阅读说明：本技术 一种拥有多个独立气囊的充气轮滑鞋的使用方法 (Using method of inflatable roller skate with multiple independent air bags ) 是由 欧阳刚 苏涛 朋宇 孟现录 刘冬 尹忠根 陈冬 欧阳婧芸 李兰 于 2021-02-10 设计创作，主要内容包括：一种拥有多个独立气囊的充气轮滑鞋的使用方法,包括以下步骤：步骤一,准备工作：将未连接气筒的针分别插入气门,挤压鞋内套,将所有气囊条中的气体排除；步骤二,穿鞋内套：将内套拉链打开,将脚伸进鞋内套中；步骤三,穿轮滑鞋：将穿好鞋内套的脚放进轮滑鞋中；步骤四,充气：单个气囊逐一充气直到舒适合脚为止；采用分气盒为所有气囊同时充气；步骤五,排气：1)单个主气囊逐一排气,2)采用分气盒为所有气囊条同时排气；步骤六,脱轮滑鞋：将鞋内套的脚从轮滑鞋中取出；步骤七,脱鞋内套：将内套拉链打开,将脚从鞋内套中取出。采用能自动关闭气路的气门充气并拔出气针后,各气囊条内的气体不再流通,使轮滑鞋具有很好的稳定性。(A method of using an inflatable roller skate having a plurality of independent bladders, comprising the steps of: step one, preparation work: inserting needles which are not connected with the air cylinders into the air valves respectively, extruding the inner sleeves of the shoes, and removing air in all the air bag strips; step two, wearing a shoe inner sleeve: opening the inner sleeve zipper, and extending the foot into the inner sleeve of the shoe; step three, wearing roller skates: putting the foot with the shoe inner sleeve into the roller skate; step four, inflating: the single air bags are inflated one by one until the feet are comfortable; the air distribution box is adopted to simultaneously inflate all the air bags; step five, exhausting gas: 1) the single main air bag exhausts one by one, 2) the air distribution box is adopted to exhaust all the air bag strips simultaneously; step six, slipping off the roller skates: taking out the foot of the shoe inner sleeve from the roller skate; step seven, removing the inner sleeve of the shoe: the inner sleeve zipper is opened, and the foot is taken out from the inner sleeve of the shoe. After the air valve capable of automatically closing the air path is adopted for inflating and the air needle is pulled out, the air in each air bag strip is not circulated any more, so that the roller skate has good stability.)

1. A method of using an inflatable roller skate having a plurality of independent bladders, comprising the steps of:

step one, preparation work: inserting air needles which are not connected with air cylinders into the air valves 80 of the main air bags respectively, extruding the inner sleeve 20 of the shoe, and removing air in all air bag strips as much as possible;

step two, wearing a shoe inner sleeve: pulling the brace 23 downwards to open the inner sleeve zipper 21, extending the foot into the inner sleeve 20 of the shoe, wrapping the instep and the two sides of the foot by the front air bag 30, the left air bag 50 and the right air bag 60, and wrapping the heel of the foot by the rear air bag 40;

step three, wearing roller skates: loosening the front adhesive tape 15 and the rear adhesive tape 16, taking the rack clamping bar 11 out of the gear clamping sleeve 12, pulling the roller skate zipper head 14 downwards, and opening the roller skate zipper 13; putting the foot with the shoe inner sleeve 20 into the roller skate 10, pulling the roller skate zipper head 14 upwards, and closing the roller skate zipper 13; inserting the rack bar 11 into the rack sleeve 12; adjusting the comfort of the foot on the roller skate 10, and then respectively pressing and bonding the front adhesive tape 15 and the rear adhesive tape 16;

step four, inflating:

1) inflating the single air bag one by one, namely fixing an air needle on an inflator, respectively inserting the air needle into the air valves 80, inflating the 4 main air bags one by one, inflating different parts with different air pressures by controlling an air distributing head according to the foot shape and the exercise habit of the user until the user closes the foot comfortably, pulling out the air needle, and finishing inflation;

2) simultaneously inflating all air bags by adopting the air distribution box, namely closing the air distribution pipe switch 92 to ensure that all air needles are in an unventilated state, respectively inserting the air needles on the air distribution box into the air valves 80 of all main air bags, connecting the air distribution box with the air cylinder, opening the air distribution pipe switch 92, and inflating all air bag strips by using the air cylinder, wherein the air pressure inflated by all the air bag strips is equal in the mode; by controlling the gas distribution pipe switch 92 in a targeted manner, the main airbags can be filled with gas with different pressures;

step five, exhausting gas:

1) the main airbags are exhausted one by one, namely an air needle 93 which is not connected with an air cylinder is inserted into an air valve on the main airbags, air is exhausted by pressing the airbag strips in the main airbags, the air needle is pulled out, the air is exhausted, the previous action is repeated on the main airbags needing to be exhausted, and the main airbags are exhausted one by one;

2) the air distribution box 90 is adopted to simultaneously exhaust all the main air bags, namely the air distribution pipe switches 92 are closed, so that the air needles 93 are in a non-ventilation state, the air needles 93 on the air distribution box 90 are respectively inserted into the air valves 80 on the main air bags, the air distribution pipe switches 92 on the air distribution box are opened, the connection between the air cylinder joint 91 and the air cylinder is disconnected, and the air can be simultaneously exhausted from the main air bags; after exhausting, the air pressure of each air bag is consistent; the air distributing pipe switch 92 corresponding to the main air bag which does not need to be exhausted is closed, and the other main air bags can be continuously exhausted;

step six, slipping off the roller skates: inserting the air needles 93 into the air valves 80 respectively, exhausting the 4 main air bags one by one, loosening the front adhesive tape 15 and the rear adhesive tape 16, taking the rack clamping bar 11 out of the gear clamping sleeve 12, pulling the roller skate zipper head 14 downwards, and opening the roller skate zipper 13; taking out the foot of the shoe inner 20 from the skate 10;

step seven, removing the inner sleeve of the shoe: the pull string 23 is pulled downward to open the inner zipper 21 and remove the foot from the inner boot 20.

2. The method of using the inflatable roller skate with multiple independent air cells as claimed in claim 1, wherein the inner boot 20 is provided with an inner boot zipper 21 at the front thereof; the inner sleeve zipper 21 is provided with an inner sleeve zipper head 22, and the inner sleeve zipper head 22 is provided with a brace 23; the front of the shoe inner sleeve 20 is provided with a front main airbag 30, and the front main airbag 30 is fixed on one side belt of the inner sleeve zipper 21; all the main airbags are composed of a plurality of airbag strips 70, and the airbag strips 70 are not communicated with each other in air flow; the air needle 93 is inserted into the air valve 80 and applies downward pressure, the air needle 93 can push a gap between the multi-channel self-closing air cover 82 and the inner core of the air valve 80, air channels between all the air pipes 72 connected with the multi-channel self-closing air cover 82 are opened, and air can flow through the gap between the multi-channel self-closing air cover 82 and the inner core of the air valve 80.

3. The method of using an inflatable roller skate with multiple independent air cells as claimed in claim 1, wherein the inner boot 20 is integrally made of flexible cloth, and the inner boot 20 is integrally smaller than the roller skate 10.

4. The method of claim 1, wherein the main bladder and the bladder strip are closely attached to the inner wall of the inner cover 20 when not inflated; the primary airbag and the airbag strip will expand toward the inside of the inner boot 20 after being inflated, and will drive the inner boot 20 to expand outward.

5. The method of using an inflatable roller skate of claim 1 wherein the bladder strips 70 are divided into upper and lower bladder strips arranged in the lateral and vertical directions, the air in each bladder strip is not circulated, and the upper and lower bladder strips are bounded by the boundary line 73.

6. The method of using an inflatable roller skate with multiple independent air cells as defined in claim 1 wherein the upper 17 of said roller skate 10 is made of a non-deformable material; the left side and the right side of the upper 17 are respectively provided with a clamping rack 11 and a clamping tooth sleeve 12; a roller skate zipper 13 is arranged in the middle of the upper 17, and a roller skate zipper head 14 is arranged on the roller skate zipper 13; the front and the back of the upper 17 are respectively provided with a front adhesive tape 15 and a back adhesive tape 16.

Technical Field

The invention relates to the field of sports, in particular to a using method of an inflatable roller skate with a plurality of independent air bags.

Background

Every person's foot has its own particular shape, and shoes from any manufacturer are unlikely to be able to fit the user's foot completely. In particular, pre-adults, have difficulty choosing a shoe that fits perfectly because of the large variation in foot shape and size during their growth period. Particularly, when people take part in strenuous sports, the shoes which do not fit feet are easy to hurt the feet of the users. Particularly in the case of roller skates, the requirement for the fit of the roller skate is higher.

In the prior art, the technology that the air bag is additionally arranged on the vamp to overcome the defect that the shoes are not suitable for feet exists, but the mode of arranging the air bag is unreasonable, so that the shoes are difficult to exert strength when being worn, and the athletic performance is difficult to improve.

Disclosure of Invention

The invention aims to provide a using method of a multifunctional valve core, and in order to achieve the purpose, the invention provides the following technical scheme, and the using method of the inflatable roller skate with a plurality of independent air bags comprises the following steps:

step one, preparation work: respectively inserting the air needles into the air valves of the main air bags, extruding the inner sleeve of the shoe, and removing the air in all the air bag strips as much as possible;

step two, wearing a shoe inner sleeve: pulling the brace downwards, opening the inner sleeve zipper, extending the foot into the inner sleeve of the shoe, wrapping the instep and two sides of the foot by the front air bag, the left air bag and the right air bag, and wrapping the heel of the foot by the rear air bag;

step three, wearing roller skates: loosening the front adhesive tape and the rear adhesive tape, taking the clamping rack out of the clamping tooth sleeve, pulling the roller skate zipper head downwards, and opening the roller skate zipper; putting the foot with the shoe inner sleeve into the roller skate, pulling the roller skate zipper head upwards, and closing the roller skate zipper; inserting the latch bar into the latch sleeve; adjusting the comfort of the foot on the roller skate, and then respectively pressing and bonding the front adhesive tape and the rear adhesive tape;

step four, inflating:

1) inflating the single air bag one by one, namely fixing an air needle on an inflator, inserting the air needle into the air valve respectively, inflating the main air bags one by one, inflating different parts with different air pressures by controlling an air distributing head according to the foot shape and the exercise habit of the user until the user fits feet comfortably, pulling out the air needle, and finishing inflation;

2) the air distribution box is adopted to simultaneously inflate all the air bags, namely the air distribution pipe switch is closed, so that all the air needles are in an unventilated state, the air needles on the air distribution box are respectively inserted into the air valves of all the main air bags, the air distribution box is connected with the air cylinder, the air distribution pipe switch is opened, all the air bag strips are inflated by the air cylinder, and the air pressure inflated by all the air bag strips is equal in the mode; the air distributing pipe is controlled to open and close in a targeted manner, so that the main air bags can be filled with air with different pressures;

step five, exhausting gas:

1) the air needles which are not connected with the air cylinders are inserted into the air valves on the main air bags to extrude the air bag strips in the main air bags to realize the air exhaust of the air bag strips, the air needles are pulled out to finish the air exhaust, and the previous action is repeated on the main air bags needing the air exhaust to realize the one-by-one air exhaust of each main air bag;

2) the air distributing box is adopted to simultaneously exhaust all the main air bags, namely the air distributing pipe switches are closed, so that the air needles are in a non-ventilation state, the air needles on the air distributing box are respectively inserted into the air valves on the main air bags, the air distributing pipe switches on the air distributing box are opened, the connection between the air cylinder connector and the air cylinder is disconnected, and the air can be simultaneously exhausted from the main air bags; after exhausting, the air pressure of each air bag is consistent; the air distributing pipe switch which does not need to exhaust and corresponds to the main air bag is closed, and other main air bags can be continuously exhausted;

step six, slipping off the roller skates: respectively inserting air needles into the air valves, exhausting air to the main air bags one by one, loosening the front adhesive tape and the rear adhesive tape, taking the clamping rack out of the clamping tooth sleeve, pulling the roller skate zipper head downwards, and opening the roller skate zipper; taking out the foot of the shoe inner sleeve from the roller skate;

step seven, removing the inner sleeve of the shoe: the pull strip is pulled downwards to open the inner sleeve zipper, and the foot is taken out from the inner sleeve of the shoe.

By adopting the technical scheme of the invention, the invention has the following beneficial effects:

1) the invention overcomes the defect that when the air bag is pressed by a certain part of the foot of the inflatable shoe with a single air bag, the air moves rapidly towards the low air pressure part, so that the foot slides, dissociates and is difficult to accelerate;

2) according to the invention, the feet are wrapped by the plurality of main airbags, so that the feet of athletes can exert strength better, the sports result can be improved, and all parts of the feet can be well protected;

3) the invention adopts the air distribution box to inflate or exhaust a plurality of air bags, not only can unify air pressure for all air bag strips, but also can adjust air pressure for a single main air bag, thereby being suitable for individual requirements.

4) After the air needle is pulled out, the air among the air bag strips does not circulate mutually any more, and the air bag strips have independent elastic support after being pressed, so that the air bag has better comfort and stability;

5) the air bag and the air bag strip are vertically arranged along the shape of the foot, and do not interfere with the blood circulation of the foot.

In the first preferred scheme, as a preferred scheme of the basic scheme, an inner sleeve zipper is arranged in front of the inner sleeve of the shoe; the inner sleeve zipper head is arranged on the inner sleeve zipper, and a brace is arranged on the inner sleeve zipper head; the front part of the inner sleeve of the shoe is provided with a front main air bag which is fixed on one side belt of the inner sleeve zipper; all the main airbags consist of a plurality of airbag strips, and the airbag strips are not communicated with each other in airflow; the air needle is inserted into the air valve and applies pressure downwards, the air needle can push a gap between the multi-channel self-closing air cover and the air valve inner core, and the air channel between a plurality of air pipes connected between the multi-channel self-closing air cover is communicated with the gap between the multi-channel self-closing air cover and the air valve inner core;

in a second preferred scheme, as a first preferred scheme, the shoe inner sleeve is integrally made of flexible cloth, and the shoe inner sleeve is smaller than the roller skate;

preferably, the main airbag and the airbag strip are tightly attached to the inner wall of the shoe inner sleeve when not inflated; the main airbag and the airbag strip can expand towards the inner part of the shoe inner sleeve after being inflated, and simultaneously drive the shoe inner sleeve to expand outwards;

the air bag strips are divided into an upper air bag strip and a lower air bag strip which are arranged transversely and vertically, air in the air bag strips is not communicated with each other, and the upper air bag strip and the lower air bag strip are bounded by a boundary line;

according to the preferable scheme five, as the preferable scheme of the preferable scheme four, the upper of the roller skate is made of a non-deformable material; the left side and the right side of the upper are respectively provided with a clamping rack and a clamping tooth sleeve; a roller skate zipper is arranged in the middle of the upper, and a roller skate zipper head is arranged on the roller skate zipper; the front and the back of the upper end are respectively provided with a front adhesive tape and a back adhesive tape;

the preferable proposal is six, and as the preferable proposal of the preferable proposal five, the air bag and the air bag strip are tightly attached to the inner wall of the shoe inner sleeve when not being inflated; the air bag and the air bag strip can expand towards the inner part of the shoe inner sleeve after being inflated, and simultaneously the inner part of the shoe is driven to expand outwards;

preferably, the airbag strip is divided into an upper airbag strip and a lower airbag strip, the upper airbag strip and the upper airbag strip are transversely arranged, the lower airbag strip and the lower airbag strip are transversely arranged, and when no air needle is inserted into the air valve, air in the airbag strips does not circulate.

Drawings

FIG. 1 is a perspective view of the present invention (a state in which the inner boot is put into the skate);

FIG. 2 is a perspective view of the present invention (with the inner boot removed from the skate);

FIG. 3 is a schematic structural view of the present invention;

FIG. 4 is a schematic view of the gas flow during inflation and deflation in accordance with the present invention.

Detailed Description

The following is further detailed by way of specific embodiments:

the reference numerals in the drawings of the specification include a roller skate 10, a rack bar 11, a latch sleeve 12, a roller skate zipper 13, a roller skate zipper head 14, a front sticky tape 15, a rear sticky tape 16, an upper 17, a roller skate section 18, a shoe inner sleeve 20, an inner sleeve zipper 21, an inner sleeve zipper head 22, a brace 23, a shoe inner sleeve opening 24, a front main airbag 30, a rear main airbag 40, a left main airbag 50, a right main airbag 60, an airbag strip 70, an airbag separation sheet 71, an air distribution pipe 72, a dividing line 73, an air valve 80, an air needle guide hole 81, a multi-channel self-closing air cover 82, an airbag and air valve connecting part 83, an air distribution box 90, an air cylinder joint 91, an air distribution pipe switch 92 and an air needle 93.

Examples

A method of using an inflatable roller skate having a plurality of independent bladders, comprising the steps of:

step one, preparation work: inserting air needles which are not connected with air cylinders into the air valves 80 of the main air bags respectively, extruding the inner sleeve 20 of the shoe, and removing air in all air bag strips as much as possible;

step two, wearing a shoe inner sleeve: pulling the brace 23 downwards to open the inner sleeve zipper 21, extending the foot into the inner sleeve 20 of the shoe, wrapping the instep and the two sides of the foot by the front air bag 30, the left air bag 50 and the right air bag 60, and wrapping the heel of the foot by the rear air bag 40;

step three, wearing roller skates: loosening the front adhesive tape 15 and the rear adhesive tape 16, taking the rack clamping bar 11 out of the gear clamping sleeve 12, pulling the roller skate zipper head 14 downwards, and opening the roller skate zipper 13; putting the foot with the shoe inner sleeve 20 into the roller skate 10, pulling the roller skate zipper head 14 upwards, and closing the roller skate zipper 13; inserting the rack bar 11 into the rack sleeve 12; adjusting the comfort of the foot on the roller skate 10, and then respectively pressing and bonding the front adhesive tape 15 and the rear adhesive tape 16;

step four, inflating:

1) inflating the single air bag one by one, namely fixing an air needle on an inflator, respectively inserting the air needle into the air valves 80, inflating the 4 main air bags one by one, inflating different parts with different air pressures by controlling an air distributing head according to the foot shape and the exercise habit of the user until the user closes the foot comfortably, pulling out the air needle, and finishing inflation;

2) simultaneously inflating all air bags by adopting the air distribution box, namely closing the air distribution pipe switch 92 to ensure that all air needles are in an unventilated state, respectively inserting the air needles on the air distribution box into the air valves 80 of all main air bags, connecting the air distribution box with the air cylinder, opening the air distribution pipe switch 92, and inflating all air bag strips by using the air cylinder, wherein the air pressure inflated by all the air bag strips is equal in the mode; by controlling the gas distribution pipe switch 92 in a targeted manner, the main airbags can be filled with gas with different pressures;

step five, exhausting gas:

1) the main airbags are exhausted one by one, namely an air needle 93 which is not connected with an air cylinder is inserted into an air valve on the main airbags, air is exhausted by pressing the airbag strips in the main airbags, the air needle is pulled out, the air is exhausted, the previous action is repeated on the main airbags needing to be exhausted, and the main airbags are exhausted one by one;

2) the air distribution box 90 is adopted to simultaneously exhaust all the main air bags, namely the air distribution pipe switches 92 are closed, so that the air needles 93 are in a non-ventilation state, the air needles 93 on the air distribution box 90 are respectively inserted into the air valves 80 on the main air bags, the air distribution pipe switches 92 on the air distribution box are opened, the connection between the air cylinder joint 91 and the air cylinder is disconnected, and the air can be simultaneously exhausted from the main air bags; after exhausting, the air pressure of each air bag is consistent; the air distributing pipe switch 92 corresponding to the main air bag which does not need to be exhausted is closed, and the other main air bags can be continuously exhausted;

step six, slipping off the roller skates: inserting the air needles 93 into the air valves 80 respectively, exhausting the 4 main air bags one by one, loosening the front adhesive tape 15 and the rear adhesive tape 16, taking the rack clamping bar 11 out of the gear clamping sleeve 12, pulling the roller skate zipper head 14 downwards, and opening the roller skate zipper 13; taking out the foot of the shoe inner 20 from the skate 10;

step seven, removing the inner sleeve of the shoe: the pull string 23 is pulled downward to open the inner zipper 21 and remove the foot from the inner boot 20.

The above examples of the present invention are illustrative of typical embodiments of the present invention and are not intended to limit the embodiments of the present invention. Obvious variations from the embodiments of the present invention are still within the scope of the claims of the present invention.