CN208266426U - A kind of gold plaque structure for conveying, feeding mechanism and embroidery machine - Google Patents

Abstract

The utility model discloses a kind of gold plaque structure for conveying, feeding mechanism and embroidery machines, the gold plaque band of biasing pin hole is conveyed including positioning, the delivery chute of gold plaque, the delivery chute biases setting, the delivery chute of the biasing setting conveys below gold plaque to embroidered needle, and the gold plaque pin hole is just corresponding with embroidered needle；The pin hole biasing is set to any side of the gold plaque with center line, and the center line is the center line of left and right middle parting piece band, and the offset or dish is greater than 0.By the way that pin hole to be offset to any side of the center line of gold plaque band, when embroidering gold plaque, the delivery chute for biasing setting is conveyed below gold plaque to embroidered needle, and gold plaque will be fixed on fabric by embroider line from side, and embroider line will be far from notch.When gold plaque is overturn, the gap from the side embroider line overturn at relative smooth, overturning can the intervention to overturning of notch or reduction notch burr far from gold plaque, quickly overturn convenient for gold plaque.

Description

A kind of gold plaque structure for conveying, feeding mechanism and embroidery machine

Technical field

The utility model relates to a kind of gold plaque structure for conveying, feeding mechanism and embroidery machines.

Background technique

As Figure 7-9, continuous gold plaque 1 constitutes gold plaque band 1a to existing gold plaque (or being paillette), sets on each gold plaque 1 There is pin hole 11, pin hole 11 is set on center line of the gold plaque with 1a, and center line is the line in excessively each gold plaque center of circle simultaneously.Sequin embroidering During, gold plaque is conveyed one by one by feeding mechanism to be cooperated with embroidered needle, the pin hole of each gold plaque is conveyed just immediately below embroidered needle, Gold plaque is fixed on fabric by the embroider line of embroidered needle.During embroidered needle fixed gold plaque, gold plaque is cut by cutter from gold plaque band It is disconnected, there is apparent notch on the gold plaque of cutting, the wedge angle with more burr and both ends on notch, and remaining position of gold plaque It is then relatively smooth.As shown in Figure 2,3.Since pin hole is set on center line, the embroider line 9a of fixed gold plaque is by cutting across gold plaque Mouthful, gold plaque will be overturn, gold plaque can be turned over from embroider line 9a and gold plaque infall in switching process from the gap of fixed embroider line Turn and existing gold plaque can be rotated by axis of notch, burr and wedge angle are easy to hook fabric, cause gold plaque overturning unsmooth.

Generally for gold plaque convenient for overturning, pin hole is then arranged close to gold plaque edge, since pin hole is set on center line, i.e., Pin hole is generally proximal to incision setting, and cut wound is easy in this way in cutting-off process and cuts off pin hole.

In addition, being not easy when embroidering the more gold plaques of overlapping by the pin hole of multiple gold plaques and embroidered needle pair in the film advance mechanism of 90 ° of installations Together, debugging difficulty is big, even if the gold plaque completely to positive pin hole, that embroiders out is ineffective, and gold plaque excessive effects is bad.

Summary of the invention

The utility model is to solve existing gold plaque and there is gold plaque overturning in use to have some setbacks, be sliced easy cutter pin hole Upper, more sequin embroiderings are not easy the beautiful problem of alignment, provide a kind of easy-to-turn gold plaque structure for conveying, feeding mechanism and embroidery Machine.

The scheme that the utility model solves existing issue is: a kind of structure for conveying of gold plaque, including positioning conveying biasing needle The gold plaque band in hole, the delivery chute of gold plaque, the delivery chute bias setting, and the delivery chute conveying gold plaque of the biasing setting is extremely Below embroidered needle, the gold plaque pin hole is just corresponding with embroidered needle；The pin hole biasing is set to gold plaque appointing with center line Meaning side, the center line are the center line of left and right middle parting piece band, and the offset or dish is greater than 0.

The delivery chute biased direction and gold plaque pin hole biased direction is on the contrary, the delivery chute offset or dish is pin hole The distance of Center-to-Center line.

As a further improvement, at least meeting embroider line when the described pin hole offset or dish minimum and passing through the fixed gold plaque of pin hole Afterwards, along external arc overturning, the tangent line crossed at overturning does not intersect with notch or intersects just with the edge of the notch side gold plaque.

As a further improvement, the line and center line at the pin hole and gold plaque center are equipped with angle, the angle α For greater than 0 ° less than 360 °.Above-mentioned angle α is preferably 15 °, 30 ° 45 ° 60 ° 75 °.

A kind of structure for conveying conveying above-mentioned gold plaque, the delivery chute including positioning conveying gold plaque, the delivery chute are inclined It installs, the delivery chute of the biasing setting conveys below gold plaque to embroidered needle, and the gold plaque pin hole is just opposite with embroidered needle It answers.

A kind of structure for conveying feeding mechanism, the feeding mechanism including single or double gold plaque, the feeding mechanism are equipped with upper The substrate of the delivery chute stated, gold plaque driving structure, lower cutter on gold plaque.

A kind of embroidery machine using above-mentioned feeding mechanism, including at least one head, the head are equipped at least One shank, the head are equipped with above-mentioned feeding mechanism, and the feeding mechanism send piece and corresponding shank to cooperate.

As a further improvement, setting at least one described head, there are two feeding mechanisms, and described two are sent piece machine Structure is installed on the side of head and the front of corresponding side in 90 ° of angles.

The invention also discloses a kind of methods for embroidering gold plaque, and pin hole is offset on each gold plaque of gold plaque band, The delivery chute of one biasing of feeding mechanism setting, which conveys, to be cooperated immediately below gold plaque to embroidered needle with embroidered needle, gold plaque pin hole to be conveyed to embroidered needle Corresponding position, embroidered needle downlink embroider the gold plaque on fabric, which will be cut off at least before being fixed by embroider line by cutter, the biasing Delivery chute biased direction with gold plaque pin hole biased direction on the contrary, delivery chute offset or dish be pin hole Center-to-Center line at a distance from, The offset or dish is greater than 0.

As a further improvement, the pin hole offset or dish is the integral multiple of pin hole.

The gold plaque structure for conveying, feeding mechanism and embroidery machine of the utility model compared with prior art, by by pin hole It is offset to any side of the center line of gold plaque band, when embroidering gold plaque, the delivery chute for biasing setting is conveyed below gold plaque to embroidered needle, gold Piece will be fixed on fabric by embroider line from side, and embroider line will be far from notch.Gold plaque overturn when, by the gap from the side embroider line around It is overturn at relative smooth, overturning notch far from gold plaque or can reduce intervention of the notch burr to overturning, quickly turn over convenient for gold plaque Turn.The beneficial effect is that the utility model structure is simple, convenient to carry out, convenient for quickly overturning, the gold plaque for effectively solving industry is turned over The common fault turned.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the utility model gold plaque band.

Fig. 2 is the enlarged diagram of the utility model gold plaque.

Fig. 3 is the enlarged diagram at Fig. 2 a.

Fig. 4 is the enlarged diagram at Fig. 2 b.

Fig. 5 is the structural schematic diagram of structure for conveying.

Fig. 6 is the structural schematic diagram of double gold plaques.

Fig. 7 is the structural schematic diagram of existing gold plaque.

Fig. 8 is the schematic diagram of existing gold plaque structure for conveying.

Fig. 9 is the structural schematic diagram of existing gold plaque being fixed on fabric.

Specific embodiment

Referring to Fig. 1-6, the implementation case includes that at least one continuous gold plaque 1 constitutes gold plaque band 1a, and gold plaque 1 is equipped with needle Hole 11, the biasing of pin hole 11 are set to any side of the gold plaque with 1a center line 2, and center line 2 is left and right middle parting piece in 1a Heart line, center line 2 are line of the gold plaque with 1 center of gold plaque on 1a.Above-mentioned is left and right for front side, and front side is then gold plaque band 1a The direction of conveying, i.e., with respect to gold plaque with orientation locating for 1a embroidered needle.Offset or dish is greater than 0.Offset or dish can be in non-central line 2 On any position, preferably at least far from notch 5, when making the fixed gold plaque of embroider line, pin hole offset or dish can be the whole of pin hole 11 Several times.Notch 5 is the notch that sequin cutter cuts off that continuous gold plaque is formed, and notch, which can be, protrudes from gold plaque 1 or incision gold plaque 1 Form wedge angle.

It is preferred as the implementation case, when 11 offset or dish minimum of pin hole, at least meets embroider line 9a and pass through the fixed gold of pin hole After piece, along external arc overturning, the tangent line crossed at overturning does not intersect with notch or intersects just with the edge of the notch side gold plaque. Referring to Fig. 3, intersect for tangent line 6 with notching edge.It can guarantee the quick overturning of gold plaque 1 in this way.

Further, the line and center line at pin hole 11 and gold plaque center are equipped with angle, and angle α is to be less than greater than 0 ° 360°.Angle α is usually 15 °, 30 ° 45 ° 60 ° 75 °, can be realized by left and right, the upper and lower overturning of gold plaque 1 greater than 90 ° Other related angles.

Angle α is 45 °, during embroidering more gold plaques in this way in the implementation case, and angle is two feeding mechanisms of 90 ° of installations The gold plaque of conveying can be completely overlapped.It is easy to positive pin hole.

A kind of structure for conveying conveying above-mentioned gold plaque 1, the delivery chute 3 including positioning conveying gold plaque 1, delivery chute 3 bias Setting, the delivery chute 3 for biasing setting convey gold plaque to 4 lower section of embroidered needle, and gold plaque pin hole 11 is just corresponding with embroidered needle 4.Specifically, defeated 3 biased direction of slot and 1 pin hole of gold plaque, 11 biased direction are sent on the contrary, 3 offset or dish of delivery chute is 11 Center-to-Center line 2 of pin hole Distance.Delivery chute 3 may be disposed on substrate 31, can also be surrounded by bottom plate and two sides along plate.

In the implementation case, delivery chute 3 is set on substrate 31, and substrate 31 is mountable on existing feeding mechanism, existing Some feeding mechanisms can be the feeding mechanism of single or double gold plaque, feeding mechanism be equipped with driving gold plaque conveying driving structure, Cut off the upper and lower cutter of gold plaque.Gold plaque driving structure can be to be dialled with what the cooperation of 1 pin hole 11 of gold plaque, driving gold plaque 1 were progressively advanced Fork or the gear being adapted with pin hole 11.

A kind of embroidery machine using above-mentioned feeding mechanism is equipped at least one head on embroidery machine, and head is equipped with At least one shank, head are equipped with above-mentioned feeding mechanism, and feeding mechanism send piece and corresponding shank to cooperate.

It can wherein be set on any one or more heads there are two feeding mechanism, two feeding mechanisms are installed in 90 ° of angles In the side of head and the front of corresponding side.It send sheet mode as shown in Figure 6.Two feeding mechanisms conveying of mutual angle in 90 ° Gold plaque, the angle α on gold plaque are 45 °, and gold plaque pin hole can be very good to be overlapped, convenient for by the more aesthetically pleasing of sequin embroidering.

The invention also discloses a kind of methods for embroidering gold plaque, and pin hole 11 is offset to each gold plaque 1 of the gold plaque with 1a On, it conveys in the delivery chute 3 of one biasing of feeding mechanism setting and cooperates immediately below gold plaque 1 to embroidered needle 3 with embroidered needle, gold plaque 1 to be conveyed Pin hole 11 to 4 corresponding position of embroidered needle, 4 downlink of embroidered needle embroiders the gold plaque on fabric, which at least wants before fixed by embroider line 9a It is cut off by cutter, 3 biased direction of delivery chute of the biasing is with 1 pin hole of gold plaque, 11 biased direction on the contrary, 3 offset or dish of delivery chute is The distance of 11 Center-to-Center line 2 of pin hole, offset or dish are greater than 0.

Claims (8)

1. a kind of gold plaque structure for conveying, it is characterised in that: the gold plaque band including positioning conveying biasing pin hole, the delivery chute of gold plaque, The delivery chute biases setting, and the delivery chute of the biasing setting conveys below gold plaque to embroidered needle, the gold plaque pin hole Just corresponding with embroidered needle；The described pin hole biasing is set to any side of the gold plaque with center line, the center line be it is left, The offset or dish of the center line of parting piece band in the right side, pin hole is greater than 0.

2. structure for conveying as described in claim 1, it is characterised in that: the delivery chute biased direction and gold plaque pin hole biases Contrary, the delivery chute offset or dish is the distance of pin hole Center-to-Center line.

3. structure for conveying as claimed in claim 1 or 2, it is characterised in that: at least full when the described pin hole offset or dish minimum After sufficient embroider line is by the fixed gold plaque of pin hole, along external arc overturning, the tangent line crossed at overturning intersect or lucky gold plaque with notch Intersect with the edge of the notch side.

4. structure for conveying as claimed in claim 3, it is characterised in that: the line and center line of the pin hole and gold plaque center Equipped with angle, the angle α is greater than 0 ° less than 360 °.

5. structure for conveying as claimed in claim 4, it is characterised in that: the angle α is 15 °, 30 ° 45 ° 60 ° 75 °.

6. a kind of structure for conveying feeding mechanism, the feeding mechanism including single or double gold plaque, it is characterised in that: the feeding mechanism Substrate including delivery chute set by lower cutter on gold plaque driving structure, gold plaque, structure for conveying as claimed in claim 5.

7. a kind of embroidery machine, including at least one head, the head is equipped with shank, and the head is equipped with such as right It is required that feeding mechanism described in 6, the feeding mechanism send piece and corresponding shank to cooperate.

8. embroidery machine as claimed in claim 7, it is characterised in that: send piece machine there are two setting at least one described head Structure, two feeding mechanisms are installed on the front of the side and corresponding side of head in 90 ° of angles.