CN205884824U - Insole - Google Patents
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- CN205884824U CN205884824U CN201620845844.0U CN201620845844U CN205884824U CN 205884824 U CN205884824 U CN 205884824U CN 201620845844 U CN201620845844 U CN 201620845844U CN 205884824 U CN205884824 U CN 205884824U
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Abstract
The embodiment of the utility model discloses insole, comfortable simple and convenient, durable, gas permeability are strong. The utility model discloses an insole includes: the gaseous exchange system and the insole body (3), the insole body (3) be hollow structure, and its front end is equipped with a N air vent (31), and insole physically (3) still includes through -hole (33) of the 2nd one -way valve that is used for installing gaseous exchange system (2') and is used for stretching out gaseous exchange system air duct (13) inlet port (34) of cavity (32), gaseous exchange system still includes: airbag cover piece (15) cover gasbag structure (1), a one -way valve (2) and the 2nd one -way valve that gasbag nests (16) formed (2'), gasbag (1) includes: first cavity (11), second cavity (12), air duct (13) and elasticity post array (14), elasticity post array (14) links firmly in the diapire of first cavity (11) inboardly, and the roof of the first cavity of distance (11) remains the space.
Description
Technical field
This utility model is related to field of mechanical technique, more particularly, to a kind of shoe pad.
Background technology
Air permeable shoe is a kind of fusion body mechanicses, aerodynamic principle, develops and consumer's dress can be breathed
Footwear.
Air permeable shoe utilizes the inertia action that human body is walked, and heel steps toward the supply air bag being arranged on below shoe pad, pushes away
Intracapsular air of giving vent to anger is transported in footwear along feed channel, purifies air pollution produced by underfooting.When heel lifts, it is subject to
To the supply air bag extruding because of negative pressure appearance, back suction and the fresh air directly connecting outside footwear；Because foot jams on supply gas up and down
Capsule constantly exports fresh air in footwear, there is provided pure and fresh, environmental protection wear environment.
But directly cannot exchange between the air in the air and air in air bag in its scavenging period, but first by gas
Air exchange in intracapsular air and footwear, then by the air exchange in the air in footwear and air, such ventilation effect is simultaneously
Not very good.
Utility model content
This utility model provides a kind of shoe pad, and comfortable easy, durable in use, breathability is strong.
A kind of shoe pad of the present utility model, comprising:
Gas exchange systems and insole body 3；
Insole body 3 is hollow-core construction, and its front end is provided with n passage 31, and insole body 3 is also included for installing gas exchange
The through hole 33 of the second Non-return air valve 2 ' of system, wherein n belongs to natural number；
Insole body 3 also includes the air inlet 34 for stretching out the airway 13 of gas exchange systems；
Gas exchange systems include:
Air bag cover plate 15 covers airbag structure 1, the first Non-return air valve 2 and the second Non-return air valve 2 ' that air bag nest 16 is formed；
Air bag 1 includes:
First cavity 11, the second cavity 12, airway 13 and post array 14；
Second cavity 12 one end is connected with the first cavity 11, and the other end is connected with airway 13；
Post array 14 is fixed on the inside bottom wall of the first cavity 11, and the roof of distance the first cavity 11 retains sky
Gap；
First Non-return air valve 2 is arranged in the second cavity 12；
The first pore 211 be aligned airway 13 of the first Non-return air valve 2；
Second cavity 11 also has the installing hole 111 for installing the second Non-return air valve 2 '；
The embedded installing hole 111 of first pore 211 ' of the second Non-return air valve 2 ', the second pore of the second Non-return air valve 2 '
221 ' and the 3rd pore 222 ' and external air communication.
Optionally,
The front end bottom surface of insole body is provided with m convex closure 35, and wherein m belongs to natural number.
Optionally,
Post array 14 center is provided with newel 141；
The cross-sectional area of newel 141 is more than post 142 cross-sectional area of surrounding；
The height of newel 141 is less than the height of the post 142 of surrounding.
Optionally,
First Non-return air valve 2 includes:
First split 21, the second split 22 and valve ball 23；
First split 21 and the second split 22 are hollow cylinder；
The first cylinder chamber of the one end open for accommodating the second split 22 is set in first split 21；
First split 21 is additionally provided with the first pore 211 being connected with the first cylinder chamber；
First pore 211 is opened in the relative other end of the first cylinder chamber opening of the first split 21；
The aperture of the first pore 211 is less than valve ball 23；
The inwall of the first split 21 is provided with depressed part 212；
It is provided with the second cylinder chamber of the one end open for receiving valve ball 23 in second split 22；
Second split 22 has the second pore 221 and the 3rd pore 222；
Second pore 221 is with the 3rd pore 222 positioned at the relative other end of the second cylinder chamber opening of the second split 22；
It is provided with insulated column 223 between second pore 221 and the 3rd pore 222；
One end of insulated column 223 is connected with the second split 22；
One end of valve ball 23 is directed at the first pore 211, and the other end is directed at insulated column 223；
The outer wall of the second split 22 is provided with the lobe 224 for embedding described depressed part 212.
Optionally,
Depressed part 212 is the depression of at least one Discrete Distribution；
Lobe 224 is the projection with the position being recessed and quantity Matching.
Optionally,
Depressed part 212 is annular recess；
Lobe 224 is the annular projection mating with annular recess.
Optionally,
Second split 22 is radially provided with the first flange 225；
First flange 225 is arranged at one end that the second split 22 is connected with insulated column 223.
Optionally,
Second Non-return air valve 2 ' includes:
First split 21 ', the second split 22 ' and valve ball 23 '；
First split 21 ' and the second split 22 ' are hollow cylinder；
The first cylinder chamber of the one end open for accommodating the second split 22 ' is set in first split 21 '；
First split 21 ' is additionally provided with the first pore 211 ' being connected with the first cylinder chamber；
First pore 211 ' is opened in the relative other end of the first cylinder chamber opening of the first split 21 '；
The aperture of the first pore 211 ' is less than valve ball 23 '；
The inwall of the first split 21 ' is provided with depressed part 212 '；
It is provided with the second cylinder chamber of the one end open for receiving valve ball 23 ' in second split 22 '；
Second split 22 ' has the second pore 221 ' and the 3rd pore 222 '；
Relative another of the second cylinder chamber opening that second pore 221 ' is located at the second split 22 ' with the 3rd pore 222 '
End；
It is provided with insulated column 223 ' between second pore 221 ' and the 3rd pore 222 '；
One end of insulated column 223 ' is connected with the second split 22 '；
One end of valve ball 23 ' is directed at described first pore 211 ', and the other end is directed at described insulated column 223 '；
The outer wall of described second split 22 ' is provided with the lobe 224 ' for embedding described depressed part 212 '.
Optionally,
First split 21 ' is radially provided with the second flange 213 '.
Optionally,
First split 21 ' has the connecting portion 214 ' of hollow columnar；
Set in connecting portion 214 ' and run through cavity with described first pore 211 ' is connected.
As can be seen from the above technical solutions, this utility model embodiment has the advantage that
A kind of shoe pad of the present utility model, comprising: gas exchange systems and insole body 3；Insole body 3 is hollow-core construction, its
Front end is provided with n passage 31, and insole body 3 also includes the through hole of the second Non-return air valve 2 ' for installing gas exchange systems
33, wherein n belongs to natural number；Insole body 3 also includes the air inlet 34 for stretching out the airway 13 of gas exchange systems；Gas
Body exchange system includes: the airbag structure 1 that air bag cover plate 15 covering air bag nest 16 is formed, the first Non-return air valve 2 and second are unidirectional
Air valve 2 '；Air bag 1 includes: the first cavity 11, the second cavity 12, airway 13 and post array 14；Second cavity 12 one end
Connect with the first cavity 11, the other end is connected with airway 13；Post array 14 is fixed on the inside bottom wall of the first cavity 11,
And the roof of distance the first cavity 11 retains space；First Non-return air valve 2 is arranged in the second cavity 12；First Non-return air valve 2
The first pore 211 be aligned airway 13；Second cavity 11 also has the installing hole 111 for installing the second Non-return air valve 2 '；
The embedded installing hole 111 of first pore 211 ' of the second Non-return air valve 2 ', the second pore 221 ' of the second Non-return air valve 2 ' and the 3rd
Pore 222 ' and external air communication.In concrete application, this shoe pad is padded on underfooting, and the air pollution stream of underfooting passes through n passage
31 are seeped into below insole body.Entered from airway 13 by air inlet 34 again, flow through the first Non-return air valve 2 and enter air bag 1, and gas
Because the restriction of the first Non-return air valve 2 is it is impossible to derive from airway 13, in the same manner, the air-flow in air bag 1 passes through air in capsule 1
Second Non-return air valve 2 ', flows to outside air from the second pore 221 ' and the 3rd pore 222 ', and outside air is single due to second
To the restriction of air valve 2 ' it is impossible to flow into air bag 1.It is achieved thereby that the air of airway 13 one end directly arranges the stream of outwardly air
Body exchanges.Wherein, post array 14 1 aspect solves and leads to lack support force using flexible filler such as Cotton Gossypii and sponges
Problem, on the other hand solve the problems, such as to lead to get rusty using spring metalloid and send sound.
Brief description
Fig. 1 is a kind of sectional view of shoe pad embodiment in this utility model；
Fig. 2 is a kind of explosive view of shoe pad embodiment in this utility model；
Fig. 3 is a kind of sectional view of shoe pad post array in this utility model；
Fig. 4 is a kind of top view of shoe pad embodiment in this utility model；
Fig. 5 is a kind of structure chart of embodiment of shoe pad a kind of in this utility model；
Fig. 6 is a kind of structure chart of shoe pad another kind embodiment in this utility model；
Fig. 7 is a kind of structure chart of shoe pad another kind embodiment in this utility model；
Fig. 8 is a kind of structure chart of shoe pad gas exchange systems first Non-return air valve in this utility model；
Fig. 9 is a kind of a kind of structure chart of shoe pad gas exchange systems second Non-return air valve in this utility model；
Figure 10 is a kind of another kind of structure chart of shoe pad gas exchange systems second Non-return air valve in this utility model.
Specific embodiment
The purpose of this utility model be provide a kind of shoe pad, comfortable easy, durable in use, have no abnormal sound, good exhaust effect.
Referring next to Fig. 1-Figure 10, one of this utility model shoe pad embodiment is illustrated:
A kind of shoe pad embodiment of the present utility model, comprising: gas exchange systems and insole body 3；Insole body 3 is hollow knot
Structure, its front end is provided with n passage 31, and insole body 3 also includes the second Non-return air valve 2 ' for installing gas exchange systems
Through hole 33, wherein n belong to natural number；Insole body 3 also includes the air inlet for stretching out the airway 13 of gas exchange systems
34；Gas exchange systems include: air bag cover plate 15 covers airbag structure 1, the first Non-return air valve 2 and second that air bag nest 16 is formed
Non-return air valve 2 '；Air bag 1 includes: the first cavity 11, the second cavity 12, airway 13 and post array 14；Second cavity 12
One end is connected with the first cavity 11, and the other end is connected with airway 13；Post array 14 is fixed on the diapire of the first cavity 11
Inner side, and the roof of distance the first cavity 11 retains space；First Non-return air valve 2 is arranged in the second cavity 12；First is unidirectional
The first pore 211 be aligned airway 13 of air valve 2；Second cavity 11 also has the installing hole for installing the second Non-return air valve 2 '
111；The embedded installing hole 111 of first pore 211 ' of the second Non-return air valve 2 ', the second pore 221 ' of the second Non-return air valve 2 ' and
3rd pore 222 ' and external air communication.
In the present embodiment, such as Fig. 1 and Fig. 2, in concrete application, this shoe pad is padded on underfooting, and the air pollution stream of underfooting passes through n
Individual passage 31 is seeped into below insole body.Entered from airway 13 by air inlet 34 again, flow through the first Non-return air valve 2 and enter gas
Capsule 1, and the air in air bag 1 is because the restriction of the first Non-return air valve 2 is it is impossible to derive from airway 13, in the same manner, in air bag 1
Air-flow pass through the second Non-return air valve 2 ', flow to outside air from the second pore 221 ' and the 3rd pore 222 ', and outside air by
In the second Non-return air valve 2 ' restriction it is impossible to flow into air bag 1.It is achieved thereby that the air of airway 13 one end is directly arranged outwardly
The fluid communication of air.Wherein, post array 14 1 aspect solves and leads to lack using flexible filler such as Cotton Gossypii and sponges
The problem of weary support force, on the other hand solves the problems, such as to lead to get rusty using spring metalloid and sends sound.
Below a kind of shoe pad embodiment of the present utility model is described further, the front end bottom surface of insole body is provided with m
Convex closure 35, wherein m belong to natural number.
In the present embodiment, the effect one side of convex closure 35 makes to leave space between shoe pad and shoes, facilitates air current flow；Separately
On the one hand improve the elastic force between shoe pad and shoe body, strengthen comfort.
Below a kind of shoe pad embodiment of the present utility model is described further, during post array 14 center is provided with
Stem 141；The cross-sectional area of newel 141 is more than post 142 cross-sectional area of surrounding；The height of newel 141 is less than week
The height of the post 142 enclosed.
In the present embodiment, such as Fig. 3, newel 141 cross-sectional area is bigger than the post 142 of surrounding, can bear larger
Pressure, prevents air bag to be crushed and damage.
Below a kind of shoe pad embodiment of the present utility model is described further, the first Non-return air valve 2 includes: first point
Body 21, the second split 22 and valve ball 23；First split 21 and the second split 22 are hollow cylinder；Use is set in first split 21
The first cylinder chamber in the one end open accommodating the second split 22；First split 21 is additionally provided with being connected with the first cylinder chamber
One pore 211；First pore 211 is opened in the relative other end of the first cylinder chamber opening of the first split 21；First pore
211 aperture is less than valve ball 23；The inwall of the first split 21 is provided with depressed part 212；It is provided with for receiving in second split 22
Second cylinder chamber of the one end open of valve ball 23；Second split 22 has the second pore 221 and the 3rd pore 222；Second gas
Hole 221 is with the 3rd pore 222 positioned at the relative other end of the second cylinder chamber opening of the second split 22；Second pore 221 He
It is provided with insulated column 223 between 3rd pore 222；One end of insulated column 223 is connected with the second split 22；One end pair of valve ball 23
Accurate first pore 211, the other end is directed at insulated column 223；The outer wall of the second split 22 is provided with for embedding described depressed part 212
Lobe 224.
In the present embodiment, such as Fig. 8, the second split 22 of the first Non-return air valve 2 is sleeved on the first post in the first split 21
In body cavity, the first pore 211, the second cylinder chamber, valve ball 23 and insulated column 223 are on a centrage, and axial symmetry, can
Prevent in scavenging period air pressure unstable it is ensured that the smooth circulation of gas；Air-flow flows into from the first pore 211, by valve ball 23 He
Gap between the second cylinder chamber, flows out from the second pore 221 and the 3rd pore 222；Air-flow enters the second pore 221 and the 3rd gas
During hole 222, valve ball 23 is pushed into the other end of the first pore 211 by air-flow, and the aperture due to the first pore 211 is less than valve ball
23 sphere diameter, thus valve ball 23 blocking air-flow enters the first pore 211, and then realizes air-flow one-way conduction.Second split 22
On lobe 224 and the first split 21 on depressed part 212 can Matching installation, prevent the first split 21 He in scavenging period
Second split 22 departs from it is ensured that Non-return air valve energy normal ventilation.
Below a kind of shoe pad embodiment of the present utility model is described further, depressed part 212 is that at least one is discrete
The depression of distribution；Lobe 224 is the projection with the position being recessed and quantity Matching.
In the present embodiment, the depressed part 212 of Discrete Distribution can firmly block the lobe 224 of form fit therewith,
Thus ensure the first split 21 second split 22 installation consolidate, the selection of quantity can be according to feelings such as the size of footwear, function, heavy burdens
Condition adjusts.
Below a kind of shoe pad embodiment of the present utility model is described further, depressed part 212 is annular recess；Raised
Portion 224 is the annular projection mating with annular recess.
In the present embodiment, the depressed part 212 of the ring-type and lobe 224 of form fit therewith is spun in depressed part 212,
Thus ensure the first split 21 and the second split 22 installation more firmly difficult for drop-off, the selection of quantity can according to the size of footwear,
The adjustment of situations such as function, heavy burden.
Below a kind of shoe pad embodiment of the present utility model is described further, it is convex that the second split 22 is radially provided with first
Edge 225；First flange 225 is arranged at one end that the second split 22 is connected with insulated column 223.
In the present embodiment, the first flange 225 in the second split 22 is prevented from the second split 22 and is absorbed in the first split 21
The first cylinder intracavity, thus ensureing the stability of Non-return air valve structure.
Below a kind of shoe pad embodiment of the present utility model is described further, the second Non-return air valve 2 ' includes: first
Split 21 ', the second split 22 ' and valve ball 23 '；First split 21 ' and the second split 22 ' are hollow cylinder；First split
The first cylinder chamber of the one end open for accommodating the second split 22 ' is set in 21 '；First split 21 ' is additionally provided with and the first cylinder
The first pore 211 ' that chamber is connected；The first cylinder chamber opening that first pore 211 ' is opened in the first split 21 ' is relative
The other end；The aperture of the first pore 211 ' is less than valve ball 23 '；The inwall of the first split 21 ' is provided with depressed part 212 '；Second point
It is provided with the second cylinder chamber of the one end open for receiving valve ball 23 ' in body 22 '；Second split 22 ' has the second pore
221 ' and the 3rd pore 222 '；Second pore 221 ' and the 3rd pore 222 ' are located at the second cylinder chamber opening of the second split 22 '
Hold the relative other end；It is provided with insulated column 223 ' between second pore 221 ' and the 3rd pore 222 '；One end of insulated column 223 '
It is connected with the second split 22 '；One end of valve ball 23 ' is directed at described first pore 211 ', and the other end is directed at described insulated column
223’；The outer wall of described second split 22 ' is provided with the lobe 224 ' for embedding described depressed part 212 '.
In the present embodiment, such as Fig. 5-7, the position of the second Non-return air valve can be exchanged as the case may be, and the second split 22 ' covers
It is contained in the first cylinder intracavity in the first split 21 ', the first pore 211 ', the second cylinder chamber, valve ball 23 ' and insulated column 223 '
On a centrage, and axial symmetry, be prevented from air pressure in scavenging period unstable it is ensured that the smooth circulation of gas；Air-flow is from
One pore 211 ' flows into, and is passed through by the gap between valve ball 23 ' and the second cylinder chamber, from the second pore 221 ' and the 3rd pore
222 ' outflows；When air-flow enters the second pore 221 ' and three pores 222 ', valve ball 23 ' is pushed into the first pore 211 ' by air-flow
The other end, due to the first pore 211 ' aperture be less than valve ball 23 ' sphere diameter, thus valve ball 23 ' blocking air-flow enter
First pore 211 ', and then realize air-flow one-way conduction.In lobe 224 ' in second split 22 ' and the first split 21 '
Depressed part 212 ' can Matching installation, prevent the first split 21 ' and the second split 22 ' in scavenging period from departing from it is ensured that unidirectional gas
Valve energy normal ventilation, and then so that gas in footwear is arranged outwardly.
Below a kind of shoe pad embodiment of the present utility model is described further, the first split 21 ' is radially provided with second
Flange 213 '.
In the present embodiment, such as Figure 10, the first split 21 ' is radially provided with the second flange 213 ' can be solid by whole Non-return air valve
It is scheduled on footwear, prevent landing in walking or scavenging period.
Below a kind of shoe pad embodiment of the present utility model is described further, the first split 21 ' has hollow columnar
Connecting portion 214 '；Set in connecting portion 214 ' and run through cavity with described first pore 211 ' is connected.
In the present embodiment, such as Fig. 9 and 10, the connecting portion 214 ' of hollow columnar is used for connection shoes and this Non-return air valve, connects
Portion 214 ' is set to hollow and is connected with the first pore 211 ' and ensure that in footwear, gas is smoothly discharged.
Those skilled in the art can be understood that, for convenience and simplicity of description, the device of foregoing description
Specific work process, may be referred to the corresponding process in preceding method embodiment, will not be described here.Provided herein
Several embodiments in it should be understood that disclosed device can be realized by another way.
Above example only in order to the technical solution of the utility model to be described, is not intended to limit；Although with reference to aforementioned reality
Apply example this utility model has been described in detail, it will be understood by those within the art that: it still can be to front
State the technical scheme described in each embodiment to modify, or equivalent is carried out to wherein some technical characteristics；And these
Modification or replacement, do not make the essence of appropriate technical solution depart from the spirit and scope of various embodiments of the present invention technical scheme.
Claims (10)
1. a kind of shoe pad is it is characterised in that include:
Gas exchange systems and insole body (3)；
Described insole body (3) is hollow-core construction, and its front end is provided with n passage (31), and described insole body (3) is also included for pacifying
Fill the through hole (33) of the second Non-return air valve (2 ') of described gas exchange systems, wherein n belongs to natural number；
Described insole body (3) also includes the air inlet (34) for stretching out the airway (13) of gas exchange systems；
Described gas exchange systems include:
Air bag cover plate (15) cover air bag nest (16) formed airbag structure (1), the first Non-return air valve (2), the second Non-return air valve
(2’)；
Described airbag structure (1) includes:
First cavity (11), the second cavity (12), airway (13) and post array (14)；
Described second cavity (12) one end is connected with described first cavity (11), and the other end is connected with described airway (13)；
Described post array (14) is fixed on the inside bottom wall of described first cavity (11), and apart from described first cavity (11)
Roof retain space；
Described first Non-return air valve (2) is arranged in described second cavity (12)；
First pore (211) of described first Non-return air valve (2) is directed at described airway (13)；
Described first cavity (11) also has the installing hole (111) for installing described second Non-return air valve (2 ')；
First pore (211 ') of described second Non-return air valve (2 ') embeds described installing hole (111), described second Non-return air valve
Second pore (221 ') of (2 ') is connected with outside air with the 3rd pore (222 ').
2. shoe pad according to claim 1 it is characterised in that
The front end bottom surface of described insole body is provided with m convex closure (35), and wherein m belongs to natural number.
3. shoe pad according to claim 1 it is characterised in that
Described post array (14) center is provided with newel (141)；
The cross-sectional area of described newel (141) is more than post (142) cross-sectional area of surrounding；
The height of described newel (141) is less than the height of the post (142) of surrounding.
4. shoe pad according to any one of claim 1 to 3 it is characterised in that
Described first Non-return air valve (2) includes:
First split (21), the second split (22) and valve ball (23)；
Described first split (21) and described second split (22) are hollow cylinder；
The first cylinder chamber of the one end open for accommodating described second split (22) is set in described first split (21)；
Described first split (21) is additionally provided with the first pore (211) being connected with described first cylinder chamber；
Described first pore (211) is opened in relative another of described first cylinder chamber opening of described first split (21)
End；
The aperture of described first pore (211) is less than described valve ball (23)；
The inwall of described first split (21) is provided with depressed part (212)；
It is provided with the second cylinder chamber of the one end open for receiving described valve ball (23) in described second split (22)；
Described second split (22) has the second pore (221) and the 3rd pore (222)；
Described second pore (221) and the 3rd pore (222) are located at the second cylinder chamber opening phase of described second split (22)
To the other end；
It is provided with insulated column (223) between described second pore (221) and the 3rd pore (222)；
One end of described insulated column (223) is connected with described second split (22)；
One end of described valve ball (23) is directed at described first pore (211), and the other end is directed at described insulated column (223)；
The outer wall of described second split (22) is provided with the lobe (224) for embedding described depressed part (212).
5. a kind of shoe pad according to claim 4 it is characterised in that
Described depressed part (212) is the depression of at least one Discrete Distribution；
Described lobe (224) is the projection of position with described depression and quantity Matching.
6. a kind of shoe pad according to claim 4 it is characterised in that
Described depressed part (212) is annular recess；
Described lobe (224) is the annular projection mating with described annular recess.
7. a kind of shoe pad according to claim 4 it is characterised in that
Described second split (22) is radially provided with the first flange (225)；
Described first flange (225) is arranged at one end that described second split (22) is connected with described insulated column (223).
8. shoe pad according to any one of claim 1 to 3 it is characterised in that
Described second Non-return air valve (2 ') includes:
First split (21 '), the second split (22 ') and valve ball (23 ')；
Described first split (21 ') and described second split (22 ') are hollow cylinder；
The first cylinder chamber of the one end open for accommodating described second split (22 ') is set in described first split (21 ')；
Described first split (21 ') is additionally provided with the first pore (211 ') being connected with described first cylinder chamber；
Described first pore (211 ') is opened in relative another of described first cylinder chamber opening of described first split (21 ')
End；
The aperture of described first pore (211 ') is less than described valve ball (23 ')；
The inwall of described first split (21 ') is provided with depressed part (212 ')；
It is provided with the second cylinder chamber of the one end open for receiving described valve ball (23 ') in described second split (22 ')；
Described second split (22 ') has the second pore (221 ') and the 3rd pore (222 ')；
Described second pore (221 ') and the 3rd pore (222 ') are located at the second cylinder chamber opening of described second split (22 ')
The relative other end；
It is provided with insulated column (223 ') between described second pore (221 ') and the 3rd pore (222 ')；
One end of described insulated column (223 ') is connected with described second split (22 ')；
One end of described valve ball (23 ') is directed at described first pore (211 '), and the other end is directed at described insulated column (223 ')；
The outer wall of described second split (22 ') is provided with the lobe (224 ') for embedding described depressed part (212 ').
9. a kind of shoe pad according to claim 8 it is characterised in that
Described first split (21 ') is radially provided with the second flange (213 ').
10. a kind of shoe pad according to claim 8 it is characterised in that
First split (21 ') has the connecting portion (214 ') of hollow columnar；
Set in described connecting portion (214 ') and run through cavity with described first pore (211 ') is connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620845844.0U CN205884824U (en) | 2016-08-05 | 2016-08-05 | Insole |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620845844.0U CN205884824U (en) | 2016-08-05 | 2016-08-05 | Insole |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205884824U true CN205884824U (en) | 2017-01-18 |
Family
ID=57783446
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620845844.0U Active CN205884824U (en) | 2016-08-05 | 2016-08-05 | Insole |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205884824U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107625226A (en) * | 2017-09-29 | 2018-01-26 | 邹培锦 | A kind of breathable shoes |
| CN109480684A (en) * | 2018-12-15 | 2019-03-19 | 张绍康 | A kind of toilet seat |
-
2016
- 2016-08-05 CN CN201620845844.0U patent/CN205884824U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107625226A (en) * | 2017-09-29 | 2018-01-26 | 邹培锦 | A kind of breathable shoes |
| CN109480684A (en) * | 2018-12-15 | 2019-03-19 | 张绍康 | A kind of toilet seat |
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