TWM578301U - Textile machine table with upper pan head structure - Google Patents

Abstract

The present invention proposes a textile machine platform comprising: a plurality of standing legs; a lower pan head structure disposed on one side of the standing legs and supported by the standing legs; a roll of cloth rods disposed relative to the lower pan head structure The other side of the standing legs is supported by the standing legs; and an upper pan head structure is disposed above the lower pan head structure, the upper pan head structure having a center of gravity, the center of gravity not exceeding a plurality of legs extending relative to the textile machine table; wherein the upper pan head structure and the lower pan head structure act together to woven at least one yarn to form a fabric The rod winds up the fabric.

Description

Textile machine with upper pan head structure

The present invention proposes a textile machine, in particular a textile machine having an upper pan head structure.

Please refer to FIG. 1A and FIG. BB, which respectively depict a knitting mechanism of a conventional textile machine, and a cross-sectional view of the knitting mechanism. As can be seen from the first A diagram, the knitting mechanism 1 is mainly composed of a single pan head structure 10, and as can be seen from the first B figure, after the skeleton 11 is disassembled, the knitting mechanism 1 further includes a cloth bar 12. When the knitting mechanism 1 is operated, the warp yarns are moved in the up and down direction by the traction of the pan head structure 10, and the warp yarns (not drawn) are used to pull the weft yarns back and forth in the left and right direction, so that the warp yarns can be utilized. The desired fabric is woven with the weft yarn, and the woven fabric is rolled up by the roll bar 12.

The knitting mechanism of this conventional textile machine has several disadvantages; firstly, since the number of pan heads is only one, the amount of yarn storage is extremely limited, and in addition, if different types of yarn limits are required, the operator also needs to replace the pan head. It takes time to work. In addition, in the operation mode of a single pan head, it is difficult to simultaneously woven the yarn of different materials, and the force caused by the rotation moment of the motor that drives the pan head is completely absorbed by the single pan head. Therefore, it is easy to tear the yarn.

Therefore, it is necessary to provide a new textile machine that can improve many of the disadvantages of the conventional textile machine.

The present invention proposes a textile machine platform comprising: a plurality of standing legs; a lower pan head structure disposed on one side of the standing legs and supported by the standing legs; a roll of cloth rods disposed relative to the lower pan head structure The other side of the standing legs is supported by the standing legs; and an upper pan head structure is disposed above the lower pan head structure, the upper pan head structure having a center of gravity, the center of gravity not exceeding a plurality of legs extending relative to the textile machine table; wherein the upper pan head structure and the lower pan head structure act together to woven at least one yarn to form a fabric The rod winds up the fabric.

Preferably, the upper pan head structure is disposed directly above the lower pan head structure.

Preferably, the upper pan head structure is disposed above the side thereof with respect to the lower pan head structure.

Preferably, the textile machine further has a force detecting device for detecting the tension of the yarns during weaving.

Preferably, the fabric is driven by direct current.

Preferably, the textile machine is based at least on the power loss of the fabric to determine the width of the textile machine and the width of the fabric.

Preferably, wherein the width of the textile machine is 190 cm, the width of the fabric It is 33 cm.

This creation is based on the arrangement of the upper disc head to weave the same or even different material in the fabric as the coiled disc structure, which can increase the weaving amount and improve the fabric material change. It can reduce the time for the operator to replace the pan head structure and effectively improve the output performance.

1‧‧‧Weaving mechanism

10‧‧‧Under head structure

11‧‧‧ skeleton

12‧‧‧Rolling rod

2‧‧‧Textile machine

20‧‧‧Under head structure

21‧‧‧ skeleton

22‧‧‧Rolling rod

23‧‧‧Upper head structure

24‧‧‧ foot

Figure A is a side view of a weaving mechanism of a conventional textile machine.

Figure 1B is a cross-sectional view of the weaving mechanism of Figure A.

The second drawing is a cross-sectional view showing the structure of an embodiment of the textile machine of the present invention.

Figure 3A is a side view of an embodiment of the textile machine of the present invention.

Figure 3B is a cross-sectional view of the weaving mechanism of Figure A.

Please refer to the second drawing, which is a structural sectional view of an embodiment of the textile machine of the present invention. Among them, the textile machine table 2 is mainly composed of a lower pan head structure 20, a cloth winding bar 22, an upper pan head structure 23, and a plurality of standing legs 24. Since the figure is a structural cross-sectional view, the lower pan head structure 20 and the roll bar 22 can be clearly seen as shown, wherein the lower pan head structure 20 is attached to one side of the plurality of standing legs 24, and the legs are 24 is supported, and the roll bar 22 is disposed on the other side of the legs 24 with respect to the lower pan head structure 20 and is supported by the legs 24. Actually, however, due to the mounting of the skeleton 21, the skeleton 21 is a lower pan head structure 20 that covers a portion and a bobbin rod 22 that is located on the side of the lower pan head structure 20 from the point of view of the drawing.

The technical feature of the present invention is that an upper pan head structure 23 is placed over the lower pan head structure 20 for weaving yarns of the same or different material as those of the lower pan head structure 20. The mounting position of the upper pan head structure 23 is located above the lower pan head structure 20, but is not limited to the upper side thereof, and may be located above the side of the lower pan head structure 20; this is because the function of the plurality of standing legs 24 is It is used to support the entire textile machine table 2, so that the center of gravity of the upper pan head structure 23 does not exceed the range of the plurality of standing legs 24 with respect to the textile machine table 2.

In the second figure, the weaving machine 2 is actuated by cooperating with the lower pan head structure 23 and the lower pan head structure 20 for weaving at least one yarn to form a fabric, and by the roll bar 22 The fabric is rolled up. Due to the arrangement of the upper pan head structure 23, it is possible to weave the same yarn as the one of the lower pan head structure 20, in particular, a yarn of a different material.

Please refer to FIG. 3A and FIG. 3B, which are side views of an embodiment of the textile machine according to the present invention, and a cross-sectional view thereof. As can be seen from these two figures, due to the arrangement of the upper pan head structure 23, the same or even different material of the yarn wound by the lower pan head structure 20 can be woven, so that the weaving machine can not only increase the weaving amount. And improve the fabric material changes, and can reduce the time for the operator to replace the pan head structure, effectively improve production performance.

In addition, since there is a considerable distance between the upper pan head structure 23 and the lower pan head structure 20, it is also possible to provide a tension detecting device (not drawn) in the distance, by which the yarn detecting device can detect the yarn during weaving. Tension can not only prevent the occurrence of broken wires, but also stabilize the tension of the yarn and improve the quality of the fabric.

Furthermore, since the fabric woven by this creation uses direct current as a power source for heating, it is estimated according to the common transformer voltage (19V, 24V, etc.) and terminal withstand current (4.5A) on the market. It can supply less than 100W of electric energy, which corresponds to this creation. The power loss of the woven fabric, through experiments and calculations, shows that the width of the fabric is 33 cm, which can be used more flexibly in the length of the cloth. Therefore, the width of the textile machine of this creation is designed to be 190 cm, and the width of the knitted fabric is designed to be 33 cm, which is the best use of the width of the textile machine.

In summary, the creation of the fabric is made by weaving the yarn in the fabric with the same or even different material as the coiled disc structure, which can increase the weaving amount and improve the fabric material. The change can also reduce the time for the operator to replace the pan head structure and effectively increase the output performance.

Claims (7)

A textile machine platform comprising: a plurality of standing legs; a lower pan head structure disposed on one side of the standing legs and supported by the standing legs; a roll of cloth rods disposed on the standing legs relative to the lower pan head structure The other side is supported by the standing legs; and an upper pan head structure is disposed above the lower pan head structure, the upper pan head structure having a center of gravity, the center of gravity not exceeding the plurality of standing feet Relative to the range of the textile machine; wherein the upper pan head structure and the lower pan head structure act together to woven at least one yarn to form a fabric, which is The fabric is rolled up. The textile machine of claim 1, wherein the upper pan head structure is disposed directly above the lower pan head structure. The textile machine of claim 1, wherein the upper pan head structure is attached to the upper side thereof with respect to the lower pan head structure. A textile machine according to claim 1, wherein the textile machine further has a force detecting means for detecting the tension of the yarns during weaving. A textile machine as claimed in claim 1, wherein the fabric is driven by direct current. The textile machine of claim 5, wherein the textile machine is at least based on the power loss of the fabric to determine the width of the textile machine and the width of the fabric. The textile machine of claim 6, wherein the textile machine has a width of 190 cm and the fabric has a width of 33 cm.