JP6923125B1 - Hugging equipment - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a posture-guided hugging device which guides a person or a person holding an object to a correct posture and assists in transmission of force to a holding object. A first derivative passes through a left shoulder mounting portion mounted near the user's left shoulder, a holding portion right connecting portion connected to the right side of the holding portion, and at least the back side of the user. It has a first tension body that connects the left shoulder mounting portion and the right connecting portion of the holding portion and pulls in the direction of the right connecting portion of the holding portion, and the second derivative is located near the right shoulder of the user. The right shoulder mounting portion to be mounted, the holding portion left connecting portion connecting to the left side of the holding portion, and the right shoulder mounting portion and the holding portion left connecting portion passing through at least the back side of the user. , And a second tension body that pulls in the direction of the left connecting portion of the holding portion. [Selection diagram] Fig. 1

Description

The present invention relates to a hugging device for holding a person or an object.

When a person tries to walk while holding an infant or a heavy object in front, the center of gravity moves forward, so that the posture tends to lean forward. However, in the previous leaning posture, a person cannot sufficiently transmit power to the hugging object. In addition, if you maintain a leaning posture for a long time, you will get a habit of that posture, which can cause not only cosmetic aspects such as poor style and appearance, but also physical disorders such as stiff shoulders and back pain.

As a device for assisting the holding of an infant, for example, an infant holding assist device has been proposed (see Patent Document 1). This baby hugging aid is worn in the manner of a sash, such as passing from the user's shoulder to the opposite flank so as to support the baby to be held from below. It is designed to reduce the burden. However, such a holding assist belt does not induce the posture of the user, assists the transmission of force, and cannot correct the deterioration of the posture caused by holding the infant.

Japanese Unexamined Patent Publication No. 2006-341080

In view of the above-mentioned problems, the present invention provides a hugging device having a posture-inducing function of guiding the posture of a person or a person holding an object to a correct posture and assisting the transmission of force to a holding object. The purpose.

The first derivative, the second derivative, the first derivative and the second derivative are connected to each other, and the first derivative is provided with a holding portion arranged between the user's waist and the head and in front of the user. The left shoulder mounting portion mounted on the left shoulder of the user, the right connecting portion of the holding portion connected to the right side of the holding portion, and at least the back side of the user, the left shoulder mounting portion and the holding portion. It has a first tension body that connects the right connection portion of the portion and pulls it in the direction of the right connection portion of the holding portion, and a third tension body that connects the left shoulder mounting portion and the first tension body. The two derivatives pass through the right shoulder mounting portion mounted on the right shoulder of the user, the left connecting portion of the holding portion connected to the left side of the holding portion, and at least the back side of the user, and the right shoulder. A second tension body that connects the mounting portion and the left connecting portion of the holding portion and pulls in the direction of the left connecting portion of the holding portion, and a fourth tension that connects the right shoulder mounting portion and the second tension body. have a body, said first tension body has a left side mounting portion mounted on the left side of the user, the front face of the user from the left shoulder mounting portion, the left side mounting portion, and the utilization The second tension body is connected to the right connecting portion of the holding portion via the back surface of the person, has a right side mounting portion mounted on the right side of the user, and is mounted from the right shoulder mounting portion. It is connected to the holding portion left connection portion via the front surface of the user, the right side mounting portion, and the back surface of the user, and the third tension body is the first tension body and the user. The fourth tension body is connected to the second tension body on the right side of the vertical center line on the back surface, and is connected to the second tension body on the left side from the vertical center line on the back surface of the user .

According to the present invention, by guiding the upper body of a person or a user holding an object to a correct posture, it is possible to assist the transmission of force to the object to be held.

The rear view of the posture-guided hugging tool according to the present invention when worn by the user. Right rear perspective view of the posture-guided hugging tool according to the present invention when worn by the user. The front view of the posture-guided hugging tool according to the present invention when worn by the user. The left front perspective view of the posture-guided hugging tool according to the present invention when worn by the user.

Hereinafter, an embodiment of the present invention will be described with reference to the drawings.
FIG. 1 is a rear view of a hugging device (posture-guided hugging device 1) having a posture-guided function according to the present invention when worn by a user. FIG. 2 is a right rear perspective view of the posture-guided hugging tool 1 according to the present invention when worn by the user. FIG. 3 is a front view of the posture-guided hugging tool 1 according to the present invention when worn by the user. FIG. 4 is a left front perspective view of the posture-guided hugging tool 1 according to the present invention when worn by the user.

The posture-guided hugging tool 1 has a string-shaped, belt-shaped or band-shaped first derivative A, a string-shaped, belt-shaped or band-shaped second derivative B, and a hugging portion C. The first derivative A, the second derivative B, and the holding portion C are made of cloth. The first derivative A includes a left shoulder mounting portion 10L, a holding portion right connecting portion 25R, a first tension body 12L connecting the left shoulder mounting portion 10L and the holding portion right connecting portion 25R, a left shoulder mounting portion 10L, and a first tension. It is composed of a third tension body 11L that connects the bodies 12L. The second derivative B includes a right shoulder mounting portion 10R, a holding portion left connecting portion 25L, a second tension body 12R connecting the right shoulder mounting portion 10R and the holding portion left connecting portion 25L, and a right shoulder mounting portion 10R. It is composed of a fourth tension body 11R connecting the second tension body 12R.

The hugging portion C is arranged between the front of the waist and the head of the user, for example, the front of the abdomen when the user wears the posture-guided hugging device 1, and is curved toward the front of the user. Has a shaped shape. That is, the user's abdomen and the holding portion C form a space for accommodating a holding object such as an infant. Hereinafter, in the present embodiment, a case where the object to be held is an infant will be described as an example. The holding portion C includes a backrest portion 20 that serves as a backrest for the infant when holding the infant, a head branch 21 that supports the infant's head, a lower branch 22 that supports the infant from below, and the infant's right leg. It has a right leg insertion hole 23L through which the portion is inserted and a left leg insertion hole 23R through which the left leg portion of the infant is inserted.

When the user wears the posture-guided hugging device 1, the left shoulder mounting portion 10L and the right shoulder mounting portion 10R are mounted along the upper surfaces of the user's left shoulder and right shoulder, respectively, and the first tension body 12L and the first pulling body 12L and the first 2 The tension body 12R is connected to the left shoulder mounting portion 10L and the right shoulder mounting portion 10R, respectively, and from the connecting portion between the left shoulder mounting portion 10L and the right shoulder mounting portion 10R, from the rear armpit along the base of the front arm of the user. Passing through the back side, the holding portion left connecting portion 25L and the holding portion right connecting portion 25R are connected to the vicinity of the left end portion and the vicinity of the right end portion of the holding portion C, respectively. However, in the present specification, the "shoulder" means a part of the human body including the range from the upper end of the arm to the neck.

The left shoulder mounting portion 10L is a boundary between a first tension body 12L extending along the base of the left arm in front of the user and a third tension body 11L extending from the left shoulder toward the right lumbar region along the user's back. The right shoulder mounting portion 10R is a second tension body 12R extending along the base of the right arm in front of the user and a fourth tension body 11R extending from the right shoulder toward the left lumbar region along the user's back. It is a boundary.

The width of the left shoulder mounting portion 10L and the right shoulder mounting portion 10R can be 1 cm to 7 cm, preferably 2 cm to 6 cm, and more preferably 3 cm to 5 cm. The thickness of the left shoulder mounting portion 10L and the right shoulder mounting portion 10R is thinner than the width. As a result, even if it is pulled, the force is dispersed by the width and does not hurt, and it fits the user's body and is not stiff and inconspicuous.

The first tension body 12L, the second tension body 12R, the third tension body 11L, and the fourth tension body 11R are formed in a string shape, a belt shape, or a band shape. The first tension body 12L, the second tension body 12R, the third tension body 11L, and the fourth tension body 11R are made of the same material as the left shoulder mounting portion 10L and the right shoulder mounting portion 10R.

The first tension body 12L has a left shoulder fixing portion 13L, a left side mounting portion 17L, and a right tension body connecting portion 18R connected to the third tension body 11L. The first tension body 12L extends from the left shoulder mounting portion 10L along the base of the left arm in front of the user to form the left shoulder fixing portion 13L, and goes around to the back of the user via the left side mounting portion 17L and holds it. It is fixed to the right connecting portion 25R of the holding portion. As a fixing method between the first tension body 12L and the right connecting portion 25R of the holding portion, various fixing methods such as a hook-and-loop fastener (magic tape (registered trademark)) and a button can be used.

The third tension body 11L extends from the left shoulder mounting portion 10L to the back surface of the user and is fixed to the right tension body connection portion 18R. The right tension body connecting portion 18R is arranged on the right side of the vertical center line on the back surface of the user. As a fixing method between the third tension body 11L and the right side tension body connecting portion 18R, various fixing methods such as a hook-and-loop fastener and a button can be used.

The second tension body 12R has a right shoulder fixing portion 13R, a right side mounting portion 17R, and a left tension body connecting portion 18L connected to the fourth tension body 11R. The second tension body 12R extends from the right shoulder mounting portion 10R along the base of the right arm in front of the user to form the right shoulder fixing portion 13R, and turns to the back of the user via the right side mounting portion 17R. , It is fixed to the left connection part 25L of the holding part. As a fixing method between the second tension body 12R and the holding portion left connecting portion 25L, various fixing methods such as a hook-and-loop fastener and a button can be used.

The fourth tension body 11R extends from the right shoulder mounting portion 10R to the back surface of the user and is fixed to the left tension body connection portion 18L. The left tension body connecting portion 18L is arranged on the left side of the vertical center line on the back surface of the user. As a fixing method between the fourth tension body 11R and the left side tension body connecting portion 18L, various fixing methods such as a hook-and-loop fastener and a button can be used.

The width of the first tension body 12L is set to be wider in the right side tension body connecting portion 18R and the holding portion right connecting portion 25R than in the width of the left side mounting portion 17L. Similarly, the width of the second tension body 12R is set to be wider in the left side tension body connecting portion 18L and the holding portion left connecting portion 25L than in the width of the right side mounting portion 17R.

The width of the first tension body 12L, the second tension body 12R, the third tension body 11L, and the fourth tension body 11R can be 1 cm to 7 cm, 2 cm to 6 cm, and 3 cm to 5 cm. It is preferable to do so. As a result, it fits the user's body and is not stiff and inconspicuous.

The third tension body 11L and the fourth tension body 11R intersect each other so as to cross each other at the central portion on the back side of the user to form the intersection 14. It is preferable that the third tension body 11L and the fourth tension body 11R overlap each other at the intersection 14 in the front-rear direction, but are not fixed to each other. The first tension body 12L and the second tension body 12R intersect each other so as to cross each other to form an intersection 16. It is preferable that the first tension body 12L and the second tension body 12R overlap each other at the intersection 16 in the front-rear direction, but are not fixed to each other. However, the intersection 16 is located below the intersection 14, and the intersection 14 and the intersection 16 are arranged at a predetermined interval. That is, a gap is formed between the intersection 14 and the intersection 16. Further, the first tension body 12L and the fourth tension body 11R intersect with each other so as to cross each other, and similarly, the second tension body 12R and the third tension body 11L intersect with each other so as to cross each other. That is, a part (tip or lower end) of the fourth tension body 11R overlaps the first tension body 12L, and a part (tip or lower end) of the third tension body 11L overlaps the second tension body 12R. The stacking order of the first tension body 12L, the third tension body 11L, the second tension body 12R, and the fourth tension body 11R on the back surface of the user is not particularly limited, but the third tension body 11L and the fourth tension body are not particularly limited. It is preferable that 11R overlaps with the first tension body 12L and the second tension body 12R so as to be lower than the first tension body 12L.

The user fixes the holding part left connection part 25L, the holding part right connection part 25R, the right tension body connection part 18R, and the left tension body connection part 18L in advance, and the holding part C is in front of the user himself / herself. The left arm is passed through the annular portion formed by the first tension body 12L and the third tension body 11L, and the right arm is passed through the annular portion formed by the second tension body 12R and the fourth tension body 11R. Then, the posture-guided hugging tool 1 is attached.
That is, when the left shoulder mounting portion 10L is mounted on the left shoulder of the user and the holding target is placed on the holding portion C, a force is applied in the direction of the arrow in each figure, and the first tension body 12L and the first tension body 12L and the first tension body 12L 3 The pulling body 11L pulls from two directions, upper and lower, toward the back side and the right waist direction. Similarly, when the right shoulder mounting portion 10R is mounted on the user's right shoulder and the holding target is placed on the holding portion C, a force is applied in the direction of the arrow in each figure, and the second tension body It is pulled from the upper and lower two directions by the 12R and the fourth tension body 11R toward the back side and the left waist direction, and is fixed by the holding portion left connecting portion 25L in the pulled state. However, each of the first derivative A, the second derivative B, and the holding portion C is designed so that the dimensions do not change (do not stretch) depending on the weight of the holding target. Therefore, when the user wears the posture-guided hugging device 1, the weight of the hugging object causes the left and right shoulders to open, the chest to stretch, and the user's back muscles to stretch, as if the user raised his upper body. Guided by posture.

With the above configuration, the posture-guided hugging device 1 can not only assist the transmission of force but also guide the upper body of a person or a user holding an object to the correct posture. More specifically, the left and right scapulas can be pulled toward the contralateral lower body. Therefore, the left and right shoulder blades can be pulled together on the back side even though the center of gravity is in the front depending on the object to be held. By doing this, the nerves concentrated in the spine are stimulated, and the part that did not fully perform its original function (the part that was in the energy saving mode) functions, and the output of that part increases or the force is increased. It will be easier to demonstrate. Therefore, it is possible to perform an operation that is not in good condition and has to be exerted without exerting unnecessary force by improving the condition. In addition, the output of signals sent from nerves to muscles increases, and muscle strength also increases. In that way, greater force can be transmitted to the hugging object. In addition, since the posture when holding is corrected, it is possible to hold the object to be held without imposing a burden on the lumbar region. In addition, the posture-guided hugging tool 1 allows the weight of the baby to be held to guide the upper body of the mother to the correct posture and protect the health of the mother.

Further, the posture-guided hugging tool 1 is a form in which the shoulder blades of the user are crossed on the left and right and pulled toward the lower body while being pulled together. With this configuration, the posture guidance that the left and right shoulder blades are deflected backward and the chest is stretched in the left-right direction, and the posture guidance that the upper part of the back and the lower part of the upper body are brought together to stretch the chest in the vertical direction. Both can be performed at the same time, and the posture can be effectively extended to the correct posture.

Further, the user's chest is pulled from the left shoulder mounting portion 10L toward the holding portion right connecting portion 25R, and by being pulled from the right shoulder mounting portion 10R toward the holding portion left connecting portion 25L with the same strength. It can be spread to the left and right, and the chest can be bent so that it stretches forward and upward.

Since the intersection 16 where the first tension body 12L and the second tension body 12R intersect and the intersection 14 where the third tension body 11L and the fourth tension body 11R intersect are not fixed, they are not fixed. Each can move and expand freely. As a result, the left shoulder can be pulled from the right waist by the first tension body 12L and the third tension body 11L, and the right shoulder can be pulled from the left waist by the second tension body 12R and the fourth tension body 11R. Fixing at the intersection 14 and 16 will pull from the center of the back, but instead pulling the shoulders from the opposite waist will effectively correct the posture and balance the body.

The user can maintain the balance of the body by putting the whole body in the correct posture by the posture-guided hugging tool 1, and can support and move the body without using extra force. As a result, the posture-guided hugging device 1 can eliminate and alleviate symptoms such as headache and stiff shoulders that occur due to the biased use of the user's body because the center of gravity is in the front.

The posture-guided hugging tool 1 has a form in which the left shoulder of the user is pulled by the first tension body 12L and the third tension body 11L from each of the vertical directions at the same time in the right hip direction, and the user's right shoulder is pulled by the second tension. The body 12R and the fourth tension body 11R simultaneously pull in the left waist direction from each of the vertical directions. With this configuration, the force applied to the shoulder is dispersed by the holding object as compared with the case where the tension body is one on each side, and the holding object can be held more easily. Further, since the force for pulling the shoulder is applied from the vertical direction, the shoulders are pulled in a well-balanced manner by the left and right shoulder fixing portions 13R and 13L, and more correct posture guidance can be performed.

The width of the first tension body 12L is set wider at the right side tension body connecting portion 18R and the holding portion right connecting portion 25R than at the left side mounting portion 17L. Similarly, the second tension body 12R has a second tension body 12R. The width of the left side tension body connecting portion 18L and the holding portion left connecting portion 25L is set wider than the width of the right side mounting portion 17R. With this configuration, the holding portion C can be firmly held without falling off.

The first tension body 12L, the third tension body 11L, the second tension body 12R, and the fourth tension body 11R are overlapped so as to cross each other, and the stacking order on the back surface of the user is the third tension body 11L and the fourth tension. The body 11R is overlapped so as to be lower than the first tension body 12L and the second tension body 12R. With this configuration, the tension body connecting portions 18R and 18L are hard to come off, and the posture-guided holding tool 1 and the holding portion C can be prevented from falling off.

The present invention is not limited to the configuration of the above-described embodiment, and many embodiments can be obtained.
For example, one ring-shaped left shoulder fixing mounting portion having all of the left shoulder mounting portion 10L, the left shoulder fixing portion 13L, and the left side mounting portion 17L, and one extending from the left shoulder fixing mounting portion and connecting to the holding portion right connecting portion 25R. A ring-shaped right shoulder fixing mounting portion having the first tension body 12L of the above, and similarly having the right shoulder mounting portion 10R, the right shoulder fixing portion 13R, and the right side mounting portion 17R on the opposite side, and the right shoulder fixing portion. By providing one second tension body 12R extending from the mounting portion and connecting to the holding portion left connecting portion 25L, the left and right tension bodies may be configured one by one. Even with such a configuration, the same effect as in the embodiment can be obtained.

In the embodiment, the holding portion right connecting portion 25R, the holding portion left connecting portion 25L, the right pulling body connecting portion 18R, and the left pulling body connecting portion 18L are composed of a hook-and-loop fastener, a button, or the like, and the user can use them before mounting. Although the form can be fixed, each connection portion may be sewn at the manufacturing stage or may be integrally formed.

In the examples, an example when the hugging target is an infant has been described, but the present invention is not limited to this example. For example, it may be a backpack whose weight changes depending on the contents, or a cardboard for moving, which usually puts a heavy burden on the waist. Further, the shapes of the backrest portion 20, the head branch portion 21, the lower branch portion 22, the right leg insertion hole 23L, and the left leg insertion hole 23R included in the holding portion C are appropriately formed according to the size and shape of the holding target. You may change it. By doing so, the health of the user is protected by the luggage lifted by the posture-guided hugging device 1. In addition, even an elderly person can carry a heavy load by using the posture-guided hugging device 1.

The present invention can be used for a hugging device that holds a person or an object.

1 ... Posture-guided hugging tool A ... 1st derivative B ... 2nd derivative C ... Hugging part 10L ... Left shoulder mounting part 10R ... Right shoulder mounting part 11L ... 3rd tension body 11R ... 4th tension body 12L ... 1st tension Body 12R ... Second tension body 17L ... Right side mounting part 17R ... Left side mounting part 25R ... Holding part Right connection part 25L ... Holding part left connection part

Claims (3)

It is provided with a first derivative, a second derivative, and a holding portion connected to the first derivative and the second derivative and arranged between the waist and the head of the user and in front of the user.
The first derivative includes a left shoulder mounting portion mounted on the left shoulder of the user and a left shoulder mounting portion.
The right connection part of the holding part that connects to the right side of the holding part,
A first tension body that passes through at least the back side of the user, connects the left shoulder mounting portion and the right connecting portion of the holding portion, and pulls in the direction of the right connecting portion of the holding portion.
It has a third tension body that connects the left shoulder mounting portion and the first tension body, and has a third tension body.
The second derivative includes a right shoulder mounting portion mounted on the user's right shoulder and a right shoulder mounting portion.
The left connection part of the holding part that connects to the left side of the holding part,
A second tension body that passes through at least the back side of the user, connects the right shoulder mounting portion and the left connecting portion of the holding portion, and pulls in the direction of the left connecting portion of the holding portion.
Have a fourth tension body for connecting the second pull body and the right shoulder mounting portion,
The first tension body is
It has a left side mounting part that is mounted on the left side of the user.
The left shoulder mounting portion is connected to the right connecting portion of the holding portion via the front surface of the user, the left side mounting portion, and the back surface of the user.
The second tension body is
It has a right side mounting part that is mounted on the right side of the user.
The right shoulder mounting portion is connected to the holding portion left connection portion via the front surface of the user, the right side mounting portion, and the back surface of the user.
The third tension body is
The first tension body is connected to the right side of the vertical center line on the back surface of the user.
The fourth tension body is
A hugging tool that connects to the second tension body on the left side of the vertical center line on the back surface of the user. A first intersection where the first tension body and the second tension body intersect each other so as to cross each other on the back surface of the user and are not fixed to each other.
The hugging tool according to claim 1, wherein the third tension body and the fourth tension body intersect each other so as to cross each other on the back surface of the user, and have a second intersection that is not fixed to each other. Wherein each of the first pull body and the second tension body is formed in a string shape having a width,
The first tension body is
The width of the right connecting portion of the holding portion is larger than the width of the left side mounting portion.
The second tension body is
The holding tool according to claim 1 or 2, wherein the width of the holding portion left connecting portion is larger than the width of the right side mounting portion.

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