KR101149673B1 - Kniting method of arm warmers - Google Patents

Abstract

PURPOSE: A method for weaving an arm warmer is provided to weave the arm warmer regardless of left and right and to improve production efficiency of the arm warmer. CONSTITUTION: A method for weaving an arm warmer comprises: a step of rotating a needle cylinder in one direction and weaving cylindrical hand part(21) using the whole needle; a step of selecting a section at the outer circumference of the needle cylinder to fit to the position and width of an insertion hole(22); a step of repeating rotation and reverse rotation of the needle cylinder; a step of knitting the insertion hole; a step of rotating the needle cylinder in one direction; a step of connecting and weaving a cylindrical arm part(23) using the whole needle; and a step of weaving a finishing part(231) using bonding yarn and insulation yarn with different colors from the yarn for kneading the hand part, insertion hole, and arm part.

Description

Toshi Knitting Method {KNITING METHOD OF ARM WARMERS}

The present invention by knitting the thumb fitting hole that the thumb of the wearer is fitted without going through a separate cutting process in the process of knitting toshi using a circular knitting machine, very comfortable to wear and can be worn without distinction between left and right To how to knit.

In general, Toshi is a tool worn on the arm and is mainly used for protecting the arm or wintering in winter, and recently, athletic Toshi, work Toshi, and Cool Toshi for UV protection are also released. Such torches are knitted by a knitting machine such as a circular knitting machine. A circular knitting machine is a machine in which a needle is arranged in a circular shape and rotates to form a knitting fabric in a manner in which a knitting loop is formed by a needle. The circular knitting machine is generally provided with a cylindrical needle cylinder on the outside of the cylinder shaft that is rotated by a motor, and a plurality of slots are arranged at predetermined intervals along the inner edge of the needle cylinder. A sinker that is positioned between the needle and the needle to lower the thread to form a loop is disposed at right angles to the needle and configured to move back and forth. The circular knitting machine is knitted while the needle cylinder rotates as the needle cylinder rotates by the cylinder shaft while the sinker holds the yarn. Knitting cylindrical knit fabrics, such as toshi, socks, underpants, and mufflers, while looping down as each sinker moves forward and backward, with the needles threaded down and back up sequentially.

As an embodiment of such a cylindrical knit knitting method, Korean Patent Registration No. 0914838, “The needle is inserted into each slot formed in the inner diameter of the needle cylinder to operate in the vertical direction, and the sinker is disposed at right angles between the needles and operated in the front and rear directions. In the method of knitting a hand toss with a well-known circular knitting machine constructed, the needle cylinder is rotated only in one of the right and left directions so that the up and down operation of the needle inserted and the forward and backward operation of the sinker are continuously performed. A first step of starting knitting while forming a cylindrical shape with a predetermined size that can be wrapped from the first node portion to the lower part of the protrusion of the back of the hand; After raising a part of the needle to divide the knitting stop needle and the rest of the knitting operation needle to continue the knitting, and knitting the knitting cylinder while reciprocating the needle cylinder to the left and right to operate the knitting operation needle, the knitting operation needle The portion where the knitting is started in the forward direction by the nose is vertically formed, and when knitting in the reverse direction, the knitting operation needles are knitted one by one from the end in order, and the nose is formed in an oblique line, thus forming a tapered shape as a whole. Step 2; In the state where the knitting stop needle and the whole knitting operation needle are operated, the needle cylinder is rotated in the same direction as in the first step to connect the beginning and end of the vertically continuous nose to each other so that the user's thumb is inserted. A third step of forming a through-hole and forming a convex portion contacting the back of the hand with a portion adjacent to the through-hole; And a fourth step in which the needle cylinder is knitted while forming a cylindrical shape in a predetermined size capable of wrapping an arm by rotating the needle cylinder in the same direction as in the first step. Has been disclosed.

In addition, the Republic of Korea Utility Model Registration No.0203990, `` Weaving so that the whole is cylindrical without a seam using a circular knitting machine, and when weaving the wrist and elbow fasteners by supplying a rubber band to reduce the diameter by weaving together And a work toshi, which is characterized in that the fabric itself has elasticity, and weaves about twice the required length, and then folds its half inward to sew the ends. ”

In addition, the Republic of Korea Patent Publication No. 10-2011-0016427, "The overstress wire is formed by using a compression sponge, the inner and outer sides of the cover wire to form a non-slip pattern, the pattern formed on the cover line of the compression sponge First printing coating in a glyph shape by selecting any one of neoprene, geoprene, polypropylene, polyethylene, kenepthalate, and polystyrene sol solution on the surface; Firstly drying the sol solution at a temperature of 23 to 28 ° C. for 5 to 10 minutes; Second printing coating on the surface of the primary dried overlying line again by selecting any one of neoprene, geoprene, polypropylene, polyethylene, ketonephthalate, and polystyrene sol solution in the shape of a pattern; Drying the printed pattern part for 2 to 5 minutes at a temperature of 23 to 28 ° C .; The oversole having a pattern for preventing slipping by increasing the frictional force, characterized in that the glyph part of the dried sol solution is configured to be completed through the step of solidifying to a gel state.

In addition, Korean Utility Model Publication No. 20-1985-0006302 discloses, `` In knitting a common shawl made of knitted fabric, a pocket-shaped hat is formed at its center part and a glove at both ends, and the shawl and hat are formed as a single piece. And a multipurpose knitted shawl for the purpose of having three functions of gloves. ”

However, in the conventional cylindrical knitted fabrics, in particular, the hand-toss knitting method, such as the thumb through-hole through which the thumb is fitted and the connecting portion surrounding the hand was not convexly convexly knitted, the overall fit of Toshi was not good.

In addition, due to the knitting of the projections of the back of the hand connected to the through hole there was a hassle to separate the right tosh and left tosh. That is, in the case of the left hand toss, a through hole is formed in the left hand where the thumb of the left hand is inserted, and the protrusion of the back of the hand is knitted backward and the palm part is knitted forward. The protrusion is located on the palm of the right hand, and Toshi's palm is located on the back of the right hand. Toshi's palm is pressed against the wearer's right hand and the toss's back is unnatural to the bottom of the right hand. You must knit left and right toshi separately. Accordingly, the manufacturing efficiency of hand toss is inferior, and the wearer has to be inconvenient to wear the right and left hand toss separately.

In order to solve the above problems, the present invention is not to go through a separate cutting process in the process of knitting Toshi by using a circular knitting machine to knit Toshi equipped with a thumb-fitting hole that can fit the thumb without the right and left division This greatly improves the productivity of Toshi, as well as providing a toshi knitting method that is excellent in wearing comfort and can be conveniently worn without distinguishing between the right and left sides.

In order to achieve the above object, the present invention comprises a first step of knitting a cylindrical hand by using the entire needle installed on the outer periphery of the needle cylinder while rotating the needle cylinder in one direction; Select the setting section on the outer circumference of the needle cylinder to match the position and width of the thumb hole, and then the needle cylinder rotates from one end to the other end of the setting section by turning the needle cylinder as much as this setting section. A second step of knitting the thumb fitting hole formed in the longitudinal direction from the hand knitting completion point; Providing a toshi knitting method comprising: a third step of connecting and knitting a cylindrical arm portion from the knitting completion point of the thumb fitting hole by using the entire needle installed on the needle cylinder outer periphery while rotating the needle cylinder in one direction do.

In addition, in the first step, it is preferable to knit the cylindrical elastic portion by using the entire needle installed on the outer circumference of the needle cylinder while rotating the needle cylinder in one direction and feeding the rubber yarn to the needle before knitting the hand portion.

In the third step, after finishing the knitting of the arm, the finishing part is knitted on the end of the arm by the same method as the knitting method of the arm, but the finishing part is a yarn of different colors and bonding yarns and insulators for knitting the elastic part, the hand part and the thumb fitting hole and the arm part. It is preferable to further include a fourth step of knitting using.

Toshi Knitting method according to the present invention, by knitting the Toshi equipped with a thumb-fitting hole that the thumb and the thumb is coupled to the right and left without any distinction, greatly improves the production efficiency of Toshi, as well as excellent wear and no distinction between right and left Toshi can be conveniently worn.

1 is a front view of a toshi according to the present invention.
2 is a schematic configuration diagram of a needle cylinder according to the present invention;
Figure 3 is a plan view of the operating state of the needle cylinder according to the hand knitting of the present invention.
Figure 4 is a plan view of the operation state of the needle cylinder according to the thumb fitting knitting of the present invention.
Figure 5 is a plan view of the operating state of the needle cylinder according to the arm knitting of the present invention.

Hereinafter, a toshi knitting method according to the present invention will be described with reference to the accompanying drawings.

Toshi Knitting method according to the present invention, unlike the conventional Toshi Knitting method in knitting the Toshi 20 by supplying yarn to the circular knitting machine, the thumb-fitting hole 22 to fit the thumb of the wearer without a separate cutting process By knitting the provided toshi to improve the production efficiency and excellent comfort as well as to provide a toshi knitting method that can be conveniently worn without the left and right side.

The toshi knitting method according to the present invention is knitted sequentially according to the following series of steps.

(1) Step 1: Knitting by hand

1 is a front view of a toshi according to the present invention, Figure 2 is a schematic configuration diagram of a needle cylinder according to the present invention, Figure 3 is a plan view showing the operating state of the needle cylinder according to the hand knitting of the present invention, respectively. As shown, the first step is to knit the hand portion 21 into a cylindrical shape having a predetermined size corresponding to the hand portion 21 so as to wrap the hand. At this time, the needle cylinder 10 rotates in either a clockwise or counterclockwise direction, and each needle 11 installed on the outer circumference of the needle cylinder 10 moves up and down while the sinker 12 is yarn Knitting is done while holding. A plurality of needles (11) with a yarn inserted in order to descend downwards and up again and at the same time as the sinker 12 is moving forward, backward while making a loop in succession of the cylindrical hand 21 as shown in FIG. Knitting

More specifically, the knitting of the hand portion 21 as shown in FIG. 1 is knitted by the circular knitting machine as shown in FIG. Circular knitting machine is a cylindrical needle cylinder 10 is installed on the outside of the cylinder shaft that is usually rotated by a motor, a plurality of slots are arranged at predetermined intervals along the inner edge of the needle cylinder 10 and the needle 11 for each slot The sinker 12 is inserted between the needles 11 and the needles 11 so as to move up and down, and is disposed at right angles with the needles 11 so as to lower the thread to form a loop. It is configured to be mobile. The circular knitting machine having such a configuration knits the hand portion 21 while the needle cylinder 10 is rotated by the cylinder shaft. The direction of rotation of the needle cylinder 10 according to the present invention is referred to as counterclockwise in the forward direction and clockwise in the reverse direction.

Here, each needle 11 used for knitting the hand part 21 is provided with a total of 96 needles 11 along the outer circumference of the cylinder 10, as shown in FIG. The needle 11 forms a cylindrical hand 21 while the needle cylinder 10 is rotated in one direction, and then sequentially descends downwardly and upwards again while the yarn is fitted.

On the other hand, before knitting the hand portion 21, the elastic portion 211 is knitted first. The stretchable portion 211 knits the stretchable portion 211 by mixing elastic rubber yarn or the like with a yarn inserted into the needle 11 from the beginning to a predetermined height. At this time, the needle cylinder 10 is rotated 1 to 3 in one direction, thereby making the elastic portion 211 of a predetermined height. The expansion and contraction portion 211 is in close contact with the wearer's hand when wearing the toshi 20 to prevent the fall of the toshi 20. When the width of the expansion and contraction portion 211 is desired to be wider, the needle cylinder 10 may be rotated more than three revolutions.

(2) Step 2: Thumb Fitting ball  Knitting

Figure 4 is a plan view of the operating state of the needle cylinder according to the thumb fitting knitting of the present invention. As shown in the second step, the needle cylinder 10 is rotated forwards and backwards by the set section 13 so as to fit the thumb by connecting from the knitting completion point of the hand portion 21 to fit the thumb. The step of knitting the thumb fitting hole 22, such as 1.

That is, the setting section 13 on the outer circumference of the needle cylinder 10 except for the position and width of the thumb fitting hole 22 to be knitted among 1 to 96 needles 11 installed along the outer circumference of the needle cylinder 10. Set arbitrarily. The needle cylinder 10 repeats the forward and reverse rotations from one end of the setting section 13 to the other end by the setting section 13, and the needle 11 in the setting section 13 has the thumbs shown in FIG. Knitting the fitting hole 22 in the longitudinal direction.

More specifically, as shown in FIG. 4, when a to b are set to an arbitrary setting section 13, the needle 11 into which the yarn between the a to b sections is inserted is operated up and down, and the needle cylinder 10 is set at a. The thumb fitting hole 22 is knitted with the supplied yarn while repeating the forward and reverse rotations from the end a to the end b by the section b.

As described above, the toshi knitting method according to the present invention, when the thumb fitting hole 22 is knitted in a cylindrical shape in the longitudinal direction when the thumb fitting hole 22 is knitted, the wearer can conveniently wear the right and left side. In addition, since the connection portion between the thumb fitting hole 22 and the hand portion 21 is knitted in a natural cylindrical form without being convex or suddenly knitted in a different form, the fit is very excellent.

(3) Stage 3: Eight  Knitting

Figure 5 is a plan view of the operating state of the needle cylinder according to the arm knitting of the present invention. As shown in the third step, the needle cylinder 10 rotates in one direction in the same manner as the first step, and the needle 11 installed along the outer circumference of the needle cylinder 10 moves up and down. Step of forming the arm portion 23 as shown in FIG.

That is, in the second step, the knitting of the arm portion 23 starts from the last knitting point of the thumb fitting hole 22. At this time, the needle cylinder 10 is rotated in one direction as in the knitting of the hand portion 21 of the first step, the entire needle 11 installed along the outer periphery of the cylinder 10 in a cylindrical shape while operating up and down The arm 23 is knitted.

When the needle cylinder 10 is rotated in one direction to knit the arm part 23, the lower end part 221 of the thumb and the starting end of the hand part 21 and the arm part 23 are naturally knitted. The needle cylinder 10 continues the rotation operation until the arm 23 is knitted by the set length.

(4) Stage 4: Eight  Tip Finish  Knitting

The fourth step is to supply the bonding yarn and the insulated yarn to the needle 11 to knit the finishing portion 231 at the end of the arm 23.

When the knitting of the arm 23 is completed by the set length, the finishing part 231 is supplied to the needle 11 by supplying bonding yarns and insulators of colors completely different from the hand part 21, the thumb fitting hole 22, and the arm part 23. Knitting) Knitting of the finish portion 231 is made in the same manner as when knitting the third step arm 23 of FIG. That is, knitting the finishing portion 231 as shown in FIG. 1 of the cylindrical needle 1 while the needle 11 is rotated at the same time as the entire needle 11 installed along the outer periphery of the needle cylinder 10 up and down, as shown in FIG. do. This finishing portion 231 serves to prevent the end portion of the arm portion 23 from being loosened and to highlight the design shape of Toshi in color that is distinguished from other knitted portions.

< Example  1>

The yarn is supplied to the circular knitting machine to sequentially knit the toss in order of the elastic part 211, the hand part 21, the thumb fitting hole 22, the arm part 23, and the finishing part 231.

As shown in FIG. 3, the needle cylinder 10 is rotated in one direction and interlocked with the needle cylinder 10 to operate the needle 11 installed along the outer circumference of the needle cylinder 10 up and down while being fixed at the beginning of the hand 21. The elastic portion 211 is knitted using the rubber yarn to the height.

In the same knitting method, the yarns 21 are sequentially knitted as shown in FIG. 1 using yarns supplied to the needles 11.

When the knitting of the hand 21 is completed, the thumb at the knitting completion point of the hand 21 with only the needle 11 in the set section 13 corresponding to the position and width of the thumb fitting hole 22 set in advance on the program of the circular knitting machine. The finger fitting hole 22 is connected and knitted. At this time, the needle cylinder 10 repeats the forward and reverse rotation from a to b by the set period 13 between a and b. The needle 11 in this setting section 13 is connected to the hand portion 21 while operating up and down to knit the thumb fitting hole 22.

When the knitting of the thumb fitting hole 22 is completed, the arm 23 is knitted by connecting. At this time, the needle cylinder 10 rotates in one direction, and needles 11 to 96 installed on the outer circumference of the needle cylinder 10 knit up and down a cylindrical arm 23 having a predetermined length while operating up and down. The hand 21 and the arm 23 are knitted in the same manner.

When the knitting of the arm portion 23 is completed by connecting to knit the finish portion 231. At this time, when knitting the arm 23, the finishing portion 231 is knitted using a bonding yarn and an insulated yarn of a different color from the yarn.

< Example  2>

Contrary to Practical Example 2, yarn is supplied to the circular knitting machine to knit Toshi in order of the finishing portion 231, the arm portion 23, the thumb fitting hole 22, the hand portion 21, and the elastic portion 211 in order.

As shown in FIG. 5, while the needle cylinder 10 is rotated in one direction, the bonding yarns and the insulated yarns of different colors are supplied to the needles 11 to close the finishing portion 231 from the beginning of the arm part 23 to a predetermined height. Knitting

When the knitting of the finish portion 231 is completed, as shown in Figure 5 while rotating the needle cylinder 10 in one direction by using all the needles 11 to 96 installed on the outer periphery of the needle cylinder 10 of a predetermined length cylindrical The arm 23 is knitted.

When the knitting of the arm 23 is completed, as shown in Figure 4 needle 11 in the set section 13 of the outer periphery of the needle cylinder 10 corresponding to the position and width of the thumb fitting hole 22 set in advance on the program of the circular knitting machine Only the thumb fitting hole 22 is knitted. At this time, the needle cylinder 10 rotates in the forward and reverse directions based on the set section 13, and the needle 11 except for the set section 13 is fitted with the thumb 23 connected to the arm 23 while operating up and down. Knit the ball 22.

When the knitting of the thumb fitting hole 22 is completed, as shown in FIG. 3, the needle cylinder 10 is rotated in one direction and interlocked with the needle cylinder 10 to operate the needle 11 installed along the outer circumference of the needle cylinder 10 up and down. The cylindrical hand 21 is knitted. The knitting method of the hand part 21 is the same as the knitting method of the arm part 23.

When knitting of the hand portion 21 is completed, the rubber yarn is supplied to the needle 11 to further knit the elastic portion 211 at the end of the hand portion 21.

As described above, the toshi knitting method according to the present invention is not only capable of knitting in the direction of the hand portion 21 in the direction of the hand portion 21 or in the direction of the arm portion 23 in the direction of the hand portion 21 from the hand portion 21, but also the toshi 20 ) Is knitted into one without the right left side can increase the production efficiency of the toshi 20, as well as tosi 20 can be conveniently worn without the right left side.

As mentioned above, although the preferred embodiment of this invention was described in detail with reference to attached drawing, this is only an illustration and various modifications and changes are possible within the scope of the technical idea of this invention. Therefore, the scope of the present invention will be defined by the description of the claims below.

10: needle cylinder 11: needle 12: sinker
13: Setting section 20: Toshi 21: Hand part
22: Thumb finger hole 23: Arm 211: Elastic part
231: finish part

Claims (3)

A first step of knitting a cylindrical hand by using the entire needle installed on the outer circumference of the needle cylinder while rotating the needle cylinder in one direction;
Select the setting section on the outer circumference of the needle cylinder to match the position and width of the thumb hole, and then the needle cylinder rotates from one end to the other end of the setting section by turning the needle cylinder as much as this setting section. A second step of knitting the thumb fitting hole formed in the longitudinal direction from the hand knitting completion point;
A third step of connecting and knitting the cylindrical arm from the knitting completion point of the thumb fitting hole by using the entire needle installed on the outer circumference of the needle cylinder while rotating the needle cylinder in one direction;
Toshi knitting method characterized in that it comprises a.
The method according to claim 1,
In the first step,
A toshi knitting method comprising knitting a cylindrical elastic part by using a whole needle installed on the outer circumference of the needle cylinder while rotating the needle cylinder in one direction before feeding the hand portion and feeding the rubber yarn to the needle.
The method according to claim 1,
In the third step,
After finishing the knitting of the arm, knit the finishing part at the end of the arm in the same way as the knitting method of the arm, but the finishing part is knitted using the elastic part, the hand part, the thumb fitting hole and the yarn knitting the arm part, and the bonding yarn and the insulator of different colors. Toshi knitting method characterized in that it further comprises four steps.

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