JP3245203U - hooded garment - Google Patents

Abstract

To provide a hooded garment in which when the wearer turns his or her head (face), only the hood smoothly follows the wearer's head (face) without causing the wearer to rotate, thereby not blocking the wearer's view. [Solution] A pair of left and right horizontal cord wiring passages Z1-L and Z1-R are provided along the base L1 of a hood 14 sewn to the front body 11 of a garment body A, while a pair of horizontal cord wiring passages Z1-L and Z1-R are provided from the vicinity of the base of the hood. A series of vertical string wiring passages Z2 are provided which are bent into a substantially inverted U-shape when viewed from the front, surrounding the top of the head and both sides of the head, and the wearer's neck size adjustment strings 20L and 20R are connected to the horizontal cord wiring passages. Similarly, the wearer's head size adjustment strings 21 are routed through the vertical string wiring paths, and the head size adjustment strings and neck size adjustment strings are led out from the vertical and horizontal string wiring paths. The surrounding front positions F are designed to be adjustable for expansion and contraction individually or all at once. [Selection diagram] Figure 1

Description

The present invention relates to hooded clothing such as raincoats, raincoats, parkas, jackets, and anoraks.

Patented prior technology that prevents the hood from narrowing the wearer's vision or obstructing the wearer's movements when the wearer twists their body or turns their head (neck). Examples are given in References 1 to 3.

All of these have a separate form of a clothing body and a hood, and the hood is attached so that it can move (slide) along the neck area (collar part) of the clothing body.

That is, in the hooded garment described in Patent Document 1, a belt loop (23) is installed around the neck (21) of the hood (20), and the belt (24) is slidably inserted into the belt loop (23). The side fasteners (25) are detachably attached to fasteners (26) correspondingly installed on the neck area (vertical collar) (11) and (12) sides of the garment body (10).

Furthermore, in the rotating hooded garment described in Patent Document 2, a guide rail (20) is installed on either the body body (2) or the hood (3), and a slider (21) is installed on the remaining other side. , the slider (21) is made to slide along the guide rail (20).

Further, in the hooded jacket described in Patent Document 3, a locking device (8) is installed on the collar (around the neck) of the jacket (7), and a guide rail is installed on the strip (2) of the hood (1). (3), and slide the slider (5), which has a locking tool (4) that removably locks with the locking tool (8), along the guide rail (3). It is designed to let you do so.

Utility model registration No. 3078697 Patent No. 6112526 Japanese Patent Application Publication No. 10-77517

However, in the configurations of hooded clothing described in Patent Documents 1 to 3, the hood, which is separate from the main body of the clothing, is slid (moved) in the left-right direction along a belt or a slide guide rail. In other words, since the movement of the hood is restricted (restricted) in the horizontal left and right direction along which the belt and slide guide rail extend, for example, when the wearer is riding a bicycle and looks diagonally backward, When you need to make quick movements, such as looking diagonally upward or diagonally downward while fishing, or looking around to ensure safety while working in the field, the hood cannot move quickly and smoothly (flexibly) and you may have to wear it. As a result, only the person's head (face) moves, resulting in a narrow and obstructed field of vision.

In addition, in the configuration of the above-mentioned hooded garment, in order to prevent relative rotation between the hood and the wearer's head (face), a pair of left and right front joining parts (27) (28 ) (Patent Document 1) or by connecting the pair of left and right covering pieces (11) and (12) (Patent Document 2) that are the tightening members (10), it is necessary to close the mask form. This causes discomfort such as suffocation and heat, making it difficult to wear for long periods of time, and making it impossible to comfortably wear the hood in a ventilated state with the center of the face (front of the chin) or the front of the clothing body open.

Furthermore, in the structure of the above-mentioned hooded garment, in order to rotate the hood and the garment body relative to each other, it is necessary to install a belt, a slide guide rail, and a slider that slides along the guide rail, and the manufacturing of the garment is complicated. Not only does this result in increased costs, but the attachment part of the hood to the main body of the garment is bulky and thick, which places a large burden on the neck area of the wearer, impairing the wearer's comfort.

On the other hand, with a garment-integrated hood that is formed as a continuous extension from the garment body, such as a parka, when the wearer turns their head (neck), the garment body also moves with them, so the hood is The wearer's face (head) only moves, narrowing his field of vision, and the pulling force is applied to the area around the wearer's neck. There is no room (room) in the parts, and it becomes impossible to turn and move without resistance.

In this regard, the hooded garment described in Patent Document 3 has the same removable hood (1) as those in Patent Documents 1 and 2, but the hood (1) is attached to the collar of the upper garment (garment body) (7). In order to eliminate the gap between the hood (1) and the wearer's head, the height of the top and the dimensions of the circumference of the hood (1) can be adjusted to eliminate the gap between the hood (1) and the wearer's head. It can be said that it is similar to the present invention in that it is configured so that it can be carried out.

However, in the configuration described in Patent Document 3, one engagement piece (10) that adjusts the height of the top of the hood (1) and the other engagement piece (9) engage and disengage at the back of the wearer's head. A pair of left and right strings (12) that can be freely engaged and adjust the dimensions of the circumferential side of the hood (1) are tightened behind the wearer's neck. .

In other words, in addition to the operation of locking the locking device (8) behind the collar (around the neck) and the locking device (4) on the hood (1) side, the top of the hood (1) must be locked. It is necessary to perform a height adjustment operation and a circumferential dimension adjustment operation. Furthermore, since the three operations are performed behind the wearer's head or neck, the subsequent manual operations are extremely cumbersome and cannot be performed quickly, smoothly, or conveniently, which is another problem.

The purpose of the present invention is to solve these problems, and in order to achieve the purpose, in claim 1, a pair of left and right horizontal cord wiring is provided along the base of the hood sewn to the front body of the garment body. Either a series of vertical cord wiring passages bent into an almost inverted U-shape when viewed from the front surrounds the top of the head and both sides of the head from near the base of the hood, or a pair of left and right wiring passages that cover only the sides of both heads. By providing a vertical cord wiring passage,

A wearer's neck size adjustment string is passed through the horizontal string wiring path, and a wearer's head size adjustment string is passed through the vertical string wiring path and wired,

The size of the head size adjustment string and the neck size adjustment string can be adjusted at positions on the front side of the wearer's neck area, which are respectively led out from the vertical and horizontal string wiring paths.

In claim 2, a bag-shaped horizontal cord wiring passage is defined between the front and back sides of the base fabric or outer fabric made of woven fabric of the garment body and the waterproof fabric or lining supported thereon, while

A bag-shaped vertical cord wiring passage is defined between the front and back sides of the base fabric or outer fabric, which is also made of woven fabric, and the waterproof fabric or lining backed by this, and also,

A neck size adjustment string outlet is provided in the front base fabric or outer material of the horizontal cord wiring passage, and a head size adjustment cord outlet is distributed in the same front side base fabric or outer material of the vertical cord wiring passage. ,

The neck size adjustment string led out from the neck size adjustment string outlet to the front side of the garment body, and the head size adjustment string led out to the front side of the hood from the head size adjustment string outlet are connected to the wearer's neck area. It is characterized in that the size can be adjusted individually or all at once at the front position.

In claim 3, a bag-shaped horizontal cord wiring passage is defined between the front and back sides of the base fabric or outer fabric made of woven fabric of the garment body and the waterproof fabric or lining supported thereon, while

A bag-shaped vertical cord wiring passage is defined between the front and back sides of the base fabric or outer fabric, which is also made of woven fabric, and the waterproof fabric or lining backed by this, and also,

A neck size adjustment string outlet is provided in the waterproof fabric or lining on the back side of the horizontal string wiring path, and a head size adjustment string outlet is provided in the same waterproof fabric or lining on the back side of the vertical string wiring path. ,

The neck size adjustment string led out from the neck size adjustment string outlet to the back side of the garment body, and the head size adjustment string led out from the head size adjustment string outlet to the back side of the hood, are connected to the wearer's neck area. It is characterized in that the size can be adjusted individually or all at once at the front position.

In claim 4, the head size adjustment cord outlet is distributed in the lower end of the vertical cord wiring passage, while the neck size adjustment cord outlet is distributed in the front end of the horizontal cord wiring passage,

Moreover, the head size adjustment string outlet is located above the base of the hood, and the neck size adjustment string outlet is located below the base of the hood.

The part where the head size adjustment string is led out from the head size adjustment string outlet of the vertical string wiring passage to the front or back side of the hood, and the neck size adjustment string outlet of the horizontal cord wiring passage. The present invention is characterized in that the size of the wearer is determined so that the size can be adjusted separately or at the same time at the front side of the neck area of the wearer and the parts led out to the front side or the back side of the main body of the garment.

In claim 5, the wearer's neck size adjustment string and head size adjustment string consist of one continuous stretchable spindle string,

From the rear ends of the pair of left and right neck size adjustment strings that are sewn and fixed to both shoulders of the garment body, the neck size adjustment strings are connected to the wearer's neck area along the left and right pair of horizontal string wiring paths. Pass the wires through to the front position,

At the front position of the neck area, the neck size adjustment string is led out from the horizontal string wiring passage to the front side or back side of the garment body, and then converted upward as a head size adjustment string, so that the neck size adjustment string is almost inverted when viewed from the front. It is characterized by being installed in an installed state in which the wiring is routed along a series of vertical cord wiring paths bent in a U-shape.

In claim 6, the pair of left and right neck size adjustment strings are first led out from the horizontal string wiring path to the front side or the back side of the garment body, and then converted upward as head size adjustment strings and introduced into the vertical string wiring path. The present invention is characterized in that a stopper for fixing and holding the size adjustment state of the neck size adjustment string and head size adjustment string, a bead serving as a string knob, and a string mooring tab are installed at the bent midway part until the neck size adjustment string and the head size adjustment string are bent.

In claim 7, the cord mooring tab at the bent midway portion of one continuous spindle cord is attached to the base fabric or outer fabric of the garment main body that forms the bag-shaped horizontal cord wiring passage, or to the base fabric thereof. It is characterized by being sewn onto a backed waterproof fabric or lining, or on a suture line bordering the horizontal cord wiring path.

According to an eighth aspect of the present invention, a non-expandable, flexible shape-retaining arch is sewn into the hood along substantially the upper half of the facial opening.

According to the above structure of claim 1, since the pair of left and right horizontal cord wiring passages are provided along the base of the hood sewn to the front body of the garment body, the wiring is passed through both the horizontal cord wiring passages. By pulling (tightening) the neck size adjustment string provided by the wearer, the base of the hood can be tightly integrated into the position corresponding to the front neckline of the worn garment or near the collarbone. When a person turns and moves his/her head (face), the position where the head (face) is turned and moved serves as a so-called fixed partition line, and the main body of the garment, which is physically continuous with the hood, is divided so that it does not move along with the hood. can do.

As a result, only the hood quickly and flexibly follows the movements of the wearer, and is not subject to any twisting or pulling resistance from the main body of the garment. Since there is a surplus, there is no risk of giving an uncomfortable feeling of tension to the wearer's neck area, not only when looking horizontally from side to side, but also when looking diagonally upward or diagonally downward.

In addition, by placing the base of the hood on the fixed partition line and tightening the neck size adjustment strings on the left and right sides, it can be tightly integrated to the position corresponding to the front neckline of the worn garment or near the collarbone. This allows the mask to be opened and closed, as well as the front of the garment to provide ventilation, allowing the wearer to wear it comfortably for long periods of time without feeling stuffy or hot.

In that case, the horizontal string wiring path for passing and wiring the pair of left and right neck size adjustment strings is installed in the front section of the garment body, and is not installed in the back section of the garment body, so the neck size adjustment cords are Even if the adjustment string is pulled too tight by mistake, there is no risk of tightening the wearer's neck, and there is also no risk of giving a feeling of tension to the area from both sides of the neck to the diagonally behind the neck.

Furthermore, the hood, which has been disconnected from the main body of the garment, is either connected to a head size adjustment cord that is routed through a series of vertical cord wiring passages that are bent into an almost inverted U-shape when viewed from the front, or a pair of left and right cords. By pulling (tightening) the head size adjustment strings that are wired through the vertical string wiring passages, it is possible to fit the top of the wearer's head and both sides of the head in an encircling or covering state. , there is no risk of relative rotation between the wearer's head (face) and the hood, ensuring a wide field of vision at all times, and this effect remains even when the wearer is wearing a hat or helmet. It is.

If the configuration of claim 2 is adopted, the neck size adjustment string is led out to the front side (outside) of the garment main body from the neck size adjustment string outlet opening distributed in the front base fabric or outer material in the horizontal string wiring passage. At the same time, the head size adjustment string is led out to the front side (outside) of the hood from the head size adjustment string outlet which is also distributed in the front base fabric or outer material in the vertical cord wiring passage. Therefore, even if the wearer is wearing a hooded garment and is working with the opening/closing mask part of the hood and the center opening/closing cover of the front body closed, the front position of the neck area ( The head size and neck size can be adjusted easily and conveniently by pulling (pulling) the head size adjustment string and neck size adjustment string individually or all at once. Excellent in sex.

On the other hand, if the configuration of claim 3 is adopted, the neck size adjustment string is routed from the neck size adjustment string outlet which is distributed in the waterproof fabric or lining on the back side of the horizontal string wiring passageway to the back side (inside) of the garment body. At the same time, the head size adjustment string is led out to the back side (inside) of the hood from the head size adjustment string outlet which is also distributed through the waterproof fabric or lining on the back side of the vertical string wiring passage. This prevents the neck size adjustment string and head size adjustment string from being exposed to the front side (outside) of the clothing body or hood when working with hooded clothing, and as a result, the pull When the adjustment strings are squeezed (tightened), they are stretched out from their respective outlets to the front side (outside) of the garment body or hood, and the loose parts that swing freely, so to speak, can cause damage to the surrounding area during work. It is possible to prevent the danger of getting caught on other objects, and has the effect of providing safe hooded clothing for work.

In that case, the neck size adjustment string led out from the neck size adjustment string outlet of the horizontal string wiring path and the head size adjustment string led out from the head size adjustment string outlet of the vertical string wiring path may be different from each other. Even if it exists on the back side (inside) of the clothing body or hood, when the wearer is wearing hooded clothing, at least the opening/closing mask part of the hood can be unfolded to the front, so that it can still be found on the front side of the neck area. By tightening (tightening) the head size adjustment string and neck size adjustment string at the front position (front), the head size and neck size can be adjusted without any trouble.

If the configuration of claim 4 is adopted, the size adjustment operation such as tightening the neck size adjustment string and the head size adjustment string can be performed more easily at the front position (front) of the wearer's neck area. It is convenient and has the effect of achieving the size adjustment state quickly and smoothly.

Further, if the structure of claim 5 is adopted, the neck size adjustment string and the head size adjustment string are made of one continuous stretchable spindle string, and the pair of left and right separated ends of the neck size adjustment string (rear end) is sewn and fixed to both the left and right shoulders of the garment body, and the head size adjustment string is bent into an almost inverted U-shape when viewed from the front, surrounding the top and both sides of the head of the hood. Since the wires are routed through the vertical string wiring passage in a series, both adjustment strings can be quickly pulled (tightened) at the same time, which is convenient and allows the wearer to wear a hat or helmet. Even in cases where the hood is covered by the head size adjustment string, the hood can be fitted to the wearer's head.

In that case, if the structure of claim 6 is adopted, the neck size adjustment string consisting of one continuous spindle string can be moved from the horizontal string wiring path to the front side (outside) or back side (inside) of the garment body. After pulling out the head size adjustment string, at the bent midway point before introducing it into the vertical string wiring passage, by pulling and operating the spindle string while pinching and holding the beads that serve as string knobs installed there. The fitting state of the neck size adjusting string to the position corresponding to the wearer's front neckline or the vicinity of the clavicle, and the fitting state of the head size adjusting string to the top of the wearer's head and both sides of the head can be quickly achieved at the same time.

Moreover, the stopper installed at the same midway point of the spindle string allows the size adjustment status of both the neck size adjustment string and the head size adjustment string to be properly fixed and maintained automatically, which is excellent in convenience. There is also the effect that the intermediate portion of the spindle string can be held in a state where it does not swing unnecessarily to the clothing body by means of the mooring tab installed there.

If the structure of claim 7 is adopted, the neck size adjustment string is inserted from the neck size adjustment string outlet of the horizontal string wiring passage, and the head size adjustment string is inserted from the head size adjustment string outlet of the vertical cord wiring passage. Regardless of whether it is led out toward the front side (outside) or the back side (inside) of the garment body, the midway part of the spindle string, where both adjustment cords are continuous as one, is sewn into the horizontal string wiring path of the garment body. The attached string mooring tab allows it to be held stably and prevents it from swinging unnecessarily.

Furthermore, if the configuration of claim 8 is adopted, the shape-retaining arch sewn into the hood almost at the upper half of the facial opening prevents the upper half of the facial opening from sagging and becoming deformed during wear. However, it is possible to prevent the wearer's view from being obstructed by touching the wearer's face, and it also has the effect of providing a good feeling of wearing.

FIG. 1 is a front view of a hooded garment according to a first embodiment of the present invention. FIG. 2 is a rear view of FIG. 1; FIG. 2 is a side view of FIG. 1; FIG. 2 is an enlarged view showing an extracted main part of FIG. 1. FIG. FIG. 5 is an enlarged sectional view of a main part taken along line 5-5 in FIG. 4. FIG. It is an enlarged sectional side view which shows a stopper extracted. It is explanatory drawing which looked at the wearing state of the said hooded garment from a different direction. FIG. 7 is a front view showing the hooded garment according to the second embodiment of the present invention in a front-opened state. 9 is an enlarged sectional view of a main part taken along line 9-9 in FIG. 8, and corresponds to FIG. 5. FIG. 2 is a front view showing a partially modified embodiment of a hooded garment corresponding to FIG. 1;

Hereinafter, preferred embodiments of the present invention will be described in detail based on the drawings. Figures 1 to 7 illustrate a hooded garment applied to a parka-type rainwear for work as a first embodiment, and (A) shows the front body (11), back body (12), and a pair of left and right garments. A general term for the main body of the garment, which consists of sleeves (13) (13), and has a hood (14) sewn to its front body (11) and back body (12). (L1) (L1) is a suture line at the base of the hood (14), and is positioned corresponding to the neck area of the wearer. (L2) (L2) is a suture line between the front body (11) and the back body (12) located at both the left and right shoulders (15) (15) of the garment body (A).

The clothing body (A) and the hood (14) are made of the same woven fabric of polyester, nylon, or other suitable synthetic fibers, and the surface is water-repellent, while the back surface is made of polyurethane resin or polychloride. Waterproofing is provided by laminating or coating with vinyl resin or the like.

(16) (16) reaches the face opening (17) of the hood (14) from the hem of the front body (11) along the central longitudinal line of the front body (11) in the garment body (A). A pair of left and right belt-shaped center opening/closing covers sewn up to the height of the front body. (14) The opening/closing mask part (18) can cover the front of the wearer's chin and around the mouth. (L3) (L3) is a suture line where the center opening/closing covers (16) (16) are sewn in series to the front body (11) and hood (14) of the garment body (A).

(19) (19) are a plurality of eyelet hooks (dot buttons) attached to the center opening/closing covers (16) (16) in a scattered manner at required intervals, and each pair of male and female can be freely engaged and detached. By locking the left and right center opening/closing covers (16), (16) are closed in an assembled state. May be adopted.

The suture line (L1) (L1) at the base of the hood (14) with respect to the front body (11) of the garment body (A) is drawn along the neck area of the wearer in a front view as shown in Figures 1 and 4. It is arranged in a gentle U-shape, but the lower part of the base (L1) (L1) (corresponding to the front neckline of the worn garment or near the wearer's collarbone) also has a part around the neck. A pair of left and right horizontal cord wiring paths (Z1-L) (Z1-R) extending as the required width (W1) along ) (20R) are wired through.

In other words, the left and right pair of horizontal cord wiring passages (Z1-L) (Z1-R) are formed by using the woven fabrics of the garment body (A) and hood (14) made of the synthetic fibers as base fabrics (10a) and (14a), By sewing or gluing separate waterproof fabrics (10b) (14b) to the back side (inner surface) as shown in Figure 5, the base fabric (10a) (14a) and the waterproof fabric (10b) (14b) can be It has bag-shaped sections between the front and back (inside and outside).

In that case, in the illustrated example, a waterproof fabric (10b) is attached to the back side (inner surface) of the synthetic fiber woven fabric (base fabric) (10a) forming the garment body (A) at the base of the hood (14). suture lines (L1) (L1), suture lines (L3) (L3) of the center opening/closing cover (16) (16), and front and rear body parts (11) at both left and right shoulders (15) (15). A new horizontal cord wiring passageway division suture line (L4) (which also serves as the suture line (L2) (L2) of (12)) and extends almost parallel to the suture line (L1) (L1) at the base By adding L4), the border is sewn into a horizontally long, almost rectangular hemline when viewed from the front, and the outer fabric (10a) is a woven fabric that corresponds to the base fabric (10a) above, and the waterproof fabric (10b) corresponds to the above. Bag-shaped horizontal string wiring passages (Z1-L) (Z1-R) may be formed between the front and back (inside and outside) of the lining (10b) of the woven fabric. Note that the waterproof tape for sealing the suture lines (L1) (L1) (L2) (L2) (L3) (L3) (L4) (L4) from the back side (inside) is not shown.

In addition, (Z2) is the area shown in FIGS. 1, 3, and 4 that surrounds the top of the head from the vicinity of the root (L1) (L1) of the hood (14) through both left and right side parts (both head side parts) of the head. It is one vertical cord wiring passage bent into an inverted U-shape when viewed from the front, and in the illustrated example, the cut-off tip of the woven fabric is folded back along the face opening (17) of the hood (14). By sewing the sections together, a series of bag-like compartments are formed. (L5) is a suture line arranged in an inverted U-shape when viewed from the front, maintaining an interval corresponding to the required path width (W2) from the facial opening (17) of the hood (14).

The wearer's head size adjustment string (21) is inserted into the hollow interior of the vertical string wiring passageway (Z2) and wired therein. Such a vertical cord wiring path (Z2) also uses the woven fabric of the hood (14) as a base fabric (14a), and connects a separate waterproof fabric (14b) to the back (inner surface) of the base fabric (14a) as shown in FIG. ) can be formed into a bag-like section by sewing or gluing the hood (14) with a woven fabric outer material (14a) corresponding to the base fabric (14a) of the hood (14) and the waterproof fabric (14b). ) A bag-shaped vertical cord wiring passageway (Z2) may be formed between the front and back (inner and outer) sides of the woven fabric lining (14b) corresponding to (14b).

The neck size adjustment strings (20L) (20R) and the head size adjustment string (21) are made of spindle strings or other stretchable flexible strings of the same thickness, and as one continuous string, the above horizontal string is wired. The wiring is installed in the hollow interior of the passage (Z1-L) (Z1-R) and the vertical cord wiring passage (Z2) as shown below.

That is, as is clear from FIGS. 1 and 4, the cut-off ends of the neck size adjustment strings (20L) (20R) are attached to the front body ( 11) and the back body (12), and the left and right rear ends ( 22L) (22R), the neck size adjustment strings (20L) (20R) are attached to the neck size adjustment strings (20L) (20R) along the left and right horizontal string wiring paths (Z1-L) (Z1-R) located correspondingly to each other. The wiring is routed through to the front position (F).

In the front position (F) of the neck area, which is biased towards the center opening/closing cover (16) (16) side of the horizontal cord wiring passages (Z1-L) (Z1-R), which are horizontally long and almost rectangular, As is clear from the enlarged view of No. 4, the left and right pair of neck size adjustment string outlets (23) (23) are distributed in opening, and each outlet (23) (23) has an eyelet (24) ( 24) is caulked.

Furthermore, a left and right pair of head size adjustment string outlet ports (25) (25) are distributed at both lower ends of the vertical string wiring path (Z2) bent into an inverted U-shape, and each The same eyelets (26) (26) are also caulked to the outlet ports (25) (25). In that case, the outlet ports (23) (23) of the neck size adjustment strings (20L) (20R) are connected to the clothing body in which the horizontal string wiring paths (Z1-L) (ZL-R) are divided into bag-like sections. Of the woven fabric (base fabric) (10a) and waterproof fabric (10b) in (A), the openings are distributed in the base fabric (10a) on the front side as shown in FIG. On the other hand, the outlet ports (25) (25) of the head size adjustment string (21) are connected to the woven fabric (base fabric) ( 14a) and the waterproof fabric (14b), the openings are also distributed in the base fabric (14a) on the front side.

Moreover, the outlet ports (25) (25) of the head size adjustment string (21) and the outlet ports (23) (23) of the neck size adjustment strings (20L) (20R) are different from each other when viewed from the front, as shown in FIG. This corresponds to the vertical positional relationship between the suture lines (L1) and (L1) at the base of the hood (14).

Therefore, from the rear ends (22L) (22R) sewn and fastened near the suture lines (L2) (L2) in the hollow interior of the horizontal cord wiring passages (Z1-L) (Z1-R), A pair of left and right neck size adjustment strings (20L) (20R) that are passed through and wired to the front position (F) of the neck area are connected to the base fabric of the horizontal string wiring passages (Z1-L) (Z1-R). (10a), the head size adjustment string (21) is led out to the front side (outside) of the garment body (A), and then bent appropriately. The vertical cord is bent upward from the outlet (25) (25) which is also opened in the base fabric (14a) of the vertical cord wiring passageway (Z2) into an inverted U-shape when viewed from the front. Wiring can be smoothly passed into the hollow interior of the wiring passageway (Z2). The overall wiring state is as shown in FIG.

(27) (27) connects one continuous spindle string to the outlet (23) ( 23) to the front side (outside) of the garment body (A), and then at the bent midway point (P) before being introduced into the vertical cord wiring passageway (Z2) as the head size adjustment cord (21). This is a string mooring tab for stably positioning and holding the front body (11) of the main body (A), and the front body (11) is secured by the suture lines (L3) (L3) of the center opening/closing covers (16) (16). They are sewn together at the mid-height position.

However, the horizontal cord wiring passages (Z1-L) and (Z1-R) may be sewn to appropriate parts of the base fabric or outer material (10a) of the garment body (A) that define the horizontal cord wiring passages (Z1-L) (Z1-R). -L) (Z1-R) may be sewn together onto the above suture lines (L1) (L1) (L2) (L2) (L3) (L3) (L4) (L4). .

In addition, (S) and (S) are arranged so that the neck size adjustment strings (20L) (20R) and head size adjustment strings (21) can be adjusted to the same bent midway portion (P) of the spindle string. It is a slide-type stopper made of synthetic resin that is inserted and set in the stopper main body case (28), which is approximately U-shaped in cross section as shown in FIG. ).

The stopper body case (28) and the lock pin (29) have two neck size adjustment string insertion holes (30a) (30b) and head size adjustment string insertion holes (31a) (31b) communicating with each other on the body surface of the lock pin (29). The neck size adjustment strings (20L) and (20R) are inserted through the neck size adjustment string insertion holes (30a) and (30b), which communicate with each other. The head size adjustment string (21) is inserted through the head size adjustment string insertion holes (31a) and (31b).

Moreover, a compression spring (32) is enclosed inside the stopper main body case (28), and its biasing force is always applied to the lock pin (29), so the opening is opened on the lock pin (29) side. Two distributed neck size adjustment string insertion holes (30b) and head size adjustment string insertion holes (31b), and corresponding neck size adjustment string insertion holes (30a) distributed on the stopper body case (28) side. and the head size adjustment string insertion hole (31a) are in an eccentric state where they do not match each other (positions are shifted) as shown in FIG. 20R) and the head size adjustment string (21) are pinched and deformed by the stopper body case (28) and the lock pin (29), and are kept in a non-slidable fixed state.

If the lock pin (29) is pushed in against the biasing force of the compression spring (32), the lock pin (29) side Two neck size adjustment string insertion holes (30b) and head size adjustment string insertion holes (31b), and a corresponding neck size adjustment string insertion hole (30a) and head size adjustment string insertion hole on the stopper body case (28) side. Since the two holes (31a) are in concentric communication with each other, both the neck size adjustment strings (20L) (20R) and the head size adjustment string (21) can be freely pulled and slid. By releasing the push-in operation hand of the lock pin (29), the appropriate size adjustment state of both adjustment strings (20L), (20R), and (21) can be automatically fixed and maintained.

(33) (33) is a bead that becomes the knob of the spindle string, which is also inserted and set in the bent midway part (P) of the spindle string, and is attached to the front side (outside side) of the garment body (A). ) with the fingertips of one hand, the neck size adjustment strings (20L) (20R) and head size adjustment strings (21) can be pulled and operated at the same time. However, the neck size adjustment strings (20L) (20R) and the head size adjustment string (21) may be pulled and operated separately one after the other.

Furthermore, (34) is a shape-retaining arch that is sewn into the edging along approximately the upper half position of the facial opening (17) in the hood (14), and includes the neck size adjustment string (20L). (20R) and a flexible string-like interlining that does not stretch or contract and is thicker than the spindle string of the head size adjustment string (21), and the upper half of the facial opening (17) is It is designed to prevent the wearer from touching the wearer's face by naturally sagging and deforming.

(35) is a diagonally upward adjustment tab for the hood that hangs integrally from the back of the head of the hood (14), and a hook-and-loop fastener (36) is sewn to the back surface of the free lower end. (37) is a hook-and-loop fastener sewn below the adjustment tab (35) on the back of the head of the hood (14), and can be freely engaged and detached from the hook-and-loop fastener (36) as a male and female pair. By locking, the face opening (17) of the hood (14) and its approximately upper half position can be kept in an upwardly inclined state so that the wearer can easily look up. It is also possible to use eyelet hooks (dot buttons) or other fastening devices instead of the pair of male and female hook-and-loop fasteners (36) and (37).

Since the hooded garment of the illustrated embodiment has the above-described configuration, the wearer can pass the wiring through the pair of left and right horizontal cord wiring passages (Z1-L) (Z1-R) while wearing the garment. By pulling (tightening) the neck size adjustment strings (20L) (20R) from the front side (outside) of the garment body (A), the base (L1) (L1) of the hood (14) can be adjusted. , when it is fitted to the front neckline of the worn clothing or near the collarbone, the size of the head that is wired can be determined at the same time or by passing it through the vertical cord wiring passageway (Z2), which has an almost inverted U-shape when viewed from the front. The adjustment string (21) is also pulled (tightened) from the front side (outside) of the garment body (A) to make the hood (14) fit continuously over the top and both sides of the wearer's head. Good.

By doing so, the base (L1) (L1) of the hood (14) will be pulled (tightened) by the neck size adjustment strings (20L) (20R) to the position corresponding to the front neckline of the worn garment or near the collarbone. The clothing body (A) and the hood (14), which are physically continuous, are separated by a fixed partition line.

In other words, even when the wearer turns and moves his/her head (face), the main body of the garment (A) does not move together with the hood (14), but only the hood (14) quickly follows the movements of the wearer, and the main body of the garment It will not receive any twisting or tensile resistance from (A). As a result, there is room above the base (L1) of the hood (14) (L1) (the above-mentioned fixed partition line), and there is no risk of giving an uncomfortable feeling of tension to the wearer's neck area. .

Moreover, the hood (14), which has been disconnected from the main body of clothing (A), can be tightened by tightening the head size adjustment string (21), which is wired in an almost inverted U-shape when viewed from the front. Since the hood (14) is designed to fit around the top and sides of the wearer's head, there is no risk of relative rotation between the wearer's head (face) and the hood (14), as shown in FIG. 7(a). As shown in (b), (c), and (d), the wearer's field of vision can be maintained stably at all times.

In that case, even if the wearer is wearing a hat or helmet (38) as shown in FIG. 14) is pulled down at the top of the head, the hood (14) can quickly follow the turning movement of the head (face) and ensure visibility, regardless of the change in height caused by wearing the helmet (38). .

To tighten the neck size adjustment strings (20L) (20R) and head size adjustment strings (21), press the lock pins (29) of the slide stoppers (S) (S) with one hand. By pulling the bead (33) that serves as the middle string knob at the bent midway portion (P) of the continuous spindle string with the remaining hand, both adjustment strings (20L, 20R, and 21) can be adjusted. This can be done at the same time or separately, and in any case, once the lock pin (29) is pushed in and released, the wearer can adjust the size of both adjustment strings (20L), (20R), and (21) appropriately. It will automatically be fixed and maintained instantly.

In addition, the above-mentioned tightening operation for adjusting the size can be easily performed using both hands at the front position (F) around the wearer's neck, making it extremely convenient for everyone. be.

Next, FIGS. 8 and 9 show a hooded garment according to the second embodiment of this discussion, and the differences in the structure from the first embodiment shown in FIGS. 1 to 7 are summarized as follows. .

That is, in the configuration of the first embodiment, the horizontal cord wiring passages (Z1-L) (Z1-R) are formed into bag-shaped sections on the front (outside) base fabric or outer fabric (10a) of the garment body (A). , the front side of the hood (14) where the outlet ports (23) (23) of the neck size adjustment strings (20L) (20R) are distributed and the vertical string wiring passage (Z2) is also divided into bag shapes. Outlet ports (25) (25) for the head size adjustment string (21) are distributed in the (outside) base fabric or outer material (14a), so that even when the wearer is wearing a hooded garment, the wearer can In the garment body (A), connect the neck size adjustment strings (20L) (20R) and head size adjustment strings (21) from the front side (outside) of the middle front body (11) to the front position (F) of the front neck area (F). ) can be easily and conveniently tightened (tightened), so it has the advantage of being extremely easy to operate.

In contrast, in the configuration of the second embodiment, as is clear from the enlarged sectional view of FIG. ), outlet ports (23) (23) for neck size adjustment strings (20L) (20R) are distributed in the waterproof fabric or lining (10b) on the back side (inside) of In the waterproof fabric or lining (14b) on the back side (inside) of the hood (14) which is formed into a bag-like section, outlet ports (25) (25) for the head size adjustment string (21) are distributed as openings. Moreover, as suggested from FIG. 8, the head size adjustment string outlet (25) (25) and the neck size adjustment string outlet (23) (23) are located at the base of the hood (14). The suture line (L1) is located in a vertical relationship sandwiching the suture line (L1).

In the hooded garment of the second embodiment, as shown in FIG. With the center opening/closing cover (16) of the front body (11) in (A) also open, the above operation is the same as in the first embodiment from the back side (inside) of the garment body (A) and the hood (14). By pulling (tightening) the neck size adjustment strings (20L) (20R) and head size adjustment strings (21) at the same time or separately, the base of the hood (14) can be tightened. The hood (14) can be fitted closely to a position corresponding to the front neckline or near the collarbone, and at the same time can be fitted continuously to the crown and both sides of the wearer's head.

Even in that case, the tightening operation for neck size adjustment and head size adjustment is performed when the opening/closing mask part (18) of the hood (14) or the front body (11) of the garment body (A) opens in the front. Therefore, anyone can easily use both hands at the front position (F) around the wearer's neck, and there is no risk of hindering the operability.

Moreover, according to the configuration of the second embodiment, the neck size adjustment string (20L) (20R) and the head size adjustment string (21), which are made of one continuous spindle string, can be pinched with the fingertip of one hand. The hood is rich in design because the whole body, including the bent midway part (P) and the stopper (S), is not exposed to the front side (outside) from the main body of the garment (A) or the hood (14). In addition to being able to obtain garments with attached clothing, the bent midway portion (P) of the spindle string that undergoes the above-mentioned drawing (tightening) operation hangs down for a long time, making it possible to reliably prevent the risk of it becoming tangled with other objects, making it safer. This has the advantage that it can be provided as a hooded garment for work with excellent flexibility.

In addition, in the configuration of the second embodiment, as described above, the neck size adjustment string outlet (23) (23) is formed in the waterproof fabric or lining (10b) on the back side (inside) of the garment body (A). Based on the fact that the head size adjustment string outlet (25) (25) is formed in the waterproof fabric or lining (14b) on the back side (inside) of the hood (14), the horizontal string wiring path ( The neck size adjustment strings (20L) (20R) derived from Z1-L) (Z1-R) and the head size adjustment cord (21) derived from the vertical cord wiring passageway (Z2) are continuous as one. The bent midway part (P) of the spindle string exists on the back side (inside) of the garment body (A) and the hood (14) as shown in Figure 8, so the midway part (P) of the spindle string is The string mooring tag (27) for stably positioning and holding on the front body (11) of the garment body (A) is located on the back side (inside) forming the horizontal string wiring passages (Z1-L) (Z1-R). It is sewn to a suitable location on the waterproof fabric or lining (10b). Since the other configurations in the second embodiment are substantially the same as those in the first embodiment shown in FIGS. 1 to 7, the same reference numerals as in FIGS. Omit detailed explanation.

First, we adopted neck size adjustment strings (20L) (20R) and head size adjustment strings (21), which are made up of one continuous spindle string. Although a configuration has been described in which the wiring is passed through the vertical cord wiring path (Z2) which is bent into a letter shape, as is clear from FIG. 10 showing a partially modified embodiment of the first embodiment, the vertical cord wiring path (Z2) is divided into a pair of left and right vertical cord wiring passages (Z2-L) (Z2-R), and a pair of left and right head size adjustment cords (21L) (21R), which are divided correspondingly, are connected to both sides. It is also possible to adopt a configuration in which the wiring is passed through the hollow interiors of the wiring passages (Z2-L) and (Z2-R).

In other words, the pair of left and right head size adjustment strings (21L) (21R) do not cross the top of the head of the hood (14), and their separated ends (upper ends) (39L) (39R) are attached to the hood (14). These are also sewn separately on the top of the head as a pair on the left and right. Since the other configurations are substantially the same as those of the first embodiment shown in FIG. 1, the same reference numerals as in FIG. 1 are used in FIG. 10, and detailed explanation thereof will be omitted.

Also in the hooded garment according to the modified embodiment of FIG. 10, the left neck size adjustment string (20L) and the left head size adjustment string (21L), which are the same as the left neck size adjustment string (20L), are one continuous string, and the right neck size adjustment string (20R) Since the same head size adjustment string (21R) on the right side is still one continuous string, the bent middle part (P) of each string is pulled and manipulated separately, as in the case of the hooded garment in Figure 1. By doing so, the neck size adjustment strings (20L) (20R) and head size adjustment strings (21L) (21R) of the hood (14) can be tightened (tightened), and the fit state of the hood (14) to the wearer can be adjusted. There is no difference in what you can get.

The configuration shown in the partially modified embodiment of FIG. 10 can also be applied to the hooded garment according to the second embodiment shown in FIGS. 8 and 9.

(10a) (14a)... Woven fabric (base fabric) or outer fabric (10b) (14b)... Waterproof fabric or lining (11)... Front body (12)... Back body (14) ...Hood (15)...Shoulder (17)...Face opening (18)...Opening/closing mask part (19)...Eyelet hook (20L) (20R)...Neck size adjustment string ( 21) (21L) (21R)... Head size adjustment string (22L) (22R)... Rear end of neck size adjustment string (23) (25)... Outlet (24) (26) ... Eyelet (27) ... String mooring tab (28) ... Stopper body case (29) ... Lock pin (32) ... Compression spring (33) ... String knob bead (34 )... Shape-retaining arch (38)... Helmet (39L) (39R)... Upper end of head size adjustment string (A)... Clothes body (Z1-L) (Z1-R)・・Horizontal string wiring path (Z2) (Z2-L) (Z2-R) ・・Vertical string wiring path (F) ・・Front side position around the neck (P) ・・・Midway of the adjustment string Part (S)...Sliding stopper (L1) (L2) (L3) (L4) (L5)...Suture line

Claims (8)

Along the bases (L1) (L1) of the hood (14) sewn to the front body (11) of the garment body (A), a pair of left and right horizontal cord wiring passages (Z1-L) (Z1-R) are connected. At the same time, a series of vertical cord wiring passages (Z2) are provided, which are bent into a substantially inverted U-shape when viewed from the front, surrounding the top of the head and both sides of the head from the vicinity of the base (L1) (L1) of the hood (14); Or, by providing a pair of left and right vertical cord wiring passages (Z2-L) (Z2-R) that cover only the sides of both heads,
The wearer's neck size adjustment strings (20L) (20R) are connected to the horizontal string wiring paths (Z1-L) (Z1-R), and the vertical string wiring paths (Z2) (Z2-L) (Z2-R) are connected to the wearer's neck size adjustment strings (20L) (20R). Similarly, the wearer's head size adjustment strings (21) (21L) (21R) are passed through and wired,
Connect the head size adjustment strings (21) (21L) (21R) and neck size adjustment strings (20L) (20R) to their vertical and horizontal string wiring paths (Z2) (Z2-L) (Z2-R) (Z1- A hooded garment characterized in that the size can be adjusted at the front position (F) around the wearer's neck, which is derived from L) (Z1-R). A bag-shaped horizontal string wiring passageway (Z1-L) ( While partitioning Z1-R),
Between the front and back surfaces of the base fabric or outer fabric (14a), which is also made of woven fabric, and the waterproof fabric or lining (14b) supported by this, of the hood (14), there is also a bag-shaped vertical cord wiring passageway (Z2) (Z2 -L) (Z2-R), and
Neck size adjustment string outlet ports (23) (23) are provided on the base fabric or outer material (10a) on the front side of the horizontal string wiring paths (Z1-L) (Z1-R), and the vertical string wiring path (Z2) ( In Z2-L) (Z2-R), head size adjustment string outlet ports (25) and (25) are distributed on the base fabric or outer material (14a) on the front side, respectively,
The neck size adjustment strings (20L) (20R) led out from the neck size adjustment string outlet ports (23) (23) to the front side of the garment body (A), and the head size adjustment string outlet ports (25) (25). ) and the head size adjustment strings (21) (21L) (21R) led out to the front side of the hood (14) at the front position (F) of the wearer's neck area, individually or all at once to adjust the size. A hooded garment according to claim 1, characterized in that the hooded garment is configured to provide a hooded garment. A bag-shaped horizontal string wiring passageway (Z1-L) ( While partitioning Z1-R),
Between the front and back surfaces of the base fabric or outer fabric (14a), which is also made of woven fabric, and the waterproof fabric or lining (14b) supported by this, of the hood (14), there is also a bag-shaped vertical cord wiring passageway (Z2) (Z2 -L) (Z2-R) and forming a section,
The waterproof cloth or lining (10b) on the back side of the horizontal cord wiring passages (Z1-L) (Z1-R) has neck size adjustment cord outlet openings (23) (23), and the vertical cord wiring passage (Z2) ( In Z2-L) (Z2-R), the waterproof fabric or lining (14b) on the back side is provided with openings (25) and (25) for the head size adjustment string, respectively.
Neck size adjustment strings (20L) (20R) led out from the neck size adjustment string outlet ports (23) (23) to the back side of the garment body (A), and the head size adjustment string outlet ports (25) (25). ) and the head size adjustment strings (21) (21L) (21R) led out from the hood (14) to the back side of the hood (14) at the front position (F) of the wearer's neck area, respectively or all at once to adjust the size. A hooded garment according to claim 1, characterized in that the hooded garment is configured to provide a hooded garment. The head size adjustment string outlet (25) (25) is distributed at the lower end of the vertical cord wiring passageway (Z2) (Z2-L) (Z2-R), while the neck size adjustment string outlet (23) (23) is distributed in openings at the front ends of the horizontal cord wiring passages (Z1-L) (Z1-R),
Moreover, the head size adjustment string outlet (25) (25) is located above the base (L1) (L1) of the hood (14), and the neck size adjustment string outlet (23) (23) is located above the base (L1) (L1) of the hood (14). Similarly, in correspondence with the positional relationship below the base (L1) of the hood (14) (L1),
Connect the head size adjustment strings (21) (21L) (21R) to the hood ( 14) and the neck size adjustment string (20L) (20R) to the neck size adjustment string outlet (23) of the horizontal string wiring passage (Z1-L) (Z1-R). (23) to the front side or back side of the garment body (A) and the front position (F) of the wearer's neck area so that the size can be adjusted individually or all at once. A hooded garment according to claim 1, 2 or 3. The wearer's neck size adjustment strings (20L) (20R) and head size adjustment strings (21) are made up of one continuous stretchable spindle string,
From the rear ends (22L) (22R) of the left and right pair of neck size adjustment strings (20L) (20R) sewn and fixed to both shoulders (15) (15) of the garment body (A), the neck size is determined. Pass the adjustment strings (20L) (20R) along the left and right pair of horizontal string wiring paths (Z1-L) (Z1-R) to the front position (F) around the wearer's neck and wire them.
At the front position (F) of the neck area, connect the neck size adjustment strings (20L) (20R) from the horizontal string wiring paths (Z1-L) (Z1-R) to the front side or back side of the garment body (A), respectively. The head size adjustment string (21) is then converted upward, and the wire is routed along a series of vertical string wiring paths (Z2) that are bent into an almost inverted U-shape when viewed from the front. The hooded garment according to claim 1, 2 or 3, characterized in that: A pair of left and right neck size adjustment strings (20L) (20R) are led out from the horizontal string wiring paths (Z1-L) (Z1-R) to the front or back side of the garment body (A), and then the head size adjustment strings are connected to the head size adjustment strings. (21), the neck size adjustment strings (20L) (20R) and head size adjustment strings ( 6. The hooded garment according to claim 5, further comprising a stopper (S) for fixing and holding the size adjustment state of the garment (21), a bead (33) serving as a string knob, and a string mooring tab (27). A garment main body (A) in which a string mooring tab (27) at a bent midway portion (P) of one continuous spindle string is divided into bag-shaped horizontal string wiring paths (Z1-L) (Z1-R). A base fabric or outer fabric (10a) made of a woven fabric of A hooded garment according to claim 6, characterized in that the hooded garment is sewn on the hemming suture lines (L1) (L1) (L2) (L2) (L3) (L3) (L4) (L4). The hood according to claim 1, characterized in that a non-stretchable, flexible shape-retaining arch (34) is sewn into the hood (14) along substantially the upper half of the facial opening (17) in a hemming state. attached clothing.