JP3220013U - Outerwear to which an external muscular reinforcement assembly can be attached - Google Patents

Abstract

An outer garment to which an external muscular reinforcing assembly can be attached is provided.
An outer garment 1 to which an external muscular reinforcing assembly 20 can be attached, including the outer garment 1 and the external muscular reinforcing assembly 20. The external muscular reinforcing assembly 20 is fixed to the outer garment 1 by the fixing device 4. In addition to the general function of the outer garment 1, the external musculoskeletal reinforcement assembly 20 has a function of assisting correction, rehabilitation, or protection, and a function of enhancing the functions of the musculoskeletal and waist structures of the upper body. The fixing device 4 includes at least one pocket main body 40 having a pocket opening 41. The pocket main body 40 is fixed to the outer garment 1 by a connecting device, and the arrangement position of the pocket main body 40 is a human muscular bone position or an individual's position. Arranged according to needs, the external muscular reinforcing assembly 20 includes at least one external muscular plate 21 which is inserted into the pocket body 40 through the pocket opening 41 and fixed.
[Selection] Figure 1

Description

  The present invention relates to a jacket to which a kind of external muscular reinforcing assembly can be attached. In particular, in addition to the general outerwear function, when the outerwear is worn on the body, the upper garment utilizes an external musculoskeletal reinforcement assembly to assist in correction, rehabilitation or protection of the upper musculoskeletal and lower back structures. It is also used to have a function that enhances the function. Supports weight, stands wrong, and prevents injuries caused by sitting posture and working posture error habits. The external muscular reinforcement assembly also has wearer shape memory and temperature controllability. At the same time, according to different needs, the external muscular reinforcement assembly can be used as a wearable platform to form a smart platform.

  Generally speaking, the outerwear is worn on the body, and in addition to the inherent function of the outerwear, there is no strong correction or protection for the important musculoskelet of the upper body of the human body. When you go out, you usually put a jacket on your carry bag to suit your needs. Furthermore, it is designed so that a jacket can be attached to the rucksack, a rucksack can be attached to the jacket, and personal items can be put into the rucksack as needed. This kind of design covers the jacket and rucksack. When the weight that the rucksack supports is over, the rucksack hangs down and the collar tightens the neck, often leading to neck discomfort. However, the vest and carry-on rucksack are two separate items, but are often linked together.

  The inventor believes that if the outer garment includes an external musculoskeletal reinforcement assembly and is worn on the body in addition to the basic functions, it can provide a relatively strong correction to the musculoskeletal that is important to the upper body of the human body. In addition, the posture of the muscular bone of the body can be corrected at any time, and it is not necessary to wear various correction frames, which is more valuable. Furthermore, when the top is converted into a rucksack, the weight of the rucksack increases the functionality of an external muscular reinforcement assembly that can share the weight of the rucksack. Based on the above, the present inventor improved the design and created the present invention.

  The main purpose of the present invention is to provide a kind of outer garment, which is worn on the human body and assists with correction, rehabilitation, or protective functions, even though it has a general clothing function, It also has the function of strengthening the function of the waist structure. Supports weight, stands wrong, and prevents injuries caused by sitting posture and working posture error habits.

  Another object of the present invention is to provide a jacket that can be converted to a carry-on rucksack without the neck being tightened due to the weight of the rucksack.

In order to solve the above problems, the present invention provides an outer garment to which an external muscular reinforcing assembly can be attached. The main feature of the present invention is that the inner or outer surface of the outer garment secures the external muscular reinforcement assembly by a securing device.
The external musculoskeletal assembly includes a plurality of external muscular plates, the location of each external muscular plate on the outer garment being arranged according to the location of the human musculature and individual needs. As a result, the outerwear is worn on the body, the muscle bone and posture of the human body are corrected, and the important structure of the upper body of the human body is protected at any time.

Another feature of the present invention is that it is formed of a base fabric and includes a jacket including an intermediate portion located at the intermediate portion, and a chest and a back portion located at the front and rear ends of the intermediate portion.
The middle part has a through-hole in the center, and the chest part is provided with a fastening member that is directed perpendicularly to the middle part. By opening the fastening member, the chest part can be divided into the left front half part and the right front half part. Fasteners are arranged on both the left and right sides of the back, respectively, and the back is folded and fastened to the upper and lower halves to form a storage pocket. A side pocket opening can be formed at each of the two zipper positions, and the jacket can be converted into a bag pack having a storage pocket.

  Another feature of the present invention is that a clamp device is fixed to each of the left and right sides of the through hole. Each clamping device includes a front clip and a rear clip. The front and rear clips intersect each other at an intermediate position and are connected through the intersecting position by a pivot shaft. The lower end of the front and rear clips form a clamp interval, and when wearing an outerwear, the clamp interval can insert the shoulder of the human body, and when used as a rucksack, it has the function of supporting the rucksack hung on the shoulder, It can also be used as a platform for placing additional properties.

  The present invention has a function of assisting correction, rehabilitation, or protection, and has a function of enhancing the functions of the musculoskeletal and lumbar structures of the upper body. Supports weight and prevents injuries due to habits of standing upright and working posture errors. The external musculoskeletal assembly then has shape memory and wearer temperature regulation. At the same time, the external muscular reinforcement assembly can be used as a smart platform that can be worn for different needs.

It is a top view in which the jacket in the embodiment of the present invention is developed. FIG. 3 is a three-dimensional schematic diagram of an external muscular bone plate of an external muscular bone reinforcing assembly according to an embodiment of the present invention. FIG. 3 is a side view of an external muscular plate of an external muscular reinforcing assembly according to an embodiment of the present invention. FIG. 2 is a sectional view taken along line 2-2 of FIG. 1 of the present invention. Schematic of the upper part of this embodiment worn by the body. FIG. 4 is a side sectional view of FIG. 3. 1 is a schematic view of an embodiment in which the present invention is used as a rucksack. FIG. 6 is a side sectional view of FIG. 5. It is the plane development view in which the jacket of the embodiment of the present invention arranges the clamp device. It is a three-dimensional view of the clamping device of the present invention. It is a three-dimensional view of the clamping device of the present invention. It is a reference figure of the Example according to this invention which has a rucksack. It is a front view of this invention as a handbag and a side shoulder bag. It is a front view of this invention as a handbag and a side shoulder bag. It is a front view of this invention as a handbag and a side shoulder bag. FIG. 4 is a circuit diagram of an external muscular bone reinforcement assembly, a thermal temperature device, and a temperature control device of the present invention.

  The following technical means and configurations for achieving the above objects and effects will be described with reference to the drawings. With reference to FIGS. 1 to 4, in the outer garment 1 of the present embodiment, a fixing device 4 is used to fix the external muscular reinforcing assembly to the outer garment 1 (for example, located on the inner surface of the outer garment 1). The The external musculoskeletal assembly 20 includes a plurality of external muscular plates 21, which are arranged at the position of the outer garment 1 according to the position of the human bone or according to individual needs. 1 is worn on the body and has an effect of supporting the bone structure of the body.

  The outer garment 1 includes a base fabric 10 having an intermediate portion 11 and a chest portion 12 and a back portion 13 that are respectively located at the front and rear ends of the intermediate portion 11. A through hole 110 through which the head passes is provided at the center of the intermediate portion 11. The chest 12 is provided with pockets 120 on both front sides for convenient storage of personal belongings. A fastening member 111 (for example, a fastener or a hook-and-loop fastener) is provided in the center of the corresponding through hole 110. The fastening direction of the fastening member 111 is perpendicular to the intermediate portion 11 and is connected to the through hole 110. The chest 12 is divided into two by a fastening member 111, and has a left front half 12a and a right front half 12b or is fastened to form a complete chest 12. A plurality of buckles 112 are provided on the front side of the chest 12. The back part 13 is comprised from the upper fabric surface 13a and the lower fabric surface 13b arrange | positioned up and down. The upper cloth surface 13a is entangled with an air vent 131, and the upper cloth surface 13a is provided with a storage pocket 132 facing the end of the chest 12 (as shown in FIG. 4) The upper cloth surface 13a can be ventilated by the arrangement of the vent hole 131 and the mesh bag). The area of the storage pocket 132 is substantially equal to the area of the upper cloth surface 13a. The upper cloth surface 13a adjacent to the end portion of the through hole 110 communicates with the storage pocket 132 at the end portion of the corresponding storage pocket 132, and is provided with a pocket port 133 that can store articles therein. Fasteners 134a and 134b are provided on the left and right sides of the back portion 13, respectively. The two fasteners 134a and 134b are folded back at the lower end of the lower fabric surface 13b and folded to the upper fabric surface 13a, thereby fastening the interior of the lower fabric surface 13b and the upper fabric surface 13a to form an internal space. Thus, the storage pocket 14 is formed (FIG. 8). The storage pocket 14 and the storage pocket 132 constitute a pocket inside the pocket, and the fasteners 134 a and 134 b on both the left and right sides of the storage pocket 14 are positioned so as to form the side pocket opening 140. Waist guards 15a and 15b are provided on the left and right ends of the inner surface of the lower fabric surface 13b, respectively. One end of the two waist guards 15a and 15b is fixed to the lower cloth surface 13b (sewing fixing), and the other end can be pulled and extended to the navel position of a person (such as a hook-and-loop fastener). This is to protect the human waist and keep the navel warm. The lengths of the two connecting members 16a and 16b can be adjusted, and are arranged on the left and right sides of the chest 12 and the back 13, respectively. After wearing the base fabric 10 on the human body, the chest 12 and the back portion 13 are fastened, so that the base fabric 10 is worn by a person and the best type outerwear 1 is formed. If sleeves are connected to both sides of the vest type outer garment 1, the long sleeve outer garment 1 can be formed. Since the two connecting members 16a, 16b increase the function of use, each connecting member 16a, 16b is optionally secured with a convenient pocket 17a, 17b for placing an article by hand, respectively. The lengths of the two buckle straps 18a and 18b can be adjusted. When the fastening member 111 is pulled apart, the left front half 12a and the right front half 12b of the chest 12 are separated, and the left front half 12a and the right front half 12b are separated. Can be wound individually in a band. The lower ends of the belt-like left front half 12a and the right front half 12b are connected to the left and right sides of the back 13 by two buckle straps 18a and 18b. Then, the two buckle straps 18a and 18b constitute a harness when the rucksack 2 is used.

  The fixation device 4 includes at least one or more pocket bodies 40 (FIG. 1) having a pocket opening 41, the pocket opening 41 being made of cloth facing upwards, and the jacket 1 (ie Fixed to the base fabric 10) (can be located on the inner or outer surface of the jacket 1). The position of each pocket body 40 is configured according to the position of the human bone or the position of individual needs. The coupling device can connect the pocket body 40 and the outer garment 1 so as to be sewn. The coupling device may be a fastener, the pocket body 40 is connected to the outer jacket 1, the coupling device may be a hook-and-loop fastener, the pocket body 40 is connected to the outer jacket 1, and the coupling device may be a button buckle type. Well, the pocket body 40 is connected to the jacket 1.

  The external musculoskeletal reinforcement assembly 20 (shown in FIGS. 1, 2 and 3) has a function of supporting human bones and muscles and is a flexible memory material (for example, aluminum alloy materials CuZn, CuZnAl, The shape of the wearer at the time of wearing can be remembered by an alloy such as CuAlNi or a structure synthesized with a polycarbonate (PC) material. Referring to FIG. 16, the external musculoskeletal reinforcement assembly 20 further includes a thermal temperature device 50 and a temperature control device 51. The thermal temperature device 50 transfers heat to generate a thermal temperature in the external musculoskeletal reinforcement assembly 20, and the temperature control device 51 can adjust and control the temperature of the thermal temperature device 50. With the arrangement of the thermal temperature device 50 and the temperature control device 51, the external musculoskeletal reinforcement assembly 20 can be adjusted to have a comfortable thermal temperature according to the wearer's needs to be kept warm. Each of the external muscular plates 21 of the external muscular reinforcement assembly 20 is individually secured by insertion into a pocket opening 41 in the pocket body 40, but can be removed if desired. Each position of the external muscular bone plate 21 is configured in accordance with the position of a human bone or the position of an individual's needs. For example, one external muscular plate 21 is disposed on each of the two side surfaces and the middle position of the corresponding human back (as shown in FIG. 1). As shown in FIG. 2, the external muscular plate 21 located on both sides of the back has a hook 210 whose upper end is bent downward and inclined forward, and the hook 210 can be hooked on a person's shoulder. . Since the external musculoskeletal plate 21 is plastic, the intermediate portion 211 can be firmly attached to the back of the human body and has a function of supporting human bones and muscles. The upper end portion of the external muscular plate 21 corresponding to the spine portion of the human body extends upward as necessary, and has a function of supporting the cervical vertebra of the human body.

  When the outer garment 1 is worn on the body, the external musculoskeletal reinforcement assembly 20 is fixed by the fixing device 4 and placed on the outer garment 1 as shown in FIGS. 5 and 6. When a person wears the outerwear 1, the external musculoskeletal reinforcement assembly 20 has an auxiliary support and correction effect on the musculature of the human body, and a posture correction effect is produced by a person with a wrong posture and rickets. Since the external musculoskeletal reinforcement assembly 20 is made of a memory material, it can remember the original personal wear shape and the needs of individual human body rehabilitation. This is because the external musculoskeletal reinforcement assembly 20 can be adjusted according to the needs of the wearer, has a comfortable heat temperature, and can maintain heat retention. Since the upper cloth surface 13a includes the ventilation holes 131 and the storage pockets 132 having a mesh-like pocket structure, the outer garment 1 has air permeability. If necessary, the two waist guards 15a, 15b can be pulled in front of the navel and fastened to protect the waist and keep the navel warm. The storage pocket 132 can store and carry personal belongings.

  The jacket 1 can also be converted into a rucksack 2, as shown in FIGS. The fastening member 111 is pulled apart to separate the left front half 12a and the right front half 12b of the chest 12 from each other. The left front half 12a and the right front half 12b are each wound in a strip shape. After the lower cloth surface 13b and the upper cloth surface 13a are folded in half, they are connected to the two fasteners 134a and 134b, respectively, and the inner side where the lower cloth surface 13b and the upper cloth surface 13a are folded forms the storage pocket 14. And the lower end of the left front half part 12a and the right front half part 12b wound by the strip | belt shape is connected to the right-and-left both sides of the back part 13 by two buckle straps 18a and 18b. If so, the two buckle straps 18a and 18b constitute a buckle strap when the rucksack 2 is used, and the outer jacket 1 can be converted into the rucksack 2 as shown in FIGS. When used as a rucksack 2, the external musculoskeletal reinforcement assembly 20 can be modified with the bending of the base fabric 10 for flexibility and plasticity. Since the external musculoskeletal assembly has a support function, even when taking advantage of the weight of the rucksack 2, the back is corrected, the shoulders and waist are protected, the spine is prevented, the upper body muscles and the lower back are injured ( It can also prevent tight waists. Furthermore, by placing a heavy object in the storage pocket 14, it is possible to prevent the entire rucksack 2 from retreating and the through hole 110 to squeeze the person's neck, causing uncomfortable feeling of breathing.

  Further, as shown in FIGS. 9 to 11, a pair of clamp devices 30 are fixed to the left and right sides of the through-hole 110, and each clamp device 30 includes a front clip 31 and a rear clip 32. The front and rear clips 31, 32 intersect at an intermediate position (see FIGS. 9 and 10). At the crossing position, the pivot shaft 33 penetrates and is rotatably connected. Buckles 330 are provided at the left and right ends of the pivot shaft 33 (see FIG. 9). The angle between the lower ends of the front and rear clips 31, 32 constitutes a clamp interval 34 (see FIGS. 10 and 11). When the outer garment 1 is worn, the clamp interval 34 is fitted into a person's shoulder, and when the rucksack 2 is used, the burden on the shoulder is shared and the weight on the shoulder is increased. In addition, the lower ends of the front and rear clips 31, 32 can be used as an additional object loading and wearing platform. For example, it can be carried as a fixed platform with another rucksack 3 (see FIG. 12), a fixed platform for carrying solar panels, a support base for VR (Virtual Reality, VR) virtual technology model, etc. Yes (see FIG. 14).

  Referring to FIGS. 13 to 15, when the outer garment 1 or the rucksack 2 is not used, the hems of the chest 12 and the back 13 are aligned with the center line of the intermediate portion 11 as a boundary. The buckle strap 18a passes through the buckle 330, and the outer garment 1 can be converted into a handbag (as shown in FIGS. 13 and 14) and converted into a side shoulder bag (FIG. 15).

  As described above, the present invention has at least the following advantages and effects.

  1. When using an outer garment, the outer garment is provided with a fixation device to secure the external musculoskeletal reinforcement assembly, and the upper garment helps to correct, rehabilitate or protect the body, and the upper body musculoskeletal and lumbar structure It has a function to reinforce the function. Supports weight, stands wrong, and prevents injuries caused by sitting posture and working posture error habits.

  2. The external musculoskeletal reinforcement assembly is made of a memory material and can remember the original personal wearing shape and the personal rehabilitation needs. Furthermore, it can be said that the external muscular reinforcement assembly is adjusted according to the needs of the wearer to have a comfortable thermal temperature, the warmth is maintained, and the outer muscular reinforcement assembly outerwear is a smart outerwear. it can.

  3. The jacket can be converted into a rucksack or handbag or side shoulder bag.

  4). It can be used as a platform on which the clamp device can be worn.

  In summary, the present invention can actually achieve the desired functions and objectives and can be implemented by those skilled in the art based on the above detailed description. Still does not depart from the scope of the rights of the present invention. That is, changes or modifications made in the same creative spirit associated with the present invention should be included in the scope of protection of the present invention.

1 outer jacket 2 rucksack 10 base cloth 11 middle part 110 through-hole 111 fastening member 112 buckle 12 chest 12a left front half 12b right front half 120 pocket 13 back part 13a upper cloth surface 13b lower cloth surface 131 vent hole 132 storage pocket 133 pocket Mouth 134a Fastener 134b Fastener 14 Storage Pocket 140 Side Pocket Opening 15a Waist Guard 15b Waist Guard 16a Connecting Member 16b Connecting Member 17a Pocket 17b Pocket 18a Buckle Strap 18b Buckle Strap 20 External Muscular Reinforcement Assembly 21 External Muscular Plate 210 Hook 211 Middle Part 3 Backpack Sack 30 Clamp device 31 Front clip 32 Rear clip 33 Pivot shaft 330 Buckle 34 Clamp interval 4 Fixing device 40 Pocket body 41 Pocket opening 50 Temperature device 51 temperature controller

Claims (15)

  A jacket capable of attaching a kind of external musculoskeletal assembly, wherein the outer musculoskeletal assembly assists the function of supporting the musculature of the human body, and the feature is that the jacket is provided with a fixing device, and the fixing device is An outer garment to which an external muscular reinforcing assembly can be attached, characterized in that the outer muscular reinforcing assembly is fixed to the outer garment.   The fixing device includes at least one pocket main body having a pocket opening, and the pocket main body is fixed to the outer garment by a connecting device, and the pocket main body is arranged according to a human muscular position or an individual's needs. The external muscular bone reinforcing assembly includes at least one external muscular bone plate, and the external muscular bone plate is inserted into the pocket body and fixed from the pocket opening. A jacket to which an external muscular reinforcement assembly can be attached.   The outer garment has a base fabric including an intermediate part and a chest and a back part located at the front end and the rear end of the intermediate part, the intermediate part has a through hole in the center, A fastening member corresponding to the center of the through hole is provided, the fastening direction of the fastening member is perpendicular to the intermediate portion, the chest is bounded by the fastening member, and the left front half and the right front half The back portion is composed of an upper cloth surface and a lower cloth surface arranged on the upper and lower sides, and a storage pocket facing the chest end is arranged on the upper cloth surface. A pocket opening communicating with the storage pocket is provided on the upper fabric surface facing the end of the storage pocket, and fasteners are disposed on the left and right sides of the back, respectively, and the lower fabric surface Folded with the upper fabric surface with the lower end facing upward When the two fasteners fasten the lower cloth surface and the upper cloth surface to form an internal space to form a storage pocket, and the outer jacket has two connecting members. The external musculoskeletal reinforcement assembly according to claim 2, wherein each of the connecting members is installed on both left and right sides of the chest and the back, and fastens both the chest and the back. Arrive.   The outer jacket further includes two sets of clamp devices, the two sets of clamp devices being respectively disposed on the left and right sides of the through hole, each set of the clamp devices including a front clip and a rear clip. The front and rear clips intersect at an intermediate position, and at the intersecting position, they are penetrated by a pivot shaft and are freely connected to rotate, and the angle of the lower end of the front and rear clips forms a clamp interval, An outerwear to which the external muscular reinforcing assembly according to claim 3 can be attached, characterized in that it is used for insertion.   The outer garment capable of attaching an external muscular reinforcing assembly according to claim 3, wherein the upper fabric surface has a plurality of ventilation holes, and the storage pocket is a mesh pocket.   The outer garment to which the external muscular reinforcing assembly according to claim 4 is attached, wherein both ends of the pivot shaft are rotatably connected to a buckle.   The outer garment to which the external muscular reinforcing assembly according to claim 4 can be attached, characterized in that the upper ends of the front and rear clips form a wearable platform.   The outer jacket further includes two buckle straps, and when the fastening member is pulled apart, the left front half and the right front half are separated and can be wound separately in a band shape, and the two buckle straps are band-shaped. 4. The external of claim 3, wherein the wound lower left half and the lower right front half are connected to the left and right sides of the back, and the two buckle straps constitute a rucksack strap. A jacket to which a muscular reinforcement assembly can be attached.   The outer garment to which the external muscular reinforcing assembly according to claim 2 can be attached, wherein the connecting device is fixed by sewing.   The outer garment to which the external muscular reinforcing assembly according to claim 2 can be attached, wherein the connecting device is a fastener.   The outerwear to which the external muscular reinforcing assembly according to claim 2 can be attached, wherein the connecting device is a hook-and-loop fastener.   The outer garment capable of attaching the external muscular reinforcing assembly according to claim 2, wherein the connecting device is fixed by a button buckle method.   A waist guard is provided at each of the left and right ends of the inner surface of the lower fabric surface, one end of the two waist guards is connected and fixed to the lower fabric surface, and the other end is pullable, An outer garment to which the external muscular reinforcing assembly according to claim 3 can be attached, characterized in that the guard can be pulled in front of the navel and fastened to protect the waist and keep the navel warm.   The outer garment to which the external muscular reinforcing assembly according to claim 1 can be attached, wherein the external muscular reinforcing assembly is made of a memory material.   The external muscular reinforcement assembly includes a thermal temperature device and a temperature control device, the thermal temperature device transfers heat to generate a thermal temperature in the external muscular reinforcement assembly, and the temperature control device is a temperature of the thermal temperature device. 15. An outer garment to which the external muscular reinforcing assembly according to claim 14 can be attached, characterized in that it can be adjusted and controlled.

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