CN209631992U - Automatic button-sewing machine - Google Patents
Automatic button-sewing machine Download PDFInfo
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- CN209631992U CN209631992U CN201920080724.XU CN201920080724U CN209631992U CN 209631992 U CN209631992 U CN 209631992U CN 201920080724 U CN201920080724 U CN 201920080724U CN 209631992 U CN209631992 U CN 209631992U
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- lower button
- material receiving
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- 238000000429 assembly Methods 0.000 claims abstract description 45
- 230000000903 blocking effect Effects 0.000 claims description 28
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- 238000004080 punching Methods 0.000 abstract description 4
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Abstract
The utility model discloses a kind of automatic button-sewing machines, it is related to button-sewing machine technical field, including rack, it is respectively arranged with riveted lower mold assemblies on the rack, riveted upper die component, for driving riveted upper die component towards the upper mold driving assembly of riveted lower mold assemblies direction movement progress riveted, for conveying the upper button conveying mechanism of upper button, for conveying the lower button conveying mechanism of lower button, for accepting the upper button material receiving mechanism of the upper button of upper button conveying mechanism conveying, for accepting the lower lower lower button material receiving mechanism detained of button conveying mechanism conveying, for driving upper button material receiving mechanism to be in rack the upper button driving mechanism slided, for driving the lower button driving mechanism being buckled on riveted lower mold assemblies under lower detain on material receiving mechanism and being set on upper button material receiving mechanism for driving upper buckle to be connected to the upper button loading assemblies on riveted upper die component, riveted lower mold assemblies Below upper button material receiving mechanism；The movement for realizing automatic punching and riveted has the effect of safe operation, high in machining efficiency.
Description
Technical field
The utility model relates to button-sewing machine technical fields, more specifically, it relates to a kind of automatic button-sewing machine.
Background technique
The enterprise of clothes, shoes and hats, luggage and belt is processed in upper button, metal processed is generally followed closely using button-sewing machine
Button shows the punch structure on button a, lower button b and cloth, wherein above detain a and lower button b with reference to the schematic diagram of Fig. 1
Binding the structure for assembling and being formed in the two sides of cloth is the pin thread structure in four-part button.
Four-part button is widely used in clothes, case, packet etc. above, and current four-part button button-sewing machine uses manual nail catcher.It is following closely
When pin thread, operator needs first to lay flat the upper button in pin thread on the end of riveted upper mold, then lower button is placed on riveted lower die
End in, this operation entirely with operator feeling operate, if the finger of operator removes riveted upper mold not in time
View field, then riveted upper mold is directly born against on the finger of operator, so as to cause operator's injury, therefore, current
There are security risks for four-part button button-sewing machine, and operate inconvenience, and inefficiency.
Utility model content
In view of the deficienciess of the prior art, being realized certainly the purpose of this utility model is to provide a kind of automatic button-sewing machine
The movement of dynamic punching and riveted has the effect of safe operation, high in machining efficiency.
To achieve the above object, the utility model provides following technical solution:
A kind of automatic button-sewing machine, including rack are respectively arranged with riveted lower mold assemblies, riveted upper mold group in the rack
Part carries out the upper mold driving assembly of riveted, for conveying for driving riveted upper die component to move towards riveted lower mold assemblies direction
The upper button conveying mechanism of upper button, the lower button conveying mechanism for conveying lower button, the upper button for accepting upper button conveying mechanism conveying
Upper button material receiving mechanism, for accepting the lower lower button material receiving mechanism detained of lower button conveying mechanism conveying, for driving upper button receiver
Structure is in rack the upper button driving mechanism slided, for being buckled on riveted lower mold assemblies under driving on lower button material receiving mechanism
It is lower button driving mechanism and be set to button material receiving mechanism on for drive buckle be connected on riveted upper die component on buckle
Expect that component, the riveted lower mold assemblies are located at below the upper button material receiving mechanism.
So set, upper and lower deduction of points Tong Guo not upper button conveying mechanism and the supreme button receiver of lower button conveying mechanism dispensing
At structure and lower button material receiving mechanism；Then, position, which is anchored, under under lower button driving mechanism driving on button material receiving mechanism is delivered to riveted
On lower mold assemblies；At the same time, upper button driving mechanism drives button material receiving mechanism to be in rack and slides, and makes button receiver
Buckle is in the underface of riveted upper die component on structure, secondly, on buckle material Component driver and moved towards riveted upper die component direction, and
Upper button on upper button material receiving mechanism is transmitted in riveted upper die component；Finally, upper button driving mechanism and lower button driving mechanism
It is reset to process next time to prepare, upper mold driving assembly drives riveted upper die component to move towards riveted lower mold assemblies, makes thereon
Button is closed with lower snap fit, and upper button is riveting on corresponding carrier with lower button, reaches the process of riveted；Pass through said mechanism and group
Part cooperates, and realizes the movement of automatic punching and riveted, has the effect of safe operation, high in machining efficiency.
Further setting: the riveted lower mold assemblies include being fixedly installed in rack and being located at lower button material receiving mechanism side
Lower buckling die tool and for being determined on lower buckling die tool to anchoring under on the lower lower button material receiving mechanism of button driving mechanism driving
Position part.
So set, the lower button on lower button material receiving mechanism is transmitted on lower buckling die tool by lower button driving mechanism, meanwhile,
By locating piece to send down anchor positioned at lower buckling die tool on, improve its transmission precision.
Further setting: the locating piece includes being fixedly installed in rack, oriented sliding to be set to lower button locating piece
On moving telescopic block and the adjustable spring that is fixedly installed between rack and moving telescopic block, when original state, movement is stretched
Contracting block is arranged above lower button locating piece.
So set, making the movement on its lower button locating piece by arranging moving telescopic block above lower button locating piece
The effect that telescopic block positions the lower button on the lower lower button material receiving mechanism of button driving mechanism driving；When riveted upper die component is towards shifting
It when dynamic flexible Block direction movement carries out riveted, is compressed by adjustable spring, moves it telescopic block and be on lower button locating piece sliding
It is dynamic, the effect with lower button riveted is detained in completion.
Further setting: the riveted upper die component includes upper buckling die tool and is detachably fixed company with upper mold driving assembly
The upper button mounting base connect offers mounting groove, In on the separate end face connecting with upper mold driving assembly of the upper button mounting base
Compression leg is fixedly installed on the axis of the mounting groove slot bottom, when upper buckling die tool is connected in the mounting groove in button mounting base,
The compression leg is arranged in the upper buckling die tool, and the notch for protruding from the mounting groove is arranged outside.
So set, being realized using compression leg and upper buckling die tool in riveted, pacified by being detained in the driving of riveted driving assembly
Dress seat detains the movement of riveted component direction downward, realizes upper button being riveting in down the purpose buckled；It is detachable by the way that upper buckling die to have
In the mounting groove for the upper button mounting base being fixedly connected, realizes and the effect buckled is riveting in down to different types of upper button, improve it
Service performance.
Further setting: the upper button material receiving mechanism include the upper button bottom plate being slideably positioned in rack, middle-end rotate set
Be placed in button bottom plate on upper button material blocking rod, be set to button material blocking rod one end and it is upper button bottom plate between upper button return spring,
Upper button locating piece, front apron and the fixed block being fixedly installed in rack being fixedly installed on button bottom plate, the upper button
One end of material blocking rod is contradicted by upper button return spring returning place force and fixed block, and the upper button driving mechanism is fixed with upper button bottom plate
Connection, offers apical pore on the upper button bottom plate, and the upper button loading assemblies are connected with button mandril, it is described on buckle material group
Part drives the upper button mandril to reciprocatingly slide towards riveted upper die component direction and is arranged in the apical pore, and the upper button material blocking rod
The other end and upper button locating piece, front apron between form the upper button holding tank for accommodating upper button, the upper button material receiving mechanism
Discharge end and upper button holding tank before communicate or be separated by by upper button driving mechanism.
So set, firstly, upper button holds from the upper button that the discharge end of upper button conveying mechanism is delivered to automatically on upper button bottom plate
It receives in slot, by the effect for forming position receiver between upper button material blocking rod, upper button locating piece and front apron；When upper button driving mechanism
When button bottom plate is moved towards riveted upper die component direction in driving, the interval of the discharge end of upper button conveying mechanism and upper button holding tank
It opens, the active force between one end and fixed block of upper button material blocking rod disappears, and due to the returning place force of upper button return spring, makes to detain thereon
The separate one end connecting with upper button return spring of material blocking rod is moved towards front apron direction, is made to detain thereon to be limited in and be detained in holding tank
Purpose；When the upper buckle in upper button holding tank is immediately below riveted upper die component, above buckles and detain mandril on material Component driver
It is arranged in apical pore towards the sliding of riveted upper die component direction, and the upper button in upper button holding tank is sent in riveted upper die component,
Achieve the purpose that automatic charging.
Further setting: it is provided with fixing seat surely on the upper button bottom plate, the upper button locating piece oriented sliding is worn
In in the fixing seat, the upper button locating piece is threaded with adjusting bolt, and the adjusting bolt and fixing seat are rotatablely connected.
So set, adjust bolt by rotation, make to detain locating piece oriented sliding thereon in fixing seat, and then on changing
Holding tank size is detained, realizes the effect limited to different types of upper button.
Further setting: the lower button material receiving mechanism include the lower button bottom plate being fixedly installed in rack, middle-end rotate set
Be placed in it is lower button bottom plate on lower button material blocking rod, be set to it is lower button material blocking rod one end and it is lower button bottom plate between lower button return spring with
And connect with lower button material receiving mechanism and be located at the lower lower button push rod detained above bottom plate, in the lower button push rod towards riveted lower mold assemblies
The end in direction offers U-shaped card hopper, and U-shaped card hopper is longer than other end setting, institute far from one end of lower button conveying mechanism
State it is lower button material blocking rod the other end by it is lower button return spring and U-shaped card hopper long end conflict, the riveted lower mold assemblies with
And it is lower button driving mechanism be respectively arranged in it is lower button bottom plate opposite sides on, it is described it is lower button material receiving mechanism discharge end and U-shaped card
It communicates or is separated by by lower button driving mechanism before hopper.
So set, firstly, lower button is delivered to the U-shaped card hopper of lower button push rod from the discharge end of lower button conveying mechanism automatically
It is interior, by the way that U-shaped card hopper is longer than the other end far from one end of lower button conveying mechanism, the effect to be formed and be detained under position receiver is set；
Instantly when the lower button push rod of button driving mechanism driving is moved towards riveted lower mold assemblies direction, U-shaped card hopper and lower button conveying mechanism
Discharge end separates, and one end of lower button material blocking rod is detached from the long end of U-shaped card hopper, and lower button is in lower button bottom plate with lower openning push rod
Upper sliding, upper button return spring are stretched, finally the lower button in U-shaped card hopper are delivered at riveted lower mold assemblies, and lower button drives
Motivation structure return, upper button return spring return make it lower buckle that material blocking rod is separate to buckle one end and U-shaped card that return spring is connect with upper
The long end of hopper contradicts, and is formed between U-shaped card hopper for limiting lower buckling part in the region being displaced on lower button pedestal, reaches
The purpose of automatic spacing feeding.
Further setting: the lower button driving mechanism includes the drive connection plate connecting with rack, is fixedly installed on driving
The lower button cylinder that button material receiving mechanism direction moves back and forth on connecting plate and downward, the piston rod and the lower button of the lower button cylinder
Push rod connection, offers kidney-shaped regulating tank on the drive connection plate in its short transverse, and fixation is set in the rack
It is equipped with fixing bolt, the fixing bolt is arranged in the kidney-shaped regulating tank, and when locking, the fixing bolt and drive connection
Plate contradicts.
So set, being moved back and forth by the lower button push rod of lower button cylinder driving towards riveted lower mold assemblies direction；Meanwhile passing through
It adjusts drive connection plate and is in the height and position in rack, be in its kidney-shaped regulating tank on fixing bolt and move, finally by
Fixing bolt is fixed on plate is drivingly connected in rack, and is achieved the purpose that adjust spacing between driving plate and lower button bottom plate, be improved
Lower button material receiving mechanism is suitable for different types of lower button.
Further setting: the upper button conveying mechanism includes the upper button mounting rack being fixedly installed in rack, fixed setting
It detains on mounting rack in upper for storing the upper button hopper of upper button, being set on upper button mounting rack simultaneously sliding plug in upper button hopper
Upper button push plate, be fixedly installed on button mounting rack for driving button push plate to be in reciprocating sliding on upper button mounting rack
It upper push plate cylinder and is set on button mounting rack for conveying the upper button runner of button, in a side of the upper button hopper
Offer and deduct mouth, it is described on deduct mouth and it is upper button runner one end port be connected, it is described it is upper button runner the other end
Port is connect with upper button material receiving mechanism.
So set, being pushed away by the way that upper button to be put into detain from the upper push plate cylinder driving on upper button hopper, upper button mounting rack
Plate is in upper button hopper and reciprocatingly slides, and promotes upper button to slide into upper button exit by upper button push plate, and further by upper
Button runner is delivered at button material receiving mechanism, completes the purpose of automatically transporting materials.
Further setting: the lower button conveying mechanism includes the lower button mounting rack being fixedly installed in rack, fixed setting
It detains on mounting rack in lower for storing the lower button hopper of lower button, being set on lower button mounting rack simultaneously sliding plug in lower button hopper
Lower button push plate, be fixedly installed on lower button mounting rack for driving lower button push plate to be in reciprocating sliding on lower button mounting rack
It lower push plate cylinder and is set on lower button mounting rack for conveying the lower button runner of lower button, in a side of the lower button hopper
It offers down and deducts mouth, one end port that mouth and lower button runner are deducted under described is connected, the other end of the lower button runner
Port is connect with lower button material receiving mechanism.
So set, being pushed away by being put into lower button from the lower button of lower push plate cylinder driving on lower button hopper, lower button mounting rack
Plate is in lower button hopper and reciprocatingly slides, and lower button is promoted by lower button push plate to slide into lower button exit, and under further passing through
Button runner is delivered at lower button material receiving mechanism, completes the purpose of automatically transporting materials.
By using above-mentioned technical proposal, the utility model is compared compared with the prior art, is had the advantage that
1, upper and lower deduction of points not by upper button conveying mechanism and the supreme button material receiving mechanism of lower button conveying mechanism dispensing and under
It detains at material receiving mechanism, realizes the purpose of automatically transporting materials；
2, position is anchored under driving on lower button material receiving mechanism by lower button driving mechanism to be delivered on riveted lower mold assemblies, on
Button material receiving mechanism be in rack and slides in button driving mechanism driving, and makes on button material receiving mechanism buckle in riveted upper die component
Underface, by above buckle material Component driver towards riveted upper die component direction move, and by it is upper button material receiving mechanism on upper button
It is transmitted in riveted upper die component, upper mold driving assembly drives riveted upper die component to move towards riveted lower mold assemblies, makes to detain thereon
It is closed with lower snap fit, upper button is riveting on corresponding carrier with lower button, reaches the process of riveted；
3, by arranging moving telescopic block above lower button locating piece, make the moving telescopic block pair on its lower button locating piece
The effect that lower button on the lower lower button material receiving mechanism of button driving mechanism driving is positioned；When riveted upper die component is towards moving telescopic block
It when direction movement carries out riveted, is compressed by adjustable spring, moves it telescopic block and be on lower button locating piece and slide, in completion
The effect of button and lower button riveted；
4, bolt is adjusted by rotation, makes to detain locating piece oriented sliding thereon in fixing seat, and then detained on changing and accommodate
Slot size realizes the effect limited to different types of upper button；The height in rack is in by adjusting drive connection plate
Position is in its kidney-shaped regulating tank on fixing bolt and moves, and is fixed on rack for plate is drivingly connected finally by fixing bolt
On, achieve the purpose that adjust spacing between driving plate and lower button bottom plate, improves lower button material receiving mechanism suitable under different types of
Button.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of automatic button-sewing machine；
Fig. 2 is the structural schematic diagram that automatic button-sewing machine saves button conveying mechanism；
Fig. 3 is the structural schematic diagram of upper button conveying mechanism in automatic button-sewing machine；
Fig. 4 is that the structure in automatic button-sewing machine between riveted lower mold assemblies and lower button material receiving mechanism, lower button driving mechanism is shown
It is intended to；
Fig. 5 is the partial exploded view of riveted lower mold assemblies in automatic button-sewing machine；
Fig. 6 is the structural schematic diagram of lower button conveying mechanism in automatic button-sewing machine；
Fig. 7 is the structural schematic diagram of upper button driving mechanism and upper button loading assemblies in automatic button-sewing machine；
Fig. 8 is the explosive view of riveted upper die component in automatic button-sewing machine；
Fig. 9 is the cross-sectional view in automatic button-sewing machine on riveted lower mold assemblies and riveted upper die component riveted axis.
In figure: 1, rack；2, riveted lower mold assemblies；21, lower buckling die tool；22, locating piece；221, lower button locating piece；222,
Moving telescopic block；223, adjustable spring；224, lower button receiving channel；225, guide pad；226, guide groove；3, riveted upper die component；
31, upper buckling die tool；32, upper button mounting base；321, mounting groove；322, compression leg；33, upper mold driving assembly；4, upper button driving mechanism；
5, upper button conveying mechanism；51, upper button mounting rack；52, upper button hopper；521, mouth is deducted on；53, upper button push plate；54, upper push plate gas
Cylinder；55, upper button runner；6, lower button conveying mechanism；61, lower button mounting rack；62, lower button hopper；621, mouth is deducted under；63, lower button
Push plate；64, lower push plate cylinder；65, lower button runner；7, lower button material receiving mechanism；71, lower button bottom plate；72, lower button material blocking rod；73, under
Detain return spring；74, lower button push rod；741, U-shaped card hopper；8, upper button material receiving mechanism；81, upper button substrate；82, upper button bottom plate；
821, apical pore；83, upper button material blocking rod；84, upper button return spring；85, upper button locating piece；86, front apron；87, fixed block；89,
Fixing seat；891, bolt is adjusted；9, lower button driving mechanism；91, it is drivingly connected plate；911, kidney-shaped regulating tank；92, lower button cylinder；
93, fixing bolt；10, upper button loading assemblies；101, upper button mandril.
Specific embodiment
Automatic button-sewing machine is described further referring to attached drawing.
A kind of automatic button-sewing machine, as shown in Figure 1, include rack 1, be respectively arranged in rack 1 riveted lower mold assemblies 2,
Riveted upper die component 3, the upper mold for driving riveted upper die component 3 to move progress riveted towards 2 direction of riveted lower mold assemblies drive
Component 33, for convey it is upper buckle it is upper buckle conveying mechanism 5, for convey it is lower buckle it is lower buckle conveying mechanism 6, for accept it is upper buckle it is defeated
The upper button material receiving mechanism 8 for the upper button for sending mechanism 5 to convey, the lower button material receiving mechanism for accepting the lower lower button of button conveying mechanism 6 conveying
7, for driving upper button material receiving mechanism 8 to be in rack 1 the upper button driving mechanism 4 slided, for driving lower button material receiving mechanism 7
Under the lower button driving mechanism 9 that is buckled on riveted lower mold assemblies 2 and be set on button material receiving mechanism 8 for driving buckle
The upper button loading assemblies 10 being connected on riveted upper die component 3.
In conjunction with shown in Fig. 2 and Fig. 3, wherein lower button conveying mechanism 6 and upper button conveying mechanism 5 be arranged in the two sides of rack 1 and
It is arranged using identical structural principle；That is, lower button conveying mechanism 6 includes the lower button mounting rack 61 being fixedly installed in rack 1, fixes
Be set to it is lower button mounting rack 61 on for store lower button lower button hopper 62, be set on lower button mounting rack 61 simultaneously sliding plug in
The lower lower button push plate 63 detained in hopper 62 is fixedly installed on lower button mounting rack 61 for driving lower button push plate 63 to be in lower button peace
It shelves the lower push plate cylinder 64 of reciprocating sliding on 61 and is set on lower button mounting rack 61 for conveying the lower button stream of lower button
Road 65；Deduct mouth 621 in the case where a side of lower button hopper 62 offers, and under deduct one end end of mouth 621 and lower button runner 65
Mouth is connected, and the other end port of lower button runner 65 is connect with lower button material receiving mechanism 7.
In conjunction with shown in Fig. 2 and Fig. 4, lower button material receiving mechanism 7 includes the lower button bottom plate 71 being fixedly installed in rack 1, middle-end
It is rotatably dispose in the lower lower button material blocking rod 72 detained on bottom plate 71, is set between lower 72 one end of button material blocking rod and lower button bottom plate 71
Lower button return spring 73 and with it is lower buckle material receiving mechanism 7 connect and positioned at it is lower buckle above bottom plate 71 lower buckle push rod 74；In lower button
The end in push rod 74 towards 2 direction of riveted lower mold assemblies offers U-shaped card hopper 741, and U-shaped card hopper 741 is conveyed far from lower button
One end of mechanism 6 is longer than other end setting；Return effect and U of the other end of lower button material blocking rod 72 by lower button return spring 73
Type get stuck slot 741 long end contradict；Riveted lower mold assemblies 2 and lower button driving mechanism 9 are respectively arranged in the phase of lower button bottom plate 71
To on two sides, and the discharge end of lower button runner 65 is communicated or is separated by by lower button driving mechanism 9 before with U-shaped card hopper 741, is reached
The effect conveyed in U-shaped card hopper 741 is successively limited in by lower about 65 runner of button button.
In conjunction with shown in Fig. 2 and Fig. 4, lower button driving mechanism 9 includes that the drive connection plate 91 connecting with rack 1 and fixation are set
It is placed in and is drivingly connected on plate 91 and detains downward the lower button cylinder 92 that 7 direction of material receiving mechanism moves back and forth；The piston of lower button cylinder 92
Bar and lower button push rod 74 are far from there is one end of U-shaped card hopper 741 to be fixedly connected.
In conjunction with shown in Fig. 4 and Fig. 5, riveted lower mold assemblies 2 include being fixedly installed in rack 1 and being located at lower button bottom plate 71 1
The lower buckling die of side has 21 and for anchoring under driving on lower button bottom plate 71 to lower button driving mechanism 9 positioned at lower buckling die tool 21
Locating piece 22.
In conjunction with shown in Fig. 4 and Fig. 5, locating piece 22 includes the lower button locating piece 221 being fixedly installed in rack 1, along riveted
The moving telescopic block 222 and be fixedly installed on rack 1 that 3 direction oriented sliding of upper die component is set on lower button locating piece 221
Adjustable spring 223 between moving telescopic block 222；To improve the stabilization that moving telescopic block 222 is on lower button locating piece 221
Property, it is fixedly connected with guide pad 225 in the symmetrical two sides of moving telescopic block 222, it is fixed symmetrically to offer on lower button locating piece 221
To slot, the positioning of two guide pads 225 is slided in guide slot；When original state, moving telescopic block 222 is above lower button locating piece
221 arrangements, and offer on moving telescopic the block 222 downward end face of buckling die tool 21 and detained for about 21 buckling die tool under position
Lower button receiving channel 224.
In conjunction with shown in Fig. 4 and Fig. 5, it is suitable for different types of lower button to improve lower button material receiving mechanism 7, is being drivingly connected plate
Kidney-shaped regulating tank 911 is offered on 91 in its short transverse, fixing bolt 93, fixing bolt are fixedly installed in rack 1
93 are arranged in the kidney-shaped regulating tank 911, and when locking, and fixing bolt 93 and drive connection plate 91 contradict；It is driven by adjusting
Connecting plate 91 is in height and position in rack 1, the adjusting to lower button push rod 74 spacing between lower button bottom plate 71 is realized, convenient for holding
Receive the lower button of different-thickness.
As shown in fig. 6, upper button conveying mechanism 5 includes the upper button mounting rack 51 being fixedly installed in rack 1, is fixedly installed on
It is used to store the upper button hopper 52 of button on upper button mounting rack 51, is set on button mounting rack 51 and sliding plug is expected in upper button
Bucket 52 in upper button push plate 53, be fixedly installed on button mounting rack 51 on for drive button push plate 53 be in upper button mounting rack 51
It goes up the upper push plate cylinder 54 of reciprocating sliding and is set on button mounting rack 51 for conveying the upper button runner 55 of button；In
A side of upper button hopper 52 offers and deducts mouth 521, and on deduct mouth 521 and the upper one end port for detaining runner 55 interlinks
It connects, as shown in connection with fig. 2, the other end port of upper button runner 55 is connect with upper button material receiving mechanism 8.
As shown in fig. 7, upper button material receiving mechanism 8 includes the upper button substrate 81 being fixedly installed in rack 1, oriented sliding setting
The upper upper button material blocking rod 83 detained on bottom plate 82 is rotatably dispose in the upper button bottom plate 82 on upper button substrate 81, middle-end, is set to
Between button 83 one end of material blocking rod and upper button bottom plate 82 and original state is the upper button return spring 84 of tensional state, is fixedly installed on
Upper button locating piece 85, front apron 86 on upper button bottom plate 82 and the fixed block 87 being fixedly installed on button substrate 81.
As shown in fig. 7, one end of upper button material blocking rod 83 is supported by the return effect of upper button return spring 84 with fixed block 87
Touching, upper button driving mechanism 4 be the upper button cylinder being fixedly installed in rack 1, and the upper piston rod and upper button bottom plate 82 for detaining cylinder
It is fixedly connected and button bottom plate 82 is driven to be on upper button substrate 81 to orient and reciprocatingly slide；Top is offered on upper button bottom plate 82
Hole 821, upper button loading assemblies 10 are the feeding cylinder being fixedly installed on button bottom plate 82, and the piston rod of feeding cylinder is fixed
It is connected with button mandril 101；Button mandril 101 reciprocatingly slides towards 3 direction of riveted upper die component in feeding cylinder driving is arranged in top
In hole 821；It is formed between the other end and upper button locating piece 85, front apron 86 of upper button material blocking rod 83 for accommodating upper button runner 55
The upper button holding tank of the upper button sent, and pass through upper button cylinder before the discharge end of upper button runner 55 and upper button holding tank
The state for communicating or being separated by is realized in reciprocating.
As shown in fig. 7, being provided with fixing seat 89 surely on upper button bottom plate 82, upper 85 oriented sliding of button locating piece is arranged in solid
In reservation 89；Upper button locating piece 85, which is threaded with, adjusts bolt 891, and adjusts bolt 891 and the rotation connection of fixing seat 89；It is logical
It crosses rotation and adjusts bolt 891, make to detain in 85 oriented sliding fixing seat 89 of locating piece, reach the work for detaining holding tank size on adjusting
With, and then realize that button holding tank is suitable for not being same as above the purpose of type.
As shown in Figure 8 and Figure 9, upper mold driving assembly 33 is the upper mold cylinder being fixedly installed in rack 1, riveted upper mold group
Part 3 includes the upper buckling die tool 31 coaxially arranged with lower buckling die tool 21 and is detachably fixed connection with the piston rod of upper mold cylinder
Upper button mounting base 32；Mounting groove 321 is offered on the separate end face connecting with upper mold cylinder of upper button mounting base 32, in mounting groove
Compression leg 322 is fixedly installed on the axis of 321 slot bottoms, upper buckling die tool 31 is connected in the mounting groove 321 in button mounting base 32
When, compression leg 322 is arranged in buckling die tool 31, and the notch for protruding from mounting groove 321 is arranged outside.
Working principle: upper and lower deduction of points not Tong Guo upper button conveying mechanism 5 and lower button conveying mechanism 6 send supreme snapping material
At mechanism 8 and lower button material receiving mechanism 7；Then, the lower button push rod 74 of lower button cylinder 92 driving in lower button driving mechanism 9 is in down
It is slided on button bottom plate 71, and finally anchors position by under and be delivered on the lower buckling die tool 21 of riveted lower mold assemblies 2；At the same time, on
Button bottom plate 82, which is in rack 1, in upper button cylinder driving in button driving mechanism 4 slides, and makes to detain the upper button in holding tank thereon
Underface in upper buckling die tool 31, secondly, detaining mandril 101 in the driving of upper button loading assemblies 10 towards 3 direction of riveted upper die component
Sliding is arranged in apical pore 821, and the upper button in upper button holding tank is transmitted in upper buckling die tool 31；Finally, upper button driving machine
Structure 4 and lower button driving mechanism 9 are reset to process next time and prepare, and upper mold driving assembly 33 drives 3 court of riveted upper die component
Riveted lower mold assemblies 2 move, and make buckling die tool 31 thereon and 21 cooperation of lower buckling die tool, upper button is riveting in corresponding carrier with lower button
On, reach the process of riveted；It is cooperated by said mechanism and component, realizes the movement of automatic punching and riveted, have
Safe operation, effect high in machining efficiency.
The above is only the preferred embodiment of the utility model, and the protection scope of the utility model is not limited merely to
Above-described embodiment, technical solution belonging to the idea of the present invention belong to the protection scope of the utility model.It should refer to
Out, for those skilled in the art, it is without departing from the principle of the utility model it is several improvement and
Retouching, these improvements and modifications also should be regarded as the protection scope of the utility model.
Claims (10)
1. a kind of automatic button-sewing machine, including rack (1), it is characterised in that: be respectively arranged with riveted lower die on the rack (1)
Component (2), riveted upper die component (3) are carried out for driving riveted upper die component (3) to move towards riveted lower mold assemblies (2) direction
The upper mold driving assembly (33) of riveted, the upper button conveying mechanism (5) for conveying upper button, the lower button conveyer for conveying lower button
Structure (6), for accept it is upper button conveying mechanism (5) conveying upper button upper button material receiving mechanism (8), for accepting lower button conveying mechanism
(6) the lower lower button material receiving mechanism (7) detained of conveying, the upper button slided on rack (1) for driving upper button material receiving mechanism (8) to be in drive
Motivation structure (4), the lower button driving mechanism (9) for being buckled under driving on lower button material receiving mechanism (7) on riveted lower mold assemblies (2)
And it is set on button material receiving mechanism (8) for driving buckle to be connected to the upper button loading assemblies on riveted upper die component (3)
(10), the riveted lower mold assemblies (2) are located at below the upper button material receiving mechanism (8).
2. automatic button-sewing machine according to claim 1, it is characterised in that: the riveted lower mold assemblies (2) include that fixation is set
It is placed on rack (1) and is located at the lower buckling die tool (21) of lower button material receiving mechanism (7) side and for lower button driving mechanism (9)
The locating piece (22) on lower buckling die tool (21) is anchored under on lower button material receiving mechanism (7) of driving.
3. automatic button-sewing machine according to claim 2, it is characterised in that: the locating piece (22) includes being fixedly installed on machine
Lower on frame (1) buckles locating piece (221), oriented sliding is set to the lower moving telescopic block (222) buckled on locating piece (221) and
The adjustable spring (223) being fixedly installed between rack (1) and moving telescopic block (222), when original state, moving telescopic block
(222) it is arranged above lower button locating piece (221).
4. automatic button-sewing machine according to claim 1, it is characterised in that: the riveted upper die component (3) includes upper buckling die
Tool (31) and the upper button mounting base (32) that connection is detachably fixed with upper mold driving assembly (33), in the upper button mounting base
(32) mounting groove (321) are offered on the separate end face connecting with upper mold driving assembly (33), in the mounting groove (321) slot bottom
Axis on be fixedly installed compression leg (322), upper buckling die tool (31) is connected in the mounting groove (321) on button mounting base (32)
When, the compression leg (322) is arranged in the upper buckling die tool (31), and the notch for protruding from the mounting groove (321) is arranged outside.
5. automatic button-sewing machine according to claim 1, it is characterised in that: the upper button material receiving mechanism (8) includes that sliding is set
It is placed in the upper button bottom plate (82) on rack (1), the upper button material blocking rod (83) that middle-end is rotatably dispose on button bottom plate (82), is arranged
In upper button material blocking rod (83) one end and the upper upper button return spring (84) detained between bottom plate (82), it is fixedly installed on and upper buckles bottom plate
(82) the upper button locating piece (85), front apron (86) on and the fixed block (87) being fixedly installed on rack (1), the upper button
One end of material blocking rod (83) is contradicted by upper button return spring (84) returning place force and fixed block (87), the upper button driving mechanism
(4) be fixedly connected with upper button bottom plate (82), offered apical pore (821) on the upper button bottom plate (82), it is described on buckle material group
Part (10) is connected with button mandril (101), and the upper button loading assemblies (10) drive the upper button mandril (101) towards riveted upper mold
Component (3) direction, which reciprocatingly slides, to be arranged in the apical pore (821), and the other end of upper button material blocking rod (83) with above anchor
The upper button holding tank for accommodating upper button, the discharging of upper button material receiving mechanism (8) are formed between position block (85), front apron (86)
End is communicated or is separated by by upper button driving mechanism (4) with before upper button holding tank.
6. automatic button-sewing machine according to claim 5, it is characterised in that: be provided with surely on the upper button bottom plate (82) solid
Reservation (89), upper button locating piece (85) oriented sliding are arranged on the fixing seat (89), the upper button locating piece (85)
It is threaded with and adjusts bolt (891), the adjusting bolt (891) and fixing seat (89) are rotatablely connected.
7. automatic button-sewing machine according to claim 1, it is characterised in that: the lower button material receiving mechanism (7) includes that fixation is set
It is placed in the lower button bottom plate (71) on rack (1), the lower button material blocking rod (72) that middle-end is rotatably dispose on lower button bottom plate (71), is arranged
Material receiving mechanism (7) are buckled in lower button material blocking rod (72) one end and the lower lower button return spring (73) detained between bottom plate (71) and with lower
The lower button push rod (74) for connecting and being located above lower button bottom plate (71), in the lower button push rod (74) towards riveted lower mold assemblies (2)
The end in direction offers U-shaped card hopper (741), and U-shaped card hopper (741) is longer than far from one end of lower button conveying mechanism (6)
Other end setting, the length that the other end of lower button material blocking rod (72) passes through lower button return spring (73) and U-shaped card hopper (741)
End contradicts, and the riveted lower mold assemblies (2) and lower button driving mechanism (9) are respectively arranged in the opposite sides of lower button bottom plate (71)
On, discharge end and the U-shaped card hopper (741) of lower button material receiving mechanism (7) are communicated before by lower button driving mechanism (9) or phase
Every.
8. automatic button-sewing machine according to claim 7, it is characterised in that: the lower button driving mechanism (9) includes and rack
(1) connect drive connection plate (91), be fixedly installed on be drivingly connected plate (91) on and downward detain material receiving mechanism (7) direction it is reciprocal
The piston rod of the lower button cylinder (92) of movement, lower button cylinder (92) is connect with the lower button push rod (74), in the driving
Kidney-shaped regulating tank (911) are offered on connecting plate (91) in its short transverse, are fixedly installed fixation on the rack (1)
Bolt (93), the fixing bolt (93) are arranged in the kidney-shaped regulating tank (911), and when locking, the fixing bolt (93)
It is contradicted with plate (91) are drivingly connected.
9. automatic button-sewing machine according to claim 1, it is characterised in that: the upper button conveying mechanism (5) includes that fixation is set
It is placed in the upper button mounting rack (51) on rack (1), is fixedly installed on button mounting rack (51) for storing the upper button material of button
It struggles against (52), be set on button mounting rack (51) and sliding plug is set in the upper button push plate (53) in upper button hopper (52), fixation
It is placed on button mounting rack (51) and is above pushed away for driving button push plate (53) to be in reciprocating sliding on upper button mounting rack (51)
It plate cylinder (54) and is set to for conveying the upper button runner (55) of button on button mounting rack (51), in the upper button hopper
(52) a side, which offers, to be deducted mouth (521), it is described on deduct mouth (521) with it is upper button runner (55) one end port communicate
The other end port of connection, upper button runner (55) is connect with upper button material receiving mechanism (8).
10. automatic button-sewing machine according to claim 1, it is characterised in that: the lower button conveying mechanism (6) includes that fixation is set
It is placed in the lower button mounting rack (61) on rack (1), is fixedly installed on lower button mounting rack (61) for storing the lower button material of lower button
It struggles against (62), be set on lower button mounting rack (61) and sliding plug is set in the lower button push plate (63) in lower button hopper (62), fixation
It is placed on lower button mounting rack (61) and is pushed away under reciprocating sliding for driving lower button push plate (63) to be on lower button mounting rack (61)
It plate cylinder (64) and is set on lower button mounting rack (61) for conveying the lower button runner (65) of lower button, in the lower button hopper
(62) a side, which offers down, deducts mouth (621), and mouth (621) is deducted under described and is communicated with one end port of lower button runner (65)
The other end port of connection, lower button runner (65) is connect with lower button material receiving mechanism (7).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920080724.XU CN209631992U (en) | 2019-01-17 | 2019-01-17 | Automatic button-sewing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920080724.XU CN209631992U (en) | 2019-01-17 | 2019-01-17 | Automatic button-sewing machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209631992U true CN209631992U (en) | 2019-11-15 |
Family
ID=68478240
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920080724.XU Withdrawn - After Issue CN209631992U (en) | 2019-01-17 | 2019-01-17 | Automatic button-sewing machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209631992U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109622781A (en) * | 2019-01-17 | 2019-04-16 | 浙江炬达机械有限公司 | Automatic button-sewing machine |
-
2019
- 2019-01-17 CN CN201920080724.XU patent/CN209631992U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109622781A (en) * | 2019-01-17 | 2019-04-16 | 浙江炬达机械有限公司 | Automatic button-sewing machine |
| CN109622781B (en) * | 2019-01-17 | 2024-04-16 | 浙江炬达机械有限公司 | Automatic button sewing machine |
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