CN205082751U

CN205082751U - Shoes with sensor

Info

Publication number: CN205082751U
Application number: CN201520211550.8U
Authority: CN
Inventors: 王建永
Original assignee: Baofeng Modern International Holdings Co Ltd
Current assignee: Baofeng Modern International Holdings Co Ltd
Priority date: 2015-04-09
Filing date: 2015-04-09
Publication date: 2016-03-16
Anticipated expiration: 2025-04-09

Abstract

The utility model discloses a shoes with sensor, it includes sole and vamp, sole and vamp joint are equipped with two mutual through connections's gasbag in the sole, be equipped with in one of them gasbag: at least one graphite alkene pressure sensor, the pressure value of face is above that applyed in the monitoring of graphite alkene pressure sensor, temperature and humidity detection module: temperature and humidity detection module detects the humiture data in the shoes, the calibration module: the calibration module is connected with temperature and humidity detection module, the data of calibrating temperature and humidity detection module, data processing module: be connected with graphite alkene pressure sensor and calibration module, receive the data with processing graphite alkene pressure sensor and calibration module, communication module: data transmission after handling data processing module is to the external equipment in, power module: provide the power. The utility model discloses an adopt graphite alkene pressure sensor, realize sole pressure size and survey.

Description

A kind of footwear with sensor

Technical field

The utility model relates to footwear industry field, particularly relates to a kind of footwear with sensor.

Background technology

Along with the arriving of large data age and the universal of smart mobile phone, wearable smart machine obtains greatly to be paid close attention to and development, and intelligent wearing can be the core of the industrial revolution next time.And applying along with this series products, industrial chain also will extend to each large-scale commerce circle.

With it wearable device refers to directly to be through, or be incorporated into the clothes of user or a kind of portable set of accessory.Intelligent worn device appendix in people's necessity for life as on clothing shoes and hats, possess advanced Circuits System, Wireless Networking and independent processing ability, mutual and the storing technologies such as all kinds of identification of energy integrated use, sensing, connection and cloud service, realize the equipment such as smart mobile phone and realize the functions such as user interaction is mutual, life & amusement, human body monitoring.From the second half year in 2013, wearable smart machine upsurge was risen, the product introduction such as Intelligent bracelet, intelligent watch competitive market of letting a hundred schools contend.But these product prices remain high due to design cost, far can not fly into common people house.Wearable device should possess most important two features: one is can worn for long periods, and two is Intelligent Measurement.Wearable device must be continuity be worn on human body, and can bring and strengthen the effect of Consumer's Experience.

At present, product sensor is mainly contained to be had: motion sensor, environmental sensor, physiological health class sensor.Wherein, only motion sensor adopts more on wearable device, medical treatment & health class sensor due to the aspects such as size, precision and price reason also cannot large-scale application on wearable device.

Therefore, wearable technology is combined with health detection, convenient to bringing of people, one of interesting life research becoming people.

Utility model content

The purpose of this utility model is to improve shortcoming of the prior art, and provide a kind of footwear with sensor, its cost is low, highly sensitive, can realize Real-Time Monitoring and accumulative body data, to external equipment or use the monitoring of health.

For achieving the above object, the utility model adopts following design:

A kind of footwear with sensor, it comprises sole and vamp, sole and vamp engage, two air bags connected with each other are provided with in described sole, be provided with in an air bag wherein: at least one Graphene pressure sensor, described Graphene pressure sensor monitoring applies force value in the above; Temperature and Humidity module: described Temperature and Humidity module detects the humiture data in footwear; Calibration module: described calibration module and Temperature and Humidity model calling, the data of calibration Temperature and Humidity module; Data processing module: be connected with Graphene pressure sensor and calibration module, receives and processes the data of Graphene pressure sensor and calibration module; Communication module: the data after data processing module process are transferred in external equipment by it; Power module: it is Graphene pressure sensor, data processing module, communication module, Temperature and Humidity module and calibration module provide power supply.

Preferably, one of them air bag is located at the sole place of sole, and another air bag is located at the heel place of sole.

Preferably, described communication module is bluetooth module, infrared module or Wifi module.

Preferably, it also comprises GPS locating module, induction module and vibration module, described GPS locating module, induction module are connected with data processing module respectively with vibration module, position residing for described GPS locating module shoe with positioning function, whether the environment of described induction module induction residing for footwear has barrier, described vibration module prompting user direction of advance, wherein GPS locating module, induction module are also connected with power module respectively with vibration module.

The utility model adopts above technical scheme, by adopting Graphene pressure sensor, utilize the intelligent shoe low-cost advantage based on Graphene pressure sensor, the detection of plantar pressure size is realized by sensor, the information such as real-time monitoring human leg, sufficient structure, function and whole body gesture control, all significant to prevention from suffering from the diseases, clinical diagnosis and postoperative curative effect evaluation; And by communication module, the data collected can be sent to external equipment; More accurate by the data being arranged to monitor of air bag, and feel also can be made more comfortable simultaneously.

Accompanying drawing explanation

Fig. 1 is the structural representation that the utility model has the footwear embodiment one of sensor;

Fig. 2 is the model calling schematic diagram that the utility model has the footwear embodiment one of sensor;

Fig. 3 is the model calling schematic diagram that the utility model has the footwear embodiment two of sensor.

Detailed description of the invention

In order to make the purpose of this utility model, technical scheme and advantage clearly understand, below in conjunction with drawings and Examples, the utility model is further elaborated.Should be appreciated that specific embodiment described herein only in order to explain the utility model, and be not used in restriction the utility model.

Embodiment one:

As shown in Figure 1, Figure 2, the utility model discloses a kind of footwear 1 with sensor, it comprises sole 11 and vamp 12, sole 11 and vamp 12 engage, two mutual through air bags 3,4 are provided with in sole 11, wherein air bag 3 is located at sole 11 sole place, and another air bag 4 is located at the heel place of sole 11, is provided with in air bag 4:

At least one Graphene pressure sensor 13, the force value applied in the above monitored by described Graphene pressure sensor 13;

Temperature and Humidity module 14: described Temperature and Humidity module 14 detects the humiture data in footwear;

Calibration module 15: described calibration module 15 is connected with Temperature and Humidity module 14, the data of calibration Temperature and Humidity module 14;

Data processing module 16: be connected with Graphene pressure sensor 13 and calibration module 14, receives and processes the data of Graphene pressure sensor 13 and calibration module 15;

Communication module 17: its data processing module 16 is processed after data be transferred in external equipment;

Power module 18: it is Graphene pressure sensor 13, data processing module 14, communication module 15, Temperature and Humidity module 16 and calibration module 17 provide power supply.

Wherein, described communication module 17 is bluetooth module, infrared module or Wifi module.

In the present embodiment, multiple Graphene pressure sensor 13 is the change of monitoring foot force in real time, the information such as human leg, sufficient structure, function and whole body gesture control are provided, then sensor 13 is utilized to realize multi-faceted and multi-level dynamics parsing, data processing is carried out with analog signaling supply data processing module 16, undertaken communicating with external equipment by communication module 17 again, the different azimuth and the different dynamics that are reached through step realize the control to external equipment.The negative pole of described power module 18 is graphene/nanometer silicon composite cathode.The increase of air bag 3,4, does not namely damage the original aesthetic property of footwear body and comfortableness, can increase again the detectivity of Graphene pressure sensor 13, reduces maloperation.

Embodiment two:

As shown in Figure 3, with embodiment one unlike, the present embodiment is provided with multiple Graphene pressure sensor 13, also comprise GPS locating module 21, induction module 22 and vibration module 23, described GPS locating module 21, induction module 22 are connected with data processing module 16 respectively with vibration module 23, described GPS positioning module 21 pieces is for location, and whether described induction module 22 has barrier for the environment responded to residing for footwear, and described vibration module 23 is for receiving prompting user direction of advance.Modules is also connected respectively at power module 18.

In the present embodiment, it utilizes Graphene pressure sensor technique, coordinate GPS locating module 21, vibration module 23, induction module 22, when its can synchronous with external equipment after, after intelligent terminal detects the direction of user by navigation, pass through corresponding element on vibrations left foot or right crus of diaphragm when needs turn to, carry out reminding user to turn left and turn right, also can be associated with bluetooth earphone, use the current direction of voice broadcast, scope is 360 degree of any directions.Utilize Graphene pressure sensor pressure distribution state simultaneously, feed back to user's pavement behavior, as: whether road surface is smooth, upward slope, descending.And shoes front can also be utilized, detect the barrier in 3 meters, real-time reminding user adjusts advance route in time, helps visually impaired people to arrive the position of specifying smoothly.

By GPS locating module 21 built-in in shoes, household can find visually impaired people or Dementia patients present position fast, finds barrier personage or Dementia patients in time, prevents them from going in the wrong direction and getting lost.

Wherein, described external equipment is intelligent display device, and intelligent display device is mobile phone, computer or game machine.

The utility model utilizes Graphene pressure sensor high sensitivity, the feature of pinpoint accuracy, accurately can detect that sole and sole initial contact and sole leave the pressure of sole moment and change, contact area etc., be easy to realize the dynamic monitoring to Human Sole pressure, simultaneously and by the system synchronization of these data records and external equipment, be stored in database, pressure distribution difference when analyzing walking, beat pulse frequency, and then calculate body weight change by preset operation method, heart rate situation, also can in conjunction with the age, height, the information such as human body constitution feature, estimate out health state, user can see the development and change of body index more intuitively, user is allowed not need to be subject to complicated professional training just can understand corresponding data, simultaneously for health situation, provide corresponding suggestion for operation.

The foregoing is only preferred embodiment of the present utility model; not in order to limit the utility model; all do within spirit of the present utility model and principle any amendment, equivalent to replace and improvement etc., all should be included within protection domain of the present utility model.

Claims

1. have footwear for sensor, it is characterized in that: comprise sole and vamp, sole and vamp engage, and be provided with two air bags connected with each other, be provided with wherein in an air bag in described sole:

At least one Graphene pressure sensor, described Graphene pressure sensor monitoring applies force value in the above;

Temperature and Humidity module: described Temperature and Humidity module detects the humiture data in footwear;

Calibration module: described calibration module and Temperature and Humidity model calling, the data of calibration Temperature and Humidity module;

Data processing module: be connected with Graphene pressure sensor and calibration module, receives and processes the data of Graphene pressure sensor and calibration module;

Communication module: the data after data processing module process are transferred in external equipment by it;

Power module: it is Graphene pressure sensor, data processing module, communication module, Temperature and Humidity module and calibration module provide power supply.

2. the footwear with sensor according to claim 1, is characterized in that: one of them air bag is located at the sole place of sole, and another air bag is located at the heel place of sole.

3. the footwear with sensor according to claim 1, is characterized in that: described communication module is bluetooth module, infrared module or Wifi module.

4. the footwear with sensor according to claim 1, it is characterized in that: it also comprises GPS locating module, induction module and vibration module, described GPS locating module, induction module are connected with data processing module respectively with vibration module, position residing for described GPS locating module shoe with positioning function, whether the environment of described induction module induction residing for footwear has barrier, described vibration module prompting user direction of advance, wherein GPS locating module, induction module are also connected with power module respectively with vibration module.