CN105965159A - Full-automatic saw bit welding machine - Google Patents
Full-automatic saw bit welding machine Download PDFInfo
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- CN105965159A CN105965159A CN201610460464.XA CN201610460464A CN105965159A CN 105965159 A CN105965159 A CN 105965159A CN 201610460464 A CN201610460464 A CN 201610460464A CN 105965159 A CN105965159 A CN 105965159A
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23K—SOLDERING OR UNSOLDERING; WELDING; CLADDING OR PLATING BY SOLDERING OR WELDING; CUTTING BY APPLYING HEAT LOCALLY, e.g. FLAME CUTTING; WORKING BY LASER BEAM
- B23K26/00—Working by laser beam, e.g. welding, cutting or boring
- B23K26/20—Bonding
- B23K26/21—Bonding by welding
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23K—SOLDERING OR UNSOLDERING; WELDING; CLADDING OR PLATING BY SOLDERING OR WELDING; CUTTING BY APPLYING HEAT LOCALLY, e.g. FLAME CUTTING; WORKING BY LASER BEAM
- B23K26/00—Working by laser beam, e.g. welding, cutting or boring
- B23K26/70—Auxiliary operations or equipment
- B23K26/702—Auxiliary equipment
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23K—SOLDERING OR UNSOLDERING; WELDING; CLADDING OR PLATING BY SOLDERING OR WELDING; CUTTING BY APPLYING HEAT LOCALLY, e.g. FLAME CUTTING; WORKING BY LASER BEAM
- B23K2101/00—Articles made by soldering, welding or cutting
- B23K2101/20—Tools
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- Optics & Photonics (AREA)
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- Mechanical Engineering (AREA)
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Abstract
The invention discloses a full-automatic saw bit welding machine. The full-automatic saw bit welding machine comprises a working table, a saw blade transferring mechanism, a cutting mechanism, a horizontal adjusting mechanism, a first saw bit sending mechanism, a second saw bit sending mechanism, a first adsorption mechanism, a second adsorption mechanism, a horizontal moving mechanism, a positioning mechanism, a first compacting mechanism, a second compacting mechanism and a welding mechanism, wherein the horizontal adjusting mechanism, the first saw bit sending mechanism, the second saw bit sending mechanism, the horizontal moving mechanism, the positioning mechanism, the first compacting mechanism, the second compacting mechanism and the welding mechanism are fixedly arranged on the working table; the saw blade transferring mechanism and the cutting mechanism are connected to the horizontal adjusting mechanism in a sliding manner; and the first adsorption mechanism and the second adsorption mechanism are arranged on the horizontal moving mechanism in a sliding manner. The full-automatic saw bit welding machine solves the technical problems that as the welding of existing circular saw bits needs to be manually operated by workers, the production cost is relatively high, and the welding efficiency is relatively low.
Description
[technical field]
The present invention relates to blades machining field, particularly to a kind of full-automatic saw blade bonding machine.
[background technology]
It is known that, in order to improve the anti-wear performance of saw blade, general in addition to improving in the material of saw blade and manufacturing process, another kind of method is to be welded with the saw blade of wear-resisting alloy on saw blade, so that saw blade is more resistant to mill, to reach increase saw blade service life and reduce the purpose of use cost.Along with the progress of science and technology, market engenders the bonding machine being welded on saw blade by saw blade.In welding process, saw blade transmission, saw blade cutting, saw blade conveying, saw blade location can be related to, the multiple working procedures such as saw blade compression, welding, but, existing bonding machine can not realize the automation mechanized operation of above-mentioned operation, making Automation of Welding degree and inefficient, manufacturing cost is higher.Therefore, the welding manner of existing saw blade is typically manually to be welded by workman, and when welding, the welding of hand-held saw blade is easily caused saw blade and rocks, and causes not prison welding and easily makes workman come to harm.
[summary of the invention]
In sum, the main purpose of the present invention is to need to be subjected to by hand by workman to solve the welding of existing saw blade, thus cause welding process relatively complicated, production cost is higher, welding efficiency and the technical problem such as automaticity is relatively low, and provides a kind of full-automatic saw blade bonding machine.
nullIn order to solve above-mentioned technical problem，The present invention provides a kind of full-automatic saw blade bonding machine，Described full-automatic saw blade bonding machine includes: workbench，For transmitting the saw blade connecting gear of saw blade，For the cutting mechanism that saw blade is cut off，For regulating the level(l)ing mechanism of saw blade connecting gear sliding distance，For carrying the first feeding mechanism and second feeding mechanism of saw blade，For adsorbing saw blade to detent mechanism for the first adsorbing mechanism welded and the second adsorbing mechanism，For the translation mechanism making the first adsorbing mechanism and the second adsorbing mechanism move left and right，The detent mechanism of saw blade on the saw blade that will be adsorbed，For the first hold-down mechanism that saw blade and saw blade are compressed and the second hold-down mechanism，And for the welding mechanism at saw blade periphery welding saw blade，Described level(l)ing mechanism、First feeding mechanism、Second feeding mechanism、Translation mechanism、Detent mechanism、First hold-down mechanism、Second hold-down mechanism and welding mechanism all fixedly mount on the table，Described saw blade connecting gear and cutting mechanism are slidably connected with level(l)ing mechanism respectively，Described first adsorbing mechanism and the second adsorbing mechanism slide respectively and are located on translation mechanism.
nullDescribed saw blade connecting gear includes: fixing lifting base plate on the table，Take-up housing and the first motor mount it is connected with on this lifting base plate，The first reducing motor and the first driving gear with this first reducing motor drive connection it is separately installed with on described first motor mount，Described take-up housing and the first driving gear opposite side are provided with multiple the first driven gear being meshed with the first driving gear，The another side of take-up housing is provided with the multiple Wire Wheels rotated coaxially with the first driven gear and multiple cushion block being located at Wire Wheel both sides，It is respectively equipped with the first guide pad on each cushion block and coordinates the first spacing for saw blade pressing plate with it，The rear end of described take-up housing is installed with the second guide pad and coordinates the second spacing for saw blade pressing plate with it，The front end of described take-up housing is installed with the first correcting plate respectively and is fixedly arranged on the first correcting plate side second correcting plate perpendicular with it，The length direction of described first correcting plate and the second correcting plate is respectively separated and is provided with two rows for the narrow limit correcting wheel passing and preventing saw blade from rocking in transmitting procedure for saw blade and broadside correcting wheel，The gap passed for saw blade it is additionally provided with between described first guide pad and the first pressing plate.
nullDescribed cutting mechanism includes: the second motor mount，The second reducing motor being arranged on the second motor mount，Described second reducing motor and the second driving gear drive connection being located on its output shaft，Second driving gear drives the second meshed driven gear to rotate，Described second driven gear has been rotatably coupled eccentric shaft，On this eccentric shaft, order is provided with sensitive film、First roller bearing、Cushion cover、Second roller bearing and three rollers bearing，Described first roller bearing、The periphery of cushion cover is provided with axle sleeve，This axle sleeve is fixedly connected on the second motor mount，Slide also it is fixedly connected with on described second motor mount，Symmetry and identical a pair blend stop of structure it is additionally provided with on described slide，This blend stop is L-type structure，Between a pair blend stop, active card is connected to slide block，The chute moved for three rollers bearing is had on slide block，The chute of described slide block is sheathed on outside three rollers bearing and spacing by blend stop，The cutting knife cut off by saw blade it is additionally provided with on described slide block.
Described level(l)ing mechanism includes: fixing many guide rods on the table, it is fixedly arranged on the base plate of guide rod upper end, the described long limit of base plate two is provided with track base, track base is provided with guide rail and the slide block coordinated respectively and the supporting plate being located on slide block with slide, bearing mounting base is further respectively had on described base plate, screw rodb base, gripper shoe and rule, described screw rodb base and supporting plate Joint, described bearing mounting base, it is coaxially installed with screw mandrel on screw rodb base and gripper shoe, described screw mandrel is rotationally connected with manual turntable by the bearing installed on the supporting plate, the index board matched with rule it is additionally provided with on described supporting plate, described base plate side is provided with the lock screw locked by guide rail after supporting plate slides and puts in place.
nullDescribed first feeding mechanism includes: send sheet base plate，Vertically it is located at the reinforcement sending sheet base plate both sides，That is located between described reinforcement send sheet riser，It is located at the guide rail backing plate sending sheet riser two long edge position，It is located at the guide rail on guide rail backing plate，And the caching plate coordinated is slided up and down with guide rail，Described guide rail backing plate top is installed with send sheet upper head plate，First cylinder is installed on described upper head plate，Described first cylinder is connected with cylinder frame by the first floating junction and connecting rod，Second cylinder is installed on the another side of cylinder frame，The vacuum cup for adsorbing saw blade it is movably installed with on described second cylinder，Also have, on described caching plate surface, the hole stretched out for vacuum cup，Described sending also is connected with buffing pad on sheet riser，Oil buffer is installed on buffing pad，It is also equipped with placing the barrel of saw blade on described caching plate，The 3rd cylinder that when caching plate slide downward and putting in place, the saw blade in barrel is pushed to vacuum cup absorption and the ejection block being flexibly connected with the 3rd cylinder it is also respectively connected with on the barrel lid of barrel front end；The structure of described second feeding mechanism is identical with the structure of the first feeding mechanism.
Described detent mechanism includes: base, the many support bars being fixedly arranged on base and clutch shaft bearing, the base plate being fixedly arranged on the many support bar other ends and the second bearing being connected with base plate, described clutch shaft bearing and the second bearing are provided with guide rod, the other end of described guide rod connects top board, it is arranged with back-moving spring between described top board and base plate, the top of described top board is installed with pressing plate frame and is located at pressing plate frame side and for making the shaping mould base of saw blade molding, the bottom of top board is flexibly connected by the second floating junction and the 4th cylinder, 4th cylinder is then fixing with base plate to be connected.
Described first adsorbing mechanism includes: the axle bed being fixedly connected on translation mechanism and motor cabinet, on described motor cabinet, motor is installed, axle bed is equipped with drive shaft, described motor is by coupled shaft joint and drive shaft drive connection, the outfan of described drive shaft connects backboard, this backboard is provided with the Magnet of multiple absorption saw blade, on described backboard and be positioned at the end of drive shaft and be additionally provided with the locating shaft positioned by saw blade；The structure of described second adsorbing mechanism is identical with the structure of the first adsorbing mechanism.
Described translation mechanism includes: the many root posts being fixedly connected on workbench, it is located at the riser of the column other end, the base plate being connected with riser, the edge on the described long limit of base plate two is respectively equipped with the first slide rail, described first slide rail is provided with the first slide block being slidably connected with it and coordinates the first slide plate slided with the first slide block, 5th cylinder is installed on described base plate and between the first slide rail, described 5th cylinder is flexibly connected with hinged block by cylinder rod, hinged block and the first slide block are connected with the first slide plate slides the most respectively, the buffer limiting slide plate moving range the most relatively it is provided with on described base plate.
nullDescribed first hold-down mechanism includes: fixing bearing on the table，It is fixedly arranged on the pressurization riser of holder top，The edge on the described long limit of pressurization riser two is respectively equipped with the second slide rail，Described second slide rail is provided with the second slide block being slidably connected with it and coordinates the second slide plate slided with the second slide block，Cylinder header board and cylinder back plate it is respectively equipped with on second slide plate，Between described cylinder header board and cylinder back plate, the 6th cylinder is installed，Described 6th cylinder is connected with pressing plate shaft by coupled shaft joint，The end of pressing plate shaft is provided with pressing plate，Axle sleeve and top board also it is coaxially connected with on described pressing plate shaft，Described top board is affixed with cylinder header board by the connecting rod being provided thereon，Described pressurization riser top is installed with buffer stopper，7th cylinder is installed on buffer stopper，The bottom of buffer stopper is flexibly connected with described second slide plate by the 3rd floating junction；The structure of described first hold-down mechanism and the second hold-down mechanism is identical.
Described welding mechanism includes: the slide unit cylinder being located on workbench, slide and be located at the welding base of slide unit cylinder head, it is symmetrically set in the first manual translation stage on described welding base, the rotating shaft plate being rotationally connected with described manual translation platform, the adjustment frame bearing being fixedly connected on rotating shaft plate, it is connected to the second manual translation stage on described adjustment frame bearing, is fixedly arranged on the expansion plate on the second manual translation stage and the laser emitting head being arranged on expansion plate.
Use technique scheme, compared with prior art, have the beneficial effects that produced by the present invention: the present invention can the saw blade connecting gear of collaborative work, cutting mechanism, level(l)ing mechanism, feeding mechanism, adsorbing mechanism, translation mechanism, detent mechanism, hold-down mechanism and welding mechanism 13 by being provided with.Whole process is performed fully automatic operation by machine, and need not manually intervene, and therefore significantly reduces labor intensity and production cost, makes work efficiency significantly improve.It is high that the present invention also has automaticity, and the feature such as easy to implement.
[accompanying drawing explanation]
Fig. 1 is the overall structure schematic perspective view of the present invention；
Fig. 2 is the structural representation of the saw blade connecting gear of the present invention；
Fig. 3 is another structural representation of saw blade connecting gear of the present invention；
Fig. 4 is the another structural representation of saw blade connecting gear of the present invention；
Fig. 5 is the structural representation of the cutting mechanism of the present invention；
Fig. 6 is another structural representation of the cutting mechanism of the present invention；
Fig. 7 is the another structural representation of the cutting mechanism of the present invention；
Fig. 8 is the structural representation of the level(l)ing mechanism of the present invention；
Fig. 9 is the another structural representation of the level(l)ing mechanism of the present invention；
Figure 10 is the first feeding mechanism and the structural representation of the second feeding mechanism of the present invention；
Figure 11 is the first feeding mechanism and another structural representation of the second feeding mechanism of the present invention；
Figure 12 is the first adsorbing mechanism and the structural representation of the second adsorbing mechanism of the present invention；
Figure 13 is the structural representation of the translation mechanism of the present invention；
Figure 14 is the structural representation of the detent mechanism of the present invention；
Figure 15 is the first hold-down mechanism and the structural representation of the second hold-down mechanism of the present invention；
Figure 16 is the structural representation of the detent mechanism of the present invention；
Figure 17 is the structural representation of the welding mechanism of the present invention.
[detailed description of the invention]
The following example is the present invention to be explained further and supplements, and the present invention will not be constituted any restriction.
As it is shown in figure 1, a kind of full-automatic saw blade bonding machine of the present invention includes: workbench 1, saw blade connecting gear 2, cutting mechanism 3, level(l)ing mechanism 4, the first feeding mechanism 5, the second feeding mechanism 6, first adsorbing mechanism 7, second adsorbing mechanism 8, translation mechanism 9, detent mechanism 10, first hold-down mechanism 11, the second hold-down mechanism 12 and welding mechanism 13.Described level(l)ing mechanism the 4, first feeding mechanism the 5, second feeding mechanism 6, translation mechanism 9, detent mechanism the 10, first hold-down mechanism the 11, second hold-down mechanism 12 and welding mechanism 13 are all fixedly mounted on workbench 1.Specifically, described level(l)ing mechanism 4 is fixedly arranged at the charging aperture of workbench 1, and described level(l)ing mechanism 4 slidably connects saw blade connecting gear 2 and cutting mechanism 3, and described translation mechanism 9 is located on workbench length direction and is positioned at inside level(l)ing mechanism 4.Described first adsorbing mechanism 7 and the second adsorbing mechanism 8 slide respectively and are located on translation mechanism 9.Described first adsorbing mechanism 7 and the second adsorbing mechanism 8 opposite side are respectively equipped with the first feeding mechanism 5, the second feeding mechanism 6, detent mechanism 10, the first hold-down mechanism 11, the second hold-down mechanism 12 and welding mechanism 13.
As shown in Figure 2 to 4, described saw blade connecting gear 2 is slidably matched with level(l)ing mechanism 4, and it is used for transmitting saw blade and welds to detent mechanism 10 and by welding mechanism 13.Specifically, described saw blade connecting gear 2 includes: fixing lifting base plate 21 on the table, and this lifting base plate is connected with take-up housing 22 and the first motor mount 23.The first reducing motor 24 and the first driving gear 25 with this first reducing motor drive connection it is separately installed with on described first motor mount 23.Described take-up housing 22 is provided with multiple the first driven gear 26 being meshed with the first driving gear with the first driving gear opposite side.In the present embodiment, the quantity of described first driven gear 26 is 4.The another side of described take-up housing 22 is provided with the multiple Wire Wheels 27 rotated coaxially with the first driven gear 26 and multiple cushion block 28 being located at Wire Wheel both sides.In the present embodiment, the quantity of Wire Wheel is 4, and position is corresponding with the first driven gear.On each cushion block 28 and be positioned at Wire Wheel both sides and be provided with the first guide pad 29 the most side by side and coordinate the first spacing for saw blade pressing plate 210 with it.The front end of described take-up housing 22 is installed with the first correcting plate 211 respectively and is fixedly arranged on the first correcting plate side second correcting plate 212 perpendicular with it.The length direction of described first correcting plate 211 and the second correcting plate 212 is respectively separated and is provided with two rows for the narrow limit correcting wheel 213 passing and preventing saw blade from rocking in transmitting procedure for saw blade and broadside correcting wheel 214.In the present embodiment, the quantity of described narrow limit correcting wheel 213 and broadside correcting wheel 214 is nine.
As shown in Fig. 5～Fig. 7, described cutting mechanism 3 is slidably matched with level(l)ing mechanism 4, and saw blade is cut off after putting in place in saw blade transmission by it.Specifically, described cutting mechanism 3 includes: the second motor mount 31, the second reducing motor 32 being arranged on the second motor mount.Described second reducing motor 32 and the second driving gear 33 drive connection being located on its output shaft.Second driving gear drives the second meshed driven gear 34 to rotate, described second driven gear 34 has been rotatably coupled eccentric shaft 35, and on this eccentric shaft 35, order is provided with sensitive film the 36, first roller bearing 37, cushion cover the 38, second roller bearing 39 and three rollers bearing 310.Described first roller bearing 37, the periphery of cushion cover 38 are provided with axle sleeve 311.This axle sleeve is fixedly connected on the second motor mount 31.Slide 312 also it is fixedly connected with on described second motor mount 31.Symmetry and identical a pair blend stop 313 of structure it is additionally provided with on described slide 312.This blend stop is L-type structure, and between a pair blend stop, active card is connected to slide block 314.The chute 315 moved for three rollers bearing 310 is had on slide block.The chute 315 of described slide block is sheathed on outside three rollers bearing 310 and spacing by blend stop 313.The cutting knife 316 cut off by saw blade it is additionally provided with on described slide block 314, second reducing motor 32 drives eccentric shaft 35 to drive first roller bearing the 37, second roller bearing 39 and three rollers bearing 310 to swing respectively while rotating, and three rollers bearing 310 then drives the cutting knife 316 being located on slide block 314 to move left and right thus cut off by saw blade.
Such as Fig. 8, shown in Fig. 9, described level(l)ing mechanism 4 is vertically located on the length direction of workbench, and it is used for regulating saw blade connecting gear 2 sliding distance.nullSpecifically，Described level(l)ing mechanism 4 includes: fixing many guide rods 41 on the table，It is fixedly arranged on the base plate 42 of guide rod upper end，The described long limit of base plate two is provided with track base 43，Track base is provided with guide rail 44 and the slide block 45 coordinated respectively and the supporting plate 46 being located on slide block with slide，Bearing mounting base 47 is further respectively had on described base plate 42，Screw rodb base 48，Gripper shoe 49 and rule 415，Described screw rodb base 48 and supporting plate 46 Joint，Described bearing mounting base 47，It is coaxially installed with screw mandrel 410 on screw rodb base 48 and gripper shoe 49，Described screw mandrel 410 is rotationally connected with manual turntable 412 by the bearing 411 installed on the supporting plate，The index board 413 matched with rule 415 it is additionally provided with on described supporting plate 46，Described base plate 42 side is provided with the lock screw 414 locked by guide rail after supporting plate 46 slides and puts in place.
Such as Figure 10, shown in Figure 11, described first feeding mechanism 5 and the second feeding mechanism symmetry and structure are located at described translation mechanism 9 two ends in the same manner.It is used for carrying saw blade.nullDescribed first feeding mechanism 5 includes: send sheet base plate 51，Vertically it is located at the reinforcement 52 sending sheet base plate 51 both sides，That is located between described reinforcement 52 send sheet riser 53，It is located at the guide rail backing plate 54 sending sheet riser two long edge position，The guide rail 55 being located on guide rail backing plate 54，And the caching plate 56 coordinated is slided up and down with guide rail，Described guide rail backing plate 54 top is installed with send sheet upper head plate 57，First cylinder 58 is installed on described upper head plate，Described first cylinder is connected with cylinder frame 511 by the first floating junction 59 and connecting rod 510，Second cylinder 512 is installed on the another side of cylinder frame 511，The vacuum cup 513 for adsorbing saw blade it is movably installed with on described second cylinder，Also have, on described caching plate 56 surface, the hole stretched out for vacuum cup，Described sending also is connected with buffing pad 514 on sheet riser，Oil buffer 515 is installed on buffing pad，It is also equipped with placing the barrel 516 of saw blade on described caching plate 56，It is also respectively connected with on the barrel lid 517 of barrel front end when caching plate 56 slide downward and putting in place and the saw blade in barrel is pushed to the 3rd cylinder 518 that vacuum cup 513 adsorbs and the ejection block 519 being flexibly connected with the 3rd cylinder；Owing to the structure of the second feeding mechanism 6 is identical with the structure of the first feeding mechanism 5, the most only describing the structure of the first feeding mechanism 5 in detail, the structure of the second feeding mechanism 5 the most too much illustrates.
As shown in figure 12, described first adsorbing mechanism 7 and the second adsorbing mechanism 8 symmetry and structure are located on described translation mechanism 9 in the same manner.It is used for adsorbing saw blade to detent mechanism for welding.Described first adsorbing mechanism 7 includes: the axle bed 71 being fixedly connected on translation mechanism 9 and motor cabinet 72, motor 73 is installed on described motor cabinet, axle bed 71 is equipped with drive shaft 74, described motor 73 is by coupled shaft joint 75 and drive shaft 74 drive connection, the outfan of described drive shaft connects backboard 76, this backboard is provided with the Magnet of multiple absorption saw blade, on described backboard 76 and be positioned at the end of drive shaft 74 and be additionally provided with the locating shaft 77 positioned by saw blade.Owing to the structure of described second adsorbing mechanism 8 is identical with the structure of the first adsorbing mechanism 7.The most only describing the structure of the first adsorbing mechanism 7 in detail, the structure of the second adsorbing mechanism 8 the most too much illustrates.
Such as Figure 13, shown in Figure 14, described translation mechanism 9 is vertically located on the length direction of workbench.It is for making the first adsorbing mechanism 7 being provided thereon and the second adsorbing mechanism 8 move left and right between feeding mechanism, detent mechanism, hold-down mechanism and welding mechanism and operate.Specifically, described translation mechanism 9 includes: the many root posts 91 being fixedly connected on workbench, it is located at the riser 92 of the column other end, the base plate 93 being connected with riser, the edge on the described long limit of base plate two is respectively equipped with the first slide rail 94, described first slide rail is provided with the first slide block 95 being slidably connected with it and coordinates the first slide plate 96 slided with the first slide block, on described base plate 93 and between the first slide rail 94, the 5th cylinder 97 is installed, described 5th cylinder is flexibly connected with hinged block 99 by cylinder rod 98, hinged block 99 and the first slide block 95 are slidably connected with the first slide plate 96 the most respectively, the buffer 90 limiting slide plate moving range the most relatively it is provided with on described base plate 93.
As shown in figure 15, described detent mechanism 10 is located in workbench, and it for being located for welding by the saw blade adsorbed.Specifically, described detent mechanism 10 includes: base 14, the many support bars 15 being fixedly arranged on base and clutch shaft bearing 16, the base plate 17 being fixedly arranged on the many support bar other ends and the second bearing 18 being connected with base plate, described clutch shaft bearing 16 and the second bearing 18 are provided with guide rod 19, the other end of described guide rod connects top board 191, it is arranged with back-moving spring 192 between described top board 191 and base plate 17, the top of described top board 191 is installed with pressing plate frame 193 and is located at pressing plate frame side and for making the positioning seat 194 of saw blade molding, the bottom of top board 191 is flexibly connected with the 4th cylinder 196 by the second floating junction 195, 4th cylinder is then fixing with base plate 17 to be connected.
As shown in figure 16, the first hold-down mechanism 11 and the second hold-down mechanism 12 are respectively arranged on workbench and are positioned at welding mechanism both sides.Described first hold-down mechanism 11 and the second hold-down mechanism 12 are for compressing saw blade and saw blade.nullSpecifically，Described first hold-down mechanism 11 includes: fixing bearing 111 on the table，It is fixedly arranged on the pressurization riser 112 of holder top，The edge on the described long limit of pressurization riser two is respectively equipped with the second slide rail 113，Described second slide rail is provided with the second slide block 114 being slidably connected with it and coordinates the second slide plate 115 slided with the second slide block，Cylinder header board 116 and cylinder back plate 117 it is respectively equipped with on second slide plate 115，Between described cylinder header board 116 and cylinder back plate 117, the 6th cylinder 118 is installed，Described 6th cylinder is connected with pressing plate shaft 120 by coupled shaft joint 119，The end of pressing plate shaft is provided with pressing plate 121，Axle sleeve 122 and top board 123 also it is coaxially connected with on described pressing plate shaft 120，Described top board is affixed with cylinder header board 116 by the connecting rod 124 being provided thereon，Described pressurization riser 112 top is installed with buffer stopper 125，7th cylinder 126 is installed on buffer stopper，The bottom of buffer stopper 125 is flexibly connected with described second slide plate 115 by the 3rd floating junction 127；Owing to described first hold-down mechanism 11 is identical with the structure of the second hold-down mechanism 12.The most only describing the structure of the first hold-down mechanism 11 in detail, the structure of the second hold-down mechanism 12 the most too much illustrates.
As shown in figure 17, described welding mechanism 13 is located on workbench and between the first hold-down mechanism 11 and the second hold-down mechanism 12.It for being welded on saw blade periphery by saw.Specifically, described welding mechanism 13 includes: the slide unit cylinder 131 being located on workbench, slide and be located at the welding base 132 at slide unit cylinder 131 top, it is symmetrically set in the first manual translation stage 133 on described welding base, the rotating shaft plate 134 being rotationally connected with described manual translation platform 133, the adjustment frame bearing 135 being fixedly connected on rotating shaft plate 134, the the second manual translation stage 136 being connected on described adjustment frame bearing, is fixedly arranged on the expansion plate 137 on the second manual translation stage and the laser emitting head 138 being arranged on expansion plate.
Although being disclosed the present invention by above example, but the scope of the present invention is not limited thereto, and under conditions of without departing from present inventive concept, above each component can be replaced with the similar or equivalent element that art personnel understand.
Claims (10)
- null1. a full-automatic saw blade bonding machine，It is characterized in that，Described full-automatic saw blade bonding machine includes: workbench (1)，For transmitting the saw blade connecting gear (2) of saw blade，For the cutting mechanism (3) that saw blade is cut off，For regulating the level(l)ing mechanism (4) of saw blade connecting gear (2) sliding distance，For carrying the first feeding mechanism (5) and second feeding mechanism (6) of saw blade，For adsorbing saw blade to detent mechanism for the first adsorbing mechanism (7) welded and the second adsorbing mechanism (8)，For the translation mechanism (9) making the first adsorbing mechanism (7) and the second adsorbing mechanism (8) move left and right，The detent mechanism (10) of the saw blade location for being adsorbed，For the first hold-down mechanism (11) that saw blade and saw blade are compressed and the second hold-down mechanism (12)，And for the welding mechanism (13) at saw blade periphery welding saw blade，Described level(l)ing mechanism (4)、First feeding mechanism (5)、Second feeding mechanism (6)、Translation mechanism (9)、Detent mechanism (10)、First hold-down mechanism (11)、Second hold-down mechanism (12) and welding mechanism (13) are all fixedly mounted on workbench (1)，Described saw blade connecting gear (2) and cutting mechanism (3) are slidably connected with level(l)ing mechanism (4) respectively，Described first adsorbing mechanism (7) and the second adsorbing mechanism (8) slide respectively and are located on translation mechanism (9).
- nullFull-automatic saw blade bonding machine the most according to claim 1，It is characterized in that，Described saw blade connecting gear (2) including: fixing lifting base plate (21) on the table，Take-up housing (22) and the first motor mount (23) it is connected with on this lifting base plate，The first reducing motor (24) and the first driving gear (25) with this first reducing motor drive connection it is separately installed with on described first motor mount (23)，Described take-up housing (22) is provided with multiple the first driven gear (26) being meshed with the first driving gear with the first driving gear opposite side，The another side of take-up housing (22) is provided with the multiple Wire Wheels (27) rotated coaxially with the first driven gear (26) and multiple cushion block (28) being located at Wire Wheel both sides，Go up at each cushion block (28) and be positioned at Wire Wheel (27) both sides and be provided with the first guide pad (29) the most side by side and coordinate the first pressing plate (210) spacing for saw blade with it，The gap (215) passed for saw blade it is provided with between described first guide pad (29) and the first pressing plate (210)，The front end of described take-up housing (22) is installed with the first correcting plate (211) respectively and is fixedly arranged on the first correcting plate side second correcting plate (212) perpendicular with it，The length direction of described first correcting plate (211) and the second correcting plate (212) is respectively separated and is provided with two rows for narrow limit correcting wheel (213) passing and preventing saw blade from rocking in transmitting procedure for saw blade and broadside correcting wheel (214).
- nullFull-automatic saw blade bonding machine the most according to claim 1，It is characterized in that，Described cutting mechanism (3) including: the second motor mount (31)，The second reducing motor (32) being arranged on the second motor mount，Described second reducing motor (32) and the second driving gear (33) drive connection being located on its output shaft，Second driving gear drives meshed the second driven gear (34) to rotate，Described second driven gear (34) has been rotatably coupled eccentric shaft (35)，The upper order of this eccentric shaft (35) is provided with sensitive film (36)、First roller bearing (37)、Cushion cover (38)、Second roller bearing (39) and three rollers bearing (310)，Described first roller bearing (37)、The periphery of cushion cover (38) is provided with axle sleeve (311)，This axle sleeve is fixedly connected on the second motor mount (31)，Slide (312) also it is fixedly connected with on described second motor mount (31)，Symmetry and identical a pair blend stop (313) of structure it is additionally provided with on described slide (312)，This blend stop is L-type structure，Between a pair blend stop, active card is connected to slide block (314)，The chute (315) for three rollers bearing (310) movement is had on slide block，The chute (315) of described slide block be sheathed on three rollers bearing (310) outside and pass through blend stop (313) spacing，The cutting knife (316) cut off by saw blade it is additionally provided with on described slide block (314).
- nullFull-automatic saw blade bonding machine the most according to claim 1，It is characterized in that，Described level(l)ing mechanism (4) including: fixing many guide rods (41) on the table，It is fixedly arranged on the base plate (42) of guide rod upper end，The described long limit of base plate two is provided with track base (43)，Track base is provided with guide rail (44) and the slide block (45) coordinated respectively and the supporting plate (46) being located on slide block with slide，Bearing mounting base (47) is further respectively had on described base plate (42)，Screw rodb base (48)，Gripper shoe (49) and rule (415)，Described screw rodb base (48) and supporting plate (46) Joint，Described bearing mounting base (47)，It is coaxially installed with screw mandrel (410) on screw rodb base (48) and gripper shoe (49)，Described screw mandrel (410) is rotationally connected with manual turntable (412) by the bearing (411) installed on the supporting plate，The index board (413) matched with rule (415) it is additionally provided with on described supporting plate (46)，Described base plate (42) side is provided with the lock screw (414) locked by guide rail after supporting plate (46) slides and puts in place.
- nullFull-automatic saw blade bonding machine the most according to claim 1，It is characterized in that，Described first feeding mechanism (5) including: send sheet base plate (51)，Vertically it is located at the reinforcement (52) sending sheet base plate (51) both sides，That is located between described reinforcement (52) send sheet riser (53)，It is located at the guide rail backing plate (54) sending sheet riser two long edge position，The guide rail (55) being located on guide rail backing plate (54)，And the caching plate (56) coordinated is slided up and down with guide rail，Described guide rail backing plate (54) top is installed with send sheet upper head plate (57)，First cylinder (58) is installed on described upper head plate，Described first cylinder is connected with cylinder frame (511) by the first floating junction (59) and connecting rod (510)，Second cylinder (512) is installed on the another side of cylinder frame (511)，The vacuum cup (513) for adsorbing saw blade it is movably installed with on described second cylinder，Also have, on described caching plate (56) surface, the hole stretched out for vacuum cup，Described sending also is connected with buffing pad (514) on sheet riser，Oil buffer (515) is installed on buffing pad，It is also equipped with placing the barrel (516) of saw blade on described caching plate (56)，The 3rd cylinder (518) that when caching plate (56) slide downward and putting in place, the saw blade in barrel is pushed to vacuum cup (513) absorption and the ejection block (519) being flexibly connected with the 3rd cylinder it is also respectively connected with on the barrel lid (517) of barrel front end；The structure of described second feeding mechanism (6) is identical with the structure of the first feeding mechanism (5).
- nullFull-automatic saw blade bonding machine the most according to claim 1，It is characterized in that，Described detent mechanism (10) including: base (14)，The many support bars (15) being fixedly arranged on base and clutch shaft bearing (16)，The base plate (17) being fixedly arranged on the many support bar other ends and the second bearing (18) being connected with base plate，Described clutch shaft bearing (16) and the second bearing (18) are provided with guide rod (19)，The other end of described guide rod connects top board (191)，It is arranged with back-moving spring (192) between described top board (191) and base plate (17)，The top of described top board (191) is installed with pressing plate frame (193) and is located at pressing plate frame side and for the positioning seat (194) positioned by saw blade，The bottom of top board (191) is flexibly connected with the 4th cylinder (196) by the second floating junction (195)，4th cylinder is then fixing with base plate (17) to be connected.
- Full-automatic saw blade bonding machine the most according to claim 1, it is characterized in that, described first adsorbing mechanism (7) including: the axle bed (71) being fixedly connected on translation mechanism (9) and motor cabinet (72), motor (73) is installed on described motor cabinet, axle bed (71) is equipped with drive shaft (74), described motor (73) is by coupled shaft joint (75) and drive shaft (74) drive connection, the outfan of described drive shaft connects backboard (76), this backboard is provided with the Magnet of multiple absorption saw blade, described backboard (76) is upper and is positioned at the end of drive shaft (74) and is additionally provided with the locating shaft (77) positioned by saw blade；The structure of described second adsorbing mechanism (8) is identical with the structure of the first adsorbing mechanism (7).
- nullFull-automatic saw blade bonding machine the most according to claim 1，It is characterized in that，Described translation mechanism (9) including: the many root posts (91) being fixedly connected on workbench，It is located at the riser (92) of the column other end，The base plate (93) being connected with riser，The edge on the described long limit of base plate two is respectively equipped with the first slide rail (94)，Described first slide rail is provided with the first slide block (95) being slidably connected with it and coordinates the first slide plate (96) slided with the first slide block，Described base plate (93) is gone up and is positioned between the first slide rail (94) and is provided with the 5th cylinder (97)，Described 5th cylinder is flexibly connected with hinged block (99) by cylinder rod (98)，Hinged block (99) and the first slide block (95) are slidably connected with the first slide plate (96) the most respectively，The buffer (90) limiting slide plate moving range the most relatively it is provided with on described base plate (93).
- nullFull-automatic saw blade bonding machine the most according to claim 1，It is characterized in that，Described first hold-down mechanism (11) including: fixing bearing (111) on the table，It is fixedly arranged on the pressurization riser (112) of holder top，The edge on the described long limit of pressurization riser two is respectively equipped with the second slide rail (113)，Described second slide rail is provided with the second slide block (114) being slidably connected with it and coordinates the second slide plate (115) slided with the second slide block，Cylinder header board (116) and cylinder back plate (117) it is respectively equipped with on second slide plate (115)，Between described cylinder header board (116) and cylinder back plate (117), the 6th cylinder (118) is installed，Described 6th cylinder is connected with pressing plate shaft (120) by coupled shaft joint (119)，The end of pressing plate shaft is provided with pressing plate (121)，Axle sleeve (122) and top board (123) also it is coaxially connected with on described pressing plate shaft (120)，Described top board is affixed with cylinder header board (116) by the connecting rod (124) being provided thereon，Described pressurization riser (112) top is installed with buffer stopper (125)，7th cylinder (126) is installed on buffer stopper，The bottom of buffer stopper (125) is flexibly connected with described second slide plate (115) by the 3rd floating junction (127)；Described first hold-down mechanism (11) is identical with the structure of the second hold-down mechanism (12).
- Full-automatic saw blade bonding machine the most according to claim 1, it is characterized in that, described welding mechanism (13) including: the slide unit cylinder (131) being located on workbench, the welding base (132) at slide unit cylinder (131) top is located in slip, the first manual translation stage (133) being symmetrically set on described welding base, the rotating shaft plate (134) being rotationally connected with described manual translation platform (133), adjustment frame bearing (135) being fixedly connected on rotating shaft plate (134), the the second manual translation stage (136) being connected on described adjustment frame bearing, the expansion plate (137) being fixedly arranged on the second manual translation stage and the laser emitting head (138) being arranged on expansion plate.
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| CN201610460464.XA CN105965159B (en) | 2016-06-23 | 2016-06-23 | A kind of full-automatic saw blade bonding machine |
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| CN201610460464.XA CN105965159B (en) | 2016-06-23 | 2016-06-23 | A kind of full-automatic saw blade bonding machine |
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| CN105965159A true CN105965159A (en) | 2016-09-28 |
| CN105965159B CN105965159B (en) | 2017-09-29 |
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| CN107755913A (en) * | 2017-12-05 | 2018-03-06 | 梧州宇龙机械设备有限公司 | A kind of UN saw blades welding method and its device |
| CN109277712A (en) * | 2018-11-30 | 2019-01-29 | 南京林业大学 | A kind of welding mechanism for bands for band sawtooth welder |
| CN109277739A (en) * | 2018-11-30 | 2019-01-29 | 南京林业大学 | A kind of bands for band sawtooth welder |
| CN109590764A (en) * | 2019-01-24 | 2019-04-09 | 苏州鹄珂智能科技有限公司 | A kind of automatic production line and its working method for Turbogrid plates |
| CN112170960A (en) * | 2020-09-04 | 2021-01-05 | 邓文才 | Saw blade manufacturing device |
| CN115890044A (en) * | 2022-02-23 | 2023-04-04 | 苏州市振宇工具有限公司 | Saw bit sawtooth automatic welder |
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| CN105965159B (en) | 2017-09-29 |
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Effective date of registration: 20200220 Address after: 213300 No.88 Hongye Road, Kunlun Street, Liyang City, Changzhou City, Jiangsu Province Patentee after: Jiangsu Lian win laser Co., Ltd. Address before: Guangdong province Shenzhen city Nanshan District District 518055 Xili town honghualing Industrial District 2 District 4 Building 2 floor Patentee before: United Winners Laser Co., Ltd. |
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