CN210330842U

CN210330842U - Sliding adjusting waistband

Info

Publication number: CN210330842U
Application number: CN201721614036.4U
Authority: CN
Inventors: 王江
Original assignee: JIANGSU ALPHAY MEDICAL DEVICE CO Ltd
Current assignee: JIANGSU ALPHAY MEDICAL DEVICE Co Ltd
Priority date: 2017-11-27
Filing date: 2017-11-27
Publication date: 2020-04-17
Anticipated expiration: 2027-11-27

Abstract

A slip adjusting waistband comprising: two belt bodies, two sliding adjusting devices and a supporting and limiting part. One end parts of the two belt bodies are respectively connected with the two sliding adjusting devices. The supporting and limiting part is further provided with a sliding limiting part, wherein the two sliding adjusting devices are respectively connected with the sliding limiting part in a sliding manner so that the two sliding adjusting devices slide on the sliding limiting part, and the distance between the other end parts of the belt body is respectively adjusted by the two sliding adjusting devices.

Description

Sliding adjusting waistband

Technical Field

The utility model belongs to health and fitness equipment field mainly relates to the waist support band, further relates to the slip adjustment waistband, and further, relates to the slip adjustment waistband that utilizes the pulley to adjust.

Background

When a person stands or sits and stands for a long time, the lumbar vertebra needs to bear the whole force of the upper half of the body, and when the person stands or sits for a long time, particularly for office workers, the person often suffers from soreness and back pain of the waist due to the fact that waist muscles are in a tight state for a long time due to the long-time stress of the lumbar vertebra, and then the blood of the waist is difficult to circulate, so that the waist feels sour and painful, and the waist diseases are caused in serious cases. Therefore, the waist support belt has just appeared on the market, be used for binding between user's waist, be used for supporting at user's lumbar vertebrae position, in order to replace the lumbar vertebrae atress, and then reduce the atress of lumbar vertebrae, and then make user's waist relax, however, human lumbar vertebrae generally is nature physiology curve shape, and then the bearing structure that makes the waist support belt is in order to laminate the physiology curve of human lumbar vertebrae, and human waist is more sensitive, when the waist support belt can not be balanced support user lumbar vertebrae or support angle unstability, not only can make the user experience uncomfortable sensation, but also can harm user's lumbar vertebrae.

For example, a steel belt buckle, wherein the steel belt buckle comprises a set of steel bars, a knitted belt body and a binding band, wherein the steel bars are sewn inside the knitted belt body side by side in sequence and the steel bars extend along the lumbar direction of the human body, wherein the binding band is arranged around the outside of the knitted belt body, when the knitted belt body is wrapped around the waist of the user, the binding band is stretched annularly along the waist of the user, so that the knitted belt body is locked between the waists of the user, wherein the steel bars are just supported on the waist of the user along the lumbar direction, however, in order to make the steel bars fit closely to and support the lumbar of the user, the force for locking the binding band must be increased to achieve the effect of supporting the lumbar, but since the steel bars themselves need to have a certain supporting strength, the steel bars are difficult to be locked to fit the physiological curve of the lumbar, thereby causing the middle position of the lumbar vertebrae not to be supported, so that the supporting effect is lowered.

There is also a pulley waist support belt on the market, wherein the pulley waist support belt comprises a first belt body, a second belt body, two groups of pulleys and a pulley pull rope. The first belt body and the second belt body are both provided with a supporting end and a free end. The free end of the first strap is detachably adhered to the free end of the second strap. The support end of the first belt body and the support end of the second belt body are supported on the lumbar vertebrae of a user. And the two groups of pulleys are respectively and correspondingly arranged at the supporting end of the first belt body and the supporting end of the second belt body. The pulley cord is threaded to the pulley. When the user pulls the pulley pull rope, the supporting end of the first belt body is close to the supporting end of the second belt body, so that the pulley waist protecting belt is supported on the lumbar of the user. However, since the two sets of pulleys are connected only by the pulleys in a stretching manner, that is, a gap is formed between the supporting end of the first belt body and the supporting end of the second belt body, so that the two sets of pulleys cannot be connected into a whole supporting body, and when the first belt body and the second belt body are unevenly stressed, for example, a user sits on one side and the like, the two sets of pulleys cannot be kept on the same supporting plane, so that the lumbar support is lost. It is worth mentioning that in the process of adjusting the waistband by using the pulley, the waistband moves to fit the clothes, so that the clothes form wrinkles. When the pleats hinder the movement of the belt, the adjustment of the pulley block is hindered. It is worth noting that when the pulley pull rope is used, the sliding waist protecting belt deforms in the process of being attached to the user, so that the smoothness of sliding is affected. And when using the pulley stay cord, still make current pulley waist support belt laminating waist, these two problems have not been solved to the waist support belt on the market today.

In addition, the waist protecting belt is generally worn on the waist of a user all the time except sleeping time, and health physiotherapy is more and more important for people in the current society, so if the waist protecting belt is combined with the health physiotherapy, the physical health of the user can be improved, the market income can be increased, and the development of the society is promoted.

Therefore, how to better support the lumbar of a user and protect the lumbar of the user is a problem which needs to be solved urgently, and the user has a healthy and comfortable waist protecting belt.

Disclosure of Invention

An object of the utility model is to provide a sliding adjustment waistband, wherein, the sliding adjustment waistband provides and adjusts with the gliding mode the elasticity degree of sliding adjustment waistband.

Another object of the present invention is to provide a slide adjusting waistband, wherein the slide adjusting waistband is provided with a sliding means for fine adjustment of the tightness of the slide adjusting waistband.

Another object of the present invention is to provide a slide adjusting waistband, wherein the slide adjusting waistband provides a low noise when slidably adjusting the slide adjusting waistband.

Another object of the present invention is to provide a sliding adjustment belt, wherein the sliding adjustment belt provides adjusting the degree of tightness of the sliding adjustment belt by controlling the sliding distance.

Another object of the present invention is to provide a sliding adjustment belt, wherein the sliding adjustment belt maintains smooth sliding after deformation.

Another object of the present invention is to provide a sliding adjustment belt, wherein the sliding adjustment belt has low noise when sliding after deformation.

Another object of the present invention is to provide a sliding adjustment belt, wherein the sliding adjustment belt provides a flexible sliding manner, so that the sliding adjustment belt maintains smooth sliding after deformation.

Another object of the present invention is to provide a sliding adjustment belt, wherein the sliding adjustment belt provides a flexible sliding manner, so that the noise generated when the sliding adjustment belt slides after deformation is low.

Another object of the present invention is to provide a sliding adjustment belt, wherein the sliding adjustment belt provides an additional supporting device, through which an acting force is provided to a waist of a user.

Another object of the present invention is to provide a sliding adjustment belt, wherein the sliding adjustment belt provides an additional supporting device, through which the additional supporting device passes through the deformation of the additional supporting device provides an acting force to the waist of a user.

Another object of the present invention is to provide a sliding adjustment belt, wherein the sliding adjustment belt provides an additional supporting device, and the additional supporting device has a holding cavity.

Another object of the present invention is to provide a sliding adjustment belt, wherein the sliding adjustment belt provides an additional supporting device and at least one accessory, and the accessory is detachably installed in the additional supporting device.

Another object of the present invention is to provide a sliding adjustable belt, wherein the accessory has a holding cavity for placing a magnetic device, a heating device, a massage device and/or a lighting device. Support additional strutting arrangement of locating part additional strutting arrangement and support locating part slip adjusting device and support locating part slip adjusting device and support the locating part another aim at provides a slip regulation waistband, wherein the slip regulation waistband is by the human lumbar vertebrae physiology curve structure of fitting, that is to say, works as the slip regulation waistband is supported in user's lumbar vertebrae position, the slip regulation waistband accords with human mechanics and supports, and then increases user's comfort.

Another object of the present invention is to provide a sliding adjustment waistband, wherein the sliding adjustment waistband is a whole supporting structure, no matter the user is standing on one side or sitting on one side, wherein the sliding adjustment waistband can not cause the missing phenomenon of lumbar support, just the supporting user lumbar vertebrae or the supporting angle that the waist support waistband can be balanced are stable, and then not only make the user feel comfortable, but also can protect the user's lumbar vertebrae.

Another object of the utility model is to provide a slip adjustment waistband, wherein the slip adjustment waistband is smooth and slippery highly, easy and simple to handle, and the volume is less, production simple process.

Another object of the present invention is to provide a slip adjustment waistband, wherein the slip adjustment waistband has a large area for supporting the waist of a user and is smoothly contracted.

Another object of the present invention is to provide a sliding adjustment belt, wherein the sliding adjustment belt comprises an additional supporting device, wherein the additional supporting device is pressed against the lumbar vertebrae of the user, wherein the additional supporting device is deformed to fit the physiological curve of the lumbar vertebrae of the human body and provides an acting force for supporting the lumbar vertebrae of the user.

Another object of the present invention is to provide a sliding adjustable waist belt, wherein the supporting means of the additional supporting device is divided into a plurality of gears to be adjusted to different supporting structures, so as to generate different supporting forces, and is suitable for different requirements of human body.

Another object of the utility model is to provide a slip adjustment waistband, wherein the slip adjustment waistband can combine together with health physiotherapy devices such as magnetite, the device that generates heat, medicine, massage device or gasbag device to the realization is healthy to the nursing of user's lumbar vertebrae.

Another object of the utility model is to provide a slip adjustment waistband, wherein the slip adjustment waistband is realized wireless control for the user remote control the slip adjustment waistband.

Another object of the present invention is to provide a slide adjusting waistband, wherein the slide adjusting waistband provides a supporting device and at least one slide adjusting device, the slide adjusting device slidably connect to the supporting device, so as to adjust the slide adjusting device the sliding distance of the supporting device is adjusted the degree of tightness of the slide adjusting waistband.

In order to achieve the above purpose, according to an aspect of the present invention, the utility model provides a sliding adjustment belt, include:

two belt bodies are arranged on the two sides of the belt body,

one end parts of the two belt bodies are respectively connected with the two sliding adjusting devices; and

and the two sliding adjusting devices are respectively connected with the sliding limiting part in a sliding manner so that the two sliding adjusting devices slide at the sliding limiting part, and thus the distance between the other end parts of the belt body is respectively adjusted by sliding the two sliding adjusting devices.

According to the utility model discloses an embodiment, the slip adjustment waistband further includes two at least sliding connection spare, each sliding connection spare is connected with sliding respectively the spacing portion of slip so that sliding connection spare is followed the spacing portion of slip slides, thereby the drive the two area bodies are in respectively the spacing portion of slip slides.

According to an embodiment of the present invention, the sliding limiting portion further has at least one sliding slot, each of the sliding connectors slidably connects to the sliding slot, and each of the sliding connectors slides along the sliding slot.

According to the utility model discloses an embodiment, wherein, sliding connection spare is a buckle device, buckle device passes the spout makes with the mode of lock buckle device follows the spout slides.

According to an embodiment of the present invention, the sliding limiting portion further includes at least one guide rail, each of which is respectively disposed on each of the sliding grooves, wherein each of the sliding connectors respectively slidably connects the guide rail so that each of the sliding connectors slides along the guide rail.

According to the utility model discloses an embodiment, wherein, sliding connection spare is a set of union piece, the cover connects the guide rail so that the cover connects the piece and follows the guide rail slides.

According to the utility model discloses an embodiment, wherein, cup joint the piece and for flexible cup joint the piece, wherein, in accommodation process, deformation takes place for the guide rail, flexible cup joint the piece adaptation the guide rail takes place deformation in order to maintain the guide rail slides smoothly.

According to the utility model discloses an embodiment, wherein, the spout further has a sliding space, the spout laminating contact object is in order to avoid the cover connects the piece and is in the slip in-process of guide rail should connect the thing and get into with the mode of fold the sliding space, thereby maintain the cover connects the piece and is in the guide rail slides.

According to the utility model discloses an embodiment, wherein, sliding connection spare be set up in the area body, wherein, the slip adjusting device drive the area body passes through sliding connection spare is followed the spout slides.

According to an embodiment of the present invention, wherein, the sliding connection piece is set in the sliding adjustment device, wherein, the sliding adjustment device is followed the spout slides in order to drive the area body is followed the spout slides.

According to an embodiment of the present invention, wherein, the sliding adjusting device further includes a set of pulleys and a pulley fixing member, each of the pulleys and the belt body are respectively disposed at two sides of the pulley fixing member, wherein, the belt body is disposed at the supporting position-limiting member and between the pulley fixing members, a sliding three-cultural structure is formed so that the sliding adjusting device drives the belt body to move along the sliding groove.

According to an embodiment of the present invention, wherein, the sliding adjusting device further includes a set of pulleys and a pulley fixing member, each of the pulleys with the belt body is respectively set up the both sides of the pulley fixing member, wherein, the sliding connection member is set up in the pulley fixing member so that the pulley fixing member is followed the spout is moved in order to pull the belt body is followed the spout is moved.

According to an embodiment of the present invention, wherein the sliding adjustment belt further includes a control device, the control device is operable to respectively adjust the two sliding adjustment devices to slide along the sliding groove, wherein the control device further includes an operating portion and a sliding connection portion, the sliding connection portion respectively connects the sliding rails, the operating portion operatively connects the sliding connection portion to pass through the operating portion adjusts each pulley so that the pulley fixing member slides along the sliding groove.

According to an embodiment of the present invention, the sliding adjustment belt further comprises an additional supporting device, the additional supporting device is disposed on one side of the supporting limiting portion close to the user.

According to the utility model discloses an embodiment, wherein, support the locating part and further include an installation department and an adjustment part, the installation department is secret the vertical alignment of adjustment part, so that additional strutting arrangement is installed in support behind the locating part, additional strutting arrangement forms a radian and supplies laminating user's waist curve.

According to the utility model discloses an embodiment, wherein, the regulation portion further has a set of regulation position, additional strutting arrangement passes through the regulation position is adjusted the radian that additional strutting arrangement formed.

According to an embodiment of the present invention, wherein the sliding-adjusting belt further includes a functional unit, the functional unit is disposed on one side of the supporting position-limiting member close to the user.

According to an embodiment of the present invention, wherein the additional supporting device further includes at least one accessory mounting portion, the function unit is mounted to the accessory mounting portion, so that the function unit is pressed close to the waist of the user.

According to the utility model discloses an embodiment, wherein, functional unit further includes a set of functional module, wherein, functional module is selected from one or more in medicine health care module, detection module, massage module, heat health care module, light health care module, the buffer body module.

According to an embodiment of the present invention, the functional unit further has a functional cavity for accommodating at least one functional module.

In order to achieve the above object, according to the another aspect of the present invention, the utility model provides a sliding adjustment waistband for supporting a user's waist, include:

a support means, said support means further comprising an additional support means to align and provide support to the lumbar spine of the user; and

the two belts are respectively connected with two ends of the supporting device at one end, the other ends of the two belts are detachably connected so that the two belts and the supporting device form a ring body, and the additional supporting device supports the lumbar vertebrae of the user and provides support for the lumbar vertebrae of the user.

In an embodiment of the present invention, the additional supporting device supports the waist of the user by restoring force generated by restoring deformation.

In an embodiment of the present invention, the additional supporting device has a containing cavity.

In one embodiment of the present invention, the supporting device further includes two sliding adjusting devices and a supporting position-limiting part, the additional supporting device is detachably disposed on one side of the supporting position-limiting part, and the sliding adjusting device is disposed on the other side of the supporting position-limiting part. The sliding adjusting device is connected to the supporting and limiting part in a sliding mode. The two belt bodies are respectively connected with the two sliding connection devices.

In an embodiment of the present invention, the sliding adjustment belt further includes a distance control device, the distance control device is operatively connected to the sliding adjustment device respectively for adjusting the sliding distance of the sliding adjustment device.

In an embodiment of the present invention, the supporting and limiting member further includes at least one sliding limiting portion. The sliding adjusting device further comprises at least one sliding connecting piece, and the sliding connecting piece is connected with the sliding limiting part in a sliding mode so that the sliding connecting piece slides on the sliding limiting part to limit the adjusting range of the sliding adjusting piece.

In an embodiment of the present invention, the sliding adjusting device further includes at least one sliding limiting portion. The support limiting part is further provided with at least one sliding connecting piece, and the sliding connecting piece is connected with the sliding limiting part in a sliding mode so that the sliding connecting piece slides in the sliding limiting part to limit the adjusting range of the sliding adjusting piece.

According to the utility model discloses an embodiment, wherein, sliding connection spare connect in flexibly slide spacing portion, so that sliding connection spare adaptation the deformation of the spacing portion of slip to slide smoothly in keeping.

According to an embodiment of the present invention, the sliding limiting portion further includes at least one sliding groove, and the sliding adjusting devices are respectively slidably connected to the sliding groove, so that the two sliding adjusting devices are slidably connected to the supporting device.

According to the utility model discloses an embodiment, wherein, the spacing portion of slip further includes an at least guide rail, the guide rail set up in the spout, two slide adjusting device connects with sliding respectively the guide rail, for two slide adjusting device is in respectively the guide rail slides.

According to an embodiment of the invention, wherein the guide rail is implemented as a slide bar, wherein the slide bar is arranged in the sliding groove.

According to an embodiment of the present invention, wherein the sliding connection portion further includes a sliding connection piece, the sliding connection piece is slidably connected to the guide rail, so that the sliding adjustment device slides along the guide rail.

According to an embodiment of the present invention, wherein the sliding connection portion is implemented as a collar slidably sleeved on the sliding rod.

According to an embodiment of the present invention, wherein the collar is of a flexible material for adapting to the deformation of the sliding bar thereby maintaining a smooth sliding.

In order to achieve the above object, according to another aspect of the present invention, the utility model provides a sliding adjustment belt for supporting on the waist of a user, include: a belt body;

at least one sliding adjustment device connected to one end of the belt body;

a distance control device operatively connected to the slide adjustment device; and

and the other end of the belt body is connected to one end of the supporting device, the sliding adjusting device is connected to the supporting device in a sliding mode, the distance control device is operated to enable the sliding adjusting device to slide on the supporting device, and therefore the sliding adjusting device is controlled to adjust the inner diameter size of a type of ring body formed by the belt body around the waist of the user through controlling the sliding distance of the sliding adjusting device on the supporting device so as to control the tightness degree of the sliding adjusting waistband.

In order to achieve the above object, according to an aspect of the present invention, the utility model further provides a sliding adjustment belt for supporting on the waist of a user, including:

a belt body;

at least one sliding adjustment device, wherein the sliding adjustment device is connected to the belt body;

the band body extends along the waist of the user from the sliding adjusting device and is connected in an annular mode to form a ring body, the sliding adjusting device is connected to the supporting limiting part in a sliding mode to adjust the sliding distance of the sliding adjusting device on the supporting limiting part through the distance control device, and therefore the inner diameter size of the ring body is adjusted.

According to an embodiment of the utility model, support the locating part by the human lumbar vertebrae physiology curve structure of fit to along human lumbar vertebrae axisymmetric.

According to an embodiment of the present invention, the sliding adjustable belt further comprises an additional supporting device, wherein the additional supporting device is installed on the inner side surface of the supporting position limiting member, wherein the additional supporting device is pressed against the lumbar of the user.

According to an embodiment of the utility model, support the locating part and have a set of gear shifting position, wherein additional strutting arrangement by detachably install in gear shifting position.

According to an embodiment of the present invention, the supporting and limiting member includes a supporting and limiting member body and a limiting portion, wherein the limiting portion is disposed in the supporting and limiting member body. Wherein the slide adjusting device includes a sliding portion and a body, wherein the sliding portion is provided to the body, wherein the sliding portion is mounted to and slides along the stopper portion.

According to an embodiment of the present invention, the two sliding adjusting devices are preferably provided, wherein the sliding adjusting devices are correspondingly disposed on two sides of the supporting and limiting member and slide along the horizontal direction of the supporting and limiting member.

According to an embodiment of the present invention, the limiting portion has a slide, wherein the slide is horizontally disposed on the supporting and limiting member body, wherein the limiting portion further includes a limiting element disposed on the slide, wherein the sliding portion is mounted on the limiting element.

According to an embodiment of the invention, the sliding part comprises a sliding element, wherein the sliding element is correspondingly mounted to the stop element.

According to an embodiment of the invention, the sliding element is slidingly flexibly connected to the stop element.

According to an embodiment of the invention, the stop element is implemented as a round rod, wherein the round rod is penetrated in the slide, wherein the slide element is implemented as a slip ring, wherein the slip ring is looped around the stop rod.

According to an embodiment of the present invention, the limiting portion further comprises a set of fixing elements, wherein the fixing elements are detachably mounted to the slide, wherein the limiting elements are detachably mounted to the fixing elements.

According to an embodiment of the invention, the sliding adjustment device body comprises a connecting element, a tightening element and a support element, wherein the sliding element is arranged at the connecting element, wherein the band body is connected to the connecting element, wherein the support element is fixed to the connecting element, wherein the tightening element is accommodated between the support element and the connecting element.

According to an embodiment of the invention, the spring element is implemented as a set of pulleys, wherein the spring element is journalled to the connecting element and to the support element, wherein the distance control device is implemented as a pulley cord, wherein the distance control device is rotatably connected to the spring element, wherein the pulley cord is arranged to the spring element in such a way that it approaches the slide adjusting device.

According to the utility model discloses an embodiment, the slip adjustment waistband further includes two the slip adjustment device, the area body further includes two sub-area bodies. The two sub belt members are respectively and correspondingly connected with the connecting elements of the two sliding adjusting devices. The two sub-belt pieces are respectively wound from the connecting element to the abdomen of the user so that the two sub-belt pieces can be combined to form the similar ring body. The converging ends of the two sub-belts are detachably connected.

According to an embodiment of the present invention, the pulley cord has an operating portion, wherein the operating portion is detachably attached to the belt body.

According to an embodiment of the present invention, the belt body has at least one bladder, wherein the bladder has at least one filling chamber and at least one filling valve, the filling valve communicating with the filling chamber.

According to an aspect of the utility model, the utility model discloses a slip adjustment waistband is further provided, supplies to support in a user's lumbar vertebrae position, include:

a belt body;

a slide adjustment device connected to the strap;

a distance control device; and

a supporting and limiting part, wherein the belt body extends from the sliding adjusting device along the waist of the user and is annularly connected with the waist of the user to form a ring body so that the supporting and limiting part is supported at the lumbar of the user, wherein the sliding adjusting device is slidably supported on the supporting and limiting part, and the inner diameter of the ring-like body is adjusted by adjusting the sliding distance of the sliding adjusting device on the supporting and limiting part, wherein the distance control device is operatively arranged on the sliding adjustment device to adjust the sliding distance of the sliding adjustment device on the support limit member through the distance control device, the distance control device maintains the sliding adjusting device at the sliding distance of the sliding adjusting device on the supporting limiting part in a mode of being fixed on the belt body.

According to an embodiment of the present invention, the sliding adjusting device is slidably and flexibly connected to the supporting position-limiting member.

According to an embodiment of the present invention, the sliding-adjusting belt further comprises an additional supporting device, the additional supporting device is installed in the supporting position-limiting member.

According to an embodiment of the present invention, the additional supporting device is detachably installed in the supporting position-limiting part, so that a supporting space is formed between the additional supporting device and the supporting position-limiting part.

According to an embodiment of the present invention, the additional supporting device is detachably installed on the supporting position-limiting part, so that the additional supporting device is away from the protrusion of the supporting position-limiting part to form an arc-shaped structure.

According to another aspect of the utility model, the utility model discloses a slip adjustment waistband is further provided, supplies to support a user's waist, include:

two sub-belts;

the two sub-belts are respectively connected with the two sliding adjusting devices;

a distance control device; and

the two sliding and sliding adjusting devices are respectively connected with the supporting and limiting part in a sliding manner; the two sub-belts extend from the corresponding sliding adjusting devices along the waist of the user and are connected in an annular manner to form a ring body, the distance control devices are connected to the two sliding adjusting devices respectively, the sliding distances of the two sliding adjusting devices on the supporting and limiting part are adjusted through the distance control devices respectively, and the distance control devices are fixed on the belts so that the two sliding adjusting devices maintain the sliding distances of the two sliding adjusting devices on the supporting and limiting part respectively.

According to another embodiment of the present invention, the sliding adjusting device is respectively slidably and flexibly connected to the supporting and limiting member.

According to another embodiment of the present invention, the sliding adjustment belt further comprises an additional supporting device, and the additional supporting device is installed in the supporting position-limiting member.

According to another embodiment of the present invention, the additional supporting device is detachably installed on the supporting position-limiting member, so that a supporting space is formed between the additional supporting device and the supporting position-limiting member.

According to another aspect of the present invention, the utility model further provides a sliding adjusting belt for supporting the lumbar vertebrae of a user, including;

a belt body;

a sliding slide adjustment device;

a fixed slide adjustment device, wherein said strap is connected to said slide adjustment device and said fixed slide adjustment device, respectively;

a distance control device; and

a support limit, wherein the support limit is supported at the lumbar region of the user, wherein the sliding adjustment device is slidably supported at the support limit, wherein the fixed sliding adjustment device is fixedly supported at the support limit, wherein the sliding adjustment device is capable of sliding toward the fixed sliding adjustment device, wherein the strap extends from the fixed sliding adjustment device and the sliding adjustment device along the lumbar region of the user and is annularly connected to form a ring-like body, wherein the distance control device is operably disposed at the fixed sliding adjustment device to adjust the size of the ring-like body.

Drawings

Fig. 1 is a schematic view of a sliding adjustment belt according to a preferred embodiment of the present invention.

Fig. 2 is a schematic view of a sliding adjustment belt according to a preferred embodiment of the present invention.

Fig. 3 is a partial schematic view of a sliding adjustment belt according to a preferred embodiment of the present invention.

Fig. 4 is a partial schematic view of a sliding adjustment belt according to a preferred embodiment of the present invention.

Fig. 5 is a partial schematic view of a sliding adjustment belt according to a preferred embodiment of the present invention.

Fig. 6 is a partial schematic view of a sliding adjustment belt according to a preferred embodiment of the present invention.

Fig. 7 is a partial schematic view of a slide adjusting waistband according to a preferred embodiment of the invention.

Fig. 8 is a partial schematic view of a sliding adjustment belt according to a preferred embodiment of the present invention.

Fig. 9 is a partial schematic view of a slide adjusting waistband according to a preferred embodiment of the invention.

Fig. 10 is a partial schematic view of a slide adjusting waistband according to a preferred embodiment of the invention.

Fig. 11 is a schematic view of a slide-adjusting waist belt according to a first variant embodiment of the present invention.

Fig. 12 is a partial schematic view of a slide-adjusting waist belt according to a first variant embodiment of the invention.

Fig. 13 is a partial schematic view of a slide adjusting waistband according to a first variant embodiment of the invention.

Fig. 14 is a partial schematic view of a slide adjusting waistband according to a second variant embodiment of the invention.

Fig. 15 is a back view of a slide-adjusting waistband according to a third modified embodiment of the present invention.

Fig. 16 is a front view of a sliding adjustment belt according to a third modified embodiment of the present invention.

Figure 17 is a front view of a sliding adjustment waistband according to a third variant embodiment of the invention, depicting another version of the runner

An alternative embodiment.

Fig. 18 is a back view of a sliding adjustment belt according to a third modified embodiment of the present invention.

Fig. 19 is an exploded view of a slide adjusting waistband according to a third modified embodiment of the present invention.

Fig. 20 is an exploded view of a slide adjusting waistband according to a third modified embodiment of the present invention.

Fig. 21 is a schematic view of the sliding groove of the sliding adjustment belt according to a third variant embodiment of the present invention.

Figures 22 to 24 are views of a sliding adjustment belt according to a third variant embodiment of the invention, showing the deformation of the guide rail

Intention is.

Fig. 25 is a schematic view of a slide-adjusting waist belt according to a third modified embodiment of the present invention.

Fig. 26 is a schematic view of a slide-adjusting waist belt according to a third modified embodiment of the present invention.

Fig. 27 is a schematic view of a slide-adjusting waist belt according to a third modified embodiment of the present invention.

Fig. 28 is a schematic view of a slide-adjusting waist belt according to a third modified embodiment of the present invention.

Fig. 29 is a schematic view in which a slide adjusting waistband according to a third modified embodiment of the present invention is placed on the waist.

Fig. 30 is a schematic view in which a slide-adjusting waistband according to a third modified embodiment of the present invention is placed on the waist.

Detailed Description

The following description is presented to disclose the invention so as to enable any person skilled in the art to practice the invention. The preferred embodiments in the following description are given by way of example only, and other obvious variations will occur to those skilled in the art. The basic principles of the invention, as defined in the following description, may be applied to other embodiments, variations, modifications, equivalents and other technical solutions without departing from the spirit and scope of the invention.

It will be understood by those skilled in the art that in the present disclosure, the terms "longitudinal," "lateral," "upper," "lower," "front," "rear," "left," "right," "vertical," "horizontal," "top," "bottom," "inner," "outer," and the like are used in a generic and descriptive sense only and not for purposes of limitation, as the terms are used in the description to indicate that the referenced device or element must have the specified orientation, be constructed and operated in the specified orientation, and not for the purpose of limitation.

It is understood that the terms "a" and "an" should be interpreted as meaning that a number of one element or element is one in one embodiment, while a number of other elements is one in another embodiment, and the terms "a" and "an" should not be interpreted as limiting the number.

The utility model provides a slip adjustment waistband, wherein the slip adjustment waistband is used for supporting in user's waist, is in when standing or sitting the state as the user, the weight of the upper part of the body of user is supported to slip adjustment waistband ability auxiliary user's lumbar vertebrae, and then makes user's lumbar vertebrae atress reduced, and then protects user's lumbar vertebrae. The sliding adjusting waistband is attached to the lumbar structure of a human body. That is to say, when the slip adjustment waistband is supported in user's lumbar vertebrae position, the slip adjustment waistband accords with human mechanics and supports, and then increases user's comfort, just the user lumbar vertebrae or the support angle stability of support user that the waist support band can be balanced, and then not only make the user feel comfortable, but also can protect user's lumbar vertebrae.

As shown in fig. 1 to 9, the sliding adjustment waistband of the preferred embodiment of the present invention comprises at least one band body 10, at least one sliding adjustment device 20, a control device 30 and a supporting limiting member 40, wherein the sliding adjustment device 20 is connected to the band body 10. The supporting and limiting member 40 is supported at the lumbar region of the user. Wherein the sliding adjustment device 20, the control device 30 and the support limiting member can be defined as a support device. The slide adjusting device 20 is slidably supported by the support limiting member 40. The band body 10 extends from the sliding adjustment device 20 along the waist of the user and is connected annularly to form a ring body, so that the supporting and limiting member 40 is fixed to the lumbar region of the user. The control device 30 is operatively disposed on the sliding adjustment device 20 to control the sliding adjustment device 20 to slide along the support limiting member 40. The control device 30 is operatively disposed to the slide adjusting device 20 and causes the slide adjusting device 20 to be between a contracted state and a relaxed state. In the contracted state, the inner diameter of the quasi-ring body is slightly smaller than the waist size of the user, so that the supporting and limiting member 40 is tightly attached to the lumbar vertebra of the user, and when the user sits or stands, the supporting and limiting member 40 can be stably supported on the lumbar vertebra of the user. In the relaxed state, the inner diameter of the ring-like body is slightly larger than or equal to the waist size of the user, so that the sliding adjustment waistband is slightly loosened from the waist of the user, and the waist of the user is relaxed. That is to say, the user can adjust the internal diameter size of the quasi-ring body to adjust the fastening degree of the sliding adjustment waistband, so that the waist of the user is supported by different forces.

It should be noted that the supporting and limiting member 40 is attached to and supported at the lumbar region of the back of the user, wherein the high end of the supporting and limiting member 40 has a slightly upward-tilted angle α, and since the waist of the human body is slightly thinner than the chest of the human body, the high end of the supporting and limiting member 40 can be obliquely supported at the upper side of the back of the user, and the low end of the supporting and limiting member 40 has a slightly downward-tilted angle β, so that the low end of the supporting and limiting member 40 can be obliquely supported at the lower side of the back of the user.

It should be noted that the supporting and limiting member 40 is made of a flexible material, preferably a plastic plate, so that when the supporting and limiting member 40 is supported at the lumbar vertebra of the user, the supporting and limiting member 40 is slightly deformed when being pressed by the weight of the upper body of the user, so as to provide a reaction force for supporting the upper body of the user. In addition, the flexibility of the supporting and limiting member 40 provides a buffering force to prevent the user from being diaphragmatic injury caused by the supporting and limiting member 40 during exercise. Because the waistlines, the chest circumference and the hip circumference of people with different fat and thin sizes are slightly different, the slight deformation of the supporting and limiting part 40 can be supported at the lumbar vertebra parts of people with different fat and thin sizes, so that the use compatibility is increased.

It is worth mentioning that the coverage area of the support limiting member 40 is implemented to be similar to the area of the waist and back of the user. Preferably, the supporting and limiting member 40 is an integral supporting structure to ensure that the supporting and limiting member 40 can cover the lumbar vertebrae of the user, so that the lumbar vertebrae of the user can be protected. In addition, the larger the area of the supporting and limiting member 40 contacted with the waist and back of the user is, the larger the contact force-bearing area of the supporting and limiting member 40 and the user is, so as to reduce the phenomenon that a certain part of the user is stressed in a concentrated manner, thereby preventing the user from being damaged due to wearing the sliding adjusting belt for a long time, and simultaneously reducing the uncomfortable feeling of the user.

The sliding adjustment belt further comprises an additional supporting means 50, wherein the additional supporting means 50 is installed at the inner side surface of the supporting-limiting member 40, wherein the additional supporting means 50 is pressed between the lumbar vertebrae of the user and the supporting-limiting member 40 to provide a force to the lumbar vertebrae of the user.

In this embodiment, the additional support means 50 is a flexible material, preferably a plastic plate. The additional supporting device 50 slightly protrudes from the lower side of the support limiting member 40 to extend to the upper side of the support limiting member 40, and forms a supporting space 60 between the support limiting member 40 and the additional supporting device 50, so that when the support limiting member 40 is attached to the back of the user, the additional supporting device 50 can be pressed toward the support limiting member 40 to compress the supporting space 60. Thereby causing the additional supporting means 50 to generate the force pushing against the user's lumbar vertebrae, thereby causing the user's lumbar vertebrae to be braced. That is, the additional supporting device 50 is installed to the supporting and limiting member 40 in a vertical direction of the supporting and limiting member 40. Specifically, along the vertical direction of the supporting and limiting member 40, two ends of the additional supporting device 50 are mounted on the supporting and limiting member 40, so that the additional supporting device 50 protrudes in a direction away from the supporting and limiting member 40 to form an arc-shaped structure. When the user uses the sliding adjusting waistband, the band body is fixed around the waist of the user to form the ring-like body. The user further adjusts the sliding distance of the sliding adjustment device 20 through the distance control device to adjust the inner diameter size of the ring-like body. When the inner diameter of the quasi-ring body is gradually reduced, the acting force applied by the supporting and limiting member 40 to the additional supporting device 50 is gradually increased, and the pressure applied by the additional supporting device 50 is also gradually increased. The additional support means 50 bear against the user's waist to adapt and conform in a deforming manner to the physiological curve of the user's waist. Further, since the additional supporting device 50 is deformed, the additional supporting device generates a restoring force to restore to the original state. The restoring force acts on the user's lumbar spine to provide support. That is, the additional supporting device 50 transmits the acting force provided by the supporting position-limiting member 40 to the user's waist, and a restoring force generated by the additional supporting device 50 due to the deformation is also applied to the user's waist, so as to improve the supporting effect on the user's waist.

It is worth mentioning that the additional supporting means 50 has a certain width and length to increase the area supporting the lumbar vertebrae of the user and increase the force-receiving area to prevent the injury of the user. Preferably, the additional support means 50 is of a symmetrical structure along the axis of the user's lumbar vertebrae to provide uniform support to the user's lumbar vertebrae. That is, in use, the additional support means 50 is aligned with the lumbar spine of the user.

It should be noted that the additional supporting device 50 can be implemented in other shapes, such as ring-like structure, sheet-like structure, curved structure, etc., which is not required in the present invention, and only needs to generate the force to push the lumbar vertebrae of the user.

The additional support means 50 further comprises a mounting portion wherein the mounting portion is provided on the side of the additional support means 50 facing the lumbar spine of the user, wherein the mounting portion is provided for mounting an accessory such as a cotton pad or the like, such that the accessory is attached to the lumbar spine of the user to provide a comfortable tactile support, preferably the accessory is adhered to the mounting portion. In addition, the accessory may be a magnet, a heat generating device, a medicine, a massage device, a low frequency device, or the like.

In addition, the additional supporting device 50 can be made into a device with a physical therapy function, for example, the device is combined with a magnet, a heating device, a medicine, a massage device or an air bag device, and the additional supporting device 50 is attached to the lumbar of the human body, so that the effect of the physical therapy can be directly applied to the lumbar of the human body, and the lumbar of the user can be nursed and healthy. In addition, the additional supporting device 50 can be installed with a wireless control device and a small power source to realize the wireless control of the additional supporting device 50 by the user, so that the user can remotely control the sliding adjusting belt for the convenience of the user.

In the preferred embodiment, the supporting and limiting member 40 has an installation position 41 and a set of shift positions 42 arranged along the vertical direction of the supporting and limiting member 40, wherein the shift positions 42 are sequentially arranged along the vertical direction of the supporting and limiting member 40 to gradually approach the installation position 41, wherein the additional supporting device 50 has an installation portion 51 and a shift portion 52, wherein the installation portion 51 is installed at the installation position 41, so that the additional supporting device 50 extends along the vertical direction of the supporting and limiting member 40 and forms the supporting space 60 between the additional supporting device 50 and the supporting and limiting member 40. When the shift position 42 near the installation position is installed in the shift position 52, the width of the supporting space 60 in the direction perpendicular to the support stoppers 40 is increased, thereby increasing the force F to push the lumbar vertebrae of the user. That is, when the high-shift portion 52 is mounted to the adjustment portion 42 adjacent to the mounting position, the arc of the arc-shaped structure formed by the additional supporting means 50 is increased, thereby increasing the restoring force to restore the deformation to act on the waist of the user. The additional supporting device 50 is fixed to the supporting and limiting member 40 in an arc structure, wherein the C-shaped protrusion of the additional supporting device 50 is supported on the lumbar vertebra of the user, and the shifting position 42 is disposed along the vertical direction of the supporting and limiting member 40. Preferably, the distance between the shift positions 42 is equal, so that when the shift position 52 is mounted at a different shift position 42, the distance between the shift position 52 and the mounting portion 51 is changed, and the arc degree of the protrusion of the additional supporting device 50 is changed, and the volume of the supporting space 60 is changed, so that when the supporting limiting member 40 is supported at the lumbar region of the user, the degree of compression of the supporting space 60 is changed, and the additional supporting device 50 generates different acting forces F pushing the lumbar of the user, and the lumbar of the user can enjoy different supporting forces, or the lumbar of different fat and thin constitutions can reasonably support. Preferably, the mounting portion 41 is implemented as a snap groove, the shift portion 42 is implemented as a plurality of sets of snap holes, the mounting portion 51 is implemented as a snap corresponding to the mounting portion 41, and the shift portion 52 is implemented as a protrusion corresponding to the shift portion 42.

The supporting and limiting member 40 includes at least one limiting portion 43 and a supporting and limiting member body 44, wherein the supporting and limiting member body 44 is supported at the lumbar vertebra of the user, and the limiting portion 43 is disposed on the supporting and limiting member body 44. The slide adjusting device 20 includes a sliding portion 21 and a slide adjusting device body 22, wherein the sliding portion 21 is disposed on the slide adjusting device body 22, wherein the sliding portion 21 is mounted on the position-limiting portion 43 and slides along the position-limiting portion 43, wherein the slide adjusting device body 22 is supported on an outer side surface of the support-limiting body 44 to provide a supporting force for supporting the support-limiting body 44 in a vertical direction, wherein the sliding portion 21 is limited between the contracted state and the relaxed state, wherein the position-limiting portion 44 is extended in a left-right direction of the support-limiting body 44, so that the sliding portion 21 is slid in a horizontal direction of the support-limiting body 44, and the strap 10 connected to the slide adjusting device 20 is moved in a horizontal direction of the support-limiting body 44, and then the inner diameter of the ring-like body is increased or reduced so as to increase or reduce the force of fastening the ring-like body between the waist of the user. In addition, along with the sliding of the sliding adjustment device 20, the sliding adjustment device body 22 can be located at different positions in the horizontal direction of the support limiting body 44 to be supported at different positions of the waist and back of the user, so as to increase different experience feelings of the user.

Preferably, the two limiting portions 43 are implemented, wherein the two limiting portions 43 are axisymmetrical along the support limiting member body 44, and wherein the two limiting portions 43 ensure that the sliding adjustment device 20 horizontally slides along the horizontal direction, thereby ensuring that the sliding adjustment device 20 can balance the supporting force of the support limiting member body 44.

In this embodiment, the sliding adjusting devices 20 are preferably two, wherein the sliding adjusting devices 20 are symmetrically supported at the left and right sides of the supporting and limiting member 40, and horizontally slide along the supporting and limiting member 40 to uniformly support the lumbar region of the user. The slide adjusting means may be provided in plural, and in order to ensure uniform supporting force, preferably, the slide adjusting means 20 is provided in plural in an axisymmetric manner with respect to the lumbar vertebrae of the user.

It is worth mentioning that the sliding adjustment device body 22 has a certain width and length, wherein the width of the sliding adjustment device body 22 is smaller than the width of the support stopper body 44 to prevent the sliding adjustment device body 22 from being exposed from the side of the user. The slidable range of each of the slide adjusting device bodies 22 is preset. Preferably, each of the sliding adjusting devices is a quarter of the width of the supporting and limiting member 40, so as to ensure that the sliding adjusting device body 22 has a sufficient sliding distance from side to side, so that the sliding adjusting device 20 is supported at different positions of the supporting and limiting member body 44. Preferably, the length of the sliding adjustment device body 22 extends from the lower side of the high end of the support limiter body 44 to the upper side of the bottom end of the support limiter body 44. That is, when the supporting/limiting member body 44 is attached to the lumbar region of the user and bears the weight of the upper body of the user, and when the supporting/limiting member body 44 is deformed by a force, the sliding adjustment device body 22 provides the supporting force in the vertical direction to act on the supporting/limiting member body 44, so as to help the supporting/limiting member body 44 support the weight of the upper body of the user.

Preferably, the position-limiting part 43 has at least one slide way 431, and the slide way 431 is horizontally disposed on the supporting position-limiting body 44. The position-limiting portion 43 includes a position-limiting element 432, and the position-limiting element 432 is disposed on the slide 431. Both ends of the stopper member 432 are fixed to both ends of the slide 431, respectively, such that the stopper member penetrates the slide 431, thereby allowing the sliding adjustment device 20 to be restricted to slide along the slide 431.

It should be mentioned that the length of the slide 431 extending along the horizontal direction of the supporting and limiting member body 44 is not greater than the width of the supporting and limiting member body 44, so as to ensure that the sliding adjusting device 20 cannot be slid out of the supporting and limiting member body 44, and further, the sliding adjusting device 20 can be supported on the supporting and limiting member 40 all the time. Meanwhile, the slide 431 is preferably disposed in a horizontal direction to ensure that the slide adjusting device 20 slides in the horizontal direction.

In this embodiment, the sliding portion 21 includes a sliding element 211, wherein the sliding element 211 is mounted to the corresponding limiting element 432 to slide horizontally along the limiting element 432. It should be noted that the sliding element 211 is slidably flexibly connected to the corresponding limiting element 432, so as to reduce the noise generated by the sliding element 211 when the corresponding limiting element 432 slides through the flexible connection. Preferably, the position-limiting element 432 is implemented as a round rod, wherein the round rod is inserted through the sliding channel 431, wherein the sliding element 211 is implemented as a sliding ring, wherein the sliding ring is sleeved on the position-limiting rod to ensure that the sliding adjusting device 20 moves along the position-limiting element 432 when sliding along the position-limiting member 40. Preferably, the sliding element 211 is a braid. Specifically, a type of loop or loop formed by a braid. The braided fabric refers to cloth, silk and the like.

The position-limiting portion 43 further comprises a set of fixing elements 433, wherein the fixing elements 433 are detachably mounted to the slideway 431, and wherein the position-limiting element 432 is detachably mounted to the fixing elements 433. Preferably, the fixing element 433 has a groove 4331 (not labeled in the drawings), wherein the side wall of the sliding channel 431 is inserted into the groove 4331 so that the fixing element 433 is fixed to the supporting and limiting body 44, and thus the limiting element 432 is fixed. Preferably, the fixing elements 433 are provided at both ends of the slide 431. In this way, the sliding element 211 does not shake the limiting element 432 during the sliding of the limiting element 432. In addition, the sliding track 431 is provided with a taking-out portion 4311, wherein the width of the taking-out portion 4311 is slightly larger than that of the fixing element 433, so that the fixing element 433 can be detached from the sliding track 431 when being slid to the taking-out portion 4311, and the limiting element 432 fixed to the fixing element 433 can be freely detached.

The slide adjusting device body 22 includes a connecting member 221, a tightening member 222, and a protective cover 223. The sliding member 211 is provided to the connection member 221. The band body 10 is coupled to the coupling member 221. The protective cover 223 is fixed to the connection member 221. The elastic element 222 is pivotally received between the protective cover 223 and the connecting element 221, wherein the control device 30 is operably disposed on the elastic element 222 to control the elastic element 222 to move horizontally along the supporting and limiting member 40. When the tightening unit 222 is horizontally moved along the supporting stopper 40, wherein the sliding unit 211 is horizontally slid along the sliding channel 431, the connecting unit 221 is horizontally slid along the sliding channel 431, so that the belt body 10 and the protecting cover 223 are simultaneously slid along the sliding channel 431. Accordingly, when the sliding element 211 is slid from one end of the slideway 431 to the other end of the slideway 431, the inner diameter of the ring-like body reaches a maximum or minimum dimension to reach a maximum of the contracted state and a minimum of the relaxed state. At the same time, the protective cover 223 is in between the maximum contracted state and the minimum relaxed state to achieve different support effects.

In this embodiment, the elastic member 222 is implemented as a set of pulleys, wherein the elastic member 222 is coupled between the connection member 221 and the protection cover 223 to ensure that the elastic member 222 is not blocked during rotation, thereby improving smoothness. The control device 30 is implemented as a pulley cord, wherein the pulley cord is disposed on the tightening element 222 in a manner of drawing close to the two slide-adjusting devices 20, wherein the tightening element 222 is disposed on the two slide-adjusting devices 20 correspondingly side by side, so as to ensure that the slide-adjusting devices 20 are slid simultaneously. Preferably, the elastic element 222 is axially symmetric along the supporting and limiting member body 44, so that the sliding adjustment device 20 slides symmetrically along the symmetry axis of the supporting and limiting member body 44, so as to ensure that the distances between the sliding adjustment device 20 and the symmetry axis of the supporting and limiting member body 44 are always equal, and further the protection cover 223 is symmetrically supported on the lumbar vertebra of the user, so as to balance the supporting force.

It should be noted that the sliding adjusting device 20 has a limiting hole 23, wherein the control device 30 is inserted through the limiting hole 23, so that the control device 30 is limited to slide in the limiting hole 23, thereby ensuring that the control device 30 can stably transmit the force for operating the elastic element 222, wherein the control device 30 has an operating portion 31, wherein the operating portion 31 is provided for a user to operate the control device 30. The operation portion 31 is provided with a layer of magic tape to be detachably adhered to the band body 10, so that when a user operates the operation portion 31 to slide the sliding adjustment device 20 to a proper position, the user can adhere the operation portion 31 to the band body 10 in a stretching state to generate an acting force for preventing the inner diameter of the ring-like body from being increased, and further the sliding adjustment device 20 cannot slide back to ensure that the inner diameter of the ring-like body cannot be increased. That is, when the inner diameter of the ring-like body is slightly smaller than the waist circumference of the user, the ring-like body is fastened to the waist of the user, so that the supporting and limiting member 40 is stably fixed to the lumbar region of the user.

Preferably, the band 10 comprises a first band 11 and a second band 12, wherein the first band 11 is connected to the connecting element 221 of the sliding adjustment device 20, the second band 12 is connected to the connecting element 221 of another sliding adjustment device 20, wherein the first band 11 and the second band 12 are respectively extended and converged from the respectively connected connecting elements 221 around the waist of the user to form the quasi-ring, and wherein the converging end of the first band 11 and the converging end of the second band 12 are provided with a layer of magic tape so that the first band 11 and the second band 12 can be detachably adhered together to form the quasi-ring with different inner diameter sizes.

It should be noted that when the first strap 11 and the second strap 12 are bonded together to form the ring-like body, the user can further operate the control device 30 to finely adjust the inner diameter of the ring-like body, but it should be noted that the finely adjusted distance range is the distance that the sliding adjustment device 20 slides along the slideway 431, that is, the length of the limiting portion 43, so that the user can select a proper support manner or satisfy the physique of different waists.

In the present embodiment, the band body 10 is made of an elastic material and a cloth material to have certain flexibility and touch, wherein the band body 10 has a set of ventilation holes 13, and the ventilation holes 13 ensure heat dissipation of the sliding adjustment waistband when the band body 10 is worn on the waist of a user, and in addition, in the present embodiment, the sliding ways 431 and the shift positions 42 of the support limiting member 40 ensure heat dissipation of the support limiting member 40.

In addition, a massage motor may be installed on the band body 10 to massage the waist of the user in a vibration manner, and a signal receiving device may be installed on the band body 10 to implement wireless control.

As shown in fig. 11 to 13, the sliding adjustment waistband according to the first modified embodiment of the present invention is different from the sliding adjustment waistband according to the preferred embodiment in that the sliding adjustment waistband comprises a band body 10A, a sliding adjustment device 20A, a fixed sliding adjustment device 70A, a control device 30A and a supporting limiting member 40A, wherein the sliding adjustment device 20A is connected to the band body 10A, wherein the supporting limiting member 40A is supported at the lumbar region of the user, wherein the sliding adjustment device 20A is slidably supported at the supporting limiting member 40A, wherein the fixed sliding adjustment device 70A is corresponding to the sliding adjustment band body 20A and is fixed to the supporting limiting member 40A, wherein the sliding adjustment device 20A and the fixed sliding adjustment device 70A extend along the waist of the user and are fixed to the supporting limiting member 40A, respectively The two components are connected in a ring shape to form a ring shape so as to fix the supporting and limiting member 40A to the lumbar region of the user, wherein the control device 30A is operatively disposed on the sliding and adjusting device 20A to control the sliding and adjusting device 20A to slide along the supporting and limiting member 40A toward the fixed sliding and adjusting device 70A. The sliding adjustment device 20A is set between a contracted state in which the inner diameter of the quasi-ring body is slightly smaller than the waist size of the user, and the supporting and limiting member 40A is tightly attached to the lumbar region of the user, so that the supporting and limiting member 40A can be stably supported on the lumbar region of the user when the user sits or stands, and a relaxed state in which the inner diameter of the quasi-ring body is slightly larger than or equal to the waist size of the user, so that the sliding adjustment waistband is slightly released from the waist of the user, and the waist of the user is relaxed. That is to say, the user can adjust the internal diameter size of the quasi-ring body to adjust the fastening degree of the sliding adjustment waistband, so that the waist of the user is supported by different forces.

In the present embodiment, the slide adjusting device 20A includes a slide portion 21A and a slide adjusting device body 22A. The supporting position-limiting member 40A has a position-limiting portion 43A, wherein the position-limiting portion 43A has a slide way 431A. The support limiting member 40A further includes a sliding rod 431A, and the sliding rod is disposed to penetrate through the sliding channel 431A. The slide portion 21A is slidably attached to the slide bar 32A and slides along the slide 431A. Wherein the slide portion 21A is provided to the slide adjusting device body 22A, and the slide adjusting device body 22A slides with the sliding of the slide portion 21A. The limiting portion 43A is horizontally disposed on the supporting and limiting member 40A. The fixed slide adjuster 70A is fixed to one end of the slideway 431A so that the slide adjuster 20A slides just towards the fixed slide adjuster 70A.

It should be noted that the slide 431A horizontally extends along the left side of the supporting and limiting member 40A to the right side of the supporting and limiting member 40A, so that the sliding adjusting device 20A can move from the left side to the right side of the supporting and limiting member 40A, and further when the sliding adjusting device 20A is farthest from the fixed sliding adjusting device 70A, the inner diameter of the quasi-ring body is in the maximum state, i.e., the contracted state, and when the sliding adjusting device 20A is closest to the fixed sliding adjusting device 70A, the inner diameter of the quasi-ring body is in the minimum state, i.e., the relaxed state. In addition, the control device 30A fixes the sliding adjustment device 20A between the tightening state and the loosening state, so that the sliding adjustment device 20A is supported at different positions of the supporting limit member 40A, and the user experiences different supporting feelings.

As shown in fig. 14, the sliding adjustment waistband according to the second variant of the present invention is different from the sliding adjustment waistband of the previous embodiment in that the sliding adjustment waistband comprises a band body 10B, at least one sliding adjustment device 20B, a control device 30B and a supporting limiting member 40B, wherein the sliding adjustment device 20B is connected to the band body 10B, wherein the supporting limiting member 40B is supported at the lumbar region of the user, wherein the sliding adjustment device 20B is slidably supported at the supporting limiting member 40B, wherein the band body 10B extends from the sliding adjustment device 20B along the lumbar region of the user and annularly connects to form a kind of ring, so as to fix the supporting limiting member 40B at the lumbar region of the user, wherein the control device 30B is operably arranged on the sliding adjustment device 20B to control the sliding adjustment device 20B along the lumbar region of the user, and the sliding adjustment waistband The support stoppers 40B slide. The sliding adjustment device 20B is set between a contracted state in which the inner diameter of the quasi-ring body is slightly smaller than the waist size of the user, and the supporting and limiting member 40B is tightly attached to the lumbar region of the user, so that the supporting and limiting member 40C can be stably supported on the lumbar region of the user when the user sits or stands, and a relaxed state in which the inner diameter of the quasi-ring body is slightly larger than or equal to the waist size of the user, so that the sliding adjustment waistband is slightly released from the waist of the user, and the waist of the user is relaxed. That is to say, the user can adjust the internal diameter size of the quasi-ring body to adjust the fastening degree of the sliding adjustment waistband, so that the waist of the user is supported by different forces.

In this modified embodiment, the band 10B has a bladder 14B, wherein the bladder 14B has a filling chamber 141B and a filling valve 142B for filling the filling chamber 141B with a filler, that is, the user can fill the filling chamber 141B with the filler from the filling valve 142B, and in this embodiment, the filler is implemented as a gas, that is, when the bladder 14B is filled with the filler, the bladder 14B is inflated and generates a certain strength, and the inner diameter of the quasi-ring body is slightly reduced to increase the tightening force for fixing the quasi-ring body to the waist of the user to prevent the quasi-ring body from falling off the waist of the user and the outer diameter of the quasi-ring body is slightly increased to ensure that the sliding adjustment device 20B does not loosen. In addition, when the gas is released, the sliding adjusting belt is convenient for a user to store.

It is worth mentioning that the filler may be a physical therapy drug to perform health physical therapy on the waist of the user, or a hot compress material to perform thermal therapy on the waist of the user.

Another preferred embodiment of the present invention is shown in fig. 15-30. The utility model discloses slip adjustment waistband includes two areas body 60C and a strutting arrangement 10C. The two belts 60C are connected to the supporting device 10C respectively. Specifically, one end of each of the two belts 60C is fixedly connected to the two ends of the supporting device 20C. The other end of one of the belts 60C is detachably connected with the other end of the other belt 60C to form a ring. After the ring-like body is formed, the tightness of the ring-like body is further slidably adjusted by the supporting means 10C. That is, after the sliding adjusting waistband of the present invention is interconnected by the two band bodies 60C to form the loop-like body, sliding adjustment is further provided by the supporting device 10C to adjust the inner diameter size of the loop-like body.

The supporting device 10C further includes a supporting limiting member 30C and two sliding adjusting devices 20C, and the two sliding adjusting devices 20C are respectively connected to the supporting limiting member 30C in a sliding manner. Specifically, one side of the support stopper 30C is close to the waist of the user for fitting and supporting the waist of the user. The two sliding adjustment devices 20C slide on the other side of the support limiting member 30C. That is, the two sliding adjustment devices 20C are slidably connected to the other side of the supporting and limiting member 30C away from the waist of the user. In addition, the two sliding adjusting devices 20C adjust the inner diameter of the ring-like body in a sliding manner within a preset range of the supporting and limiting member 30C. One end portions of the two belt bodies 60C are connected to one end portions of the two slide adjusting devices 20C, respectively. The inner diameter of the ring-like body is adjusted by adjusting the distance between the two sliding adjusting devices 20C. Specifically, the two slide adjusting devices 20C are caused to slide within the preset support range by the operation of the two slide adjusting devices 20C. In a sliding manner, the two sliding adjusting devices 20C respectively drive the two belt bodies 60C to slide so as to adjust the distance between the two belt bodies 60C and the other ends of the two sliding adjusting devices 20C, thereby adjusting the tightness of the ring-like body.

The supporting and limiting member 30C further has a sliding limiting portion 31C. The sliding limiting portion 31C provides a predetermined sliding range for the two sliding adjusting devices 20C to slide on the sliding limiting portion 31C. The two slide adjusting devices 20C are slidably connected to the slide restricting portions 31C, respectively. The utility model discloses slide adjusting belt further includes two at least sliding connection spare 21C, sliding connection spare 21C connect with sliding limiting portion 31C. The sliding connector 21C slides within a range preset by the sliding limiting portion 31C. Preferably, the slide stopper 31C is horizontally disposed on the support stopper 30C. The slide connector 21C slides in the horizontal direction at the slide stopper portion 31C. It should be noted that, in the process of the sliding adjustment device 20C sliding for adjustment at the sliding limit 31C, the support limit 30C gradually fits the waist of the user. In addition, the slide stopper 31C gradually fits the user's waist while the support stopper 30C gradually fits the user's waist. Therefore, the slide stopper portion 31C is deformed. Preferably, the sliding connector 21C flexibly connects with the sliding limiting portion 31C, so that the sliding connector 21C adapts to the deformation of the sliding limiting portion 31C, thereby maintaining the sliding connector 21C to slide smoothly at the sliding limiting portion 31C. It is worth mentioning that the slide stopper 31C may be provided to the slide adjusting device 20C. The sliding connector 21C is slidably connected to the support limiting member 30C.

In one preferred embodiment of the present invention, the sliding connector 21C is disposed on one side of the belt body 60C. When the slide adjusting device 20C is adjusted, the slide adjusting device 20C drives the belt body 60C to slide on the slide limiting portion 31C. The sliding connection piece 21C arranged on one side of the belt body 60C slides along the sliding limiting portion 31C to limit the sliding of the belt body 60C in the preset range of the sliding limiting portion 60C. In one embodiment, the slide adjusting device 20C pulls the strap 60C to move the strap 60C. The movement of the belt body 60C pulls the sliding connection member 21C to slide at the sliding position limiting portion 31C. Meanwhile, the sliding connector 21C restricts the movement of the belt body 60C, so that the belt body 60C slides within a preset range of the slide limiting portion 31C. That is, each of the sliding adjusting devices 20C adjusts the sliding of the sliding connecting member 21C disposed on one side of each of the belt bodies 60C at the sliding limiting portion 31C, so that the distance between the other end portions of the two belt bodies 60C is adjusted by adjusting the distance between the sliding adjusting devices 20C, thereby adjusting the tightness of the sliding adjusting belt of the present invention. In another preferred embodiment of the present invention, the sliding connector 21C is disposed at one side of the sliding adjusting device 20C. When the slide adjusting device 20C is adjusted, the slide connector 21C slides along the slide limiting portion 31C so that the slide adjusting device 20C moves at the slide limiting portion, and the belt body 60 is further pulled to slide at the slide limiting portion 31C. The distance between the two slide adjusting devices 20C is adjusted. The distance between the other ends of the two straps 60C is adjusted. In this way, the tightness of the sliding waistband of the utility model is adjusted.

In a preferred embodiment of the present invention, the sliding position-limiting portion 31C has at least one sliding slot 311C. The sliding connector 21C is slidably connected to the sliding groove 311C. The slide groove 311C restricts the sliding range of the slide link 21C so as to restrict the adjustment range of the slide adjusting device 20C by restricting the sliding range of the slide link 21C. As shown in fig. 16, in a preferred embodiment of the present invention, the sliding connector 21C is a locking device 211D. The buckle device 211D is connected to the belt body 60C through the sliding slot 311C, so that the buckle device 211D slides along the sliding slot 311C, and the belt body slides along the sliding slot 311C. One end of the locking device 211D is wider than the width of the sliding slot 311C to maintain the belt body 60C sliding in the sliding slot 311C. In a preferred embodiment of the present invention, two sliding grooves 311C are correspondingly disposed in each of the sliding adjusting devices 20C. The two sliding grooves 311C are horizontally provided at intervals in the slide stopper 31C. The two fastening devices 211C are respectively disposed on two sides of the belt body 60C. The two fastening devices 211C respectively correspond to the two sliding grooves 311C, so that the belt body 60C is kept in an unfolded state in the sliding process, and wrinkles are prevented from being generated.

In another preferred embodiment of the present invention, the sliding connector 21C is a fastening device 211D. The latch device 211D is connected to the slide adjusting device 20C through the slide slot 311C, so that the latch device 211D can slide along the slide slot 311C, thereby allowing the slide adjusting device to slide along the slide slot 311C. One end of the locking device 211D is wider than the width of the sliding slot 311C to maintain the sliding adjustment device 20C sliding in the sliding slot. It is worth mentioning that, along with the deformation of the slide stopper 31C, the slide groove 311C is also deformed. Specifically, both end portions of the slide groove 311C gradually approach the waist of the user along with both end portions of the slide stopper 31C, so that both end portions of the slide groove 311C are deformed. One end portion of the band body 60C is fixed to the slide adjusting device 21C.

In another preferred embodiment of the present invention, the sliding slot 311C further includes a sliding space 3112C. The sliding position-limiting portion 31C further includes a guide rail 312C, and the guide rail 312C is disposed on the sliding slot 311C. Specifically, the guide rail 312C is detachably provided in the sliding space 3112C of the slide slot 311C. Both ends of the guide rail 312C are detachably fixed to both ends of the slide groove 311C such that the guide rail 312C is disposed in the sliding space 3112C. Gaps are respectively arranged on two sides of the guide rail 312C and two sides of the sliding groove 311C. Preferably, the diameter of the guide rail 312C is smaller than the thickness of the slide slot 311C. Further, a retaining portion 3111C is provided at a middle portion of the slide groove 311C. The middle portion of the guide rail 312C is fixed to the retaining portion 3111C so that the guide rail 312C is retained in the slide groove 311C when the slide groove 311C is deformed.

As shown in fig. 17 to 24, in another preferred embodiment of the present invention, the sliding connector 21C is implemented as a sleeve 211C. The socket 211C is nested with the guide 312C. The socket 211C slides along the guide rail 312C. The socket 211C is fixed to the belt body 60C. The socket 211C is sleeved on the guide rail 312C, so that the socket 211C slides along the guide rail 312C, thereby sliding the belt body 60 along the guide rail 312C. Preferably, the socket 211C fits the guide rail 312C to slide. Preferably, when the socket 211C is attached, the radius of the guide rail 312C and the thickness of the socket are less than half of the thickness of the sliding groove 311C. As shown in fig. 19, the slide slot 311C is horizontally disposed on the support stopper 30C. It should be mentioned that, in the process of gradually fitting the waist of the user, the supporting and limiting member 30C deforms. The slide groove 311C is deformed. The guide 312C is deformed. The socket 211C slides in response to the deformation of the guide rail 312C. Preferably, the socket 211C is a flexible material. That is, the socket 211C is a flexible socket 211C. In the process of the gradual deformation of the guide rail 312C, the socket 211C is flexible to gradually adapt to the guide rail 312C. The contact portion of the flexible socket 211C and the guide rail 312C has less resistance to deformation of the guide rail 312, so that the sliding along the guide rail 312C is maintained smoothly. Preferably, the inner diameter of the socket 211C is slightly larger than the diameter of the guide rail. The flexible material is selected from pigments, braids, and the like. The support device 10C further includes a control device 40C, and the control device 40C is operatively connected to the two slide adjusting devices 20C, respectively. The sliding distance of the two sliding-adjusting means 20C is controlled by operating the control means 40C to respectively pull the two belt bodies 60C, thereby adjusting the distance between the other ends of the two belt bodies 60C. The control device 40C can be fixed to the belt body 60C to maintain the adjustment distance of the two sliding adjustment devices 20C. When the control device 40C operates the two slide adjusting devices 20C to adjust the sliding distances of the two slide adjusting devices 20C, respectively, the two slide adjusting devices 20C drive the belt body 60C to slide along the guide rail 312C, respectively. In another embodiment of the present invention, the two sliding adjustment devices 20C respectively slide along the guide rails 312C to pull the belt body 60C to slide along the guide rails 312C. That is, the two sliding adjustment devices 20C are controlled to slide by the control device 40C, and the inner diameter of the ring-like body is adjusted to adapt the sliding adjustment belt of the present invention to the size of the user's waist, so that the supporting and limiting member 30C can better support the user's waist.

It should be noted that when the sliding distance between the two sliding adjustment devices 20C is adjusted by the control device 40C, the two sliding adjustment devices 20C move towards each other to reduce the distance between the two sliding adjustment devices 20C, and the distance between the other ends of the two belt bodies 60 is also reduced, so that the sliding adjustment belt of the present invention fits the waist of the user. During the adjustment process, the supporting and limiting member 30C is deformed. That is, the supporting/limiting member 30C deforms while the supporting/limiting member 30C is attached to the waist of the user. The slide groove 311C and the guide rail 312C are also deformed. The slide connector 21C slides on the deformed guide rail 312C.

In addition, the sliding adjustment belt of the present invention provides a flexible sliding connection manner to reduce the influence of the deformation of the supporting and limiting member 30C. Specifically, the sliding connector 21C is made of a flexible material to accommodate the deformation of the guide rail 312C. The guide rail 312C may be made of a flexible material, so that the deformation adaptability of the guide rail 312C is increased, and the influence on the sliding connector 21C is reduced. It is also possible to use a flexible material for both the guide rail 312C and the slide connector 21C. That is, the flexible sliding connection means that a flexible material is used for at least one of two elements connected with each other. That is, the sliding connector 21C is made of a flexible material, and the guide rail 312C is not made of a flexible material. Alternatively, the sliding connection member is made of a flexible material, and the guide rail 312C is made of a flexible material. Alternatively, the sliding connector and the guide rail are both made of flexible materials. In a preferred embodiment of the present invention, the socket 211C is made of a flexible material. The flexible material is plastic, braided fabric or the like. Preferably, the flexible material is a braid. During the process of the two sockets 211C sliding along the guide rail 312C in opposite directions, the two sliding adjusting devices 20C move in opposite directions to make the two sockets 211C slide in opposite directions

The slide adjusting device 20C further includes a set of pulleys 221C rotatably fixed to a pulley fixing member 222C. The sliding connector 21C is provided at one side of the pulley holder 222C. Specifically, the sliding connector 21C is disposed on a side of the pulley fixing member 222C close to the support stopper 30C. The control device 40C is slidably connected to each of the pulleys. The control device 40C is operated to rotate the pulleys respectively, so that the sliding adjustment device 20C slides along the guide rail 312C, thereby adjusting the inner diameter of the formed ring-like body of the sliding adjustment waistband. In another embodiment of the present invention, the belt body is disposed between the supporting and limiting member and the pulley fixing member to form a sliding sandwich structure so that the sliding adjusting device drives the belt body to move along the sliding groove. The control device 40C further includes an operation portion 41C and a slide coupling portion 42C. The operation portion 41C is fixedly connected to the slide connecting portion 42C. The sliding connection portions 42C are slidably connected to the pulleys 221C, respectively, so that the sliding connection portions 42C slide on the pulleys 221C to drive the pulleys to rotate. The operating portion 41C can be fixed to the belt body 60C to maintain the sliding distance of the two sliding adjustment devices 20C. That is, the operation portion 41C is fixed to the belt body 60C, so that the slide adjusting waist belt of the present invention is adapted to the waist size of the user and provides a supporting force to the waist size of the user. Preferably, the operating portion 41C is adhesively fixed to the belt body 60C, so that the operating portion 41C is fixed to the belt body 60C. The adjustment device 22C further comprises a protective cover 223C. The protective cover 223C covers the set of pulleys 221C of the adjustment device 22C. The set of pulleys 221C of the adjusting device 22C is covered by the protective cover 223C to prevent each pulley 221C or the sliding connection portion 42C from being interfered when the user adjusts by the operation portion 41C, thereby affecting the adjustment.

The support device 10C further includes an additional support device 50C. The additional supporting device 50C is installed at one side of the support stopper 30C. Specifically, the additional supporting means 50C is installed at a side of the support stopper 30C near the user's waist. That is, the additional supporting device 50C and the two sliding adjusting devices 20C are respectively disposed on two sides of the supporting and limiting member 30C. Preferably, the additional supporting means 50C is installed at the middle of the support limiter 30C so as to align with the user's waist to provide support to the user's waist. Preferably, the additional support means 50C is positioned to align with the lumbar spine of the user to provide further support to the lumbar spine of the user. The additional support means 50C has an arcuate surface for conforming to the curve of the user's waist.

Further, the additional supporting device 50C is detachably mounted to the supporting and limiting member 30C. The supporting limiting member 30C further includes an installation portion 32C and an adjustment portion 33C. The mounting portion 32C and the adjusting portion 33C are respectively provided on both sides of the slide stopper portion 31C. The mounting portion 32C aligns the adjusting portion 33C in the vertical direction. Preferably, the mounting portion 32C is provided below the adjustment portion 33C. In a preferred embodiment of the present invention, the mounting portion 32C and the adjusting portion 33C are respectively disposed at both sides of the sliding slot 311C. Preferably, the mounting portion 32C is provided below the slide groove 311C. The additional support means 50C further has a mounting end 51C and an adjustment end 52C. The mounting portion 32C further has a mounting groove 321C. The mounting end 51C of the additional supporting device 50C is inserted into the mounting groove 321C to fix the mounting end 51C of the additional supporting device 50C. The mounting portion 32C further has a fixing groove 322C. The mounting end 51C of the additional supporting means 50C is fixed to the mounting groove 321C through the fixing groove 322C. In a preferred embodiment of the present invention, the adjusting portion 33C is provided with a set of adjusting positions 331C. The adjustment bits 331C are arranged in a vertical direction. The adjustment end 52C of the additional supporting device 50C further comprises at least one protrusion 521C, and the protrusion 521C can be inserted into the set of adjustment holes 331C to fix the additional supporting device 50C. It is worth mentioning that the additional support means 50C can be adjusted to form a variety of curvatures at the adjustment portion 33C by the adjustment end 52C to facilitate adjustment by the user to accommodate the user's lumbar curve.

In a preferred embodiment of the present invention, the additional supporting device 50C is made of a flexible material. The tough material is capable of providing a restoring force to restore its original shape when the tough material is deformed by a pressure. That is, after the pressure applied to the ductile material is removed, the ductile material can return to the original shape of the ductile material.

In a preferred embodiment of the present invention, the sliding adjustment belt is wrapped around the waist of the user, and the support limiting member 30C applies an acting force to the additional supporting device 50C so that the additional supporting device 50 contacts the waist of the user. Preferably, the additional support means 50C is aligned to contact the lumbar spine of the user. In one of the states, the two slide adjusting devices 20C are respectively located at both ends of the slide slot 311C. That is, the distance between the two slide adjusting devices 20C is the farthest. The user performs adjustment by the operation unit 41C of the control device 40C. During the adjustment process, the two sliding adjustment devices 20C move toward each other to reduce the distance between the two sliding adjustment devices 20C. During adjustment, the support limit 30C gradually fits the waist of the user. The slide stopper portion 31C is deformed. In an embodiment of the present invention, the sliding groove 311C and the guiding rail 312C are deformed. The slide connector 21C slides along the guide rail 312C. Preferably, the sliding connector 21C is flexibly slidably connected to the guide rail 312C to adapt to the deformation of the guide rail 312C, so as to keep the sliding smooth. It should be noted that the sliding adjustment device 20C slides relative to the supporting and limiting member 30C, so that the clothes will not wrinkle during the sliding process, thereby affecting the sliding. That is, after the sliding groove 311C contacts the clothes on the waist of the user, the circumference of the contact surface of the sliding groove 311C with the waist of the user makes the clothes on the waist of the user flat. In the process of sliding the belt body 60C along the guide rail 312C, the clothes around the waist of the user or the belt body 60C does not enter the sliding space 3112C of the sliding groove 311C in a wrinkled manner, thereby maintaining the sliding of the sliding connector 21C on the guide rail 312C smoothly.

During adjustment, the force exerted by the spacing support 30C on the additional support means 50C increases. The effect of the additional support means 50C on the lumbar vertebrae of the user is also gradually increased. At the same time, the reaction force of the additional supporting means 50C to the lumbar vertebrae of the user is gradually increased. As the reaction force applied by the user's lumbar spine to the additional support means 50C increases, the additional support means 50C deforms to conform to the curve of the user's lumbar spine. In addition, the additional supporting device 50C generates a restoring force to restore to the additional supporting device 50C. That is, support is provided to the user's waist by adjusting the force generated by the slide adjusting means 20C and the restoring force generated by the additional supporting means 50C to be applied to the user's waist.

In a preferred embodiment of the present invention, as shown in fig. 17, the additional supporting means 50C is implemented as a sheet-like supporting structure. Preferably, the additional support means 50C is a ductile material. A space is formed between the additional supporting device 50C and the supporting limiting member 30C. The space can be compressed by the deformation of the additional support 50C.

As shown in fig. 25 and 29, an accommodating space 54C is further formed between the additional supporting device 50C and the supporting and limiting member 30C. The accommodating space 54C is for accommodating a function unit 70D. That is, the function unit 70D is disposed between the additional supporting device 50C and the supporting stopper 30C. Further, the additional support means 50C provides a fixation of the functional unit 70C. The functional unit 70D may be selected from one or more of a drug health unit, a detection unit, a massage unit, a thermal health unit, a light health unit, and a magnetic health unit. The functional unit 70D further has a functional chamber 71D. The functional unit 70C is made to provide additional functionality by adding at least one functional module 711D to the functional cavity 71D. The functional module 711D may be one or more selected from a medicine health module, a detection module, a massage module, a thermal health module, a light health module, a magnetic health module, and a buffer module. In another embodiment of the present invention, the functional module 711D can also be installed on the additional supporting device 50C, as shown in fig. 28. The buffer module refers to articles with buffer property of sponge and air bag. To fit the waist of the user and provide support. It should be noted that the functional module can also be directly fixed on the side of the supporting and limiting member close to the user.

As shown in fig. 19 and 20, the additional supporting device 50C further has at least one accessory mounting portion 53C. As shown in fig. 27 and 30, the accessory mounting portion 53C is provided with a function unit 70C. The functional unit 70C further includes at least one functional module 711C. The functional module 711C may be one or more selected from a medicine health module, a detection module, a massage module, a thermal health unit module, a light health unit module, and a magnetic health module. It is worth mentioning that the function unit 70C further has a function chamber 71C. The functional unit 70C is made to provide additional functionality by adding at least one functional module 711C to the functional cavity 71C.

It will be understood by those skilled in the art that the embodiments of the present invention as described above and shown in the drawings are given by way of example only and are not limiting of the present invention. The objects of the present invention have been fully and effectively accomplished. The functional and structural principles of the present invention have been shown and described in the embodiments without departing from the principles, embodiments of the present invention may have any deformation or modification.

Claims

1. A slide adjustable waist belt, comprising:

two belt bodies are arranged on the two sides of the belt body,

a support locating part, wherein, have a radian in the vertical direction of supporting the locating part for supporting in a user's waist, wherein, support the locating part and further have a spacing portion that slides, wherein, two slide adjusting device respectively sliding connect slide spacing portion so that two slide adjusting device are in slide spacing portion slides, thereby adjust respectively through sliding two slide adjusting device the distance between another tip of the area body.

2. The sliding adjustment belt according to claim 1, wherein the sliding adjustment belt further comprises at least two sliding connectors, each of the sliding connectors slidably connects to the sliding limiting portion so that the sliding connector slides along the sliding limiting portion, thereby driving the two belt bodies to slide on the sliding limiting portion.

3. The sliding adjustment belt according to claim 2, wherein the sliding limiting portion further has at least one sliding slot, and each sliding connection member is slidably connected to the sliding slot, wherein each sliding connection member slides along the sliding slot.

4. The sliding adjustment belt according to claim 3, wherein the sliding connection member is a snap device passing through the sliding groove to enable the snap device to slide along the sliding groove in a snap-fit manner.

5. The sliding adjustment belt according to claim 3, wherein the sliding limiting portion further comprises at least one guide rail, each of the guide rails is disposed in each of the sliding grooves, and each of the sliding connectors is slidably connected to the guide rail so that each of the sliding connectors slides along the guide rail.

6. The sliding adjustment belt of claim 5, wherein the sliding connection is a socket that sockets the rail such that the socket slides along the rail.

7. The sliding adjustment belt according to claim 6, wherein the socket is a flexible socket, wherein during the adjustment process, the guide rail deforms, and the flexible socket adapts to the deformation of the guide rail to maintain smooth sliding of the guide rail.

8. The sliding adjustment belt according to claim 6, wherein the sliding groove further has a sliding space, and the sliding groove fits a contact to prevent the contact from entering the sliding space in a corrugated manner during the sliding of the socket on the guide rail, so as to maintain the socket sliding on the guide rail.

9. The slide adjusting waistband of claim 3, wherein the sliding connection is provided to the band, wherein the slide adjusting device drives the band to slide along the chute through the sliding connection.

10. The slide adjusting waistband of claim 4, wherein the sliding connection is provided to the band, wherein the slide adjusting device drives the band to slide along the chute through the sliding connection.

11. The slide adjusting waistband of claim 5, wherein the sliding connection is provided to the band, wherein the slide adjusting device drives the band to slide along the chute through the sliding connection.

12. The sliding adjustment belt of claim 3, wherein the sliding connection is provided to the sliding adjustment device, wherein the sliding adjustment device slides along the sliding slot to drive the belt body to slide along the sliding slot. A

13. The sliding adjustment belt of claim 4, wherein the sliding connection is provided to the sliding adjustment device, wherein the sliding adjustment device slides along the sliding slot to drive the belt body to slide along the sliding slot.

14. The sliding adjustment belt of claim 5, wherein the sliding connection is provided to the sliding adjustment device, wherein the sliding adjustment device slides along the sliding slot to drive the belt body to slide along the sliding slot.

15. The sliding adjustment belt according to claim 9, wherein the sliding adjustment device further comprises a set of pulleys and a pulley fixing member, each of the pulleys and the belt body being disposed on both sides of the pulley fixing member, respectively, wherein the belt body is disposed between the support limiting member and the pulley fixing member to form a sliding sandwich structure such that the sliding adjustment device drives the belt body to move along the sliding groove.

16. The sliding adjustment belt according to claim 10, wherein the sliding adjustment device further comprises a set of pulleys and a pulley fixing member, each of the pulleys and the belt body being disposed on both sides of the pulley fixing member, respectively, wherein the belt body is disposed between the support limiting member and the pulley fixing member to form a sliding sandwich structure such that the sliding adjustment device drives the belt body to move along the sliding groove.

17. The sliding adjustment belt according to claim 11, wherein the sliding adjustment device further comprises a set of pulleys and a pulley fixing member, each of the pulleys and the belt body being disposed on both sides of the pulley fixing member, respectively, wherein the belt body is disposed between the support limiting member and the pulley fixing member to form a sliding sandwich structure such that the sliding adjustment device drives the belt body to move along the sliding groove.

18. The sliding adjustment belt according to claim 12, wherein the sliding adjustment device further comprises a set of pulleys and a pulley fixture, each of the pulleys and the belt body being disposed on both sides of the pulley fixture, respectively, wherein the sliding connection member is disposed on the pulley fixture so that the pulley fixture moves along the sliding groove to pull the belt body to move along the sliding groove.

19. The sliding adjustment belt according to claim 13, wherein the sliding adjustment device further comprises a set of pulleys and a pulley fixture, each of the pulleys and the belt body being disposed on both sides of the pulley fixture, respectively, wherein the sliding connection member is disposed on the pulley fixture so that the pulley fixture moves along the sliding groove to pull the belt body to move along the sliding groove.

20. The sliding adjustment belt according to claim 14, wherein the sliding adjustment device further comprises a set of pulleys and a pulley fixture, each of the pulleys and the belt body being disposed on both sides of the pulley fixture, respectively, wherein the sliding connection member is disposed on the pulley fixture so that the pulley fixture moves along the sliding groove to pull the belt body to move along the sliding groove.

21. The sliding adjustment belt according to any one of claims 15 to 20, wherein the sliding adjustment belt further comprises a control device operable to adjust the sliding of the two sliding adjustment devices along the sliding groove, respectively, wherein the control device further comprises an operating portion and a sliding connecting portion, the sliding connecting portion is connected to each of the pulleys, respectively, and the operating portion is operatively connected to the sliding connecting portion to adjust each of the pulleys by the operating portion so as to slide the pulley fixing member along the sliding groove.

22. The sliding adjustment belt according to any one of claims 1 to 20, wherein the sliding adjustment belt further comprises an additional support means, the additional support means being disposed on a side of the support limiting portion close to the user.

23. The sliding adjustment belt of claim 22, wherein the support limiter further comprises an installation portion and an adjustment portion, the installation portion being vertically aligned with the adjustment portion such that the additional support device forms an arc for fitting the lumbar curve of the user after the additional support device is installed on the support limiter.

24. The sliding adjustment waistband of claim 23, wherein the adjustment portion further comprises a set of adjustment positions by which the additional support device adjusts the arc formed by the additional support device.

25. The sliding adjustment belt of claim 22, wherein the sliding adjustment belt further comprises a functional unit disposed at a side of the support limiter near the user.

26. The sliding adjustment belt of claim 25, wherein the additional support means further comprises at least one accessory mount to which the functional unit is mounted such that the functional unit is proximate the waist of the user.

27. The sliding adjustment belt of claim 25, wherein the functional unit further comprises a set of functional modules, wherein the functional modules are selected from one or more of a medication module, a detection module, a massage module, a thermal health module, a light health module, a buffer module.

28. The sliding adjustment belt of claim 27, wherein the functional unit further has a functional cavity for accommodating at least one functional module.