CN109454187A - It is used to prepare the continous way forming integrated machine of fish hook - Google Patents
It is used to prepare the continous way forming integrated machine of fish hook Download PDFInfo
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- CN109454187A CN109454187A CN201811566440.8A CN201811566440A CN109454187A CN 109454187 A CN109454187 A CN 109454187A CN 201811566440 A CN201811566440 A CN 201811566440A CN 109454187 A CN109454187 A CN 109454187A
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- coupler body
- pier
- fish hook
- push rod
- flat
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21F—WORKING OR PROCESSING OF METAL WIRE
- B21F45/00—Wire-working in the manufacture of other particular articles
- B21F45/12—Wire-working in the manufacture of other particular articles of fishing hooks
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- Mechanical Engineering (AREA)
- Forging (AREA)
- Processing Of Meat And Fish (AREA)
Abstract
The present invention is a kind of continous way forming integrated machine for being used to prepare fish hook, and the fish hook molding machine of two groups of synchronization jobs setting up and down, and the conveying mechanism with the cooperation of two groups of fish hook molding machines are housed on the rack；On the rack be equipped with by coupler body one break for two material cutting-off mechanism, along every group of fish hook molding machine of the conveying direction of coupler body include fixed length mechanism, backshank pier flattening mechanism, Chan Ci mechanism and bending discharging mechanism.The present apparatus is equipped with upper and lower two groups of fish hook molding machines, the coupler body raw material sent from feeding mechanism is received by conveying mechanism first, coupler body raw material is a root long body of rod of both ends sharpening, then raw material is therefrom divided into two coupler bodies for two material cutting-off mechanism by breaking coupler body one, it is sent to upper group of fish hook molding machine respectively by conveying mechanism and the following group fish hook molding machine carries out fish hook forming operation, reduce process and equipment investment, it improves work efficiency, a feeding is up to two products.
Description
Technical field
The present invention relates to a kind of fish hook preparation facilities, especially a kind of continous way forming integrated machine for being used to prepare fish hook.
Background technique
Existing fish hook preparation process mainly includes blanking, is truncated, cuts these techniques of hangnail, crotch, de- material, needs to make
With more set equipment, segmentation is completed, therefore production efficiency is lower, and preparation speed is slower, and each process requires special purpose machinery,
Equipment investment is larger, at high cost, and a product can only be made every time.
Summary of the invention
The technical problem to be solved by the present invention is in view of the deficiencies of the prior art, provide it is a kind of design rationally, user
Just, it once feeds intake and can be prepared by the continous way forming integrated machine for being used to prepare fish hook of multiple products.
The technical problem to be solved by the present invention is to what is realized by technical solution below, the present invention is that one kind is used for
The continous way forming integrated machine of fish hook is prepared, its main feature is that: including rack, on the rack equipped with setting up and down two groups synchronous works
The fish hook molding machine of industry, and the conveying mechanism with the cooperation of two groups of fish hook molding machines；
The conveying mechanism is equipped with the upper horizontal conveying chain cooperated with upper group of fish hook molding machine, matches with the following group fish hook molding machine
The lower horizontal conveying chain closed is connected with transition chain, transition chain and lower horizontal feed in the input terminal of lower horizontal conveying chain
Chain is linked together, and the input terminal of the upper end of transition chain and upper horizontal conveying chain is coaxially disposed, the upper horizontal conveying chain, under
The magnetic support of absorption coupler body is equipped on horizontal conveying chain and transition chain, it is defeated in the magnetic support on transition chain top and upper level
The magnetic support on chain input terminal is sent to be in the same horizontal position；
It is equipped with that coupler body one breaks is two in the rack of top between upper horizontal conveying chain input terminal and transition chain upper end
Material cutting-off mechanism；
Along every group of fish hook molding machine of the conveying direction of coupler body include fixed length mechanism, backshank pier flattening mechanism, Chan Ci mechanism and
Bend discharging mechanism；
The fixed length mechanism includes fixed length component and truncation component, and fixed length component is equipped with the positioning backup plate cooperated with coupler body tail portion,
It is equipped with the horizontal fixed length push rod with coupler body head fits on the opposite of positioning backup plate, horizontal fixed length push rod passes through guideway and rack
It is connected, reset spring is equipped between horizontal fixed length push rod and guideway, is equipped in the end of horizontal fixed length push rod engaged therewith
The upper end of push-tight lever, push-tight lever is connected with push rod upper swing arm by shaft, and push rod upper swing arm lower end and push cam cooperate；
The truncation component includes the support chopping block for being located at positioning backup plate front support coupler body, is equipped in the top of support chopping block and matches with it
The truncation cutter of conjunction, truncation cutter are fixed on the truncation push rod lower end being vertically arranged, and truncation push rod passes through guideway and rack phase
Even, truncation upper swing arm is equipped with above truncation push rod, the middle part that upper swing arm is truncated is mounted in the shaft for making that upper swing arm rotation is truncated,
Upper swing arm one end and truncation cam engagement is truncated, the other end is equipped with the pinch roller with the cooperation of truncation push rod top；
The backshank pier flattening mechanism includes with the positioning component of coupler body head fits and by flat flat group of pier of coupler body tail portion pier
Part, the flat component of pier are equipped with the flat lower die of pier and the flat upper mold of pier, and the flat lower die of pier fills on the rack, the flat upper mold of pier and the flat driving machine of pier
Structure is connected, and the positioning component is equipped with localization handspike, and localization handspike is connected by guideway with rack, localization handspike and guideway
Between be equipped with reset spring, the outer end of localization handspike be equipped with positioning drive mechanisms engaged therewith；
The Chan Ci mechanism include the push-tight component of fixed coupler body, push down coupler body head hold down assembly and shovel thorn component, shovel thorn
Component is equipped with perching knife, and perching knife is connected with the perching knife driving mechanism of driving perching knife forward-reverse, described to hold down assembly including being located at hook
The briquetting of body above-head, briquetting are connected with briquetting driving mechanism, and the push-tight component is equipped with the lower support of support coupler body tail portion
Module, and support hold out against the withstanding tight block on coupler body head, and withstanding tight block is connected with driving mechanism is held out against；
The bending discharging mechanism is equipped with crooked assembly and material returned component, and the crooked assembly is equipped with the bending cooperated with coupler body
Mould, the lower section of bending die are equipped with the gripping block for clamping coupler body tail portion, and the top of bending die is equipped with the eave tile pressing mold for pushing down bending die,
The gripping block is connected with the clamp arm being obliquely installed upwards, and clamp arm is connected by shaft with rack, and pressure is connected on eave tile pressing mold
Reset spring is respectively arranged in bar, compression bar and clamp arm, clamp arm and compression bar are matched by connecting rod with respective driving cam respectively；
It is equipped with the bend arm for the coupler body that bends in the front of bending die, one end of the bend arm and driving bend arm make crankmotion
Gear shaft block be connected, gear shaft block is engaged with the rack gear to bend in linear guide by gear；
The material returned component includes the fixing sleeve on bending die, and fixing sleeve is connected with material returned linear guide, in fixing sleeve
Side is connected with material returned block by reset spring, and reset spring is provided with straight pin, and the material returned block is equipped with and bending mold forming
Portion's cooperation, the material returned arm that is laterally arranged, and be linked together with material returned arm, longitudinally disposed linking arm, in the outside of material returned block
Guide fixed block is fixed in rack, guide fixed block, which is equipped with, cooperates the inclined wedge being posteriorly obliquely installed with linking arm.
The technical problems to be solved by the invention can also be further realized by technical solution below, the fracture
Mechanism includes the chopping block being located between horizontal conveying chain and transition chain, and cutter engaged therewith is equipped with above chopping block,
Cutter is fixed on the fracture push rod lower end being vertically arranged, and fracture push rod is connected by guideway with rack, above fracture push rod
Equipped with fracture upper swing arm, the middle part of fracture upper swing arm is equipped with the shaft for rotating fracture upper swing arm, fracture upper swing arm one end and disconnected
Expect that cam engagement, the other end are equipped with the pinch roller cooperated with fracture push rod top.
The technical problems to be solved by the invention can also be further realized by technical solution below, in blank cutter
The rack of structure front is equipped with the feeding mechanism cooperated with upper horizontal conveying chain input terminal and transition chain upper end, the feeding
Mechanism is equipped with the hopper being arranged diagonally downward, and the single coupler body discharge chamber extended downwardly, discharge chamber are equipped in the lower bottom end of hopper
Bottom be equipped with discharge port, be equipped with magnetic with upper horizontal conveying chain input terminal and transition chain upper end in the lower section of discharge outlet
The switching wheel of seat cooperation simultaneously is equipped with several splicing grooves along its circumferential direction on the outer wheel face of the switching wheel, in splicing groove
The picking part that is magnetic is inlayed, the rotation direction for wheel of transferring and the conveying direction of coupler body are reversed.
The technical problems to be solved by the invention can also be further realized by technical solution below, in hopper
Lower bottom part, which is equipped with, dials in the thumb wheel in discharge chamber for coupler body, is equipped with several groups driving lever component along its circumferential direction on thumb wheel, often
Group driving lever component is made of the several driving levers being located on the same axis of thumb wheel, and the upper end of driving lever is bent to thumb wheel direction of rotation,
The lower plate and discharging chamber interior walls of hopper are equipped with the through slot cooperated with driving lever.
The technical problems to be solved by the invention can also be further realized by technical solution below, the driving lever
For steel wire, every group of driving lever component is equipped with two driving levers, the upper end of driving lever pass through through slot extend into hopper and in discharge chamber.
The technical problems to be solved by the invention can also be further realized by technical solution below, and the pier is flat
Driving mechanism includes the flat-pushing bar of pier for being vertically arranged the flat upper mold of anchor block, and the flat-pushing bar of pier is connected by guideway with rack, in pier
The flat upper swing arm of pier is equipped with above flat-pushing bar, the middle part of the flat upper swing arm of pier is mounted in the shaft for making the flat upper swing arm rotation of pier, Dun Pingshang
Swing arm one end and pier periphery cam cooperate, and the other end is equipped with the pinch roller with the flat-pushing bar top cooperation of pier；The positioning drive mechanisms are set
There is positioning push-tight lever, the upper end of positioning push-tight lever is connected with localization handspike upper swing arm, localization handspike upper swing arm by shaft
Lower end and localization handspike cam engagement.
The technical problems to be solved by the invention can also be further realized by technical solution below, the shovel thorn
The perching knife driving mechanism of mechanism is equipped with the drive rod being obliquely installed, and drive rod is connected by guideway with bracket, the tail of drive rod
End is matched with shovel thorn cam；The briquetting driving mechanism is equipped with the compression connecting rod that is connected with briquetting, compress connecting rod tail end and
Pressing cam matches；It is described hold out against driving mechanism be equipped be connected with withstanding tight block hold out against push rod, hold out against push rod and pass through guideway
It is connected with bracket, is equipped with reset spring between push rod and guideway holding out against, holds out against cooperation on push rod and held out against equipped with swing arm is held out against
The tail end of swing arm is matched with cam is held out against, and the shaft being connected with bracket is housed holding out against swing arm.The blade of the perching knife is located at
The oblique upper at the position to be cut of coupler body, cutting edge are arranged outwardly.
The technical problems to be solved by the invention can also be further realized by technical solution below, the clamp arm
On reset spring one end be connected with clamp arm, one end is connected with the fixing sleeve on bending die；Bend linear guide and the material returned
The both ends of linear guide are fixed on bracket by linear bearing seat respectively, are equipped on the bracket of linear guide one end
The cam of bend linear guide and the movement of material returned linear guide is driven, is set in the linear guide between linear bearing seat and cam
There is reset spring.
The technical problems to be solved by the invention can also be further realized by technical solution below, the rack
Upper that lower driving shaft and upper driven shaft are housed, lower driving shaft is connected to the motor by chain transminssion mechanism, lower driving shaft and upper driven
Chain sprocket transmission mechanism is connected between axis, and the cam of each mechanism of upper and lower two groups of fish hook molding machines is mounted in lower driving shaft and upper
On driven shaft.
The technical problems to be solved by the invention can also be further realized by technical solution below, in bending die
The other side be equipped with the aggregate bin that is oppositely arranged with material returned block, aggregate bin is connected by slideway with Material collecting box for harvesting.
Compared with prior art, the present apparatus be equipped with upper and lower two groups of fish hook molding machines, first by conveying mechanism receiving from
The coupler body raw material that feeding mechanism is sent, coupler body raw material are a root long body of rod of both ends sharpening, are then two by the way that coupler body one breaks
Material cutting-off mechanism raw material is therefrom divided into two coupler bodies, be sent to upper group of fish hook molding machine and the following group fish respectively by conveying mechanism
Hook former carries out fish hook forming operation, that is, is respectively that coupler body fixed length is cut off waste material using fixed length mechanism, uses backshank pier
Flattening mechanism puts down coupler body tail portion pier, is shoveled and is pierced on coupler body head using Chan Ci mechanism, finally uses bending discharging mechanism by coupler body head
Portion is bent the material returned to get product, and upper and lower two groups of fish hooks molding machine simultaneously operating, reduces process and equipment investment, improves
Working efficiency, a feeding is up to two products.
Detailed description of the invention
Fig. 1 is a kind of schematic view of the front view of the invention.
Fig. 2 is the right side structural representation of Fig. 1.
Fig. 3 is the overlooking structure diagram of Fig. 1.
Fig. 4 is the partial structural diagram of conveying mechanism.
Fig. 5 is the schematic view of the front view of feeding mechanism.
Fig. 6 is the right side structural representation of Fig. 5.
Fig. 7 is the schematic view of the front view of material cutting-off mechanism.
Fig. 8 is the schematic view of the front view of fixed length mechanism.
Fig. 9 is the schematic view of the front view of pier flattening mechanism.
Figure 10 is the schematic view of the front view of Chan Ci mechanism.
Figure 11 is the right side structural representation of Figure 10.
Figure 12 is the schematic view of the front view for bending discharging mechanism.
Figure 13 is schematic view of the front view of Figure 12 A-A to bend arm.
Figure 14 is structural schematic diagram of Figure 12 C to crooked assembly.
Figure 15 is the schematic view of the front view of material returned component.
Figure 16 is the overlooking structure diagram of material returned component.
Figure 17 is the B-B direction structural schematic diagram of Figure 15.
Specific embodiment
Referring to the drawings, further describe the specific technical solution of the present invention, in order to those skilled in the art into
One step the present invention is understood, without constituting the limitation to its right.
Referring to attached drawing 1-3, a kind of continous way forming integrated machine being used to prepare fish hook, including rack are equipped on the rack
The fish hook molding machine 6,10 of two groups of synchronization jobs setting up and down, and the conveyer with the cooperation of two groups of fish hook molding machines
Structure.
Conveying mechanism described in reference diagram 4 is equipped with the upper horizontal conveying chain 13 cooperated with upper group of fish hook molding machine 6 and the following group
The lower horizontal conveying chain 11 that fish hook molding machine 10 cooperates, is connected with transition chain 12 in the input terminal of lower horizontal conveying chain 11,
Transition chain 12 is linked together with lower horizontal conveying chain 11, and the sprocket wheel of 12 upper end of transition chain and upper horizontal conveying chain 13 are defeated
Enter the sprocket coaxiality setting at end and equal in magnitude, the upper horizontal conveying chain 13, lower horizontal conveying chain 11 and transition chain
The magnetic support 14 of absorption coupler body is equipped on 12, the magnetic support 14 is connected by support with carrier chain, on 12 top of transition chain
Magnetic support and upper 13 input terminal of horizontal conveying chain on magnetic support be in the same horizontal position.
With reference to Fig. 7, it is equipped in the rack of top between upper 13 input terminal of horizontal conveying chain and 12 upper end of transition chain
By coupler body 15 break for two material cutting-off mechanism 2.The material cutting-off mechanism 2 includes being located at horizontal conveying chain 13 and transition chain 12
Between chopping block 201, cutter 202 engaged therewith is equipped with above chopping block 201, cutter 202 is fixed on the fracture being vertically arranged
204 lower end of push rod, fracture push rod 204 are connected by guideway 203 with rack, are equipped on fracture and are put above fracture push rod 204
Arm 206, the middle part of fracture upper swing arm 206 are equipped with the shaft for rotating fracture upper swing arm 206,206 one end of fracture upper swing arm and disconnected
Expect that cam 207 cooperates, the other end is equipped with the pinch roller 205 cooperated with 204 top of fracture push rod.
With reference to Fig. 5 and Fig. 6, it is equipped with and upper 13 input terminal of horizontal conveying chain and transition in the rack of 2 front of material cutting-off mechanism
The feeding mechanism 1 of 12 upper end of chain cooperation, the feeding mechanism 1 is equipped with the hopper 101 being arranged diagonally downward, in hopper 101
Lower bottom end be equipped with the single coupler body discharge chamber 102 that extends downwardly, the bottom of discharge chamber 102 is equipped with discharge port, in discharge outlet
Lower section be equipped with the switching wheel 104 cooperated simultaneously with the magnetic support of upper 13 input terminal of horizontal conveying chain and 12 upper end of transition chain,
Several splicing grooves are equipped with along its circumferential direction on the outer wheel face of the switching wheel 104, inlay the picking part that is magnetic in splicing groove
105, the rotation direction of switching wheel 104 and the conveying direction of coupler body are reversed.
Be equipped with the thumb wheel 103 coupler body dialled in discharge chamber 102 in the lower bottom part of hopper 101, along its week on thumb wheel 103
It is equipped with several groups driving lever component to direction, every group of driving lever component is by be located on the same axis of thumb wheel 103 106 groups of several driving levers
At the upper end of driving lever is bent to 103 direction of rotation of thumb wheel, is equipped with and is dialled on 102 inner wall of lower plate and discharge chamber of hopper 101
The through slot that bar 106 cooperates.The driving lever 106 is steel wire, and every group of driving lever component is equipped with two driving levers, and the upper end of driving lever passes through through slot
It extend into hopper 101 and discharge chamber 102.
When feeding intake, the coupler body of both ends sharpening is added in hopper 101, thumb wheel 103 rotates, and driving lever dials in out coupler body
Expect in room 102, and come out from discharge port while falling and being adsorbed onto the magnetic picking part of switching wheel 104, switching wheel 104 drives
Coupler body rotation, is in the magnetic support of upper the horizontal conveying chain 13 input terminal magnetic support and 12 upper end of transition chain in same horizontal line
It adsorbs, is brought at material cutting-off mechanism 2 simultaneously, the middle part of coupler body is on chopping block 201, under the driving of fracture cam 207, cutter
202 move downward cutting coupler body, and a coupler body is made to become two parts, adsorb magnetic support and the transition transmission of upper horizontal conveying chain 13 respectively
On the magnetic support of chain 12, by the transmission of upper horizontal conveying chain 13 and transition chain 12 enter upper and lower two groups of fish hook molding machines 6,
In 10, continue subsequent job.
It include fixed length mechanism 3, backshank pier flattening mechanism 4, shovel thorn along every group of fish hook molding machine of the conveying direction of coupler body
Mechanism 5 and bending discharging mechanism 7；
With reference to Fig. 8, the fixed length mechanism 3 includes fixed length component and truncation component, and fixed length component, which is equipped with, to be cooperated with coupler body tail portion
Backup plate 301 is positioned, is equipped with the horizontal fixed length push rod 303 with coupler body head fits on the opposite of positioning backup plate 301, horizontal fixed length pushes away
Bar 303 is connected by guideway with rack, and reset spring 304 is equipped between horizontal fixed length push rod 303 and guideway, fixed in level
The end of long push rod 303 is equipped with push-tight lever 305 engaged therewith, and the upper end of push-tight lever 305 is connected with push rod by shaft
Upper swing arm 308,308 lower end of push rod upper swing arm and push cam 309 cooperate；The truncation component includes being located at positioning backup plate 301
The support chopping block 302 of front support coupler body, support chopping block 302 and positioning backup plate 301 are each provided at the ipsilateral of conveying mechanism, are supporting
The top of chopping block 302 is equipped with truncation cutter 307 engaged therewith, and truncation cutter 307 is fixed on the truncation push rod 306 being vertically arranged
Lower end, truncation push rod 306 are connected by guideway with rack, and truncation upper swing arm is equipped with above truncation push rod 306, is put in truncation
The middle part of arm is mounted in the shaft for making that upper swing arm rotation is truncated, and truncation upper swing arm one end and truncation cam engagement, the other end are equipped with
With the pinch roller of truncation 306 top of push rod cooperation.
When operation, upper horizontal conveying chain 13 or lower horizontal conveying chain 11 respectively take coupler body at fixed length mechanism 3 to, by pushing away
Bar cam 309 drives push-tight lever 305, moves in a straight line horizontal fixed length push rod 303 along guideway, withstanding coupler body head makes
The tail portion of coupler body 15 is positioned against backup plate 301, and under the driving of truncation cam, truncation push rod 306, which moves downward, makes that cutter is truncated
307 cut off extra waste material with the support cooperation of chopping block 302, and the length of coupler body 15 is arranged by adjusting support chopping block 302, after pass through
Reset spring 304 resets horizontal fixed length push rod 303.
With reference to Fig. 9, the backshank pier flattening mechanism 4 includes with the positioning component of coupler body head fits and by coupler body tail portion
The flat component of the flat pier of pier, the flat component of pier are equipped with the flat lower die 401 of pier and the flat upper mold 402 of pier, and the flat lower die 401 of pier is mounted in rack
On, the flat upper mold 402 of pier is connected with the flat driving mechanism of pier, and the positioning component is equipped with localization handspike 403, and localization handspike 403 passes through
Guideway is connected with rack, reset spring 404 is equipped between localization handspike 403 and guideway, in the outer end of localization handspike 403
Equipped with positioning drive mechanisms engaged therewith；The flat driving mechanism of pier include be vertically arranged the flat upper mold 402 of anchor block pier it is flat
Push rod 406, the flat-pushing bar 406 of pier are connected by guideway with rack, and the flat upper swing arm 408 of pier, pier are equipped with above the flat-pushing bar 406 of pier
The middle part of flat upper swing arm 408 is mounted in the shaft for making the flat upper swing arm rotation of pier, flat 408 one end of upper swing arm of pier and pier periphery cam 410
Cooperation, the other end are equipped with the pinch roller with flat-pushing 406 top of the bar cooperation of pier；The positioning drive mechanisms are equipped with positioning push-tight lever
405, the upper end for positioning push-tight lever 405 is connected with localization handspike upper swing arm 407 by shaft, under localization handspike upper swing arm 407
End cooperates with localization handspike cam 409.
When operation, upper horizontal conveying chain 13 or lower horizontal conveying chain 11 respectively take coupler body at backshank pier flattening mechanism 4 to, lead to
The driving positioning push-tight lever 405 of localization handspike cam 409 is crossed, localization handspike 403 is moved in a straight line along guideway and withstands hook
Body head, under the driving of pier periphery cam 410, the flat-pushing bar 406 of pier, which moves downward, cooperates upper mold 402 and lower die 401 by coupler body
Tail portion pier is flat, resets localization handspike 403 by reset spring 404 afterwards.
With reference to Figure 10 and 11, the Chan Ci mechanism 5 includes the push-tight component of fixed coupler body, the compression group for pushing down coupler body head
Part and shovel thorn component, shovel thorn component are equipped with perching knife 508, and the blade of perching knife 508 is located at the oblique upper at the position to be cut of coupler body, sword
Mouth is arranged outwardly.Perching knife 508 is connected with the perching knife driving mechanism of driving perching knife forward-reverse, described to hold down assembly including being located at hook
The briquetting 506 of body above-head, briquetting 506 are connected with briquetting driving mechanism, and the push-tight component is equipped with support coupler body tail portion
Lower supporting module 501, and support hold out against the withstanding tight block 502 on coupler body head, and conveying mechanism is located at lower supporting module 501 and holds out against
Between block 502, withstanding tight block 502 is connected with driving mechanism is held out against；The perching knife driving mechanism of the Chan Ci mechanism 5 is equipped with and is obliquely installed
Drive rod 509, drive rod 509 is connected by guideway with bracket, and the tail end of drive rod 509 pierces cam and matches with shoveling；Institute
It states briquetting driving mechanism and is equipped with the compression connecting rod 507 being connected with briquetting 506, the tail end and pressing cam for compressing connecting rod 507 match
It closes；It is described hold out against driving mechanism be equipped be connected with withstanding tight block 502 hold out against push rod 504, hold out against push rod 504 by guideway with prop up
Frame is connected, and reset spring 503 is equipped between push rod 504 and guideway holding out against, and holds out against on push rod 504 cooperation and is equipped with and holds out against swing arm
505, the tail end for holding out against swing arm 505 is matched with cam is held out against, and the shaft being connected with bracket is housed holding out against swing arm 505.
When operation, swing arm 505 is held out against by holding out against actuated by cams, holding out against swing arm 505 and holding out against push rod 504 and push forward makes
Coupler body is on withstanding tight block 502 and lower supporting module 501, and pressing cam driving compresses connecting rod 507, and briquetting 506 is made to push down coupler body
Actuated by cams drive rod 509 is pierced on head, most rear shovel, drives perching knife 508 to travel forward and carries out shovel thorn operation, after shovel has pierced, multiple
Withstanding tight block 502 resets under the action of the spring 503 of position.
With reference to Figure 12-17, the bending discharging mechanism 7 is equipped with crooked assembly and material returned component, and the crooked assembly is equipped with
With the bending die 710 of coupler body cooperation, the lower section of bending die 710 is equipped with the gripping block 711 for clamping coupler body tail portion, bending die 710
Top is equipped with the eave tile pressing mold 709 for pushing down bending die 710, and the gripping block 711 is connected with the clamp arm 713 being obliquely installed upwards,
Clamp arm 713 is connected by shaft with rack, and compression bar 714 is connected on eave tile pressing mold 709, is respectively arranged in compression bar 714 and clamp arm 713
Reset spring 712,715,712 one end of reset spring in the clamp arm 713 are connected with clamp arm 713, on one end and bending die 710
Fixing sleeve 717 be connected；Clamp arm 713 and compression bar 714 are matched by connecting rod 716 with respective driving cam respectively；Curved
The front of bent mould 710 is equipped with the bend arm 15 for the coupler body that bends, and one end of the bend arm 15 and driving bend arm make reciprocating rotary
The gear shaft block 706 of movement is connected, and gear shaft block 706 is engaged by gear with the rack gear 707 to bend in linear guide 703；
The material returned component includes the fixing sleeve 717 on bending die 710, fixing sleeve 717 and 704 phase of material returned linear guide
Even, material returned block is connected with by reset spring in the side of fixing sleeve 717, reset spring is provided with straight pin, the material returned block
Equipped with the cooperation of 710 forming part of bending die, the laterally material returned arm 719 that is arranged, and be linked together with material returned arm 719, Zong Xiangshe
The linking arm 720 set is fixed with guide fixed block on the outer side frame of material returned block, and guide fixed block is equipped with and linking arm
The inclined wedge 721 that 720 cooperations are posteriorly obliquely installed.The both ends of bend linear guide 703 and the material returned linear guide 704 are divided equally
Not Tong Guo linear bearing seat 708 be fixed on bracket, the driving straight line that bends is equipped on the bracket of linear guide one end and is led
The mobile cam 701 of rail 703 and material returned linear guide 704, in the linear guide between linear bearing seat 708 and cam 701
Equipped with reset spring 702.
Under the double action of cam 701 and reset spring 702, linear guide of bending 703 and material returned linear guide 704 can
To move reciprocatingly, thus 703 upper rack 707 of the linear guide driving gear band that makes to bend it is dynamic be connected with gear shaft block 706 it is curved
It cranks arm and 705 does the upward reciprocating rotary movement in bottom right, to realize operation of bending to coupler body.
When bending operation, respective driving cam respectively drives link motion, so that clamp arm 713 be made to move downward and clamp
Block 711 clamps the tail portion of coupler body upwards, while the drive eave tile pressing mold 709 of compression bar 714 moves downward and pushes down bending die 710, at this moment
The bottom right under the drive for linear guide 703 of bending of bend arm 705, which moves upwards, is bent coupler body.Bending when, material returned block also with
Bending die 710 move forward, and when material returned operation, bending die 710 moves backward together with fixing sleeve 717 and material returned block,
And material returned block is close to fixing sleeve 717 under the action of inclined wedge 721, at this moment material returned arm 719 will will be on bending die 710 from side
Molding coupler body push open, make its demoulding.
The aggregate bin being oppositely arranged with material returned block is equipped in the other side of bending die 710, aggregate bin passes through slideway and gathers materials
Case is connected.Molding coupler body drops into aggregate bin to be collected into Material collecting box for harvesting.
Lower driving shaft 9 and upper driven shaft 8 are housed, lower driving shaft 9 passes through chain transminssion mechanism and motor phase in the rack
Even, chain sprocket transmission mechanism is connected between lower driving shaft 9 and upper driven shaft 8, upper and lower two groups of fish hook molding machines 6,10 each machines
The cam of structure is mounted on lower driving shaft 9 and upper driven shaft 8.Drive two groups of fish hook molding machines up and down simultaneously by a motor
Synchronization job simultaneously, to improve production efficiency.
Claims (10)
1. a kind of continous way forming integrated machine for being used to prepare fish hook, it is characterised in that: including rack, on the rack equipped with up and down
The fish hook molding machine for two groups of synchronization jobs being arranged, and the conveying mechanism with the cooperation of two groups of fish hook molding machines；
The conveying mechanism is equipped with the upper horizontal conveying chain cooperated with upper group of fish hook molding machine, matches with the following group fish hook molding machine
The lower horizontal conveying chain closed is connected with transition chain, transition chain and lower horizontal feed in the input terminal of lower horizontal conveying chain
Chain is linked together, and the input terminal of the upper end of transition chain and upper horizontal conveying chain is coaxially disposed, the upper horizontal conveying chain, under
The magnetic support of absorption coupler body is equipped on horizontal conveying chain and transition chain, it is defeated in the magnetic support on transition chain top and upper level
The magnetic support on chain input terminal is sent to be in the same horizontal position；
It is equipped with that coupler body one breaks is two in the rack of top between upper horizontal conveying chain input terminal and transition chain upper end
Material cutting-off mechanism；
Along every group of fish hook molding machine of the conveying direction of coupler body include fixed length mechanism, backshank pier flattening mechanism, Chan Ci mechanism and
Bend discharging mechanism；
The fixed length mechanism includes fixed length component and truncation component, and fixed length component is equipped with the positioning backup plate cooperated with coupler body tail portion,
It is equipped with the horizontal fixed length push rod with coupler body head fits on the opposite of positioning backup plate, horizontal fixed length push rod passes through guideway and rack
It is connected, reset spring is equipped between horizontal fixed length push rod and guideway, is equipped in the end of horizontal fixed length push rod engaged therewith
The upper end of push-tight lever, push-tight lever is connected with push rod upper swing arm by shaft, and push rod upper swing arm lower end and push cam cooperate；
The truncation component includes the support chopping block for being located at positioning backup plate front support coupler body, is equipped in the top of support chopping block and matches with it
The truncation cutter of conjunction, truncation cutter are fixed on the truncation push rod lower end being vertically arranged, and truncation push rod passes through guideway and rack phase
Even, truncation upper swing arm is equipped with above truncation push rod, the middle part that upper swing arm is truncated is mounted in the shaft for making that upper swing arm rotation is truncated,
Upper swing arm one end and truncation cam engagement is truncated, the other end is equipped with the pinch roller with the cooperation of truncation push rod top；
The backshank pier flattening mechanism includes with the positioning component of coupler body head fits and by flat flat group of pier of coupler body tail portion pier
Part, the flat component of pier are equipped with the flat lower die of pier and the flat upper mold of pier, and the flat lower die of pier fills on the rack, the flat upper mold of pier and the flat driving machine of pier
Structure is connected, and the positioning component is equipped with localization handspike, and localization handspike is connected by guideway with rack, localization handspike and guideway
Between be equipped with reset spring, the outer end of localization handspike be equipped with positioning drive mechanisms engaged therewith；
The Chan Ci mechanism include the push-tight component of fixed coupler body, push down coupler body head hold down assembly and shovel thorn component, shovel thorn
Component is equipped with perching knife, and perching knife is connected with the perching knife driving mechanism of driving perching knife forward-reverse, described to hold down assembly including being located at hook
The briquetting of body above-head, briquetting are connected with briquetting driving mechanism, and the push-tight component is equipped with the lower support of support coupler body tail portion
Module, and support hold out against the withstanding tight block on coupler body head, and withstanding tight block is connected with driving mechanism is held out against；
The bending discharging mechanism is equipped with crooked assembly and material returned component, and the crooked assembly is equipped with the bending cooperated with coupler body
Mould, the lower section of bending die are equipped with the gripping block for clamping coupler body tail portion, and the top of bending die is equipped with the eave tile pressing mold for pushing down bending die,
The gripping block is connected with the clamp arm being obliquely installed upwards, and clamp arm is connected by shaft with rack, and pressure is connected on eave tile pressing mold
Reset spring is respectively arranged in bar, compression bar and clamp arm, clamp arm and compression bar are matched by connecting rod with respective driving cam respectively；
It is equipped with the bend arm for the coupler body that bends in the front of bending die, one end of the bend arm and driving bend arm make crankmotion
Gear shaft block be connected, gear shaft block is engaged with the rack gear to bend in linear guide by gear；
The material returned component includes the fixing sleeve on bending die, and fixing sleeve is connected with material returned linear guide, in fixing sleeve
Side is connected with material returned block by reset spring, and reset spring is provided with straight pin, and the material returned block is equipped with and bending mold forming
Portion's cooperation, the material returned arm that is laterally arranged, and be linked together with material returned arm, longitudinally disposed linking arm, in the outside of material returned block
Guide fixed block is fixed in rack, guide fixed block, which is equipped with, cooperates the inclined wedge being posteriorly obliquely installed with linking arm.
2. the continous way forming integrated machine according to claim 1 for being used to prepare fish hook, it is characterised in that: the blank cutter
Structure includes the chopping block being located between horizontal conveying chain and transition chain, and cutter engaged therewith is equipped with above chopping block, is cut
Knife is fixed on the fracture push rod lower end being vertically arranged, and fracture push rod is connected with rack by guideway, is set above fracture push rod
There is fracture upper swing arm, the middle part of fracture upper swing arm is equipped with the shaft for rotating fracture upper swing arm, fracture upper swing arm one end and fracture
Cam engagement, the other end are equipped with the pinch roller cooperated with fracture push rod top.
3. the continous way forming integrated machine according to claim 2 for being used to prepare fish hook, it is characterised in that: in material cutting-off mechanism
The rack of front is equipped with the feeding mechanism cooperated with upper horizontal conveying chain input terminal and transition chain upper end, the feeder
Structure is equipped with the hopper being arranged diagonally downward, and the single coupler body discharge chamber extended downwardly is equipped in the lower bottom end of hopper, discharge chamber
Bottom is equipped with discharge port, is equipped with the magnetic support with upper horizontal conveying chain input terminal and transition chain upper end in the lower section of discharge outlet
The switching wheel of cooperation simultaneously is equipped with several splicing grooves along its circumferential direction on the outer wheel face of the switching wheel, inlays in splicing groove
Embedded with magnetic picking part, the rotation direction for wheel of transferring and the conveying direction of coupler body are reversed.
4. the continous way forming integrated machine according to claim 3 for being used to prepare fish hook, it is characterised in that: under hopper
Bottom, which is equipped with, dials in the thumb wheel in discharge chamber for coupler body, is equipped with several groups driving lever component along its circumferential direction on thumb wheel, and every group
Driving lever component is made of the several driving levers being located on the same axis of thumb wheel, and the upper end of driving lever is bent to thumb wheel direction of rotation, is being expected
The lower plate and discharging chamber interior walls of bucket are equipped with the through slot cooperated with driving lever.
5. the continous way forming integrated machine according to claim 4 for being used to prepare fish hook, it is characterised in that: the driving lever is
Steel wire, every group of driving lever component are equipped with two driving levers, the upper end of driving lever pass through through slot extend into hopper and in discharge chamber.
6. the continous way forming integrated machine according to claim 1 for being used to prepare fish hook, it is characterised in that: the pier is flat to be driven
Motivation structure includes the flat-pushing bar of pier for being vertically arranged the flat upper mold of anchor block, and the flat-pushing bar of pier is connected by guideway with rack, flat in pier
The flat upper swing arm of pier is equipped with above push rod, the middle part of the flat upper swing arm of pier is mounted in the shaft for making the flat upper swing arm rotation of pier, the flat upper pendulum of pier
Arm one end and pier periphery cam cooperate, and the other end is equipped with the pinch roller with the flat-pushing bar top cooperation of pier；The positioning drive mechanisms are equipped with
Push-tight lever is positioned, the upper end for positioning push-tight lever is connected with localization handspike upper swing arm by shaft, under localization handspike upper swing arm
End and localization handspike cam engagement.
7. the continous way forming integrated machine according to claim 1 for being used to prepare fish hook, it is characterised in that: the shovel thorn machine
The perching knife driving mechanism of structure is equipped with the drive rod being obliquely installed, and drive rod is connected by guideway with bracket, the tail end of drive rod
It is matched with shovel thorn cam；The briquetting driving mechanism is equipped with the compression connecting rod being connected with briquetting, compresses the tail end and pressure of connecting rod
Tight cam matches；It is described hold out against driving mechanism be equipped be connected with withstanding tight block hold out against push rod, hold out against push rod by guideway and
Bracket is connected, and reset spring is equipped between push rod and guideway holding out against, and holds out against cooperation on push rod and holds out against pendulum equipped with swing arm is held out against
The tail end of arm is matched with cam is held out against, and the shaft being connected with bracket is housed holding out against swing arm；The blade of the perching knife is located at hook
The oblique upper at the position to be cut of body, cutting edge are arranged outwardly.
8. the continous way forming integrated machine according to claim 1 for being used to prepare fish hook, it is characterised in that: in the clamp arm
Reset spring one end be connected with clamp arm, one end is connected with the fixing sleeve on bending die；It is described bend linear guide and the material returned it is straight
The both ends of line guide rail are fixed on bracket by linear bearing seat respectively, are equipped with and are driven on the bracket of linear guide one end
The cam of bend linear guide and the movement of material returned linear guide is moved, is equipped in the linear guide between linear bearing seat and cam
Reset spring.
9. the continous way forming integrated machine according to claim 1 for being used to prepare fish hook, it is characterised in that: in the rack
Equipped with lower driving shaft and upper driven shaft, lower driving shaft is connected to the motor by chain transminssion mechanism, lower driving shaft and upper driven shaft
Between chain sprocket transmission mechanism be connected, the cam of each mechanism of upper and lower two groups of fish hook molding machines be mounted in lower driving shaft and on from
On moving axis.
10. the continous way forming integrated machine according to claim 1 for being used to prepare fish hook, it is characterised in that: in bending die
The other side be equipped with the aggregate bin that is oppositely arranged with material returned block, aggregate bin is connected by slideway with Material collecting box for harvesting.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811566440.8A CN109454187B (en) | 2018-12-19 | 2018-12-19 | Continuous forming integrated machine for preparing fishhooks |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811566440.8A CN109454187B (en) | 2018-12-19 | 2018-12-19 | Continuous forming integrated machine for preparing fishhooks |
Publications (2)
| Publication Number | Publication Date |
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| CN109454187A true CN109454187A (en) | 2019-03-12 |
| CN109454187B CN109454187B (en) | 2023-08-29 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201811566440.8A Active CN109454187B (en) | 2018-12-19 | 2018-12-19 | Continuous forming integrated machine for preparing fishhooks |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110315011A (en) * | 2019-07-17 | 2019-10-11 | 江西鄱湖渔具有限公司 | A kind of double grasp bills are slide tackled thorn pressure blood slot and both ends hook-type automatic moulding machine |
| CN111843515A (en) * | 2020-07-28 | 2020-10-30 | 东山县铜兴渔具制品有限公司 | Efficient processing device and processing technology for fishhook |
| CN114434268A (en) * | 2022-03-11 | 2022-05-06 | 界首市兴隆渔具有限公司 | Molding equipment is used in fishhook processing |
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| Publication number | Publication date |
|---|---|
| CN109454187B (en) | 2023-08-29 |
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Effective date of registration: 20200311 Address after: No.28, Changwei Road, Lianyungang Economic and Technological Development Zone, Lianyungang City, Jiangsu Province Applicant after: Lianyungang food and drug inspection and Testing Center Address before: 222000 No. 72, South South Road, Haizhou District, Jiangsu, Lianyungang Applicant before: LIANYUNGANG SHIMING MACHINERY CO.,LTD. |
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Effective date of registration: 20210129 Address after: 222000 East District of Lianyungang Zhongxiang steel spot trading market, No.1 Jinping Road, Haizhou District, Lianyungang City, Jiangsu Province 6086, 6087, 6088, 6089 Applicant after: LIANYUNGANG SHIMING MACHINERY Co.,Ltd. Address before: 222000 No.28 Changwei Road, Lianyungang Economic and Technological Development Zone, Lianyungang City, Jiangsu Province Applicant before: Lianyungang food and drug inspection and Testing Center |
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