JP6708914B1 - Equipment mounting belt and method for manufacturing equipment mounting belt - Google Patents

Abstract

PROBLEM TO BE SOLVED: To easily and neatly connect a mesh material by using a large number of holes of the mesh material and hooks (male parts) and loops (female parts) of the surface fastener, and to connect the mesh material and the surface fastener. Provide structure. SOLUTION: When connecting a mesh material 2 having a large number of holes 2 and hook-and-loop fasteners 3A and 3B having hooks (male portions) and loops (female portions), the mesh material and the hook-and-loop fastener are overlapped. Or, a mesh material is sandwiched between two surface fasteners 3A and 3B, and hooks (male portions) and loops (female portions) of the surface fasteners 3A and 3B are connected to the mesh material 2 through a large number of holes 2a. Or sew using the multiple holes 2a. [Selection diagram] Figure 1

Description

TECHNICAL FIELD The present invention relates to a connecting structure of a mesh material and a surface fastener used for a wearing belt (connecting belt) of devices used when wearing a respiratory mask on the mouth or nose.

Conventionally, a medical belt that is used when a respiratory mask (devices 500 in FIGS. 8 and 9) is worn on the mouth or nose, and devices that are used by bridging between the chin and the crown. Belts are used.
However, the conventional wearing belts 200, 300, 400 of equipment are made of synthetic resin or rubber (FIG. 10), and when worn for a long time, they are apt to get damp due to poor breathability and poor elongation. When I turned over and moved my face, it sometimes slipped off. Further, due to the problem of durability of the device mounting belt itself, there is a problem that the device mounting belt stretches during use and becomes unusable.
Patent Document 1 relates to a chin band that prevents snoring during sleep, is formed of an annular band that is stretched between the chin and the crown, and is made of a knitted fabric. The part to hang is wide and about the size of a palm (paragraph 0024), and the part to hang on the chin is made of a knitted fabric (knitted fabric) formed by meshes, so the part to hang on the chin has the shape of the chin. Since it expands and contracts along the chin and fits well to the chin, it is difficult to come off during sleep (paragraphs 0016 and 0018).
Further, Patent Document 2 relates to a head mounting tool for preventing snoring and apnea, and a rod-shaped elastic body vertically arranged with a predetermined length on the back of the user's head, and the rod-shaped elastic body is attached. A holding sheet, a band-shaped body attached so as to surround the periphery of the holding sheet, a pair of traction bodies having both ends attached at predetermined intervals at positions on both sides of the face of the band-shaped body, and the pair of traction bodies. A head wearing device having an expandable jaw holding member attached so as to be passed between them (paragraph 0019), and since the holding sheet is formed of a mesh sheet, it closely contacts the head of the user. It has the rigidity (dimensional stability) and the breathability so that it does not give an uncomfortable feeling due to sweating or the like while sleeping (paragraph 0024).
Patent Document 3 relates to a snoring suppression tool that is worn during sleep and suppresses the occurrence of snoring, and is composed of a lower jaw holding band portion and an upper jaw holding belt portion, and the lower jaw holding belt portion is formed in an annular shape with a crown portion. It is worn by straddling the lower jaw (paragraph 0015). The lower jaw holding band and the upper jaw holding band are made of, for example, a material made of polyester, polyurethane, etc. that is stretchable and has a soft touch that is kind to people. It is described that even if a person wears the snoring suppressor of the present invention for a long time while sleeping, the person does not feel uncomfortable (paragraph 0010).

Therefore, the applicant of the present application has already provided Patent Documents 4 and 5. That is, since the wearing belt of the equipment is composed of a band-shaped member made of a mesh material having a large number of holes formed therein, the breathability is good and the usability is good, and the stretch ratio is 120 to 300%. Therefore, it has good elasticity and is fixed to the head exactly without moving or moving even if the head or body moves.

Patent Document 4 discloses that the jaw fixing belts 10 and 20 of the present invention are the jaw fixing belts that are mounted by being stretched between the crown and the jaws, and the end portion of the first jaw tightening belt 3 and the second portion. Of both ends of the face in which the ends of the jaw tightening belt 4 are overlapped to form a double face, one edge of the central portion of the first jaw tightening belt 3 and the second jaw tightening belt 4 It comprises a chin-fixing part 1 to which the other edge part of the central part is joined, and the first jaw tightening belt and the second jaw tightening belt are made of a mesh material having a large number of holes formed therein. It is characterized by being composed of members.

Patent Document 5 is a fixing device for attaching a ventilator in which a ventilator is attached to and detached from the front side of a face by using a fixing band, and the fixing band 101 is circumferentially fixed from a forehead to a head. Forehead side fixing band, mouth side fixing band for fixing in the circumferential direction from the mouth to the neck, fixed at the center position of the forehead side fixing band and the mouth side fixing band, and a breathable hole is formed. A fixture for wearing a respirator, which is provided with a non-slip member (a mesh material made of synthetic resin) 201, is provided (FIG. 12).

JP 2001-299791 A JP, 2013-233188, A Utility model registration No. 3191180 Japanese Patent No. 6083836 Re-table 2016/0598238

By the way, an adhesive is generally used to connect a certain material to another material. However, if the adhesive is simply used, the adhesive overflows and it is often impossible to make a clean connection. In addition, even if an adhesive is used, it is often necessary to sew (peripheral part, etc.), and it is not possible to sew easily at the part to which the adhesive is applied, resulting in a problem that beautiful sewing cannot be performed. I had.
When a mesh material having a large number of holes is used for a fixing belt for wearing or the like, it is necessary to maintain elasticity, but the elasticity is often lost.
In addition, some fixing belts for wearing have a tip tightening portion that hooks and locks on a device such as an artificial respirator at the tip thereof (a synthetic resin surface fastener is used. However, when connecting the mesh material and the hook-and-loop fastener via these, it was often impossible to finish neatly by sewing.

Therefore, an object of the present invention is to use a hook (male part) or a loop (female part) of a hook-and-loop fastener in connecting the mesh material and the hook-and-loop fastener, so that the mesh material can be easily and neatly connected. It is to provide a connecting structure of a material and a surface fastener.

The present invention, a surface fastener and consolidated with narrow textile fabric and the hook having a mesh number of holes in order to exhibit elasticity (male part) and loops (female part), these Hosohabao Is a knitted fabric and a hook-and-loop fastener overlapped and sewn , and a tip tightening portion hooked to a locking portion of a device is formed of a hook-and-loop fastener material and attached between the narrow woven knitted fabric and the hook-and-loop fastener? Or, as an extension of the surface fastener, a tip tightening portion that is hooked to a locking portion of a device is attached, and when the tip tightening portion is hooked to the locking portion of a device and folded back, A belt for wearing equipment, which is joined at a portion but not at a portion of the narrow woven or knitted fabric . In addition, a narrow woven or knitted fabric having a large number of mesh-like holes for exhibiting elasticity and a hook-and-loop fastener having hooks (male parts) or loops (female parts) are connected to each other to form a narrow woven or knitted fabric and a surface. While sewing with overlapping fasteners, between the narrow woven and knitted fabric and the surface fastener, the tip tightening portion that is hooked to the locking portion of the equipment is configured and attached to the surface fastener material, or, When manufacturing a mounting belt for a device in which a tip tightening portion hooked to a locking portion of a device is attached as an extension of the surface fastener, the narrow woven or knitted fabric has a large number of holes and a longitudinal direction. Both side edge parts having no holes are provided on both side end sides of the narrow width woven and knitted fabric and the surface fastener, and both side edge parts without holes of the narrow woven and knitted fabric are sewn. A method for manufacturing a wearing belt for equipment, which is characterized in that it is sewn along a line.

Further, the present invention, when connecting a mesh material having a large number of holes and a hook-and-loop fastener having hooks (male portions) and loops (female portions), superimpose these mesh materials and the hook-and-loop fastener, or A structure for connecting a mesh material and a surface fastener, wherein the material is sandwiched between two surface fasteners and sewn using a large number of holes of the mesh material.
According to the present invention, since a large number of holes in the mesh material are used for sewing, it is easy to insert a needle during sewing, and a beautifully finished sewing can be performed.

The present invention is characterized in that a large number of holes in the mesh material are provided with a portion in which an adhesive is interposed and a portion in which no adhesive is interposed, and sewing is performed on a large number of holes in the portion without the adhesive. It is a connecting structure of a mesh material and a surface fastener.
According to the present invention, since a large number of holes (empty holes) are sewn in a portion where the adhesive is not interposed, sewing is easy and the finish is beautiful.
Here, it is preferable that the central portions of the mesh materials are not filled with an adhesive and the edges of the materials are sewn together.
ADVANTAGE OF THE INVENTION According to this invention, a strong and neat sewing connection is enabled, without losing the elasticity of the mesh material which has many holes.

Further, as the present invention, between the mesh material and the surface fastener, a tip tightening portion that is hooked to a locking portion of equipment is configured and attached to the surface fastener material, or, of the surface fastener material. As an extension part, a tip tightening part that is hooked to the locking part of the equipment is attached, and after being hooked to the locking part of the equipment, it is joined to the surface fastener on the main body side. It is preferably a connection structure of a material and a surface fastener.
Here, the tip tightening portion may be sewn with a mesh material having a large number of holes, or may be bonded to a mesh material having a large number of holes via an adhesive, like the surface fastener on the main body side. Is preferred. In addition, a large number of holes can be formed in the surface fastener, and the mesh material having a large number of holes can be sewn or joined with an adhesive. When the surface fastener and the tip fastening portion are made of synthetic resin, the large number of holes can be easily formed by punching or the like. Further, the hook (male part) and loop (female part) of the surface fastener made of these synthetic resin materials can be used to achieve entanglement (fusion) with the adhesive. The tip tightening part is attached, and after being hooked to the locking part of the equipment, it is joined with the surface fastener on the main body side, so that many holes are formed in the surface fastener. , Can be sewn with a mesh material having a large number of holes, or can be joined via an adhesive.

In the present invention, the mesh material is a woven or knitted fabric containing rubber in which a rubber thread is used, or a woven or knitted article in which a heat-sealing thread is arranged, and the rubber thread or the heat-melting thread is formed by thermocompression bonding during connection. It is characterized in that the yarn is fused and connected.
According to the present invention, the rubber yarn or the heat-sealed yarn can be melted and joined by thermocompression at the time of connection, but a synergistic effect with thermocompression bonding via the adhesive works, and more reliable bonding is achieved. The state becomes the obtained connection.
Here, the mesh material is a narrow woven or knitted fabric having a large number of holes and both side edges not having a large number of holes on both side ends in the longitudinal direction. It is preferable that the chin fixing belt is characterized in that it is sewn along with. As a thread used for sewing, a rubber-based thread or a thread in which a heat-sealing thread is arranged may be used, and it is also possible to perform thermocompression bonding after sewing.

According to the present invention, the hook-and-loop fastener has hooks (male parts) and loops (female parts) on the front and back sides, and these are put in a large number of holes of a mesh material to achieve fusion with the adhesive. It is characterized by
According to the present invention, the hook (male part) and loop (female part) of the surface fastener enter into a large number of holes of the mesh material and are fused (melted) with the adhesive, so that a strong and neat connection state is obtained. become.
Here, in the present invention, the surface fastener uses two sheets having hooks (male portions) and loops (female portions) on the front and back sides, or is formed into a bifurcated shape of an upper side and a lower side. The mesh material is sandwiched from the upper side and the lower side with respect to one mesh material, and it is preferable that at least the hook (male part) and the loop (female part) of the surface fastener are on the sandwiched side. That is, the mesh material is sandwiched by using a surface fastener having hooks (male parts) and loops (female parts) on the front and back surfaces. The hook (male part) and the loop (female part) include a surface fastener configured to also serve as these.
According to the present invention, a hook and loop fastener having a hook (male portion) and a loop (female portion) on the front and back surfaces is used to sandwich the mesh material, so that the mesh material is entangled (fused) with the adhesive. The synergistic effect of thermocompression bonding with an adhesive intervenes, and a more reliable joining state is obtained.

According to the present invention, it is preferable that the mesh material is a stretchable narrow knitted fabric made of a covering thread having a rubber-based or polyurethane elastic thread as a core, which is used as a belt for mounting equipment. ..
According to the present invention, since it is a mesh material that is a stretchable narrow knit, it does not stretch or break even when the wearing belt of equipment such as a respiratory organ is used many times, and has durability. It is possible to provide a belt for wearing high-priced equipment.

According to the present invention, since they are connected via an adhesive, a strong connected state can be obtained. Further, since the adhesive is put in a large number of mesh holes, a situation in which the adhesive does not overflow and a clean connection structure can be obtained. A large number of holes in the mesh material may be provided with an adhesive insertion part and an empty part that is not inserted, or by using the empty part that does not contain the adhesive to perform sewing so that stretchability is not impaired. , It is possible to facilitate sewing.

It is a perspective view showing a connecting structure of a wearing belt of equipments of a 1st embodiment to which the present invention is applied. It is a perspective view explaining the connecting structure of the wearing belt of the equipment of the said embodiment. It is sectional drawing of the connection structure of the mounting belt of the equipment of the said embodiment. It is a perspective view of the connection structure of the wearing belt of the equipment of the said embodiment. It is sectional drawing of the connection structure of the mounting belt of the equipment of the said embodiment. It is sectional drawing of the connection structure of the mounting belt of the equipment of the said embodiment. It is an exploded perspective view of the connecting structure of the wearing belt of the equipment of the above-mentioned embodiment. It is a perspective view showing an example which applied the above-mentioned embodiment to a wearing belt of equipments. It is a perspective view showing an example applied to a wearing belt of equipment of the above-mentioned embodiment. It is a photograph which shows the wearing belts 200, 300, and 400 of the conventional equipment. FIG. 6 is a perspective view showing an example in which a non-slip mesh material is joined to the wearing belt of the equipment of the above embodiment. It is a perspective view showing an example applied to a wearing belt of equipment of the above-mentioned embodiment. It is a figure which shows the other example of the connection structure of the mounting belt of the equipment of the said embodiment, (a) is the top view, (b) is its rear view.

Embodiments for carrying out the present invention will be described in detail below with reference to the drawings.

FIG. 1 is a perspective view showing a mounting belt 1 for equipment according to a first embodiment of the present invention, and FIG. 2 is an enlarged view of a tip side of the mounting belt 1 for equipment according to the above-described embodiment. Is. FIG. 3 is an enlarged cross-sectional view of a connecting portion of the wearing belt 1 of the equipment of the above embodiment.
The mesh material and the hook-and-loop fastener connection structure of the present embodiment is used as a belt 1 for wearing equipment in a fixture for attaching a ventilator in which the ventilator is attached to and detached from the front side of the face using a fixing band. It is used (FIG. 8 ), and a device mounting belt 1 is composed of a mesh material 2 having a large number of holes and surface fasteners 3 arranged on the front end side and the rear end side of the mesh material. It is a structure.

The mesh material 2 is a narrow width fabric containing rubber, and a large number of holes 2a are provided at the center of the width thereof, and the side edge portion 2b at the widthwise end portion thereof is used as the seam allowance portion 7. The entering thread is provided without forming a hole. In the present embodiment, the multiple holes 2a are used to connect to the hooks 3b and loops 3a of the surface fastener 3, and the left and right side end portions 2b are used to sew with the surface fastener.
The mesh material 2 is formed of a mesh material which is a stretchable narrow knitted fabric made of a covering thread having a rubber-based or polyurethane elastic thread as a core. Stretchable narrow knitting is knitting produced by knitting a highly stretchable material into a narrow width necessary at the manufacturing stage, and it is said that the end part is less likely to be frayed than when using wide knitting cut. Have an effect. The covering thread refers to a thread having a rubber or polyurethane elastic thread as a core and wrapping it around a thread of polyester or nylon to protect it. A mesh material is formed by knitting into a mesh having holes. The covering thread has excellent elasticity because it uses a rubber or polyurethane elastic thread with a high stretch rate as the core, and has durability because it is protected from the rubber or polyurethane elastic thread with a thread such as polyester. high. Similarly, the mesh material formed of the covering thread also has excellent elasticity and durability.
The shape of the large number of holes 2a is a rhombus in the present embodiment, but various shapes such as a rectangular shape, an elliptical shape, a star shape, a square shape, a triangular shape, a polygonal shape, and a circular shape can be selected. Holes 11a are provided at intervals in the longitudinal direction.

The hook-and-loop fastener 3 has a hook (male part) 3b and a loop (female part) 3a formed on the front surface. In the present embodiment, the hook 3b and the loop 3a are formed on the front and back surfaces of the cloth 3. (The hook and loop can also be used together.) When two mesh members 2 having a hook (male part) and a loop (female part) on the front and back are used by sandwiching the mesh material 2, the mesh material 2 has a large number of holes 2a. The hook (male part) or loop (female part) of the surface fastener 3 is inserted, and a strong joining force is obtained. A large number of holes 2a of this mesh material may be intervened together with the adhesive 6, and the adhesive 6 is used for the holes 2c in which hooks (male parts) and loops (female parts) of the surface fastener 3 do not enter. May be supplied. Unlike the mesh material, the surface fastener 3 of the present embodiment does not have a large number of holes formed therein. However, like the mesh material 2, a surface fastener 3 having a plurality of holes 2a is formed. It is also possible to use the hook (male part) and the loop (female part) of the surface fastener 3 to intervene and join them.
Since the wearing belt of the equipment is composed of the strip-shaped member made of the mesh material 2 in which a large number of holes 2a are formed, the breathability is good and the feeling of use is good, and the stretch ratio is 120 to 300%. As it has elasticity, it is fixed to the head exactly without moving or shifting even if the head or body moves.

FIGS. 4A and 4B show an embodiment of an example in which the mesh material 2 and the surface fastener 3 are joined by an adhesive and then joined by sewing. It should be noted that the tip fastening portion 5 is not attached, and the tip portion of the surface fastener 3 is formed to have a narrow width and serves as the tip fastening portion 5.
FIG. 4A shows an example in which the mesh material 2 and the surface fastener 3 are joined together with an adhesive, and then sewing 7 is performed on the adhesive. That is, the X-shaped sewing 7 is performed on the portion 2b where the adhesive 6 intervenes, but by performing the sewing 7 on the empty portion 2a where no adhesive is applied, a clean finish that does not affect the adhesive is obtained. Can be sewn.
FIG. 4(b) shows that the mesh material 2 is provided with a vacant place 2a in which no adhesive agent is interposed so as to exert the stretching force as much as possible, and the vacant place 2a is utilized. This is an example in which the peripheral portion of the surface fastener 3 is sewn 7. That is, the sewing 7 is performed symmetrically at two places except for the center, but by performing the sewing 7 at the empty place 2a where no adhesive is applied, the stretching force is not affected. be able to.

Here, as the tip tightening portion 5, a surface fastener 3 made of synthetic resin may be used. The tip tightening portion 5 is hooked on the locking portion 601 of the device, and is connected as described above via the adhesive 6 when connecting with the mesh material 2. However, in the case of sewing 7, the needle may not be penetrated because it is made of synthetic resin. In such a case, sewing may be performed by using a synthetic resin-made tip tightening portion 5 having a large number of holes 2a formed therein.
Further, when the mesh material 2 is a narrow woven or knitted fabric having a large number of holes and both side edge portions 2b not having a large number of holes at both end sides in the longitudinal direction are provided (both ends in the longitudinal direction are cloth. In some cases), the narrow fabric can be sewn along both side edges. As a thread used for sewing, a rubber-based thread or a thread in which a heat-sealing thread is arranged can be used, and it is also possible to perform thermocompression bonding after sewing.

13(a) and 13(b) show an example in which a tip fastening portion 5 which is hooked to a locking portion of a device is made of a surface fastener material and is attached between the mesh material 2 and the surface fastener 3. is there. The role of the tip tightening portion 5 is to be hooked to the locking portion of the device as an extension of the surface fastener material 3, and after being hooked to the locking portion 601 of the device 600, the surface on the main body side. It is joined to the fastener 3. Here, the distal end tightening portion is sewn with a mesh material having a large number of holes 2a as in the case of the surface fastener 3 on the main body side, or the mesh material 2 having a large number of holes is adhesively bonded to the mesh material 2. It is preferable to join them. Further, a large number of holes 2a can be formed in the tip tightening portion 5, and can be sewn as a mesh material having a large number of holes 2a, or can be joined via an adhesive 6.

6(a) and 6(b), the surface fastener 3 has a double structure, and the tip tightening portion 5 is sandwiched on the tip side thereof. The tip tightening portion 5 is a sharpened portion that is inserted into and returned to the locking portion 601 of the device 600 such as a respiratory mask. The tip tightening portion 5 of the present embodiment is provided with a hook (male portion) and a loop (female portion) so as to engage with a hook (male portion) and a loop (female portion) of the surface fastener 3. The distal end tightening portion 5 is used for inserting the distal end tightening portion 5 into a locking portion of a device such as a breathing mask and then pulling it out to lock the surface fastener 3. The tip tightening portion 5 may be made of synthetic resin or rubber.
Further, the tip tightening portion 5 has the same thickness as the mesh material 2 and may be sandwiched between the two surface fasteners 2 and 2 so as to be adjacent to the mesh material 2, but at a predetermined interval. It is also possible to connect them by arranging them so that they are opened and sandwiched between the two surface fasteners 3. That is, by using the one in which a large number of holes are formed, it is possible to connect the mesh material and the connecting structure as a surface fastener of the present invention in the same manner.
In the present embodiment, the tip tightening portion 5 is attached to the mesh material 2, but the tip tightening portion 5 is not provided, and the tip side of the surface fastener 3 is formed to be thin. It is also possible to do so.

Next, the mesh material of the present invention and the connection structure as a surface fastener are connected by interposing the hooks (male portions) 3b and loops (female portions) 3a of the surface fastener 3 in the multiple holes 2a of the mesh material 2 ( 2(a)(b)(c)).
Here, the above-mentioned surface fastener uses two sheets having hooks (male parts) and loops (female parts) on the front and back sides, or is formed into a bifurcated shape on the upper side and the lower side, and one mesh material 2 is formed. On the other hand, when a hook-and-loop fastener that is sandwiched from the upper side and the lower side and has hooks 3b and loops 3a on the sandwiched side is used, one hook (male part) of the two hook-and-loop fasteners can be used without using an adhesive. ) And the loop (female part), the mesh material and the surface fastener can be connected. After that, when the outer peripheral portion of the surface fastener 3 and the side edge 3a of the mesh material 2 are sewn, the mesh material and the surface fastener are connected.

Further, when the mesh material 2 is a woven or knitted fabric containing rubber in which a rubber thread is used, or a woven or knitted article in which a heat fusion thread is arranged, the rubber thread or the heat fusion thread is bonded by thermocompression bonding. It can be melted and connected. Here, with respect to the many holes 2a of the mesh material 2, the holes 2a in which the hooks (male portions) and the loops (female portions) are interposed and the holes 2a in which the adhesive 6 is interposed without being interposed may be used separately. In FIG. 2C, the holes 2a in which the hook (male part) and the loop (female part) are interposed and the hole 2a in which the adhesive agent 6 is interposed without using the holes 2a of the mesh material 2 are properly used. Here is an example.
Further, at the time of connection, the rubber yarn or the heat-fusible yarn can be melted and connected by thermocompression bonding. When a heat-bonding yarn is used, when performing thermocompression bonding described later, thermocompression bonding is performed with a hook (male part) or loop (female part) of a surface fastener interposed in a large number of holes 2a of the mesh material 2. This makes it possible to melt the heat-fusible yarn and obtain a strong joining force.

As a wearing method, before wearing the mask 500 on the wearer 100, the belt of the fixture 1 for wearing the ventilator is inserted into the pair of holes (locking portions) of the wearing belt 1 of the device 600, respectively. The fixing device 501 for wearing the artificial respirator is attached to the wearing belt 1 of the devices. After that, the mask 500 is attached to the wearer by a fixture for attaching the ventilator, and the wearing belt 20 of the devices is attached to the wearer 100.
As described above, when the wearing belt 1 of the device of the present invention is used, the chin-fixing portion 1 does not extend too much, the shape of the chin-fixing portion 1 is appropriately maintained, and the chin tip can be firmly fixed. In addition, since the face end attachment parts 2 and 2 expand and contract well, they are firmly fixed to the head without slipping or coming off even when the head or body moves, such as turning over, and keeping the mouth closed for a long time. It is possible to maintain.

FIGS. 7A and 7B are views for explaining the connection with the deviation preventing belts 8a and 8b having a large number of holes made of synthetic resin or rubber. The misalignment prevention belts 8a and 8b are members for detachably mounting the mounting belt 1 on the back of the head or the jaw. Then, the bifurcated surface fasteners 3A and 3B are arranged in a two-connected state, and the bifurcated surface fasteners 3A and 3B are sandwiched by the mesh material (woven or knitted material) 2 and the other one is formed. The bifurcated surface fasteners 3A and 3B are sandwiched between mesh materials (synthetic resin and rubber) 8a and 8b (FIG. 7A). When the bifurcated surface fasteners 3A and 3B are arranged in a set, the bifurcated surface fasteners 3A and 3B are used to form a mesh material (woven or knitted fabric) 2 and a mesh material (synthetic resin or rubber) 8a, After overlapping with 8b, it is sandwiched by a surface fastener (FIG. 7(b)). By doing so, conventionally, the mesh material (woven or knitted material) 2 and the displacement belt tightening belts 8a and 8b made of synthetic resin or rubber are sewn, but according to the present embodiment, the bifurcated The surface fasteners 3A and 3B can be sandwiched and connected.

12A and 12B show an example in which the tip tightening portion 5 is inserted into the locking portion 601 of the device 600 such as a breathing mask and is returned to be joined to the surface fastener 2. The tip tightening portion 5 of the present embodiment is provided with a hook (male portion) and a loop (female portion) so as to engage with the hook (male portion) and the loop (female portion) of the surface fastener 3. In this case, it is necessary to taper the tip of the surface fastener 3 so that it can be inserted into the locking portion 601 of the device 600, as in the example of FIGS. is there.

The wearing belt of the device according to the present embodiment has been described above by taking the wearing belt 1 for wearing the respiratory mask 500 on the mouth and nose as an example (FIG. 8), but for preventing snoring and during sleep. It can be used as a medical belt for jaw fixation to prevent apnea, etc. and for endoscopic gastroscopy and long-term endoscopic surgery on the stomach and esophagus (Fig. 9). It can be used in various fields as a supporter for performing martial arts or as a beauty belt for obtaining a small face effect.

1 Belts for wearing equipment,
2 mesh material, 2a many holes, 2b side edge (longitudinal edge),
3,3A,3B surface fastener, 3A,3B Two surface fasteners,
3a loop (female part), 3b hook (male part),
5 Tip tightening part,
6 adhesive,
7 Sewing threads (sewn points),
8a, 8b Misalignment prevention belt (synthetic resin or rubber mesh material),
200,300,400 Conventional wearing belt 500,600 Equipments, 601 Locking part,

Claims (9)

And a surface fastener having elasticity and a narrow textile fabric having a mesh number of holes in order to exert the hook (male part) and loops (female part) and consolidated, these narrow textile fabric and the surface fastener While superposing and sewing , between the narrow woven and knitted fabric and the hook-and-loop fastener, a tip tightening portion that is hooked to the locking portion of the equipment is formed of a hook-and-loop fastener material, or is attached, or As an extension of the hook-and-loop fastener, a tip tightening portion that is hooked to the locking portion of the equipment is attached, and when the tip tightening portion is hooked and folded back to the locking portion of the equipment, it is joined at the hook-and-loop fastener portion. However, the belt for wearing equipment is characterized in that it is not joined at the portion of the narrow woven or knitted fabric . The distal end tightening portion hooked on the locking portion of the equipment is provided with a wide proximal end side contact portion at a connecting portion between the mesh narrow woven and knitted fabric and the surface fastener, and the distal end side thereof is the proximal end. It is configured to be narrower than the side contact portion, and the narrow portion on the tip end side is hooked on the locking portion of the device and folded back to be attached to and detached from the wide base end side contact portion. A belt for wearing the equipment according to Item 1. When connecting the narrow woven or knitted fabric and the surface fastener, the narrow woven or knitted fabric is sandwiched between two surface fasteners and sewn, and a tip tightening portion hooked to a locking portion of the device is provided in the two 4. The belt for mounting equipment according to claim 1, wherein the belt is sewn by being sandwiched between a plurality of surface fasteners. The hook-and-loop fastener has a portion having the same width as the narrow woven and knitted fabric and a portion having the same width as the tip tightening portion, and two symmetrically attached to both ends of the one narrow woven and knitted fabric. 2. The belt for mounting equipment according to claim 1, wherein the tip tightening portion is hooked on two locking portions of the equipment, respectively. The narrow woven or knitted fabric has a large number of mesh-shaped holes and both side edge portions having no holes on both side ends in the longitudinal direction are provided, and the narrow woven and knitted fabric and the surface fastener are superposed on each other. 3. The belt for mounting equipment according to claim 1 or 2, wherein, when sewn, the narrow woven or knitted fabric is sewn along both side edge portions having no holes. When connecting the narrow woven and knitted fabric and the surface fastener, the narrow woven and knitted fabric is sandwiched by two surface fasteners and sewn, and the tip tightening portion has the same thickness as the narrow woven and knitted fabric, It is sewn by being sandwiched by the two surface fasteners so as to be adjacent to the narrow woven or knitted fabric, or sewn by being sandwiched by the two surface fasteners at a predetermined interval. A belt for wearing the equipment according to any one of claims 1 to 3. By connecting a narrow woven and knitted fabric having a large number of mesh-shaped holes for exhibiting elasticity and a hook-and-loop fastener having hooks (male part) and loops (female part), While overlapping and sewn, between the narrow woven and knitted fabric and the surface fastener, the tip tightening portion that is hooked to the locking portion of the equipment is formed of a surface fastener material, or is attached, or When manufacturing a wearing belt of a device in which a tip tightening portion hooked to a locking portion of a device is attached as an extension of a fastener, the narrow woven or knitted fabric has a large number of holes and both sides in the longitudinal direction. Both end edges having no holes on the end side are provided, and when the narrow woven and knitted fabric and the surface fastener are overlapped and sewn, the both sides of the narrow woven and knitted fabric do not have holes. A method for manufacturing a wearing belt for equipment, which is characterized in that it is sewn in this manner. When connecting the narrow woven and knitted fabric and the surface fastener, the narrow woven and knitted fabric is sandwiched by two surface fasteners and sewn, and the tip tightening portion has the same thickness as the narrow woven and knitted fabric, The stitches are sandwiched between the two surface fasteners so as to be adjacent to the narrow woven or knitted fabric, or the stitches are sandwiched between the two surface fasteners at a predetermined interval. 7. A method for manufacturing a belt for wearing equipment according to item 7. The distal end tightening portion hooked on the locking portion of the equipment is provided with a wide proximal end side contact portion at a connecting portion between the mesh narrow woven and knitted fabric and the surface fastener, and the distal end side thereof is the proximal end. 9. The device according to claim 7, wherein the side contact portion is configured to be narrower than the side contact portion, and the narrow portion on the tip end side is sewn to the peripheral portion of the wide base end side contact portion. A method for manufacturing a wearing belt.