CN220468296U - Twisting device for manufacturing ostrich feather knitting wool - Google Patents

Abstract

The utility model discloses a twisting device for manufacturing ostrich feather yarn, which comprises a yarn barrel frame, a yarn core barrel fixed on the yarn barrel frame through a rotating shaft, a yarn core wound on the yarn core barrel and a vertical rod fixed on the yarn barrel frame, wherein the yarn core is fixed on the yarn barrel frame through a rotating shaft; still including rotating the nail, rotate the nail and hang perpendicularly in the pole setting through the sinle silk, rotate the nail and install the disc structure in keeping away from pole setting one end. According to the twisting device, the rotatable nails drive the wire cores to vertically rotate so as to be convenient for winding feathers; through setting up the disc structure in 1/3 position department below the nail that rotates, the disc structure plays fixed balancing action, makes the power balance in each direction in the rotation process to make the nail be difficult for rocking when rotatory.

Description

Twisting device for manufacturing ostrich feather knitting wool

Technical Field

The utility model relates to a twisting device for manufacturing ostrich feather yarn.

Background

The brocade fabric is woven by mulberry silk, but the cotton and silver wires can be used for weaving the fabric except the mulberry silk, and the 'make-up' technology is to manually dig a pattern for weaving by a weaving master and weave various materials into the fabric in a back and forth winding mode. At present, in addition to the gold and silver wires, the brocade also tries to weave various special materials into the fabric, such as animal feather yarns, and bird feather yarns can be woven into the fabric in a manual pattern digging mode. But the length of the feathers of a typical bird is short, and of the available feathers, the ostrich feathers are long, with each individual feather being about 10cm in length. In ancient times, the feathers of the ostrich cannot be obtained, but the length of the feathers of the ostrich is very suitable for being twisted into feather yarns. The brocade cosmetic flower variety mainly uses different materials with different areas and widths according to different patterns, and can be introduced into the fabric through one feather when the patterns are smaller. However, when the width of the pattern exceeds 10cm, the feather can not be directly woven, the feather is required to be woven into the fabric in a feather yarn mode, and the feather yarn obtained by twisting the feather into the yarn has good saturation effect and strong third dimension when being woven into the fabric. In the prior art, a twisting device for manufacturing ostrich feather knitting wool is not provided.

Disclosure of Invention

The utility model aims to: the utility model aims to provide a twisting device capable of evenly twisting ostrich feathers to feather-forming knitting wool.

The technical scheme is as follows: the utility model relates to a twisting device for manufacturing ostrich feather yarn, which comprises a yarn barrel frame, a yarn core barrel fixed on the yarn barrel frame through a rotating shaft, a yarn core wound on the yarn core barrel and a vertical rod fixed on the yarn barrel frame, wherein the yarn core is arranged on the yarn core barrel; still including rotating the nail, rotate the nail and hang perpendicularly in the pole setting through the sinle silk, rotate the nail and install the disc structure in keeping away from pole setting one end.

The rotary nail comprises a vertical rod, a wire core bobbin, a hook I, a rotary nail, a hook II, a wire core, a hook II and a wire core, wherein the hook I is arranged at the top end of the vertical rod, the hook II is arranged at the end part, close to the vertical rod, of the rotary nail, one end of the wire core is fixed on the wire core bobbin, and the other end of the wire core penetrates out of the hook I and is wound on the hook II, so that the rotary nail is vertically suspended on the vertical rod through the wire core.

Wherein the rotary nail is provided with a disc structure at a position of 1/3 of its length.

Wherein, the rotary nail still is equipped with the handle of being convenient for take in disc structure below.

The outer diameter of the straight rod above the disc structure of the rotary nail is gradually increased along the direction away from the vertical rod.

The vertical rod is fixed on the linear cylinder frame through the rotating shaft, rotates relative to the linear cylinder frame through the rotating shaft, and is adjusted to be 70 degrees with the included angle of the horizontal plane during working.

The beneficial effects are that: compared with the prior art, the utility model has the following effects: according to the twisting device, the rotatable nails drive the wire cores to vertically rotate so as to be convenient for winding feathers; through setting up the disc structure in 1/3 position department below the nail of rotating, the disc structure plays fixed balancing effect, makes the ascending power balance of rotation in-process to make the nail be difficult for rocking when rotatory, the nail is not rocked when rotatory can make the sinle silk above the nail keep not rocking, thereby easily twist the operation of feather knitting wool.

Drawings

FIG. 1 is a partial structure elevation view of the twisting device of the present utility model;

FIG. 2 is a side view of the connection between the pole and the spool holder;

FIG. 3 is a schematic view of the structure of a rotary nail;

fig. 4 is a schematic view of the connection of a rotating nail suspended vertically from a pole by a wire core.

Detailed Description

As shown in fig. 1 to 4, the twisting device for producing ostrich feather yarn of the present utility model comprises a bobbin holder 1, a core bobbin 2 fixed on the bobbin holder 1 through a rotating shaft 6, a core 3 wound on the core bobbin 2, and a vertical rod 4 fixed on the bobbin holder 1, wherein the core bobbin 2 rotates relative to the bobbin holder 1 through the rotating shaft 6; the twisting device of the utility model further comprises a rotary nail 5, wherein the rotary nail 5 is vertically suspended on the vertical rod 4 through the wire core 3, and a disc structure 51 is arranged at one end, far away from the vertical rod 4, of the rotary nail 5.

Wherein, pole setting 4 top is equipped with couple I41, rotates nail 5 and is equipped with couple II52 in the tip that is close to pole setting 4, and on the bobbin of the sinle silk 2 was fixed to the one end of sinle silk 3, the other end of sinle silk 3 was worn out and twined on couple II52 from couple I41, makes to rotate nail 5 and hangs perpendicularly on pole setting 4 through sinle silk 3. That is, the wire core 3 is connected with the rotary nail 5 from the lower part of the hook I41, the rotary nail 5 is provided with a disc structure 51 at the position of 1/3 of the length of the rotary nail 5, the rotary handle 53 which is convenient to hold is further arranged below the disc structure 51, the rotary handle 53 is operated to rotate the nail 5, the disc structure 51 plays a role of fixing and balancing, and the nail 5 is not easy to shake when rotating.

The outer diameter of the straight rod above the disc structure 51 of the rotary nail 5 increases gradually along the direction away from the upright rod 4, and the structure cooperates with the disc structure 51 to enable the rotary nail 5 not to shake easily during rotation.

For convenient operation, the upright 4 is fixed on the linear cylinder frame 1 through a rotating shaft, the upright 4 rotates relative to the linear cylinder frame 1 through the rotating shaft, and in operation, the upright 4 is adjusted to have an included angle of 70 degrees with the horizontal plane.

The wire core adopts the same color as the ostrich feather, and is generally white 80D mulberry silk thread as the ostrich feather wire core, and if a black ostrich feather yarn is required, the wire core adopts a black wire core. The wire core 3 hangs in couple I41 below through fixing pole setting 4 on the line section of thick bamboo shelf 1 from pole setting 4 couple I41, during operation, adjusts pole setting 4 to 70 with the contained angle of horizontal plane, and the direction of pole setting 4 slope is manual operation side, the manual operation of being convenient for.

Firstly, all the ostrich feathers are finished, and the feathers with the length not less than 8cm are taken as twisting materials, so that too short feathers are not easy to fix in the twisting and rotating processes.

The mulberry silk core 3 is led out through a core bobbin 2 and hung on a hook I41, the lower part of the core 3 is connected to a nail hook II52, and the feather 10 is wound on the core between the hook I41 and the hook II 52. The method comprises the steps that an operator takes one feather from bottom to top, firstly winds the feather around a wire core, and holds the feather and the wire core by hands, when the right hand rotates a handle to drive a nail to rotate, the left hand uniformly moves upwards, the ostrich feather is wound around the wire core through the rotation of the nail, then the next feather is taken, the tail part (reserved for 0.5-1 cm in length) of the feather on the twisted feather wire presses the front end (pressed for 0.2-0.3 cm in length) of the newly taken feather, the feather and the wire core are held by hands, the nail is rotated, the feather is twisted, the ostrich feather yarn can be obtained repeatedly in this way, after the nail rotates to twist around three feathers, the twisting is stopped, the nail is automatically rotated to be no longer, and twisting is continued. The twisted ostrich feather knitting wool is spirally developed and is wound on silk to be twisted and formed.

Claims (6)

1. A twisting device for making ostrich feather knitting wool, characterized in that: the device comprises a wire barrel frame (1), a wire core bobbin (2) fixed on the wire barrel frame (1) through a rotating shaft (6), a wire core (3) wound on the wire core bobbin (2) and a vertical rod (4) fixed on the wire barrel frame (1); still including rotating nail (5), rotate nail (5) and hang perpendicularly on pole setting (4) through sinle silk (3), rotate nail (5) and install disc structure (51) in keeping away from pole setting (4) one end.

2. The twisting device for producing ostrich feather yarn according to claim 1, wherein: the utility model discloses a pole setting, including pole setting (4), rotary nail (5), pole setting (4) are equipped with couple I (41) on top, rotary nail (5) are equipped with couple II (52) near the tip of pole setting (4), and on the one end of sinle silk (3) was fixed on core bobbin (2), the other end of sinle silk (3) was worn out from couple I (41) and was twined on couple II (52), made rotary nail (5) hang perpendicularly on pole setting (4) through sinle silk (3).

3. The twisting device for producing ostrich feather yarn according to claim 1, wherein: the rotary nail (5) is provided with a disc structure (51) at a position of 1/3 of its length.

4. The twisting device for producing ostrich feather yarn according to claim 3, wherein: the rotary nails (5) are also provided with rotary handles (53) which are convenient to hold below the disc structures (51).

5. The twisting device for producing ostrich feather yarn according to claim 3, wherein: the outer diameter of the straight rod of the rotary nail (5) above the disc structure (51) is gradually increased along the direction away from the vertical rod (4).

6. The twisting device for producing ostrich feather yarn according to claim 1, wherein: the vertical rod (4) is fixed on the linear cylinder frame (1) through a rotating shaft, the vertical rod (4) rotates relative to the linear cylinder frame (1) through the rotating shaft, and when the linear cylinder frame is in operation, the vertical rod (4) is adjusted to an included angle of 70 degrees with the horizontal plane.