KR200255852Y1 - Weaving machine for a pot cleaner - Google Patents

Abstract

The present invention relates to a composite yarn weaving scrubber knitting machine for weaving a loofah woven fabric with two or more yarns.

The present invention is a conventional scrubber knitting machine, a reduction gear for reducing the rotational force supplied from the power transmission unit, a cam wheel coaxially connected thereto, a tilting lever actuated by the cam wheel, a feed that is connected to the tilting lever Way; Pinholes are drilled in four rows on the periphery and pinplates are inserted into the pins, sprockets coaxially connected to them, fed by the conrods, working rods interviewed on the outer periphery of the pinplates, and weaving force of the working rods. Intermittent means made of a pipe shovel wire to transfer between the operation of the yarn feeder and the control device; It is characterized by consisting of.

The present invention makes it easy to weave loofah woven fabrics of various designs, and can also easily prepare for the weaving, and even when two or more yarns are mixed, the woven fabric can be woven in one layer. It is a useful and effective design to provide a device that can be utilized in the production of any type of scrubber by saving the cost of the yarn, preventing breakage of the yarn and evenly weaving the woven fabric.

Description

Weaving machine for a pot cleaner

The present invention relates to a composite yarn weaving scrubber knitting machine for weaving a loofah woven fabric with two or more yarns.

A scrubber knitting machine is a dedicated device for weaving narrow cloths using man-made or metal yarns, and weaving them in a cylindrical shape to enable continuous work. Strictly speaking, it refers to a knitting machine made of a scrubber material, such as making a circular scrubber by making a fabric or by embedding a disk-shaped sponge.

By the way, the scrubber was first used as a dishwashing tool by drying the network inside the natural plant scrubber, and this rough structure of the mesh has sufficient lather to generate enough friction with the tableware while generating enough lather. Because of our eating pattern, which has a wet food culture, it is perfect for washing dishes, and due to the increased demand due to its convenience, it is difficult to meet the demand with natural scrubbers. Now, it has been gradually developed, and nowadays, a scrubber having an uneven part or numerous protrusions is produced, which may be due to the development of a scrubber knitting machine such as the present invention.

In addition, the scrubber knitting machine was first used to improve the knitting machine for weaving gloves or socks due to its specifications and application convenience, but at present, a dedicated scrubber knitting machine is manufactured and used as an independent device due to sufficient demand. Due to the inherent limitation of the knitting machine, the overall device adopts a shared state as it is, but the continuous improvement is made in the construction of each part, and one of the inventions developed as part of this invention is the present invention. Prior to the description of the scrubber knitting machine of the conventional structure for convenience of understanding of the present invention is as follows.

That is, the conventional design has a 'silk intermittent device of a scrubber knitting machine' of Utility Model Publication No. 94-1738, which is, as shown in Figs. 5 and 6, the yarn supply unit 5 is formed on the plate 61 ) Moves the working rod 23 constituting the thread 52, the rotation of which is controlled by the holding force of the pressing plate 65, and the yarn feed intermittent portion 67 for controlling the rotation of the thread 52. By regulating the supply of the metal yarn 53, the yarn supply intermittent portion 67 is driven by the cam 63 and the rotary gear 22 by the movement of the follower 64. A link 11 including a key 66 for rotating the shaft, a rotary gear 22 that rotates in engagement with the key 66 that is a component of the link 11, and a wire that abuts with the rotary gear 22. By pulling and releasing 24, it constitutes the operating rod 23 which regulates the rotation of the thread 52.

Conventional design is configured as described above is a yarn in the power transmission unit 3 for transmitting the rotational force of the motor to the weaving section 4, the weaving section 4 and the weaving section 4 to weave with the transmitted power. The yarn supplied by adopting a conventional apparatus classified into the yarn supply section 5 for supplying the 53 as a base and adding a predetermined device to the yarn supply section 5 to interrupt the supply of the yarn 53. As the 53 is intermittently supplied, the yarn 53 of the release material is partially woven during weaving, and the yarn 53 (for example, metal yarn, etc.) intermittently supplied together with the cylindrical weaving is double woven and released. The advantage of having the part formed in the weave is that it can change the design of the manufactured scrubber or improve the frictional force, but the double weave causes waste of the yarn 53, and furthermore, due to the area of the double weave, 7) the shape chosen There are a lot of difficulties in using the loofah after the manufacture of the loofah, and there is a problem that the weaving efficiency of the yarn 53 is often dropped when weaving.

The present invention was developed to solve the above problems, while making it easy to weave a loofah woven fabric of various designs, it is also possible to easily prepare for the weaving, even when weaving two or more yarns mixed The present invention has been completed to provide a device that can be used in the manufacture of any type of loofah by allowing the woven fabric to be woven in a single layer, thereby saving yarn, preventing yarn breakage, and weaving the woven fabric evenly. Referring to the drawings to describe the present invention in detail as follows.

1 is an overall configuration of the present invention,

2 is a partially enlarged view of a main part of the present invention;

3 is an enlarged partial view of another main part of the present invention,

4 is another configuration of the present invention,

5 is a configuration diagram of a conventional design,

6 is a detailed configuration state of the main portion of the conventional design.

* Explanation of symbols for main parts of the drawings

1. Feeding means

11.Conrod 111.Spring 112.Latch

12. Tilting lever 13. Cam wheel 14. Reduction gear

2. Means of enforcement

21.Pin Plate 211.Pinhole 212.Pin

22. Sprocket 23. Operating rod 24. Tubing wire

3. Power transmission unit

31.Pulley 32.Belt

4. weave

41. Pintle 42. Needle 43.

5. Yarn Supply Department

51. Control unit 52. Bobbin 53. Yarn (thread)

54. Anti Tangle 55. Work Table

61.plate 62.support shaft 63.cam 64.follower

65. Pressure plate 66. Key 67. Yarn feed interlock

7. Weaving (for loofah)

1 is an overall configuration state of the present invention, Figure 2 is an enlarged state diagram showing only this portion in order to easily understand the details of the control means (2) which is the main part of the present invention, Figure 3 is another main part of the present invention It is a state figure which extracts and expands only this part so that the detail of the phosphorus weaving part 4 may be easily understood.

The present invention, as shown in the drawing, the power transmission unit 3 for transmitting the rotational force of the motor to the weaving section 4, the weaving section 4 and the weaving section 4 to weave with the transmitted power In a scrubber knitting machine comprising a yarn supply unit (5) for supplying yarn (53), it is coaxially connected to the reduction gear (14) for reducing the rotational force supplied from the power transmission unit (3) and the reduction gear (14). A feed means (1) comprising a cam wheel (13), a tilting lever (12) operated by the cam wheel (13), and a con rod (11) connected to the tilting lever (12) and supported by a spring (111); A plurality of pinholes 211 are drilled in four rows at the periphery thereof, and a pin plate 21 into which pins 212 are inserted, and a sprocket connected coaxially with the pin plate 21 and fed by the conrod 11. (22), the operation rod 23 to be interviewed on the outer periphery of each of the pin plate 21, and the retraction force of each of the operation rod 23 between the operation of the needle 42 of the weaving section (4) And an intermittent means (2) consisting of a pipe insertion wire (24) to be transmitted to the control unit (51) of the yarn supply unit (5); It is characterized by consisting of.

In the above structure, three or more pairs of the operating rod 23 and the pipe insertion wire 24 constituting the interrupting means 2 are provided, and the pin plate 21 is also provided with six or more rows of pinholes 211. It is preferable to characterize it.

4 is another configuration of the present invention.

In the above structure, the yarn supply unit 5 is a work table 55 of the plate, a plurality of bobbins 52 wound around the yarn 53 stacked on the work table, and the metal yarn wound around the bobbin 52 The bobbin 52 is preferably characterized by being covered with a cylindrical anti-entanglement 54 having an inner diameter slightly larger than its diameter and having the same height as the bobbin 52 wound around the chemical yarns.

For convenience of understanding of the present invention, a brief description will be made of a conventional loofah knitting machine, and the function of each component will be described below.

Conventional scrubber knitting machine as shown in Figs. 4, 5 and earlier, the power transmission unit 3 for transmitting the rotational force of the motor to the weaving unit 4 side, and the weaving unit weaving by the transmitted power (4) and a yarn supply portion 5 for supplying the yarn 53 to the weaving portion 4, the power transmission portion 3 is composed of a belt / pulley structure or a gear connection structure connected to the motor, It is to transfer the rotational force of the appropriately to the weaving section 4, the weaving section 4 is a plurality of pins 212 is vertically mounted in the cylindrical pintle 41, and the outer periphery of the pintle 41 When the swivel (not shown) rotates along the plurality of pins 212 up and down, the pins 212 weave the yarn 53 in order to weave the woven fabric 7 on the net.

In addition, in the knitting machine of the present invention, the weaving of the woven fabric 7 is possible even using a yarn 53 having two or more different properties. The yarn 53 used here is, for example, nylon and PP as a chemical yarn. Even if mono yarns are used and film-laminated silver yarns are used as the metal yarns, weaving is possible with good quality.

According to one configuration of the present invention, the present invention is made by adding a feed means 1 and an intermittent means (2) in the conventional loofah knitting machine, the feed means 1 is the power transmission unit (3) A reduction gear 14 for reducing the rotational force supplied from the cam, a cam wheel 13 coaxially connected to the reduction gear 14, a tilting lever 12 operated by the cam wheel 13, and the tilting lever 12 ), Which is connected to the spring, and becomes a condenser 11 which is supported by a spring 111. In the drawing, the large wheel is used as the pulley 31 so that power is transferred from the small pulley on the motor (not shown) side to the belt 32. The structure is decelerated and decelerated again by the gear ratio between the reduction gears 14, but any structure known in the art may be employed, and the final reduction gear 14 may be decelerated at an appropriate speed and coaxial. When the cam wheel 13 is connected to the rotation of the cam wheel 13 is bent The tilting lever 12 which is to the front end on the outer peripheral myeonchak while tilting (Tilting) according to bend and push the load container (11) associated with it a spring 11 is again wonbok the container rod 11.

In addition, the interrupting means 2 includes a pin plate 21 in which a plurality of pinholes 211 are drilled in four rows at a periphery thereof, and the pin plate 21 is inserted into the pin plate 21, and is coaxially connected to the pin plate 21. The sprocket 22 fed by the 11, the operation rod 23 interviewed on the outer periphery of each of the pin plates 21, and the retraction force of each of the operation rods 23 are needles of the weaving unit 4. It consists of a tube insertion wire 24 which is transmitted to the operation device 43 of the 42 and the control device 51 of the yarn supply part 5, and when the load 11 of the feed means 1 advances and retreats, The clasp 112 formed at the tip rotates the sprocket 22 by one feed, which rotates and feeds the pin plate 21 which is coaxially connected, and the pin plate 21 has four pinholes in a row. A plurality of 211 holes are provided so that the pins 212 can be inserted. For example, the pins 212 plugged into the first and third rows and the pins 212 plugged into the second and fourth rows may be inserted. When staggered, the working rods 23 contacting with them are moved forward and backward alternately, and the retraction is performed by alternately operating the two operation sections 43 and the control unit 51 through the pipe insertion wire 24. While the control device 51 alternately operates the bobbin 52 wound around the other yarn 53 to alternate the loosening of the yarn 53, the operation yarn 43 alternately alternates the other yarn 53 to the needle 42. ) So that the woven fabric 7 is woven with two yarns 53. At this time, the spacing of the pins 212 to be inserted into the pin plate 21 is generally matched with the feed distance of the sprocket 22, but the feed amount is smaller, 2 pitches or 3 pitches or more, the more dense woven fabric 7 It is also possible to weave).

According to another configuration of the present invention, in addition to the above-described configuration, three or more pairs of the operating rod 23 and the pipe insertion wire 24 constituting the interrupting means 2 are provided, respectively, and the pin plate 21 is also a pinhole ( 211) is provided with six or more rows, which allows the yarn 53 to be three or more, for example, two kinds of chemical yarns and one kind of metal yarn, and the operating principle of each part is the same as described above.

According to another configuration of the present invention, in addition to the configuration described above, the yarn supply unit 5 is a plurality of bobbins 52 wound around the work table 55 of the plate, the yarn 53 stacked on the work table, and The bobbin 52 wound around the metal yarn in the bobbin 52 has a slightly larger inner diameter and has a cylindrical anti-tangle tool 54 having the same height as the bobbin 52 wound around the chemical yarn. That is, the yarn supply unit 5 is not installed in the shaft as in the conventional bobbin 52 to rotate freely, provided a separate working table 55 to wind the respective yarns 53 to the bobbin 52 Simply stand on the workbench 55 in the state to simply complete the installation to improve the speed and convenience of installation, as well as to feed the yarn 53 while the bobbin 52 installed on the conventional shaft is rotated When weaving with yarn 53 and weaving with another yarn 53 The right side of the yarn 53 to be stopped supply is loosened a certain length by the rotational inertia force of the bobbin 52, which can be tangled by interference with other yarns 53 around the yarn, the yarn supply unit 5 of the present invention Since the bobbin 52 is piled up and piled up, the yarn 53 is pulled up and loosened upwards, so when the supply is cut off, the loosening stops immediately to prevent entanglement between the yarns 53. The outer periphery of the cylindrical tangles (54) to be covered to prevent tangling with the yarns (53) loosened from the other bobbins 52 placed around, the metal yarn is less flexible than chemical yarns bobbins (52) Even if it is unwound at), it tries to maintain the curved state when it is wound around the bobbin 52, and forms a large curve, and this curve occupies up to the bobbin 52 of the other yarn 53 in the periphery and between yarns 53. To prevent tangling The.

The present invention makes it easy to weave loofah woven fabrics of various designs, and can also easily prepare for the weaving, and even when two or more yarns are mixed, the woven fabric can be woven in one layer. It is a useful and effective design to provide a device that can be utilized in the production of any type of scrubber by saving the cost of the yarn, preventing breakage of the yarn and evenly weaving the woven fabric.

Claims (3)

A power transmission unit 3 for transmitting the rotational force of the motor to the weaving unit 4 side, and a yarn supply unit for supplying the yarn 53 to the weaving unit 4 and the weaving unit 4 that weave with the transferred power ( In the scrubber knitting machine which consists of 5), A reduction gear 14 for reducing the rotational force supplied from the power transmission unit 3, a cam wheel 13 coaxially connected to the reduction gear 14, and a tilting lever 12 actuated by the cam wheel 13; And a feed means (1) connected to the tilting lever (12) to be a con rod (11) supported by a spring (111); A plurality of pinholes 211 are drilled in four rows at the periphery thereof, and a pin plate 21 into which pins 212 are inserted, and a sprocket connected coaxially with the pin plate 21 and fed by the conrod 11. (22), the operation rod 23 to be interviewed on the outer periphery of each of the pin plate 21, and the retraction force of each of the operation rod 23 between the operation of the needle 42 of the weaving section (4) And an intermittent means (2) consisting of a pipe insertion wire (24) to be transmitted to the control unit (51) of the yarn supply unit (5); Composite yarn weaving scrubber knitting machine, characterized in that consisting of. The method of claim 1, Three or more pairs of operating rods 23 and pipe insertion wires 24 forming the interrupting means 2 are provided, and the pin plate 21 is also provided with six or more rows of pinholes 211. Weaving Scrubber Knitting Machine. The method according to claim 1 or 2, The yarn supply unit 5 is a workbench 55 of the plate, a plurality of bobbins 52 wound around the yarn 53 stacked on the workbench, and a bobbin 52 wound around the metal yarn in the bobbin 52 is A composite yarn weaving scrubber weaving machine, characterized in that it is covered with a cylindrical anti-tangling tool 54 having the same height as a bobbin 52 wound around a chemical yarn with a diameter slightly larger than its diameter.