CN109198796A

CN109198796A - Shoes fix device with air pressure

Info

Publication number: CN109198796A
Application number: CN201710533234.6A
Authority: CN
Inventors: 莫皓然; 莫立邦; 陈世昌; 韩永隆; 李伟铭
Original assignee: Microjet Technology Co Ltd
Current assignee: Microjet Technology Co Ltd
Priority date: 2017-07-03
Filing date: 2017-07-03
Publication date: 2019-01-15
Anticipated expiration: 2037-07-03
Also published as: CN109198796B

Abstract

A kind of shoes fix device with air pressure, are suitable for a shoes, and it includes inflation flap, first gas pump, weight sensor and control modules.Control module is exported according to second enable signal control gas by inflation flap, inside contracts inflation flap, whereby with the foot of regular user in shoes；Control module pumps actuation according to he first enable signal driving first gas, imports gas in inflation flap, makes to inflate flap filling gas and expand, and outwardly protrude, and then increase the opening, with sharp user's taking on/off shoes.

Description

Shoes fix device with air pressure

Technical field

The present invention fixes device with air pressure about a kind of shoes, espespecially a kind of to be fixed with the shoes that gas pump is inflated with air pressure Device.

Background technique

In general, most conventional footwear is using shoestring as the tool for lightening restrictions on and fixing foot, however, having shoes There are many inconveniences wearing upper meeting for the footwear of band.For example, shoestring is caused to fall off during movable in dress, Shoestring must be fastened again could continue activity, cause inconvenience and waste of time in activity.Furthermore wearing has shoestring Footwear also have potential risk.For example, it when shoestring unclamps accidentally, be easy to cause other people to trample and causes to trip, also It is possible that being involved in the gap of automatic escalator, bicycle chain or motorcycle foot bolt etc., it be easy to cause unexpected generation.This Outside, there are the footwear of shoestring to be easy to apply foot excessive pressure for long-term dress, lead to the discomfort of wearer.

Least a portion of conventional footwear be otherwise as the tool for lightening restrictions on and fixing foot, such as: devil's felt or socks Shell type shoe body, right devil's felt stationarity is insufficient, is easy to fall off, and for a long time using the felt stickiness of devil's felt can be made to decline, causes to live Inconvenience on dynamic, also uncomfortable resultant motion used time dress.Sock cover type shoe body is also insufficient to the stationarity of foot, and can not be according to demand Elastic adjustment is carried out, prolonged use also be easy to cause the relaxation of sock cover type shoe body, and is unable to satisfy the demand of fixed foot.

On the other hand, the welt size of general conventional footwear is mainly designed according to its functionality, such as movement is used The usual welt design of shoes money is smaller, whereby to provide preferable covering property, also avoids falling off in motion process, however such shoes The foot that the lesser design of mouth often results in user is difficult to penetrate in the shoes, is penetrated if imposing strength and strutting welt with benefit, It will cause welt relaxation instead, and then lose the effect of cladding protection；Such as leisure is larger with the usual welt design of shoes money, whereby So that user conveniently wears off, however the foot that the biggish design of such welt often results in user is easily separated from the shoes, And it be easy to cause user's foot injured or the risk of shoes damage.

In view of this, how to develop a kind of missing that can improve aforementioned known techniques, and developing one kind can adjust automatically Welt size is adjusted, and the shoes that foot can cosily be coated and fixed fix device with air pressure, it is actually in the urgent need to address at present Problem.

Summary of the invention

The main purpose of the present invention is to provide a kind of shoes to fix device with air pressure, can adjust automatically adjustment welt it is big It is small, and foot can cosily be coated and fixed, when conveniently wearing off and wear to reach simultaneously the effect of fixed foot.For up to above-mentioned mesh , the broader implementation pattern of of the invention one is that a kind of shoes with air pressure fix device, be suitable for a shoes, the shoes include a shoe body and One bottom, the shoe body include several lace holes, which is connected with the bottom, place space with common definition one, which uses The fixed device of air pressure includes: an inflation flap is connected, which is an inflatable structure, this is filled with the shoe body Gas flap and the shoe body common definition one are open, which places space with this and communicate；One first gas pump, with the inflation flap It is connected；And a control module, it pumps and is electrically connected with the first gas；Wherein, which believes according to one second enable Number, control gas is exported by the inflation flap, inside contracts the inflation flap towards placing direction in space close to this, to be bonded user Instep；The control module drives the first gas to pump actuation according to a he first enable signal, and gas is made to import the inflation flap In, make the inflation flap filling gas and generate expansion, and is protruded towards the direction for placing space far from this, and then increase the opening Greatly.

Detailed description of the invention

Fig. 1 is that the shoes of present pre-ferred embodiments fix the structural schematic diagram of device with air pressure.

Fig. 2 is that the structure of present pre-ferred embodiments sneakers disassembles schematic diagram.

Fig. 3 is the Pneumatic shoes band schematic diagram that present pre-ferred embodiments shoes fix device with air pressure.

Fig. 4 A is the original state schematic diagram in the shoestring portion of the Pneumatic shoes band of first embodiment of the invention.

Fig. 4 B is the dismantling schematic diagram in the shoestring portion of the Pneumatic shoes band of Fig. 4 A.

Fig. 4 C is the inflation schematic diagram in the shoestring portion of the Pneumatic shoes band of Fig. 4 A.

Fig. 4 D is the original state schematic diagram of the pastern in the shoestring portion of the Pneumatic shoes band of second embodiment of the invention.

Fig. 4 E is the inflation schematic diagram of the pastern in the shoestring portion of the Pneumatic shoes band of Fig. 4 D.

Fig. 4 F is the original state schematic diagram of the pastern in the shoestring portion of the Pneumatic shoes band of third embodiment of the invention.

Fig. 4 G is the inflation schematic diagram of the pastern in the shoestring portion of the Pneumatic shoes band of Fig. 4 F.

Fig. 4 H is the original state schematic diagram of the pastern in the shoestring portion of the Pneumatic shoes band of the 4th preferred embodiment of the invention.

Fig. 4 I is the inflation schematic diagram of the pastern in the shoestring portion of the Pneumatic shoes band of Fig. 4 H.

Fig. 4 J is the original state schematic diagram of the pastern in the shoestring portion of the Pneumatic shoes band of the 5th preferred embodiment of the invention.

Fig. 4 K is the inflation schematic diagram of the pastern in the shoestring portion of the Pneumatic shoes band of Fig. 4 J.

The AA diagrammatic cross-section for the inflation flap that Fig. 5 A is Fig. 2.

Fig. 5 B is the inflation flap inflation schematic diagram of Fig. 5 A.

Fig. 6 A is the inflation flap diagrammatic cross-section of present pre-ferred embodiments.

The outer air bag inflation schematic diagram for the inflation flap that Fig. 6 B is Fig. 6 A.

The interior air bag inflation schematic diagram for the inflation flap that Fig. 6 C is Fig. 6 A.

Fig. 7 A is the configuration diagram that present pre-ferred embodiments shoes fix device with air pressure.

Fig. 7 B is the configuration diagram that another preferred embodiment shoes of the present invention fix device with air pressure.

Fig. 8 is the gas circulating direction schematic diagram that present pre-ferred embodiments shoes fix device with air pressure.

Fig. 9 A is the original state diagrammatic cross-section of present pre-ferred embodiments sneakers.

Fig. 9 B is the wearing state diagrammatic cross-section of present pre-ferred embodiments sneakers.

Figure 10 A and Figure 10 B figure are respectively present pre-ferred embodiments gas pump in the decomposition texture schematic diagram of different perspectives.

Figure 11 A is the positive structure schematic of piezoelectric actuator shown in Figure 1A and Figure 10 B.

Figure 11 B is the structure schematic diagram of piezoelectric actuator shown in Figure 1A and Figure 10 B.

Figure 11 C is the schematic diagram of the section structure of piezoelectric actuator shown in Figure 1A and Figure 10 B.

Figure 12 is the schematic diagram of the section structure of gas pump shown in Figure 1A and Figure 10 B.

Figure 13 A to Figure 13 D is the flowage structure figure of gas pump actuation shown in Figure 1A and Figure 10 B.

Figure 14 A and Figure 14 B are respectively that another preferred embodiment gas pump of the present invention is illustrated in the decomposition texture of different perspectives Figure.

[symbol description]

1: shoes fix device with air pressure

10: Pneumatic shoes band

10a: pastern

10b: interconnecting piece

10e: through-hole

10f: bulge

10g: interconnecting part

10h: gap

10i: outer layer

11: inflation flap

11a, 111a, 112a: convex block

11b, 111b, 112b: gap

11c, 111c: outer surface

111: outer air bag

112: interior air bag

112c: inner surface

113: two-way valve

12: first gas pump

12 ': second gas pump

121: inlet plate

121a: first surface

121b: second surface

1210: air inlet

1211: central recess

1212: total string holes

122: resonance plate

1220: hollow bore

123: piezoelectric actuator

1231: suspension board

1231a: first surface

1231b: second surface

1231c: central part

1231d: peripheral part

1231e: protrusion

1232: outline border

1232a: bracket

1232a ': first surface

1232a ": second surface

1232b: conductive connecting pin

1232c: first surface

1232d: second surface

1233: piezoelectric element

1234: gap

1241,1242: insulating trip

125: conductive sheet

1251: conductive connecting pin

126: cover board

126a: accommodating space

1261: side wall

1262: bottom plate

1263: opening portion

127a: confluence chamber

127b: first chamber

128: colloid

13a: first gas passage

13b: second gas channel

14: balloon portion

15: control module

16: battery

17: switch

17 ': pressure sensor

2: sneakers

21: shoe body

21a: lace hole

22: bottom

22a: insole

22b: sole

23: placing space

24: opening

Specific embodiment

The some exemplary embodiments for embodying feature of present invention and advantage will describe in detail in the explanation of back segment.It should be understood that It is that the present invention there can be various variations in different aspects, neither departs from the scope of the present invention, and explanation therein And attached drawing inherently is illustrated as being used, and nand architecture is in the limitation present invention.

Fig. 1 and Fig. 2 is please referred to, Fig. 1 is the structural schematic diagram that present pre-ferred embodiments shoes fix device with air pressure, Fig. 2 Schematic diagram is disassembled for the structure of present pre-ferred embodiments sneakers.It is fitted as shown in Figure 1, shoes of the invention fix device 1 with air pressure For various footwear, such as: sneakers, sandals or high-heeled shoes etc., but not limited to this.The shoes of the present embodiment fix dress with air pressure Setting 1 is illustrated for being applied to a sneakers 2, which includes shoe body 21, bottom 22.As shown in Fig. 2, shoe body 21 is wrapped Containing several lace hole 21a, so that various shoestring is inserted therein, bottom 22 has more insole 22a and sole 22b, wherein shoe body 21 are connected with the sole 22b of bottom 22, and define and place space 23, and insole 22a, which is correspondingly arranged in, to be placed in space 23, and It is connected with sole 22b, therefore the kenel of insole 22a is substantially identical as sole 22b, precisely because profile is slightly less than sole 22b, and shoes Padding appearance kenel, thickness of 22a and sole 22b etc. can appoint according to situation is actually applied and apply variation.

Please continue to refer to Fig. 1 and Fig. 2, in this present embodiment, it includes Pneumatic shoes band that shoes of the invention, which fix device 1 with air pressure, 10, flap 11, first gas pump 12, second gas pump 12 ', balloon portion 14, control module 15 and battery 16 are inflated, but not with this It is limited.Wherein, inflation flap 11 is connected with shoe body 21, and is open 24 with the shoe body 21 definition, and the foot of user can be via The opening 24 of shoe body 21 then may be used to be inserted in or be detached from sneakers 2, and when the foot of user is inserted in 2 inside of sneakers through opening 24 It is placed in and places in space 23；Balloon portion 14 be attached at inflation flap 11 and adjacent to inflation flap 11 side, and with inflation Flap 11 is connected, and Pneumatic shoes band 10, which attaches, to be set on inflation flap 11 and adjacent to the other side of inflation flap 11, but not As limit.The first gas pump 12 of the present embodiment is the gas pump of an one-way air inlet, but is also not limited.The present embodiment Control module 15 and battery 16 are set between the insole 22a and sole 22b of bottom 22, wherein control module 15 and the first gas Body pump 12, second gas pump 12 ' are electrically connected, and battery 16 is then to provide electric energy to control module 15.

Please refer to Fig. 2 and Fig. 3, Fig. 3 is that present pre-ferred embodiments shoes are shown with the Pneumatic shoes band that device is fixed in air pressure It is intended to.As shown, the Pneumatic shoes band 10 of the present embodiment is an inflatable structure, and via first gas passage 13a and Second gas channel 13b and balloon portion 14 are interconnected for gas transport, and balloon portion 14 is attached at the outside of inflation flap 11 On surface, Pneumatic shoes band 10 is arranged in several lace holes 21 of shoe body 21, first gas passage 13a and second gas channel 13b is respectively communicated between balloon portion 14 and Pneumatic shoes band 10, and 12 connection of first gas pump is set to first gas passage 13a It is interior, it is electrically connected with control module 15, gas is imported balloon portion 14 by Pneumatic shoes band 10, so that Pneumatic shoes band 10 is lost heart loose It relaxes, so that user wears off the sneakers 2；12 ' the connection of second gas pump is set in the 13b of second gas channel, and the second gas Body pump 12 ' is electrically connected with control module 15, to import among Pneumatic shoes band 10 gas by balloon portion 14, makes to inflate whereby Gas inside flap 11 and balloon portion 14 is filled into Pneumatic shoes band 10, fills gas rapidly to Pneumatic shoes band 10, and make 10 inflation of Pneumatic shoes band and it is tight, make it that can completely fit in the instep upper half of user, i.e., the instep of user with Ankle connects periphery, in favor of the foot of user is firmly coated and fixed in sneakers 2, furthermore by Pneumatic shoes band 10 and The setting of 14 two-part of shoes balloon portion bends when wearing activity and oppresses the foot of user to avoid the shoe body 21 of sneakers 2, And reach comfortable, safe effect.Therefore, by the setting of first gas pump 12 and second gas pump 12 ', to control gas stream It passes through between Pneumatic shoes band 10 and inflation flap 11, and keeps Pneumatic shoes band 10 loose or tight by gas flowing, to reach benefit In the effect for wearing off or consolidating fixation.

Please refer to the original state signal for the Pneumatic shoes band that Fig. 4 A and Fig. 4 B, Fig. 4 A are first embodiment of the invention Figure, Fig. 4 B are the dismantling schematic diagram of the Pneumatic shoes band of Fig. 4 A, and Fig. 4 C is the inflation schematic diagram of the Pneumatic shoes band of Fig. 4 A.Such as figure Shown in 4A, in first embodiment of the invention, Pneumatic shoes band 10 also comprising being also comprising pastern 10a and interconnecting piece 10b, the present embodiment It is illustrated with three pastern 10a and two interconnecting piece 10b, but not limited to this, and quantity and set-up mode can be according to reality Situation, which is appointed, applies variation.Again as shown in Figure 4 B, in this present embodiment, the both ends of each pastern 10a are respectively equipped with a through-hole 10e, And corresponding through-hole (not shown) is also correspondingly provided on the surface of interconnecting piece 10b, and by through-hole 10e be connected to pastern 10a and Between interconnecting piece 10b, to realize the circulation of gas.When gas imports Pneumatic shoes band 10,10 inflation of Pneumatic shoes band, i.e., such as Shown in Fig. 4 C, is inwardly tightened by three pastern 10a inflations of shoestring portion 10b, be equal to general shoes whereby to reach With the effect tensed, and since Pneumatic shoes band 10 is inflation structure, elasticity preferably, can avoid general shoestring when fastening Because elasticity it is bad caused by sense of discomfort.When gas exports Pneumatic shoes band 10, Pneumatic shoes band 10 loses heart and relaxes, and returns back to initial That is, as shown in Figure 4 A state is lost heart by three pastern 10a of shoestring portion 10b and is relaxed outward, be equal to one whereby to reach As the effect lightened restrictions on of shoestring, so that user wears off.In addition, in this present embodiment, Pneumatic shoes band 10 is that an artificial-muscle fills Gas shoestring, be made of an electroactive polymer, such as: amino acid, be a kind of intelligent polymer material, can lead to The control for crossing electric energy, make material internal structure can produce it is flexible, the movement such as be bent, tighten or expand, and have as biological muscles Elasticity and pliability, inflatable by the artificial-muscle Pneumatic shoes band is tightened or is expanded, to provide the splendid ball of user Shoes dress experience.

Please refer to the original state of the pastern for the Pneumatic shoes band that Fig. 4 D and Fig. 4 E, Fig. 4 D are second embodiment of the invention Schematic diagram, Fig. 4 E are the inflation schematic diagram of the pastern of the Pneumatic shoes band of Fig. 4 D.As shown in Figure 4 D, implement in the present invention second In example, the pastern 10a of Pneumatic shoes band 10 also includes also comprising several bulge 10f, several interconnecting part 10g and two through hole 10e, often One interconnecting part 10g is connected between adjacent each bulge 10f in such a way that upper and lower ends are staggered, and defines several gaps 10h between each bulge 10f, with constitute be similar to several " types of falling S " connection strip Shoelace structure, but not as Limit；In addition, two through hole 10e is respectively arranged at the both ends of pastern 10a, but not limited to this.It is inflated when gas is imported by through-hole 10e When shoestring 10, the pastern 10a inflation of the shoestring portion 10b of Pneumatic shoes band 10 makes several bulge 10f and several interconnecting parts 10g inflation, and compress the region of several gap 10h enables after pastern 10a inflation to interior deflation, i.e., as shown in Figure 4 E, It is tensed whereby with achieving the effect that be equal to general shoestring, with the foot of regular user.Similarly, when gas exports Pneumatic shoes When band 10, the pastern 10a of Pneumatic shoes band 10 loses heart and relaxes, and returns back to original state, i.e., as shown in Figure 4 D, passes through pastern 10a Lose heart and relax, is lightened restrictions on whereby with achieving the effect that be equal to general shoestring, so that user wears off.

Please refer to the original state of the pastern for the Pneumatic shoes band that Fig. 4 F and Fig. 4 G, Fig. 4 F are third embodiment of the invention Schematic diagram, Fig. 4 G are the inflation schematic diagram of the pastern of the Pneumatic shoes band of Fig. 4 F.As illustrated in figure 4f, implement in third of the present invention In example, the pastern 10a of Pneumatic shoes band 10 also includes several bulge 10f, several interconnecting part 10g and two through hole 10e, each connection Portion 10g is directly connected between adjacent each bulge 10f, and define several gap 10h in each bulge 10f it Between, to constitute strip Shoelace structure, in addition, two through hole 10e is located at the two sides of pastern 10a, but not limited to this.When gas is by leading to When hole 10e imports Pneumatic shoes band 10, the pastern 10a inflation of the shoestring portion 10b of Pneumatic shoes band 10 makes several bulge 10f And several interconnecting part 10g inflations, and the region of several gap 10h is compressed, enabled after pastern 10a inflation to interior deflation, I.e. as shown in Figure 4 G, it is tensed whereby with achieving the effect that be equal to general shoestring, with the foot of regular user.When gas exports When Pneumatic shoes band 10, the pastern 10a of Pneumatic shoes band 10 loses heart and relaxes, and returns back to original state, i.e., as illustrated in figure 4f, passes through and be Portion 10a, which loses heart, to relax, and is lightened restrictions on whereby with achieving the effect that be equal to general shoestring, so that user wears off.

Please refer to the original state of the pastern for the Pneumatic shoes band that Fig. 4 H and Fig. 4 I, Fig. 4 H are fourth embodiment of the invention Schematic diagram, Fig. 4 I are the inflation schematic diagram of the pastern of the Pneumatic shoes band of Fig. 4 H.As shown at figure 4h, implement in the present invention the 4th In example, the pastern 10a of 10 10b of Pneumatic shoes band also includes also comprising two through-hole 10e, several bulge 10f, several interconnecting parts 10g and outer layer 10i, several bulge 10f and several interconnecting part 10g are all set among outer layer 10i, and two through-hole 10e points It is not set to the two-end-point of outer layer 10i, and is connected by two through-hole 10e with the bulge 10f at both ends and is circulated with supplied gas, Each interconnecting part 10g is connected between adjacent each bulge 10f, and defines several gap 10h in each bulge 10f Between, to constitute strip Shoelace structure, but not limited to this.When gas imports Pneumatic shoes band 10 by through-hole 10e, Pneumatic shoes band The pastern 10a inflation of 10 shoestring portion 10b makes several bulge 10f and several interconnecting part 10g inflations, and compresses The region of several gap 10h enables after pastern 10a inflation to interior deflation, i.e., as shown in fig. 41, is equal to one whereby to reach As shoestring tense effect, with the foot of regular user.Similarly, when gas exports Pneumatic shoes band 10, Pneumatic shoes band 10 Pastern 10a lose heart and relax, return back to original state, i.e., as shown at figure 4h, by pastern 10a lose heart relaxation, whereby to reach To the effect for being equal to general shoestring and lightening restrictions on, so that user wears off.In some embodiments, Pneumatic shoes band 10 also can be independent Applied to the shoestring for replacing general footwear, and the pastern 10a of Pneumatic shoes band 10 also includes also comprising a gas nozzle 10j, and gas nozzle 10j is also It is connected to bulge 10f by interconnecting part 10g, with for an external pump-up device, such as: gas pump, inflator etc..

Please refer to the original state of the pastern for the Pneumatic shoes band that Fig. 4 J and Fig. 4 K, Fig. 4 J are fifth embodiment of the invention Schematic diagram, Fig. 4 K are the inflation schematic diagram of the pastern of the Pneumatic shoes band of Fig. 4 J.As shown in fig. 4j, implement in the present invention the 5th In example, the pastern 10a of Pneumatic shoes band 10 includes two through-hole 10e, several bulge 10f, several interconnecting part 10g and outer layer 10i, several bulge 10f and several interconnecting part 10g are all set among outer layer 10i, and two through-hole 10e are respectively arranged at outer layer The two-end-point of 10i, and be connected by two through-hole 10e with the bulge 10f at both ends and circulated with supplied gas, each interconnecting part 10g is connected between adjacent each bulge 10f, and defines several gap 10h between each bulge 10f, with structure Shoelace structure into strips, but not limited to this.When gas imports Pneumatic shoes band 10, the shoestring portion 10b's of Pneumatic shoes band 10 is Portion's 10a inflation makes several bulge 10f and several interconnecting part 10g inflations, and compresses the region of several gap 10h It enables after pastern 10a inflation to interior deflation, i.e., as shown in Figure 4 K, is tensed whereby with achieving the effect that be equal to general shoestring, With the foot of regular user.Similarly, when gas exports Pneumatic shoes band 10, the pastern 10a of Pneumatic shoes band 10 is discouraged and loose It relaxes, returns back to original state, i.e., as shown in fig. 4j, lost heart by pastern 10a and relaxed, be equal to general shoestring pine whereby to reach The effect tied up, so that user wears off.In some embodiments, Pneumatic shoes band 10, which can be also applied individually to any, replaces general footwear Shoestring, imply that inflation flap 11 can be still applied individually to any in various footwear, and the pastern 10a of Pneumatic shoes band 10 also includes also to wrap Containing a gas nozzle 10j, gas nozzle 10j is connected to bulge 10f also through interconnecting part 10g, with for an external pump-up device, such as: Gas pump, inflator etc..

Please refer to the AA diagrammatic cross-section of Fig. 2, Fig. 5 A and Fig. 5 B, Fig. 5 A inflation flap inflation for being Fig. 2, figure 5B is the inflation flap original state schematic diagram of Fig. 5 A.As shown in Fig. 2, the inflation flap 11 of the present embodiment is an inflatable Structure is connected with shoe body 21, and corresponds to the instep of user and be arranged, and but not limited to this.As shown in Figure 5A, it inflates On the outer surface 11c of flap 11 it is several convex block 11a of outwardly convex, and all has one between each adjacent convex block 11a Gap 11b, when gas imports inflation flap 11, inflation flap 11 generates expansion because of inflation, and by outer surface 11c Several convex block 11a expansion outwardly protrude so that inflation flap 11 is outwardly protruded towards far from the side for placing space 23, make opening 24 Expand, so that user wears off sneakers 2；Then as shown in Figure 5 B, when gas export inflation flap 11 when, inflation flap 11 because Lose heart and generate and interior deflation, and several convex block 11a on outer surface 11c are to contract, so that inflation flap 11 is towards close It places in the direction in space 23 and tightens, the original state of Fig. 5 B is returned back to, whereby to be firmly fixed on the foot of user Among sneakers 2.

Please refer to Fig. 6 A to Fig. 6 C, Fig. 6 A is the inflation flap diagrammatic cross-section of another preferred embodiment of the present invention, The interior air bag inflation of the outer air bag inflation schematic diagram for the inflation flap that Fig. 6 B is Fig. 6 A, the inflation flap that Fig. 6 C is Fig. 6 A is swollen Swollen schematic diagram.As shown, inflation flap 11 includes outer air bag 111, interior air bag 112 in another preferred embodiment of the present invention And two-way valve 113, wherein the outer surface 111c of outer air bag 111 is several convex block 111a of outwardly convex, it is each adjacent convex There is a gap 111b between block 111a, and the inner surface 112c of interior air bag 112 is inwardly protruded several convex block 112a, often Between one adjacent convex block 112a also have a gap 112b, two-way valve 113 be one can bidirection air intake valve mechanism, be connected to Between outer air bag 111 and interior air bag 112, and it is electrically connected with control module 15.Outer air bag is introduced gas by two-way valve 113 111 several convex block 111a expansion outwardly protrudes, so that the inflation flap 11 is outwardly protruded towards far from the direction for placing space 23, So that opening 24 expands, so that user wears off sneakers 2；The several convex of interior air bag 112 is introduced gas by two-way valve 113 Block 112a expansion is inwardly projecting, so that the inflation flap 11 is outwardly protruded towards close to the direction for placing space 23, so that opening 24 And place space 23 and inwardly tighten, in favor of the foot of user is firmly fixed in sneakers 2.Therefore, pass through outer air bag 111, the setting of interior air bag 112 and two-way valve 113, i.e., controllable Pneumatic shoes tongue 11 is outwardly or inwardly raised, and can be in being not required to set In the case where setting shoestring, shoes is made to achieve the effect that fixed with the inflation flap 11 that device 1 is fixed in air pressure and lighten restrictions on.

Please referring to Fig. 7 A, Fig. 8 and Fig. 9 B, Fig. 7 A is that present pre-ferred embodiments shoes are illustrated with the framework that device is fixed in air pressure Figure, Fig. 8 are the gas circulating direction schematic diagram that present pre-ferred embodiments shoes fix device with air pressure, and Fig. 9 A is that the present invention is preferable The original state diagrammatic cross-section of embodiment sneakers, Fig. 9 B are that the wearing state section of present pre-ferred embodiments sneakers is illustrated Figure.It please refers to shown in Fig. 7 A, the shoes of the present embodiment fix device 1 also comprising also comprising a switch 17, switch 17 is electrically connected with air pressure Control module 15 is connect, switch 17 is operated for user, fixes device 1 with air pressure to control shoes, specific embodiment please join Fig. 7 A to Fig. 9 B is examined, when the foot of user is worn into sneakers 2 when placing space 23, user, which fiddles with, opens switch 17, Switch 17 is set to send a second enable signal to control module 15, control module 15 controls the second gas according to second enable signal Body pumps 12 ' actuations, makes gas by exporting in inflation flap 11 and balloon portion 14 to Pneumatic shoes band 10, makes to inflate flap 11 towards close It places 23 direction of space to inside contract, and makes 10 inflation of Pneumatic shoes band and tight, to be bonded the foot of user；Conversely, when making It when the foot of user sneakers 2 to be detached from, fiddles with and turns off the switch 17, switch 17 is made to send he first enable signal to control module 15, Control module 15 pumps 12 actuations according to he first enable signal driving first gas, and gas is made to import inflation flap from Pneumatic shoes band 10 11 and balloon portion 14 in, so that Pneumatic shoes band 10 is lost heart and is relaxed, and make to inflate 11 filling gas of flap and generate expansion, towards separate The direction for placing space 23 outwardly protrudes, and when the synchronous inflation of balloon portion 14 is heaved, pushes inflation flap 11 and neighbouring balloon portion 14 one end, lifts the other end of inflation flap 11, and then makes the increase of opening 24 for inflating flap 11 and shoe body 21 defines, with benefit Sneakers 2 (i.e. as shown in Figure 9 A) is worn off in user, in addition, the switch 17 of the present embodiment may be disposed at shoe body 21 (not shown), But it is not limited thereto.

In addition, please referring to Fig. 7 B, Fig. 7 B is that another preferred embodiment shoes of the present invention are illustrated with the framework that device is fixed in air pressure Figure.As shown, shoes of the invention fix device 1 also comprising also comprising a pressure sensor 17 ', pressure sensor with air pressure 17 ' electrical connection control modules 15, in this present embodiment, pressure sensor 17 ' may be disposed at the bottom 22 of sneakers 2, but not with this It is limited, when the foot of user is worn into sneakers 2 when placing space 23, after pressure sensor 17 ' senses a pressure, hair Send second enable signal to control module 15, control module 15 controls second gas pump and set 12 ' works according to second enable signal It is dynamic, make gas by exporting in inflation flap 11 to Pneumatic shoes band 10, makes to inflate flap 11 towards inside contracting close to placing 23 direction of space, And make 10 inflation of Pneumatic shoes band and tight, and to be bonded the foot of user, after enabling user's foot wear sneakers 2, ball The Pneumatic shoes band 10 of shoes 2 is just inflated, inside packing, is achieved the effect that automatically fixed.

In this present embodiment, shoes fix device 1 also comprising also comprising flap baroceptor (not shown), the shoes with air pressure Tongue baroceptor is set to the inside of inflation flap 11, and is electrically connected with control module 15, when flap baroceptor sense When measuring inflation 11 internal pressures of flap higher than a specific threshold values section, flap baroceptor sends the first forbidden energy signal To control module 15, control module 15 stops actuations according to the first forbidden energy signal control first gas pump 12, whereby to avoid The internal pressure of inflation flap 11 is excessive and ruptures, and also can avoid first gas pump 12 causes the service life to subtract long lasting for running Short effect.In addition, in this present embodiment, shoes fix device 1 also comprising (not scheming comprising shoestring baroceptor also with air pressure Show), wherein shoestring baroceptor is set to the inside of Pneumatic shoes band 10, when shoestring baroceptor senses Pneumatic shoes band 10 When internal pressure is higher than a specific threshold values section, shoestring baroceptor sends the second forbidden energy signal to control module 15, control Molding block 15 stops actuation according to the second forbidden energy signal control second gas pump 12 ', whereby to avoid the inside of Pneumatic shoes band 10 Pressure is excessive and ruptures, and also can avoid the effect of second gas pump 12 ' leads to reduced lifetime long lasting for running.Furthermore The shoes of the present embodiment fix device 1 also comprising also comprising intake valve (not shown), which is embedded at inflation flap with air pressure On 11 outer surface 11c, but not limited to this, and intake valve and control module 15 are electrically connected, when shoestring baroceptor or When flap baroceptor detecting Pneumatic shoes band 10 or the internal pressure for inflating flap 11 are not up to specific threshold values section, shoestring Baroceptor or flap baroceptor can then send an air inlet signal to control module 15, and control module 15 is believed according to air inlet Number drive the intake valve to carry out air inlet, so that gas is fixed the external of device 1 with air pressure by shoes and import in inflation flap 11, whereby with It avoids the internal pressure of Pneumatic shoes band 10 or inflation flap 11 too low and causes fixed effect bad.

In other embodiments, shoes can generally shoestring be replaced with the Pneumatic shoes band 10 that device 1 is fixed in air pressure, and shoes are used The fixed device 1 of air pressure only must also can reach effect that is fixed, lightening restrictions on by inflating the setting of flap 11, in this state sample implementation it In, first gas pump 12 and second gas pump 12 ' are connected to shoes and are fixed between the outside of device 1 and inflation flap 11 with air pressure, By first gas pump 12 by gas by shoes with air pressure fix device 1 by inflate flap 11 and balloon portion 14 export outward to When shoes are fixed outside device with air pressure, make to inflate flap 11 towards inside contracting close to placing 23 direction of space, to be bonded the foot of user； Conversely, making to inflate flap 11 when gas being imported inflation flap 11 and 14 inside of balloon portion by outside by second gas pump 12 ' Filling gas and generate expansion, towards outwardly protruding far from the direction for placing space 23, and then increase opening 24, in favor of using Person wears off sneakers 2.

Figure 10 A, Figure 10 B are please referred to, Figure 10 A is the positive decomposition texture schematic diagram of present pre-ferred embodiments gas pump, Figure 10 B is the back side decomposition texture schematic diagram of present pre-ferred embodiments gas pump.In this present embodiment, first gas pump 12 is One piezoelectric actuated gas pump, it is dynamic to drive gas flow.As shown, first gas pump 12 of the invention comprising resonance plate 122, The components such as piezoelectric actuator 123, cover board 126.Resonance plate 122 is arranged corresponding to piezoelectric actuator 123, and has a hollow bore 1220, it is set to 122 central area of resonance plate, but not limited to this.Piezoelectric actuator 123 has suspension board 1231, outline border 1232 and piezoelectric element 1233, wherein suspension board 1231 can be but not be limited to a square suspension board, and suspension board 1231 has Central part 1231c and peripheral part 1231d, when piezoelectric element 1233 is driven by voltage, suspension board 1231 can be by central part 1231c To peripheral part 1231d bending vibration, outline border 1232 has an at least bracket around the outside for being set to suspension board 1231 A 1232a and conductive connecting pin 1232b, but not limited to this, each bracket 1232a be set to suspension board 1231 and outline border 1232 it Between, and the both ends of each bracket 1232a are separately connected suspension board 1231 and outline border 1232, to provide resilient support, conductive connecting pin 1232b convex is set on outline border 1232, and to be used for electrical connection, piezoelectric element 1233 is attached at the second of suspension board 1231 Surface 1231b, and the side length of piezoelectric element 1233 is less than or equal to the side length of suspension board 1231, produces to receive applied voltage Raw deformation, to drive 1231 bending vibration of suspension board.Cover board 126 has side wall 1261, bottom plate 1262 and opening portion 1263, side wall 1261 are convexly equipped on bottom plate 1262 around 1262 periphery of bottom plate, and accommodating space 126a is collectively formed with bottom plate 1262, to It is disposed therein for resonance plate 122 and piezoelectric actuator 123, opening portion 1263 is set on side wall 1261, with for outline border 1232 conductive connecting pin 1232b passes outwards through opening portion 1263 and protrudes from except cover board 126, in order to connect with external power supply It connects, but not limited to this.

In this present embodiment, first gas of the invention pump 12 comprising two insulating trips 1241,1242 and one also comprising also leading Electric piece 125, but be not limited thereto, wherein two insulating trips 1241,1242 are respectively arranged at about 125 conductive sheet, and shape is big The outline border 1232 for corresponding to piezoelectric actuator 123 is caused, and the material by that can insulate is constituted, such as: plastics, to carry out insulating it With, but be all not limited, conductive sheet 125 be then as made by conductive material, such as: metal, conduct being used, and Its shape is also the outline border 1232 for corresponding roughly to piezoelectric actuator 123, but is all not limited.Again in this present embodiment, it leads Also a settable conductive connecting pin 1251 on electric piece 125, conduct being used, also the leading such as outline border 1232 of conductive connecting pin 1251 Electric pin 1232b passes outwards through the opening portion 1263 of cover board 126 and protrudes from except cover board 126, in order to control module 16 Electrical connection.

Please refer to Figure 11 A, Figure 11 B, the Facad structure that Figure 11 C, Figure 11 A is piezoelectric actuator shown in Figure 1A and Figure 10 B Schematic diagram, Figure 11 B are the structure schematic diagram of piezoelectric actuator shown in Figure 1A and Figure 10 B, and Figure 11 C is Figure 1A and Figure 10 B Shown in piezoelectric actuator the schematic diagram of the section structure.As shown, in this present embodiment, suspension board 1231 of the invention is rank The structure of tread, i.e., in having more a protrusion 1231e, and protrusion on the central part 1231c of 1231 first surface 1231a of suspension board 1231e is a circular protrusions structure, but is not limited thereto, and in some embodiments, suspension board 1231 also can be two-sided smooth Plate square.Again as shown in Figure 11 C, the protrusion 1231e of suspension board 1231 is put down altogether with the first surface 1232c of outline border 1232 Face, and the first surface 1232a ' of the first surface 1231a and bracket 1232a of suspension board 1231 is also to be coplanar, in addition, suspending The first surface 1231a and bracket of the protrusion 1231e of plate 1231 and the first surface 1232c of outline border 1232 and suspension board 1231 There is a certain depth between the first surface 1232a ' of 1232a.As for the second surface 1231b of suspension board 1231, then as schemed Shown in 11B and Figure 11 C, the second surface 1232a " with the second surface 2132d and bracket 1232a of outline border 1232 is smooth Coplanar structure, and piezoelectric element 1233 is then attached at the second surface 1231b of this smooth suspension board 1231.In other In embodiment, the kenel of suspension board 1231 also can be a two-sided smooth plate square structure, be not limited thereto, can be according to It actually applies situation and appoints and apply variation.In some embodiments, suspension board 1231, outline border 1232 and bracket 1232a can be integrated Molding structure, and can be made of a metal plate, such as can be made of stainless steel material, but not limited to this.Again in this In embodiment, first gas pump 12 of the present invention is empty with more at least one between suspension board 1231, outline border 1232 and bracket 1232a Gap 1234, to for gas to pass through.

Figure 12 is please referred to, Figure 12 is the schematic diagram of the section structure of gas pump shown in Figure 1A and Figure 10 B.As shown, this The first gas pump 12 of invention is sequentially by cover board 126, insulating trip 1242, conductive sheet 125, insulating trip 1241, piezoelectric actuator 123, resonance plate 122 and components storehouse from top to bottom is waited, and piezoelectric actuator 123 after combined stack, insulating trip 1241, led Electric piece 125, another insulating trip 1242 surrounding give gluing formed colloid 128, and complete sealing.The first gas after being completed Body pump 12 is the structure of quadrangle, but is not limited thereto, and shape can appoint according to actual demand applies variation.In addition, Yu Benshi It applies in example, only the conductive connecting pin 1232b of the conductive connecting pin 1251 (not shown) of conductive sheet 125 and piezoelectric actuator 123 is (as schemed Shown in 10A) protrusion be set to outside cover board 126, in order to be connect with external power supply, but be also not limited.First after assembling Gas pump 12 then forms first chamber 127b between cover board 126 and resonance plate 122.

In this present embodiment, between having between the resonance plate 122 and piezoelectric actuator 123 of first gas of the invention pump 12 Gap g0, and insert conductive material in the g0 of gap, such as: conducting resinl, but be not limited thereto, can make whereby resonance plate 122 with The depth of a gap g0 is kept between the protrusion 1231e of the suspension board 1231 of piezoelectric actuator 123, and then can guide air-flow more It promptly flows, and the protrusion 1231e because of suspension board 1231 and resonance plate 122 keep the suitable distance interference that makes to be in contact with each other to subtract It is few, promote lower noise, in other embodiments, also can by increasing the height of the outline border 1232 of piezoelectric actuator 123, with Increase it by a gap when assembling with resonance plate 122, but is also not limited.Whereby, when piezoelectric actuator 123 be driven with into When row gas collection operation, gas is first to be collected to confluence chamber 127a by the opening portion 1263 of cover board 126, and further via resonance The hollow bore 1220 of piece 122 flow to first chamber 127b and keeps in, when piezoelectric actuator 123 is driven so that operation is exhausted When, gas is first to flow to confluence chamber 127a by the hollow bore 1220 of resonance plate 122 by first chamber 127b, and by gas It is imported among inflation flap 11 by Pneumatic shoes band 10.

The actuation process of first gas pump 12 of the present invention further explained below, schemes please refer to 13A~13D, the 13A~13D figure is the actuation process schematic of present pre-ferred embodiments gas pump.Firstly, as shown in FIG. 13A, first gas The structure of pump 12 is it has been observed that for sequentially by cover board 126, another insulating trip 1242, conductive sheet 125, insulating trip 1241, piezoelectric actuated The 122 storehouse assemblings of device 123 and resonance plate position, and have gap g0 between resonance plate 122 and piezoelectric actuator 123, And 1261 common definition of side wall of resonance plate 122 and cover board 126 goes out confluence chamber 127a, in resonance plate 122 with it is piezoelectric actuated Then there is first chamber 127b between device 123.When first gas pump 12 is not yet driven by voltage, the position of each component is As shown in FIG. 13A.

Then as shown in Figure 13 B, when the piezoelectric actuator 123 of first gas pump 12 is vibrated upwards by voltage actuation, Gas can by the opening portion 1263 of cover board 126 enter first gas pump 12 in, and be pooled to confluence chamber 127a, then again via Hollow bore 1220 on resonance plate 122 is flowed upwardly into first chamber 127b, while resonance plate 122 is by piezoelectric actuator 123 resonance of suspension board 1231 influence also can with carry out reciprocating vibration, i.e. the upward deformation therewith of resonance plate 122 resonates The upward dimpling at hollow bore 1220 of piece 122.

Thereafter, then as shown in fig. 13 c, piezoelectric actuator 123 vibrates back initial position downwards at this time, at this time piezoelectric actuator 123 1231 upper convex portion 1231e of suspension board, and close to resonance plate 122 at hollow bore 1220 upward dimpling part, in turn Promoting first gas to pump gas in 12, up half storey first chamber 127b is temporary.

Again as illustrated in figure 13d, piezoelectric actuator 123 vibrates still further below, and resonance plate 122 is due to by piezoelectric actuator 123 The resonant interaction of vibration, resonance plate 122 can also vibrate downwards therewith, compress the first chamber by the downward deformation of this resonance plate 122 The volume of room 127b, and then promote the gas in upper half storey first chamber 127b to push and flowed to two sides and pass through piezoelectric actuator Circulation is passed through downwards in 123 gap 1234, compresses discharge to flow at the hollow bore 1220 of resonance plate 122, forms one Compressed gas flows to the first water conservancy diversion chamber 202 of carrier 20 via air guide end opening 204.Thus state sample implementation is as it can be seen that work as resonance plate 122 when carrying out vertical reciprocating vibration, can be hung down by the gap g0 between resonance plate 122 and piezoelectric actuator 123 with increasing it The maximum distance being directly displaced, in other words, the gap g0 of the setting between oscillating plate 12 and piezoelectric actuator 123 can make resonance plate 122 can produce upper and lower displacement by a larger margin when resonance.

Finally, resonance plate 122 can be repositioned to initial position, i.e., as shown in FIG. 13A, and then by actuation process above-mentioned, It is continuously circulated by the sequence of 13A~13D figure, gas can constantly flow into confluence chamber via the opening portion 1263 of cover board 126 Room 127a, then first chamber 127b is flowed into, and then flowed into confluence chamber 127a by first chamber 127b, make air-flow by inflating Shoestring 10 continuously flows into inflation flap 11, and then can stablize transmission gas.In other words, when first gas pump 12 of the invention When running, the opening portion 1263 for the cover board 126 that gas sequentially flows through, confluence chamber 127a, first chamber 127b, confluence chamber 127a and air guide end opening 204, therefore first gas pump 12 of the invention can be by single component, i.e. cover board 126, and utilizes cover board The structure of 126 opening portion 1263 designs, and can reach the component count for reducing first gas pump 12, simplify the function of integrated artistic Effect.

14A, 14B figure are please referred to, 14A figure is that the front decomposition texture of another preferred embodiment gas pump of the present invention shows It is intended to, 14B figure is the back side decomposition texture schematic diagram of another preferred embodiment gas pump of the present invention.It is another preferably in the present invention In embodiment, first gas pump 12 is also for sequentially by cover board 126, another insulating trip 1242, conductive sheet 125, insulating trip 1241, pressure The 122 storehouses assembling of electric actuator 123 and resonance plate positions, modular construction and set-up mode with previous embodiment phase It is imitative, therefore repeated no more in this, and the first gas of the present embodiment pump 12 has more inlet plate 121, wherein 121 storehouse group of inlet plate It sets and is located at resonance plate 122, and inlet plate 121 has first surface 121a, second surface 121b and an at least air inlet 1210, In this present embodiment, the quantity of air inlet 1210 is 4, and but not limited to this, runs through the first surface 121a of inlet plate 121 And second surface 121b, the effect of atmospheric pressure is mainly complied with from outside device to supplied gas and from an at least air inlet 1210 It flows into first gas pump 12.And again as shown in Figure 14B, by the first surface 121b of inlet plate 11 as it can be seen that having thereon at least One total string holes 1212, to this of the second surface 121a with inlet plate 121, at least an air inlet 1210 is correspondingly arranged.In this etc. There is central recess 1211 at the center exchange of total string holes 1212, and central recess 1211 is connected with total string holes 1212, whereby Can the gas that total string holes 1212 is entered from an at least air inlet 1210 be guided and be converged and be concentrated to central recess 1211, so that Gas effectively converges into the hollow bore 1220 of resonance plate 122, and gas is transferred to the inside of first gas pump 12.Cause This, inlet plate 121 has integrally formed air inlet 1210, total string holes 1212 and central recess 1211, and in the central recess The confluence chamber of a confluence gas is correspondingly formed at 1211, it is temporary with supplied gas.In some embodiments, inlet plate 121 Material can be but unlimited to be made of a stainless steel material.In other embodiments, by the 1211 place structure of central recess At confluence chamber depth with this etc. the depth of total string holes 1212 it is identical, but be also not limited.Resonance plate 12 is flexible by one Property material constituted, but not limited to this, and in having a hollow bore 120 on resonance plate 12, the corresponding to inlet plate 121 The central recess 1211 of one surface 121b and be arranged so that gas can circulate downwards.In other embodiments, resonance plate can be by One copper material is constituted, and but not limited to this.

From the above, by the actuation of above-mentioned first gas pump 12, gas is imported into inflation flap 11 by Pneumatic shoes band 10 Among, so that Pneumatic shoes band 10 is lost heart and is relaxed, makes to inflate 11 inside filling gas of flap and generate expansion and outwardly protrude, and make The opening 24 of sneakers 2 and place space 23 expansion, so that user wears off sneakers 2.In addition, second gas of the invention pumps 12 ' structure and first gas pump 12 are similar, therefore repeat no more in this, and are pumped gas by second gas by inflation flap 11 Import balloon portion 14 among, make Pneumatic shoes band 10 inflate and it is tight, make inflate 11 internal gas of flap discharge and inwardly tighten, and Make the opening 24 of sneakers 2 and place the diminution of space 23, so that the foot of user is firmly fixed in sneakers 2.

In conclusion the present invention, which provides a kind of shoes, fixes device with air pressure, weight sensor senses weight and is used with confirming Person is wearing effect or state of taking off one's shoes, and drives first gas pump or second gas pump by control module, in user in wearing State when, control inflation flap exhaust inside contract, Pneumatic shoes band air inlet it is tight, whereby with consolidate regular user foot；In User in take off one's shoes state when, control Pneumatic shoes tonguing gas expand outward, Pneumatic shoes band exhaust relax, whereby for user's Foot is conveniently worn off.In addition, shoes, which fix device with air pressure, has the function of air pressure adjustment, pass through shoestring baroceptor and flap Air pressure and intake valve make-up gas when air pressure deficiency inside baroceptor detecting inflation flap and Pneumatic shoes band, makes Control module by pressure control in a certain range, can avoid inflation flap and Pneumatic shoes band excessively expand cause foot discomfort or Balloon rupture, and a relatively comfortable pressure is provided and is dressed for user.

The present invention can be appointed as person familiar with the technology apply craftsman think and be it is all as modify, but all do not depart from such as appended right Protection scope defined by claim.

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Claims

1. a kind of shoes fix device with air pressure, it is suitable for a shoes, which includes a shoe body and a bottom, which includes several shoes With holes, which is connected with the bottom, places space with common definition one, which fixes device with air pressure and include:

One inflation flap, is connected with the shoe body, which is an inflatable structure, the inflation flap and the shoe body Common definition one is open, which places space with this and communicate；

One first gas pump, is connected with the inflation flap；And

One control module is pumped with the first gas and is electrically connected；

Wherein, which is exported according to a second enable signal, control gas by the inflation flap, makes the inflation flap court It places direction in space close to this to inside contract, to be bonded the instep of user；The control module should according to he first enable signal driving First gas pumps actuation, imports gas in the inflation flap, makes the inflation flap filling gas and generate expansion, and towards separate This places the direction protrusion in space, and then increases the opening.

2. shoes as described in claim 1 fix device with air pressure, wherein an outer surface of the inflation flap is outwardly convex Several convex blocks, there is between each adjacent convex block a gap, outwardly protruded by several convex blocks expansions, so that this is filled Gas flap is protruded towards the direction for placing space far from this.

3. shoes as described in claim 1 fix device with air pressure, wherein the inflation flap also includes also comprising an outer air bag, one Interior air bag and a two-way valve, an outer surface of the outer air bag are several convex blocks of outwardly convex, each adjacent convex block it Between there is a gap, an inner surface of the interior air bag is inwardly protruded several convex blocks, is had between each adjacent convex block There is a gap, which is a bidirectional air intake structure, is connected between the outer air bag and the interior air bag, will by the two-way valve Gas imports the outer air bag, outwardly protrudes several convex block expansions of the outer air bag, so that the inflation flap is worn towards far from this Direction protrusion between emptying；Introduce gas into the interior air bag by the two-way valve, make several convex blocks of the interior air bag expand to It is projecting inward, so that the inflation flap is protruded towards the direction for placing space close to this.

4. shoes as described in claim 1 fix device with air pressure, it includes also comprising one that wherein the shoes, which fix device also with air pressure, Flap baroceptor, which is set to the inside of the inflation flap, and is electrically connected with the control module, When the flap baroceptor senses the inflation tongue portion internal pressure higher than a specific threshold values section, the flap air pressure Sensor sends one first forbidden energy signal to the control module, which controls first gas according to the first forbidden energy signal Body pump stops actuation.

5. shoes as described in claim 1 fix device with air pressure, it includes also comprising one that wherein the shoes, which fix device also with air pressure, Shoestring, the shoestring are set in the lace hole of the shoe body.

6. shoes as described in claim 1 fix device with air pressure, it includes also to include that wherein the shoes, which fix device also with air pressure:

One Pneumatic shoes band, is an inflatable structure, which is arranged in several lace holes；

One balloon portion is attached on an outer surface of the inflation flap of the inflation flap and is connected with the inflation flap；

One first gas channel and a second gas channel, are respectively communicated between the balloon portion and the Pneumatic shoes band, this first Gas pump is set in the first gas passage；And

One second gas pump is set to the second gas channel, and is electrically connected with the control module；

Wherein, the control module according to the second enable signal drive the second gas pump, make gas from the inflation flap via Second gas channel is directed into the Pneumatic shoes band, inside contracts the inflation flap towards placing direction in space close to this, and make the inflation Shoestring inflation and it is tight, to be bonded the instep of user；The control module according to the he first enable signal drive this first Gas pump actuation imports gas via the first gas passage in the balloon portion and the inflation flap from the Pneumatic shoes band, should Pneumatic shoes band loses heart and relaxes, and makes the inflation flap filling gas and generates expansion, and several convex blocks of the inflation flap are swollen It is swollen to outwardly protrude, protrude the inflation flap towards the direction for placing space far from this, and then increase the opening, in favor of using Person wears off the shoes.

7. shoes as claimed in claim 6 fix device with air pressure, it includes also comprising one that wherein the shoes, which fix device also with air pressure, Switch, the switch are electrically connected the control module, and when the switch is opened, which sends the second enable signal to the control mould Block；When the switch is closed, which sends the he first enable signal to the control module.

8. shoes as claimed in claim 6 fix device with air pressure, it includes also comprising one that wherein the shoes, which fix device also with air pressure, Pressure sensor, the weight sensor are set to the bottom, wherein when one pressure of pressure sensor senses generates, the pressure Sensor sends the second enable signal to the control module.

9. shoes as claimed in claim 6 fix device with air pressure, it includes also comprising one that wherein the shoes, which fix device also with air pressure, Shoestring baroceptor, the shoestring baroceptor are set to the inside of the Pneumatic shoes band, when the shoestring baroceptor senses When being higher than a specific threshold values section to the Pneumatic shoes band portion internal pressure, which sends one second forbidden energy letter Number to the control module, which controls second gas pump according to the second forbidden energy signal and stops actuation.

10. shoes as claimed in claim 9 fix device with air pressure, it includes also comprising one that wherein the shoes, which fix device also with air pressure, Intake valve is embedded at the outer surface of the inflation flap, is electrically connected with the control module, when the shoestring baroceptor or It, should when the internal pressure that the flap baroceptor detects the Pneumatic shoes band or the inflation flap is not up to specific threshold values section Shoestring baroceptor or the flap baroceptor send an air inlet signal to the control module, and the control module is according to should be into Gas signal drives the intake valve to carry out air inlet, so that gas is fixed the external of device with air pressure by the shoes and imports in the inflation flap.

11. shoes as claimed in claim 6 fix device with air pressure, wherein the Pneumatic shoes band is an artificial-muscle Pneumatic shoes band.

12. shoes as claimed in claim 6 fix device with air pressure, wherein the Pneumatic shoes band also includes also comprising an at least pastern And an at least interconnecting piece, the both ends of an at least pastern are respectively equipped with a through-hole, are connected to an at least pastern by the through-hole And between an at least interconnecting piece.

13. shoes as claimed in claim 12 fix device with air pressure, which also includes also comprising several bulges and several Interconnecting part, several interconnecting parts are connected between adjacent several bulges, and define several gaps in the adjacent number Between a bulge.

14. shoes as claimed in claim 13 fix device with air pressure, which connects in such a way that upper and lower ends are staggered It is connected between adjacent several bulges.

15. shoes as described in claim 1 fix device with air pressure, wherein first gas pump is a piezoelectric actuated gas pump, The piezoelectric actuated gas pump includes:

One resonance plate has a hollow bore, and is a movable part around the hollow bore；

One piezoelectric actuator, setting corresponding with the resonance plate；And

One cover board has at least one side wall, a bottom plate and an opening portion, and at least one side wall is convexly equipped in around the base portion peripheral for this On the bottom plate, and an accommodating space is collectively formed with the bottom plate, the accommodating space is to accommodate the resonance plate and this is piezoelectric actuated Device, the opening portion are set on the side wall；

Wherein, between the resonance plate and the piezoelectric actuator there is a gap to form a chamber, so that the piezoelectric actuator is driven When dynamic, import air-flow by the opening portion of the cover board, hollow bore through the resonance plate, to enter in the chamber, by this The movable part of piezoelectric actuator and the resonance plate generates resonance transfer air-flow.

16. shoes as claimed in claim 15 fix device with air pressure, wherein the piezoelectric actuator includes:

One suspension board has a first surface and a second surface, and flexible vibration；

One outline border, around the outside for being set to the suspension board；

An at least bracket is connected between the suspension board and the outline border, to provide resilient support；And

One piezoelectric element has a side length, which is less than or equal to a side length of the suspension board, and the piezoelectric element is attached at On one first surface of the suspension board, to apply voltage to drive the suspension board bending vibration.

17. shoes as claimed in claim 16 fix device with air pressure, wherein the suspension board is a square suspension board, and is had One protrusion.

18. shoes as claimed in claim 16 fix device with air pressure, wherein the piezoelectric actuated gas pump includes a conductive sheet, one First insulating trip and one second insulating trip, wherein the resonance plate, the piezoelectric actuator, first insulating trip, the conductive sheet, should Sequentially storehouse is arranged for second insulating trip and the cover board.

19. shoes as claimed in claim 16 fix device with air pressure, wherein the piezoelectric actuated gas pump also includes also comprising one Inlet plate, inlet plate storehouse assembling are positioned on the resonance plate, which includes a first surface, a second surface, extremely A few air inlet, a central recess and at least one total string holes, wherein an at least air inlet through the first surface and this second Surface, which is set to the second surface, and connection corresponding with an at least air inlet is arranged, the central recess Also it is set to the second surface, the hollow bore corresponding to the resonance plate is arranged, and the central recess and an at least bus Hole is connected, and is entered by gas by an at least air inlet, the central recess is concentrated to by total string holes confluence, by gas Body imports in the hollow bore of the resonance plate.