CN102615220A - Packing clasp forming machine and packing clasp forming method - Google Patents
Packing clasp forming machine and packing clasp forming method Download PDFInfo
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- CN102615220A CN102615220A CN2012100874834A CN201210087483A CN102615220A CN 102615220 A CN102615220 A CN 102615220A CN 2012100874834 A CN2012100874834 A CN 2012100874834A CN 201210087483 A CN201210087483 A CN 201210087483A CN 102615220 A CN102615220 A CN 102615220A
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Abstract
The invention provides a packing clasp forming machine, which comprises a machine frame, a straightening mechanism, a conveying mechanism and a cutting forming mechanism. The cutting forming mechanism comprises a fixed mould, a movable mould, a cutting part, a movable mould linear driver, a pushing linear driver, a first bending part, a second bending part, a third bending part, a fourth bending part, a first linear driver, a second linear driver, a third linear driver and a fourth linear driver, wherein the first linear driver, the second linear driver, the third linear driver and the fourth linear driver are used for providing linear power to the first bending part, the second bending part, the third bending part and the fourth bending part. The fixed mould is fixed on the machine frame and provided with mould core, the cutting part is fixed on the machine frame and matched with the movable mould to cut a metal line material section, the movable mould and the fixed mould are matched to bend the two ends of the metal line material section to form a first bended portion, the first bending part and the fourth bending part push the corresponding first bended portion to be bended to form a second bended portion and a third bended portion, the pushing linear driver pushes the third bended portion outwards, the second bending part pushes the pushed third bended portion to be bended to form a fourth bended portion, and the third bending part pushes the second bended portion to be bended to form a fifth bended portion. Thus, production efficiency is improved, and automatic operation requirements are met.
Description
Technical field
The present invention relates to a kind of make-up machine and forming method, relate in particular to a kind of make-up machine and packing that is used for metal wire rod is cut and molds the packing button usefulness of packing button and be fastened as the type method.
Background technology
Along with improving constantly of constant development of economy and technical merit, for industrial expansion provides powerful power, quickened the developing steps of industrial sector, make the modernization level of industrial sector improve further, to be adapted to the development in future needs.
Wherein, In packing of product industry; Packing button is a kind of alternative conventional nylon rope and manual strap manner of packing, and the interaction of pulling force and the binding force of clasp make-up leg of button leg that relies on strap packetized button is with realization packing task, and can under the situation of not holding any instrument, pack use; And have simple to operate, easy to carry and can reusable advantage, so being buckled in packing of product industry, packing is widely used.
At present; The process that existing packetized is tipped row processing in is: operating personnel carry out alignment by aligning mechanism with the metal wire rod rolled up earlier; Then, operating personnel relend the metal wire rod section that helps cutting mechanism the metal wire rod of alignment to be sheared out the length of wanting; Then; Operating personnel are transported to the metal wire rod section of shearing out on the bending mechanism at another working environment place; And the metal wire rod section placed this bending mechanism, and by bending mechanism the metal wire rod section is repeatedly bent out, deduct thereby form desired packing.
Yet; In above-mentioned packing button production process, be to lean on operating personnel metal wire rod to be processed accordingly entirely by corresponding mechanism, operating personnel's manual operations can increase operating personnel's burden; Correspondingly reduce operating efficiency, thereby can't be adapted to the job requirements of automation.
Therefore, be badly in need of wanting a kind of make-up machine of packing button usefulness to overcome above-mentioned defective.
Summary of the invention
The present invention's purpose is to provide a kind of make-up machine of the button usefulness of packing, and the production efficiency that the moulding function of this packing button usefulness improves the packing button is to be adapted to turn into automatically requirement.
Another object of the present invention is to provide a kind of packing that improves the production efficiency of packing button to be fastened as the type method.
For realizing above-mentioned purpose; The invention provides a kind of make-up machine of the button usefulness of packing; Cut and mold the packing button with controller electric connection and to metal wire rod; The make-up machine of this packing button usefulness comprises frame, be used for conveying mechanism that metal wire rod is carried out the aligning mechanism of alignment and is used for the metal wire rod of alignment is carried, and said conveying mechanism and aligning mechanism are arranged on the said frame.Wherein, The make-up machine of said packing button usefulness also comprises the cutting and forming machine structure, and said cutting and forming machine structure comprises cover half, dynamic model, cuts part, first bending part, second bending part, the 3rd bending part, the 4th bending part, dynamic model linear actuator, pushing tow linear actuator, first linear actuator, second linear actuator, the 3rd linear actuator and the 4th linear actuator.Said cover half is fixed on the said frame and along extending a core away from the direction of said frame, this core carries the metal wire rod that said conveying mechanism transports; The said part that cuts is fixed on the said frame along the direction of said conveying mechanism transferring metal wire rod, and the said part that cuts is between said core and conveying mechanism and corresponding with said core; Said dynamic model linear actuator is installed on the said frame and with said dynamic model and is connected; Said dynamic model slides is arranged on the said cover half and cooperates and cut with the said part that cuts; Said dynamic model cuts and the metal wire rod between said conveying mechanism and the core is cut out a metal wire rod section with said cutting cooperating of part, and said dynamic model also cooperates the two ends of sliding and making the metal wire rod section to bend out corresponding and cross first kink of said core along cutting direction respectively with said cover half; Said first linear actuator, second linear actuator, the 3rd linear actuator and the 4th linear actuator in turn are arranged on the said frame; Said first linear actuator is connected with said first bending part; Said second linear actuator is connected with said second bending part; Said the 3rd linear actuator is connected with said the 3rd bending part, and said the 4th linear actuator is connected with said the 4th bending part; Said first linear actuator orders about said first bending part and promotes said first kink and bend out one second kink towards another said first kink place; Said the 4th linear actuator orders about said another said first kink of the 4th bending part promotion and bends out one the 3rd kink towards said first a kink place; Said pushing tow linear actuator is installed on the said frame; And the output of said pushing tow linear actuator passes said cover half and corresponding with said the 3rd kink along what said core bearing of trend slided; Said the 3rd kink of the outside pushing tow of the output of said pushing tow linear actuator; The 3rd kink that said second linear actuator orders about behind said second bending part promotion pushing tow bends out one the 4th kink along cutting rightabout; Said the 3rd linear actuator orders about said the 3rd bending part and promotes said second kink and bend out one the 5th kink along cutting rightabout, and the metal wire rod section that bends out the said first, second, third, fourth and the 5th kink forms said packing button.
Preferably; The one side in the face of said frame of said dynamic model offers a forming tank that cooperates with said core along cutting direction; Said forming tank cooperates with said core and forms out a forming cavity; Said forming cavity makes the two ends of metal wire rod section along cutting the direction bending and crossing said core; The one side back to said frame of said dynamic model offers a movable chamber along cutting direction; And said dynamic model also extends the guide-localization piece that is positioned at said movable chamber and crosses the corresponding end of this dynamic model along cutting direction, and the said core bearing of trend in said guide-localization piece edge is positioned at the outside of said core, and the both sides of said guide-localization piece are incline structure along cutting direction.Wherein, by above-mentioned movable chamber, be convenient to second bending part in the space that the 3rd kink is bent out the 4th kink, the work of dodging out when second kink is bent out the 5th kink of the 3rd bending part; By above-mentioned guide-localization piece, keep certain spacing between the 4th kink after the feasible bending and the 5th kink, with the quality of the type that is fastened as of guaranteeing to pack; By above-mentioned forming tank, make dynamic model can be simpler and above-mentioned forming cavity that core forms out so that can make the two ends of metal wire rod section can be bent out two corresponding first kinks during cooperating of dynamic model and core.
Preferably; The said first, second, third and the 4th linear actuator; And said dynamic model linear actuator and pushing tow linear actuator are cylinder, oil cylinder or linear electric motors; With simplification the first, second, third and the 4th linear actuator of linear drives power and the structure of dynamic model linear actuator and pushing tow linear actuator are provided.
Preferably, said aligning mechanism comprises two alignment rollers row, forms the alignment passage that supplies metal wire rod to pass between the two said alignment roller rows, makes that the structure of aligning mechanism is simpler to reduce the cost of aligning mechanism; Particularly, the alignment roller among the alignment roller among the said alignment roller row and another the said alignment roller row is the setting of staggering, so that aligning mechanism is to the better effects if of the alignment of metal wire rod.
Preferably; Said conveying mechanism comprises delivery wheel and driven unit, and said delivery wheel is paired being articulated on the said frame, the transfer passage that the metal wire rod between the two said delivery wheels after the formation confession alignment passes; Said driven unit is installed on the said frame and orders about said delivery wheel rotation; So that the metal wire rod that places transfer passage reliably delivery wheel carry, and through the conveying mechanism of driven unit, make the more compact structure of conveying mechanism with delivery wheel formation.
Preferably; The said part that cuts is hollow structure; Said hollow structure forms the hole of passing that the metal wire rod that supplies said conveying mechanism to carry passes, and the metal wire rod that transports for conveying mechanism on the one hand provides guide effect, makes the metal wire rod conveying toward the core place more reliably; Under dynamic model and the cooperation who cuts part, can cut passing the metal wire rod that cuts part more reliably on the other hand.
Preferably; The pack make-up machine of button usefulness of the present invention also comprises the linear actuator that ejects that ejecting packing button usefulness; The said linear actuator that ejects is installed on the said frame; The said output that ejects linear actuator passes said cover half and corresponding with said packing button along what said core bearing of trend slided, makes the packing button of packing the present invention the moulding function of button usefulness automatically will mold eject and reclaim, thereby improves the production efficiency of packing button further.
Packing of the present invention is fastened as the type method and comprises the steps: that (1) provides a metal wire rod; (2) metal wire rod is cut out the metal wire rod section, and make the two ends of this metal wire rod section bend out corresponding first kink along cutting direction respectively; (3) make one first kink bend out second kink, make another first kink bend out the 3rd kink simultaneously towards one first kink place towards another first kink place; And (4) are to direction pushing tow the 3rd kink away from first kink; Make the 3rd kink behind the pushing tow bend out the 4th kink again along cutting rightabout; Make second kink bend out the 5th kink along cutting rightabout simultaneously, the metal wire rod section that bends out the said first, second, third, fourth and the 5th kink forms a packing button.
Preferably, said step (1) further comprises step: alignment is carried out to the metal wire rod that provides in (11), so that the better quality of the packing button that forms out.
Compared with prior art; By cutting and forming machine structure of the present invention; Make dynamic model cut cooperating of part and the metal wire rod between conveying mechanism and the core is cut out a metal wire rod section with cutting, and dynamic model also cooperate the two ends of sliding and making the metal wire rod section to bend out corresponding and cross first kink of core along cutting direction respectively with cover half; Promote one first kink and bend out one second kink towards another first kink place and first linear actuator orders about first bending part; The 4th linear actuator orders about another first kink of the 4th bending part promotion and bends out one the 3rd kink towards one first kink place; Outside pushing tow the 3rd kink of the output of pushing tow linear actuator; The 3rd kink that second linear actuator orders about behind second bending part promotion pushing tow bends out one the 4th kink along cutting rightabout; The 3rd linear actuator orders about the 3rd bending part and promotes second kink and bend out one the 5th kink along cutting rightabout; The feasible metal wire rod section that bends out the first, second, third, fourth and the 5th kink forms the packing button; Realize the automation process that the packetized button is produced, therefore, the present invention packs production efficiency that the moulding function of button usefulness improves the packing button to be adapted to the job requirements of automation.
Description of drawings
Fig. 1 is the pack three-dimensional structure diagram of make-up machine of button usefulness of the present invention.
Fig. 2 is the pack plane structure chart of make-up machine of button usefulness of the present invention.
Fig. 3 is the present invention's structural representation of dynamic model one angle in the make-up machine of button usefulness of packing.
Fig. 4 is the present invention's structural representation of another angle of dynamic model in the make-up machine of button usefulness of packing.
Fig. 5 is the pack structural representation of the packing button that make-up machine molded of button usefulness of the present invention.
Fig. 6 is that the present invention packs and is fastened as the flow chart of type method.
The specific embodiment
In order to specify technology contents of the present invention, structural feature, be described further below in conjunction with embodiment and conjunction with figs..
See also Fig. 1 to Fig. 5; Pack make-up machine 100 and the controller of button usefulness of the present invention electrically connects and metal wire rod 270 cut and mold packing and detain 200; Wherein, The make-up machine 100 of this packing button usefulness comprises frame 10, be used for conveying mechanism 30 that metal wire rod 270 is carried out the aligning mechanism 20 of alignment and is used for the metal wire rod 270 of alignment is carried, and said conveying mechanism 30 is arranged on the said frame 10 with aligning mechanism 20.Particularly; In the present embodiment; Said aligning mechanism 20 comprises the alignment passage 22 that formation supplies metal wire rod 270 to pass between two alignment rollers row, 21, the two said alignment roller rows 21, so that the structure of aligning mechanism 20 is more simply to reduce the cost of aligning mechanism 20; And the alignment roller 21a among the alignment roller 21a among the said alignment roller row 21 and another the said alignment roller row 21 is the setting of staggering, so that the better effects if of the alignment of 20 pairs of metal wire rods 270 of aligning mechanism; And said conveying mechanism 30 comprises delivery wheel 31 and driven unit (not shown); This delivery wheel 31 is paired being articulated on the said frame 10; The transfer passage 33 that metal wire rod 270 between the two said delivery wheels 31 after the formation confession alignment passes; Said driven unit is installed on the said frame 10 and orders about said delivery wheel 31 rotations; So that the metal wire rod 270 that places transfer passage 33 reliably delivery wheel 31 carry, and through the conveying mechanism 30 of driven unit, make the more compact structure of conveying mechanism 30 with delivery wheel 31 formation.
Simultaneously; The present invention pack the button usefulness make-up machine 100 also comprise cutting and forming machine structure 40, this cutting and forming machine structure 40 comprises cover half 41, dynamic model 42, cuts part 43, the first bending part 44a, the second bending part 44b, the 3rd bending part 44c, the 4th bending part 44d, dynamic model linear actuator 45, pushing tow linear actuator, the first linear actuator 46a, the second linear actuator 46b, the 3rd linear actuator 46c and the 4th linear actuator 46d.Said cover half 41 is fixed on the said frame 10, and said cover half 41 is along extending a core 41a away from the direction of said frame 10, and this core 41a carries the metal wire rod 270 that said conveying mechanism 30 transports; The said part 43 of cutting is fixed on the said frame 10 along the direction (being the direction of arrow B indication among Fig. 1) of said conveying mechanism 30 transferring metal wire rods 270, and the said part 43 that cuts is between said core 41a and conveying mechanism 30 and corresponding with said core 41a.Said dynamic model linear actuator 45 is installed on the said frame 10 and with said dynamic model 42 and is connected; What said dynamic model 42 slided is arranged on the said cover half 41; And dynamic model 42 cooperates and cuts with the said part 43 that cuts; Said dynamic model 42 cuts and the metal wire rod 270 between said conveying mechanism 30 and the core 41a is cut out a metal wire rod section 260 with said cutting cooperating of part 43, and said dynamic model 42 also cooperates the two ends of sliding and making metal wire rod section 260 to bend out corresponding and cross first kink 210 of core 41a along cutting direction (being the direction of arrow A indication among Fig. 1) respectively with said cover half 41; The said first linear actuator 46a, the second linear actuator 46b, the 3rd linear actuator 46c and the 4th linear actuator 46d in turn are arranged on the said frame 10 along the direction of conveying mechanism 30 transferring metal wire rods 270; And the said first linear actuator 46a is connected with the said first bending part 44a; The said second linear actuator 46b is connected with the said second bending part 44b; Said the 3rd linear actuator 46c is connected with said the 3rd bending part 44c, and said the 4th linear actuator 46d is connected with said the 4th bending part 44d; The said first linear actuator 46a orders about the said first bending part 44a and promotes said first kink 210 (first kink 210 that is left side among Fig. 1 is towards first kink, 210 places on right side) bend out one second kink 220 towards another said first kink 210 places; Said the 4th linear actuator 46d orders about another said first kink 210 of said the 4th bending part 44d promotion, and (being first kink 210 places of first kink 210 on right side among Fig. 1 towards the left side) bends out one the 3rd kink 230 towards said first kink 210 places; Said pushing tow linear actuator is installed on the said frame 10; The output 47a of said pushing tow linear actuator is along the said cover half 41 that passes of said core 41a bearing of trend slip; And the output 47a of said pushing tow linear actuator is corresponding with said the 3rd kink 230; Said the 3rd kink 230 of the outside pushing tow of output 47a of said pushing tow linear actuator makes the 3rd kink 230 be arranged in the outside (being first bending part 210 on Fig. 5 right side) of first kink 210 corresponding with the 3rd kink 230 along the bearing of trend of core 41a; The said second linear actuator 46b orders about the said second bending part 44b and promotes said the 3rd kink 230 and bend out one the 4th kink 240 along cutting rightabout (promptly being the rightabout of arrow B indication among Fig. 1); So that the 4th kink 240 is arranged in the outside (being first bending part 210 on Fig. 5 right side) of the first corresponding bending part 210 along core 41a bearing of trend; Said the 3rd linear actuator 46c orders about said the 3rd bending part 44c and promotes said second kink 220 and bend out one the 5th kink 250 along cutting rightabout; Make the 5th kink 250 be arranged in the outside (being first bending part 210 in Fig. 5 left side) of the first corresponding bending part 210 along core 41a bearing of trend; The metal wire rod section 260 that bends out said first kink 210, second kink 220, the 3rd kink 230, the 4th kink 240 and the 5th kink 250 forms the above-mentioned packing button of mentioning 200, and state is as shown in Figure 5.Wherein, For make the present invention pack the button usefulness make-up machine 100 can automatically the packing button 200 that molds be ejected and reclaim; Thereby improve the production efficiency of packing button 200 further; The make-up machine 100 of button usefulness also comprises the linear actuator that ejects that ejects packing button 200 usefulness so the present invention packs; This ejects, and linear actuator is more excellent in cylinder, oil cylinder or linear electric motors, and this ejects linear actuator and is installed on the said frame 10, and the output 48a that ejects linear actuator passes cover half 41 and detains 200 corresponding with said packing along what core 41a bearing of trend slided.More specifically, as follows:
See also Fig. 2 to Fig. 4; The above-mentioned one side in the face of frame 10 of mentioning dynamic model 42 offers a forming tank 42a who cooperates with said core 41a along cutting direction; This forming tank 42a cooperates with core 41a and forms out a forming cavity (among the figure mark); This forming cavity makes the two ends of metal wire rod section 260 along cutting the direction bending and crossing core 41a; And the one side back to frame 10 of dynamic model 42 offers a movable chamber 42b along cutting direction; Dynamic model 42 also extends the guide-localization piece 42c that is positioned at movable chamber 42b and crosses these dynamic model 42 corresponding ends along cutting direction, and this guide-localization piece 42c is positioned at the outside of core 41a along core 41a bearing of trend, and edge, the both sides of guide-localization piece 42c cuts direction and is incline structure 42d; With by above-mentioned movable chamber 42b, be convenient to the second bending part 44b in the space that the 3rd kink 230 is bent out the 4th kink 240, the 3rd bending part 44c work of dodging out when second kink 220 is bent out the 5th kink 250; By above-mentioned guide-localization piece 42c, keep certain spacing between the 4th kink 240 after the feasible bending and the 5th kink 250, detain the quality of 200 moulding to guarantee to pack; By above-mentioned forming tank 42a, make dynamic model 42 can be simpler and above-mentioned forming cavity that core 41a forms out so that can make the two ends of metal wire rod section 260 can be bent out two corresponding first kinks 210 during the cooperating of dynamic model 42 and core 41a.
Simultaneously; The above-mentioned first linear actuator 46a that mentions, the second linear actuator 46b, the 3rd linear actuator 46c and the 4th linear actuator 46d; And dynamic model linear actuator 45 is cylinder, oil cylinder or linear electric motors with the pushing tow linear actuator; With simplification the first linear actuator 46a, the second linear actuator 46b, the 3rd linear actuator 46c and the 4th linear actuator 46d of linear drives power are provided, and the structure of dynamic model linear actuator 45 and pushing tow linear actuator.
Moreover; The above-mentioned part of mentioning 43 that cuts is hollow structure; This hollow structure forms that the metal wire rod 270 that supplies conveying mechanism 30 to carry passes passes hole 43a, and the metal wire rod 270 that transports for conveying mechanism 30 on the one hand provides guide effect, makes metal wire rod 270 conveying toward core 41a place more reliably; Under dynamic model 42 and the cooperation who cuts part 43, can cut passing the metal wire rod 270 that cuts part 43 more reliably on the other hand.
In conjunction with accompanying drawing; The pack operation principle of make-up machine 100 of button usefulness of the present invention is done detailed explanation: during work; When operating personnel make metal wire rod pass alignment passage 22 with transfer passage 33 successively earlier; The driven unit start of controller control this moment conveying mechanism 30; The driven unit of start drives delivery wheel 31 rotations, and the metal wire rods 270 that the delivery wheel 31 of rotation drives in the transfer passages 33 are carried toward cutting part 43 places, passes toward the metal wire rod 270 that cuts the conveying of part 43 places and cuts passing hole 43a and being carried on the core 41a of part 43; When metal wire rod 270 is carried in core 41a place when putting in place; 45 the direction starts of controller control this moment dynamic model linear actuator along arrow A indication among Fig. 1; The dynamic model linear actuator 45 of start orders about dynamic model 42 and cuts part 43 and cooperate and cut, thereby will be carried on core 41a and the metal wire rod 270 that cuts between the part 43 cuts out metal wire rod section 260; Then, dynamic model 42 continues to move and cooperate with cover half 41 along original direction, and under the cooperation of dynamic model 42 and cover half 41, makes the two ends of metal wire rod section 260 bend out corresponding first kink 210 along the direction of arrow A indication among Fig. 1 respectively; This moment, controller was controlled the first linear actuator 46a again along ordering about the first bending part 44a direction start mobile towards core 41a place, and the first linear actuator 46a of start orders about the first bending part 44a and promotes one first kink 210 and bend out second kink 220 towards another first kink, 210 places; And then; Controller is controlled the 4th linear actuator 46d along ordering about the direction start that the 4th bending part 44d moves towards core 41a place; The 4th linear actuator 46d of start orders about another first kink 210 of the 4th bending part 44d promotion and bends out the 3rd kink 230 towards one first kink, 210 places; The start of controller control this moment pushing tow linear actuator, the pushing tow linear actuator of start makes outside pushing tow the 3rd kink 230 of its output 47a; Then; Controller is controlled the second linear actuator 46b along ordering about the direction start that the second bending part 44b moves towards core 41a place, and the 3rd kink 230 that the second linear actuator 46b of start orders about behind the second bending part 44b promotion pushing tow bends out the 4th kink 240 along cutting rightabout; At last; Controller is controlled the 3rd linear actuator 46c along ordering about the direction start that the 3rd bending part 44c moves towards core 41a place; The 3rd linear actuator 46c of start orders about the 3rd bending part 44c and promotes the 4th kink 240 and bend out the 5th kink 250 along cutting rightabout, thereby makes the metal wire rod section 260 that bends out first kink 210, second kink 220, the 3rd kink 230, the 4th kink 240 and the 5th kink 250 form a packing button 200; After molding packing button 200; The controller of this moment is controlled and is ejected the linear actuator start; The linear actuator that ejects of start 200 ejects its output 48a button of will packing; Get ready for the moulding of packing button 200 next time, constantly repeat above-mentioned process, can accomplish the batch process of packing button 200.
See also Fig. 5 and Fig. 6, the present invention packing is fastened as the type method and comprises that step is: S001, provide a metal wire rod 270 (see figure 1)s; Particularly, at the above-mentioned step S001 that mentions, comprise that further step is: S002, the metal wire rod 270 that provides is carried out alignment, so that the better quality of the packing button 200 that forms out; S003, metal wire rod 270 is cut out metal wire rod section 260, and make the two ends of this metal wire rod section 260 bend out corresponding first kink 210 along cutting direction respectively; S004, make one first kink 210 bend out second kink 220, make another first kink 210 bend out the 3rd kink 230 simultaneously towards one first kink, 210 places towards another first kink, 210 places; S005, to direction pushing tow the 3rd kink 230 away from first kink 210; Make the 3rd kink 230 behind the pushing tow bend out the 4th kink 240 again along cutting rightabout; Make second kink 220 bend out the 5th kink 250 along cutting rightabout simultaneously, the metal wire rod section 260 that bends out said first kink 210, second kink 220, the 3rd kink 230, the 4th kink 240 and the 5th kink 250 forms a packing button 200.
Because cutting and forming machine structure 40 of the present invention; Make dynamic model 42 cut cooperating of part 43 and the metal wire rod 270 between conveying mechanism 30 and the core 41a is cut out a metal wire rod section 260 with cutting, and dynamic model 42 also cooperate the two ends of sliding and making metal wire rod section 260 to bend out corresponding and cross first kink 210 of core 41a along cutting direction respectively with cover half 41; Promote one first kink 210 and bend out one second kink 220 towards another first kink, 210 places and the first linear actuator 46a orders about the first bending part 44a; The 4th linear actuator 46d orders about another first kink 210 of the 4th bending part 44d promotion and bends out one the 3rd kink 230 towards one first kink, 210 places; Outside pushing tow the 3rd kink 230 of the output 47a of pushing tow linear actuator; The 3rd kink 230 that the second linear actuator 46b orders about behind the second bending part 44b promotion pushing tow bends out one the 4th kink 240 along cutting rightabout; The 3rd linear actuator 46c orders about the 3rd bending part 44c and promotes second kink 220 and bend out one the 5th kink 250 along cutting rightabout; The feasible metal wire rod section 260 that bends out first kink 210, second kink 220, the 3rd kink 230, the 4th kink 240 and the 5th kink 250 forms packing button 200; Realize the automation process that packetized button 200 is produced; Therefore, the pack make-up machine 100 of button usefulness of the present invention can improve and pack to detain 200 production efficiency to be adapted to the job requirements of automation.
Above disclosedly be merely preferred embodiments of the present invention, can not limit the present invention's interest field certainly with this, the equivalent variations of therefore doing according to claim of the present invention still belongs to the scope that the present invention is contained.
Claims (10)
- One kind pack the button usefulness make-up machine; Cut and mold the packing button with controller electric connection and to metal wire rod; The make-up machine of said packing button usefulness comprises frame, be used for conveying mechanism that metal wire rod is carried out the aligning mechanism of alignment and is used for the metal wire rod of alignment is carried; Said conveying mechanism and aligning mechanism are arranged on the said frame; It is characterized in that; The make-up machine of said packing button usefulness also comprises the cutting and forming machine structure; Said cutting and forming machine structure comprises cover half, dynamic model, cuts part, first bending part, second bending part, the 3rd bending part, the 4th bending part, dynamic model linear actuator, pushing tow linear actuator and the first, second, third and the 4th linear actuator; Said cover half is fixed on the said frame and a core is extended away from the direction of said frame in the edge; Said core carries the metal wire rod that said conveying mechanism transports; The said direction that cuts the said conveying mechanism transferring metal wire rod in part edge is fixed on the said frame; And the said part that cuts is between said core and conveying mechanism and corresponding with said core; Said dynamic model linear actuator is installed on the said frame and with said dynamic model and is connected; Said dynamic model slides is arranged on the said cover half and cooperates and cut with the said part that cuts, and said dynamic model cuts and the metal wire rod between said conveying mechanism and the core is cut out a metal wire rod section with said cutting cooperating of part, and said dynamic model also cooperates slip with said cover half and the two ends that make the metal wire rod section cut direction and bend out corresponding and cross first kink of said core in the edge respectively; The said first, second, third and the 4th linear actuator in turn is arranged on the said frame; Said first, second, third is connected with the 4th bending part with corresponding said first, second, third respectively with the 4th linear actuator, and said first linear actuator orders about said first bending part and promotes said first kink and bend out one second kink towards another said first kink place, and said the 4th linear actuator orders about said the 4th bending part and promotes another said first kink and bend out one the 3rd kink towards said first a kink place; Said pushing tow linear actuator is installed on the said frame; And the output of said pushing tow linear actuator passes said cover half and corresponding with said the 3rd kink along what said core bearing of trend slided, and said the 3rd kink of the outside pushing tow of the output of said pushing tow linear actuator, said second linear actuator order about said second bending part and promote the 3rd kink edge behind the pushing tow and cut rightabout and bend out one the 4th kink; Said the 3rd linear actuator orders about said the 3rd bending part and promotes said second kink and bend out one the 5th kink along cutting rightabout, and the metal wire rod section that bends out the said first, second, third, fourth and the 5th kink forms said packing button.
- 2. the make-up machine of packing button usefulness according to claim 1; It is characterized in that; The one side in the face of said frame of said dynamic model offers a forming tank that cooperates with said core along cutting direction; Said forming tank cooperates with said core and forms out a forming cavity; Said forming cavity makes the two ends of metal wire rod section along cutting the direction bending and crossing said core, and the one side back to said frame of said dynamic model offers a movable chamber along cutting direction, and said dynamic model also extends the guide-localization piece that is positioned at said movable chamber and crosses the corresponding end of this dynamic model along cutting direction; The said core bearing of trend in said guide-localization piece edge is positioned at the outside of said core, and the both sides of said guide-localization piece are incline structure along cutting direction.
- 3. the make-up machine of packing button usefulness according to claim 1 is characterized in that, the said first, second, third and the 4th linear actuator, and said dynamic model linear actuator and pushing tow linear actuator are cylinder, oil cylinder or linear electric motors.
- 4. the make-up machine of packing button usefulness according to claim 1 is characterized in that, said aligning mechanism comprises two alignment rollers row, forms the alignment passage that supplies metal wire rod to pass between the two said alignment roller rows.
- 5. the make-up machine of packing button usefulness according to claim 4 is characterized in that, the alignment roller among the alignment roller among the said alignment roller row and another the said alignment roller row is the setting of staggering.
- 6. the make-up machine of packing button usefulness according to claim 1; It is characterized in that; Said conveying mechanism comprises delivery wheel and driven unit; Said delivery wheel is paired being articulated on the said frame, and the transfer passage that the metal wire rod between the two said delivery wheels after the formation confession alignment passes, said driven unit are installed on the said frame and order about said delivery wheel rotation.
- 7. the make-up machine of packing button usefulness according to claim 1 is characterized in that, the said part that cuts is hollow structure, and said hollow structure forms the hole of passing that the metal wire rod that supplies said conveying mechanism to carry passes.
- 8. the make-up machine of packing button usefulness according to claim 1; It is characterized in that; Also comprise the linear actuator that ejects that ejects packing button usefulness; The said linear actuator that ejects is installed on the said frame, and the said output that ejects linear actuator passes said cover half and corresponding with said packing button along what said core bearing of trend slided.
- 9. a packing is fastened as the type method, it is characterized in that, comprises the steps:(1) metal wire rod is provided;(2) metal wire rod is cut out the metal wire rod section, and make the two ends of this metal wire rod section bend out corresponding first kink along cutting direction respectively;(3) make one first kink bend out second kink, make another first kink bend out the 3rd kink simultaneously towards one first kink place towards another first kink place; And(4) to direction pushing tow the 3rd kink away from first kink; Make the 3rd kink behind the pushing tow bend out the 4th kink again along cutting rightabout; Make second kink bend out the 5th kink along cutting rightabout simultaneously, the metal wire rod section that bends out the said first, second, third, fourth and the 5th kink forms a packing button.
- 10. packing according to claim 8 is fastened as the type method, it is characterized in that, said step (1) further comprises step: alignment is carried out to the metal wire rod that provides in (11).
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| Application Number | Priority Date | Filing Date | Title |
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| CN201210087483.4A CN102615220B (en) | 2012-03-28 | 2012-03-28 | Packing clasp forming machine and packing clasp forming method |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201210087483.4A CN102615220B (en) | 2012-03-28 | 2012-03-28 | Packing clasp forming machine and packing clasp forming method |
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| CN102615220A true CN102615220A (en) | 2012-08-01 |
| CN102615220B CN102615220B (en) | 2014-10-22 |
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| CN201210087483.4A Active CN102615220B (en) | 2012-03-28 | 2012-03-28 | Packing clasp forming machine and packing clasp forming method |
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| CN105290263A (en) * | 2015-11-25 | 2016-02-03 | 江苏仓环铜业股份有限公司 | Forming method used for automatically producing packing clasps |
| CN105414415A (en) * | 2015-12-25 | 2016-03-23 | 常州普和塑料有限公司 | Fully-automatic round-head barrel hook forming machine |
| CN107159818A (en) * | 2017-07-22 | 2017-09-15 | 深圳赛菲尔珠宝首饰有限公司 | S buckle forming machines |
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| CN107413989A (en) * | 2017-05-27 | 2017-12-01 | 东莞市鑫圣五金机械有限公司 | A kind of 3D turns round circle machine |
| WO2018223603A1 (en) * | 2017-06-08 | 2018-12-13 | 扬州市飞鹰电子科技有限公司 | New three-linkage-type fully automated steel needle bending machine |
| CN110180977A (en) * | 2019-06-14 | 2019-08-30 | 秦江平 | A kind of U-shaped button stamping device of hardware |
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Effective date of registration: 20190114 Address after: 523000 First Building, No. 5 Weifeng Road, Niushan External Economic Industrial Park, Dongcheng Street, Dongguan City, Guangdong Province Patentee after: DONGGUAN XINSHENG HARDWARE MACHINERY CO., LTD. Address before: 523000 Yingfeng Garden F2 Block 305, Shuishe Yong, Wanjiang District, Dongguan City, Guangdong Province Patentee before: Huang Fang |