CN214418148U - Full-automatic arrangement and insertion equipment for saw chain tool bits - Google Patents

Abstract

The utility model provides a full-automatic arrangement cartridge equipment of saw chain tool bit, including the vibration dish that is used for the screening and can arrange the tool bit according to the rule, one end connect vibration dish discharge gate other end erect the tool bit transfer passage in the frame, fix set up in frame upper portion be used for the tool bit to get the cartridge subassembly of material and cartridge, set up the cartridge board that supplies the tool bit cartridge on cartridge subassembly cartridge route and be used for cartridge board transmission and the cartridge board transmission path of collection. The utility model discloses a full-automatic range cartridge equipment degree of automation of saw chain tool bit is high, the cartridge is stable, not only can be with the stable cartridge board of packing into of tool bit, can avoid effectively moreover at cartridge in-process tool bit because of electro-magnet cartridge piece return is taken out the chute, has greatly improved production efficiency.

Description

Full-automatic arrangement and insertion equipment for saw chain tool bits

Technical Field

The utility model belongs to the technical field of saw chain accessory processing equipment, especially, relate to a full-automatic cartridge equipment of arranging of saw chain tool bit.

Background

The saw chain generally comprises four parts, including a cutter head, a middle guide tooth, a connecting sheet and a rivet, wherein the cutter head is divided into a left cutter head and a right cutter head, and the connecting sheet is divided into a left connecting sheet and a right connecting sheet. Some saw chains have some buffer designs for reducing cutting bounce, the parts with buffer features comprise buffer middle guide teeth, buffer connecting sheets and the like, saw chain tool bits generally need to be electroplated on the tool bit surfaces during machining so as to increase the hardness and prevent abrasion, and the electroplating can improve the electrical conductivity, smoothness, heat resistance and corrosion resistance of the tool bits and make the surfaces of the tool bits beautiful.

Saw chain tool bit manufacturers in the existing market can install regular arrangement of the parts of the tool bit needing to be electroplated in the same plate firstly in order to realize simultaneous batch electroplating of the saw chain tool bit, the saw chain tool bit in the prior art is generally inserted into a wood plate one by one through manual work and exposes the part of the tool bit needing to be electroplated, but the manual operation not only needs great cost expenditure of enterprises, but also has extremely low production efficiency.

SUMMERY OF THE UTILITY MODEL

The utility model provides a full-automatic range cartridge equipment of saw chain tool bit sends to cartridge subassembly department through screening the saw chain tool bit earlier and installs the tool bit in the insertion board, then the cartridge sheet layer that will be equipped with the tool bit is range upon range of puts, and the whole automated control who passes through of this equipment realizes, need not manual operation, the effectual problem of having solved among the prior art.

In order to solve the technical problem, the utility model discloses a technical scheme does:

the utility model provides a full-automatic range cartridge equipment of saw chain tool bit, is including the vibration dish that is used for the screening and can arrange the tool bit according to the rule, one end is connected and is erect the tool bit transfer passage in the frame in the vibration dish discharge gate other end, fixed set up in frame upper portion be used for the tool bit to get the material and cartridge subassembly of cartridge, set up the cartridge board that supplies the tool bit cartridge on cartridge subassembly cartridge route and be used for cartridge board transmission and the cartridge board transmission path who collects.

Furthermore, the cartridge subassembly is including fixed supporting seat, the horizontal slide that sets up in the frame, fixed horizontal slide, the horizontal slip that sets up on the supporting seat set up in the vertical slide on horizontal slide surface and vertical slip set up the cartridge device that is used for the tool bit to get material and cartridge in vertical slide surface, all through spout and the mutual sliding connection of slide rail between above-mentioned horizontal slide, vertical slide and the cartridge device. The plug-in mounting component with the structure effectively realizes two actions of transversely taking materials and longitudinally plugging the plug-in mounting device through the mutual sliding connection of the transverse sliding seat, the longitudinal sliding seat and the plug-in mounting device.

Furthermore, the supporting seat is two parallel arrangement and is isosceles triangle's backup pad, and horizontal slide fixed connection is in two on the waist that backup pad and frame are obtuse angle one side, the cartridge device is including sliding slide and the electro-magnet cartridge piece that fixed connection is used for adsorbing the tool bit in the slide bottom that sets up on vertical slide, electro-magnet cartridge piece bottom is provided with the sword foot. The supporting plate with the triangular structure can guarantee the stability of the supporting seat, the electromagnet inserting piece can guarantee magnetic adsorption of the sliding plate to the cutter head, the structure with the electromagnet adsorption can enable the adsorption stability to be better, and the blade foot is arranged at the bottom of the electromagnet inserting piece, so that the cutter head can be inserted more conveniently.

Furthermore, a plurality of parallel arrangement's chute has been seted up on the cartridge board surface, and the angle that chute and cartridge board formed is the same with the angle that electromagnet insertion piece and cartridge board formed, and the width of electromagnet insertion piece is the same with the length of chute, electromagnet insertion piece outside still is provided with the guider who is "V" type structure, and guider portion includes and locates first deflector, the top mount of first deflector parallel arrangement and be the second deflector and the elastic driving piece of drive second deflector bottom laminating in first deflector bottom with first deflector that the acute angle set up. The guiding device is arranged on the outer side of the electromagnet inserting sheet, so that the electromagnet inserting sheet can be more accurately inserted into the tool bit, and the tool bit inserted into the inserting sheet is prevented from being taken out by the electromagnet inserting sheet through the structure of the second guiding plate.

Furthermore, the elastic driving piece is movably erected outside the second guide plate and can push the bottom of the second guide plate to the prestressed steel bar at the bottom of the first guide plate through self elasticity.

Further, the tool bit includes connecting portion, the fixed first tool bit and the second tool bit that sets up in the connecting portion top of being connected with the saw chain, has seted up U type groove between first tool bit and the second tool bit, and first tool bit and second tool bit all turn over to one side and form the turnover groove with connecting portion, and adjacent tool bit is through the mutual overlap joint of turnover groove and hide first tool bit in the turnover groove, and the part is electroplated for needs to the second tool bit, be provided with on the tool bit transfer passage and carry out the tool bit segmenting device that the tool bit is used for matcing electro-magnet cartridge piece width, be provided with tool bit segmenting device and can segment the tool bit, avoid electro-magnet cartridge piece to adsorb the tool bit that is greater than electro-magnet cartridge piece width and lead to unable insert the chute.

Furthermore, the plug board transmission channel comprises a first station for placing the plug board to be provided with the tool bit, a second station for placing the plug board provided with the tool bit and a plug board feeding channel arranged at the bottoms of the first station and the second station, and a jacking frame for jacking the plug board is arranged in the second station.

Furthermore, the electromagnet insertion sheet is made of soft iron or silicon steel. The soft iron or silicon steel material can be magnetized when the electromagnet is electrified, and the magnetism disappears after the electromagnet is powered off, so that the electromagnet is more flexible to use.

Furthermore, the electromagnet plug-in sheets are made of strong magnetism. The electromagnet insertion sheet is kept magnetic by adopting a strong magnetic material, so that the control procedures of electrifying and powering off of the insertion sheet can be effectively simplified, and the tool bit is clamped in the insertion plate through the structure of the second guide plate after being inserted into the insertion plate.

The working method of the full-automatic arrangement and insertion equipment for the saw chain tool bits is characterized by comprising the following steps of:

the method comprises the following steps: firstly, placing a blade to be electroplated into a vibrating disc, then placing a plurality of plug-in boards with tool bits to be installed in a first station, and electrifying an electromagnet plug-in piece to ensure that the electromagnet plug-in piece has magnetism;

step two: the method comprises the steps that a vibration disc is started to be screened through the vibration disc, one end of a cutting edge of each cutter head faces upwards, a connecting part connected with a saw chain faces downwards, the adjacent cutter heads are mutually overlapped through a turnover groove, the first cutter head is hidden in the turnover groove to form a cutter head group, a second cutter head is exposed at the upper part of the cutter head group in a visual visible range, the cutter head group is conveyed to an insertion path of an insertion assembly through a cutter head conveying channel, and the length of the cutter head group can be matched with the width of an electromagnet insertion piece when the cutter head group is conveyed to a cutter head segmenting device to segment the cutter head group;

step three: starting a driving device for driving the inserting assembly to move to enable the longitudinal sliding seat to slide to one side close to the cutter head conveying channel in the transverse sliding seat, driving the sliding plate to move in the longitudinal sliding seat to obtain materials by a plurality of segmented cutter head groups, and simultaneously starting an inserting plate feeding channel to feed the inserting plate in the first station to an inserting station of the electromagnet inserting sheet;

step four: the electromagnet inserting piece sucks the cutter head group, then moves in the guide device and inserts the cutter head group into the inserting plate, the electromagnet inserting piece is extruded into the second guide plate and separates the second guide plate from the bottom of the first guide plate, then the electromagnet inserting piece is powered off and demagnetized while being inserted into the inserting plate and moves upwards along the longitudinal sliding seat, the electromagnet inserting piece is conducted with magnetism again after moving upwards, at the moment, the second guide plate is reset by the elastic force of the elastic driving piece and is attached to the bottom of the first guide plate, the cutter head group is pressed against the chute of the inserting plate by the second guide plate, and meanwhile, the inserting plate feeding channel moves forwards to repeatedly install the cutter head group in the next chute of the inserting plate;

step five: after all the chutes in the inserting plate are provided with the tool bits, the inserting plate provided with the tool bits is conveyed to the second station, and the inserting plates in the second station are stacked upwards layer by layer through the jacking frame.

The utility model has the following characteristics and beneficial effect:

the utility model relates to a full-automatic range cartridge equipment of saw chain tool bit arranges the part that the tool bit syntropy array and then will need to electroplate in order through the vibration dish, through cartridge device lateral sliding and two actions of longitudinal sliding on the supporting seat and with cartridge piece circular telegram magnetic conduction realize cartridge device to the automatic absorption and the cartridge of tool bit, through set up the chute parallel with electro-magnet cartridge piece on the cartridge board and insert the chute that can guarantee that the tool bit after the cartridge can not be taken out in the chute with the tool bit through the guider that has the structure that opens and shuts, can guarantee at every turn that the back second deflector homoenergetic return is accomplished to the tool bit cartridge through being provided with elastic drive spare on the second deflector. The utility model discloses a full-automatic range cartridge equipment degree of automation of saw chain tool bit is high, the cartridge is stable, not only can be with the stable cartridge board of packing into of tool bit, can avoid effectively moreover at cartridge in-process tool bit because of electro-magnet cartridge piece return is taken out the chute, has greatly improved production efficiency.

Drawings

In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings needed to be used in the description of the embodiments or the prior art will be briefly described below, it is obvious that the drawings in the following description are only some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to these drawings without inventive exercise.

FIG. 1 is a schematic structural view of a fully automatic arrangement and insertion device for saw chain tool bits according to the present invention;

FIG. 2 is a schematic view of a connecting structure of an inserting assembly and a guiding device in the full-automatic arranging and inserting equipment of the saw chain tool bit of the present invention;

FIG. 3 is a schematic structural view of an insertion plate in the fully automatic arrangement and insertion equipment for saw chain tool bits of the present invention;

fig. 4 is a schematic structural view of a cutter head group in the full-automatic arrangement and insertion equipment of the saw chain cutter head of the utility model.

In the figure, 1-vibrating the disc; 2-a frame; 3-a tool bit transfer channel; 4-plugging the component; 41-a support seat; 42-a transverse slide; 43-a cartridge device; 431-a skateboard; 432-electromagnet mounting sheet; 44-a longitudinal slide; 5-inserting a board; 51-chute; 6-a plug board transmission channel; 61-a first station; 62-a second station; 7-a guiding device; 71-a first guide plate; 72-a second guide plate; 73-resilient drive member; 8-a cutter head; 81-a first cutting head; 82-a second cutting head; 83-a connecting part; 84-U-shaped groove; 9-bit segmentation means.

Detailed Description

The following describes the present invention with reference to the accompanying drawings. It should be noted that the description of the embodiments is provided to help understanding of the present invention, but the present invention is not limited thereto. In addition, the technical features related to the embodiments of the present invention described below may be combined with each other as long as they do not conflict with each other.

Referring to fig. 1, a structural schematic diagram of a full-automatic arrangement and insertion device of saw chain cutter heads 8, a full-automatic arrangement and insertion device of saw chain cutter heads 8 and a working method thereof, comprises a vibration disc 1 for screening and capable of regularly arranging cutter heads 8, a cutter head conveying channel 3 with one end connected to a discharge port of the vibration disc 1 and the other end erected on a frame 2, an insertion component 4 fixedly arranged on the upper part of the frame 2 and used for taking and inserting the cutter heads 8, an insertion plate 5 arranged on an insertion path of the insertion component 4 and used for inserting the cutter heads 8, and an insertion plate conveying channel 6 used for conveying and collecting the insertion plate 5, wherein the insertion plate conveying channel 6 comprises a first station 61 for placing the insertion plate 5 with the cutter heads 8 to be installed, a second station 62 for placing the insertion plate 5 with the cutter heads 8 installed, and an insertion plate feeding channel arranged at the bottoms of the first station 61 and the second station 62, a lifting frame 64 (not shown) for lifting the inserting plate 5 is arranged in the second station 62.

Referring to fig. 2, a schematic diagram of a connection structure of a plug-in component and a guide device in a full-automatic arrangement plug-in mounting device for saw chain tool bits, the plug-in component 4 comprises a support seat 41 fixedly arranged on a frame 2, a transverse slide seat 42 fixedly arranged on the support seat 41, a longitudinal slide seat 44 transversely slidably arranged on the surface of the transverse slide seat 42, and a plug-in mounting device 43 longitudinally slidably arranged on the surface of the longitudinal slide seat 44 for taking and inserting tool bits 8, the transverse slide seat 42, the longitudinal slide seat 44 and the plug-in mounting device 43 are mutually slidably connected through a slide groove and a slide rail, the plug-in mounting component 4 of the structure effectively realizes two actions of transversely taking and longitudinally inserting the plug-in mounting device 43 through the mutual sliding connection of the transverse slide seat 42, the longitudinal slide seat 44 and the plug-in mounting device 43, the support seat 41 is two support plates which are arranged in parallel and are isosceles triangle, the transverse slide seat 42 is fixedly connected to the waist of the two support plates which are at an obtuse angle side with the frame 2, the inserting device 43 comprises a sliding plate 431 arranged on a longitudinal sliding seat 44 in a sliding manner and an electromagnet inserting sheet 432 fixedly connected to the bottom of the sliding plate 431 and used for adsorbing the cutter head 8, the bottom of the electromagnet inserting sheet 432 is provided with a blade, the stability of the supporting seat 41 can be ensured by adopting a supporting plate with a triangular structure, the magnetic adsorption of the sliding plate 431 to the cutter head 8 can be ensured by adopting the electromagnet inserting sheet 432, the adsorption stability can be better by utilizing the structure of the electromagnet adsorption, the blade arranged at the bottom of the electromagnet inserting sheet 432 can be more convenient for inserting the cutter head 8, the electromagnet inserting sheet 432 is made of soft iron or silicon steel material, the soft iron or silicon steel material can be magnetic when the electromagnet is electrified, the magnetism disappears after the power failure, the electromagnet is more flexibly used, the electromagnet inserting sheet 432 can also be strong, and the control program of electrifying and power failure of the electromagnet inserting sheet can be effectively simplified by adopting the strong magnetic material to keep the magnetism, after the tool bit is inserted into the insertion plate, the tool bit is clamped in the insertion plate through the structure of the second guide plate 72.

The outer part of the electromagnet insertion piece 432 is further provided with a guide device 7 in a V-shaped structure, the guide device 7 comprises a first guide plate 71 arranged in parallel with the electromagnet insertion piece 432, a second guide plate 72 arranged on the surface of the first guide plate 71 and forming an acute angle with the first guide plate 71 through a top fixing frame, and an elastic driving piece 73 driving the bottom of the second guide plate 72 to be attached to the bottom of the first guide plate 71, the guide device 7 is arranged on the outer side of the electromagnet insertion piece 432, so that the electromagnet insertion piece 432 can be more accurate when being inserted into a tool bit 8, the tool bit 8 inserted into the insertion plate 5 is prevented from being taken out by the electromagnet insertion piece 432 through the structure of the second guide plate 72, and the elastic driving piece 73 is a prestressed steel bar which is movably erected on the outer side of the second guide plate 72 and can push the bottom of the second guide plate 72 to the bottom of the first guide plate 71 through self elasticity.

Referring to fig. 3, a structural schematic diagram of the inserting plate 5 in the full-automatic arrangement inserting equipment for saw chain cutter bits is that a plurality of parallel inclined grooves 51 are formed on the surface of the inserting plate 5, the angle formed by the inclined grooves 51 and the inserting plate 5 is the same as the angle formed by the electromagnet inserting pieces 432 and the inserting plate 5, and the width of the electromagnet inserting pieces 432 is the same as the length of the inclined grooves 51.

Referring to fig. 4, a schematic diagram of a cutter head group in a full-automatic arrangement and insertion device for saw chain cutter heads, a cutter head 8 comprises a connecting part 83 connected with a saw chain, fixed first tool bit 81 and the second tool bit 82 that sets up in connecting portion 83 top, U type groove 84 has been seted up between first tool bit 81 and the second tool bit 82, first tool bit 81 and second tool bit 82 all turn over to one side and form the turnover groove with connecting portion 83, adjacent tool bit 8 is through the mutual overlap joint of turnover groove and hide first tool bit 81 in the turnover groove, the part is electroplated for needs to second tool bit 82, be provided with on the tool bit transfer passage 3 and carry out the segmentation with tool bit 8 and be used for the tool bit segmenting device 9 that matches electromagnet plug-in sheet 432 width, it can carry out the segmentation with tool bit 8 to be provided with tool bit segmenting device 9, avoid electromagnet plug-in sheet 432 to adsorb the tool bit 8 that is greater than electromagnet plug-in sheet 432 width and lead to unable inserting chute 51.

The working method of the full-automatic arrangement and insertion equipment for the saw chain tool bits is characterized by comprising the following steps of:

the method comprises the following steps: firstly, putting a blade to be electroplated into a vibrating disc 1, then placing a plurality of insertion plates 5 on which tool bits 8 are to be mounted in a first station 61, and electrifying an electromagnet insertion piece 432 to ensure that the electromagnet insertion piece 432 has magnetism;

step two: the vibration disc 1 is started to be screened through the vibration disc 1, one end of a cutting edge of each cutter head 8 faces upwards, the connecting portion 83 connected with the saw chain faces downwards, the adjacent cutter heads 8 are mutually overlapped through the folding grooves, the first cutter head 81 is hidden in the folding grooves to form cutter head 8 groups, the second cutter head 82 is exposed at the upper portion of the cutter head 8 arrangement group in a visual visible range, the cutter head 8 groups are sent to an insertion path of the insertion assembly 4 through the cutter head conveying channel 3, and the length of the cutter head 8 groups can be matched with the width of the electromagnet insertion piece 432 when the cutter head 8 groups are conveyed to the cutter head segmenting device 9 to segment the cutter head 8 groups;

step three: starting a driving device for driving the insertion component 4 to move to enable the longitudinal sliding seat 44 to slide in the transverse sliding seat 42 to a side close to the cutter head conveying channel 3, driving the sliding plate 431 to move a plurality of segmented cutter head 8 groups in the longitudinal sliding seat 44 to take materials, and simultaneously starting an insertion plate feeding channel to feed the insertion plate 5 in the first station 61 to an insertion station of the electromagnet insertion sheet 432;

step four: after absorbing the tool bit 8 group, the electromagnet insertion piece 432 moves in the guide device 7 and inserts the tool bit 8 group into the insertion plate 5, the electromagnet insertion piece 432 extrudes into the second guide plate 72 and separates the second guide plate 72 from the bottom of the first guide plate 71, then the electromagnet insertion piece 432 is powered off and demagnetized while inserting the tool bit 8 group into the insertion plate 5 and moves upwards along the longitudinal slide seat 44, after the electromagnet insertion piece 432 moves upwards, the electromagnet is conducted and magnetized again, at the moment, the second guide plate 72 is reset by the elastic force of the elastic driving piece 73 to be attached to the bottom of the first guide plate 71, the tool bit 8 group is pressed against the inclined groove 51 of the insertion plate 5 by the second guide plate 72, and meanwhile, the insertion plate feeding channel moves forwards to repeatedly install the tool bit 8 group into the next inclined groove 51 of the insertion plate 5;

step five: after all the chutes 51 in the insert plate 5 are provided with the cutter bits 8, the insert plate 5 provided with the cutter bits 8 is sent to the second station 62 and the insert plates 5 in the second station 62 are stacked one on top of another by the lift-up frame 64.

The utility model discloses a full-automatic range cartridge equipment of saw chain tool bit 8 and working method degree of automation is high, the cartridge is stable, not only can be with the stable cartridge board 5 of packing into of tool bit 8, can avoid effectively in cartridge in-process tool bit 8 to be taken out chute 51 because of electro-magnet cartridge piece 432 return moreover, has greatly improved production efficiency.

The embodiments of the present invention have been described in detail with reference to the accompanying drawings, but the present invention is not limited to the described embodiments. It will be apparent to those skilled in the art that various changes, modifications, substitutions and alterations can be made in the embodiments without departing from the principles and spirit of the invention, and the scope of the invention is to be accorded the full scope of the claims.

Claims (9)

1. The utility model provides a full-automatic range cartridge equipment of saw chain tool bit which characterized in that: including the vibration dish that is used for the screening and can arrange the tool bit according to the rule, one end is connected the tool bit transfer passage that the frame was erect to the vibration dish discharge gate other end, fixed set up in frame upper portion be used for the tool bit to get the material and the cartridge subassembly of cartridge, set up the cartridge board that supplies the tool bit cartridge on cartridge subassembly cartridge route and be used for cartridge board transmission and the cartridge board transmission path of collecting.

2. The full-automatic arrangement and insertion equipment for the saw chain tool bits as claimed in claim 1, wherein: the plug-in mounting component comprises a supporting seat fixedly arranged on the rack, a transverse sliding seat fixedly arranged on the supporting seat, a longitudinal sliding seat transversely arranged on the surface of the transverse sliding seat, and a plug-in mounting device longitudinally arranged on the surface of the longitudinal sliding seat and used for tool bit taking and plug-in mounting, wherein the transverse sliding seat, the longitudinal sliding seat and the plug-in mounting device are all in sliding connection with each other through a sliding groove and a sliding rail.

3. The full-automatic arrangement and insertion equipment for the saw chain tool bits as claimed in claim 2, wherein: the supporting seat is two parallel arrangement and is isosceles triangle's backup pad, and horizontal slide fixed connection is in two the backup pad is on the waist of obtuse angle one side with the frame, the cartridge device is including sliding slide and the electro-magnet cartridge piece that fixed connection is used for adsorbing the tool bit in the slide bottom that sets up on vertical slide, and electro-magnet cartridge piece bottom is provided with the sword foot.

4. The full-automatic arrangement and insertion equipment for the saw chain tool bits as claimed in claim 3, wherein: the surface of the plug board is provided with a plurality of parallel chutes, the angle formed by the chutes and the plug board is the same as the angle formed by the electromagnet plug sheet and the plug board, the width of the electromagnet plug sheet is the same as the length of the chutes, the outside of the electromagnet plug sheet is also provided with a guiding device with a V-shaped structure, and the guiding device comprises a first guiding plate and a top fixing frame which are arranged in parallel with the electromagnet plug sheet, the surface of the first guiding plate is provided with a second guiding plate arranged at an acute angle with the first guiding plate, and an elastic driving piece for driving the bottom of the second guiding plate to be attached to the bottom of the first guiding plate.

5. The full-automatic arrangement and insertion equipment for the saw chain tool bits as claimed in claim 4, wherein: the elastic driving piece is movably erected on the outer side of the second guide plate and can push the bottom of the second guide plate to the prestressed steel bar at the bottom of the first guide plate through self elasticity.

6. The fully automatic arrangement and insertion equipment for the saw chain tool bits as claimed in claim 3 or 4, wherein: the tool bit includes connecting portion, the fixed first tool bit and the second tool bit that sets up in the connecting portion top of being connected with the saw chain, has seted up U type groove between first tool bit and the second tool bit, and first tool bit and second tool bit all turn over to one side and form the turnover groove with connecting portion, and adjacent tool bit is through turning over the mutual overlap joint of turnover groove and hide first tool bit in the turnover groove, and the part is electroplated for needs to the second tool bit, be provided with on the tool bit transfer passage and carry out the tool bit segmenting device that the segmentation is used for matching electro-magnet cartridge piece width with the tool bit.

7. The fully automatic arraying and inserting equipment of the saw chain cutter head as claimed in any one of claims 1 to 5, wherein: the inserting plate conveying channel comprises a first station for placing an inserting plate with a tool bit to be installed, a second station for placing the inserting plate with the tool bit installed and an inserting plate feeding channel arranged at the bottom of the first station and the bottom of the second station, and a jacking frame for jacking the inserting plate is arranged in the second station.

8. The fully automatic arrangement and insertion equipment for the saw chain tool bits as claimed in claim 3 or 4, wherein: the electromagnet insertion sheet is made of soft iron or silicon steel.

9. The fully automatic arrangement and insertion equipment for the saw chain tool bits as claimed in claim 3 or 4, wherein: the electromagnet plug-in sheet is made of strong magnetism.

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