CN104368920A - Cutter bit sorting and conveying mechanism and welding machine for rack type cutter - Google Patents

Cutter bit sorting and conveying mechanism and welding machine for rack type cutter Download PDF

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Publication number
CN104368920A
CN104368920A CN201410625948.6A CN201410625948A CN104368920A CN 104368920 A CN104368920 A CN 104368920A CN 201410625948 A CN201410625948 A CN 201410625948A CN 104368920 A CN104368920 A CN 104368920A
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CN
China
Prior art keywords
cutter head
sequence
oscillating plate
conveying
support
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CN201410625948.6A
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Chinese (zh)
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CN104368920B (en
Inventor
孔海文
田金涛
孔祥天
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东莞市俊知自动机械有限公司
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Priority to CN201410625948.6A priority Critical patent/CN104368920B/en
Publication of CN104368920A publication Critical patent/CN104368920A/en
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Publication of CN104368920B publication Critical patent/CN104368920B/en

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Classifications

    • BPERFORMING OPERATIONS; TRANSPORTING
    • B23MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
    • B23KSOLDERING OR UNSOLDERING; WELDING; CLADDING OR PLATING BY SOLDERING OR WELDING; CUTTING BY APPLYING HEAT LOCALLY, e.g. FLAME CUTTING; WORKING BY LASER BEAM
    • B23K37/00Auxiliary devices or processes, not specially adapted to a procedure covered by only one of the preceding main groups

Abstract

The invention discloses a cutter bit sorting and conveying mechanism which comprises a sliding plate, a vibrating plate, a vibrating driver, a sliding driver and gates. The sliding plate is assembled on a frame body in a sliding mode in the left-right direction of the frame body, the vibrating plate is obliquely and movably assembled on the sliding plate relative to the horizontal plane in the front-back direction of the frame body, at least two long oblique sorting guide grooves are formed in the vibrating plate in the oblique direction, and each oblique sorting guide groove corresponds to the corresponding gate. The vibrating driver is assembled on the sliding plate and drives the vibrating plate to vibrate. The gates are assembled on the sliding plate or the vibrating plate, sliding openings of the oblique sorting guide grooves are opened or closed through the gates so that cutter bits in the oblique sorting guide grooves can be allowed or forbidden to slide to a butt joint device, and the sliding driver is assembled on the frame body and drives each oblique sorting guide groove to be in butt joint with the butt joint device. The cutter bit sorting and conveying mechanism is suitable for occasions when out-of-shape cutter bits with high length-width ratios are sorted and conveyed, and has the advantage of being low in cost. The invention further discloses a welding machine for a rack type cutter.

Description

Cutter head sequence conveying mechanism and rack type cutter bonding machine

Technical field

The present invention relates to a kind of bonding machine, particularly relate to a kind of cutter head sequence conveying mechanism that can sort to cutter head and carry and the rack type cutter bonding machine with this mechanism.

Background technology

Along with the development of economy and the continuous progress of science and technology, impel be applied to industry various equipment just towards the future development of intelligent, highly integrated and high efficiency to be adapted to the requirement of automated job, and the manufacturing purpose of precision can be reached.

As everyone knows, in order to improve the anti-wear performance of circular cutter, general except in the material of circular cutter, and outside reasonably designing in the manufacturing process of circular cutter, another kind of the best way is exactly on the saw tooth of circular cutter, be welded with wear-resisting carbide alloy weld tabs or diamond weld tabs, this weld tabs is welded by cutter head and paster, the hardness of the saw tooth improving circular cutter is gone by this carbide alloy or adamantine weld tabs, make the saw tooth of circular cutter more wear-resisting, to reach the cost reducing circular cutter.

Wherein, in existing bonding machine weld tabs is welded on circular cutter, general is all to sort to rambling cutter head by vibrating disk and carry, just because of adopting the mode of vibrating disk cutter head sorted and carry, thus for length-width ratio difference is larger and cutter head in irregular shape carries out sorting and carrying time but there is the high defect of error rate.This to be the two ends arranged along its length due to this cutter head be small one and large one layout, and each face of arranging along its length of cutter head when contacting with vibrating disk to take up space be different, make sensor be difficult to identify cutter head furnish the correctness in direction, so the cutter head for this type of sorts and conveying cannot be suitable for.

Therefore, be badly in need of wanting a kind of cutter head sequence conveying mechanism and rack type cutter bonding machine to overcome above-mentioned defect.

Summary of the invention

An object of the present invention is to provide a kind of cutter head sequence conveying mechanism, and this cutter head sequence conveying mechanism can sort one by one to cutter head and carry and have the advantage that structure is simple and cost is low.

Another object of the present invention is to provide a kind of rack type cutter bonding machine, this rack type cutter welding function tool setting head sorts one by one and carries and have the advantage that structure is simple and cost is low.

For realizing above-mentioned object, the invention provides a kind of cutter head sequence conveying mechanism be located on support body, cutter head on cutter tooth for being welded on rack type cutter is sorted one by one and the cutter head of sequence is carried toward docking facilities place, wherein, cutter head sequence conveying mechanism of the present invention comprises sliding panel, oscillating plate, vibratory driver, slide drive and gate.Described sliding panel fits slidably on described support body along the left and right directions of described support body, described oscillating plate is also assemblied on described sliding panel along the fore-and-aft direction relative level face tilt of described support body actively, and described oscillating plate along inclined direction offers at least two microscler inclination sequence guide channels along inclined direction sorted successively for cutter head, the sequence guide channel that tilts described in each is to there being a described gate.Described vibratory driver to be assemblied on described sliding panel and to order about the vibration that described oscillating plate does relatively described sliding panel.Described gate is assemblied in described sliding panel or oscillating plate, and described gate optionally open or close described tilt the landing mouth of sequence guide channel to allow or to stop that cutter head landing in this inclination sequence guide channel is to described docking facilities place, described slide drive to be assemblied on described support body and to order about to tilt described in each sequence guide channel and described docking facilities and connects.

Preferably, cutter head of the present invention sequence conveying mechanism also comprises cover board, described cover board to be placed on described oscillating plate and hide described tilt sequence guide channel in the face of the opening of described cover board.

Preferably, cutter head of the present invention sequence conveying mechanism also comprises and to compress described cover board and the pressure strip arranged along the left and right directions of described support body, one end of described pressure strip is by the first axle of arranging along the fore-and-aft direction of described support body and described oscillating plate pivot joint, and the other end of described pressure strip is across described cover board and be fastened and connected with described oscillating plate.

Preferably, described oscillating plate have two back-up blocks, form one described in two between back-up block and embed chamber, and at least one is built-in with one end and extends buckling piece in described embedding chamber along the fore-and-aft direction of described support body in back-up block described in two, described buckling piece is the layout of moving telescopic, described pressure strip has the embedded block embedding described embedding chamber, and described embedded block offers arc groove in the face of the side of described buckling piece, and described buckling piece and described arc groove are interlocked.

Preferably, cutter head sequence conveying mechanism of the present invention also comprises linear actuator, and described linear actuator is arranged on described support body and orders about the landing mouth that described gate opens or closes the described guide channel that tilts to sort.

Preferably, described linear actuator is positioned at the below of described gate, described linear actuator is arranged along the above-below direction of described support body, and the output of described linear actuator upward and corresponding with described gate, described gate is placed through in described oscillating plate and cover board along the above-below direction of described support body movably, and between described gate with described cover board, abutted a pushing tow flexible member, described pushing tow flexible member perseverance orders about the landing mouth of inclination sequence guide channel described in described closing gate, gate described in the output pushing tow of described linear actuator and open described tilt sequence guide channel landing mouth.

Preferably, described gate comprises the first column construction and second column construction of coaxial setting, described second column construction is positioned at the top of described first column construction, and the diameter of described second column construction is greater than the diameter of described first column construction, the lower end of described pushing tow flexible member is built in described second column construction.

Preferably, the front end of described oscillating plate is by the second axle of arranging along the left and right directions of described support body and described sliding panel pivot joint, and the vibration that pivot puts is done around described second axle in the rear end that described vibratory driver orders about described oscillating plate.

Preferably, be provided with vibrations flexible member between the rear end of described oscillating plate and described sliding panel, described vibrations flexible member perseverance is ordered about described oscillating plate and is suspended on described sliding panel.

Preferably, intermediate transmission assembly is also connected with between described slide drive and described sliding panel, described intermediate transmission assembly comprises screw mandrel and nut, described nut is arranged on described sliding panel, described screw mandrel to be arranged and one end is fixed on the output of described slide drive along the left and right directions of described support body, the other end of described screw mandrel be engaged transmission be placed through on described nut.

For realizing above-mentioned object, rack type cutter bonding machine of the present invention comprises support body, carry rack type cutter and clamping device, point glue equipment, welder and the aforesaid cutter head sequence conveying mechanism that clamps of the carrying and conveying device carried, the rack type cutter that transports described carrying and conveying device.

Compared with prior art, by at least two that oscillating plate of the present invention is along inclined direction the arranged sequence guide channels that tilt, make operating personnel one by one cutter head is correctly thrown into every bar along the incline direction of the sequence guide channel that tilts to tilt in sequence guide channel, realize the object of cutter head correct discharge one by one in the sequence guide channel that tilts; Again due to inclination sequence guide channel relative level face tilt of the present invention, and under the cooperation of vibratory driver and gate, make the cutter head after the sequence of tilting to sort in guide channel one by one toward the landing of docking facilities place, and under the cooperation of slide drive and sliding panel, realize all cutter heads after the sequence that every bar tilts in sequence guide channel all toward the object of the orderly landing in docking facilities place.Therefore, cutter head sequence conveying mechanism of the present invention can be adapted to length-width ratio and differ greatly and the occasion of cutter head in irregular shape sequence and conveying, is certainly also applicable to cutter head sequence and the conveying of rule, and has the advantage that structure is simple and cost is low.Separately, because rack type cutter bonding machine of the present invention has cutter head of the present invention sequence conveying mechanism, therefore rack type cutter bonding machine of the present invention also has aforesaid advantage.

Accompanying drawing explanation

Fig. 1 is the planar structure schematic diagram of rack type cutter bonding machine of the present invention.

Fig. 2 is the perspective view that cutter head sequence conveying mechanism of the present invention is arranged on support body.

Fig. 3 is the perspective view of cutter head sequence conveying mechanism when pressure strip place open mode shown in Fig. 2.

Fig. 4 is the enlarged drawing of part A in Fig. 3.

Fig. 5 is the stereo decomposing structural representation of the cutter head sequence conveying mechanism shown in Fig. 3.

Fig. 6 is the perspective view that cutter head sequence conveying mechanism of the present invention is arranged on another angle on support body.

Fig. 7 is the perspective view that cutter head sequence conveying mechanism of the present invention is arranged on the another angle on support body.

Fig. 8 is that cutter head of the present invention sequence conveying mechanism will sort the perspective view of cutter head of carrying.

Fig. 9 is the perspective view of another angle of the cutter head shown in Fig. 8.

Detailed description of the invention

In order to describe technology contents of the present invention, structural feature in detail, accompanying drawing is coordinated to be described further below in conjunction with embodiment.

Refer to Fig. 1, rack type cutter bonding machine 100 of the present invention comprises support body 20, rack type cutter (not shown) is carried and the carrying and conveying device 30 carried, the rack type cutter that transport carrying and conveying device 30 clamp so that clamping device 40, point glue equipment 50, welder 60 and the cutter head of the present invention sequence conveying mechanism 10 that welds.For the ease of by cutter head sequence conveying mechanism 10 sort and the cutter head 200 (see Fig. 8 or Fig. 9) transported more steadily and reliably toward the rack type cutter place that clamps by clamping device 40 carry, therefore rack type cutter bonding machine 100 of the present invention also comprises and carries transmitting device 70; More coordinate for making the start of each device, therefore rack type cutter bonding machine 100 of the present invention more excellent be electrically connected with a controller 80, the structure of this controller 80 and control principle are well known to those of ordinary skill in the art, therefore are no longer described in detail it at this.Wherein, as shown in Figure 1, carrying and conveying device 30, clamping device 40, carrying transmitting device 70 and cutter head sequence conveying mechanism 10 are in turn assemblied on support body 20 along the side of support body 20 to opposite side direction, and point glue equipment 50 and welder 60 are positioned at the top of clamping device 40 correspondence, and point glue equipment 50 at welder 60 and cutter head with sort between conveying mechanism 10, with the object of welding after reaching first some glue.

Incorporated by reference to Fig. 2 to Fig. 7, cutter head sequence conveying mechanism 10 of the present invention sorts one by one to the cutter head 200 on the cutter tooth for being welded on rack type cutter and the cutter head after sequence 200 is carried toward docking facilities place, as carrying transmitting device 70 place in the present embodiment, to realize the object sorting one by one and carry one by one.Wherein, cutter head sequence conveying mechanism 10 of the present invention comprises sliding panel 11, oscillating plate 12, vibratory driver 13, slide drive 14 and gate 15.Again as shown in Figure 2, sliding panel 11 fits slidably on support body 20 along the left and right directions of support body 20, particularly, in the present embodiment, the guide rail 21 coordinating and slide and slide block 111 are installed between sliding panel 11 with support body 20, be preferably, slide block 111 is arranged on sliding panel 11, and accordingly, guide rail 21 is arranged on support body 20, increase corresponding length to reduce sliding panel 11 because being provided with guide rail 111, thus it is more reliable to make sliding panel 11 obtain the support of support body 20.

Oscillating plate 12 along support body 20 fore-and-aft direction relative level face tilt and be assemblied on sliding panel 11 actively, particularly, in the present embodiment, oscillating plate 12 is positioned at the top of sliding panel 11 and the setting mutually superposed with sliding panel 11; Preferably, second axle 125 and sliding panel 11 pivot joint of front end by arranging along the left and right directions of support body 20 of oscillating plate 12, puts with the pivot making the rear end of oscillating plate 12 can do up or down around the second axle 125, the conveying of cutter head 200 of being more convenient for; And oscillating plate 12 along inclined direction offers at least two microscler inclination sequence guide channels 121 along inclined direction sorted successively for cutter head 200, to make to be placed in the cutter head 200 that tilts in sequence guide channel 121 to have slide downward trend because tilting being in tilted layout of guide channel 121 of sequence, be thus conducive to the conveying of cutter head 200; Each sequence guide channel 121 that tilts, to there being a gate 15, controls opening or closing of the corresponding sequence guide channel 121 that tilts by each gate 15, realizes the object that cutter head 200 is carried in an orderly manner one by one.

Vibratory driver 13 is assemblied on sliding panel 11, and vibratory driver 13 orders about the vibration that oscillating plate 12 does relative sliding plate 11, particularly, front end due to already described oscillating plate 12 is above by the second axle 125 and sliding panel 11 pivot joint, so time vibratory driver 13 be that the rear end of ordering about oscillating plate 12 is done around the second axle 125 and put relative to the pivot of sliding panel 11, for cutter head 200 conveying being placed in sequence guide channel 121 provides transmitting power.And for example Fig. 3 and Fig. 4, and shown in Fig. 6 and Fig. 7, in order to improve reliability and the stationarity of oscillating plate 12 vibration, be provided with between the rear end of oscillating plate 12 and sliding panel 11 and shake flexible member 126, this vibrations flexible member 126 perseverance is ordered about oscillating plate 12 and is suspended on sliding panel 11; Preferably, vibrations flexible member 126 is a spring, to simplify the structure of vibrations flexible member 126.Separately, bolt and nut (not marking in figure) is provided with between sliding panel 11 and oscillating plate 12, the end of thread of bolt passes oscillating plate 12 successively along the direction from top to bottom of support body 200, vibrations flexible member 126 and sliding panel 11, the screw cap end of bolt is made to press on the top of oscillating plate 12, nut is connected with the end of thread of bolt and makes nut press on the below of sliding panel 11, thus make oscillating plate 12, vibrations flexible member 126 and sliding panel 11 are defined between the screw cap end of nut and bolt, therefore by the cooperation of bolts and nuts, can the scope of the power that compresses between real-time adjustment vibrations flexible member 126 pairs of oscillating plates 12 and sliding panel 11 and the vibration of oscillating plate 12 relative sliding plate 11, therefore, cutter head sequence conveying mechanism 10 of the present invention can carry cutter head 200 more reliably, and accommodation is wider.

Gate 15 is assemblied in sliding panel 11 or oscillating plate 12, and particularly, in the present embodiment, gate 15 is assemblied on sliding panel 11; More excellently be, gate 15 is mounted in the front end place of sliding panel 11, and gate 15 optionally opens or closes the landing mouth 121a of sequence guide channel 121, cutter head 200 landing of sorting in guide channel 121 to allow or to stop this inclination is to docking facilities place, carrying transmitting device 70 place as shown in Figure 1, to go by gate 15 to guarantee that cutter head 200 can orderly conveying one by one.And slide drive 14 is assemblied on support body 20, and slide drive 14 orders about each inclination sequence guide channel 121 and docking facilities connects; Particularly, slide drive 14 orders about sliding panel 11 to slide along the left and right directions of support body 20, because oscillating plate 12 is assemblied on sliding panel 11, therefore oscillating plate 12 is followed slip that sliding panel 11 does left and right directions together, thus make the object that each the sequence guide channel 121 that tilts on oscillating plate 12 connects with docking facilities.More specifically, as follows:

Comparatively the superior, cutter head sequence conveying mechanism 10 of the present invention also comprises cover board 16, cover board 16 is placed on oscillating plate 12, and cover board 16 hides the opening of sequence guide channel 121 in the face of cover board 16, effectively prevent the cutter head 200 sorted in the sequence guide channel 121 that tilts from running out of unexpectedly outside this inclination sequence guide channel 121, thus make the conveying of cutter head 200 more orderly and reliable; Preferably, the size of cover board 16 and the size of oscillating plate 12 match and are positioned at the top of oscillating plate 12.Reliability is covered between cover board 16 and oscillating plate 12 in order to improve, and the rapid-assembling/disassembling be convenient between cover board 16 and oscillating plate 12 is so that cutter head 200 is rapidly toward the discharge of tilting to sort in guide channel 121, therefore cutter head of the present invention sequence conveying mechanism 10 also comprises and to compress cover board 16 and the pressure strip 17 arranged along the left and right directions of support body 20, the first axle 171 and oscillating plate 12 pivot joint by arranging along the fore-and-aft direction of support body 200 of one end of pressure strip 17, the other end of pressure strip 17 is across cover board 16 and be fastened and connected with oscillating plate 12; Particularly, as shown in Figures 3 to 5, the left end of pressure strip 17 is by the first axle 171 and oscillating plate 12 pivot joint, the right-hand member of pressure strip 17 and oscillating plate 12 are fastened and connected, therefore when opening pressure strip 17, firmly upwards mention the right-hand member of pressure strip 17, make the right-hand member of pressure strip 17 around the first axle 171 upwards pivot pendulum and realize opening the object of pressure strip 17.For making the more convenient and quicker and reliable of being fastened and connected between pressure strip 17 and oscillating plate 12, therefore oscillating plate 12 has two back-up blocks 122, form one between two back-up blocks 122 and embed chamber 123, be preferably, two back-up blocks 122 are in the layout be parallel to each other, and two back-up blocks 122 can make the structure of separating mutually with oscillating plate 12, or the structure be integrated with oscillating plate 12.In two back-up blocks 122, at least one is built-in with one end and extends the buckling piece 124 embedded in chamber 123 along the fore-and-aft direction of support body 20, the layout of buckling piece 124 in moving telescopic, and more excellent is the layout of buckling piece 124 in elastic telescopic; And pressure strip 17 has the embedded block 172 embedding this embedding chamber 123, embedded block 172 offers arc groove 1721 in the face of the side of buckling piece 124, buckling piece 124 and arc groove 1721 are interlocked, thus make buckling piece 124 can cause stop along the above-below direction of support body 20 to pressure strip 17, prevent the unexpected dropout of pressure strip 17.And operating personnel make pressure strip 17 thread off or the process that fastens is: during dropout, user firmly upwards mentions the right-hand member of pressure strip 17, the right-hand member of pressure strip 17 is made to do pivot pendulum upwards around the first axle 171, upwards the pressure strip 17 of pivot pendulum drives cell wall pushing tow buckling piece 124 direction be recessed in back-up block 122 of the arc groove 1721 at embedded block 172 place to move, buckling piece 124 departed from stop the cell wall of arc groove 1721 and embedded block 172 departed from and the fastening of buckling piece 124, thus realizing the object that pressure strip 17 upwards mentions; During fastening, make the right-hand member of pressure strip 17 when the downward pivot of the first axle 171 is put, the pressure strip 17 of pivot pendulum makes the cell wall pushing tow buckling piece 124 of the arc groove 1721 at embedded block 172 place be recessed in movement in back-up block 122, thus prepare for embedded block 172 screws in embedding chamber 123, when embedded block 172 screws in embedding chamber 123, buckling piece 124 now is just fastened in arc recessing 1721, realizes the object of the snap lock to embedded block 172.Wherein, screw in the process embedding chamber 123 at embedded block 172, buckling piece 124 is always inconsistent with embedded block 172.

Meanwhile, cutter head sequence conveying mechanism 10 of the present invention also comprises linear actuator 18, and linear actuator 18 is arranged on support body 20 and orders about the landing mouth 121a that gate 15 opens or closes sequence guide channel 121; Particularly, in the present embodiment, linear actuator 18 is that a cylinder is to simplify its structure, linear actuator 18 is positioned at the below of gate 15, linear actuator 18 is arranged along the above-below direction of support body 20, and the output of linear actuator 18 upward and corresponding with gate 15, goes to order about opening of gate 15 in the mode of pushing tow to make linear actuator 18.Gate 15 is placed through in oscillating plate 12 and cover board 16 along the above-below direction of support body 20 movably, and between gate 15 with cover board 16, abutted a pushing tow flexible member 161, pushing tow flexible member 161 perseverance orders about the landing mouth 121a that gate 15 closes sequence guide channel 121, is in the state of landing mouth 121a of closing sequence guide channel 121 under normal conditions to make gate 15 by pushing tow flexible member 161.The output pushing tow gate 15 of linear actuator 18 and open the landing mouth 121a of sequence guide channel 121.Be preferably, gate 15 comprises the first column construction and second column construction 152 of coaxial setting, second column construction 152 is positioned at the top of the first column construction, and the diameter of the second column construction 152 is greater than the diameter of the first column construction, pushing tow flexible member 161 is more excellent is a spring and its lower end is built in the second column construction 152, to make the pushing tow of pushing tow flexible member 161 pairs of gates 15 more reliable.

Finally, intermediate transmission assembly 19 is also connected with between slide drive 14 and sliding panel 11, this intermediate transmission assembly 19 comprises screw mandrel 191 and nut 192, nut 192 is arranged on sliding panel 11, screw mandrel 191 along support body 20 left and right directions arrange and one end is fixed on the output of slide drive 14, the other end of screw mandrel 191 be engaged transmission be placed through on nut 192, go to rotate by ordering about screw mandrel 191 to make slide drive 14, nut 192 is driven to slide on screw mandrel 191 by the screw mandrel 191 rotated, realize slide drive 14 and go to order about by the cooperation of screw mandrel 191 and nut 192 object that sliding panel 111 slides along the left and right directions of support body 200.

The person of meriting attention, as can be seen from figures 8 and 9, the two ends that cutter head 200 is arranged along its length are small one and large one layout, and each face 210 that cutter head 200 is arranged along its length has at least one to be plane, this plane sorts with this inclination when cutter head 200 put correctly is in the sequence guide channel 121 that tilts the bottom land plane contact of guide channel 121, to slidingly contact with the guide channel 121 that tilts to sort better by this plane; More excellent, there are two to parallel in each face 210 that cutter head 200 is arranged along its length; More excellent, each face 230 at the microcephaly of cutter head 200 place is crisscross arranged mutually, equally, and the setting that each face 220 at the major part place of cutter head 200 is also interlaced.

By reference to the accompanying drawings, the operation principle of cutter head sequence conveying mechanism of the present invention is described: operating personnel first open pressure strip 17 and cover board 16, and then, cutter head 200 is correctly thrown into every bar and tilts in sequence guide channel 121 by operating personnel one by one, then, cover board 16 is covered on oscillating plate 12 and blocks the opening of sequence guide channel 121 in the face of cover board 16; Finally, pressure strip 17 and oscillating plate 12 fastened and realize object that cover board 16 is compressed.When pressure strip 17 friction top plywood 16, vibratory driver 13 start now, the vibratory driver 13 of start orders about oscillating plate 12 relative sliding plate 11 and vibrates, and slide drive 14 orders about the landing mouth 121a of on oscillating plate 12 one the sequence guide channel 121 that tilts and docking facilities connects, now make the inclination connected with docking facilities that gate 15 sorted on guide channel 121 open this inclination to sort the landing mouth 121a of guide channel 121, realize the object that the cutter head 200 in this inclination sequence guide channel 121 is carried one by one.When the equal landing of cutter head that every bar will be made to tilt in sequence guide channel 121 is to docking facilities place, each inclination sequence guide channel 121 that slide drive 14 now orders about on oscillating plate 12 connects with docking facilities.

Compared with prior art, by 12 at least two the inclination sequence guide channels 121 along inclined direction arranged on oscillating plate of the present invention, make operating personnel one by one cutter head 200 is correctly thrown into every bar along the incline direction of the sequence guide channel 121 that tilts to tilt in sequence guide channel 121, realize the object of cutter head 200 correct discharge one by one in the sequence guide channel 121 that tilts; Again due to inclination sequence guide channel 121 relative level face tilt of the present invention, and under the cooperation of vibratory driver 13 and gate 15, make the cutter head 200 after the sequence of tilting to sort in guide channel 121 one by one toward the landing of docking facilities place, and under the cooperation of slide drive 14 and sliding panel 11, realize all cutter heads 200 after the sequence that every bar tilts in sequence guide channel 121 all toward the object of the orderly landing in docking facilities place.Therefore, cutter head of the present invention sequence conveying mechanism 10 can be adapted to length-width ratio and differ greatly and cutter head in irregular shape 200 occasion that sorts and carry, and the cutter head 200 being certainly also applicable to rule sorts and carries, and has the advantage that structure is simple and cost is low.Separately, because rack type cutter bonding machine 100 of the present invention has cutter head of the present invention sequence conveying mechanism 10, therefore rack type cutter bonding machine 100 of the present invention also has aforesaid advantage.

Above disclosedly be only preferred embodiments of the present invention, certainly can not limit the interest field of the present invention with this, therefore according to the equivalent variations that the claims in the present invention are done, still belong to the scope that the present invention is contained.

Claims (10)

1. be located at the cutter head sequence conveying mechanism on support body for one kind, cutter head on cutter tooth for being welded on rack type cutter is sorted one by one and the cutter head of sequence is carried toward docking facilities place, it is characterized in that, described cutter head sequence conveying mechanism comprises sliding panel, oscillating plate, vibratory driver, slide drive and gate, described sliding panel fits slidably on described support body along the left and right directions of described support body, described oscillating plate is also assemblied on described sliding panel along the fore-and-aft direction relative level face tilt of described support body actively, and described oscillating plate along inclined direction offers at least two microscler inclination sequence guide channels along inclined direction sorted successively for cutter head, tilt sequence guide channel to there being a described gate described in each, described vibratory driver to be assemblied on described sliding panel and to order about the vibration that described oscillating plate does relatively described sliding panel, described gate is assemblied in described sliding panel or oscillating plate, and described gate optionally opens or closes the landing mouth of the described guide channel that tilts to sort to allow or to stop the cutter head landing extremely described docking facilities place in this inclination sequence guide channel, described slide drive to be assemblied on described support body and to order about to tilt described in each sequence guide channel and described docking facilities and connects.
2. cutter head as claimed in claim 1 sequence conveying mechanism, is characterized in that, also comprise cover board, described cover board to be placed on described oscillating plate and hide described tilt sequence guide channel in the face of the opening of described cover board.
3. cutter head as claimed in claim 2 sequence conveying mechanism, it is characterized in that, also comprise and described cover board being compressed and the pressure strip arranged along the left and right directions of described support body, one end of described pressure strip is by the first axle of arranging along the fore-and-aft direction of described support body and described oscillating plate pivot joint, and the other end of described pressure strip is across described cover board and be fastened and connected with described oscillating plate.
4. cutter head as claimed in claim 3 sequence conveying mechanism, it is characterized in that, described oscillating plate have two back-up blocks, form one described in two between back-up block and embed chamber, and at least one is built-in with one end and extends buckling piece in described embedding chamber along the fore-and-aft direction of described support body in back-up block described in two, described buckling piece is the layout of moving telescopic, described pressure strip has the embedded block embedding described embedding chamber, described embedded block offers arc groove in the face of the side of described buckling piece, and described buckling piece and described arc groove are interlocked.
5. cutter head as claimed in claim 2 sequence conveying mechanism, is characterized in that, also comprise linear actuator, and described linear actuator is arranged on described support body and orders about the landing mouth that described gate opens or closes the described guide channel that tilts to sort.
6. cutter head as claimed in claim 5 sequence conveying mechanism, it is characterized in that, described linear actuator is positioned at the below of described gate, described linear actuator is arranged along the above-below direction of described support body, and the output of described linear actuator upward and corresponding with described gate, described gate is placed through in described oscillating plate and cover board along the above-below direction of described support body movably, and between described gate with described cover board, abutted a pushing tow flexible member, described pushing tow flexible member perseverance orders about the landing mouth of inclination sequence guide channel described in described closing gate, gate described in the output pushing tow of described linear actuator and open described tilt sequence guide channel landing mouth.
7. cutter head as claimed in claim 1 sequence conveying mechanism, it is characterized in that, the front end of described oscillating plate is by the second axle of arranging along the left and right directions of described support body and described sliding panel pivot joint, and the vibration that pivot puts is done around described second axle in the rear end that described vibratory driver orders about described oscillating plate.
8. cutter head as claimed in claim 7 sequence conveying mechanism, it is characterized in that, be provided with vibrations flexible member between the rear end of described oscillating plate and described sliding panel, described vibrations flexible member perseverance is ordered about described oscillating plate and is suspended on described sliding panel.
9. cutter head as claimed in claim 1 sequence conveying mechanism, it is characterized in that, intermediate transmission assembly is also connected with between described slide drive and described sliding panel, described intermediate transmission assembly comprises screw mandrel and nut, described nut is arranged on described sliding panel, described screw mandrel to be arranged and one end is fixed on the output of described slide drive along the left and right directions of described support body, the other end of described screw mandrel be engaged transmission be placed through on described nut.
10. a rack type cutter bonding machine, comprise support body, rack type cutter carried and the carrying and conveying device carried, rack type cutter that described carrying and conveying device the is transported clamping device, point glue equipment and the welder that clamp, it is characterized in that, described rack type cutter bonding machine also comprises the cutter head sequence conveying mechanism as described in any one of claim 1 to 9.
CN201410625948.6A 2014-11-07 2014-11-07 Cutter head sequence conveying mechanism and rack type cutter bonding machine CN104368920B (en)

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CN201410625948.6A CN104368920B (en) 2014-11-07 2014-11-07 Cutter head sequence conveying mechanism and rack type cutter bonding machine

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Application Number Priority Date Filing Date Title
CN201410625948.6A CN104368920B (en) 2014-11-07 2014-11-07 Cutter head sequence conveying mechanism and rack type cutter bonding machine

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CN104368920A true CN104368920A (en) 2015-02-25
CN104368920B CN104368920B (en) 2016-01-20

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Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS6031433A (en) * 1983-07-28 1985-02-18 Mamiya Koki Kk Parts feeder
JP2004523443A (en) * 2001-01-31 2004-08-05 フリトーレイ ノース アメリカ インコーポレイテッドFrito−Lay North America,Inc. Adjustment gate system for products unloaded from vibratory conveyor
CN201086853Y (en) * 2007-01-19 2008-07-16 珐玛珈(广州)包装设备有限公司 Sheet shaped macrotype materiel granule counting machine
CN202571481U (en) * 2012-04-12 2012-12-05 东莞市俊知自动机械有限公司 Saw blade welding machine
CN202743909U (en) * 2012-08-22 2013-02-20 福建南方路面机械有限公司 Linear vibrating feeder
CN204248249U (en) * 2014-11-07 2015-04-08 东莞市俊知自动机械有限公司 Cutter head sequence conveying mechanism and rack type cutter bonding machine

Patent Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS6031433A (en) * 1983-07-28 1985-02-18 Mamiya Koki Kk Parts feeder
JP2004523443A (en) * 2001-01-31 2004-08-05 フリトーレイ ノース アメリカ インコーポレイテッドFrito−Lay North America,Inc. Adjustment gate system for products unloaded from vibratory conveyor
CN201086853Y (en) * 2007-01-19 2008-07-16 珐玛珈(广州)包装设备有限公司 Sheet shaped macrotype materiel granule counting machine
CN202571481U (en) * 2012-04-12 2012-12-05 东莞市俊知自动机械有限公司 Saw blade welding machine
CN202743909U (en) * 2012-08-22 2013-02-20 福建南方路面机械有限公司 Linear vibrating feeder
CN204248249U (en) * 2014-11-07 2015-04-08 东莞市俊知自动机械有限公司 Cutter head sequence conveying mechanism and rack type cutter bonding machine

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Inventor after: Zhang Jizhong

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