CN208096149U - A kind of prior-warning device for sole - Google Patents

Abstract

The utility model relates to a kind of prior-warning device for sole, including pressure detection mechanism, mechanism of warning and power supply, pressure detection mechanism, mechanism of warning and power supply access circuit setting of warning.Above-mentioned pressure detection mechanism includes a plurality of detection lugs, two one group of detection lug and every group of 2 detection lugs are oppositely arranged, and each detection lug is respectively connected to above-mentioned circuit setting of warning.Different warning signals is issued whether above-mentioned mechanism of warning according to each group of 2 detection lugs for contacting.The detection lug of the utility model can be in conjunction with the bradyseism cavity in sole, guarantee to realize pressure detecting while sole bradyseism performance, and being equipped with for multiple groups detection lug, it can detecte the compression deformation situation of different location on the sole compression deformation situation of different location, especially sole thickness direction.

Description

A kind of prior-warning device for sole

Technical field

The utility model relates to the composition components of footwear, and in particular to a kind of prior-warning device for sole.

Background technique

There are many index that the comfort of sport footwear is related to, and have foot-suitability, damping performance, energy rebound performance, heat wet comfortable Property, stability of strutting system, pressure sensitivity comfort, bending performance, lightweight etc..With consumers living continuous improvement and To the increasingly specialized of sports, sense of self-protection is constantly promoted in movement, and carry out corresponding technical ability to improve promotion, compeled It is essential and wants some sport footwears with prompting function to remind and correct the bad movement in movement.Although there is some intelligence at present Shoes may be implemented in running by implantation chip etc. record step number, motion profile, even the parameters such as vola gait for wearer into Post analysis is acted, but often price is higher, and needs that the smart machines such as mobile phone is cooperated to carry out acquisition of information etc., and not applicable primary Sporter.

And to the structure of midsole compression detection mostly by pressure sensor, bending sensor etc. come real in existing sole It is existing, but this kind of structure is generally existing following insufficient：First, sensor cooperates its circuit, control module to arrive module of warning again, knot Structure is complicated, and the application of the structure, needs for different using crowd, different sole materials, different footwear sole constructions Etc. being programmed, calibrate, if the consumer of different weight faces different soles, needs for sole bradyseism performance and use Person's weight cooperates, and determines which type of pressure shows warning for what rank, use is cumbersome；Second, sensor and its Attached control module etc. often has certain operating environment requirements, and in this frequent and strenuous vibration, deformation ring of sole It is often higher to sensor requirements in border therefore also high to footwear sole construction, cost requirement, and sport footwear must take into account comfort The many index being related to, this just increases the design, production and use cost of sport footwear indirectly；Third, needing to detect pressure Sole site be usually to be pressurized to compare to concentrate to need more to need sole to the emphasis portion of vola offer bradyseism performance requirement Position, and the setting of sensor often will affect the bradyseism performance at the position, or even influence wearing comfort, thus affect shoes The use at bottom.

Summary of the invention

The utility model provides a kind of prior-warning device for sole, to solve the above problems.

The utility model adopts the following technical solution：

A kind of prior-warning device for sole, including pressure detection mechanism, mechanism of warning and power supply, pressure detecting machine Structure, mechanism of warning and power supply access circuit setting of warning.Above-mentioned pressure detection mechanism includes a plurality of detection lugs, detection Two one group of piece and every group of 2 detection lugs are oppositely arranged, each detection lug are respectively connected to above-mentioned circuit setting of warning.It is above-mentioned to show Alert mechanism is used to issue different warning signals whether contact according to each group of 2 detection lugs.

Further：

Above-mentioned pressure detection mechanism includes that at least 3 groups of above-mentioned detection lugs, the detection lug in the middle part of pressure detection mechanism is Circular configuration, remaining at least 2 groups detection lug are in the circular ring structure successively arranged, the detection lug of the circular ring structure successively arranged The center of circle and the center of circle of detection lug of circular configuration be in same straight line, and straight line where the center of circle extends set along the vertical direction It sets.

Same group of 2 above-mentioned detection lugs are parallel to each other, and the spacing of 2 detection lugs of difference group is with its circular ring structure outer diameter Increase and be sequentially reduced, the setting of detection lug spacing maximum in the middle part of above-mentioned pressure detection mechanism.

The above-mentioned detection lug of difference group is sequentially increased, position at a distance from shoe sole bottom with the increase of its circular ring structure outer diameter Detection lug minimum setting at a distance from shoe sole bottom in the middle part of above-mentioned pressure detection mechanism.

By the above-mentioned description to the utility model structure it is found that compared to the prior art, the utility model has following excellent Point：

First, the detection lug of the utility model can guarantee the same of sole bradyseism performance in conjunction with the bradyseism cavity in sole Shi Shixian pressure detecting, and being equipped with for multiple groups detection lug, can detecte the sole compression deformation situation of different location, especially It is the compression deformation situation of different location on sole thickness direction, and the testing result can bring three aspect benefits, first, pressure Tension detection mechanism detects that user is too small to the pressure of outsole body or too big, is not in a relatively reasonable level, Illustrate that user's athletic posture etc. needs to adjust, and then optimizes the athletic posture of user；Second, user has adjusted movement appearance State pressure detection mechanism still shows that pressure reaches the limit of greatly or pressure detection mechanism frequently detects pressure limit, it can Illustrate that the deformability of the outsole body is too strong, good bradyseism support effect cannot be played to user vola；Third, using Person adjusted athletic posture pressure detection mechanism still show pressure it is too small or no matter how user how motion stress detection machine Structure is substantially not detectable biggish pressure, it can illustrate that the deformability of the outsole body is too weak, it cannot be to user vola Play good bradyseism support effect.

Second, the circuit of warning of the utility model is contacted by different groups of detection lug to connection circuit, and then is lighted Luminous warning unit and/or starting sounding are warned unit, and structure is simple and durable, and not needing fine control unit can be realized, Outsole body is reduced while being hardly damaged because increase that prior-warning device and bring weight increase, deformability weakens etc. because The influence of element.

The pressure detection mechanism of third, the utility model passes through the detection lug of sole different location, is in sole thickness side The detection of sole compression situation can be realized in the detection lug of detection lug and different spacing to different location, and the testing result is straight See reflection sole compression situation, the case where without being associated with different users, different soles the case where, from the layer of sole bradyseism deformation It is secondary to warn, the existing detection for needing complicated calculations and needing huge data is warned process simplification, and then realizes Pressure detecting early warning easy, can operationalization and cost effective.

4th, the prior-warning device of the utility model is suitable for the monitoring and early warning of the motion state of user incessantly, is using Person can provide reference when selecting applicable sole, can provide and warn because aging such as collapses at the reasons damage in sole, and phase For the production cost of existing sport footwear, the prior-warning device for increasing the utility model influences existing sport footwear production cost It is small, to increase the competitiveness of product in market.

Detailed description of the invention

Fig. 1 is the side structure schematic view of the sole in embodiment one using the prior-warning device of the utility model.

Fig. 2 is the overlooking structure diagram of the sole in embodiment one using the prior-warning device of the utility model.

Fig. 3 is the sectional structure in sole direction A-A along Fig. 2 in embodiment one using the prior-warning device of the utility model Schematic diagram.

Fig. 4 is the side structure schematic view of the sole in embodiment two using the prior-warning device of the utility model.

Fig. 5 is the overlooking structure diagram of the sole in embodiment two using the prior-warning device of the utility model.

Fig. 6 is the sectional structure in sole direction B-B along Fig. 5 in embodiment two using the prior-warning device of the utility model Schematic diagram.

Fig. 7 is the overlooking structure diagram of the sole in embodiment three using the prior-warning device of the utility model.

Fig. 8 is the sectional structure in sole direction C-C along Fig. 7 in embodiment three using the prior-warning device of the utility model Schematic diagram.

Fig. 9 is the overlooking structure diagram of the sole in example IV using the prior-warning device of the utility model.

Figure 10 is the section view knot in sole direction D-D along Fig. 9 in example IV using the prior-warning device of the utility model Structure schematic diagram.

Specific embodiment

Illustrate specific embodiment of the present utility model with reference to the accompanying drawings.

Embodiment one：

With reference to Fig. 1, Fig. 2, a kind of sole with plantar pressure warning function, including outsole body 1 and prior-warning device, Prior-warning device is set to outsole body 1.Above-mentioned prior-warning device includes pressure detection mechanism 21, mechanism of warning 22 and power supply 23, pressure Tension detection mechanism 21, mechanism of warning 22 and power supply 23 access circuit setting of warning.Power supply 23 is used to supply for entire prior-warning device Electricity, power supply 23 can select such as button cell, rechargeable battery.The present embodiment uses power supply 23 for the scheme of button cell, 1 middle part of outsole body, i.e., be equipped with a battery containing hole with user's arch portion corresponding position, and button cell is assemblied in battery appearance Lumen pore is set, battery containing hole passes through 10 sealed set of a detachable battery nut cap.It is needed in the middle part of outsole body 1 to user's foot It is more support performance that bow portion, which provides, and in sole use process, 1 middle part deformation of outsole body is few, and power supply 23 is assemblied in Power supply 23 can be utmostly reduced in the middle part of outsole body 1 by sole influence of crust deformation and is reduced because the setting of power supply 23 is influenced Sole wearing comfort.

With reference to Fig. 2, Fig. 3, it is equipped with an at least test chamber in above-mentioned outsole body 1, test chamber thickness is along 1 thickness of outsole body Direction is extended.Above-mentioned pressure detection mechanism 21 includes a plurality of detection lugs, two one group of detection lug and two of every group inspections It surveys piece to be oppositely arranged, each detection lug is respectively connected to above-mentioned circuit setting of warning.Every group of above-mentioned detection lug with an above-mentioned detection Chamber is correspondingly arranged, and same group of 2 detection lugs are respectively arranged on the top surface and bottom surface of corresponding test chamber.The above-mentioned use of mechanism 22 of warning In the warning signal different according to 2 detection lugs contact sending in different test chambers.2 detection lugs of same test chamber contact To the circuit communication of warning for enabling 2 detection lugs access, the mechanism 22 so that starting is warned, and the test chamber of different location is in detection Piece can detecte pressure suffered by 1 different location of outsole body, and same position, the detection lug of different spacing and test chamber bottom Face and 1 bottom surface different distance of outsole body can be used to detect 1 deformation quantity of position outsole body, and then detect suffered by the position The size of plantar pressure.Pressure detection mechanism 21 is preferably disposed to metacarpus and/or heel part before outsole body 1, sole master in movement 1 stress of body concentrates on the two positions and the two position deformation quantities are big.It is suitable that test chamber and detection lug can according to need selection Shape.

With continued reference to Fig. 2, Fig. 3, above-mentioned pressure detection mechanism 21 is set to the heel part of above-mentioned outsole body 1.Pressure inspection Surveying mechanism 21 includes at least 3 groups of above-mentioned detection lugs, and the detection lug positioned at 21 middle part of pressure detection mechanism is circular configuration, remaining is extremely Few 2 groups of detection lug is in the circular ring structure successively arranged, the center of circle of the detection lug of the circular ring structure successively arranged and round knot The center of circle of the detection lug of structure is in same straight line, and straight line is extended along 1 thickness direction of outsole body where the center of circle.Together One group of 2 above-mentioned detection lugs are parallel to each other and are vertically arranged with above-mentioned 1 thickness direction of outsole body, different above-mentioned test chambers The spacing of 2 interior detection lugs is sequentially reduced with the increase of its circular ring structure outer diameter, is located in above-mentioned pressure detection mechanism 21 The detection lug spacing maximum in portion is arranged.Distance of the bottom surface of above-mentioned test chamber apart from above-mentioned 1 bottom surface of outsole body is with the test chamber The reduction of the spacing of 2 interior above-mentioned detection lugs and be sequentially increased setting.For ease of description, the pressure detection mechanism of the present embodiment 21 are described using the structure of i.e. 3 test chambers of 3 groups of detection lugs, and 3 groups of detection lugs are first detection of 2 annulus largest outside diameters The second second largest detection lug 212 of 211,2 annulus outer diameters of piece and 2 circles and the smallest third detection lug 213,3 of diameter A test chamber and 3 groups of detection lugs are respectively the first test chamber 11, the second test chamber 12 and third test chamber 13 correspondingly, The spacing of 3 groups of detection lugs（The spacing between 2 detection lugs that the spacing is same group）It is sequentially increased setting in the order described above, Distance of the bottom surface of 3 test chambers apart from 1 bottom surface of outsole body is sequentially reduced setting in the order described above, third test chamber 13 Bottom surface is arranged adjacent to 1 bottom surface of outsole body.

With reference to Fig. 1, Fig. 2, Fig. 3, above-mentioned outsole body 1 is integrally formed setting, and 3 above-mentioned test chambers are closed detection Chamber.Above-mentioned detection lug protrudes test chamber top surface or the bottom surface setting at respective place.Above-mentioned mechanism 22 of warning includes 3 and shines 221,3 luminous warning units 221 of unit of warning can be the different light bar of 3 light colors, 3 luminous warning units 221 For parallel arrangement in above-mentioned 1 lateral edge of outsole body, 3 groups of above-mentioned detection lugs are respectively used to electricity where 3 luminous warning units of control 221 The on-off on road.3 groups of detection lugs are used to detect pressure of the vola to outsole body 1 of 3 ranks, and the first test chamber 11 is adjacent to shoes 1 top surface of bottom main body and annulus largest outside diameter, then successively outer diameter reduces and close to sole 12 third test chamber 13 of the second test chamber The structure of 1 bottom of main body, since 1 heel part top surface of outsole body by most of pressure pressure is gradually reduced around simultaneously by middle part And with the use of sole, often 1 heel part center of outsole body have it is certain collapse, so can protect using the above structure While demonstrate,proving the sensitivity of detection, tolerance is collapsed with certain.

With reference to Fig. 1, Fig. 2, Fig. 3, the user of the above-mentioned sole with plantar pressure warning function of one kind of the present embodiment Method includes the following steps：

The sole with plantar pressure warning function that I, matches according to the weight selection bradyseism performance of user.Due to The pressure detection mechanism 21 of above-mentioned sole is combined with bradyseism structure, and therefore, the bradyseism performance that selection matches with user can With referring to change the area in above-mentioned test chamber annular shape section, the thickness of test chamber, outsole body 1 material or increase into one Such as air bag bradyseism structure of step.

The spacing for increasing 2 above-mentioned detection lugs in same above-mentioned test chamber is such as executed with the weight gain of user （Increase the thickness of test chamber）, reduce test chamber bottom surface with above-mentioned 1 bottom surface of outsole body at a distance from and increase outsole body 1 Soft or hard degree at least one of operation.

Wherein, sole selection criteria includes：

After 1. user's wearing has the sport footwear of above-mentioned sole, the hair that is connect under standing state with the first detection lug 211 Light unit 221 of warning lights, and the luminous warning unit 221 connecting with the second detection lug 212 and third detection lug 213 is not It lights；

2. user wearing have above-mentioned sole sport footwear after, under ordinary running condition with the first detection lug 211 and The luminous warning unit 221 that the luminous warning unit 221 of second detection lug 212 connection is lighted, and connect with third detection lug 213 It does not light；

3. the lower 3 luminous warning units 221 of extreme sport state are equal after user's wearing has the sport footwear of above-mentioned sole It lights.

During there is II, user wearing the sport footwear of above-mentioned sole to move, pass through 3 luminous warning units 221 understand user during the motion to the pressure situation of 1 heel part of outsole body, and then according to motion conditions and 3 hairs Light warn unit 221 light situation carry out athletic performance adjustment, in normal motion, with third detection lug 213 connect The luminous warning unit 221 connect lights, that is, illustrates in the motion process, and user's heel portion is firmly excessive, should accordingly adjust dynamic Make.

Wherein, the present embodiment is for ease of description, only describe heel part of the pressure detection mechanism 21 set on outsole body 1 In actual use, the pressure detection mechanism 21 can be set as needed in situation, if in the preceding metacarpus of outsole body 1, or even will The circular detection lug of the heel part of outsole body 1 is divided into 2 semi-annular shapes, for detecting 1 heel part of outsole body respectively The compression situation of two sides in 1 width direction of outsole body, and then can grasp in more detail under user's motion state To the pressure situation of outsole body 1.

III, user selects according to the sole of 3 luminous warning units 221 in use process lighted in situation and step I The standard of selecting compares and judges 1 bradyseism performance degradation situation of outsole body, and then carries out the replacement of sport footwear.And the first test chamber 11 adjacent to 1 top surface of outsole body and annulus largest outside diameter, then 12 third test chamber 13 of the second test chamber successively outer diameter reduce and Structure close to 1 bottom of outsole body can tolerate bradyseism performance degradation caused by outsole body 1 collapses etc. in a certain range, Guarantee the scientific rationality that the prior-warning device detects 1 bradyseism performance degradation of outsole body.

Wherein, the case where 1 bradyseism performance degradation of outsole body needs user to replace sport footwear has：First, user wears After wearing the sport footwear with above-mentioned sole, the hair that is connect under standing state with the second detection lug 212 and/or third detection lug 213 Light unit 221 of warning lights；Second, showing under standing state without shining after user's wearing has the sport footwear of above-mentioned sole Alert unit 221 lights；Third, being detected under ordinary running condition with third after user's wearing has the sport footwear of above-mentioned sole The luminous warning unit 221 that piece 213 connects lights；Fourth, after user's wearing has the sport footwear of above-mentioned sole, proper motion The luminous warning unit 221 for lighting under state without luminous warning unit 221 or only connecting with the first detection lug 211 lights.

Embodiment two：

With reference to Fig. 4, Fig. 5, Fig. 6, a kind of sole with plantar pressure warning function, including outsole body 1 and early warning Device, prior-warning device are set to outsole body 1.3 test chambers are equipped in above-mentioned outsole body 1, test chamber thickness is along sole master 1 thickness direction of body is extended.3 test chambers include in annulus rod structure the first test chamber 11 and the second test chamber 12 and Same straight line and the straight line are in along 1 thickness of outsole body in the central axes of 13,3 test chambers of third test chamber of cylindrical structure Direction is extended.Above-mentioned prior-warning device includes pressure detection mechanism 21, mechanism of warning 22 and power supply 23, pressure detection mechanism 21, mechanism of warning 22 and power supply 23 access circuit setting of warning.Above-mentioned pressure detection mechanism 21 includes 6 detection lugs, detection Two one group of piece and every group of two detection lugs are oppositely arranged, each detection lug are respectively connected to above-mentioned circuit setting of warning.Every group Above-mentioned detection lug is correspondingly arranged with an above-mentioned test chamber, and same group of 2 detection lugs are respectively arranged on the top of corresponding test chamber Face and bottom surface.Above-mentioned pressure detection mechanism 21 is set to the heel part of above-mentioned outsole body 1.Positioned at 21 middle part of pressure detection mechanism Detection lug is circular configuration, remaining 2 groups detection lug is in the circular ring structure successively arranged, the inspection of the circular ring structure successively arranged The center of circle for surveying the center of circle of piece and the detection lug of circular configuration is in same straight line, and straight line and 3 test chambers where the center of circle Straight line where central axes is same straight line.

With reference to Fig. 6,3 groups of above-mentioned detection lugs are 211,2 annulus outer diameters second of the first detection lug of 2 annulus largest outside diameters The second big detection lug 212 and 2 circles and 213,3 test chambers of the smallest third detection lug of diameter and 3 groups of detection lugs with First test chamber 11, the second test chamber 12 and third test chamber 13 correspond, the spacing of 3 groups of detection lugs（The spacing is same Spacing between one group of 2 detection lugs）It is sequentially increased setting in the order described above, the bottom surface of 3 test chambers is apart from sole master The distance of 1 bottom surface of body is sequentially reduced setting in the order described above, and the bottom surface of third test chamber 13 is set adjacent to 1 bottom surface of outsole body It sets.

With reference to Fig. 4, Fig. 5, above-mentioned mechanism 22 of warning is different for being issued according to 2 detection lugs contact in different test chambers Warning signal.Above-mentioned mechanism 22 of warning includes that sounding is warned unit 222, luminous warning unit 221 and control unit 223, Control unit 223 is used to be contacted according to 2 above-mentioned detection lugs in different above-mentioned test chambers and controls sounding and warn 222 He of unit Luminous warning unit 221.Control unit 223 and above-mentioned power supply 23 are set to above-mentioned 1 middle part of outsole body jointly, with outsole body 1 The arch portion of user is correspondingly arranged under use state.Above-mentioned luminous warning unit 221 is can be with according to the control of control unit 223 Show the light bar of 3 kinds of color lights, above-mentioned sounding unit 222 of warning is the loudspeaker controlled by control unit 223.

With reference to Fig. 5, Fig. 6, adjacent above-mentioned test chamber is interconnected by a link slot 14, which is in annulus column Shape setting.Above-mentioned 1 heel part of outsole body is equipped with a mounting hole 15, and mounting hole 15 is the step-like circular hole that aperture reduces step by step. Above-mentioned mounting hole 15 is attached to a hole cap 151, and hole cap 151 is for closing the mounting hole 15.Above-mentioned hole cap 151 be lower edge one at It is equipped with to type fitting projection 152, which is the concentric cylinder configuration that diameter reduces step by step, fitting projection 152 and peace Dress hole 15 is equipped with, and forms above-mentioned test chamber setting in 152 lower edge of fitting projection and mounting hole 15 of corresponding level between. The diameter of the cylindrical structure of fitting projection 152 is less than the aperture of the step-like circular hole of mounting hole 15, forms above-mentioned connection therebetween Slot 14 is arranged.The setting of link slot 14 enables 3 test chambers during 21 compression deformation of pressure detection mechanism, can draw step by step The air-flow in test chamber is led, and then promotes the bradyseism performance of outsole body 1, such as 11 compression deformation of the first test chamber in pressurized process Afterwards, the portion of air in the first test chamber 11 is connected the guidance of slot 14 to the second test chamber 12 and arrives third test chamber 13, phase again Pair enhance the second test chamber 12 and the air pressure in third test chamber 13, and so on, with continuing for deformation, the second detection By after compression deformation, portion of air is connected slot 14 and guides to third test chamber 13 chamber 12, and then further enhances sole master The bradyseism performance of the continuation pressured state of body 1.And the pressure difference of the structure 3 groups of detection lug contact conditions of adjustable optimization, from And 1 pressure of contact condition outsole body of 3 groups of detection lugs is enabled convenient for designer, producer's adjustment, enable 3 groups of detection lugs opposite More there is specific aim in the detection of user's motion state.

With reference to Fig. 4, Fig. 5, Fig. 6, the user of the above-mentioned sole with plantar pressure warning function of one kind of the present embodiment Method includes the following steps：

The sole with plantar pressure warning function that I, matches according to the weight selection bradyseism performance of user.Due to The pressure detection mechanism 21 of above-mentioned sole is combined with bradyseism structure, and therefore, the bradyseism performance that selection matches with user can With referring to change the area in above-mentioned test chamber annular shape section, the thickness of test chamber, outsole body 1 material or increase into one Such as air bag bradyseism structure of step.

The spacing for increasing 2 above-mentioned detection lugs in same above-mentioned test chamber is such as executed with the weight gain of user （Increase the thickness of test chamber）, reduce test chamber bottom surface with above-mentioned 1 bottom surface of outsole body at a distance from, increase outsole body 1 At least one operation in hardness and the hardness of the above-mentioned hole cap 151 of increase and/or above-mentioned fitting projection 152.

Wherein, sole selection criteria includes：

1. the first detection lug 211 contacts under standing state after user's wearing has the sport footwear of above-mentioned sole, the second inspection It surveys piece 212 not contact with third detection lug 213, luminous warning unit 221 shows the opposite color of this kind of state；

After 2. user's wearing has the sport footwear of above-mentioned sole, the first detection lug 211 and second under ordinary running condition Detection lug 212 is in contact condition, and third detection lug 213 does not contact, and luminous warning unit 221 shows that this kind of state is opposite Color；

3. lower 3 detection lugs of extreme sport state contact after user's wearing has the sport footwear of above-mentioned sole, shine Unit 221 of warning shows the opposite color of this kind of state, and sounding is warned 222 activating alarm sound of unit.

During there is II, user wearing the sport footwear of above-mentioned sole to move, pass through 3 luminous warning units 221 colors understand user during the motion to the pressure situation of 1 heel part of outsole body, and then according to motion conditions and 3 The adjustment that the color regime of a luminous warning unit 221 carries out athletic performance lights limiting condition face in normal motion Colored lights and alarm song sounds illustrate in the motion process, user's heel portion is firmly excessive, should accordingly adjustment act.

Wherein, the present embodiment is for ease of description, only describe heel part of the pressure detection mechanism 21 set on outsole body 1 In actual use, the pressure detection mechanism 21 can be set as needed in situation, if in the preceding metacarpus of outsole body 1, or even will The circular detection lug of the heel part of outsole body 1 is divided into 2 semi-annular shapes, for detecting 1 heel part of outsole body respectively The compression situation of two sides in 1 width direction of outsole body, and then can grasp in more detail under user's motion state To the pressure situation of outsole body 1.

III, user according to 3 221 colors of luminous warning unit in use process the shoes lighted in situation and step I Bottom selection criteria compares and judges 1 bradyseism performance degradation situation of outsole body, and then carries out the replacement of sport footwear.

Embodiment three：

With reference to Fig. 7, Fig. 8, a kind of sole with plantar pressure warning function of the present embodiment and one kind of embodiment one The difference of sole with plantar pressure warning function is only that：

Between the first, the first test chamber 11 and the second test chamber 12 and between the second test chamber 12 and third test chamber 13 It is equipped with a link slot 14, two link slots 14 are respectively used to the first test chamber 11 of connection and the second test chamber 12 and the second inspection It surveys chamber 12 and third test chamber 13 is arranged.The setting annular in shape of link slot 14；

Second, 1 top surface of outsole body offers gas port 16, and gas port 16 is connected to setting with above-mentioned test chamber.It is above-mentioned to lead Stomata 16 is equipped with 2, and 2 gas ports 16 are set to the heel part top surface of outsole body 1, and extend to above-mentioned first along the vertical direction Test chamber 11.The setting of gas port 16 can be in 1 compression deformation process of outsole body inside a degree of discharge test chamber Air, and then promote the bradyseism performance of outsole body 1, and by the adjustment in gas port 16 aperture, quantity, position of opening, The bradyseism performance of adjustable outsole body 1 convenient for being adapted to the user of different situations, and then promotes product competitiveness.

With reference to Fig. 7, Fig. 8, the application method and implementation of a kind of sole with plantar pressure warning function of the present embodiment Example one application method difference is, in step I the sole of the present embodiment can also by the aperture of gas port 16, quantity and The position of test chamber or link slot 14 that gas port 16 is connected to adjusts the bradyseism performance of outsole body 1.Wherein, with using The weight gain of person and execute reduce gas port 16 aperture, reduce gas port 16 quantity and reduce gas port 16 be open position It sets at a distance from the middle part of 1 heel part of outsole body.

Example IV：

With reference to Fig. 9, Figure 10, a kind of sole with plantar pressure warning function of the present embodiment and one kind of embodiment three The difference of sole with plantar pressure warning function is only that：

Above-mentioned 1 top surface of outsole body offers air slot 17, and air slot 17 is connected to above-mentioned gas port 16 and is arranged.Air slot 17 There are two if, it is respectively communicated with above-mentioned 2 gas ports 16 setting.17 semicircular in shape of air slot is extended along 1 top surface of outsole body. The setting of air slot 17 can further promote the air conduction performance of gas port 16, reduce 1 top surface of outsole body and jammed on deformation Cheng Zhong, the influence to 17 air conduction performance of air slot.

With reference to Fig. 9, Figure 10, the application method and implementation of a kind of sole with plantar pressure warning function of the present embodiment The application method difference of example three is that the sole of the present embodiment can also quantity, size by adjusting air slot 17 in step I Etc. come the air conduction performance that adjusts gas port 16.

The above is only the specific embodiments of the present invention, but the design concept of the present invention is not limited thereto, All non-essential modifications to the present invention made by this concept should belong to the row for invading scope of protection of the utility model For.

Claims (5)

1. a kind of prior-warning device for sole, including pressure detection mechanism, mechanism of warning and power supply, pressure detection mechanism, Mechanism of warning and power supply access circuit setting of warning；It is characterized in that：The pressure detection mechanism includes a plurality of detection lugs, Two one group of detection lug and every group of 2 detection lugs are oppositely arranged, each detection lug are respectively connected to the circuit setting of warning；Institute Different warning signals is issued whether mechanism of warning is stated for contacting according to each group of 2 detection lugs.

2. a kind of prior-warning device for sole according to claim 1, it is characterised in that：The pressure detection mechanism packet At least detection lug described in 3 groups is included, the detection lug in the middle part of pressure detection mechanism is circular configuration, remaining at least 2 groups detection Piece is in the circular ring structure successively arranged, the detection lug in the center of circle and circular configuration of the detection lug of the circular ring structure successively arranged The center of circle is in same straight line, and straight line where the center of circle is extended along the vertical direction.

3. a kind of prior-warning device for sole according to claim 2, it is characterised in that：Same group of 2 inspections It surveys piece to be parallel to each other, the spacing of 2 detection lugs of difference group is sequentially reduced with the increase of its circular ring structure outer diameter, is located at described Detection lug spacing maximum setting in the middle part of pressure detection mechanism.

4. a kind of prior-warning device for sole according to claim 2, it is characterised in that：The detection lug of difference group It is sequentially increased, the inspection in the middle part of the pressure detection mechanism at a distance from shoe sole bottom with the increase of its circular ring structure outer diameter Piece minimum at a distance from shoe sole bottom is surveyed to be arranged.

5. a kind of prior-warning device for sole according to claim 1, it is characterised in that：The mechanism of warning includes hair Sound is warned at least one of unit and luminous warning unit and control unit, and control unit is used for 2 according to different groups The detection lug contact whether and control sounding warn unit and or luminous warning unit.