CN211897372U

CN211897372U - Multi-sequin device and embroidery machine using same

Info

Publication number: CN211897372U
Application number: CN201922463581.3U
Authority: CN
Inventors: 胡聪伟; 鲁友强; 张维; 吴虹波; 周亦君
Original assignee: Huzhou Guanjiong Mechanical And Electrical Technology Co ltd
Current assignee: Huzhou Guanjiong Mechanical And Electrical Technology Co ltd
Priority date: 2019-12-31
Filing date: 2019-12-31
Publication date: 2020-11-10
Anticipated expiration: 2029-12-31

Abstract

The utility model discloses a many gold sheets device and use device's embroidery machine establishes the cutter of cutter unit spare into a cutter, set up this cutter in sending piece station department and being located the slice ware that cooperatees of sending of this station department and cut into slices, the cutter is equipped with the knife rest of installation location cutter and drives the sliced section driver of cutter, its beneficial effect is, installation, debugging, maintenance are convenient for all cutters, the cutter can be heavy relatively, durable, can prolong the life of cutter, the gold sheet of sending the piece ware more is cut to same cutter, the section effect is pleasing to the eye neat. The utility model discloses the cutter only need rotate the section, and transmission efficiency is high, and transmission simple structure, low in manufacturing cost has high manufacturing and practical value.

Description

Multi-sequin device and embroidery machine using same

Technical Field

The utility model relates to a many gold sheet devices and use device's embroidery machine.

Background

The multi-sequin device can output multiple sequins with multiple specifications and has higher output efficiency. The existing multi-gold-piece device usually comprises a cutter component matched with a corresponding multi-gold-piece conveying groove, and the existing cutter component is complex in structure and high in cost.

Disclosure of Invention

The utility model discloses a solve prior art in use, the problem that many gold sheet cutter unit section exists provides a cutter structure that the structure is simple relatively, and low cost's many gold sheet device is used.

The utility model provides a current technical scheme who has the problem be: a multi-sequin device comprises a multi-sequin feeding mechanism provided with at least two sets of sequin feeders, a cutter component matched with the feeding mechanism, a sequin feeding driver driving the corresponding sequin feeder on the sequin feeding mechanism to feed sequins, a sequin changing driver switching the corresponding or any set of sequins to a sequin feeding station to match the sequins with an embroidery needle, and a seat body positioning and mounting the sequin changing driver, the cutter component comprises a cutter arranged at the position of the slice feeding station and matched with the slice feeder at the position of the slice feeding station for slicing, a relatively fixed cutter holder and a relatively fixed slice driver, the moving knife of the cutter is provided with a knife shaft which can be rotatably arranged on the knife holder, the other end of the knife shaft is provided with a rotating arm, the slicing driver comprises a slicing driving motor and a swing rod or a balance wheel arranged on a motor shaft of the slicing driving motor, a connecting rod is arranged between the swing rod or the balance wheel and the rotating arm, and the cutter holder is fixed on the base body.

As a further improvement, the seat body is arranged in front of the film feeding mechanism, and the film changing driver is arranged behind the seat body and above the film feeding mechanism.

As a further improvement, the sheet changing driver drives the corresponding or any group of sheet feeders of the sheet feeding mechanism to slide to the sheet feeding station, and the cutter holder is arranged on the sliding path of the sheet feeding mechanism.

As a further improvement, the cutter holder is provided with a fixing plate fixed on the base body, the cutter holder is fixedly arranged on the fixing plate, and the bottom of the cutter holder is provided with a second cutter holder for mounting a cutter fixing cutter.

As a further improvement, the sheet feeding mechanism is also provided with a feeding mechanism which drives the sheet feeding mechanism to feed or retreat towards the embroidery needle to a proper position according to the specification and size of the sequin, and the proper position is a position where the upper and lower sheet feeders can feed the sequin to the normal embroidery sheet below the embroidery needle.

As a further improvement, the seat body is provided with an upper seat plate, the feeding mechanism comprises a second slider connected with the upper seat plate, a second screw rod matched with the second slider, a second driving motor driving the second screw rod to rotate, and a second seat plate connected with the second driving motor and the second screw rod in a positioning manner, and the second seat plate is provided with a second end seat plate for positioning the second screw rod.

As a further improvement, the slice driving motor is fixedly arranged on the upper seat plate.

As a further improvement, an end plate for fixing a sheet feeding motor arranged on the sheet feeding mechanism is arranged on the upper seat plate.

As a further improvement, the embroidery machine further comprises an upper section connected with the machine head of the embroidery machine, the upper section comprises a connecting plate connected with the machine head and a lifter fixed on the connecting plate and used for driving the sheet feeding mechanism to enter a working position or be away from the working position, and the corresponding end of the lifter is connected with the second seat plate.

As a further improvement, one end or both ends of the seat body are provided with an end seat, the sheet changing driver comprises a first screw rod rotatably arranged on the end seat, a first slide block matched with the first screw rod and connected with the sheet feeding mechanism, and a first driving motor connected with a first screw rod belt wheel and a belt and driving the first screw rod to rotate, the first driving motor and the first screw rod are arranged in parallel, and the sheet feeding motor and the first driving motor of the sheet feeding mechanism are arranged at the corresponding position behind the first screw rod in a back-to-back manner.

As a further improvement, the embroidery machine further comprises an upper section connected with the machine head of the embroidery machine, wherein the upper section comprises a connecting plate connected with the machine head and a lifter fixed on the connecting plate and used for driving the sheet feeding mechanism to enter the working position or leave the working position.

As a further improvement, the sheet feeding mechanism is an upper sheet feeding mechanism and a lower sheet feeding mechanism of the laminated sheet, and the cutting knife is an upper laminated sheet cutting knife and a lower laminated sheet cutting knife which correspond to the upper sheet feeding device and the lower sheet feeding device.

An embroidery machine comprises at least one machine head arranged on the embroidery machine, and the multi-sequin device of any scheme is arranged on the at least one machine head.

As a further improvement, one side of at least one machine head is provided with a multi-sequin device, and the other side is provided with a bead embroidery device.

The utility model discloses many gold sheet devices and use device's embroidery machine, the structure compares with prior art, cutter unit spare is including setting up in sending piece station department and being located the sliced cutter of sending piece ware matched with of this station department, the blade holder of relatively fixed, the section driver of relatively fixed setting, the sword that moves of cutter is equipped with the rotatable arbor that sets up on the blade holder, the other end of arbor is equipped with the rotor arm, the section driver includes section driving motor, set up pendulum rod or balance on section driving motor shaft, be equipped with the connecting rod between pendulum rod or balance and the rotor arm, the blade holder is fixed in on the pedestal. The cutter assembly has the advantages of simpler and more compact structure, low manufacturing cost of the whole structure and high manufacturing and practical values.

The utility model discloses but the device extensively is suitable for and installs on current embroidery machine, cooperatees with other functional device such as pearl embroidery device and installs on embroidery machine's aircraft nose. The utility model discloses the device embroidered piece section is efficient, and the cutter is convenient for maintain the rest.

Drawings

Fig. 1 is a schematic structural view of the device of the present invention installed on one side of an embroidery machine head.

Fig. 2 is a schematic structural diagram of the device removing machine head of the present invention.

Fig. 3 is an enlarged schematic view of fig. 2 at a.

Fig. 4 is a schematic view of the cutter assembly and the multiple gold piece device of the present invention partially engaged with each other.

Fig. 5 is a side view of the knife assembly of the present invention partially mated with a multiple gold device.

Fig. 6 is an enlarged schematic view at b of fig. 5.

Fig. 7 is a partial schematic view of another perspective of the present invention.

Detailed Description

Referring to fig. 1-7, a multi-sequin device comprises a multi-sequin feeding mechanism 100 provided with at least two sets of sequin feeders 101 side by side, a cutter assembly 200 matched with the feeding mechanism 100, a sequin feeding driver 102 driving the corresponding sequin feeder 101 to feed sequins, a sequin feeding station arranged on the sequin feeding mechanism 101, a sequin changing driver 103 switching the corresponding or any set of sequin feeders 101 to the sequin feeding station to match with an embroidery needle, and a seat 107 for positioning and installing the sequin changing driver 101. The cutter assembly 200 comprises a cutter 201, a cutter holder 202 and a slice driver 203, wherein the cutter 201 is arranged at a slice feeding station and matched with the slice feeder 101 at the station for slicing, the cutter holder 202 is fixed relatively, the slice driver 203 is fixedly arranged relatively, a movable cutter of the cutter 201 is provided with a cutter shaft 209 which is rotatably arranged on the cutter holder 202, the other end of the cutter shaft 209 is provided with a rotating arm 205, the slice driver 203 comprises a slice driving motor 206 and a swing rod 207 or a balance wheel which is arranged on a motor shaft of the slice driving motor 206, a connecting rod 208 is arranged between the swing rod 207 or the balance wheel and the rotating arm 205, and the cutter holder 202 is fixed on the base body 107.

The cutter 201 includes a cutting edge 204 and a handle of a crank arm, and the handle is rotatably disposed on the tool holder through a cutter shaft 209.

The seat 107 is disposed in front of the sheet feeding mechanism 100, and the sheet changing driver 103 is disposed behind the seat 107 and above the sheet feeding mechanism 100.

The film changing driver 103 drives the corresponding or any group of film feeders 101 of the film feeding mechanism 100 to slide to the film feeding station, the tool apron 202 is arranged on the sliding path of the film feeding mechanism 100, and the corresponding position on the tool apron 202 is provided with a notch groove 210 matched with the film guide plate 111 arranged on the film feeding mechanism.

The tool apron 202 is provided with a fixing plate 112 fixed on the base 107, the tool apron 202 is fixedly installed on the fixing plate 112, the bottom of the tool apron 202 is provided with a second tool apron 113 provided with a fixed cutter, the fixed cutter is arranged at the position where the second tool apron 113 is matched with the movable cutter, and the second tool apron 113 and the tool apron 202 can be connected through a transmission block.

The sheet feeding mechanism 100 is further provided with a feeding mechanism 57 for driving the sheet feeding mechanism 100 to feed or retreat toward the embroidery needle to a proper position according to the specification and size of the sequin, and the proper position is a position where the upper and lower sheet feeders 101 can feed the sequin to the normal embroidery below the embroidery needle.

The base body 107 is provided with an upper base plate 108, the feeding mechanism 57 comprises a second slider connected with the upper base plate 108, a second screw rod matched with the second slider, a second driving motor for driving the second screw rod to rotate, and a second base plate 58 connected with the second driving motor and the second screw rod in a positioning manner, and the second base plate 58 is provided with a second end base plate 59 for positioning the second screw rod.

The slice driving motor 206 is fixedly arranged on the upper seat plate 108.

The upper seat plate 108 is provided with an end plate 115 for fixing the film feeding motor 105 arranged on the film feeding mechanism 100.

The sheet changing driver 103 comprises a first screw rod rotatably arranged on the end seat, a first slider matched with the first screw rod and connected with the sheet feeding mechanism 100, and a first driving motor connected with a first screw rod belt wheel and a belt and driving the first screw rod to rotate, the first driving motor is arranged in parallel with the first screw rod, and the sheet feeding motor 105 and the first driving motor of the sheet feeding mechanism 100 are arranged at the corresponding position behind the first screw rod in the opposite direction.

The controller can be independently arranged and used for controlling the corresponding driver of the multi-sequin device or/and the corresponding motor to act, or the controller on the embroidery machine can be used for integrally controlling the multi-sequin device to work.

Each group of film feeders 101 can be independently arranged vertically, and film feeding mechanisms 100 comprising independent groups of film feeders are combined, or the film feeding mechanisms 100 can be formed by uniformly and integrally arranging a plurality of groups of film feeders 101. One or both ends of the sheet feeding mechanism 100 are provided with a sheet feeder end plate 104.

In the drawings of the present embodiment, each group of film feeders 101 is a single gold sheet feeding. Each sheet feeder 100 may be provided with a corresponding pick bar 51, sheet slot and pick bar 51 driver, and the pick bars 51 of each set of sheet feeders 101 are sleeved on a shaft which may be fixed to a sheet feeder end plate 104 of the sheet feeder. The driver of the piece poking rod 51 is a piece feeding motor 105, the piece feeding motor 105 is connected with a connecting rod assembly 106, the piece feeding motor 105 is fixed on a mounting plate, the connecting rod assembly 106 selects the piece poking rods 51 of any group of driven piece feeders 100, the connecting rod assembly 106 switches the corresponding group of the piece feeders 101 to the piece feeding station along with the driving of the piece replacing driver 103, and the selected piece poking rods 51 of the piece feeders 101 positioned at the piece feeding station are driven to feed pieces.

Referring to fig. 1-7, the link assembly 106 includes a feeding swing link 53 connected to the feeding motor 105, and a transmission link 56 engaged with the pick lever 51, the transmission link 56 being rotatably disposed on a rotating shaft, and a second link assembly being disposed between the transmission link 56 and the feeding swing link 53.

Of course, at least one set of film feeders 101 may be provided comprising upper and lower film feeders for the stack (not shown in the drawings for the stack) or all film feeders 101 may be upper and lower film feeders for the stack. The upper and lower sheet feeders respectively comprise corresponding upper and lower sheet shifting rods, upper and lower sheet grooves and sheet shifting rod drivers, the upper sheet shifting rod of the upper sheet feeder of each group of sheet feeders is sleeved on an upper shaft, the lower sheet shifting rod of the lower sheet feeder of each group of sheet feeders is sleeved on a lower shaft, each sheet shifting rod driver comprises an upper sheet feeding motor and a lower sheet feeding motor, the upper sheet feeding motor and the lower sheet feeding motor are respectively and correspondingly connected with an upper connecting rod assembly and a lower connecting rod assembly, one end of the upper shaft and one end of the lower shaft are fixed on a mounting plate of the multi-gold sheet device, the upper sheet feeding motor and the lower sheet feeding motor are fixed on the mounting plate, the upper connecting rod assembly and the lower connecting rod assembly select the upper sheet shifting rod and the lower sheet shifting rod of any group of sheet feeders to be driven, and the upper sheet shifting rod and the lower sheet shifting rod of the corresponding group are selected by the upper connecting rod assembly and the lower connecting rod of.

In order to facilitate rapid slicing and stacking, the cutter 201 is an upper and a lower stacking cutter corresponding to the upper and the lower sheet feeder. Both the lamination structure and the lamination cutter can completely adopt the prior art.

And an upper section connected with the embroidery machine head 9, the upper section including a connecting plate 91 connected with the embroidery machine head 9, and a lifter 300 fixed on the connecting plate 91 for driving the sheet feeding mechanism 100 to enter or leave the working position. The lifter 300 may be provided with a second fixing plate 92 and a corresponding sliding rail block assembly 93 fixed to the second fixing plate to enhance the stability of the lifter 300, and the corresponding end of the lifter 300 is connected to the second seat plate 58 to lift the whole device through the second seat plate 58. The lifter 300 may be implemented using a cylinder and corresponding rail assembly, or other known prior art. The lifter 300 is provided to facilitate the embroidery machine to achieve multi-purpose, and the embroidery sheet can be plain embroidered or used in cooperation with other embroidery such as bead embroidery.

The utility model also discloses an embroidery machine, including installing at least one aircraft nose 9 on embroidery machine, install above-mentioned arbitrary scheme on at least one aircraft nose 9 many sequins device.

As another scheme, a multi-sequin device is installed on one side of at least one machine head 9, and a bead embroidery device is installed on the other side. The mounting structure can also adopt the existing mounting mode and the existing bead embroidery device (the bead embroidery device is not shown in the figure).

The description of the embodiment of the present invention and the illustration of the drawings are only for explaining the inventive idea of the present invention, and the setting of its specific component or structure should not be taken as the limitation of the inventive idea protection scope, all are in the inventive idea, make corresponding adjustment or transformation to the corresponding component or structure, all should belong to the inventive protection scope.

Claims

1. The utility model provides a many gold plate device, including the many gold plates that are equipped with at least two sets of film feeders send piece mechanism, with send piece mechanism matched with cutter unit, drive to send the piece mechanism on corresponding film feeder send piece driver, switch corresponding or arbitrary group send piece ware to send piece station to send piece and embroidery needle complex replacement piece driver, the pedestal of location installation replacement piece driver, its characterized in that: the cutter component comprises a cutter, a cutter seat and a cutter driver, wherein the cutter is arranged at a position of a slice feeding station and matched with a slice feeder at the position of the station to form a slice, the cutter seat is fixed relatively, the slice driver is fixedly arranged relatively, a movable cutter of the cutter is provided with a cutter shaft which is rotatably arranged on the cutter seat, the other end of the cutter shaft is provided with a rotating arm, the cutter driver comprises a slice driving motor and a swing rod or a balance wheel which is arranged on a motor shaft of the slice driving motor, a connecting rod is arranged between the swing rod or the balance wheel and the rotating arm, and the cutter seat is fixed.

2. The multi-sequin device of claim 1, wherein: the seat body is arranged in front of the film feeding mechanism, and the film changing driver is arranged behind the seat body and above the film feeding mechanism.

3. The multi-gold device of claim 1 or 2, wherein: the film changing driver drives the corresponding or any group of film feeders of the film feeding mechanism to slide to the film feeding station, and the tool apron is arranged on the sliding path of the film feeding mechanism.

4. The multi-sequin device of claim 3, wherein: the cutter holder is provided with a fixing plate fixed on the base body, the cutter holder is fixedly arranged on the fixing plate, and the bottom of the cutter holder is provided with a second cutter holder for mounting a cutter fixing cutter.

5. The multi-sequin device of claim 3, wherein: the sheet feeding mechanism is also provided with a feeding mechanism which drives the sheet feeding mechanism to feed or retreat towards the embroidery needle to a proper position according to the specification and size of the sequins, and the proper position is a position where the upper and lower sheet feeders can feed the sequins to the normal embroidery sheet below the embroidery needle.

6. The multi-sequin device of claim 5, wherein: the seat body on be equipped with the bedplate, feed mechanism include the second slider of being connected with last bedplate, with second slider complex second lead screw, the rotatory second driving motor of drive second lead screw, the second bedplate of location connection second driving motor, second lead screw, the second bedplate be equipped with the second end bedplate of location second lead screw.

7. The multi-sequin device of claim 6, wherein: the slice driving motor is fixedly arranged on the upper seat plate.

8. The multi-sequin device of claim 7, wherein: the upper base plate is provided with an end plate for fixing a sheet feeding motor arranged on the sheet feeding mechanism.

9. The multi-sequin device of claim 8, wherein: the embroidery machine comprises a first seat plate, a second seat plate and a lifting device, wherein the first seat plate is connected with the first seat plate, the lifting device is fixed on the connecting plate, and the second seat plate is connected with the second seat plate.

10. The multi-sequin device of claim 9, wherein: the sheet changing driver comprises a first lead screw rotatably arranged on the end seat, a first sliding block connected with the sheet feeding mechanism and matched with the first lead screw, and a first driving motor connected with a first lead screw belt wheel and a belt and driving the first lead screw to rotate, wherein the first driving motor is arranged in parallel with the first lead screw, and the sheet feeding motor and the first driving motor of the sheet feeding mechanism are arranged at the corresponding position behind the first lead screw in a back-to-back manner.

11. The multi-sequin device of claim 1, wherein: the embroidery machine comprises a machine head, an upper section and a lower section, wherein the upper section is connected with the machine head and comprises a connecting plate connected with the machine head and a lifter which is fixed on the connecting plate and drives a sheet feeding mechanism to enter a working position or be far away from the working position.

12. The multi-sequin device of claim 1, wherein: the sheet feeding mechanism is an upper sheet feeding mechanism and a lower sheet feeding mechanism of the laminated sheet, and the cutter is an upper laminated sheet cutter and a lower laminated sheet cutter which correspond to the upper sheet feeder and the lower sheet feeder.

13. An embroidery machine, includes at least one aircraft nose installed on embroidery machine, its characterized in that: a multi-sequin device as claimed in any one of claims 1 to 12 mounted on at least one of the heads.

14. The embroidery machine as claimed in claim 13, characterized in that: and a multi-sequin device is arranged on one side of at least one machine head, and a bead embroidery device is arranged on the other side of the machine head.