JP2016043160A - Body towel - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a body towel foaming well, gentle to the skin and easy to use.SOLUTION: The body towel has a long cylindrical outside knitted fabric part 2 having a pile knitted fabric part 21 knitted by using a design twisted yarn including a flower yarn, and a long inside knitted fabric part 3 arranged inside the cylindrical outside knitted fabric part 2 and knitted mainly from a chemical fiber yarn. The outside knitted fabric part 2 and the inside knitted fabric part 3 are connected in a state of being laminated in both ends in the longitudinal direction. The body towel obtains sufficient voluminous feeling, and the inside knitted fabric part 3 and the pile knitted fabric part 21 of the outside knitted fabric part 2 foam well. The inside knitted fabric part 3 does not touch the skin, so the body can be sufficiently washed by the outside knitted fabric part 2 gentle to the skin and foaming well.SELECTED DRAWING: Figure 3

Description

  The present invention relates to a body towel for body washing.

As body towels used for body washing in bathrooms, body towels made of natural fibers such as cotton and linen and body towels made of chemical fibers such as nylon are known.
However, for example, a cotton body towel is gentle to the skin, but soap foam is insufficient, and a chemical fiber body towel has good soap foam. On the other hand, it may not be preferable.

  Accordingly, the applicant arranges an inner cylindrical knitted fabric portion knitted in a cylindrical shape with a chemical fiber yarn inside the outer cylindrical knitted fabric portion knitted in a cylindrical shape with natural fiber yarn, and the outer cylinder. Proposed a towel towel in which both ends of the knitted fabric portion and the inner tubular knitted fabric portion are overlapped and sewn so as to close the opening. (Patent Document 1)

  The above body towel is gentle to the skin because the surface of the natural fiber of the outer cylindrical knitted fabric part is in contact with the skin, and the foam of soap is improved by the chemical fiber of the inner cylindrical knitted fabric part inside, and the outer cylindrical knitted fabric By sliding the portion and the inner cylindrical knitted fabric portion together, bubbles that are well foamed by the inner cylindrical knitted fabric portion are generated on the outer surface of the outer cylindrical knitted fabric portion.

JP 2013-230179 A

  By the way, the above-mentioned double tubular body towel with the exposed natural fiber part is gentle to the skin because the outer knitted fabric part is formed of a natural fiber material, and the inner knitted fabric part has good foaming, but the outside In the knitted fabric part, a body towel capable of causing further foaming was desired.

  An object of the present invention is to provide a body towel that can cause a large amount of foaming well, is gentle to the skin, and is easy to use.

The body towel of the present invention is
A long tubular shape having a pile knitted fabric portion knitted using a design twist yarn formed by arranging flower yarns forming a number of loops around a core yarn and winding a presser yarn over the yarn. The outer knitted fabric part of the
A long inner knitted fabric portion that is arranged inside a cylindrical outer knitted fabric portion and is knitted mainly with yarns of chemical fibers;
The outer knitted fabric portion and the inner knitted fabric portion are joined in a state of being laminated at least at both ends in the longitudinal direction.

  According to the body towel of the present invention, the outer knitted fabric portion and the inner knitted fabric portion are constituted by a knitted fabric having a large gap between yarns, not a woven fabric, and the inner knitted fabric is formed in the cylindrical portion of the cylindrical outer knitted fabric portion. Since the parts are arranged, a sufficient volume feeling can be obtained.

  Moreover, even if the outer knitted fabric portion is knitted using the chemical fiber yarn, the pile knitted fabric portion knitted with the design twist yarn becomes a pile shape containing a lot of air layers due to the numerous loops of the flower yarn, and is soft, Gentle to the skin and good foaming. In addition, the pile knitted fabric gives a sense of volume as a whole body towel.

In addition, the inner knitted fabric portion is crushed using a chemical fiber yarn that has a strong sense of foam and good foaming, and is covered completely with the outer knitted fabric portion, and both ends in the longitudinal direction of the outer knitted fabric portion. Since it is joined, the inner knitted fabric portion is not exposed to the outside. Therefore, the soap can be foamed well without the inner knitted fabric portion touching the skin.
As a result, the foam whipped by the inner knitted fabric portion is allowed to pass from the stitches of the outer knitted fabric portion to the outside, and the soap soaked in the pile knitted fabric portion itself of the outer knitted fabric portion is also whipped in the pile knitted fabric portion. Thus, the body can be washed well with a large amount of foam by the outer knitted fabric.

In the body towel of the present invention, it is preferable that the pile knitted fabric portion of the outer knitted fabric portion is knitted with polyester yarns composed of multifilaments of super fine fibers.
Polyester yarns composed of multifilaments of ultrafine fibers are soft and soft to the touch, and a large number of loops with many gaps are formed due to loose twisting of the yarns, so that the outer knitted fabric portion is further foamed.

  In the body towel of the present invention, the outer knitted fabric portion includes a pile knitted fabric portion composed of at least one course knitted by the design twist yarn, and a basic knitted fabric composed of at least one course knitted by a twist yarn not formed with a loop. The parts are preferably knitted alternately.

  Since the pile knitted fabric portion and the foundation knitted fabric portion are alternately formed on the outer knitted fabric portion, it is easy to pass the foamed foam from the stitches of the basic knitted fabric portion at the inner knitted fabric portion, and the pile knitted fabric portion also causes foaming. The body can be washed with a large amount of foam. Further, the design property is also improved by the stripe pattern of the pile knitted fabric portion and the basic knitted fabric portion.

In the body towel of the present invention, it is preferable to knit the basic knitted fabric portion with twisted yarns having different thicknesses for each course.
In this way, by knitting the basic knitted fabric portion with twisted yarns of different thicknesses, the knitted portion knitted with the thin yarn has a larger gap, and the passage of bubbles bubbled in the inner knitted fabric portion can be further improved. The flexibility of the outer knitted fabric portion is improved.

Furthermore, in the body towel of the present invention, it is preferable that the inner knitted fabric portion is knitted in a cylindrical shape and disposed inside the outer knitted fabric portion.
Thus, by knitting the inner knitted fabric portion into a cylindrical shape, the knitted fabrics of the inner knitted portion can be slid together, and foaming by the inner knitted fabric portion can be further improved.

According to the body towel of the present invention, soap is soaked into the surface of the outer knitted fabric portion, and the outer knitted fabric portion and the inner knitted fabric portion are rubbed together, so that the soap is well foamed in the inner knitted fabric portion. Furthermore, foaming can also be performed at the pile knitted fabric portion of the outer knitted fabric portion.
As a result, when washing the body, the foam generated in the inner knitted fabric portion is allowed to pass through the stitches of the outer knitted fabric portion while constantly foaming well in the inner knitted fabric portion, and the outer knitted fabric portion pile The knitted fabric portion can be further foamed, and the outer knitted fabric portion can wash the body with a large amount of foam.

It is a perspective view of the body towel of this invention, Comprising: The state folded so that a width | variety may become narrow is shown. It is a perspective view of the body towel of this invention, Comprising: The state which expanded the width | variety of the longitudinal direction center part is shown. It is a top view of the cut body towel which shows the overlapping state of the outer side knitted fabric part and the inner side knitted fabric part of the body towel of this invention. It is a fragmentary perspective view which shows the sewing state of the longitudinal direction edge part of the body towel of this invention. It is a fragmentary perspective view which shows the state which turned over after the longitudinal direction edge part of the body towel of this invention was sewed in the folded state, and the hook part of the finger was formed. It is explanatory drawing which shows the knitting structure | tissue of the outer side knitted fabric part of the body towel of this invention.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings. As shown in FIGS. 1-5, the body towel 1 of this invention is comprised by the cylindrical knitted fabric. In particular, as shown in FIG. 3, the body towel 1 includes an outer knitted fabric portion 2 knitted in a tubular shape, and an inner knitted fabric portion 3 knitted in a tubular shape disposed inside the outer knitted fabric portion 2. It is composed of

  The outer knitted fabric portion 2 is knitted using a circular knitting machine so as to be a continuous and continuous cylinder. The outer knitted fabric part 2 can also be knitted into a continuous cylindrical shape using a flat knitting machine.

  The outer knitted fabric portion 2 may be formed in a cylindrical shape by knitting two long flat knitted fabrics and joining the long side portions of the respective flat knitted fabrics. However, when two flat knitted fabrics are joined by sewing to form the tubular outer knitted fabric portion 2, the joined portion becomes hard. Therefore, it is preferable that the outer knitted fabric portion 2 is continuously knitted in a cylindrical shape as in this embodiment. In the outer knitted fabric portion 2 continuously knitted in a cylindrical shape, a portion that comes into contact with the body is always a knitted fabric portion, and a good touch is obtained.

  The inner knitted fabric portion 3 is also continuously knitted into a tubular shape using a circular knitting machine, and stored in the tubular portion of the tubular outer knitted fabric portion 2. The inner knitted fabric portion 3 and the outer knitted fabric portion 2 are joined together in a stacked state at both longitudinal ends of the tubular portion as shown in FIG. The inner knitted fabric portion 3 can also be continuously knitted into a tubular shape using a flat knitting machine.

  The outer knitted fabric portion 2 and the inner knitted fabric portion 3 are individually knitted into a cylindrical shape by weft knitting using a circular knitting machine, and then the cylindrical inner knitted fabric portion 2 is placed inside the cylindrical outer knitted fabric portion 2. The knitted fabric part 3 is accommodated.

  The outer knitted fabric portion 2 is knitted with a pile knitted fabric portion 21 knitted using a design twist yarn (loop yarn) and a multifilament twist yarn not formed with a loop, as shown in the knitting structure diagram of FIG. The basic knitted fabric portions 22 are alternately knitted.

  In the present embodiment, the outer knitted fabric portion 2 is continuously knitted into a seamless cylindrical shape by weft knitting of the pile knitted fabric portion 21 and the basic knitted fabric portion 22 using only polyester yarn.

  The design twist yarn for knitting the pile knitted fabric portion 21 is formed by arranging flower yarns forming a large number of loops around the core yarn and winding a presser yarn over the flower yarn. In this embodiment, although not shown, three yarns are used.

  Specifically, the design twisted yarn uses 150 denier polyester multifilament yarn for the core yarn, three 150 denier polyester multifilament yarn for the flower yarn, and 75 denier polyester multifilament yarn for the presser yarn. It is configured.

  The flower yarn constituting the design twisted yarn is preferably a polyester yarn using filaments of chemical fibers, particularly ultrafine fibers, in order to improve foamability and flexibility. Polyester yarns composed of multifilaments of ultrafine fibers are soft and soft to the touch, and many loops with many gaps are formed due to loose twists of flower yarns, so that foaming is good.

In addition, as the core yarn and presser yarn of the design twisted yarn, yarns of other chemical fibers such as nylon can be used, and yarns of natural fibers such as cotton can also be used.
Needless to say, the thicknesses of the core yarn, the flower yarn, and the presser yarn used for the design twist yarn are not limited to those illustrated above, and can be changed as necessary.

  In the present embodiment, as shown in the knitting structure diagram of FIG. 6, the basic knitted fabric portion 22 is knitted so that the thickness differs for each course using two types of twisted yarns having different thicknesses.

  Specifically, the base knitted fabric portion 22 uses a polyester multifilament yarn of 150 denier and 300 denier. After knitting the pile knitted fabric portion 21, the first basic knitted fabric portion 22a is knitted for one course with 300 denier polyester multifilament yarn, and the second basic knitted fabric portion 22b is knitted for one course with 150 denier polyester multifilament yarn. The first base knitted fabric portion 22a is knitted one course with 300 denier polyester multifilament yarn at the fifth course, and the knitting of the basic knitted fabric portion 22 is completed. Thereafter, the process of knitting the pile knitted fabric portion 21 for one course and knitting the basic knitted fabric portion 22 is repeated.

  As described above, the outer knitted fabric portion 2 of the present embodiment knitted the foundation knitted fabric portion 22 composed of five courses after knitting the pile knitted fabric portion 21 for only one course with the design twisted yarn as shown in FIG. By repeating the process, the pile knitted fabric portions 21 and the basic knitted fabric portions 22 are knitted alternately.

  In the present embodiment, since the thickness of the twisted yarn for knitting the basic knitted fabric portion 22 is changed by one course, the gap between the second basic knitted fabric portion 22b knitted with the thin yarn is increased, and the outer knitted fabric portion 2 is increased. As a whole, the softness of the foam becomes good, and the bubble generated in the inner knitted fabric portion 3 also becomes good.

The basic knitted fabric portion 22 may change the thickness of the yarn for each course as in the present embodiment, or may change the thickness of the yarn for every two courses. Needless to say, all the basic knitted fabric portions 22 may be knitted with yarns having the same thickness, and various knitting patterns can be applied.
The yarn used for the base knitted fabric portion 22 may be a spun yarn (spun yarn) or a filament yarn.

  In the present embodiment, the outer knitted fabric portion 2 is knitted by knitting, but is knitted so that the back stitches come out on the surface. By forming a back stitch on the surface of the outer knitted fabric portion 2, the upper and lower arc portions of the stitch loop appear on the surface, so that the amount of the loop of the yarn of the design twist yarn appears on the surface of the knitted fabric, and the bulkiness is increased. Will be better.

  The number of knitting courses of the pile knitted fabric portion 21 and the basic knitted fabric portion 22 is not limited to the above. For example, the pile knitted fabric portion 21 is repeatedly knitted by two courses and the basic knitted fabric portion 22 is repeatedly knitted by two courses. Alternatively, the pile knitted fabric portion 21 may be knitted for two courses and the basic knitted fabric portion 22 may be knitted for four courses, and various knitting patterns are conceivable.

  Further, the outer knitted fabric portion 2 may be configured by only the pile knitted fabric portion 21. Alternatively, the pile knitted fabric portion 21 can be knitted in the middle of the basic knitted fabric portion 22 by knitting the middle of one course with a design twisted yarn like pattern knitting.

  Moreover, the pile knitted fabric part 21 can also change the color of a flower thread for every course. For example, the first pile knitted fabric portion 21a knitted with a design twist yarn using a dark pink yarn for one of three yarns and a white yarn for the other two yarns, and three flowers It is possible to alternately knit the second pile knitted fabric portion 21b knitted with a design twist yarn using a thin pink yarn for one of the yarns and a white yarn for the other two yarns. In this way, by knitting the pile knitted fabric portions 21a and 21b having different colors, it is possible to provide a body towel not only having a foaming effect by the pile knitted fabric portions 21a and 21b but also having a good design.

  Further, when the outer knitted fabric portion 2 is knitted, the design twisted yarn for knitting the pile knitted fabric portion 21 and the yarn for knitting the basic knitted fabric portion 22 can have different colors. Thus, by changing the color of the yarn knitting the pile knitted fabric portion 21 and the yarn knitting the basic knitted fabric portion 22, a body towel having a design property can be provided. Furthermore, as described above, a body towel with better design properties can be provided by making the colors of the yarns of the design twist yarn different. Thus, the design is improved by the striped pattern of the pile knitted fabric portion 21 and the basic knitted fabric portion 22.

  In the present embodiment, the outer knitted fabric portion 2 has a larger number of courses for knitting the basic knitted fabric portion 22 with respect to the knitting course of the pile knitted fabric portion 21. Knitting in this way is possible even if the pile knitted fabric portion 21 is knitted for only one course using the design twist yarn, and the striped pattern of the basic knitted fabric portion 22 and the pile knitted fabric portion 21 is beautiful. Because it appears.

  The outer knitted fabric portion 2 can be knitted so that the number of knitting courses of the pile knitted fabric portion 21 is greater than or equal to the number of knitting courses of the basic knitted fabric portion 22. Further, the outer knitted fabric portion 2 does not have the basic knitted fabric portion 22 and can be configured only by the pile knitted fabric portion 21 using the design twisted yarn.

  In the present embodiment, the outer knitted fabric portion 2 is knitted using only polyester yarn. However, the pile knitted fabric portion 21 is made of a blended yarn of polyester yarn and polyamide yarn, or a blend of polyester and polyamide. You may knit using the design twisted yarn using a thread | yarn. Further, the basic knitted fabric portion 22 may be knitted using a blended yarn of polyester yarn and polyamide yarn or a blended yarn of polyester and polyamide.

  Further, the outer knitted fabric portion 2 may be knitted using yarns made of natural fibers in part or yarns of other chemical fibers such as rayon yarns. Examples of natural fibers include cotton, hemp and silk. In this case, it is preferable to use a natural fiber yarn for the foundation knitted fabric portion 22. Further, the basic knitted fabric portion 22 can be knitted polyester yarn and polyamide yarn one course at a time, polyester yarn and cotton yarn knitted one course at a time, or a plurality of courses knitted with yarns of different materials.

  When natural fiber yarn is used for knitting the outer knitted fabric portion 2, the yarn thickness is the size of the stitch determined to obtain a desired volume feeling and softness as a body towel, needle gauge, etc. Depending on the thread, various thicknesses can be used. In addition, when a too thick yarn is used for the cotton yarn, the stitches become clogged and the feel of the knitted fabric becomes hard in the case of the same gauge. Further, the looser the twist of the yarn, the softer the knitted fabric feel.

  As shown in FIG. 3, the inner knitted fabric portion 3 is continuously knitted into a seamless tubular shape by weft knitting with only chemical fiber yarns using a circular knitting machine in this embodiment. The inner knitted fabric portion 3 is disposed in the tubular outer knitted fabric portion 2 so as to form a double tubular shape.

The inner knitted fabric portion 3 is continuously knitted into a seamless tubular shape by weft knitting alternately with a polyethylene yarn made of a single ultrafine filament yarn and a polyester wooly yarn, one course at a time.
Thus, by knitting the inner knitted fabric portion 3 in a cylindrical shape, the knitted fabric portion of the inner knitted fabric portion 3 can be rubbed together, and foaming can be improved.

  Since the inner knitted fabric portion 3 is knitted with 100% chemical fiber yarn, not only foaming is good, but also drying is faster even if it is covered with the outer knitted fabric portion 2. In particular, in the present embodiment, the inner knitted fabric portion 3 uses a polyethylene yarn and a polyester yarn, so that drying is quick.

  In the present embodiment, the inner knitted fabric portion 3 is knitted so that every yarn is knitted by one stitch every time nine wales are knitted. By knitting the inner knitted fabric portion 3 in this manner, the stitches of the inner knitted fabric portion 3 become large, and bubbles are generated well in the knitted fabric portion of the inner knitted fabric portion 3, so that the inner knitted fabric portion 3 and the outer knitted fabric portion 3 A large amount of foam can also be accumulated in the space between the knitted fabric portion 2.

  The polyethylene yarn composed of the ultrafine filament single yarn used for knitting the inner knitted fabric portion 3 can be a yarn of at least 100 denier to 300 denier.

Polyethylene yarn of 100 denier to 300 denier has very good foaming, is hard, thin, and has little elongation. The inner knitted fabric portion 3 has a very small elastic shape even when it is stretched, and the elastic elongation of the yarn itself is very small due to the nature of the polyethylene yarn that is hard and has little elongation. Since the polyethylene yarn is hard, the deformed loop tries to return to the most stable original loop shape.
Therefore, even if the knitted fabric of the outer knitted fabric portion 2 has a large elongation, the outer knitted fabric portion 2 and the inner knitted fabric portion 3 are joined at both ends. The ground portion 2 has an appropriate stretchability without being excessively stretched, and the shape stability is improved.

  In this embodiment, the polyethylene yarn is a 130 denier yarn, but a 100 to 300 denier yarn can be used. Moreover, although the polyester wooly yarn uses 150 denier yarn in this embodiment, yarn of 50 denier to 500 denier can be used.

  The inner knitted fabric portion 3 is mainly knitted with chemical fiber yarns. As the chemical fiber yarns, in addition to using ultrafine polyethylene yarns and polyester wooly yarns, nylon yarns that are synthetic fibers other than polyethylene and polyester are used. Polyurethane yarn may be used. Furthermore, regenerated fibers such as rayon and cupra manufactured using natural fibers as raw materials, and semisynthetic fibers such as acetate manufactured by modifying natural fibers may be used.

  Further, the inner knitted fabric portion 3 may use, for example, an ultrafine polyethylene thread and a wooly nylon thread, or an ultrafine polyethylene thread and an acrylic thread. Further, any chemical fiber yarn such as ultrafine polyethylene yarn alone, polyester woolie yarn alone, woolie nylon yarn alone, polyurethane spandex yarn alone, and the like can be used.

  Further, in the present embodiment, the inner knitted fabric portion 3 is knitted using only chemical fiber yarns, but if the foaming is better than using only natural fiber yarns, cotton yarn, It is also possible to knit by mixing yarns of natural fibers such as silk and hemp yarns. In this case, the proportion of the chemical fiber yarn of the knitted fabric is preferably 60% or more.

  The inner knitted fabric portion 3 is formed in a two-layer state by knitting in a cylindrical shape as in the present embodiment. However, even one layer of one flat knitted fabric overlaps two flat knitted fabrics into two layers. However, three plane knitted fabrics may be stacked to form three layers. When the inner knitted fabric portion 3 is formed of one layer, two layers, or three layers by a flat knitted fabric, the long side portion of the inner knitted fabric portion 3 is frayed or a plurality of layers are laminated. It is preferable that the long side portions of the respective flat knitted fabrics are joined in a stacked state.

  When the inner knitted fabric portion 3 is a flat knitted fabric and the outer knitted fabric portion 2 is also composed of a first outer knitted fabric portion and a second outer knitted fabric portion, the inner knitted fabric portion 3. And the long side part and short side part of each plane knitted fabric of the outer side knitted fabric part 2 may be overlapped, and the four sides may be joined by sewing.

  In the present embodiment, when the body towel 1 is manufactured, first, the tubular inner knitted fabric portion 3 is disposed in the tubular outer knitted fabric portion 2 that is continuously knitted for a long time, thereby forming a double tubular shape. And what was made into the double cylinder shape is pressed and made flat, and it cut | disconnects by predetermined length. The body towel 1 is formed by folding the two ends in the longitudinal direction of the outer knitted fabric portion 2 and the inner knitted fabric portion 3 in a planar state, and stitching them together.

  Specifically, for example, the outer knitted fabric portion 2 having a predetermined length (for example, 100 m) is drawn around a hard cylindrical member having a length of about 5 m and arranged in a bellows shape. And by inserting the inner knitted fabric portion 3 of a predetermined length into the inside of the rigid tubular member and pulling the insertion tip portion of the inner knitted fabric portion 3 and the end portion of the outer knitted fabric portion 2 simultaneously. Then, the inner knitted fabric portion 3 is arranged inside the outer knitted fabric portion 2. Next, the inner knitted fabric portion 3 disposed inside the outer knitted fabric portion 2 is flattened by pressing and then cut into a predetermined length.

  Then, as shown in FIG. 4, the cut double tubular knitted fabric is folded into two in a long shape, and further folded into two so as to be folded into four. Then, both end portions in the longitudinal direction of the outer knitted fabric portion 2 and the inner knitted fabric portion 3 bent into four are sewn and joined by overlock using a lock sewing machine (joint portion 4). Due to the joint portion 4 sewn by overlock, the openings at both ends of the double tubular knitted fabric are closed.

  Next, the both ends of the knitted fabric are turned over so that the seam of the joint 4 is the innermost side so that the seam of the joint 4 is hidden from view in the state of FIG. Then, as shown in FIGS. 1 and 5, the tubular outer knitted fabric portion 2 and the inner knitted fabric portion 3 are bent so that both ends in the width direction are inside each other.

Further, as shown in FIG. 2, in the state where the outer knitted fabric portion 2 and the inner knitted fabric portion 3 are widened in the width direction, in the central portion in the longitudinal direction, three portions of the central portion in the width direction and both end portions in the width direction are sewing machines. Fastening portion 5 is formed. By this fastening part 5, the shift in the width direction of the inner knitted fabric part 3 with respect to the outer knitted fabric part 2 can be reduced.
When the processing of the fastening portion 5 is completed, a body towel 1 of a double tubular knitted fabric in which both end portions in the longitudinal direction are joined as shown in FIGS. 1 and 2 is completed.

  When using the body towel 1, first, the body towel 1 is wet and the surface of the outer knitted fabric portion 2 is rubbed with soap, or the body shampoo is immersed in the body towel 1. The outer knitted fabric portion 2 and the inner knitted fabric portion 3 are rubbed against each other to foam soapy water or the like.

  At this time, since the inner knitted fabric portion 3 is knitted with yarns of chemical fibers having low water absorption, soap water that has passed through the stitches of the outer knitted fabric portion 2 and entered the cylindrical portion of the outer knitted fabric portion 2 is Then, the inner knitted fabric portion 3 enters further into the inner knitted fabric portion 3 from the stitches.

Then, by rubbing the outer knitted fabric portion 2 and the inner knitted fabric portion 3, a large amount of good bubbles is generated by the inner knitted fabric portion 3.
The foam formed by the inner knitted fabric portion 3 is held inside the inner knitted fabric portion 3 and also held in a space between the inner knitted fabric portion 3 and the outer knitted fabric portion 2. The bubbles in the tubular portion of the outer knitted fabric portion 2 pass through the stitches of the outer knitted fabric portion 2 and appear on the surface, and are further foamed by the pile knitted fabric portion 21 of the outer knitted fabric portion 2. In addition, soap or body shampoo that has been soaked in the pile knitted fabric portion 21 of the outer knitted fabric portion 2 is also foamed by pinching the pile knitted fabric portion 21.

  In this way, by using the body towel 1 of the present embodiment, a large amount of foam is generated inside the outer knitted fabric portion 2 by the inner knitted fabric portion 3 knitted with chemical fibers having good foaming properties. Can do. Furthermore, since the foam knitted fabric portion 21 of the outer knitted fabric portion 2 can be further foamed, the foam whipped in the inner knitted fabric portion 3 that has passed the stitches of the outer knitted fabric portion 2 and the outer knitted fabric portion 2 The body can be satisfactorily washed with a large amount of foam with the foam knitted in the pile knitted fabric portion 21.

  In the body towel 1 of the present embodiment, the inner knitted fabric portion 3 is completely covered with the outer knitted fabric portion 2 and is not exposed to the outside. The body can be washed well with the outer knitted fabric portion 2 having the pile knitted fabric portion 21 which is voluminous and gentle to the skin.

  The body towel 1 of the present embodiment has a double cylinder structure of an outer knitted fabric portion 2 and an inner knitted fabric portion 3 that are not woven fabric but a knitted fabric having a large gap between yarns. It becomes good and the washing comfort is improved.

  In particular, since the inner knitted fabric portion 3 is knitted only with chemical fiber yarns, it is bulky and has a sense of volume, and since it is a knitted fabric, a large gap is formed between the yarns, so that it is breathable. Becomes better. As a result, even if the inner knitted fabric portion 3 is covered by the outer knitted fabric portion 2, the inner knitted fabric portion 3 is easily dried.

  Further, the body towel 1 of the present embodiment can not only achieve good foaming by the inner knitted fabric portion 3, but also by a pile-shaped pile knitted fabric portion 21 knitted using a design twisted yarn, the fabric can be more voluminous. Since the air layer is increased, the foaming effect is improved.

  As described above, since the foam knitted fabric portion 21 can perform good foaming in the outer knitted fabric portion 2 as well, the body can be washed with a large amount of foam formed on the outer surface of the body towel 1. .

  Furthermore, in the present embodiment, the outer knitted fabric portion 2 uses a polyester yarn made of multifilaments of ultra-fine fibers, so that the touch is gentle. The body towel 1 of the present embodiment uses chemical fibers for both the outer knitted fabric portion 2 and the inner knitted fabric portion 3, so that the outer knitted fabric portion 2 and the inner knitted fabric portion 3 have the bulkiness of the inner knitted fabric portion 3. The air permeability of the outer knitted fabric portion 2 and the inner knitted fabric portion 3 are easily dried, and mold and the like are less likely to occur.

  In addition, the ultra-fine polyethylene yarn constituting the inner knitted fabric portion 3 has very good foaming, is hard, and has little elongation. By using this yarn, it is easy to return to the original state even if the knitted fabric is stretched, Although the state of the knitted fabric is stabilized, it is easy to cut and the touch is not good. Therefore, in the present embodiment, a polyester wooly yarn having good bulkiness and flexibility is also used. In this way, by combining ultra-fine polyethylene yarn and polyester wooly yarn and knitting these yarns alternately several courses, foaming is good, the volume can be increased, and elasticity is good, The stability of the knitted fabric is also improved.

Furthermore, the body towel 1 is closed by joining both ends of the double tubular knitted fabric as shown in FIG. The body towel 1 having an elongated and voluminous feeling can be formed without being clamped by hand.
In addition, as shown in FIGS. 1 and 5, a hooking portion that can hook a finger from the inside is formed by the joint portions 4 at both ends of the body towel 1. As a result, when washing the back, it is possible to prevent the finger from coming off from the body towel 1 that is slippery due to foam by hooking the finger on the hooked portions at both ends, and the back can be washed smoothly. . Note that the folding method may be only two folds, eight folds, or a plurality of folds.

  In addition, the knitted fabric may be knitted by a flat knitting machine. In this case, the gap between the loops can be adjusted by the pitch of the needle, and when the pitch is fixed, the tension of the yarn can be adjusted. You can also adjust the gap by adjusting the looseness of the loop.

In addition, the body towel of this invention is not limited to the said embodiment, This invention can be applied with respect to all the knitted fabrics.
For example, the knitted fabric may be not only a knitted fabric by weft knitting but also a knitted fabric knitted by warp knitting such as Russell knitting, tricot knitting, and Miranese knitting.

  Further, in the body towel 1 of the above embodiment, the outer knitted fabric portion 2 and the inner knitted fabric portion 3 are joined in a state where both ends in the longitudinal direction are completely closed, but both ends in the longitudinal direction are opened. It can also be configured to be joined along the openings of the outer knitted fabric portion 2 and the inner knitted fabric portion 3 so as to form a shape.

DESCRIPTION OF SYMBOLS 1 Body towel 2 Outer knitted fabric part 21 Pile knitted fabric part 21a 1st pile knitted fabric part 21b 2nd pile knitted fabric part 22 Foundation knitted fabric part 22a 1st basic knitted fabric part 22b 2nd basic knitted fabric part 3 Inner knitted fabric Part 4 Joint 5 Fastening part

Claims (5)

A long tubular shape having a pile knitted fabric portion knitted using a design twist yarn formed by arranging flower yarns forming a number of loops around a core yarn and winding a presser yarn over the yarn. The outer knitted fabric part of the
A long inner knitted fabric portion that is arranged inside a cylindrical outer knitted fabric portion and is knitted mainly with yarns of chemical fibers;
A body towel characterized in that the outer knitted fabric portion and the inner knitted fabric portion are joined in a state of being laminated at least at both ends in the longitudinal direction. The body towel according to claim 1,
The pile knitted fabric portion of the outer knitted fabric portion is a body towel knitted with polyester yarn made of multifilaments of ultra-fine fibers. In the body towel according to claim 1 or 2,
The outer knitted fabric portion is alternately knitted with a pile knitted fabric portion composed of at least one course knitted with the design twist yarn and a basic knitted fabric portion composed of at least one course knitted with a twist yarn not formed with a loop. Body towel. The body towel according to claim 3,
The base knitted fabric part is a body towel knitted with twisted yarns of different thickness for each course. The body towel according to any one of claims 1 to 4,
A body towel in which the inner knitted fabric portion is knitted into a cylindrical shape and is arranged inside the outer knitted fabric portion.