CN202023056U

CN202023056U - Bead tube embroidering device

Info

Publication number: CN202023056U
Application number: CN2011201011819U
Authority: CN
Inventors: 陈镇杆
Original assignee: Individual
Current assignee: Individual
Priority date: 2011-04-02
Filing date: 2011-04-02
Publication date: 2011-11-02
Anticipated expiration: 2021-04-02

Abstract

The utility model discloses a bead tube embroidering device which has good cutting effect and good embroidery quality, and comprises an embroidering mechanism and a bead tube cutting mechanism, wherein the embroidering mechanism consists of a needle rod, a press foot on the needle rod and an embroidery needle below the needle rod; the bead tube cutting mechanism consists of a fixed cutter, a movable cutter matched with the fixed cutter and a driving mechanism; the embroidery needle is directly connected with the needle rod, the driving mechanism is arranged on the press foot and consists of a connecting block in the middle of the press foot and a power collision block connected with the connecting block and the power collision block can be contacted with the back of the movable cutter when descending along with the press foot. The bead tube embroidering device is applicable to embroidery of bead tubes in an embroidery machine.

Description

Pearl pipe embroidering device

Technical field

The utility model relates to a kind of pearl pipe embroidering computer embroidery machine, relates in particular to a kind of pearl pipe embroidering device that is used for.

Background technology

In pearl pipe embroidering computer embroidery machine anglicanum, conveying for the ease of the pearl pipe, end to end one by one pearl pipe is formed pearl pipe chain, when carrying out the embroidery of pearl pipe, owing to need to downcut on the pearl Guan Congzhu pipe chain one by one, so adopt at every turn pearl pipe foremost be transported to the moving knife below, make the edge of this pearl pipe corresponding with moving knife blade place, when moving knife is descending, after moving knife blade and stationary knife blade contact matching, with separating on this pearl Guan Congzhu pipe chain, then the pearl pipe is embroidered on the cloth with the embroidery pin that moving knife is simultaneously descending.Moving knife motion at present generally adopts shank to drive, promptly when shank is descending, pin folder on the shank will be run into the moving knife knife back, thereby make moving knife descending and descending along with shank, in the ordinary course of things, the time that the pin folder contacts with the moving knife knife back is slower, at this moment embroider pin and enter into the pearl tube hub more deeply, because the pearl pipe has certain height, after the embroidery pin enters the pearl pipe, upper thread forms the open angle that makes progress with the embroidery pin, make pearl pipe produce outside pulling force, and the size of pulling force enters the degree of depth of pearl pipe and increase along with embroidering pin, cause the pearl pipe to produce phenomenons such as inclination easily, cut off and the embroidery effect thereby influence the pearl pipe, thereby early cut-off pearl pipe helps improving the quality of embroidery.

The utility model content

The technical problems to be solved in the utility model provides that a kind of cut-out is effective, the measured pearl pipe of embroidery matter embroidering device.

In order to solve the problems of the technologies described above, the utility model is achieved through the following technical solutions:

The utility model comprises embroidery mechanism and pearl tube cut-off machine structure, described embroidery mechanism is made up of the embroidery pin of presser feet on shank, the shank and lower parts of needle, described pearl tube cut-off machine structure is made up of stationary knife, the moving knife that matches with stationary knife and driving mechanism, described embroidery pin directly is connected with shank, described driving mechanism is located on the presser feet, described driving mechanism is made up of the contiguous block in the middle of the presser feet, the moving knife collision block that is connected with contiguous block, and described moving knife collision block can contact with the moving knife knife back when descending with presser feet.

The utility model compared with prior art has following evident characteristic and beneficial effect:

1, cut-out is effective.Because the utility model adopts the driving mechanism that is connected with presser feet to make moving knife can fulfil Pipe Cutting ahead of schedule, avoid embroidering pin and enter the excessive active force of pearl tube hub generation more deeply, thereby improve the Pipe Cutting effect.

2, the embroidery quality is good.Because upper thread is in relaxation state during the utility model Pipe Cutting, can not produce outside pulling force to the pearl pipe, the Pipe Cutting quality is guaranteed, thereby improves the embroidery quality.

Description of drawings

Fig. 1 is a structural representation of the present utility model;

Fig. 2 is the presser foot schematic diagram that has driving mechanism among Fig. 1;

Fig. 3 is the presser foot schematic diagram of dismounting moving knife collision block among Fig. 2.

The specific embodiment

Below in conjunction with the drawings and the specific embodiments the utility model is described in further detail:

As shown in Figure 1 to Figure 3: the utility model comprises embroidery mechanism and pearl tube cut-off machine structure, embroidery mechanism is by shank 1, the embroidery pin 3 of presser feet 2 on the shank 1 and shank 1 below is formed, pearl tube cut-off machine structure is by stationary knife 5, moving knife 6 that matches with stationary knife 5 and driving mechanism are formed, do not establish the pin folder on the shank 1, embroidering pin 3 directly is connected with shank 1, be convenient to the installation of driving mechanism like this, driving mechanism is located on the presser feet 2, driving mechanism is by the contiguous block 7 in the middle of the presser feet 2, the moving knife collision block 8 that is connected with contiguous block 7 is formed, moving knife collision block 8 can contact with moving knife 6 knife back when descending with presser feet 2, can make moving knife 6 carry out Pipe Cutting in advance like this, thereby avoiding embroidering pin enters in the pearl tube hub more deeply, the pearl pipe is produced big outside pulling force, thereby improve Pipe Cutting quality and embroidery quality.

Claims

1. a pearl is managed embroidering device, comprise embroidery mechanism and pearl tube cut-off machine structure, described embroidery mechanism is made up of the embroidery pin of presser feet on shank, the shank and lower parts of needle, described pearl tube cut-off machine structure is made up of stationary knife, the moving knife that matches with stationary knife and driving mechanism, it is characterized in that described embroidery pin directly is connected with shank, described driving mechanism is located on the presser feet, described driving mechanism is made up of the contiguous block in the middle of the presser feet, the moving knife collision block that is connected with contiguous block, and described moving knife collision block can contact with the moving knife knife back when descending with presser feet.