JP3125285U - Double cuff structure of outerwear - Google Patents

Abstract

An object of the present invention is to prevent cold air, rainwater, solar radiation, etc. from hitting a wearer's wrist and to give up its sealing effect.
In the double cuff structure of the outer garment (A) in which the root (12b) of the inner sleeve (12) is sewn on the back surface of the outer sleeve (11), the inner sleeve (12) is attached to the wearer's hand. (M) is formed into a substantially tapered frustoconical shape from a polyester-based synthetic fiber, polyurethane-based elastic fiber, or other stretchable material that can be fitted to (M), and one parent guidance exit ( 25) is opened, and the thumb (26) of the hand (M) is inserted into the parent guidance exit (25), so that the inner sleeve (12) is stretched from the outer sleeve (11) and is kept exposed. .
[Selection] Figure 8

Description

  The present invention relates to a double cuff structure of a jacket that gives off a sealing effect such as cold wind, rainwater, and solar radiation.

  In the double cuff structure employed in conventional cold protection and waterproof outerwear, the root (2b) of the inner sleeve (2), which is shorter than the outer sleeve (1), as shown in FIG. It is sewn on the back surface of 1), and the wearer's hand (M) is passed through it.

  However, like the outer sleeve (1), the inner sleeve (2) is made of a material that does not expand and contract, and only the tip end portion (2a) is stretched in the diametrical direction by a tack rubber (not shown). Therefore, even if this fits the wearer's wrist (3), the fingertip side from the wrist (3) is exposed from the tip (2a) of the inner sleeve (2).

  Therefore, even if the glove (4) is worn as shown in FIG. 10, the joint (gap) (W) between the glove (4) and the inner sleeve (2) is exposed and hits the wrist (3) from here. Cold air and rain water cannot be sealed completely.

  Moreover, the inner sleeve (2) is pushed back to the inner back of the outer sleeve (1) by the worn glove (4), and it is easy to get close, giving a sense of incongruity during wearing.

  The present invention aims to improve such a problem, and in order to achieve the object, in claim 1, in the double cuff structure of the outerwear in which the root portion of the inner sleeve is sewn on the back surface of the outer sleeve,

  The inner sleeve is shaped into a substantially tapered frustoconical shape from polyester-based synthetic fibers, polyurethane-based elastic fibers, and other stretchable materials that can fit the wearer's hand, and one parent instruction on the conical surface Open the exit,

  By inserting the thumb of the hand into the parent guidance exit, the inner sleeve is stretched from the outer sleeve and is kept exposed.

  According to a second aspect of the present invention, the parent guidance exit is bent outward from the conical surface of the inner sleeve and is sewn into a cylindrical shape retaining state.

  Further, the invention is characterized in that the stretchable material of the inner sleeve is waterproofed or UV cut.

  According to the said structure of Claim 1, since the inner sleeve makes the substantially tapered frustoconical type | mold from the material which is rich in elasticity, and one master guidance exit is opened in the conical surface, By exposing all the 5 fingers of the hand passed through the tip of the inner sleeve, a normal wearing state as shown in FIG. 5 can be obtained, and by inserting the thumb of the hand into the parent guidance exit The inner sleeve is extended from the tip of the outer sleeve, and a wearing state as shown in FIG. 7 in which an appropriate length is exposed can also be obtained.

  In addition, the stretched inner sleeve is in a contracted state of the caliber and fits closely to the wrist of the wearer. As a result, cold air, rainwater, etc. invade from the tip of the outer sleeve, and the wrist is securely sealed from these. In particular, when a further glove is worn, the wrist can be completely sealed from the glove and the inner sleeve in a superimposed manner as shown in FIG.

  In that case, if the configuration of claim 2 is adopted, the parent instruction outlet opening in the inner sleeve has a cylindrical shape that protrudes outward from the conical surface of the inner sleeve and branches off from the tip of the inner sleeve. Since it is in the shape state, the thumb of the hand passing through the inner sleeve can be inserted more smoothly and quickly into the parent guidance outlet, and the close fit effect on the base of the thumb is improved.

  Furthermore, if the structure of Claim 3 is employ | adopted, it can also obtain the jacket which is rich in the waterproof effect and the sunshade effect by waterproofing of an inner sleeve, or ultraviolet-rays (UV) cut process, and becomes more useful.

  Hereinafter, a specific configuration of the present invention will be described with reference to the drawings. FIG. 1 illustrates a winter jacket (A) according to the present invention, and (10) is a pair of left and right cuffs that are the same as each other. 2 to 4 are sewn into a double structure comprising an outer sleeve (11) and an inner sleeve (12) shorter than the outer sleeve (11).

  That is, in FIGS. 2 to 4 showing the details of the double cuff structure, (13) and (14) are waterproof outer sleeves (11) and outer facing lining, and (15) is an annular cuff border fabric. The semi-circular portion can be expanded and contracted as an elastic band (17) sewn with tack rubber (16), while a female side fastener (19) is provided on the surface of the remaining non-elastic band (18). It is sewn.

  And the front-end | tip part (13a) bent in the back direction of the said surface material (13), and the front-end | tip part (14a) bent in the front direction of the facing lining material (14) are the base parts of the said cuff rimming fabric (15) It is integrated by sewing as a state of sandwiching. (20) is a fixed-length tightening band, the root of which is sewn to the non-stretchable zone (18) of the cuff rim fabric (15), and the back side of the remaining overhanging tip is the male side. A hook-and-loop fastener (21) is sewn.

  Therefore, the male side fastener (21) of the fastening band (20) is detachably pressed and fixed to the female side fastener (19) of the cuff rimming fabric (15), whereby the cuff of the outer sleeve (11) is secured. The border fabric (25) can be drawn and sealed in a contracted state of the caliber.

  Compared to the outer sleeve (11) made of a material that does not expand and contract, the inner sleeve (12) is a polyester-based synthetic fiber (trade name: Tetoron (registered trademark)) that can fit well into the wearer's hand (M). And polyurethane elastic fiber (generic name: spandex) and other stretchy materials are shaped into a substantially tapered frustoconical shape, with the same stretchable cuff border tape at the tip (22) Is sewn as a covering state.

  And the base part (12b) of the inner sleeve (12) is a front end part of the inner line (23) made of nylon mesh or the like, and the root part of the facing lining (14) in the outer sleeve (11). As shown in FIG. 2, it is sewn and integrated with each other. In addition, it cannot be overemphasized that the said interior (23) is stitched together to the best time in a jacket (A), and the back surface of a sleeve.

  Moreover, a single parent guidance outlet (25) is opened in the middle of the conical surface (24) forming the inner sleeve (12), and the wearer's hand (through the inner sleeve (12) ( The thumb (26) of M) may be branched from the remaining four fingers (27) that will be exposed from the tip of the inner sleeve (12) and inserted into the parent guidance outlet (25). It has become.

  In that case, the parent guidance exit (25) can be cut into the conical surface (24) of the inner sleeve (12) as a so-called flat circle on the plane, and this can be used only for retaining the edge, When the inner sleeve (12) is sewed into a frustoconical shape from the above-described stretchable material that has been cut out in advance, a part of the inner sleeve (12) is placed on a suture line (XX) as shown in FIGS. Bending and raising as a semi-cylindrical shape facing each other, sewing the pair of semi-cylindrical shapes into an overall cylindrical shape, and sewing the same stretchable opening rim tape (28) to the covering state in the above-mentioned parent guidance It is preferable that the outlet (25) is formed into a cylindrical shape that stably protrudes outward from the conical surface (24) of the inner sleeve (12).

  This is because the wearer can more smoothly insert and lead the thumb (26) of the hand (M) into the parent guidance outlet (25) of the inner sleeve (12). Incidentally, (29) is a sewing thread on the stitch line (XX) in the inner sleeve (12), and (30) is a sewing thread of the opening edge tape (28) covering the parent guidance outlet (25).

  When wearing the outerwear (A) having the above-mentioned double cuff structure, the five fingers (26) and (27) of the hand (M) passed through the inner sleeve (12) are all inside as shown in FIG. By exposing from the tip of the sleeve (12), it is possible to obtain the same wearing state as in the prior art. In that case, the inner sleeve (12) is, as a natural shortened state, placed inside the outer sleeve (11). It is housed and is not unsightly exposed from the tip of the outer sleeve (11).

  Further, the thumb (26) of the hand (M) passed through the inner sleeve (12) is inserted into the parent instruction exit (25) of the inner sleeve (12) as shown in FIG. 6, and the remaining four fingers (27 ) In the direction (F) where the inner sleeve (12) is exposed from the tip of the inner sleeve (12), the inner sleeve (12) is stretched by itself, and the tip of the outer sleeve (11) as shown in FIG. As a result, an appropriate length (L) corresponding to the wearer's physique is exposed from the part.

  Moreover, as the inner sleeve (12) is stretched, the diameter of the inner sleeve (12) contracts and fits closely to the wearer's wrist (31). Even though they enter, it can be sealed that they directly hit the wrist (31).

  Therefore, it is remarkably effective when worn, for example, during outdoor work such as road construction or while a motorcycle is running. At that time, not only four fingers (27) from the tip of the inner sleeve (12) but also the thumb (26) from the parent guidance exit (25) are exposed, so that the work requiring tactile sensation is not hindered. .

  Further, when a glove (32) is worn as shown in FIG. 8 to cover the wearer's five fingers (26) and (27), the wearer's wrist (31) has the inner sleeve (12) and the glove ( As a result of being superposed on the cover 32), it is possible to completely seal cold air, rainwater, etc., and there is no risk of exposing the joint (gap) (W) of the prior art shown in FIG.

  Also in this case, the inner sleeve (12) is in a calibrated state stretched by the wearer's thumb (26) and closely fits to the wearer's wrist (31). It is pushed back to the inner back of the outer sleeve (11) by (32), and there is no risk of causing at-random heel-off, and a comfortable wearing feeling can be obtained.

  In the illustrated embodiment, the outer jacket (A) for cold protection is illustrated, and the outer sleeve (11) is waterproofed. However, the stretchable material of the inner sleeve (12) is also waterproofed. Can do. In addition, the jacket (A) of the present invention is not only for cold protection and waterproofing, but the stretchable material of the inner sleeve (12) is subjected to ultraviolet (UV) cut processing so that it can be worn by strong sunlight (M) The present invention can also be applied as an awning jacket for sealing.

It is a front view which shows the jacket of the double cuff structure which concerns on this invention. It is an expanded sectional view of the half notch which extracts and shows the cuff part. FIG. 3 is a partial enlarged view taken along line 3-3 in FIG. 2. FIG. 4 is an enlarged cross-sectional view taken along line 4-4 of FIG. It is explanatory drawing of the wearing condition which put the hand through the inner sleeve. It is explanatory drawing of another wearing condition which inserted the thumb of the hand in the parent guidance exit of the inner sleeve. It is explanatory drawing of the wearing condition which exposed five fingers of the hand from the cuffs. It is explanatory drawing of the state which wore the glove. It is explanatory drawing which shows the conventional double cuff structure. It is explanatory drawing corresponding to FIG. 8 which shows the wearing condition of FIG.

Explanation of symbols

(10) ・ Cuffs (11) ・ Outer sleeves (12) ・ Inner sleeves (12b) ・ Roots of inner sleeves (13) ・ Outer material (14) ・ Furnished lining (15) ・ Cuff lining fabric (16) ・ Tack rubber ( 17)-Stretch zone (18)-Non-stretch zone (19) (21)-Hook fastener (20)-Fastening band (22)-Inner sleeve cuff border tape (23)-Inner fabric (24)-Inner sleeve cone Face (25) ・ Parent guidance exit (26) ・ Thumb (27) ・ Remaining 4 fingers (28) ・ Parent guidance exit tape (31) ・ Wrist (32) ・ Gloves (A) ・ Outerwear (M ) ・ Hand (L) ・ Stretched length (XX) ・ Suture line

Claims (3)

In the double cuff structure of the outer garment (A) in which the base (12b) of the inner sleeve (12) is sewn on the back surface of the outer sleeve (11),
The inner sleeve (12) is shaped into a substantially tapered frustoconical shape from a polyester-based synthetic fiber, polyurethane-based elastic fiber, or other stretchable material that can fit the wearer's hand (M), and its conical surface (24) open one parent guidance exit (25),
An outer jacket characterized in that the inner sleeve (12) is stretched from the outer sleeve (11) and is exposed by inserting the thumb (26) of the hand (M) into the parent guidance exit (25). Double cuff structure.   2. The outerwear two according to claim 1, wherein the parent guidance outlet (25) is bent outward from the conical surface (24) of the inner sleeve (12) and sewn in a cylindrical shape-retaining state. Heavy cuff structure.   The double-cuff structure of the outer garment according to claim 1 or 2, wherein the stretchable material of the inner sleeve (12) is waterproofed or UV-cut.

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