, is located the magnetic sheet slide of storage seat below and is located the scraping wings of magnetic sheet slide, be equipped with on the magnetic sheet slide and supply the gliding track of magnetic sheet, storage seat bottom is equipped with the discharge gate that meets with the track, scraping wings one end is located the discharge gate in the other end and is connected with the fourth cylinder.

8. A novel magnet placement machine according to claim 3, characterized in that: the powder sucking and pressing device is characterized in that a powder sucking and pressing seat is arranged at the bottom of the cutter, a vacuum suction pipe connected with a dust collector is arranged on the powder sucking and pressing seat, a pressing plate is arranged at the bottom of the powder sucking and pressing seat, and a plurality of pressing needles are arranged on the pressing plate.

9. A novel magnet placement machine according to claim 1 or 7, characterized in that: the third adjusting track comprises a transverse adjusting track and a second longitudinal adjusting track, the transverse adjusting track and the second longitudinal adjusting track are mounted above the rack, the second longitudinal adjusting track comprises a mounting seat, a longitudinal fixed plate, a second longitudinal guide rail and a synchronous wheel assembly, the mounting seat is slidably mounted with the transverse adjusting track, the longitudinal fixed plate is fixed on the mounting seat, the second longitudinal guide rail and the synchronous wheel assembly are arranged on the longitudinal fixed plate, the magnetic suction pipe assembly is mounted on the second longitudinal adjusting track, and the synchronous wheel assembly drives the magnetic suction pipe assembly to longitudinally move along the second longitudinal guide rail under the driving of a fifth motor.

Background

Along with the development of commodity economy and the improvement of living standard of people, the appearance and the function requirements of people on various packaging materials such as daily-used packaging boxes, calendars, folders and the like or daily decorations are increased day by day, holes are respectively punched in the box cover of the paper box and the box body corresponding to the box cover, and the magnet sheet is pasted at the punched position, so that the external package has certain sealing property and can be easily opened, a play space is reserved for the appearance design of the box, and the requirements of people on the packaging box are met.

In the prior art, most factories of the process of digging holes on a packaging plate and pasting magnet pieces still stay at the stage of a worker production line, and the problem of low production efficiency exists.

Disclosure of Invention

The technical problem to be solved by the invention is to provide a novel magnet chip mounter which integrates plate feeding, hole digging, glue dispensing and magnetic sheet pasting, so that full-automatic processing of a packaging plate is realized.

In order to achieve the purpose, the invention provides the following technical scheme: a novel magnet chip mounter is characterized in that: the improved hole-cutting machine comprises a frame, be equipped with material feeding unit in the frame, material feeding unit vertically erects storage device, dig hole device, adhesive deposite device and pastes the magnetism device in proper order along the frame in the material feeding unit top, material feeding unit includes pay-off track and pay-off drive assembly, material storage device includes the storage silo with pay-off track intercommunication, it includes the cutter head instrument and supplies its adjusting position's first adjustment track to dig the hole device, adhesive deposite device includes the glue dripping subassembly and supplies its adjusting position's second adjustment track, paste the third adjustment track and the magnet pay-off subassembly of magnetism device including inhaling the magnet tube subassembly, driving its adjusting position.

The present invention having the above features: the feeding device is arranged in the machine frame, the material storage device, the hole digging device, the glue dispensing device and the magnet pasting device are sequentially arranged above the feeding device according to the sequence of the production process, the feeding device conveys the plate to the hole digging device from the material storage device, the plate is conveyed to the glue dispensing device after the hole digging process is completed, the plate is conveyed to the magnet pasting device after the glue dispensing process is completed, the three processes are integrated on one device, the whole process is automatic, the production efficiency is improved, the labor cost is reduced, and the production quality is improved.

The invention further comprises the following steps: the pay-off track includes that two are the interval and set up the panel in the frame and set up the spacing pipe in panel one side respectively, form the passageway that supplies panel to place between panel and the spacing pipe, interval department between two panels is equipped with the push pedal seat, the push pedal seat is installed rather than the linkage on the pay-off drive assembly, the free end of push pedal seat is equipped with the push pedal piece, the push pedal piece is equipped with the draw-in groove that restricts panel towards the one end of storage silo.

The present invention having the above features: spacing pipe prevents that panel from taking place the skew at the removal in-process, and the push pedal seat that sets up on pay-off drive assembly promotes the panel antedisplacement, and the panel interval sets up the width that can adjust the passageway and adapts to the panel of unidimensional not.

The invention further comprises the following steps: the milling head tool comprises a cutter and a pressing device for driving the cutter to move up and down, the cutter is linked with the pressing device through a milling head seat, the pressing device comprises a pressing fixed plate, a sliding rail arranged on the pressing fixed plate, a pressing movable plate sliding on the pressing fixed plate and connected with the milling head seat, and a first motor for driving the pressing movable plate to move up and down, and the pressing fixed plate is arranged on a first adjusting track.

The present invention having the above features: the cutter digs the hole to the panel under the drive of pushing down the pressure equipment, sets up the slide rail on the stationary platen that pushes down makes the reciprocating of cutter more smooth.

The invention further comprises the following steps: the first adjusting track comprises a transverse adjusting track and a longitudinal adjusting track, the longitudinal adjusting track is a pair of longitudinal guide rails longitudinally erected on the rack, the transverse adjusting track comprises a transverse bottom plate connected with the longitudinal guide rails in a sliding mode and a pair of transverse guide rails arranged on the transverse bottom plate, and the second adjusting track is consistent with the first adjusting track in structure.

The present invention having the above features: the transverse adjusting track and the longitudinal adjusting track are arranged, so that the machine can move in different directions conveniently, and the requirements of plates with different sizes on hole digging, glue dispensing and magnetic sheet pasting are met accurately.

The invention further comprises the following steps: the glue dripping component comprises a glue dripping head, a glue dripping fixed plate, a sliding rail arranged on the glue dripping fixed plate, a glue dripping movable plate which slides on the glue dripping fixed plate and is connected with the glue dripping head, and a second air cylinder for driving the glue dripping movable plate to move up and down, wherein the glue dripping fixed plate is arranged on a second adjusting track.

The present invention having the above features: the glue dripping head can move up and down automatically along with the second cylinder, and the glue dripping head is arranged on the slide rail to move up and down more smoothly.

The invention further comprises the following steps: the magnetic suction pipe assembly comprises a suction pipe fixed plate, a suction pipe and a third air cylinder which are vertically arranged on the suction pipe fixed plate, and a suction pipe movable plate arranged at the tail ends of the suction pipe and the third air cylinder, wherein the third air cylinder drives the suction pipe movable plate to move up and down to drive the suction pipe to move up and down.

The present invention having the above features: the magnetic sheet that the straw sent out with magnet pay-off subassembly holds the installation and digs the hole that the hole subassembly was dug, and the third cylinder reciprocates through drive straw movable plate and drives the straw up-and-down motion, and the straw movable plate is installed at the end of third cylinder, straw and the linkage height of third cylinder is the same.

The invention further comprises the following steps: magnet pay-off subassembly includes the storage seat, is located the magnetic sheet slide of storage seat below and is located the scraping wings of magnetic sheet slide, be equipped with on the magnetic sheet slide and supply the gliding track of magnetic sheet, storage seat bottom is equipped with the discharge gate that meets with the track, scraping wings one end is located the discharge gate in the other end and is connected with the fourth cylinder.

The present invention having the above features: the magnetic sheets to be attached are placed in the storage seat, enter the track arranged on the magnetic sheet sliding seat from the discharge port, move to the bottom of the suction pipe under the pushing of the material pushing plate, and a gap for placing only one magnetic sheet is formed between the discharge port and the track.

The invention further comprises the following steps: the powder sucking and pressing device is characterized in that a powder sucking and pressing seat is arranged at the bottom of the cutter, a vacuum suction pipe connected with a dust collector is arranged on the powder sucking and pressing seat, a pressing plate is arranged at the bottom of the powder sucking and pressing seat, and a plurality of pressing needles are arranged on the pressing plate.

The present invention having the above features: the external dust collector of powder pressure seat is inhaled to the setting in cutter bottom has vacuum suction, can take out the outside discharge with the waste material that drops after digging the hole, guarantees clean and tidy of equipment, and the clamp plate that sets up bottom inhaling powder pressure seat can push down panel and not influenced by vacuum suction and warp.

The invention further comprises the following steps: the third adjustment track is including installing horizontal adjustment track and the vertical adjustment track of second in frame top, the vertical adjustment track of second includes with horizontal adjustment track slidable mounting's mount pad, fix vertical fixed plate on the mounting panel, set up second longitudinal rail and synchronizing wheel subassembly on vertical fixed plate, the magnet tube subassembly is installed on the vertical adjustment track of second, the synchronizing wheel subassembly drives the magnet tube subassembly and is longitudinal movement along the vertical guide rail of second under the drive of fifth motor.

The present invention having the above features: the transverse adjusting track is the same as the transverse track of the first adjusting track in structure, the design is simplified, the integrity of the machine body is improved, the magnet sucking pipe assembly is hung above the magnet feeding assembly by the second longitudinal adjusting track, the synchronous wheel assembly drives the magnet sucking pipe assembly to move longitudinally along the second longitudinal guide rail under the driving of the fifth motor, and the second longitudinal adjusting track is arranged to meet the requirements of magnetic sheet sticking of plates with different sizes.

The present invention will be described in further detail with reference to the accompanying drawings and examples.

Drawings

Fig. 1 is a schematic structural diagram of an embodiment of the present invention.

Fig. 2 is a schematic structural diagram of a rack according to an embodiment of the present invention.

Fig. 3 is a schematic structural diagram of a hole digging device according to an embodiment of the present invention.

Fig. 4 is a schematic structural diagram of a dispensing device according to an embodiment of the invention.

Fig. 5 is a schematic structural diagram of a magnetic attachment device according to an embodiment of the present invention.

Fig. 6 is a cross-sectional view of a magazine according to an embodiment of the present invention.

Fig. 7 is a schematic structural diagram of a cutter according to an embodiment of the present invention.

Detailed Description

The present embodiment is only for explaining the present invention, and it is not limited to the present invention, and those skilled in the art can make modifications of the present embodiment without inventive contribution as needed after reading the present specification, but all of them are protected by patent law within the scope of the claims of the present invention.

A novel magnet chip mounter as shown in fig. 1-7, including frame 1, be equipped with material feeding unit 2 in frame 1, material feeding unit 2 is vertically erect along frame 1 in proper order above the material feeding unit 3, dig hole device 4, adhesive deposite device 5 and magnet sticking device 6, material feeding unit 2 includes feeding track 21 and pay-off drive assembly 22, material storage unit 3 includes the storage silo with feeding track 21 intercommunication, dig hole device 4 and include milling head instrument 41 and supply its first adjustment track 42 of adjusting position, adhesive deposite device 5 includes glue dripping subassembly 51 and supply its second adjustment track 52 of adjusting position, magnet sticking device 6 includes magnet absorbing pipe assembly 61, drive its third adjustment track 62 and feeding magnet subassembly 63 of adjusting position.

The feeding track 21 comprises two panels 211 arranged on the rack 1 at intervals and limiting pipes 212 arranged on one side of the panels 211 respectively, a channel for placing plates is formed between the panels 211 and the limiting pipes 212, a pushing plate seat 213 is arranged at the interval between the two panels 211, the pushing plate seat 213 is arranged on the feeding driving assembly 22 and linked with the feeding driving assembly, a pushing plate block 214 is arranged at the free end of the pushing plate seat 213, and a clamping groove 2141 for limiting the plates is arranged at one end, facing the storage bin, of the pushing plate block 214.

The milling head tool 41 comprises a cutter 411 and a pressing device for driving the cutter 411 to move up and down, the cutter 411 is linked with the pressing device through a milling head seat 412, the pressing device comprises a pressing fixed plate 413, a sliding rail 414 arranged on the pressing fixed plate 413, a pressing plate 415 which slides on the pressing fixed plate 413 and is connected with the milling head seat 412 and a first motor 416 for driving the pressing plate 415 to move up and down, the pressing fixed plate 413 is arranged on a first adjusting rail 42, a powder suction pressing seat 417 is arranged at the bottom of the cutter 411, a vacuum suction pipe 4171 connected with a dust collector is arranged on the powder suction pressing seat 417, a pressing plate 418 is arranged at the bottom of the powder suction pressing seat 417, and a plurality of pressing needles 4181 are arranged on the pressing plate 418.

The first adjusting rail 42 includes a transverse adjusting rail and a longitudinal adjusting rail, the longitudinal adjusting rail is a pair of longitudinal guide rails 421 longitudinally erected on the rack, the transverse adjusting rail includes a transverse bottom plate 422 slidably connected with the longitudinal guide rails 421 and a pair of transverse guide rails 423 arranged on the transverse bottom plate 422, and the second adjusting rail 52 is consistent with the first adjusting rail 42 in structure.

The glue dropping assembly 51 comprises a glue dropping head 511, a glue dropping plate 512, a slide rail 513 mounted on the glue dropping plate 512, a glue dropping plate 514 which slides on the glue dropping plate 512 and is connected with the glue dropping head 511, and a second air cylinder 515 which drives the glue dropping plate 514 to move up and down, wherein the glue dropping plate 512 is mounted on the second adjusting track 52.

The magnetic suction pipe assembly 61 comprises a suction pipe fixed plate 611, a suction pipe 612 vertically arranged on the suction pipe fixed plate 611, a third air cylinder 613 and a suction pipe movable plate 614 arranged at the tail ends of the suction pipe 612 and the third air cylinder 613, wherein the third air cylinder 613 drives the suction pipe movable plate 614 to move up and down to drive the suction pipe 612 to move up and down.

The magnet feeding assembly 63 includes a storage seat 631, a magnetic sheet sliding seat 632 located below the storage seat 631, and a material pushing plate 633 located in the magnetic sheet sliding seat 632, wherein a rail 6321 for sliding the magnetic sheet is disposed on the magnetic sheet sliding seat 632, a material outlet 6311 connected to the rail 6321 is disposed at the bottom of the storage seat 631, and one end of the material pushing plate 633 is located in the material outlet 6311 and the other end is connected to the fourth cylinder 634.

The third adjusting track 62 comprises a transverse adjusting track and a second longitudinal adjusting track, the transverse adjusting track is mounted above the frame 1, the second longitudinal adjusting track comprises a mounting seat 621 slidably mounted with the transverse adjusting track, a longitudinal fixed plate 622 fixed on the mounting seat 621, a second longitudinal guide rail and a synchronizing wheel assembly 623, the magnet-attracting tube assembly 61 is mounted on the second longitudinal adjusting track, and the synchronizing wheel assembly 623 drives the magnet-attracting tube assembly 61 to move longitudinally along the second longitudinal guide rail under the driving of a fifth motor 624.