CN201095688Y - Double-gold-sheet embroidering computer embroidery machine - Google Patents

Abstract

The utility model discloses a double-sequin embroidery computerized embroidery machine, which has a compact structure, economical investment cost, convenient operation and high production efficiency. The utility model consists of a stander, a plain embroidery nose and a sequin-conveying mechanism. The sequin-conveying mechanism consists of an electric motor arranged on an electric motor mounting plate; two sets of shifting fork assembly parts, which can be connected with the output shaft end of the electric motor; limit pieces matched with the shifting fork assembly parts; and a sequin sliding channel with a long trough. The shifting fork assembly parts are arranged on a connecting plate, a drive device is additionally arranged on the electric motor mounting plate and the drive device can cause the connecting plate to move left and right, and the output shaft end of the electric motor is arranged with a shifting fork switching piece and the two sets of shifting fork assembly parts can be connected with the shifting fork switching piece respectively when the connecting plate moves left and right. The double-sequin embroidery computerized embroidery machine is applicable to the sequin embroidery of garments, home textiles and handicraft articles and so on.

Description

Computer embroidery machine of double gold plaques

Technical field

The utility model relates to a kind of computerized emboridering machine, relates in particular to a kind of two gold plaque computerized emboridering machines of the two kinds of specification gold plaque embroidery that can hocket under not shutdown situation.

Background technology

Along with the raising of people's living standard, the color and the flower type of clothes are had higher requirement, because it is strong to have embroidery elegance, fashion, the third dimension of gold plaque embroidery pattern, be subjected to liking of people in recent years, particularly be subjected to Ms and children's favor deeply.This gold plaque embroidery all was to adopt artificial the embroidery to do originally, in order to enhance productivity, satisfied need of industrial production, now successfully developed fold sheet embroidering computer embroidery machine.But this fold sheet embroidering computer embroidery machine generally can only be finished a kind of embroidery of specification gold plaque; and with the variation of the type of blossoming; more and more general with a kind of pattern of spending in the type gold plaque that adopts different size to arrange in pairs or groups mutually; at this moment need be after a kind of gold plaque embroidery of specification be finished; shut down the gold plaque of changing another kind of specification again; just can finish an embroidery process of flower type; this not only can have influence on the raising of production efficiency; simultaneously also can increase operative employee's labour intensity, and can have influence on the quality of embroidery.So the producer that has has just developed a kind of Computer embroidery machine of double gold plaques, this equipment is provided with two cover film transport mechanisms simultaneously by front or the both sides at head, though can finish the alternately embroidery of two kinds of specification gold plaques, improved production efficiency, but because two cover film transport mechanisms need be provided, so it is more that its cost of investment increases, and owing to film transport mechanism is set up on the flat-bed machine head, thereby make the installing space of equipment be subjected to certain limitation, can not solve the embroidery problem of head apart from two kinds of specification gold plaques of less computerized emboridering machine.

The utility model content

The technical problems to be solved in the utility model provides the Computer embroidery machine of double gold plaques of province of a kind of compact conformation, cost of investment.

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 frame, frame is provided with the plain embroidery head, described plain embroidery head one side is provided with film transport mechanism, described film transport mechanism comprises the motor that is arranged on the motor mounting plate, the shift fork sub-assembly that can link to each other with the motor output shaft end, locating part that matches with the shift fork sub-assembly and the gold plaque slideway that has elongated slot, also comprise connecting plate, described shift fork sub-assembly is arranged on the connecting plate, the quantity of described shift fork sub-assembly is two groups, elongated slot quantity is two on described locating part and the gold plaque slideway, also be provided with drive unit on the described motor mounting plate, described drive unit can make the connecting plate move left and right, described motor output shaft end is provided with the shift fork switch piece, when the connecting plate move left and right, two groups of shift fork sub-assemblies can be connected with the shift fork switch piece respectively.

As preferably, described drive unit comprises cylinder, the guide rail that is connected with motor mounting plate and is arranged at the guideway that the slideway on the motor mounting plate is formed that described guide rail is fixedlyed connected with connecting plate.

The utility model compared with prior art, owing to only need to adopt a cover film transport mechanism, and one only need join a motor in the cover film transport mechanism and can finish the gold plaque of two kinds of specifications and carry, thereby finish the alternately embroidery of two kinds of specification gold plaques, so compact conformation, cost of investment are economized.

Description of drawings

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

Fig. 2 is the structural representation of film transport mechanism among Fig. 1;

Fig. 3 is the enlarged left view of the locating part among Fig. 2;

Fig. 4 be among Fig. 2 gold plaque slideway vertical view;

Fig. 5 is that the A-A of Fig. 4 is to amplification profile;

Fig. 6 is that the B of Fig. 2 is to partial view;

Fig. 7 is that shift fork switch piece C among Fig. 6 is to zoomed-in view.

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: the utility model comprises frame 30, and frame 30 is provided with plain embroidery head 31, and plain embroidery head 21 1 sides are provided with film transport mechanism 32.

As Fig. 2, shown in Figure 6: film transport mechanism 22 comprises motor mounting plate 1, be provided with motor 2 in motor mounting plate 1 one sides, be provided with connecting plate 3 at motor mounting plate 1 opposite side, motor 2 output axle heads pass connecting plate 3, on connecting plate 3, be provided with fixed axis 4, fixed axis 4 rows of submitting are provided with two groups of shift fork sub-assemblies being made up of swing arm 5 and shift fork 6, are provided with locating part 7 above shift fork 6, and shift fork 6 belows are provided with gold plaque slideway 8.

As shown in Figure 3: the quantity of locating part 7 is two, with the shift fork 6 corresponding settings in two groups of shift fork sub-assemblies, its bottom can be respectively contacts with shift fork 6 in two groups of shift fork sub-assemblies, by adjusting and shift fork 6 position contacting, reach the distance of control shift fork displacement, to adapt to the conveying requirement of different size gold plaque.

As Fig. 4, shown in Figure 5: gold plaque slideway 8 is provided with two elongated slots 20, corresponding with two groups of shift fork sub-assemblies respectively, elongated slot 20 is up-narrow and down-wide type, and the width dimensions of top width dimensions and shift fork 6 ends is suitable, and the width dimensions below the elongated slot 20 and the width dimensions of gold plaque are suitable.

As shown in Figure 6 and Figure 7: be provided with the shift fork switch piece 10 that has U type groove 9 at motor 2 output axle heads, be provided with connecting pin 11 in the upper end of swing arm 5, connecting pin 11 on two groups of shift fork sub-assemblies is provided with in opposite directions, the width of rebate size of the U type groove 9 on the outside dimension of connecting pin 11 and the shift fork switch piece 10 is suitable, on motor mounting plate 1, also be provided with drive unit, drive unit comprises cylinder 12, the output of cylinder 12 is connected with connecting plate 3, on connecting plate 3, also be provided with guide rail 13, motor mounting plate 1 is provided with slideway, the outside dimension of guide rail 13 and the internal diameter size of slideway are suitable, be provided with link stopper 14 in the end of guide rail 13, the output shift length of adjustable displacements of cylinders 12.

The course of work of the present utility model is:

Under the control of computer program, during the gold plaque embroidery that matches when need left side shift fork sub-assembly, drive unit work, connecting plate 3 is moved right, so driving two groups of shift fork sub-assemblies moves right, thereby the one group of shift fork sub-assembly in the shift fork switch piece 10 and the left side is connected, at this moment motor is started working, shift fork switch piece 10 drives swing arm 5 and turns an angle, make shift fork 6 drive the spacing of a gold plaque of gold plaque reach, thereby finish the course of conveying of a gold plaque, so circulation, up to computerized control system generation signal, stop the gold plaque conveying and maybe need carry out the embroidery of another specification gold plaque; And when the gold plaque that needs the right shift fork sub-assembly to match is embroidered, under the effect of drive unit, connecting plate 3 is moved to the left, so driving two groups of shift fork sub-assemblies is moved to the left, thereby the one group of shift fork sub-assembly in shift fork switch piece 10 and the right is connected, can enters normal gold plaque feed status.So alternately automatically switch, realize the Alternating Transportation of different size gold plaque, make computerized emboridering machine finish the embroidery function of different size gold plaque.

Claims (2)

1, a kind of Computer embroidery machine of double gold plaques, comprise frame, frame is provided with the plain embroidery head, described plain embroidery head one side is provided with film transport mechanism, described film transport mechanism comprises the motor that is arranged on the motor mounting plate, the shift fork sub-assembly that can link to each other with the motor output shaft end, locating part that matches with the shift fork sub-assembly and the gold plaque slideway that has elongated slot, it is characterized in that also comprising connecting plate, described shift fork sub-assembly is arranged on the connecting plate, the quantity of described shift fork sub-assembly is two groups, elongated slot quantity is two on described locating part and the gold plaque slideway, also being provided with driving dress group on the described motor mounting plate puts, described drive unit can make the connecting plate move left and right, described motor output shaft end is provided with the shift fork switch piece, and when the connecting plate move left and right, two groups of shift fork sub-assemblies can be connected with the shift fork switch piece respectively.

2, Computer embroidery machine of double gold plaques according to claim 1, it is characterized in that described drive unit comprises cylinder, the guide rail that is connected with motor mounting plate and is arranged at the guideway that the slideway on the motor mounting plate is formed, described guide rail be connected extremely fixedly connected.

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