JP2017533354A - Method for producing a tubular article with a grip region by means of a circular knit product knitting machine, and a tubular article obtained by the method - Google Patents

Abstract

A method of manufacturing a tubular article (particularly a clamp stocking) having a grip region on the back side by a circular knitting machine, and a tubular article obtained by the method. In the method of the present invention, a circular knitted product knitting machine having at least two feeds or drops is used, the knitting machine being capable of dispensing the elastomeric yarns from which at least one first feed is exposed. In the method of the present invention, in the first feed, at least one needle of at least one needle group consisting of needles in contact with each other is moved to the tack position or the drop position, and the exposed elastomer yarn is picked up and knitted. I do. At that time, the other needles in the group of needles are held in or moved to the miss position and are thus removed from picking up the exposed elastomeric yarn. And the needles in the needle group were activated in at least one subsequent feed, picked up one or more yarns distributed in the subsequent feed, and were held in a mis-position at least in the first feed Knitting is formed by the needle.

Description

  The present invention relates to a method of manufacturing a tubular article having a grip region on the back side thereof by a circular knit product knitting machine, and a tubular article obtained by the method. The article is, inter alia, for providing a tightened stocking.

  As is known, a hold-up stocking has a band near its upper end intended to grip the upper area of the user's thigh so that the stocking will not slide down. It has the effect of maintaining. Therefore, it is possible to avoid using a suspender.

  In some cases, gripping the stockings on the user's skin is accomplished simply by providing an elastic band at the top of the article. This elastic band is knitted as a double wallet and tightens around the user's thigh. This solution has the disadvantage that the grip is insufficient. Since the thigh is conical, even if an elastic band is used, it tends to slip down and round along the article.

  In other cases, an elastic band (typically composed of a lace) is provided at the top of the article and one or more silicon strips are spread on the inner surface. The silicone strip has the effect of enhancing the sticking of the band to the user's skin and thus prevents the band from falling along the user's thigh.

  This solution can achieve a better tightening effect than the previous solution. However, this effect is still often insufficient to prevent the article from slipping and rounding during use. In addition, the use of rubber bands with expanded silicon significantly increases the production costs of these articles.

  The object of the present invention is to solve the above problems by creating a method that enables the manufacture of tubular articles (especially clamp stockings) using a circular knitted product knitting machine. In the method, a grip area can be provided directly on the back side of the article while the article is manufactured by the knitting machine.

  For this reason, the object of the present invention is to propose a method which makes it possible to produce tubular articles, in particular tightened stockings. The article has a greater grip effect than can be obtained with known types of methods. Moreover, it is possible to prevent the article from being rounded along the user's thigh.

  A further object of the present invention is to propose a method that allows the manufacture of articles (especially clamp stockings) at very competitive production costs.

  A further object of the present invention is to propose a method which can be carried out using a circular knitted product knitting machine. The knitting machine is preferably of the single cylinder type, does not require structural changes, and involves a known type of electronic selection that only requires easy software modifications .

  Another object of the invention is to propose a method that allows the production of comfortable articles.

This and other objects that will become apparent from the following description are achieved by the following method. The method is to produce a tubular article with a grip area on the back side, in particular a clamped stocking, by means of a circular knitting machine. In the method,
A circular knitted product knitting machine having at least two feeds or drops, wherein the knitting machine is capable of dispensing elastomeric yarns from which at least one first feed is exposed;
Move some of the needles of the knitting machine to pick up one or more yarns distributed in the feed, while the other needle is removed from picking up the one or more yarns A device to select the needle so that
Activate the needle to move the needle and pick up one or more threads distributed in the feed to the tack position or drop position, or activate the needle to move the needle to a miss position A cam to disengage one or more yarns distributed in the feed from picking up;
Is used and is characterized by the following:
The method is
In the first feed, at least one needle in at least one needle group consisting of needles in contact with each other is moved for knitting to pick up the exposed elastomeric yarn, at which time the at least one needle The other needles in the group are held in or moved to a miss position and are thus removed from picking up the exposed elastomeric yarn, and the at least one needle The needles in the group are activated by at least one subsequent feed, pick up one or more threads distributed in the subsequent feed, and at least by the needles held in the mis-position in the first feed Forming knitting It is characterized by doing.

  The article obtained by the above method according to the present invention has a grip region on the back side, and is characterized by the following. That is, the grip region is defined by a raised portion of the exposed elastomer yarn protruding on the back side of the article, or a bridle, and is knitted together with other yarns constituting the article.

  Further features and advantages of the present invention will become more apparent from the following description. The following description relates to a preferred but not exclusive embodiment of the method according to the invention and is an embodiment of the article obtained by the method. They are depicted as non-limiting examples in the accompanying drawings.

The side view of the articles | goods obtained by the method of this invention. It shows a state where it is removed from the circular knitted product knitting machine used for its manufacture. The expanded partial sectional view which shows a part of articles | goods obtained by the method of this invention. The detail enlarged view of the articles | goods of this invention. The grip area is shown in a reverse state. It is a figure which shows the same area | region as FIG. 3 in detail, Comprising: It extended in the direction orthogonal to the axis | shaft of an article | item.

  With reference to the figures, the method according to the invention is a method of manufacturing a tubular article with a grip region on the back side, in particular a tightening stocking of the type shown. In this method, a circular knitted product knitting machine with at least two feeds or drops is used, of which at least one first feed feeds exposed elastomeric yarn to the needle of the knitting machine that has passed this feed. Equipped to dispense. The circular knitting machine used to carry out the method according to the invention comprises a known electronic needle selection device. This needle selection device allows the selection of the needle to be activated to pick up one or more yarns dispensed in the feed or drop of the knitting machine (the other needle then the one or more needles Removed from picking up the thread). Furthermore, the knitting machine is provided with a needle activation cam in a manner known per se. The needle activation cam moves the needle to pick up one or more threads distributed in the feed to a tack position or a drop position, or moves the needle to a miss position to The picked up one or more yarns are removed from picking up.

  As used herein, the expression “backside” of an article should be understood to mean the face of the article that is intended to face the user's skin.

  A circular knitted product knitting machine that can be used to carry out the method according to the invention may comprise other elements and devices in a manner known per se. For example, a sinker, a thread feeder or the like corresponds to this.

  More particularly, in the preferred premise of using a single cylinder circular knitting product knitting machine to produce an article with a needle positioned vertically in the needle cylinder, one or more in the tack position. Picking up the thread is done by lifting the needle through a corresponding actuation cam to a height level where the needle tip or head is pulled upward by the sinker. However, the height level is not sufficient to allow one or more loops of the already formed knitting to slide down the latch of the corresponding needle. In this way, these needles form a new loop of knitting when subsequently lowered by the corresponding actuating cam. At that time, the loop or loops that have already formed remain with the new loop, without the knocking over, at the head or tip of the corresponding needle.

  Picking up one or more threads with the needle in the drop position is done by lifting the needle through a corresponding actuation cam to a height level where the needle tip or head is pulled upward by the sinker. This causes the one or more yarns to be picked up at a height level sufficient to allow the one or more loops of the previously formed knitting to slide down the needle latch. In this way, the needles form a new loop of the knitting and turn over (or lower) one or more loops of the knitting that are already formed when subsequently lowered by the corresponding actuating cam.

  When the needle is in the mis position, its head or tip is positioned below the sinker knock-over surface to hold one or more loops of the knitted fabric already formed. In this position, the needle cannot pick up the yarn or yarns distributed in the corresponding feed and therefore cannot perform knitting.

  In the method according to the present invention, in the first feed, at least one needle of at least one needle group consisting of needles in contact with each other is moved to perform knitting, and the elastomer yarn in which at least one needle is exposed is obtained. Pick up. At that time, the other needles in the group of needles are held in or moved to the miss position and are thus removed from picking up the exposed elastomeric yarn. The needles in the group of needles are activated in at least one subsequent feed, pick up one or more yarns distributed in this subsequent feed and are held or moved to a mis-position at least in said first feed A knitting is formed by the needle.

  Preferably, in the first feed, at least one needle activated to pick up the exposed elastomeric yarn picks up the yarn in the tack position.

  As another example, in the first feed, at least one needle activated to pick up the exposed elastomeric yarn picks up the yarn at the drop position.

  Preferably, in at least one subsequent feed, a needle that picks up the elastomeric yarn exposed in the first feed is activated to pick up one or more yarns distributed in the subsequent feed to a tack position.

  Conveniently, one or more after a predetermined number of knitting rows are formed by other needles in the needle group (ie, by needles that did not pick up the exposed elastomeric yarn in the first feed). The yarn that had been picking up the yarn is activated in at least one subsequent feed to pick up one or more yarns distributed in the feed at the drop position. This forms a new loop of knitting and lowers the knitting loop already formed and held on the head.

  Without changing the fact that it is possible to use a knitting machine with a different number of feeds or drops, the method according to the invention continues around the axis of the needle cylinder of the knitting machine along the direction of rotation of the needle cylinder. It is preferably carried out using a circular knitted product knitting machine with four feeds arranged in a stationary manner.

  Preferably, substantially all the needles of the knitting machine are used if it is desired to provide a grip region extending circumferentially on the back side of the article. All these needles are divided into groups, and the needles in each needle group are selected and activated in the manner described above for at least one needle group.

  Each of the needle groups is preferably composed of 7 to 16 needles in contact with each other. Then, in the first feed in which the exposed elastomeric yarn is distributed, each needle group is selected according to a first selection of 1: 6 to 1:15, i.e. one needle is activated and exposed. Pick up the elastomer yarn at the tack position. A number of needles that touch or follow each other (passing continuously in the first feed) are held or passed in a mis-position, the number being 6-15 needles.

  As another example, each of the needle groups may be composed of 8 to 17 needles in contact with each other. And in a 1st feed, each needle group may be selected according to the 1st selection which is 2: 6-2: 15. That is, the two needles that come into contact with each other are activated to pick up the exposed elastomeric yarn at the tack position. A number of needles that touch or follow each other (passing continuously in the first feed) are held or passed in a mis-position, the number being 6-15 needles.

In at least one subsequent feed, preferably in the second feed, each of the needle groups is selected according to a second selection. The second selection is selected from 1: 1 selection, 2: 2 selection, 2: 1 selection, and 1: 2 selection.
In the 1: 1 selection, for all two needles in contact with each other in the needle group, one needle is activated to pick up one or more threads at the tuck position, and one needle is activated to drop Pick up one or more threads in position.
In the 2: 2 selection, for all four needles in contact with each other in the needle group, the two contacting needles are activated to pick up one or more threads at the tack position, and the two contacting needles Activated to pick up one or more yarns at the drop position.
In the 2: 1 selection, for all three needles in contact with each other in the needle group, the two contacting needles are activated to pick up one or more threads in the tack position and the one needle is activated. Pick up one or more threads at the drop position.
In the 1: 2 selection, for all three needles in contact with each other in the needle group, one needle is activated to pick up one or more threads at the tuck position, and the two contacting needles are activated. Pick up one or more threads at the drop position.

  The needle picked up from the exposed elastomer yarn in the first feed is moved and knitted in this second feed, and belongs to one or a plurality of needle groups picked up at the tack position.

  The following should be noted. That is, the needle that picks up the elastomer yarn exposed in the first feed at the tack position is not lowered in the transition from the first feed to the second feed. This is accomplished by stopping the needle pulling cam in the first feed. Due to the fact that these needles are not lowered, in the second feed they pick up one or more yarns distributed in that feed at a position slightly higher than the tack position and thus on their stems. Lower the stitch that was already formed.

  In the second feed, the needle is lowered after picking up one or more yarns to form a new loop of knitting.

  In the third feed, the needle that picked up the elastomer yarn exposed in the first feed is reactivated in the tack position and the one or more yarns distributed in the feed while the needle cylinder rotates a predetermined number of times. To pick up. At this time, the other needles in the needle group are activated at the drop position to pick up one or more yarns distributed in the third feed and perform knitting. The knitting loops that have already been formed are then knocked over. After the predetermined rotation, the needle that picks up the exposed elastomeric yarn in the first feed is activated to pick up one or more yarns at the drop position. This forms a new loop of knitting and lowers the knitting loop that has already been formed and held on the head. The needles that are in contact with each other are activated and pick up one or more threads at the tack position. When the needle cylinder continues to rotate, it is knitted as in the previous rotation. In particular, the needle that picks up the exposed elastomeric yarn in the first feed is reactivated in the tack position during the third feed while the needle cylinder rotates for another predetermined number of times.

  In the third feed, the needle is lowered after picking up one or more yarns to form a new loop of knitting.

  In the fourth feed, the needles in each group of needles are selected and activated in the same manner as was done in the second feed.

  In the fourth feed, the needle is lowered after picking up one or more yarns to form a new loop of knitting.

  The following should be noted. That is, when the needle cylinder makes various rotations about its axis to form a knitting, the selection of needles in the various feeds is not changed while the grip region is formed. However, the following points are excluded. As already described, the needle picked up from the elastomer yarn exposed in the first feed is activated differently in the third feed after a predetermined number of rotations.

  The needle cylinder rotates a predetermined number of times, and then, in the third feed, the needle that picks up the elastomer yarn exposed in the first feed is activated at the drop position. The predetermined number of times is substantially 4 ~ 9 times.

  In addition, the following should be noted. That is, in the second feed and the fourth feed, the needle that picks up the elastomer yarn exposed in the first feed is activated in the tack position to pick up one or more yarns distributed in the feed.

  The tubular knitted article obtained by the method of the present invention (indicated generally by reference numeral 1) has a grip region 2 on the back side. The grip area 2 is defined by the raised portion of the exposed elastomer yarn 3 or bridles. The elastomer yarn 3 protrudes on the back side of the article 1 and is knitted together with other yarns constituting the article 1. The floating portion (or bridle) of the elastomeric yarn 3 is created by the lack of exposed elastomeric yarn pickup. This pick-up is performed by various needle groups of needles that have moved or are held in the “miss position” in the first feed. It is as explained above.

  The grip area 2 is preferably defined by one or more circumferential bands 4. Each band 4 is composed of a plurality of rows of floating portions of exposed elastomer yarns 3 or a plurality of turns. The exposed rows (or turns) of the plurality of floating portions of the elastomer yarn 3 are arranged side by side along the axis 1 a of the article 1.

  In the illustrated embodiment (which relates to a tightening stocking), the grip region 2 is composed of three circumferential bands 4 spaced from one another along the axis 1a of the article 1. ing.

  FIG. 1 shows a hold-up stocking, or a semi-finished article for producing a clamped stocking, removed from the circular knitted product knitting machine used to manufacture the article. It is in. Such a semi-finished article is open at both ends. One of these ends is closed by sewing or looping, and becomes a finished product.

  The grip region 2 obtained by the method according to the present invention is located near the opposite end (that is, the end constituting the upper end of the tightened stocking).

  The exposed elastomeric yarn defining the grip region 2 is preferably composed of silicone rubber.

  Conveniently, the article 1 has a gather portion 5 in the grip area 2. In the manufacture of the article 1, the gathered portion 5 is preferably generated by applying tension to the elastomer yarn 3 in advance when the exposed elastomer yarn 3 is sent to the needle of the knitting machine.

  As can be inferred from the above description of the manufacturing method, knitting the exposed elastomer yarn 3 together with the other yarns constituting the article 1 is tuck-stitch knitting and knitting- It can be done by the method of knitting-in stitches. That is, it is preferable that the stitches for joining the exposed floating part of the elastomer yarn 3 to the remaining part of the article 1 are parallel to the axis 1 a of the article 1.

  Preferably, each of the exposed floating portions of the elastomeric yarn 3 extends substantially as a plurality of rows of 6-15.

  The yarn used to manufacture the article (a yarn different from the exposed elastomeric yarn) can be at least partially composed of a resilient and extensible yarn.

  The method according to the invention makes it possible to remove from a circular knitted product knitting machine an article 1 which is already provided on the back side with a grip area 2 which can be used to fix the article 1 to the user's skin. This grip area ensures maximum effectiveness in securing the upper end of the stocking to the user's thigh, especially when the article is a clamped stocking, and is effective in curling the stocking down during use. Can be prevented.

  In particular, during the creation of the grip area 2, the needle that picked up the exposed elastomeric yarn 3 in the first feed of the knitting machine is moved in order to knit in the tack position in the subsequent feed due to the fact that other knitting rows The effect of having a knitting row (generated by a needle picking up the exposed elastomer yarn 3) having lower elasticity than that (generated by a needle that did not pick up the exposed elastomer yarn 3) is achieved. With this special method of creating the grip region 2, the effect of elastically mounting the region towards the inside of the article (ie towards the user's skin) is achieved. Thereby, it can prevent effectively that an article becomes round outside.

  An optional and preferred embodiment of the elastically extensible gather part 5 has the effect of further enhancing the resistance to rounding of the article.

  As merely a non-limiting example, the following are two examples of actually carrying out the method according to the invention for producing a tightened stocking.

Example 1
A single cylinder circular knitted product knitting machine with 400 needles and 4 feeds (or drops) is used.

  The needle of the knitting machine is divided into 12 needle groups.

  The article 1 to be provided is a tightening stocking of the type shown in the figure.

  The manufacture of the article 1 starts from the upper end of the article 1 (that is, the end opposite to the toes of the stocking).

  After the needle cylinder has been rotated a predetermined number of times (while the first part of the stocking is manufactured in a manner known per se), the manufacture of the grip area 2 begins and is as follows.

  In the first feed, the knock over cam is pulled out. It is stopped and does not activate the needle.

  In this first feed, the exposed elastomeric yarn 3 is dispensed and the needles in each needle group are selected according to the selection of 1:11. As a result, one needle in the needle group is activated to pick up the exposed elastomer yarn 3 at the tack position. At this time, the other eleven needles are moved to or held in the “miss position”. From the viewpoint of stopping the knock over cam, the needle in each needle group picked up the exposed elastomer yarn 3 is already in the tack position (or more precisely, slightly raised from the tack position). Move to 2 feeds.

  In the second feed, the needles in each needle group are selected according to a 1: 1 selection. As a result, with respect to all the two needles in contact with each other, one of the needles is activated to pick up the yarn distributed by the feed at the tack position. At this time, the other needle is activated to pick up the yarn distributed by the feed at the drop position. The needle that picks up the exposed elastomer yarn 3 in the first feed is one of the needles that pick up the yarn at the tack position in the second feed. In this second feed, three threads are given to each needle. Two of them are 78/46 (count = 78 dtex, 46 strands) and the other is 44/34 (count = 44 dtex, 34 strands). By supplying three yarns in the second feed, the grip region 2 is strengthened, and there is a function of effectively preventing the region from rolling up during use.

  After picking up the dispensed yarn in this second feed, each needle is lowered to create a new loop of knitting.

  In the third feed, a 1:11 selection of needles is performed for each needle group. One needle is lifted and picks up the yarn at the tack position. The eleven needles are lifted at the drop position. The needle lifted to the tack position is a needle that picks up the elastomer yarn 3 exposed by the first feed. This occurs while the needle cylinder rotates for a predetermined number of times (preferably 4 times). Thereafter, in the fifth and only one rotation, the needle is lifted to the drop position, and the needle in contact therewith is lifted to the tack position. In this feed, each needle (both the needle lifted to the tack position and the needle lifted to the drop position) is supplied with two 78/46 threads (count = 78 dtex, 46 strands).

  After picking up the dispensed yarn in this third feed, each needle is lowered to form a new loop of knitting.

  In the fourth feed, the needles of each needle group are selected according to a 1: 1 selection, as in the second feed. As a result, for all two needles in contact with each other, one needle is actuated to pick up the yarn dispensed with this feed in the tack position. At this time, the other needle is activated to pick up the yarn distributed by this feed at the drop position. The needle that picks up the exposed elastomer yarn 3 in the first feed is one of the needles that pick up the yarn at the tack position in the fourth feed. In the fourth feed, three yarns are supplied to each needle. Two of them are 78/46 (count = 78 dtex, 46 strands) and the other is 44/34 (count = 44 dtex, 34 strands). Even in this case, by supplying three yarns, the grip region 2 is strengthened, and there is a function of effectively preventing the region from rolling up during use.

  After picking up the dispensed yarn in this fourth feed, each needle is lowered to form a new loop of knitting.

  With this technique, three circumferential bands 4 are provided with exposed portions of elastomeric yarn 3 that float on the back side of article 1. In the circumferential region located between the circumferential bands 4 provided with the exposed elastomeric yarn 3, it is possible to provide the exposed elastomeric yarn 3 by a method known per se (or as described above). However, the supply of the thread 3 to the needle is omitted.

  Optionally, the needle cylinder can be rotated only a few times (three rotations in the example shown) before starting the formation of the grip region 2. Meanwhile, the exposed elastomeric yarn 3 is supplied (optionally) to several needles (preferably different needles than those activated to form the grip region 2 in the first feed). But always distributed in the first feed). At this time, the other needle is removed from picking up the exposed elastomeric yarn 3 and forms a circumferential band 6 with reduced height. The circumferential band 6 also includes an exposed portion of the elastomer yarn 3 that floats on the back side of the article 1. The portion is optional, but is offset with respect to the exposed portion of the exposed elastomer yarn 3 in the grip region 2.

  After forming the grip area 2, the manufacturing of the article 1 is continued in a manner known per se and made to the toes. Thereafter, the article 1 is removed from the knitting machine.

Example 2
A single cylinder circular knitted product knitting machine with 400 needles and 4 feeds (or drops) is used.

  As in the case of Example 1, the needle of the knitting machine is divided into 12 needle groups.

  In this second example of a practical embodiment of the method according to the invention, the same operations as already described in Example 1 are performed, with the following differences. That is, in the first feed of the knitting machine, the needle in each needle group that is activated to pick up the exposed elastomer yarn 3 moves to the drop position instead of the tack position to perform knitting.

  In fact, it has been found that the intended purpose is completely achieved by the method according to the invention. This is because according to the present invention, it is possible to manufacture an article (particularly, a tightening stocking) in which a grip region is directly provided on the back side in the manufacturing process of the article 1 by a knitted product knitting machine. And no double weft and / or additional knitting is required to provide such a grip area.

  Another advantage of the method according to the invention is that it provides an article that does not have a rounded grip area (roll-up) during use.

  The above-described method of the present invention has many modifications and variations, all of which are within the scope of the inventive concept. All details can be replaced by further technically equivalent elements. Thus, for example, the manufacture of an article can begin from one axial end or the other end. That is, production can be started from the toe or top of the knitted product.

  Although the present invention was conceived specifically for the production of clamped stockings, it can also be used for the production of other types of knitted products. For example, knee-high (up to knee length) or other types of knitted products, finished or semi-finished tubular articles.

  In fact, all dimensions and materials used are possible according to the conditions and the state of the art, except those specified above.

  The disclosures in Italian Patent Application Nos. MI2014A001568 (102014902292281) and 102015000033270 claiming priority in this application are incorporated herein by reference.

  If any technical feature is accompanied by a reference sign in any claim, the reference sign is included for the sole purpose of improving the understanding of the claim. Therefore, such a reference sign does not have a limiting effect in understanding each element specified by way of example with the reference sign.

Claims (22)

A method of manufacturing a tubular article with a grip area on the back side by a circular knitting machine, in particular a tightened stocking,
A circular knitted product knitting machine having at least two feeds or drops, wherein the knitting machine is capable of dispensing elastomeric yarns from which at least one first feed is exposed;
Move some of the needles of the knitting machine to pick up one or more yarns distributed in the feed, while the other needle is removed from picking up the one or more yarns A device to select the needle so that
Activate the needle to move the needle and pick up one or more threads distributed in the feed to the tack position or drop position, or activate the needle to move the needle to a miss position A cam to disengage one or more yarns distributed in the feed from picking up;
Is used and is characterized by the following:
The method is
In the first feed, at least one needle in at least one needle group consisting of needles in contact with each other is moved for knitting to pick up the exposed elastomeric yarn, at which time the at least one needle The other needles in the group are held in or moved to a miss position and are thus removed from picking up the exposed elastomeric yarn, and the at least one needle The needles in the group are activated by at least one subsequent feed, pick up one or more threads distributed in the subsequent feed, and at least by the needles held in the mis-position in the first feed Forming knitting A method characterized by:   The method of claim 1, wherein in the first feed, the at least one needle is activated to pick up the exposed elastomeric yarn in a tack position.   The method of claim 1, wherein, in the first feed, the at least one needle is activated to pick up the exposed elastomeric yarn at a drop position.   At least one needle that picks up the exposed elastomeric yarn in the first feed is activated in the at least one subsequent feed to pick up one or more yarns distributed in the subsequent feed to a tack position. The method according to claim 1, characterized in that:   The method according to claim 1, wherein the exposed elastomeric yarn is supplied in a pre-tensioned state to the at least one needle.   After the predetermined number of knitting rows are formed by the other needles in at least one group of needles, the at least one needle is activated in the at least one subsequent feed, and the one or more The yarn is picked up at a drop position to form a new knitted loop, and the previously formed knitted loop held on the head of the at least one needle is turned over. 6. The method according to any one of 5. A method according to any of claims 1 to 6, comprising
The method is
Using a circular knitted product knitting machine having four feeds or drops arranged continuously around the axis of the needle cylinder along the direction of rotation of the needle cylinder,

-In the first feed, the at least one needle is moved for knitting to pick up the exposed elastomeric yarn distributed in the first feed, and then in the at least one group of needles The other needle is either moved to the mis position or held in the mis position and is therefore removed from picking up the exposed elastomeric thread,

-In the second feed, the needles in the at least one group of needles are activated to pick up one or more yarns distributed in the second feed, and at least in the first feed are already in the mis-position Forming a knitted article together with the needle held in the needle, picking up the exposed elastomer yarn in the first feed is moved, knitting in the tack position in the second feed,

-In the third feed, the at least one needle is moved and knitted in the tuck position while the needle cylinder rotates a predetermined number of times around its axis and distributed in the third feed One or more yarns are picked up, at which time the other needles in the at least one needle group are moved to perform knitting at the drop position, and the one or more yarns distributed in the third feed are Pick up and

-In the fourth feed, the needles in the at least one needle group are activated to pick up one or more yarns distributed in the fourth feed and remove the elastomer yarn exposed in the first feed. The picked-up needle is moved and knitted at the tack position in the fourth feed.
A method characterized by that.   The method according to claim 7, wherein the predetermined number of times is 4 to 9 times.   After the needle cylinder has rotated a predetermined number of times around its own axis, the at least one needle is activated to pick up one or more yarns at the drop position in the third feed and 9. A method according to any one of the preceding claims, characterized in that the loop of knitting that has been formed and held on the head of the at least one needle is turned over.   The needles of the needle cylinder of the knitting machine are composed of a predetermined number of needle groups, and each needle group is composed of a predetermined number of adjacent needles, and these needles are fed or fed by the knitting machine. 10. A method according to any one of the preceding claims, characterized in that a drop is selected and activated like the at least one needle group. Each of the needle groups is composed of 7 to 16 needles in contact with each other, and in the first feed, each needle group is selected according to a first selection that is 1: 6 to 1:15. That is, one needle is activated, the exposed elastomer yarn is picked up at the tack position, and 6 to 15 needles that are in contact with each other are in a mis-position,
A method according to any of claims 1 to 10, characterized in that Each of the needle groups is composed of 8-17 needles in contact with each other, and in the first feed, each needle group is selected according to a first selection of 2: 6 to 2:15. I.e., two needles in contact with each other are activated to pick up the exposed elastomeric yarn in a tuck position, and 6-15 needles in contact with each other are in a mis-position,
A method according to any of claims 1 to 10, characterized in that In the second feed and / or the fourth feed, each of the needle groups is selected according to a second selection;
The second choice is
For all two needles in contact with each other in the needle group, one needle is activated to pick up one or more threads at the tack position, and one needle is activated to activate one or more threads at the drop position. 1: 1 selection that will pick up the yarn,
For all four needles in contact with each other in the group of needles, the two contacting needles are activated to pick up one or more threads in the tack position and the two contacting needles are activated to the drop position. 2: 2 selection that will pick up one or more threads,
For all three needles in contact with each other in the group of needles, the two contacting needles are activated to pick up one or more threads at the tack position, and one needle is activated to be 1 or 2: 1 selection that will pick up multiple threads,
For all three needles in contact with each other in the group of needles, one needle is activated to pick up one or more threads in the tack position and two contacting needles are activated to drop 1 or 1: 2 selection that will pick up multiple threads,
The method according to claim 1, wherein the method is selected from the group consisting of: A tubular article with a grip area (2) on the back side, especially knitted like a stocking stock,
The grip area (2) is defined by a raised portion of the exposed elastomeric thread (3) protruding from the back side of the article (1), or a bridle, and is intended to face the user's skin, Knitted together with other yarns constituting the article (1),
A tubular article characterized by the above.   The grip region (2) is defined by at least one circumferential band (4), the circumferential band being arranged alongside the axis (1a) of the article (1), 15. Tubular article according to claim 14, characterized in that it consists of a plurality of rows or turns of the raised part of the exposed elastomeric yarn (3).   The grip region (2) is defined by a plurality of circumferential bands (4), and each of the circumferential bands is aligned with an interval along the axis (1a) of the article (1). 16. Tubular article according to claim 15, characterized in that it is composed of a plurality of rows or turns of raised portions of the exposed elastomeric yarn (3) arranged.   The tubular article according to any one of claims 14 to 16, characterized in that the exposed elastomeric thread (3) is composed of silicone rubber.   18. A tubular article according to any one of claims 14 to 17, characterized in that it has an elastically extensible gather part (5) in the grip region (2).   19. Tubular article according to claim 18, characterized in that the gather part (5) is composed of the exposed elastomeric thread (3) pre-tensioned.   20. The exposed elastomeric yarn (3) is knitted together with yarns constituting other parts of the article (1) by tack-stitch knitting, The tubular article as described in 2.   Stitches for weaving the exposed elastomeric yarn (3) together with yarns constituting other parts of the article (1) are arranged in parallel with each other in parallel with the axis (1a) of the article (1). The tubular article according to any one of claims 14 to 20, wherein the tubular article is characterized in that   22. The exposed portion of the exposed elastomeric yarn (3) extends as a plurality of rows of stitches, the number of which is substantially between 6 and 15 rows. A tubular article according to claim 1.

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