KR20130119855A - Knitting needle-guiding member, knitting needle, knitting method, knit fabric and gloves - Google Patents

Abstract

It is possible to greatly increase the density of knitting, without greatly changing the configuration of the knitting machine, thereby providing a technique for obtaining a thin and soft knitted fabric.
In the knitting needle guide structure of a knitting machine which knits a knitting machine by reciprocating while guiding knitting needles along a plurality of needle grooves, the needle needles having one or more hooks in each needle groove are arranged alone or in a plurality of overlapping states. At least two hooks are integrally operated with respect to one needle groove.

Description

KNITTING NEEDLE-GUIDING MEMBER, KNITTING NEEDLE, KNITTING METHOD, KNIT FABRIC AND GLOVES}

TECHNICAL FIELD This invention relates to the knitting needle guide structure, knitting needle, knitting method, knitting fabric, and gloves in a knitting machine.

As a typical example of the knitting machine, in the flat knitting machine, a plurality of needle grooves are formed on the needles, and the knitting machines are knitted by reciprocating the knitting needles accommodated in each needle groove.

Conventionally, one hook is formed in the tip of a stem (for example, patent document 1). And a knitting yarn is pulled into this hook, and a knitting loop is formed. One needle needle is accommodated in one needle groove, so that one loop is formed for one needle groove.

[Patent Document 1] Japanese Patent Application Publication No. 49-43152

Knitting for knitting is thin and many knits, whereby a thin and pleasant knit product is obtained. However, in order to densify the number of knitting pieces per unit length (for example, one inch), it is necessary to increase the number of knitting needles (gauge) accommodated per inch. However, in order to accommodate a lot of knitting needles, it is necessary to provide a lot of needle grooves for accommodating the knitting needles, which increases the effort and time for processing the needle grooves on the needle bed. In addition, as the number of needle grooves increases, the spacing of the needle grooves becomes narrow, which makes processing of the needle grooves difficult. In addition, a needle needle device is used to determine the operation of the needle needle, and the number of parts constituting the needle needle device increases with the number of needle needles used. Therefore, as the number of single needles to be used increases, the parts cost of the needle tip device increases. For these reasons, increasing the number of gauges, in particular, performing high gauge up to about 20 gauge increases the cost per knitting machine. Therefore, the cost-effectiveness is low and high gauge is difficult.

Accordingly, it is an object of the present invention to provide a technique capable of easily and economically greatly increasing the density of knitting, without largely changing the configuration of the knitting machine, thereby obtaining a thin and soft knitted fabric.

In the knitting needle guide structure according to the first aspect, in the knitting needle guide structure of a knitting machine that knits a knitting machine by reciprocating while guiding the knitting needles along each of the plurality of needle grooves, the needle needles having one or more hooks in each needle groove or It arrange | positions in the state which overlapped two or more, and is provided with at least 2 or more hooks which operate | move integrally with respect to one needle | groove.

The knitting needle guide structure according to the second aspect is a knitting needle guide structure according to the first aspect, and a jack is provided in each needle groove, and the knitting needles arranged alone or in a plurality of overlapping states are integrated along the needle groove through the jack. Reciprocating operation

The knitting needle guide structure according to the third aspect is the knitting needle guide structure according to the second aspect, wherein the knitting needles arranged in the plurality of overlapping states are integrated by engaging each of the plurality of knitting needles to the jack.

The knitting needle according to the fourth aspect is a knitting needle used for the knitting needle guide structure according to the first aspect, and includes a stem having a plurality of branch portions on the tip side, and a plurality of needles provided at the tip of each branch portion of the stem. A hook is provided.

The knitting needle according to the fifth aspect is a knitting needle used for knitting a knitting machine, and includes a stem having a plurality of branch portions at the tip side, and a plurality of hooks provided one at the tip of each branch portion of the stem. .

A knitting method according to the sixth aspect is a method of knitting a knitted fabric by a knitting machine having a knitting guide structure according to the first to third aspects, wherein the at least two or more hooks provided in each needle groove are integrally knitted. A knitted fabric is knitted by performing an operation.

The knitted fabric according to the seventh aspect is knitted by the knitting method according to the sixth aspect.

The glove according to the eighth aspect has a knitted fabric according to the seventh aspect.

A glove according to the ninth aspect is a glove knitted by the knitting method according to the sixth aspect, wherein a knitted fabric of a fingertip is spread in a stepped manner for each number of hooks of each needle groove.

According to the single needle guide structure according to the first aspect, since at least two or more hooks which are integrally operated with respect to one needle groove are provided, a number of knitting pieces corresponding to the number of hooks provided for one needle groove is formed. It becomes possible. Therefore, the number of knit knitting can be greatly increased without largely changing the configuration of the knitting machine, so that a knitted fabric that is easy and economically thin and has good feel can be obtained.

According to the knitting needle guide structure according to the second aspect, even in the case of knitting a pattern and knitting a complicated shape, the number of knitting pieces can be greatly increased without greatly changing the configuration of the knitting machine, and it is easy and economical. Thin and soft knitted fabric can be obtained.

According to the knitting needle guide structure according to the third aspect, since a plurality of knitting needles are formed integrally, when a part of the needle is broken, only the broken knitting needle can be replaced, so that the knitting of the knitting needles can be performed economically. do.

According to the knitting needles related to the fourth and fifth aspects, it becomes possible to easily increase the number of knitting pieces without increasing the number of knitting needles.

According to the knitting method according to the sixth aspect, it becomes possible to knit a crocheted knit efficiently.

According to the knitted fabric according to the seventh aspect, it is possible to produce a thin and soft knitted product because the knitted fabric can obtain a thin knit fabric.

According to the glove according to the eighth aspect, it becomes possible to obtain a glove with good feel because the knitting is thinner as the glove as a whole.

According to the glove of the ninth aspect, since the knitted fabric of the fingertip of the glove is spread over the number of hooks of the needle grooves, the knitting density is lowered to allow the knitting yarn to be allowed. Therefore, it becomes easy to become the shape which has roundness along a finger, and the glove with a comfortable feeling can be obtained.

1 is a schematic view showing an example of a part of a cross section of a knitting machine according to the present invention.
2 is a schematic view showing the configuration of the carriage.
It is a figure which shows the structure of the single needle guide structure which is 1st Embodiment of this invention.
It is a figure which shows the structure of the knitting needle arrange | positioned at the knitting needle guide structure.
5 is a view for explaining an example of the manufacturing method of the knitting needle.
It is a figure which shows the structure of the single needle which has three hooks.
It is a figure which shows the knitting operation of the knitting needle in the knitting needle guide structure of 1st Embodiment.
It is a figure which shows the structure of the knitting needle arrange | positioned at the knitting needle guide structure of 2nd Embodiment.
It is a schematic diagram explaining the state in which the single needle is pinched by the needle pin drum.
It is a figure which shows the structure of the single needle guide structure which is 2nd Embodiment.
It is a figure which shows the example of the form of the knitting needle which is a modification of 2nd Embodiment.
It is a figure which shows the example of the form of the knitting needle which is a modification of 2nd Embodiment.
It is a figure which shows the knitting needle which is an example of a beard needle in the form of a hook.
It is a figure which shows the knitting needle which is an example of a biceps needle in the form of a hook.
15 is a view showing a glove according to the embodiment.
Fig. 16 shows a schematic diagram of a knitting process of a fingertip of a glove knitted by using a conventional knitting needle guide structure (single needle needle) on a flat knitting machine.
Fig. 17 shows a schematic diagram of the knitting process of the fingertip of a glove knitted with the flat knitting machine using the knitting needle guide structure of the present invention.

EMBODIMENT OF THE INVENTION Next, embodiment of this invention is described in detail based on an accompanying drawing.

(1) First Embodiment

<Whole structure of knitting machine>

1 is a schematic diagram illustrating an example of a part of a cross section of the knitting machine 20. 2 is a schematic view showing the configuration of the carriage 10. In FIG. 1, the flat knitting machine which is a flat knitting machine is shown as an example of the knitting machine which concerns on this invention. The knitting machine 20 is provided with a pair of front needle 2A and back needle 2B which are needles 2. 2 A of front needles and 2 B of back needles are arrange | positioned in substantially reverse V shape with the space | interval (jig | tool 4) at intervals. On the front needle 2A and the rear needle 2B, a large number of single needles 50, such as a latch needle and a nose needle, are disposed freely toward the jig 4 on the front needle 2A and the rear needle 2B. .

The needle bed 2 is formed with a needle groove described later at a constant pitch in a direction perpendicular to the arrow F (FIG. 2) serving as a moving direction of the carriage 10 to be described later. The knitting needle 50 is accommodated in a slidable state to advance and retreat with respect to the jig 4 in each needle groove. Moreover, the bat 60 which protruded from the upper surface side of 2 A of front needles and 2 B of back needles 2 is provided in the one end side of single knitting needle 50. As shown in FIG.

As shown in FIG. 2, the carriage 10 is equipped with the cam device which reciprocally slides the upper surface of 2 A of front needles and 2 B of back needles in the arrangement direction of the single needle 50. As shown in FIG. And the carriage 10 is controlled by the control apparatus which is not shown in figure, and gives the knitting needle 50 the knitting motion. Since the control method of the carriage 10 is well-known, it abbreviate | omits. The carriage 10 is to knit the knitting yarn 11 by advancing the knitting needle 50 to the knitting position by engaging the bat 60 of the cam needle and the batting needle 50 selected on the lower surface thereof. .

The carriage 10 is provided with, for example, an up cam 12, a center cam 13, a down cam 14, a guard cam 15, and the like as a cam device. The rising cam 12 and the falling cam 14 generate a reciprocating motion of the knitting needle 50 in the vertical direction, that is, in the longitudinal direction. The center cam 13 pushes up the knitting needle 50 pushed up by the lift cam 12 to the highest position. The guard cam 15 prevents an excessive rise of the knitting needle 50 and forms a passage for moving the bat 60 of the knitting needle 50 to the lowering cam 14. The bat 60 raises the knitting needle 50 in the direction of the hook 51 at the tip by guiding the passage. And when it raises to the position which performs knitting operation, a thread is supplied to the hook 51 of the knitting needle 50. As shown in FIG. When the knitting needle 50 descends to form a knitting while pulling the thread.

<Constitution of single needle guide structure>

3 is a diagram showing the configuration of a single needle guide structure 30A according to the first embodiment of the present invention. The knitting needle guide structure 30A of the knitting machine knits the knitted fabric by reciprocating while guiding the knitting needle 50A in each of the plurality of stitched grooves 32. A plurality of needle plates 31 are installed on the needle bed 2 at equal intervals in a direction perpendicular to the ground, and the needle grooves 32 are installed. The needle bed 2 is provided with a groove for fitting the needle plate 31, and the needle plate 31 is inserted into the groove of the needle bed 2 to arrange the knitting needles 50 between the needle plates 31. Needle groove 32 is formed. In the needle needle guide structure 30A, a needle needle 50A having a plurality of hooks 51 in each needle groove 32 is disposed.

4 is a diagram illustrating a configuration of the single needle 50A disposed in the single needle guide structure 30A. FIG. 4A shows the external configuration of the single needle 50A, and (b) is a plan view of the single needle 50A. The knitting needle 50A is a latch needle. The knitting needle 50A has branch portions 55a and 55b in which two leading ends of the stem 52A of the trunk portion are branched. And hook 51a for hanging the knitting yarn 11 is provided in the front end side of the branch part 55a, and the hook 51b is provided in the front end side of the branch part 55b. The hooks 51a and 51b are bent at the tip 51 of the hook. The latch 53 is rotatably attached by the rivet 54 and opens and closes between the nose portion and the stem 52A with the latch 53. Inside the hooks 51a and 51b through which the openings are opened and closed, it is possible to hook and fix the knitting knitting which catches and forms the knitting yarn 11. In addition, as described above, the knitting needle 50A is knitting the bat 60A for generating the reciprocating motion of the knitting needle 50A in the vertical direction by the cam device attached to the carriage 10. It is provided in the rear end side of 50A.

As a manufacturing method of 50 A of single needles, after manufacturing the latch 53 and other main-body parts of 50 A of single needles integrally with a machine tool, the latch 53 is attached to the main-body part by the rivet 54. do. Moreover, as shown to FIG. 5 (a), after manufacturing for each site | part like the 1st hook main body part 57, the connection part 58, and the 2nd hook main body part 59, each site | part is joined by welding. It is also possible to manufacture by integrating. FIG. 5B is a diagram illustrating a shape after joining the first hook body 57, the connecting portion 58, and the second hook body 59.

In the knitting needle of the present invention, one stem can be provided with a desired number of hooks. From the viewpoint of the strength of the hook and the complexity of knitting, the number of hooks is preferably two or three. FIG. 6: is a figure which shows the structure of the single needle 50B which has three hooks. As shown in FIG. 6, the knitting needle 50B has branch parts 55a, 55b, 55c in which the front end side of the stem 52B of the trunk | drum was branched into three. Hooks 51a, 51b, and 51c are arranged on the front end side of the branch portions 55a, 55b, and 55c, respectively.

In the knitting needle guide structure 30A, since a knitting needle having a plurality of hooks is disposed for one stem, for example, forming a number of knitting pieces corresponding to the number of hooks provided for one needle groove 32 is provided. It becomes possible. Therefore, it is possible to easily increase the number of knitting pieces easily without increasing the number of knitting needles to be placed.

<Formation movement>

Next, the knitting operation of the knitting needle disposed in the knitting needle guide structure of the present invention will be described. In the knitting needle guide structure of the present invention, a plurality of hooks of the knitting needles provided in one needle groove show the same knitting operation to knit the knitting.

FIG. 7 is a diagram illustrating a knitting operation of the knitting needle 50A in the knitting needle guide structure 30A of the first embodiment. As shown in FIG. 7A, when the carriage 10 moves, the lifting cam 12 acts on the bat 60A of the knitting needle 50A to raise the knitting needle 50A, and the center cam 13 is moved. The highest knitting position is reached at the apex and a new knitting yarn 11 is supplied into the hook 51.

As shown in FIG.7 (b), when the knitting needle 50A moves downward in the state which fastened the knitting in the hook 51 by the lowering cam 14, the ready-made knitting 17 latched and latched will latch. The hook 51 is closed with 53.

As shown in FIG.7 (c), the ready-made knitting 17 which was fastened and fixed was moved upward on the closed latch 53, disengaged from the front end 56 of the latch 53, and in the hook 51 A new loop 18 is made by the supplied knitting. And only the new loop 18 in the hook 51 is fixed to the knitting needle 50A in the state which continues to the ready-made knitting 17. As shown in FIG.

As shown in Fig. 7 (d), when the knitting needle 50A moves upward again, the latch 53 closed by the new loop 18 is opened, and the new loop 18 is lowered from the stem 52A. Move to become ready-made knitting 17.

In the knitting operation described above, when the stem 52A of the knitting needle 50A moves in the up and down direction, the hooks 51a and 51b and the latches 53a and 53b provided on the front end side of the adjacent branch portions 55a and 55b. Each performs the same operation. That is, it operates integrally so that the relative position with neighboring hooks 51a and 51b and the relative position with neighboring latches 53a and 53b become the same.

Therefore, since a plurality of hooks are integrally operated with respect to one needle groove, the knitting needle guide structure of the present invention can efficiently knit a narrow-nose knitted fabric, and is easy and economically thin and comfortable. Knitwear can be obtained.

(2) Second Embodiment

In 30 A of single needle guide structures of 1st Embodiment, 51 A of needle needles which have some hook 51 in each needle groove 32 was arrange | positioned. On the other hand, the knitting needle guide structure of 2nd Embodiment is a form when the needle knitting drum for selectively driving a knitting needle is provided in the knitting machine 20 according to the size and shape of a knitting fabric. In the knitting needle guide structure of the second embodiment, the knitting needles arranged in series with the jacks engaged with the selector included in the needle needle drum provided in the knitting machine 20 are arranged in the needle grooves 32.

It is a figure which shows the structure of the knitting needle 50C arrange | positioned at the knitting needle guide structure of 2nd Embodiment. 9 is a schematic diagram illustrating a state where the single needle 50C is pinched by the pin needle drum 90. FIG. 10: is a figure which shows the structure of the single needle guide structure 30B which is 2nd Embodiment. Since the configurations of the single needle guide structure 30B and 50C of the second embodiment are similar to the single needle guide structure 30A and the single needle 50A of the first embodiment, the same reference numerals are used for the same configurations. Description is omitted and other configurations are described. In particular, the constitution except that the jack 70 is engaged with the knitting needle 50C is the same as that of the first embodiment.

As shown in FIG. 8, in the knitting needle 50C, the jack 70 is engaged with the rear portion of the stem 52. The jack 70 has a batting 75 for knitting operation which is operated by the cam device of the carriage 10.

As shown in FIG. 9, in the rear part of the jack 70, the jack 70 and the selector 80 are connected and engaged. The reason that the jack is between the selector 80 and the knitting needle is that if the vertical movement of the selector 80 is directly transmitted to the knitting needle, the knitting needle is lifted from the needle bed 2 to prevent the movement of the knitting needle 50C from becoming unstable. To do this. The needle bar 90 is attached on the rotary shaft 91. The outer peripheral surface of the needle drum 90 is formed with a transverse groove 92 extending along the rotation axis direction. The lateral groove 92 is provided with the pin needle 93 in a predetermined arrangement pattern. At the rear of the jack 70, a selector 80 is provided which allows the batting 75 for knitting operation to engage with the carriage 10 by swinging the jack 70 up and down. The selector 80 is pivotably provided around the point 81. In addition, the selector 80 supports the end portion of the jack 70 freely. At the lower edge portion of the selector 80, a projection piece 82 entering the lateral groove 92 of the needle drum 90 is formed. The action from the needle needle drum 90 to the knitting needle 50B is performed by acting on the batting 75 for knitting operation through the selector 80 from one needle needle pin 93 to determine the movement of the needle.

And the needle drum 90 is rotated by one pitch in the circumferential direction in accordance with the interval of the transverse groove (92). At this time, the needle pin 93 and the jack 70 corresponding to the needle pin 93 are pushed upward by the needle pin 93 in the lateral groove 92. That is, the selector 80 moves up and down with or without the pin needle 93. In this way, only the jack 70 pushed upwards can be engaged with the carriage 10 so that only the necessary knitting needle 50C can be selectively driven according to the size and shape of the knitted fabric. In addition, the knitting operation can be performed by engaging the bat 60C with the carriage 10.

10, in the single needle guide structure 30B, the jack 70 is provided in each needle groove 32, and 50C of needles are arrange | positioned through the jack 70. As shown in FIG.

In the second embodiment, the needle 50C has two hooks 51 arranged side by side on the tip side of the stem 52C. However, the single needle 50C has one hook on the tip side of the stem. The structure may be such that the plurality of needles are integrated in a state in which the plurality of needles are arranged in an overlapping state by engaging with the jack. 11 and 12 are diagrams showing examples of the forms of the knitting needles 50D and 50E that are modified examples of the second embodiment. FIG. 11 shows the knitting needles 50D and 50E coupled by the jack 70, and FIG. 12 shows the knitting needles 50D and 50E before the connection is made. As shown to FIG. 11, 12, single needle 50D, 50E has one hook 51, respectively, and is connected by one jack 70. As shown to FIG. Specifically, the groove portion 85 at the rear end of the knitting needle 50D and the groove portion 95 at the rear end of the knitting needle 50E are engaged with the projection 76 at the tip of the jack 70. According to the knitting needles 50D and 50E of the embodiment, the manufacturing is easier than the knitting needle 50C. In addition, since the stem 51 connected to each of the two hooks is not integrally connected, when any of the hooks 51 of the knitting needles 50D and 50E is broken, it is only necessary to replace the broken knitting needle, so that the management is easy. It can also be carried out at low cost.

Also in the single needle guide structure of 2nd Embodiment, the effect similar to the single needle guide structure of said 1st Embodiment can be achieved. Moreover, since one jack can move two or more hooks by one needle pin by connecting with the needle needle provided with two or more hooks, the number of components which comprise a needle needle drum and a selector can be reduced significantly.

In addition, even when the knitting of a pattern and the knitting of a complicated shape are performed by the knitting needle guide structure of the second embodiment, the number of knitting pieces can be greatly increased without greatly changing the configuration of the knitting machine, and it is easy and economical. Thin and soft knitted fabric can be obtained.

(3) Modifications

As mentioned above, although embodiment of this invention was described, this invention is not limited to the thing of the content demonstrated above.

For example, although the said embodiment demonstrated the case of a flat knitting machine, the structure provided with the knitting needle guide structure of this invention in other knitting machines, such as a flat knitting machine and other flat knitting machines, such as a vertical knitting machine, may be sufficient. Moreover, the knitting needle of this invention can be used also in the knitting machine which does not have a needle groove.

In addition, although the form of 50 A of single needles was a latch needle in 1st Embodiment, it is not limited to this. For example, the single needle guide structure may be provided with at least two hooks of other forms, such as a beard needle and a double needle, for one needle groove. It is a figure which shows the knitting needle 50F which is an example of a beard needle in the form of a hook. FIG. 13A shows the external configuration of the single needle 50F, and (b) is a plan view of the single needle 50F. It is a figure which shows single needle 50G in which the shape of a hook is an example of a double head needle. 14A shows the external configuration of the single needle 50G, and (b) is a plan view of the single needle 50G.

Also with these modifications, the same effects as in the above embodiment can be achieved.

(4) knitted products

By the knitting operation of the knitting needle disposed in the knitting needle guide structure of the present invention, it is possible to manufacture other knitted products such as gloves, socks, stockings, a supporter, a medical having a pressing function to the human body, and the like. In particular, in medical care with fingers such as gloves and socks, the fingertips are rounded at the fingertips by gradually widening the width of the fingertips until the middle of the fingertips begins to be squeezed. Until now, the method of increasing the knitting needles used at both ends by increasing the knitting width has been taken one by one. In this method, the density of the fingertips is high, and the side ends of the fingertips are protruded horizontally. Here, as shown in the present invention, it was found that when the needles were increased by two when increasing the weaving width of both ends, the step of the knitting was increased and the gap was increased, so that the partial density was lowered and the roundness along the finger tended to be rounded. . An example of a glove is shown as an example of the knitted product knitted by the knitting operation of the knitting needle arrange | positioned at the knitting needle guide structure of this invention.

(Example)

The glove was knitted using the knitting needle guide structure 30B of this invention by the flat knitting machine. 15 is a view showing a glove 110 according to the present embodiment. The glove 110 knits the finger pockets of the base 111, the ring finger 112, the middle finger 113, and the index finger 114, and then joins these finger pockets at the position where each finger is formed. Four bodies 116 are knitted as a cylindrical body. Next, after the thumb pocket 115 was knitted, the thumb pocket 115 and the four body bodies 116 were bonded together, and the five body bodies 117 which were made into one were knitted. Finally, wrist 118 was knitted.

The gauge of the flat knitting machine was set to 13 gauge (it is 26 gauge if it is a well-known single needle since two hooks are provided with respect to one needle | groove). Single yarn of woolly nylon (70 denier / 24 filaments) was supplied from the yarn feeding device as a knitting yarn, and the seamless gloves 110 were knitted. The course of the tissue of the knitted fabric was 85 / inch, and the wale was 43 / inch.

Next, the structure of the knitted fabric of the fingertip of the glove knitted by using the knitting needle guide structure 30B of this invention for the flat knitting machine is demonstrated. Fig. 16 shows a schematic diagram of a knitting process of a fingertip of a glove when knitted with a flat knitting machine using a conventional knitting needle guide structure (single needle). 17 shows the schematic diagram of the knitting process of the fingertip of the glove when knitted with the flat knitting machine using the knitting needle guide structure 30B (double needle) of this invention. F1-F20 shown in the figure of FIG. 16, 17 shows the front needle hook, and B1-B20 shows the rear needle hook. In addition, ○ represents the knitting. MF1-MF10 of FIG. 17 shows the structure which divided the tip of the stem of the single needle into two branches. In Figs. 16 and 17, the pitch of the hooks is the same, and the number of vertical courses is the same. The starting point shall be increased by one. More specifically, in the case of a single needle, the hook is increased by one, and in the case of a double needle, it is increased by two.

As shown in the START point of FIGS. 16 and 17, the glove first performs knitting knitting. The eruption course is formed by suddenly feeding in a zigzag shape to the needles F1 to F20 and the needles B1 to B20. After the width of the knitting is reduced so that the fingertip portion becomes a shape along the shape of the fingertip, the known knitting is continued to the knitting course. In this way, the tip portion of the fingertip is rounded.

Next, as shown by the arrow of FIG. 16, 17, when it unfolds, it sees from the surface of the part woven by the needle of the front needle, and the rear needle hook B14 which opposes from the knitting of the hook F20 located in the left end. It is suddenly lost. Next, the rear end of the knitting knitting is knitted from the hook B14 to the hook B7. Then, from the knitting of the hook B7 located at the right end as seen from the ground of the portion woven by the needle of the needle of the rear needle, the yarn is suddenly fed to the hook of the front needle of the opposite needle F7, and similarly the rear end of the knitting of the knitting knitting to the hook F14 is Organize. Thereafter, the same processing is repeated.

The glove 110 obtained in this way was a thin glove, and was a good glove when worn. Moreover, at the fingertip of a glove, since it became a shape with roundness along a finger, it was a good feeling of wearing.

In general, when the edge of the knitted fabric increases, the thread flows obliquely from the front needle to the back needle, and when the glove is covered in a three-dimensional shape, the oblique thread portion protrudes and becomes difficult to conform to the shape of the hand. As shown in Figs. 16 and 17, in the present embodiment, for example, the hook (in the double-needle needle of the present embodiment) is more than the interval a when the thread flows from the hook F14 to the hook B15 in the disconnection needle. The space | interval b side when a thread flows from F14 to hook B16 is large, and the length of the thread which flows from hook F14 to hook B16 in a double wire needle also becomes long. In this embodiment, the yarn flowing at an oblique angle causes a margin of the thread of the fingertip of the glove. In other words, since the knitted fabric of the fingertip of the glove is spread in the stepped phase for each hook number of each needle groove, the knitting density of the knitted fingertip of the glove is lowered, and the thread can be afforded. For this reason, it becomes possible to suppress that the side end part of a fingertip becomes the shape which protruded to the side like a conventional glove, and to manufacture the glove of round shape along the finger which is easy to follow a hand shape, It becomes possible.

In addition, as long as there exists no contradiction, the structure demonstrated by the said embodiment and a modification may replace a some structure suitably.

2: couch
10: carriage
11: knitting
20: flat knitting machine
30: single hand guide structure
31: needle plate
32: needle groove
50: single hand
51: hook
52: stem
53: latch
55: branch
60: bat
70: Jack
90: drum needle
110: gloves

Claims (9)

In the knitting needle guide structure of the knitting machine which knits a knitting machine by reciprocating while guiding knitting needles along each of the plurality of needle grooves,
A needle needle having a single needle or a plurality of hooks in each needle groove is disposed alone or in a plurality of overlapping states, and accordingly, at least two hooks which are integrally operated with respect to one needle groove are provided. .
The method of claim 1,
A needle groove guide structure, characterized in that the jack is installed in each needle groove, and the single needle arranged in the state of being stacked alone or plurally overlaps through the corresponding jack integrally reciprocating along the needle groove.
3. The method of claim 2,
The needle needles arranged in the state where the plurality of the needles are stacked are integrated with each other by engaging the plurality of needle needles with the jack.
As a needle used for the needle needle guide structure according to claim 1,
A stem having a plurality of branches on the tip side;
And a plurality of hooks, each of which is provided at the tip of each branch of the stem.
As a knitting needle used for knitting machine which knits knitting,
A stem having a plurality of branches on the tip side;
And a plurality of hooks, each of which is provided at the tip of each branch of the stem.
A knitting method for knitting a knitted fabric by a knitting machine having a knitting needle guide structure according to claim 1,
And at least two or more hooks provided in each needle groove integrally perform the same knitting operation to knit the knitted fabric.
It is knitted by the knitting method of Claim 6, The knitted fabric characterized by the above-mentioned.
A glove having a knitted fabric according to claim 7.
A glove knitted by the knitting method according to claim 6, wherein the fingertip knitted fabric has a step spread in the number of hooks of each needle groove.

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