CN209594904U - A kind of zipper fully-automatic supersonic marking machine - Google Patents
A kind of zipper fully-automatic supersonic marking machine Download PDFInfo
- Publication number
- CN209594904U CN209594904U CN201822272801.XU CN201822272801U CN209594904U CN 209594904 U CN209594904 U CN 209594904U CN 201822272801 U CN201822272801 U CN 201822272801U CN 209594904 U CN209594904 U CN 209594904U
- Authority
- CN
- China
- Prior art keywords
- marking
- component
- vacancy
- zipper
- zipper strip
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Landscapes
- Pressure Welding/Diffusion-Bonding (AREA)
Abstract
The utility model discloses a kind of zipper fully-automatic supersonic marking machines, including pressure zone component, traction component, ultrasonic module, marking membrane module and the vacancy inductive component being mounted in complete machine rack；Pressure zone component, vacancy inductive component, marking membrane module and traction component are successively set in complete machine rack, zipper strip is successively through overpressure zone component, vacancy inductive component, marking membrane module and traction component, traction component provides power and zipper is driven to be moved by the direction of pressure zone component to traction component, and setting vacancy inductor is used to incude the vacancy on zipper strip on the inductive component of vacancy；Ultrasonic module moves up and down above marking mould carries out marking to zipper strip.The utility model completes the marking process to zipper strip by the marking mould that soldering tip cooperates, the both sides of zipper strip are made to form the label after high temperature melt, and the strap of the zipper strip of mark forms hard-edge after high-temperature process, the flash phenomenon that zipper strip occurs when can solve subsequent fixed cun of cutting.
Description
Technical field
The utility model relates to zipper fields, and in particular to a kind of zipper fully-automatic supersonic marking machine.
Background technique
Since metal zip fastener is sturdy and durable, it has been widely used on the various articles of daily life, in some zippers
Using enterprise during using zipper, often because of required zipper model, the difference of length, there are some difference smaller, pacifies
It is easy to get model or length wrong and cause anti-work phenomenon during installing zipper, affects zipper and imitated using the production of enterprise
Rate, thus zipper using enterprise need to identify on finished product zipper certain label carry out it is surely very little convenient for subsequent cut off operation,
The existing cut off operation for zipper strip is easy to make the edge of zipper strip to generate flash phenomenon generally using mechanical cutting,
Influence the beauty and use of zipper strip.
The patent of Publication No. CN203234151U discloses the length mark that kind is applied in a variety of production equipments of zipper
Mechanism, comprising: equipment base, equipment base are equipped with guide chain plate, form guide chain groove among guide chain plate, are equipped with above guide chain groove upper
Crochet hook component, lower section are equipped with lower crochet hook component, and marking mechanism is equipped with above guide chain groove, and marking mechanism is driven by driving mechanism
It moves up and down and required number is imprinted in guide chain groove on zipper cloth belt, since the utility model increases in the production process of zipper
Marking mechanism, which, which can be used in, inserts in surely very little, moulding, punching, button, wears in the road pull head Deng Ge post-processing procedure,
It is provided conveniently for zipper using enterprise.But structure is complicated for the identification mechanism in the patent, can not detect the vacancy on zipper strip.
Utility model content
In order to solve the above-mentioned technical problem, the purpose of the utility model is to provide a kind of zipper fully-automatic supersonic prints
Mark machine cooperates the marking mould in marking membrane module to complete to make the marking process of zipper strip by the soldering tip in ultrasonic module
The both sides of zipper strip form the label after high temperature melt, and the strap of the zipper strip of mark is formed firmly after high-temperature process
Side, the flash phenomenon that zipper strip occurs when solving subsequent fixed cun of cutting.
To realize that above-mentioned purpose of utility model, the technical solution that the utility model is taken are as follows:
A kind of zipper fully-automatic supersonic marking machine, including be mounted in complete machine rack pressure zone component, traction group
Part, ultrasonic module, marking membrane module and vacancy inductive component；Ultrasonic module setting is in the pressure zone component and described
Between traction component and the top of the marking membrane module, the pressure zone component, vacancy inductive component, marking membrane module are set
It is successively set in the complete machine rack with traction component, zipper strip is successively by the pressure zone component, vacancy inductive component, print
Membrane module and traction component are marked, the traction component provides power and drives the zipper by the pressure zone component to the traction group
The direction of part moves, and setting vacancy inductor is used to incude the vacancy on the zipper strip on the vacancy inductive component, described
Marking membrane module includes marking mould and the marking fixing seat that is fixed in the complete machine rack, and the marking mould is fixed on the print
Mark the side of fixing seat；The ultrasonic module moves up and down above the marking mould, and to positioned at the marking mould
The zipper strip between the ultrasonic wave group component carries out marking.
Preferably, the ultrasonic module includes fixing seat, lifting drive, oscillator and soldering tip, the lifting driving
Device includes driving device and mounting plate, and one end of the driving device is mounted on the upper surface of the fixing seat, the installation
Plate is fixed in the driving device, and the driving device is relative to the fixing seat seat elevating movement；The side of the mounting plate
The oscillator is fixedly mounted in wall, and the oscillator connects the soldering tip along axial one end, and the soldering tip is located at the marking mould
Surface.
Preferably, the oscillator includes oscillator ontology and the oscillator set that the oscillator ontology periphery is arranged in, the oscillator
Set be fixedly connected with the mounting plate, and the oscillator set bottom be arranged through-hole, the soldering tip across the through-hole with it is described
The connection of oscillator bottom.
Preferably, the upper surface for extending upwardly beyond the marking fixing seat of the marking mould, on the marking mould
End face is arranged along the direction setting marking protrusion vertical with the zipper strip transmission direction, the marking protrusion in the marking mould
Upper surface one or both ends.
Preferably, two marking protrusions are set at the upper surface both ends of the marking mould, two marking protrusions are along institute
State the center symmetric setting of marking mould, the surface that two of zipper strip are divided to chain belt to be located at two marking protrusions, and two points of chains
The edge of band is located at the surface of two marking protrusions, and the strap on zipper strip can be pressed in institute when declining by soldering tip
It states in marking protrusion, the edge of strap is enable to be clipped between the soldering tip and marking protrusion, vibration is started by oscillator and is issued
Ultrasonic wave generates high temperature and is transferred to soldering tip, i.e., guarantee soldering tip can print identical with marking upper convex surface shape on cloth band
Label.
Preferably, the distance between two marking protrusions are greater than the width for closing the engagement chain tooth after chain on the zipper strip
It spends, groove is set on the lower end surface of the soldering tip, the width of the groove is greater than the engagement chain closed after chain on the zipper strip
The width of tooth avoids soldering tip and marking protrusion when soldering tip carries out mark and is contacted with chain tooth on the zipper strip, damages chain
Tooth.
Preferably, one marking protrusion is set in one end of the upper surface of the marking mould, one on zipper strip
The surface for dividing chain belt to be located at the surface of marking protrusion, and the edge of chain belt is divided to be located at the marking protrusion, the zipper strip
On close chain after engagement chain tooth vertically projection positioned at the marking protrusion side, and with the marking protrusion
Between have a certain distance, guarantee that marking protrusion is contacted with chain tooth on the zipper strip when soldering tip carries out mark, damage chain tooth.
Preferably, the marking protrusion is successively spliced to form by multiple vertical sidewalls, and the cross section of marking protrusion
Shape is one of equilateral folding line or camber line, and equilateral folding line is made of a plurality of equal length and the identical line segment of angle.
Suitable marking protrusion can be selected according to subsequent cutting action.
Preferably, the width of the soldering tip is greater than the width of marking mould upper end.
Preferably, the vacancy inductive component includes vacancy upper fixed seat, vacancy lower fixed seat, L arm, is arranged in the sky
Position upper fixed seat above L arm fixing seat, the zipper strip across the vacancy upper fixed seat, vacancy lower fixed seat forward
Transmission, vacancy lower fixed seat is mounted in complete machine rack, and the L arm fixing seat includes horizontal base and vertical with the horizontal base
Vertical base, the L arm include horizontal arm and the upright arm vertical with the horizontal arm, and two of the horizontal base and the L arm
The tie point of orthogonal arm is rotatablely connected, and the upright arm is connect with the vertical base by incuding spring, the vacancy sense
It answers device to be arranged on the vertical base to be electrically connected with induction spring formation, groove is set on horizontal base, is set in the groove
Pin hole is set, columnar projections are arranged in the outer wall two sides of one end of the horizontal arm, and the columnar projections are inserted into the pin hole, column
Protrusion is rotated around the pin hole, and the horizontal arm is placed in the groove of the horizontal base, and one end of the horizontal arm connects sense
Piece is answered, the end of the sensing chip is located above the zipper strip to be contacted with the zipper strip.When setting is had vacant position on zipper strip
When, since induction tabletting is contacted with the zipper strip always, when zipper strip is run to the sensing chip, sensing chip can be to
The bottom of lower movement, sensing chip can drop in the vacancy, and L arm is rotated in the pin hole by columnar projections and makes to hang down at this time
Straight-arm is swung, and dynamic answers spring elongation while vertical arm swing, and the movement of induction spring is sensed with space-time inductor
Signal, vacancy inductor issue vacancy electric signal to traction component and ultrasonic module, at this time traction component stop motion, ultrasound
Oscillator in wave component starts vibration sending ultrasonic wave generation high temperature and is transferred to soldering tip, while soldering tip decline cooperation marking mould is to drawing
Chain belt carries out marking.
Preferably, the pressure zone component include pressure zone fixing seat, the upper pinch roller being arranged in the pressure zone fixing seat and
Lower pinch roller, the zipper strip pass through between the upper pinch roller and lower pinch roller.
Preferably, the quantity of the upper pinch roller is two, and the diameter of two upper pinch rollers is identical, two upper pinch rollers
Positioned at the lower pinch roller top and along the center of the lower pinch roller mutually be poised for battle setting.
Preferably, the traction component include traction fixing seat, the upper moping pulley being arranged in the traction fixing seat and
Lower moping pulley, the lower moping pulley connect motor, and by lower moping pulley rotation described in the motor driven, the zipper strip is from institute
It states and is passed through between moping pulley and lower moping pulley.
Preferably, the quantity of the upper moping pulley is two, and the diameter of two upper moping pulleys is identical, two upper moping pulleys
Positioned at the lower moping pulley top and along the center of the lower moping pulley mutually be poised for battle setting.
It is furthermore preferred that setting holds down assembly above the upper moping pulley, it is described to hold down assembly including crossbeam, vertical beam and lifting
Device, the both ends of the crossbeam are fixedly connected with the center of two upper moping pulleys respectively, and one end of the vertical beam connects institute
State crossbeam, be arranged with spring on the vertical beam, the upper end of the vertical beam connects lifting device, and the bottom of lifting device with it is described
Spring connection, the lifting device moves up and down on the vertical beam, and the spring arrangement is right during elevating movement
Spring applies pressure, and the elastic force that spring generates is transferred to upper moping pulley by the crossbeam, and moping pulley is to the zipper in realization
The compression of band, while the height for adjusting lifting device carrys out the elastic force of adjustment spring, moping pulley generates the zipper strip in guarantee
Pressure enable zipper strip normal transmission in suitable range.
Preferably, the lifting drive is cylinder.
Preferably, the cylinder includes two piston rods, and one end of the piston rod is fixed in the complete machine rack, institute
It states fixing seat to be fixed on the periphery wall of the piston rod, the cylinder drives the piston rod and the fixing seat to do lifting fortune
It is dynamic, while adjusting the raising and lowering of oscillator and soldering tip.
Compared with the existing technology, the utility model achieves beneficial technical effect:
Zipper strip on the fully-automatic supersonic marking machine of the utility model successively incudes by the pressure zone component, vacancy
Component, marking membrane module and traction component transport forward, and the motor in traction component provides lower traction rotation described in power drive
Dynamic, effect is lower while lower moping pulley and upper moping pulley pulls the zipper strip to transport forward, and pressure zone component is for guaranteeing zipper
Band keeps straight condition during transportation, and marking work is carried out on zipper strip convenient for soldering tip.The utility model can shift to an earlier date
Fixed cun of data of setting, are arranged the distance between two neighboring label, after zipper strip runs certain distance, motor stalls,
Soldering tip decline carries out marking, and automatic marking may be implemented in this way.If shifting to an earlier date setting unit vacancy on zipper strip for subsequent
Cutting, then when zipper strip is run to the sensing chip, sensing chip can be moved down, and the bottom of sensing chip can drop to institute
It states in vacancy, L arm rotates in the pin hole by columnar projections and makes vertical arm swing at this time, and vertical arm swing while drives
Incude spring elongation, senses that the movable signal of induction spring, vacancy inductor issue vacancy electric signal with space-time inductor
To traction component and ultrasonic module, traction component stop motion at this time, the oscillator in ultrasonic module start vibration issue it is super
Sound wave generates high temperature and is transferred to soldering tip, while soldering tip decline cooperation marking mould carries out marking to zipper strip.
The utility model cooperates the marking mould in marking membrane module to complete to zipper strip by the soldering tip in ultrasonic module
Marking process, make zipper strip both sides formed high temperature melt after label, and the strap of the zipper strip of mark pass through high temperature
Hard-edge is formed after processing, since the strap limit of hard-edge is coagulated together after melting cooling, be can solve subsequent fixed cun and is cut
The flash phenomenon that zipper strip occurs when disconnected.
Detailed description of the invention
Fig. 1 is a kind of overall structure diagram of zipper fully-automatic supersonic marking machine of the utility model；
Fig. 2 is a kind of partial structural diagram 1 of zipper fully-automatic supersonic marking machine of the utility model；
Fig. 3 is a kind of partial structural diagram 2 of zipper fully-automatic supersonic marking machine of the utility model
Fig. 4 is a kind of structural representation of zipper fully-automatic supersonic marking machine Vacancy inductive component of the utility model
Fig. 1；
Fig. 5 is a kind of structural representation of zipper fully-automatic supersonic marking machine Vacancy inductive component of the utility model
Fig. 2；
Fig. 6 is the structural schematic diagram of marking membrane module in a kind of zipper fully-automatic supersonic marking machine of the utility model
Appended drawing reference:
1. pressure zone component；11. lower pinch roller；Pinch roller on 12.；2. traction component；21. lower moping pulley；Traction on 22.
Wheel；23. crossbeam；24. vertical beam；3. ultrasonic module；31. cylinder；32. piston rod；33. mounting plate；34. fixing seat；35. oscillator
Ontology；36. oscillator set；37. soldering tip；4. vacancy inductive component；41. vacancy upper fixed seat；42. vacancy lower fixed seat；43. horizontal
Seat；44. vertical base；45. horizontal arm；46. upright arm；47. vacancy inductor；48. incuding spring；49. sensing chip；5. marking mould
Component；51. marking fixing seat；52. marking mould；53. marking is raised；6. zipper strip；7. complete machine rack；8. spring；9. lifting dress
It sets.
Specific embodiment
In order to make the purpose of the utility model, technical solutions and advantages more clearly understood, with reference to embodiments to this
Utility model is further elaborated, but the range of the requires of the utility model protection is not limited to following specific implementations
Example.
Embodiment 1
As shown in Figure 1, a kind of zipper fully-automatic supersonic marking machine, including the pressure zone being mounted in complete machine rack 7
Component 1, traction component 2, ultrasonic module 3,52 component 5 of marking mould and vacancy inductive component 4；The ultrasonic module 3 is arranged
Between the pressure zone component 1 and the traction component 2 and the top of 52 component 5 of marking mould, the pressure zone group are set
Part 1, vacancy inductive component 4,52 component 5 of marking mould and traction component 2 are successively set in the complete machine rack 7, zipper strip 6 according to
Secondary to pass through the pressure zone component 1, vacancy inductive component 4,52 component 5 of marking mould and traction component 2, the traction component 2 provides
Power drives the zipper to be moved by the direction of the pressure zone component 1 to the traction component 2, on the vacancy inductive component 4
Vacancy inductor 47 is set for incuding the vacancy on the zipper strip 6,52 component 5 of marking mould is including marking mould 52 and admittedly
The marking fixing seat 51 being scheduled in the complete machine rack 7, the marking mould 52 are fixed on the side of the marking fixing seat 51；Institute
It states ultrasonic module 3 to move up and down in the top of the marking mould 52, and to positioned at the marking mould 52 and the ultrasonic wave
The zipper strip 6 between group component carries out marking.
As shown in Fig. 2, the ultrasonic module 3 includes fixing seat 34, lifting drive, oscillator ontology 35 and soldering tip
37, fixing seat 34 is mounted in complete machine rack 7, and the lifting drive includes driving device and mounting plate 33, the driving
One end of device is mounted on the upper surface of the fixing seat 34, and the mounting plate 33 is fixed in the driving device, the drive
Device is moved relative to 34 elevating movement of fixing seat；The oscillator 35, the vibration is fixedly mounted in the side wall of the mounting plate 33
Son 35 connects the soldering tip 37 along axial one end, and the soldering tip 37 is located at the surface of the marking mould 52.The marking mould
52 upper surface for extending upwardly beyond the marking fixing seat 51, on 52 upper surface of the marking mould edge and the zipper strip 6
Marking protrusion 53 is arranged in the vertical direction of transmission direction, and the one of the upper surface of the marking mould 52 is arranged in the marking protrusion 53
End or both ends.The width of the soldering tip 37 is greater than the width of 52 upper end of marking mould.The lifting drive is cylinder 31.
The cylinder 31 includes two piston rods 32, and one end of the piston rod 32 is fixed in the complete machine rack 7, the fixing seat
34 are fixed on the periphery wall of the piston rod 32, and the cylinder 31 drives the piston rod 32 and the fixing seat 34 to go up and down
Movement, while adjusting the raising and lowering of oscillator 35 and soldering tip 37.
The oscillator includes oscillator ontology 35 and the oscillator set 36 that 35 periphery of oscillator ontology is arranged in, the oscillator set
36 are fixedly connected with the mounting plate 33, and through-hole is arranged in the bottom of oscillator set 36, and the soldering tip 37 passes through the through-hole
It is connect with 35 bottom of oscillator ontology.
Two marking protrusions 53 are set at the upper surface both ends of the marking mould 52, two marking protrusions 53 are along described
The center symmetric setting of marking mould 52, the surface that two of zipper strip 6 are divided to chain belt to be located at two marking protrusions 53, and two points
The edge of chain belt is located at the surface of two marking protrusions 53, and soldering tip 37 can be by the cloth on zipper strip 6 when declining
Band is pressed in the marking protrusion 53, so that the edge of strap is clipped between the soldering tip 37 and marking protrusion 53, is passed through vibration
Son starts vibration sending ultrasonic wave generation high temperature and is transferred to soldering tip 37, i.e., guarantee soldering tip 37 can print convex with marking on cloth band
Play the identical label of 53 upper surface shapes.
The distance between two marking protrusions 53 are greater than the width for closing the engagement chain tooth after chain on the zipper strip 6, institute
It states and groove is set on the lower end surface of soldering tip 37, the width of the groove is greater than the engagement chain tooth closed after chain on the zipper strip 6
Width, avoid soldering tip 37 and marking protrusion when soldering tip 37 carries out mark and 53 contacted with chain tooth on the zipper strip 6, damage
Hurt chain tooth.
The marking protrusion 53 is successively spliced to form by multiple vertical sidewalls, and the cross-sectional shape of the marking protrusion 53
For one of equilateral folding line or camber line, equilateral folding line is made of a plurality of equal length and the identical line segment of angle.It can be with
Suitable marking protrusion 53 is selected according to subsequent cutting action.
As shown in figure 3, the pressure zone component 1 includes pressure zone fixing seat, the upper pressure zone being arranged in the pressure zone fixing seat
Wheel 12 and lower pinch roller 11, the zipper strip 6 are passed through between the upper pinch roller 12 and lower pinch roller 11.The upper pinch roller
12 quantity is two, and the diameter of two upper pinch rollers 12 is identical, and two upper pinch rollers 12 are located at the lower pinch roller 11
Top and along the center of the lower pinch roller 11 mutually be poised for battle setting.
The traction component 2 include traction fixing seat, the upper moping pulley 22 that is arranged in the traction fixing seat and under drag
Belt wheel 21, the lower moping pulley 21 connect motor, are rotated by lower moping pulley 21 described in the motor driven, the zipper strip 6
It is passed through between the upper moping pulley 22 and lower moping pulley 21.The quantity of the upper moping pulley 22 is two, and two upper tractions
The diameter of wheel 22 is identical, and two upper moping pulleys 22 are located at the top of the lower moping pulley 21 and along the center of the lower moping pulley 21
Mutually it is poised for battle setting.
It is arranged above the upper moping pulley 22 and holds down assembly, it is described to hold down assembly including crossbeam 23, vertical beam 24 and lifting dress
9 are set, the both ends of the crossbeam 23 are fixedly connected with the center of two upper moping pulleys 22 respectively, and the vertical beam 24 is along complete machine height
Degree direction is vertically set on 23 top of crossbeam, and one end of the vertical beam 24 connects the crossbeam 23, covers on the vertical beam 24
Equipped with spring 8, the upper end of the vertical beam 24 connects lifting device 9, and the bottom of lifting device 9 is connect with the spring 8, described
Lifting device 9 moves up and down on the vertical beam 24, and 8 device of the spring applies spring 8 during elevating movement
Pressure, the elastic force that spring 8 generates are transferred to moping pulley 22 by the crossbeam 23, and moping pulley 22 is to the zipper strip in realization
6 compression, while the height for adjusting lifting device 9 carrys out the elastic force of adjustment spring 8, moping pulley 22 is to the zipper strip 6 in guarantee
The pressure of generation enables 6 normal transmission of zipper strip in suitable range.
As shown in Figures 4 and 5, the vacancy inductive component 4 include vacancy upper fixed seat 41, vacancy lower fixed seat 42, L arm,
The L arm fixing seat of 41 top of vacancy upper fixed seat is set, and the zipper strip 6 passes through the vacancy upper fixed seat 41, sky
Onwards transmission between the lower fixed seat 42 of position, vacancy lower fixed seat 42 are mounted in complete machine rack 7, and the L arm fixing seat includes water
Flat seat 43 and the vertical base 44 vertical with the horizontal base 43, the L arm include horizontal arm 45 and vertical with the horizontal arm 45
Upright arm 46, the horizontal base 43 and the tie point of two orthogonal arms 46 of the L arm be rotatablely connected, the upright arm
46 connects with the vertical base 44 by incuding spring 48, the vacancy inductor 47 setting on the vertical base 44 with it is described
Incude spring 48 and form electrical connection, groove is set on horizontal base 43, pin hole, one end of the horizontal arm 45 are set in the groove
Outer wall two sides columnar projections are set, the columnar projections are inserted into the pin hole, and columnar projections are rotated around the pin hole, institute
It states horizontal arm 45 to be placed in the groove of the horizontal base 43, one end of the horizontal arm 45 connects sensing chip 49, the sensing chip
49 end is located at 6 top of zipper strip and contacts with the zipper strip 6.When setting is had vacant position on zipper strip 6, due to induction
Tabletting is contacted with the zipper strip 6 always, and when the operation of zipper strip 6 is to 49 lower section of sensing chip, sensing chip 49 can be to moving down
Dynamic, the bottom of sensing chip 49 can drop in the vacancy, and L arm is rotated in the pin hole by columnar projections at this time makes vertically
Arm 46 is swung, and dynamic answers spring 48 to stretch while upright arm 46 is swung, and senses induction spring with space-time inductor 47
48 movable signal, vacancy inductor 47 issue vacancy electric signal to traction component 2 and ultrasonic module 3, at this time traction component 2
Stop motion, the oscillator in ultrasonic module 3 start vibration and issue ultrasonic wave and generate high temperature to be transferred to soldering tip 37, while soldering tip 37
Decline cooperation marking mould 52 carries out marking to zipper strip 6.
Zipper strip 6 on the fully-automatic supersonic marking machine of the utility model is successively felt by the pressure zone component 1, vacancy
Component 4,52 component 5 of marking mould and traction component 2 is answered to transport forward, under the motor in traction component 2 is provided described in power drive
Moping pulley 21 rotates, and effect is lower while lower moping pulley 21 and upper moping pulley 22 pulls the zipper strip 6 to transport forward, pressure zone group
Part 1 carries out marking work for guaranteeing that zipper strip 6 keeps straight condition during transportation, convenient for soldering tip 37 on zipper strip 6.
Surely very little data can be arranged in the utility model in advance, and the distance between two neighboring label is arranged, when zipper strip 6 runs a spacing
From rear, motor stalls, the decline of soldering tip 37 carries out marking, and automatic marking may be implemented in this way.If set in advance on zipper strip 6
Part vacancy is set for subsequent cutting, then when zipper strip 6 is run to 49 lower section of sensing chip, sensing chip 49 can be to moving down
Dynamic, the bottom of sensing chip 49 can drop in the vacancy, and L arm is rotated in the pin hole by columnar projections at this time makes vertically
Arm 46 is swung, and dynamic answers spring 48 to stretch while upright arm 46 is swung, and senses induction spring with space-time inductor 47
48 movable signal, vacancy inductor 47 issue vacancy electric signal to traction component 2 and ultrasonic module 3, at this time traction component 2
Stop motion, the oscillator in ultrasonic module 3 start vibration and issue ultrasonic wave and generate high temperature to be transferred to soldering tip 37, while soldering tip 37
Decline cooperation marking mould 52 carries out marking to zipper strip 6, and soldering tip 37 rises after marking, and the lower rotation of moping pulley 21 drives the drawing
Chain belt 6 is to driving front, and sensing chip 49 moves up at this time, and the swing of upright arm 46 of L arm makes induction spring 48 be returned to original position.
The utility model cooperates the marking mould 52 in 52 component 5 of marking mould to complete by the soldering tip 37 in ultrasonic module 3
To the marking process of zipper strip 6, the both sides of zipper strip 6 is made to form the label after high temperature melt, and the cloth of the zipper strip 6 of mark
Band forms hard-edge after high-temperature process, since the strap limit of hard-edge is coagulated together after melting cooling, can solve
The flash phenomenon that zipper strip 6 occurs when subsequent fixed cun of cutting.
Embodiment 2
The embodiment only describes and the difference of above-described embodiment, remaining technical characteristic is same as the previously described embodiments.In
In the present embodiment, one marking protrusion 53 is set in one end of the upper surface of the marking mould 52, one on zipper strip 6
The surface for dividing chain belt to be located at the surface of marking protrusion 53, and the edge of chain belt is divided to be located at the marking protrusion 53, the drawing
In chain belt 6 close chain after engagement chain tooth vertically projection positioned at the marking protrusion 53 side, and with the print
Have a certain distance between mark protrusion 53, guarantee when soldering tip 37 carries out mark marking protrusion 53 and chain tooth on the zipper strip 6 into
Row contact, damages chain tooth.
Embodiment 3
The embodiment only describes and the difference of above-described embodiment, remaining technical characteristic is same as the previously described embodiments.In
In the present embodiment, the marking protrusion 53 is entity, and the cross section of the marking protrusion 53 is in polygon or semicircular arc
One kind.
According to the disclosure and teachings of the above specification, the utility model those skilled in the art can also be to above-mentioned reality
The mode of applying is changed and is modified.Therefore, the utility model is not limited to specific embodiment disclosed and described above, right
Some modifications and changes of utility model should also be as falling into the protection scope of the claims of the present utility model.In addition, although
It is used some specific terms in this specification, these terms are merely for convenience of description, does not constitute to utility model
Any restrictions.
Claims (10)
1. a kind of zipper fully-automatic supersonic marking machine, which is characterized in that including the pressure zone group being mounted in complete machine rack
Part, traction component, ultrasonic module, marking membrane module and vacancy inductive component；The ultrasonic module is arranged in the pressure zone
Between component and the traction component and the top of the marking membrane module is set, the pressure zone component, vacancy inductive component,
Marking membrane module and traction component are successively set in the complete machine rack, and zipper strip successively passes through the pressure zone component, vacancy
Inductive component, marking membrane module and traction component, the traction component provide power and drive the zipper by the pressure zone component
It is moved to the direction of the traction component, setting vacancy inductor is for incuding the zipper strip on the vacancy inductive component
Vacancy, the marking membrane module includes marking mould and the marking fixing seat that is fixed in the complete machine rack, the marking mould
It is fixed on the side of the marking fixing seat；The ultrasonic module moves up and down above the marking mould, and aligns
The zipper strip between the marking mould and the ultrasonic wave group component carries out marking.
2. a kind of zipper fully-automatic supersonic marking machine according to claim 1, which is characterized in that the ultrasonic wave
Component includes fixing seat, lifting drive, oscillator and soldering tip, and the lifting drive includes driving device and mounting plate,
One end of the driving device is mounted on the upper surface of the fixing seat, and the mounting plate is fixed in the driving device, institute
Driving device is stated to move up and down relative to the fixing seat；The oscillator, the vibration is fixedly mounted in the side wall of the mounting plate
Son connects the soldering tip along axial one end, and the soldering tip is located at the surface of the marking mould.
3. a kind of zipper fully-automatic supersonic marking machine according to claim 2, which is characterized in that the oscillator packet
Oscillator ontology and the oscillator set that the oscillator ontology periphery is set are included, the oscillator set is fixedly connected with the mounting plate, and
Through-hole is arranged in the bottom of the oscillator set, and the soldering tip passes through the through-hole and connect with the oscillator bottom.
4. a kind of zipper fully-automatic supersonic marking machine according to claim 1, which is characterized in that the marking mould
The upper surface for extending upwardly beyond the marking fixing seat, marking mould upper surface along and the zipper strip transmission direction
The one or both ends of the upper surface of the marking mould are arranged in vertical direction setting marking protrusion, the marking protrusion.
5. a kind of zipper fully-automatic supersonic marking machine according to claim 4, which is characterized in that in the marking
Two marking protrusions are arranged in the upper surface both ends of mould, and two marking protrusions are drawn along the center symmetric setting of the marking mould
The surface that two of chain belt are divided to chain belt to be located at two marking protrusions, and two are divided to the edge of chain belt to be located at two prints
Mark the surface of protrusion.
6. a kind of zipper fully-automatic supersonic marking machine according to claim 2, which is characterized in that the soldering tip
Width is greater than the width of marking mould upper end.
7. a kind of zipper fully-automatic supersonic marking machine according to claim 1, which is characterized in that the vacancy sense
Answering component includes that vacancy upper fixed seat, vacancy lower fixed seat, L arm, the L arm being arranged in above the vacancy upper fixed seat are fixed
Seat, L arm fixing seat include horizontal base and the vertical base vertical with the horizontal base, the L arm include horizontal arm and with the water
The tie point of two orthogonal arms of the vertical upright arm of flat arm, the horizontal base and the L arm is rotatablely connected, described vertical
Arm is connect with the vertical base by incuding spring, and the vacancy inductor is arranged on the vertical base and the induction spring
Electrical connection is formed, the horizontal arm is placed in the groove of the horizontal base, and one end of the horizontal arm connects sensing chip, the sense
It answers the end of piece to be located above the zipper strip to contact with the zipper strip.
8. a kind of zipper fully-automatic supersonic marking machine according to claim 1, which is characterized in that the pressure zone group
Part includes pressure zone fixing seat, the upper pinch roller being arranged in the pressure zone fixing seat and lower pinch roller, and the zipper strip is from described
It is passed through between upper pinch roller and lower pinch roller.
9. a kind of zipper fully-automatic supersonic marking machine according to claim 1, which is characterized in that the traction group
Part includes traction fixing seat, the upper moping pulley being arranged in the traction fixing seat and lower moping pulley, the lower moping pulley connection
Motor, by lower moping pulley rotation described in the motor driven, the zipper strip is between the upper moping pulley and lower moping pulley
It passes through.
10. a kind of zipper fully-automatic supersonic marking machine according to claim 2, which is characterized in that the lifting
Driving device is cylinder.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822272801.XU CN209594904U (en) | 2018-12-29 | 2018-12-29 | A kind of zipper fully-automatic supersonic marking machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822272801.XU CN209594904U (en) | 2018-12-29 | 2018-12-29 | A kind of zipper fully-automatic supersonic marking machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209594904U true CN209594904U (en) | 2019-11-08 |
Family
ID=68398193
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822272801.XU Active CN209594904U (en) | 2018-12-29 | 2018-12-29 | A kind of zipper fully-automatic supersonic marking machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209594904U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111789348A (en) * | 2020-08-10 | 2020-10-20 | 广州市振宇拉链机械有限公司 | Pull head threading machine and pull head threading method |
| CN111975861A (en) * | 2020-07-28 | 2020-11-24 | 广州市振宇拉链机械有限公司 | Full-automatic ultrasonic punching two-in-one machine |
-
2018
- 2018-12-29 CN CN201822272801.XU patent/CN209594904U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111975861A (en) * | 2020-07-28 | 2020-11-24 | 广州市振宇拉链机械有限公司 | Full-automatic ultrasonic punching two-in-one machine |
| CN111789348A (en) * | 2020-08-10 | 2020-10-20 | 广州市振宇拉链机械有限公司 | Pull head threading machine and pull head threading method |
| CN111789348B (en) * | 2020-08-10 | 2022-06-28 | 广州市振宇拉链机械有限公司 | Pull head threading machine and pull head threading method |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN209594904U (en) | A kind of zipper fully-automatic supersonic marking machine | |
| JPH10154568A (en) | Pressure welding device and harness manufacturing method | |
| CN210333918U (en) | Parallel double-material-belt punching riveting equipment | |
| CN111390263A (en) | Numerical control is opened and is cut board all-in-one | |
| CN207697092U (en) | A kind of packaging carrier band process units | |
| US4682467A (en) | Chain forming method and apparatus | |
| CN209775997U (en) | take-up control device of automatic paillette decorating and arranging machine | |
| CN206937793U (en) | Dress ornament hangs an automatic assembly line | |
| CN213737600U (en) | Semi-automatic control's pile up neatly machine people manipulator | |
| JPH08216099A (en) | Cutting work device of thin material | |
| KR100923547B1 (en) | Height changable bridge apparatus for guiding plate in a rolling utility | |
| CN203234151U (en) | Length marking mechanism applied to various pieces of production equipment of zipper | |
| CN214458767U (en) | Embroidery machine with embroidery device | |
| CN202865659U (en) | Threading device for sewing joints of sealing strips | |
| CN108221255B (en) | Flannelette surface precision pattern ironing device | |
| CN104909214A (en) | Tension system of wire winding equipment | |
| CN112046021A (en) | High-speed welding machine for mask ear band | |
| CN111204010A (en) | Dog buckle product processing and forming machine | |
| CN108468148B (en) | Intelligent control jacquard glove knitting machine | |
| CN205651204U (en) | Flat -wire material evens up leading mechanism of rolling of rolling machine | |
| CN215697556U (en) | Pin bending device for semiconductor diode production | |
| CN215402260U (en) | High-speed wire rod packing clamping and conveying device | |
| CN204624843U (en) | The tension system of spooling equipment | |
| KR100819782B1 (en) | Anufacture system of fish-hook needle | |
| CN217144932U (en) | Zipper splicing equipment |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant |