CN105077835A

CN105077835A - Wearing article as well as temperature adjusting method and device thereof

Info

Publication number: CN105077835A
Application number: CN201510395346.0A
Authority: CN
Inventors: 高毅; 葛云源; 王振淦
Original assignee: Xiaomi Inc
Current assignee: Beijing Xiaomi Technology Co Ltd; Xiaomi Inc
Priority date: 2015-07-07
Filing date: 2015-07-07
Publication date: 2015-11-25
Anticipated expiration: 2035-07-07
Also published as: CN105077835B

Abstract

The invention relates to a wearing article and a temperature adjusting method thereof and belongs to the field of electronic technology application. The wearing article comprises a temperature control unit, a temperature adjusting unit and one or more temperature sensors, wherein the temperature control unit is connected with the temperature adjustment unit and the temperature sensors; the temperature control unit and the temperature adjustment unit are all arranged on the wearing article; the temperature sensors are arranged on the inner side of the wearing article; and the inner side of the wearing article is the side, close to a human body, of the wearing article when the wearing article is worn. According to the invention, the benefit of simplifying a temperature adjusting process is realized. The temperature adjusting method disclosed by the invention is used for temperature adjustment of wearing articles.

Description

Furnishings and temperature control method, device

Technical field

The disclosure relates to application of electronic technology field, particularly a kind of furnishings and temperature control method, device.

Background technology

The furnishings such as shoes, clothes can be worn on the health of user usually, play the effect of warming, decoration etc.For shoes, be through the shoes on user's pin, foot can be protected in the process of user movement.

User is in the process of motion, and shoes and foot can produce friction, or, because the foot of user is in the enclosed environment of shoes always, the temperature of shoes inside is caused to raise, and when the temperature of shoes inside is higher, may breed bacteria etc., threaten the foot health of user.In correlation technique, user can the degree of tightness of manual adjustments shoestring, to regulate the temperature of shoes inside.

Summary of the invention

In order to realize the beneficial effect simplifying temperature adjustment process, disclosure embodiment provides a kind of furnishings and temperature control method, device.Described technical scheme is as follows:

According to the first aspect of disclosure embodiment, provide a kind of furnishings, described furnishings comprise: temperature conditioning unit, thermostat units and at least one temperature sensor,

Described temperature conditioning unit is connected with described thermostat units and at least one temperature sensor described respectively, described temperature conditioning unit and described thermostat units are separately positioned on described furnishings, at least one temperature sensor described is arranged on the inner side of described furnishings, the inner side of described furnishings be described furnishings when being worn near the side of human body.

Alternatively, described thermostat units comprises: air-vent switch and N number of air-vent, described N be greater than 0 positive integer, the inner and outer of described furnishings is communicated with by described N number of air-vent, the outside of described furnishings is described furnishings sides away from human body when being worn, and described air-vent switch is connected with described temperature conditioning unit.

Alternatively, described furnishings are shoes, and described thermostat units comprises: Shoestring tying appts, and described Shoestring tying appts is connected with described temperature conditioning unit.

Alternatively, described Shoestring tying appts comprises: motor and motor control module, and described motor is arranged on the bottom of described shoes, and described motor is connected with described shoestring, and described motor control module is connected with described motor and described temperature conditioning unit respectively.

Alternatively, described furnishings also comprise: communication unit, and described communication unit is connected with described temperature conditioning unit.

Alternatively, described furnishings also comprise: motion sensor, described motion sensor is arranged on the inner side of described furnishings, and described motion sensor is connected with described temperature conditioning unit, described thermostat units, at least one temperature sensor described and described communication unit respectively.

According to the second aspect of disclosure embodiment, provide a kind of temperature control method of furnishings, described method comprises:

Obtained the measuring tempeature of the inner side of described furnishings by least one temperature sensor being arranged on the inner side of described furnishings, the inner side of described furnishings be described furnishings when being worn near the side of human body;

Judge whether described measuring tempeature exceeds preset temperature range;

If described measuring tempeature exceeds described preset temperature range, then regulated the temperature of the inner side of described furnishings by the thermostat units of the inner side being arranged on described furnishings, after making adjustment, the measuring tempeature of the inner side of described furnishings is in described preset temperature range.

Alternatively, the thermostat units of the described inner side by being arranged on described furnishings regulates the temperature of the inner side of described furnishings, comprising:

Send described measuring tempeature;

Receive conditioning signal, described conditioning signal is used to indicate the temperature of the inner side regulating described furnishings, described conditioning signal comprises: intensification signal or cooling signal, and described intensification signal is used to indicate prescribes a time limit when described measuring tempeature is less than the lower of described preset temperature range, carries out intensification and regulates; Described cooling signal is used to indicate prescribes a time limit when described measuring tempeature is greater than the upper of described preset temperature range, carries out cooling and regulates;

According to described conditioning signal, regulated the temperature of the inner side of described furnishings by the thermostat units of the inner side being arranged on described furnishings.

Alternatively, described method also comprises:

Receiving alarm is pointed out, and described alarm prompt exceeds described preset temperature range for pointing out described measuring tempeature;

Show described alarm prompt.

If described measuring tempeature exceeds described preset temperature range, then generate conditioning signal, described conditioning signal is used to indicate the temperature of the inner side regulating described furnishings, described conditioning signal comprises: intensification signal or cooling signal, described intensification signal is used to indicate prescribes a time limit when described measuring tempeature is less than the lower of described preset temperature range, carries out intensification and regulates; Described cooling signal is used to indicate prescribes a time limit when described measuring tempeature is greater than the upper of described preset temperature range, carries out cooling and regulates;

Alternatively, described thermostat units comprises: air-vent switch and N number of air-vent, described N be greater than 0 positive integer, the inner and outer of described furnishings is communicated with by described N number of air-vent, the outside of described furnishings is described furnishings sides away from human body when being worn, described air-vent switch is for controlling the opening and closing of described N number of air-vent, and described air-vent switch is connected with described temperature conditioning unit

Described according to described conditioning signal, regulated the temperature of the inner side of described furnishings by the thermostat units of the inner side being arranged on described furnishings, comprising:

If described conditioning signal comprises cooling signal, then by the unlatching of at least one air-vent in N number of air-vent described in described air-vent switch control rule;

If described conditioning signal comprises intensification signal, then by the closedown of at least one air-vent in N number of air-vent described in described air-vent switch control rule.

Alternatively, described furnishings are shoes, and described thermostat units comprises: Shoestring tying appts, described Shoestring tying appts for regulating the degree of tightness of the shoestring of described shoes,

Described according to described conditioning signal, regulated the temperature of the inner side of described furnishings by the thermostat units of the inner side being arranged on described furnishings, also comprise:

If described conditioning signal comprises cooling signal, then adjust loose described shoestring by described Shoestring tying appts;

If described conditioning signal comprises intensification signal, then tighten described shoestring by described Shoestring tying appts.

Alternatively, the described measuring tempeature of described transmission, comprising:

Send described measuring tempeature by wireless connections to described terminal, described wireless connections comprise: bluetooth connection, infrared connection, near field communication (NFC) NFC connect, Wireless Fidelity WIFI connect be connected with ZigBee protocol in any one.

Alternatively, described method also comprises:

Obtain electric energy by the motion sensor being arranged on the inner side of described furnishings, described mechanical energy, for collecting the mechanical energy of the human motion generation of dressing described furnishings, is converted to described electric energy by described motion sensor;

Described electric energy is provided to described thermostat units and at least one temperature sensor described.

According to the third aspect of disclosure embodiment, provide a kind of temperature control method of furnishings, described method comprises:

Receive measuring tempeature;

When described measuring tempeature exceeds preset temperature range, generate conditioning signal, described conditioning signal is used to indicate the temperature of the inner side regulating described furnishings, described conditioning signal comprises: intensification signal or cooling signal, described intensification signal is used to indicate prescribes a time limit when described measuring tempeature is less than the lower of described preset temperature range, carries out intensification and regulates; Described cooling signal is used to indicate prescribes a time limit when described measuring tempeature is greater than the upper of described preset temperature range, carries out cooling and regulates;

Send described conditioning signal.

Alternatively, described method also comprises:

Generate alarm prompt, described alarm prompt exceeds described preset temperature range for pointing out described measuring tempeature;

Show described alarm prompt.

Alternatively, described method also comprises:

Send described alarm prompt.

Alternatively, described reception measuring tempeature, comprising:

Receive described measuring tempeature by wireless connections, described wireless connections comprise: bluetooth connection, infrared connection, near field communication (NFC) NFC connect, Wireless Fidelity WIFI connect be connected with ZigBee protocol in any one.

According to the fourth aspect of disclosure embodiment, provide a kind of temperature-adjusting device of furnishings, described device comprises:

Receiver module, is configured to receive measuring tempeature;

Signal generation module, be configured to when described measuring tempeature exceeds preset temperature range, generate conditioning signal, described conditioning signal is used to indicate the temperature of the inner side of described adjustment furnishings, described conditioning signal comprises: intensification signal or cooling signal, described intensification signal is used to indicate prescribes a time limit when described measuring tempeature is less than the lower of described preset temperature range, carries out intensification and regulates; Described cooling signal is used to indicate prescribes a time limit when described measuring tempeature is greater than the upper of described preset temperature range, carries out cooling and regulates;

Signal transmitting module, is configured to send described conditioning signal.

Alternatively, described device also comprises:

First prompting generation module, be configured to generate alarm prompt, described alarm prompt exceeds described preset temperature range for pointing out described measuring tempeature;

Prompting display module, is configured to show described alarm prompt.

Alternatively, described device also comprises:

Second prompting generation module, be configured to generate alarm prompt, described alarm prompt exceeds described preset temperature range for pointing out described measuring tempeature;

Prompting sending module, is configured to send described alarm prompt.

Alternatively, described receiver module, be configured to receive described measuring tempeature by wireless connections, described wireless connections comprise: bluetooth connection, infrared connection, near field communication (NFC) NFC connect, Wireless Fidelity WIFI connect be connected with ZigBee protocol in any one.

The technical scheme that disclosure embodiment provides can comprise following beneficial effect:

The furnishings that disclosure embodiment provides and temperature control method thereof, furnishings comprise temperature conditioning unit, thermostat units and at least one temperature sensor, temperature conditioning unit is connected with thermostat units and at least one temperature sensor respectively, temperature conditioning unit and thermostat units are not arranged on furnishings, and at least one temperature sensor is arranged on the inner side of furnishings.Disclosure embodiment is by obtaining the measuring tempeature of the inner side of the furnishings of at least one temperature sensor collection, when measuring tempeature exceeds preset temperature range, the temperature inside furnishings is regulated by thermostat units, solve the problem of temperature adjustment process complexity in correlation technique, achieve the beneficial effect simplifying temperature adjustment process.

Should be understood that, it is only exemplary that above general description and details hereinafter describe, and can not limit the disclosure.

Accompanying drawing explanation

In order to be illustrated more clearly in embodiment of the present disclosure, below the accompanying drawing used required in describing embodiment is briefly described, apparently, accompanying drawing in the following describes is only embodiments more of the present disclosure, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.

Fig. 1-1 is the block diagram of a kind of furnishings according to an exemplary embodiment;

Fig. 1-2 is the schematic diagram of a kind of furnishings according to Fig. 1-1 illustrated embodiment;

Fig. 2-1 is the block diagram of the another kind of furnishings according to an exemplary embodiment;

Fig. 2-2 is schematic diagrames of a kind of furnishings according to Fig. 2-1 illustrated embodiment;

Fig. 3 is the method flow diagram of the temperature control method of a kind of furnishings according to an exemplary embodiment;

Fig. 4 is the method flow diagram of the temperature control method of another kind of furnishings according to an exemplary embodiment;

Fig. 5-1 is the method flow diagram of the temperature control method of another furnishings according to an exemplary embodiment;

Fig. 5-2 is a kind of method flow diagrams regulating the method for the temperature of the inner side of furnishings according to conditioning signal that Fig. 5-1 illustrated embodiment provides;

Fig. 5-3 is the another kind that provides of Fig. 5-1 illustrated embodiment regulates the method for the temperature of the inner side of furnishings method flow diagrams according to conditioning signal;

Fig. 6-1 is the method flow diagram of the temperature control method of another furnishings according to an exemplary embodiment;

Fig. 6-2 is surface charts of a kind of terminal demonstration alarm prompt according to Fig. 6-1 illustrated embodiment;

Fig. 6-3 is that a kind of user according to Fig. 6-1 illustrated embodiment arranges the surface chart regulating temperature in terminal;

Fig. 7 is the thermostatic block diagram of a kind of furnishings according to an exemplary embodiment;

Fig. 8 is the thermostatic block diagram of the another kind of furnishings according to an exemplary embodiment;

Fig. 9 is the thermostatic block diagram of a kind of furnishings according to an exemplary embodiment.

Accompanying drawing to be herein merged in description and to form the part of this description, shows and meets embodiment of the present disclosure, and is used from description one and explains principle of the present disclosure.

Detailed description of the invention

In order to make object of the present disclosure, technical scheme and advantage clearly, be described in further detail the disclosure below in conjunction with accompanying drawing, obviously, described embodiment is only a part of embodiment of the disclosure, instead of whole embodiments.Based on the embodiment in the disclosure, those of ordinary skill in the art are not making other embodiments all obtained under creative work prerequisite, all belong to the scope of disclosure protection.

Fig. 1-1 is the block diagram of a kind of furnishings 100 according to an exemplary embodiment, wherein, these furnishings 100 can be clothes, shoes etc., see Fig. 1-1, these furnishings 100 comprise: temperature conditioning unit 110, thermostat units 120 and at least one temperature sensor 130.

Temperature conditioning unit 110 is connected with thermostat units 120 and at least one temperature sensor 130 respectively, temperature conditioning unit 110 and thermostat units 120 are separately positioned on furnishings, at least one temperature sensor 130 is arranged on the inner side of furnishings, the inner side of furnishings be furnishings when being worn near the side of human body.

Wherein, at least one temperature sensor 130 is for measuring the measuring tempeature of the inner side of furnishings 100, temperature conditioning unit 110 is for obtaining the measuring tempeature of the inner side of the furnishings of at least one temperature sensor 130 measurement, judge whether measuring tempeature exceeds preset temperature range, if measuring tempeature exceeds preset temperature range, then temperature conditioning unit 110 controls the temperature that thermostat units 120 regulates the inner side of furnishings, makes the measuring tempeature of the inner side of furnishings after adjustment in preset temperature range.

Illustratively, as shown in Figure 1-2, this Fig. 1-2 is described for shoes A for these furnishings 100.See Fig. 1-2, shoes A generally includes sole A1 and upper of a shoe A2, and upper of a shoe A2 can arrange shoestring A3 usually, and sole A1 and upper of a shoe A2 can surround cavity (not shown in Fig. 1-2), and this cavity is for placing the foot of people.

Wherein, temperature conditioning unit 110 and thermostat units 120 are separately positioned on shoes A, it should be noted that, in Fig. 1-2, dotted line represents that corresponding device is positioned at the inner side of shoes A, and the inner side of shoes A is shoes A when being worn, near the side of foot, that is, the inner side of shoes A is the side of the cavity that on shoes A, close sole A1 and upper of a shoe A2 surrounds.Illustratively, as shown in Figure 1-2, temperature conditioning unit 110 is arranged on the inner side of sole A1, the inner side of sole A1 is the side of sole A1 near above-mentioned cavity, thermostat units 120 is positioned at the inner side of sole A1, at least one temperature sensor 130 can be arranged on the inner side of shoes A, and at least one temperature sensor 130 can be arranged on the inner side of sole A1, also the inner side of upper of a shoe A2 can be arranged on, disclosure embodiment does not limit this, wherein, the inner side of upper of a shoe A2 is the side near above-mentioned cavity on upper of a shoe A2.As shown in Figure 1-2, the inner side that disclosure embodiment is arranged on upper of a shoe A2 at least one temperature sensor 130 is described.Wherein, temperature conditioning unit 110 is connected (not drawing in Fig. 1-2) with thermostat units 120 and at least one temperature sensor 130 respectively.

Wherein, at least one temperature sensor 130 is for measuring the measuring tempeature of the inner side of shoes A, temperature conditioning unit 110 is for obtaining the measuring tempeature of the inner side of the shoes A of at least one temperature sensor 130 measurement, judge whether measuring tempeature exceeds preset temperature range, if measuring tempeature exceeds preset temperature range, then temperature conditioning unit 110 controls the temperature that thermostat units 120 regulates the inner side of shoes A, makes the measuring tempeature of the inner side of shoes A after adjustment in preset temperature range.

In sum, the furnishings that disclosure embodiment provides, furnishings comprise temperature conditioning unit, thermostat units and at least one temperature sensor, temperature conditioning unit is connected with thermostat units and at least one temperature sensor respectively, temperature conditioning unit and thermostat units are not arranged on furnishings, and at least one temperature sensor is arranged on the inner side of furnishings.The furnishings that disclosure embodiment provides, by obtaining the measuring tempeature of the inner side of the furnishings that at least one temperature sensor gathers, when measuring tempeature exceeds preset temperature range, the temperature inside furnishings is regulated by thermostat units, solve the problem of temperature adjustment process complexity in correlation technique, achieve the beneficial effect simplifying temperature adjustment process.

Fig. 2-1 is the block diagram of the another kind of furnishings 200 according to an exemplary embodiment, wherein, these furnishings 200 can be clothes, shoes etc., see Fig. 2-1, these furnishings 200 comprise: temperature conditioning unit 210, thermostat units 220 and at least one temperature sensor 230.

Temperature conditioning unit 210 is connected with thermostat units 220 and at least one temperature sensor 230 respectively, temperature conditioning unit 210 and thermostat units 220 are separately positioned on furnishings, at least one temperature sensor 230 is arranged on the inner side of furnishings, the inner side of furnishings be furnishings when being worn near the side of human body.

Wherein, at least one temperature sensor 230 is for measuring the measuring tempeature of the inner side of furnishings 200, temperature conditioning unit 210 is for obtaining the measuring tempeature of the inner side of the furnishings of at least one temperature sensor 230 measurement, judge whether measuring tempeature exceeds preset temperature range, if measuring tempeature exceeds preset temperature range, then temperature conditioning unit 210 controls the temperature that thermostat units 220 regulates the inner side of furnishings, makes the measuring tempeature of the inner side of furnishings after adjustment in preset temperature range.

Alternatively, please continue to refer to Fig. 2-1, these furnishings 200 also comprise: communication unit 240, and communication unit 240 is connected with temperature conditioning unit 210.Communication unit 240 may be used for the measuring tempeature sending temperature conditioning unit 210 acquisition, receive conditioning signal, conditioning signal is used to indicate the temperature of the inner side regulating furnishings 200, wherein, conditioning signal can comprise: intensification signal or cooling signal, intensification signal is used to indicate prescribes a time limit when measuring tempeature is less than the lower of preset temperature range, carry out intensification to regulate, cooling signal is used to indicate prescribes a time limit when measuring tempeature is greater than the upper of preset temperature range, carry out cooling to regulate, the conditioning signal of temperature conditioning unit 210 also for receiving according to communication unit 240, the temperature of the inner side of furnishings 200 is regulated by the thermostat units 220 being arranged on the inner side of furnishings 200.Alternatively, communication unit 240 can also be used for receiving alarm prompting, and alarm prompt exceeds preset temperature range for pointing out measuring tempeature; Temperature conditioning unit 210 is also pointed out for display alarm.

Wherein, connection between communication unit 240 and temperature conditioning unit 210 can for wireless connections, and these wireless connections can include but not limited to: bluetooth connections, infrared connection, near field communication (NFC) NFC connect, Wireless Fidelity WIFI connection be connected with ZigBee protocol in any one.

Alternatively, temperature conditioning unit 210 can also be used for when measuring tempeature exceeds preset temperature range, generates conditioning signal; Conditioning signal is used to indicate the temperature of the inner side regulating furnishings 200, and conditioning signal can comprise: intensification signal or cooling signal, and intensification signal is used to indicate prescribes a time limit when measuring tempeature is less than the lower of preset temperature range, carries out intensification and regulates; Cooling signal is used to indicate prescribes a time limit when measuring tempeature is greater than the upper of preset temperature range, carries out cooling and regulates; Temperature conditioning unit 210 can also be used for according to conditioning signal, is regulated the temperature of the inner side of furnishings 200 by the thermostat units 220 being arranged on the inner side of furnishings 200.

Alternatively, please continue to refer to Fig. 2-1, thermostat units 220 can comprise: air-vent switch 221 and N number of air-vent 222, wherein, N be greater than 0 positive integer, the inner and outer of furnishings is communicated with by N number of air-vent, and the outside of furnishings is furnishings sides away from human body when being worn.Wherein, air-vent switch 221 is for controlling the opening and closing of N number of air-vent 222, and air-vent switch 221 is connected with temperature conditioning unit 210.

When the conditioning signal that temperature conditioning unit 210 also receives for the conditioning signal that generates at temperature conditioning unit 210 or communication unit 240 comprises cooling signal, controlled the unlatching of at least one air-vent in N number of air-vent 222 by air-vent switch 221; When the conditioning signal that the conditioning signal that temperature conditioning unit 210 generates or communication unit 240 receive comprises intensification signal, controlled the closedown of at least one air-vent in N number of air-vent 222 by air-vent switch 221.

Alternatively, furnishings 200 can be shoes, and when furnishings 200 are shoes, this thermostat units 220 can also comprise: Shoestring tying appts 223, and Shoestring tying appts 223 is connected with temperature conditioning unit 210.

Wherein, when the conditioning signal that temperature conditioning unit 210 also receives for the conditioning signal that generates at temperature conditioning unit 210 or communication unit 240 comprises cooling signal, control Shoestring tying appts 223 and adjust loose shoestring; When the conditioning signal that the conditioning signal that temperature conditioning unit 210 generates or communication unit 240 receive comprises intensification signal, control Shoestring tying appts 223 and tighten shoestring.

Alternatively, as shown in Fig. 2-1, Shoestring tying appts 223 comprises: motor 2231 and motor control module 2232, and motor 2231 can be arranged on the bottom of shoes, motor 2231 is connected with shoestring, and motor control module 2232 is connected with motor 2231 and temperature conditioning unit 210 respectively.

When the conditioning signal that temperature conditioning unit 210 can also be used for receiving at conditioning signal or the communication unit 240 of temperature conditioning unit 210 generation comprises cooling signal, send cooling signal to motor control module 2232, motor control module 2232 adjusts pine for being driven shoestring by motor 2231; When the conditioning signal that temperature conditioning unit 210 can also be used for receiving at conditioning signal or the communication unit 240 of temperature conditioning unit 210 generation comprises intensification signal, send intensification signal to motor control module 2232, motor control module 2232 is for driving shoestring to tighten by motor 2231.

Alternatively, furnishings 200 also comprise, motion sensor 250, and motion sensor 250 is arranged on the inner side of furnishings, and motion sensor 250 is connected with temperature conditioning unit 210, thermostat units 220, at least one temperature sensor 230 and communication unit 240 respectively.Motion sensor 250 is for collecting the mechanical energy of the human motion generation of dressing furnishings, mechanical energy is converted to electric energy, temperature conditioning unit 210 can obtain electric energy, and provides electric energy to temperature conditioning unit 210, thermostat units 220, at least one temperature sensor 230 and communication unit 240.

Illustratively, as shown in Fig. 2-2, this Fig. 2-2 is described for shoes A for these furnishings 200.See Fig. 2-2, shoes A generally includes sole A1 and upper of a shoe A2, and upper of a shoe A2 can arrange shoestring A3 usually, and sole A1 and upper of a shoe A2 can surround cavity (not shown in Fig. 2-2), and this cavity is for placing the foot of people.

Wherein, temperature conditioning unit 210 and thermostat units 220 are separately positioned on shoes A, it should be noted that, in Fig. 2-2, dotted line represents that corresponding device is positioned at the inner side of shoes A, and the inner side of shoes A is shoes A when being worn, near the side of foot, that is, the inner side of shoes A is the side of the cavity that on shoes A, close sole A1 and upper of a shoe A2 surrounds.Illustratively, as shown in Fig. 2-2, temperature conditioning unit 210 is arranged on the inner side of sole A1, the inner side of sole A1 is the side of sole A1 near above-mentioned cavity, thermostat units 220 is positioned at the inner side of sole A1, at least one temperature sensor 230 can be arranged on the inner side of shoes A, and at least one temperature sensor 230 can be arranged on the inner side of sole A1, also the inner side of upper of a shoe A2 can be arranged on, disclosure embodiment does not limit this, wherein, the inner side of upper of a shoe A2 is the side of upper of a shoe A2 near above-mentioned cavity.As shown in Fig. 2-2, the inner side that disclosure embodiment is arranged on upper of a shoe A2 at least one temperature sensor 230 is described.Wherein, temperature conditioning unit 210 is connected (not drawing in Fig. 2-2) with thermostat units 220 and at least one temperature sensor 230 respectively.

Wherein, at least one temperature sensor 230 is for measuring the measuring tempeature of the inner side of shoes A, temperature conditioning unit 210 is for obtaining the measuring tempeature of the inner side of the shoes A of at least one temperature sensor 230 measurement, judge whether measuring tempeature exceeds preset temperature range, if measuring tempeature exceeds preset temperature range, then temperature conditioning unit 210 controls the temperature that thermostat units 220 regulates the inner side of shoes A, makes the measuring tempeature of the inner side of shoes A after adjustment in preset temperature range.

As shown in Fig. 2-2, communication unit 240 is arranged on the inner side of sole A1, communication unit 240 is connected with temperature conditioning unit 210 (not drawing in Fig. 2-2), when a kind of possible, communication unit 240 and temperature conditioning unit 210 can be arranged to as a whole.Communication unit 240 may be used for the measuring tempeature sending temperature conditioning unit 210 acquisition; Receive conditioning signal, conditioning signal is used to indicate the temperature of the inner side regulating shoes A, wherein, conditioning signal can comprise: intensification signal or cooling signal, intensification signal is used to indicate prescribes a time limit when measuring tempeature is less than the lower of preset temperature range, carry out intensification to regulate, cooling signal is used to indicate prescribes a time limit when measuring tempeature is greater than the upper of preset temperature range, carries out cooling and regulates.The conditioning signal of temperature conditioning unit 210 also for receiving according to communication unit 240, regulates the temperature of the inner side of shoes A by the thermostat units 220 being arranged on the inner side of shoes A.Alternatively, communication unit 240 can also be used for receiving alarm prompting, and alarm prompt exceeds preset temperature range for pointing out measuring tempeature; Temperature conditioning unit 210 is also pointed out for display alarm.

Alternatively, connection between communication unit 240 and temperature conditioning unit 210 can for wireless connections, and these wireless connections can include but not limited to: bluetooth connections, infrared connection, near field communication (NFC) NFC connect, Wireless Fidelity WIFI connection be connected with ZigBee protocol in any one.

Alternatively, temperature conditioning unit 210 can also be used for when measuring tempeature exceeds preset temperature range, generates conditioning signal; Conditioning signal can comprise: intensification signal or cooling signal, and intensification signal is used to indicate prescribes a time limit when measuring tempeature is less than the lower of preset temperature range, carries out intensification and regulates; Cooling signal is used to indicate prescribes a time limit when measuring tempeature is greater than the upper of preset temperature range, carries out cooling and regulates; Temperature conditioning unit 210 can also be used for according to conditioning signal, is regulated the temperature of the inner side of shoes A by the thermostat units 220 being arranged on the inner side of shoes A.

Alternatively, as shown in Fig. 2-2, thermostat units 220 can comprise: air-vent switch 221 and N number of air-vent 222, wherein, N be greater than 0 positive integer, the inner and outer of shoes A is communicated with by N number of air-vent, and the outside of shoes A is shoes sides away from foot when being worn, that is, the outside of shoes A is the side of the cavity that shoes A surrounds away from sole A1 and upper of a shoe A2.Wherein, air-vent switch 221 is for controlling the opening and closing of N number of air-vent 222, and air-vent switch 221 is connected with temperature conditioning unit 210 (not drawing in Fig. 2-2).

Alternatively, this thermostat units 220 can also comprise: Shoestring tying appts 223, and Shoestring tying appts 223 is connected with temperature conditioning unit 210 (not drawing in Fig. 2-2).

Wherein, when the conditioning signal that temperature conditioning unit 210 also receives for the conditioning signal that generates at temperature conditioning unit 210 or communication unit 240 comprises cooling signal, control Shoestring tying appts 223 and adjust loose shoestring A3; When the conditioning signal that the conditioning signal that temperature conditioning unit 210 generates or communication unit 240 receive comprises intensification signal, control Shoestring tying appts 223 and tighten shoestring A3.

Alternatively, Shoestring tying appts 223 comprises: motor 2231 and motor control module 2232, motor 2231 can be arranged on sole A1, and motor 2231 can be positioned at the outside of shoes A, also the inside of shoes A can be positioned at, disclosure embodiment does not limit this, and motor 2231 is connected with shoestring A3 (not drawing in Fig. 2-2), and motor control module 2232 is connected with motor 2231 and temperature conditioning unit 210 respectively (not drawing in Fig. 2-2).

When the conditioning signal that temperature conditioning unit 210 can also be used for receiving at conditioning signal or the communication unit 240 of temperature conditioning unit 210 generation comprises cooling signal, send cooling signal to motor control module 2232, motor control module 2232 adjusts pine for being driven shoestring A3 by motor 2231; When the conditioning signal that temperature conditioning unit 210 can also be used for receiving at conditioning signal or the communication unit 240 of temperature conditioning unit 210 generation comprises intensification signal, send intensification signal to motor control module 2232, motor control module 2232 is for driving shoestring A3 to tighten by motor 2231.

Alternatively, shoes A also comprises, motion sensor (not drawing in Fig. 2-2), motion sensor can be arranged on the inner side of shoes A, and motion sensor can be positioned at the inside of sole A1, motion sensor is connected with temperature conditioning unit 210, thermostat units 220, at least one temperature sensor 230 and communication unit 240 respectively.Motion sensor is for collecting the mechanical energy of the foot motion generation of dressing shoes A, mechanical energy is converted to electric energy, temperature conditioning unit 210 can obtain electric energy, and provides electric energy to temperature conditioning unit 210, thermostat units 220, at least one temperature sensor 230 and communication unit 240.

The furnishings that the embodiment of the present invention provides can be applied to method hereinafter described, the description that in the embodiment of the present invention, the workflow of unit and operation principle can vide infra in each embodiment.

Fig. 3 is the flow chart of the temperature control method of a kind of furnishings according to an exemplary embodiment, the present embodiment is applied in the arbitrary shown furnishings of Fig. 1-1 to Fig. 2-1 with the temperature control method of these furnishings and is illustrated, see Fig. 3, the temperature control method of these furnishings can comprise following several step:

In step 301, obtained the measuring tempeature of inner side of furnishings by least one temperature sensor being arranged on the inner side of furnishings, the inner side of furnishings be furnishings when being worn near the side of human body.

In step 302, judge whether measuring tempeature exceeds preset temperature range.

In step 303, if measuring tempeature exceeds preset temperature range, then the thermostat units by being arranged on the inner side of furnishings regulates the temperature of inner side of furnishings, makes the measuring tempeature of the inner side of furnishings after adjustment in preset temperature range.

In sum, the temperature control method of the furnishings that disclosure embodiment provides, the measuring tempeature of the inner side of furnishings is obtained by least one temperature sensor being arranged on the inner side of furnishings, judge whether measuring tempeature exceeds preset temperature range, when measuring tempeature exceeds preset temperature range, the temperature of the inner side of furnishings is regulated by the thermostat units being arranged on the inner side of furnishings, make the measuring tempeature of the inner side of furnishings after adjustment in preset temperature range, solve the problem of temperature adjustment process complexity in correlation technique, achieve the beneficial effect simplifying temperature adjustment process.

Alternatively, step 303 can comprise:

Send measuring tempeature;

Receive conditioning signal, conditioning signal is used to indicate the temperature of the inner side regulating furnishings, and conditioning signal comprises: intensification signal or cooling signal, and intensification signal is used to indicate prescribes a time limit when measuring tempeature is less than the lower of preset temperature range, carries out intensification and regulates; Cooling signal is used to indicate prescribes a time limit when measuring tempeature is greater than the upper of preset temperature range, carries out cooling and regulates;

According to conditioning signal, regulated the temperature of the inner side of furnishings by the thermostat units being arranged on the inner side of furnishings.

Alternatively, the method can also comprise:

Receiving alarm is pointed out, and alarm prompt exceeds preset temperature range for pointing out measuring tempeature;

Display alarm is pointed out.

Alternatively, step 303 can also comprise:

If measuring tempeature exceeds preset temperature range, then generate conditioning signal, conditioning signal is used to indicate the temperature of the inner side regulating furnishings, conditioning signal comprises: intensification signal or cooling signal, intensification signal is used to indicate prescribes a time limit when measuring tempeature is less than the lower of preset temperature range, carries out intensification and regulates; Cooling signal is used to indicate prescribes a time limit when measuring tempeature is greater than the upper of preset temperature range, carries out cooling and regulates;

Alternatively, thermostat units comprises: air-vent switch and N number of air-vent, N be greater than 0 positive integer, the inner and outer of furnishings is communicated with by N number of air-vent, the outside of furnishings is furnishings sides away from human body when being worn, air-vent switch is for controlling the opening and closing of N number of air-vent, and air-vent switch is connected with temperature conditioning unit

Step 303 can comprise further:

If conditioning signal comprises cooling signal, then by the unlatching of at least one air-vent in the N number of air-vent of air-vent switch control rule;

If conditioning signal comprises intensification signal, then by the closedown of at least one air-vent in the N number of air-vent of air-vent switch control rule.

Alternatively, furnishings are shoes, and thermostat units comprises: Shoestring tying appts, Shoestring tying appts for regulating the degree of tightness of the shoestring of shoes,

Step 303 can also comprise further:

If conditioning signal comprises cooling signal, then adjust loose shoestring by Shoestring tying appts;

If conditioning signal comprises intensification signal, then tighten shoestring by Shoestring tying appts.

Alternatively, send measuring tempeature, comprising:

Send measuring tempeature by wireless connections to terminal, wireless connections comprise: bluetooth connection, infrared connection, near field communication (NFC) NFC connect, Wireless Fidelity WIFI connect be connected with ZigBee protocol in any one.

Alternatively, the method also comprises:

Obtain electric energy by the motion sensor being arranged on the inner side of furnishings, mechanical energy, for collecting the mechanical energy of the human motion generation of dressing furnishings, is converted to electric energy by motion sensor;

Electric energy is provided to thermostat units and at least one temperature sensor.

Fig. 4 is the flow chart of the temperature control method of another kind of furnishings according to an exemplary embodiment, the present embodiment is applied in terminal with the temperature control method of these furnishings and is illustrated, wherein, terminal can be the electronic equipments such as smart mobile phone, panel computer, intelligent television, see Fig. 4, the temperature control method of these furnishings can comprise following several step:

In step 401, measuring tempeature is received.

In step 402, when measuring tempeature exceeds preset temperature range, generate conditioning signal, conditioning signal is used to indicate the temperature of the inner side regulating furnishings, conditioning signal comprises: intensification signal or cooling signal, intensification signal is used to indicate prescribes a time limit when measuring tempeature is less than the lower of preset temperature range, carries out intensification and regulates; Cooling signal is used to indicate prescribes a time limit when measuring tempeature is greater than the upper of preset temperature range, carries out cooling and regulates.

In step 403, conditioning signal is sent.

In sum, the temperature control method of the furnishings that disclosure embodiment provides, by receiving measuring tempeature, when measuring tempeature exceeds preset temperature range, generate conditioning signal, and send conditioning signal, so that regulated the temperature of the inner side of furnishings by the thermostat units of the inner side being arranged on furnishings, make the measuring tempeature of the inner side of furnishings after adjustment in preset temperature range, solve the problem of temperature adjustment process complexity in correlation technique, achieve the beneficial effect simplifying temperature adjustment process.

Alternatively, the method also comprises:

Generate alarm prompt, alarm prompt exceeds preset temperature range for pointing out measuring tempeature;

Display alarm is pointed out.

Alternatively, the method also comprises:

Send alarm prompt.

Alternatively, receive measuring tempeature, comprising:

Receive measuring tempeature by wireless connections, wireless connections comprise: bluetooth connection, infrared connection, near field communication (NFC) NFC connect, Wireless Fidelity WIFI connect be connected with ZigBee protocol in any one.

Fig. 5-1 is the flow chart of the temperature control method of another furnishings according to an exemplary embodiment, the present embodiment is applied in the furnishings shown in Fig. 1-1 to Fig. 2-2 with the temperature control method of these furnishings and is illustrated, see Fig. 5-1, the temperature control method of these furnishings can comprise following several step:

In step 501, obtained the measuring tempeature of inner side of furnishings by least one temperature sensor being arranged on the inner side of furnishings, the inner side of furnishings be furnishings when being worn near the side of human body.

In the disclosed embodiments, furnishings can arrange temperature conditioning unit, the temperature control method of the furnishings that disclosure embodiment provides can be performed by temperature conditioning unit.

Wherein, furnishings can comprise inner side and outer side, the inner side of furnishings be furnishings when being worn near the side of human body, the outside of furnishings is furnishings sides away from human body when being worn.The inner side of furnishings can be provided with at least one temperature sensor, this at least one temperature sensor can measure the temperature of the inner side of furnishings, wherein, the number of temperature sensor can be arranged according to actual needs, disclosure embodiment does not limit this, illustratively, the number of temperature sensor can be 3.

Temperature conditioning unit can obtain the measuring tempeature of the inner side of furnishings by this at least one temperature sensor, illustratively, at least one temperature sensor can measure the temperature of the inner side of furnishings, then send the temperature of the inner side of furnishings to temperature conditioning unit, temperature conditioning unit can obtain the measuring tempeature of the inner side of furnishings by the temperature of the inner side receiving the furnishings that at least one temperature sensor sends.

It should be noted that, if the number of at least one temperature sensor is greater than 2, then the temperature of the inner side of the furnishings of at least one temperature sensor measurement may be different, therefore, temperature conditioning unit can using the measuring tempeature of the mean value of the temperature of the inner side of the furnishings of this at least one temperature sensor transmission as the inner side of furnishings, such as, the number of assumed temperature sensor is 3, temperature inside the furnishings of these 3 temperature sensor measurements is respectively: 14 DEG C, 13 DEG C and 21 DEG C, due to 14 DEG C, the mean value of 13 DEG C and 21 DEG C these three temperature is 16 DEG C, therefore, temperature conditioning unit can determine that the measuring tempeature of the inner side of furnishings is 16 DEG C.

In step 502, judge whether measuring tempeature exceeds preset temperature range.If so, perform step 503 to 506, if not, perform step 505 to 506.

Temperature conditioning unit, after the measuring tempeature of inner side getting furnishings, can judge whether this measuring tempeature exceeds preset temperature range.Wherein, preset temperature range can be that user is arranged on temperature conditioning unit according to the actual conditions of oneself; illustratively; preset temperature range can be: [18 DEG C, 25 DEG C], it should be noted that; preset temperature range in disclosure embodiment [18 DEG C; 25 DEG C] just exemplary, can not in order to limit the disclosure, other preset temperature range is also in protection domain of the present disclosure.User is after being provided with preset temperature range, and temperature conditioning unit can store this preset temperature range.

Alternatively, temperature conditioning unit can by the upper limit by measuring tempeature and preset temperature range, lower limit compares, judge that measuring tempeature is no and be positioned at preset temperature range, such as, temperature conditioning unit first judges whether measuring tempeature is greater than the upper limit of preset temperature range, if measuring tempeature is greater than the upper limit of preset temperature range, then measuring tempeature exceeds preset temperature range, if measuring tempeature is less than the upper limit of preset temperature range, then temperature conditioning unit judges whether measuring tempeature is less than the lower limit of preset temperature range, if measuring tempeature is less than the lower limit of preset temperature range, then measuring tempeature exceeds preset temperature range, if measuring tempeature is greater than the lower limit of preset temperature range, then measuring tempeature is positioned at preset temperature range.Illustratively, temperature conditioning unit can judge whether measuring tempeature 16 DEG C is positioned in preset temperature range [18 DEG C, 25 DEG C], in the disclosed embodiments, measuring tempeature 16 DEG C is less than the lower limit of preset temperature range [18 DEG C, 25 DEG C], therefore, measuring tempeature exceeds preset temperature range.

In step 503, if measuring tempeature exceeds preset temperature range, then generate conditioning signal, conditioning signal is used to indicate the temperature of the inner side regulating furnishings, conditioning signal comprises: intensification signal or cooling signal, intensification signal is used to indicate prescribes a time limit when measuring tempeature is less than the lower of preset temperature range, carries out intensification and regulates; Cooling signal is used to indicate prescribes a time limit when measuring tempeature is greater than the upper of preset temperature range, carries out cooling and regulates.

If in step 502, temperature conditioning unit determination measuring tempeature exceeds preset temperature range, then temperature conditioning unit can generate conditioning signal, wherein, conditioning signal can comprise: intensification signal or cooling signal, intensification signal is used to indicate prescribes a time limit when measuring tempeature is less than the lower of preset temperature range, carries out intensification and regulates; Cooling signal is used to indicate prescribes a time limit when measuring tempeature is greater than the upper of preset temperature range, carries out cooling and regulates.

Wherein, if temperature conditioning unit determination measuring tempeature exceeds preset temperature range, and measuring tempeature is less than the lower limit of preset temperature range, then temperature conditioning unit can generate the conditioning signal comprising intensification signal, if temperature conditioning unit determination measuring tempeature exceeds preset temperature range, and measuring tempeature is greater than the upper limit of preset temperature range, then temperature conditioning unit can generate the conditioning signal comprising cooling signal.In disclosure embodiment, because measuring tempeature is 16 DEG C, the lower limit of preset temperature range is 18 DEG C, and measuring tempeature is less than the lower limit of preset temperature range, and therefore, temperature conditioning unit generates the conditioning signal comprising intensification signal.

In step 504, according to conditioning signal, regulated the temperature of the inner side of furnishings by the thermostat units being arranged on the inner side of furnishings.

Temperature conditioning unit, can according to conditioning signal after generation conditioning signal, is regulated the temperature of the inner side of furnishings by the thermostat units being arranged on the inner side of furnishings, makes the measuring tempeature of the inner side of furnishings after adjustment in preset temperature range.

Wherein, thermostat units can comprise: air-vent switch and N number of air-vent, N be greater than 0 positive integer, the numerical value of N can be arranged according to actual needs, disclosure embodiment does not limit this, the inner and outer of furnishings is communicated with by N number of air-vent, the outside of furnishings is furnishings sides away from human body when being worn, air-vent switch is for controlling the opening and closing of N number of air-vent, and air-vent switch is connected with temperature conditioning unit, illustratively, please refer to Fig. 5-2, shown in it is that a kind of temperature conditioning unit of providing of Fig. 5-1 illustrated embodiment is according to conditioning signal, the method flow diagram of the method for the temperature of the inner side of furnishings is regulated by the thermostat units being arranged on the inner side of furnishings, see Fig. 5-2, the method flow process can comprise following several step:

In sub-step 5041a, if conditioning signal comprises cooling signal, then by the unlatching of at least one air-vent in the N number of air-vent of air-vent switch control rule.

In the disclosed embodiments, temperature conditioning unit regulate in furnishings temperature before, the a part of air-vent be arranged at least one air-vent on furnishings can be in opening, another part air-vent can be in closed condition, when conditioning signal comprises cooling signal, temperature conditioning unit can be in the air-vent unlatching of closed condition by air-vent switch control rule, when conditioning signal comprises intensification signal, temperature conditioning unit can be in the air-vent closedown of opening by air-vent switch control rule.

If conditioning signal comprises cooling signal, temperature conditioning unit can send cooling signal to air-vent switch, and air-vent switch is when receiving cooling signal, and the air-vent being in closed condition controlled at least one air-vent is opened.

In sub-step 5042a, if conditioning signal comprises intensification signal, then by the closedown of at least one air-vent in the N number of air-vent of air-vent switch control rule.

If conditioning signal comprises intensification signal, temperature conditioning unit can be in the air-vent closedown of opening by air-vent switch control rule.Illustratively, temperature conditioning unit can send intensification signal to air-vent switch, and air-vent switch is when receiving intensification signal, and the air-vent being in opening controlled at least one air-vent is closed.In the disclosed embodiments, because conditioning signal comprises: intensification signal, therefore, temperature conditioning unit can send intensification signal to air-vent switch, air-vent switch is when receiving intensification signal, and the air-vent being in opening controlled at least one air-vent is closed.

The temperature control method of the furnishings that disclosure embodiment provides, temperature conditioning unit is by when conditioning signal comprises cooling signal, control air-vent switch, air-vent switch control rule air-vent is opened, when conditioning signal comprises intensification signal, control air-vent switch, air-vent switch control rule air-vent is closed, reach the effect of the temperature of the inner side regulating furnishings.

Alternatively, in the disclosed embodiments, if furnishings are shoes, these shoes can comprise Shoestring tying appts, Shoestring tying appts may be used for the degree of tightness of the shoestring regulating shoes, temperature conditioning unit can regulate the degree of tightness of shoestring to regulate the temperature of the inner side of furnishings by Shoestring tying appts, illustratively, please refer to Fig. 5-3, shown in it is that the another kind of temperature conditioning unit that provides of Fig. 5-1 illustrated embodiment is according to conditioning signal, the method flow diagram of the method for the temperature of the inner side of furnishings is regulated by the thermostat units being arranged on the inner side of furnishings, be shoes with furnishings in the method flow process for example is described, see Fig. 5-3, the method flow process can comprise following several step:

In sub-step 5041b, if conditioning signal comprises cooling signal, then adjust loose shoestring by Shoestring tying appts.

Wherein, Shoestring tying appts can comprise motor and motor control module, motor is connected with motor control module and shoestring respectively, and motor control module can control the opening and closing of motor, and the rotation direction of motor, if motor according to predetermined direction (such as, clockwise) rotate, motor can pull shoestring make shoestring adjust pine, if motor according to predetermined direction rightabout (such as, counterclockwise) rotate, motor can pull shoestring that shoestring is tightened.

If conditioning signal comprises cooling signal, temperature conditioning unit can adjust loose shoestring by Shoestring tying appts, illustratively, temperature conditioning unit sends cooling signal to motor control module, motor control module is after receiving this cooling signal, control motor is opened, and controls motor simultaneously and rotates according to predetermined direction, makes shoestring adjust pine.

In sub-step 5042b, if conditioning signal comprises intensification signal, then tighten shoestring by Shoestring tying appts.

If conditioning signal comprises intensification signal, temperature conditioning unit can tighten shoestring by Shoestring tying appts, illustratively, temperature conditioning unit sends intensification signal to motor control module, motor control module is after receiving this intensification signal, control motor is opened, and controls motor simultaneously and rotates according to the rightabout of predetermined direction, shoestring is tightened.In the disclosed embodiments, because conditioning signal comprises: intensification signal, therefore, temperature conditioning unit can send intensification signal to motor control module, motor control module is when receiving intensification signal, control motor is opened, and controls motor simultaneously and rotates according to the rightabout of predetermined direction, shoestring is tightened.

The temperature control method of the furnishings that disclosure embodiment provides, if furnishings are shoes, temperature conditioning unit is by when conditioning signal comprises cooling signal, loose shoestring is adjusted by Shoestring tying appts, when conditioning signal comprises intensification signal, tighten shoestring by Shoestring tying appts, achieve the effect of the temperature of the inner side regulating furnishings.

It should be noted that, in above-mentioned steps 504, temperature conditioning unit is when regulating the temperature of inner side of furnishings, the measuring tempeature of the inner side of furnishings can be obtained by least one temperature sensor being arranged on the inner side of furnishings every prefixed time interval, if measuring tempeature is positioned at preset temperature range, then temperature conditioning unit stops temperature regulating, wherein, prefixed time interval can be arranged according to actual needs, disclosure embodiment does not limit this, illustratively, prefixed time interval can be 1 minute.Illustratively, temperature conditioning unit can often be opened or close an air-vent and just be obtained one-shot measurement temperature, or temperature conditioning unit can obtain one-shot measurement temperature after motor often rotates a circle, wherein, the length of pine or tension of drawing that motor often rotates a circle shoestring is can be definite value, such as, motor often rotates a circle shoestring and can draw pine or tension 5 millimeters.

Also it should be noted that, the present embodiment is described every the measuring tempeature that the time interval obtains the inner side of furnishings by least one temperature sensor being arranged on the inner side of furnishings for temperature conditioning unit, in practical application, temperature conditioning unit can also obtain the measuring tempeature of the inner side of furnishings in real time by least one temperature sensor being arranged on the inner side of furnishings, the present embodiment does not limit this.

The temperature control method of the furnishings that disclosure embodiment provides, temperature conditioning unit is by generation conditioning signal and according to the conditioning signal generated, the temperature of the inner side of furnishings is regulated by the thermostat units being arranged on the inner side of furnishings, therefore, the temperature of self can be regulated by furnishings oneself, improve the intellectuality of furnishings.

In step 505, obtain electric energy by the motion sensor being arranged on the inner side of furnishings, mechanical energy, for collecting the mechanical energy of the human motion generation of dressing furnishings, is converted to electric energy by motion sensor.

Wherein, motion sensor can comprise magnet and coil, coil is arranged on the outside of magnet, and magnet can move between coil, when dressing the human motion of furnishings (such as, foot waves because of walking) time, human body can apply pressure to magnet, magnet is moved between coil, when magnet moves between coil, can generation current (electric energy), motion sensor can provide this electric energy to temperature conditioning unit, and temperature conditioning unit realizes the acquisition to this electric energy by the electric energy receiving motion sensor and provide.

In step 506, electric energy is provided to thermostat units and at least one temperature sensor.

Temperature conditioning unit, when getting electric energy, can provide electric energy to thermostat units and at least one temperature sensor.Wherein, because temperature conditioning unit also needs electric energy, therefore, temperature conditioning unit can provide electric energy to self.Wherein, temperature conditioning unit provides electric energy to refer to temperature conditioning unit to thermostat units and provides electric energy to air-vent switch and motor control module.

The temperature control method of the furnishings that disclosure embodiment provides, temperature conditioning unit is by obtaining electric energy, and provide electric energy to thermostat units and at least one temperature sensor, thermostat units and at least one temperature sensor can normally be worked, and the temperature control method of the furnishings provided for disclosure embodiment provides the guarantee on energy.

Also it should be noted that; the sequencing of the temperature control method step of the furnishings that disclosure embodiment provides can suitably adjust; step also according to circumstances can carry out corresponding increase and decrease; illustratively; before step 505 and step 506 can be positioned at step 501, be anyly familiar with those skilled in the art in the technical scope that the disclosure discloses, the method changed can be expected easily; all should be encompassed within protection domain of the present disclosure, therefore repeat no more.

Fig. 6-1 is the flow chart of the temperature control method of another furnishings according to an exemplary embodiment, the present embodiment is applied in the system of furnishings and terminal composition with the temperature control method of these furnishings and is described, wherein, furnishings can be the furnishings shown in Fig. 1-1 to Fig. 2-2, terminal can be the electronic equipments such as smart mobile phone, panel computer, intelligent television, see Fig. 6-1, the temperature control method of these furnishings can comprise following several step:

In step 601, furnishings obtain the measuring tempeature of inner side of furnishings by least one temperature sensor being arranged on the inner side of furnishings, the inner side of furnishings be furnishings when being worn near the side of human body.

This step 601 is identical or similar with the step 501 in Fig. 5-1 illustrated embodiment, and its implementation procedure can step 501 in reference diagram 5-1 illustrated embodiment, and the present embodiment does not repeat them here.

In step 602, furnishings judge whether measuring tempeature exceeds preset temperature range.If so, perform step 603 to 615, if not, perform step 614 to 615.

This step 601 is identical or similar with the step 502 in Fig. 5-1 illustrated embodiment, and its implementation procedure can step 502 in reference diagram 5-1 illustrated embodiment, and the present embodiment does not repeat them here.

But it should be noted that: in the present embodiment, preset temperature range is that user is arranged according to the actual conditions of oneself, user can arrange preset temperature range on temperature conditioning unit, also can by the terminal set temperature scope that can communicate with this temperature conditioning unit.User is after being provided with preset temperature range, and temperature conditioning unit can store this preset temperature range, and terminal also can store this preset temperature range, and disclosure embodiment does not limit this.

In step 603, if measuring tempeature exceeds preset temperature range, then furnishings send measuring tempeature to terminal.

In disclosure embodiment, furnishings can also arrange communication unit, temperature conditioning unit can send measuring tempeature to terminal by the communication unit on furnishings.

Alternatively, terminal can be mobile terminal, such as, terminal can be smart mobile phone, the electronic equipments such as panel computer, this mobile terminal can be connected with the communication unit on furnishings by wireless network, therefore, temperature conditioning unit can send measuring tempeature by the wireless connections between communication unit and terminal to terminal, wherein, these wireless connections can include but not limited to: bluetooth connects, infrared connection, near field communication (NFC) is (English: NearFieldCommunication, be called for short: NFC) connect, Wireless Fidelity is (English: WIreless-FIdelity, be called for short: WIFI) connect and purple honeybee (English: Zigbee) agreement be connected in any one.

Temperature conditioning unit can send measuring tempeature by the wireless connections between communication unit and terminal to terminal, and illustratively, temperature conditioning unit sends measuring tempeature 16 DEG C by the wireless connections between communication unit and terminal to terminal.Because furnishings cannot be connected with terminal by cable network usually, therefore, in disclosure embodiment, the temperature conditioning unit on furnishings sends measuring tempeature by wireless connections to terminal, is convenient to the transmission of measuring tempeature.

In step 604, terminal receives measuring tempeature.

After temperature conditioning unit sends measuring tempeature by the wireless connections between communication unit and terminal to terminal, terminal can receive the measuring tempeature of temperature conditioning unit transmission by the wireless connections between communication unit.Illustratively, terminal can receive the measuring tempeature 16 DEG C of temperature conditioning unit transmission by the wireless connections between communication unit.

Because furnishings cannot be connected with terminal by cable network usually, therefore, in disclosure embodiment, the temperature conditioning unit that terminal is received on furnishings by wireless connections sends measuring tempeature, is convenient to the reception of measuring tempeature.

In step 605, when measuring tempeature exceeds preset temperature range, terminal generates alarm prompt, and alarm prompt exceeds preset temperature range for pointing out measuring tempeature.

Terminal is after receiving measuring tempeature, if measuring tempeature exceeds preset temperature range, then terminal can generate alarm prompt, and this alarm prompt exceeds preset temperature range for pointing out measuring tempeature.In the disclosed embodiments, the measuring tempeature received due to terminal is that temperature conditioning unit is being determined to send after measuring tempeature exceeds preset temperature range, also be, the measuring tempeature that terminal receives exceeds preset temperature range, therefore, terminal, after receiving measuring tempeature, directly can generate alarm prompt; In practical application, terminal is when receiving measuring tempeature, also can judge whether measuring tempeature exceeds preset temperature range, if measuring tempeature exceeds preset temperature range, then terminal generates alarm prompt, and wherein, alarm prompt can be: " furnishings A Current Temperatures is * DEG C; temperature is excessively high/low, regulate? "In the disclosed embodiments, because measuring tempeature 16 DEG C exceeds preset temperature range, and the lower limit of preset temperature range is less than, therefore, terminal generates alarm prompt, and alarm prompt can be: " furnishings A Current Temperatures is 16 DEG C; temperature is too low, regulate? "

In step 606, terminal demonstration alarm prompt.

Terminal, after generation alarm prompt, can be pointed out in display alarm, such as, and terminal demonstration alarm prompt: " furnishings A Current Temperatures is 16 DEG C, and temperature is too low, regulate? "

Illustratively, please refer to Fig. 6-2, shown in it is a kind of surface chart of the terminal demonstration alarm prompt that Fig. 6-1 illustrated embodiment provides, see Fig. 6-2, terminal shows alarm prompt, this alarm prompt is: " furnishings A Current Temperatures is 16 DEG C; temperature is too low; regulate? ", meanwhile, terminal also shows button "Yes" and "No".

It should be noted that, terminal is when display alarm is pointed out, and can show this alarm prompt by the application be arranged in terminal, also can show this alarm prompt by other means, disclosure embodiment does not limit this.

The temperature control method of the furnishings that disclosure embodiment provides, terminal, by when measuring tempeature exceeds preset temperature range, generates and display alarm prompting, reaches the effect of prompting user.

In step 607, terminal sends alarm prompt to furnishings.

Terminal, after generation alarm prompt, can also send alarm prompt to furnishings, be pointed out by furnishings display alarm.It should be noted that, due to displayless usual on furnishings, therefore, the alarm prompt that terminal sends to furnishings can comprise: " furnishings A Current Temperatures is excessively high/low ", illustratively, the alarm prompt that terminal sends to furnishings can comprise: " furnishings A Current Temperatures is too low ".

The temperature control method of the furnishings that disclosure embodiment provides, terminal, by when measuring tempeature exceeds preset temperature range, generates and sends alarm prompt to furnishings, reaching the effect of prompting user.

In step 608, furnishings receiving alarm prompting.

Terminal is after sending alarm prompt to furnishings, and furnishings can be pointed out by receiving alarm, and illustratively, the temperature conditioning unit on furnishings is pointed out by the communication unit receiving alarm be connected with terminal be arranged on furnishings.Such as, furnishings receiving alarm prompting " furnishings A Current Temperatures is too low ".

In step 609, furnishings display alarm is pointed out.

Furnishings, can display alarm prompting after receiving alarm prompt.Illustratively, furnishings can be arranged and be used to indicate the too high indicator lamp of temperature and be used to indicate the too low indicator lamp of temperature, if the alarm prompt that furnishings receive is " furnishings A Current Temperatures is too high ", then temperature conditioning unit controls the too high indicator lamp unlatching of indicated temperature, if the alarm prompt that furnishings receive is " furnishings A Current Temperatures is too low ", then temperature conditioning unit controls the too low indicator lamp unlatching of indicated temperature, in the disclosed embodiments, the alarm prompt received due to furnishings is " furnishings A Current Temperatures is too low ", therefore, furnishings control the too low indicator lamp of indicated temperature and open.

The temperature control method of the furnishings that disclosure embodiment provides, furnishings, by receiving and the alarm prompt of display terminal transmission, reach the effect of prompting user.

In step 610, when measuring tempeature exceeds preset temperature range, terminal generates conditioning signal, conditioning signal is used to indicate the temperature of the inner side regulating furnishings, conditioning signal comprises: intensification signal or cooling signal, intensification signal is used to indicate prescribes a time limit when measuring tempeature is less than the lower of preset temperature range, carries out intensification and regulates; Cooling signal is used to indicate prescribes a time limit when measuring tempeature is greater than the upper of preset temperature range, carries out cooling and regulates.

Terminal is after receiving measuring tempeature, if measuring tempeature exceeds preset temperature range, then terminal can generate conditioning signal, in the disclosed embodiments, due to measuring tempeature be temperature conditioning unit determining to send after measuring tempeature exceeds preset temperature range, be also, the measuring tempeature that terminal receives exceeds preset temperature range, therefore, terminal, after receiving measuring tempeature, directly can generate conditioning signal; In practical application, terminal, when receiving measuring tempeature, also can judge whether measuring tempeature exceeds preset temperature range, if measuring tempeature exceeds preset temperature range, then terminal generates conditioning signal.

Wherein, conditioning signal can comprise: intensification signal or cooling signal, and intensification signal is used to indicate prescribes a time limit when measuring tempeature is less than the lower of preset temperature range, carries out intensification and regulates; Cooling signal is used to indicate prescribes a time limit when measuring tempeature is greater than the upper of preset temperature range, carries out cooling and regulates.

Illustratively, terminal can store preset temperature range, terminal is after the measuring tempeature received, the lower limit of preset temperature range whether can be less than according to preset temperature range determination measuring tempeature, or whether be greater than the upper limit of preset temperature, if terminal determination measuring tempeature is less than the lower limit of preset temperature range, then terminal can generate the conditioning signal comprising intensification signal, if terminal determination measuring tempeature is greater than the upper limit of preset temperature range, then terminal can generate the conditioning signal comprising cooling signal.In disclosure embodiment, because measuring tempeature is 16 DEG C, the lower limit of preset temperature range is 18 DEG C, and measuring tempeature is less than the lower limit of preset temperature range, and therefore, terminal generates the conditioning signal comprising intensification signal.

It should be noted that, in the disclosed embodiments, after this step 610 also can be positioned at step 606, that is, terminal is after display alarm information, user can operate in terminal, triggering terminal generates conditioning signal, such as, when user clicks the button "Yes" of terminal demonstration in Fig. 6-2, terminal generates conditioning signal, and this conditioning signal comprises: intensification signal.

Also it should be noted that, in the disclosed embodiments, as in fig. 6-2, terminal is while display alarm prompting, terminal also shows " more " buttons, when user clicks " more " buttons that terminal shows, triggering terminal can show the interface shown in Fig. 6-3, user can input the temperature needing to regulate in the temperature input box in the interface shown in Fig. 6-3, then by clicking " determination " button shown in Fig. 6-3, triggering terminal generates conditioning signal, the temperature that user inputs in the interface shown in Fig. 6-3 can be carried in this conditioning signal, such as, if the temperature that user inputs in temperature input box is 20 DEG C, the conditioning signal that then terminal generates comprises temperature 20 DEG C.It should be noted that, also show " cancellation " button in the surface chart shown in Fig. 6-3, if the temperature of user's input is wrong, then user by clicking " cancellation " button, can cancel the temperature of current input.

In step 611, terminal sends conditioning signal to furnishings.

Terminal, after generation conditioning signal, can send this conditioning signal to furnishings, and illustratively, terminal sends the conditioning signal comprising intensification signal to furnishings.

It should be noted that, in practical application, to furnishings, to send this conditioning signal can be terminal to terminal by be connected with terminal and the communication unit be positioned on furnishings sends conditioning signal to the temperature conditioning unit be positioned on furnishings.

The temperature control method of the furnishings that disclosure embodiment provides, terminal is by generating and sending conditioning signal to furnishings, and the conditioning signal that furnishings can be sent according to terminal regulates the measuring tempeature of the inner side of furnishings.

In step 612, furnishings receive conditioning signal.

After terminal sends conditioning signal to furnishings, furnishings can receive conditioning signal, and illustratively, furnishings receive the conditioning signal comprising intensification signal.

It should be noted that, in practical application, furnishings reception conditioning signal can be that the temperature conditioning unit on furnishings receives conditioning signal by the communication unit be connected with terminal.

In step 613, furnishings, according to conditioning signal, regulate the temperature of the inner side of furnishings by the thermostat units being arranged on the inner side of furnishings.

Temperature conditioning unit on furnishings, after the conditioning signal receiving terminal transmission, according to conditioning signal, can regulate the temperature of the inner side of furnishings by the thermostat units being arranged on the inner side of furnishings.

Wherein, thermostat units can comprise: air-vent switch and N number of air-vent, N be greater than 0 positive integer, the numerical value of N can be arranged according to actual needs, disclosure embodiment does not limit this, and the inner and outer of furnishings is communicated with by N number of air-vent, and the outside of furnishings is furnishings sides away from human body when being worn, air-vent switch is for controlling the opening and closing of N number of air-vent, and air-vent switch is connected with temperature conditioning unit.Wherein, temperature conditioning unit, according to conditioning signal, regulates the temperature of the inner side of furnishings can the method shown in reference diagram 5-2 by air-vent switch and N number of air-vent, the present embodiment does not repeat them here.

Alternatively, in the disclosed embodiments, if furnishings are shoes, these shoes can comprise Shoestring tying appts, Shoestring tying appts may be used for the degree of tightness of the shoestring regulating shoes, and temperature conditioning unit can regulate the degree of tightness of shoestring to regulate the temperature of the inner side of furnishings by Shoestring tying appts.Wherein, temperature conditioning unit, according to conditioning signal, regulates the temperature of the inner side of furnishings can the method shown in reference diagram 5-3 by Shoestring tying appts, the present embodiment does not repeat them here.

It should be noted that, in above-mentioned steps 613, temperature conditioning unit is when regulating the temperature of inner side of furnishings, the measuring tempeature of the inner side of furnishings can be obtained by least one temperature sensor being arranged on the inner side of furnishings every prefixed time interval, if measuring tempeature is positioned at preset temperature range, or measuring tempeature arrives preset temperature, then temperature conditioning unit stops temperature regulating, wherein, preset temperature is the temperature that user inputs in terminal, it can be positioned at preset temperature range, prefixed time interval can be arranged according to actual needs, disclosure embodiment does not limit this, illustratively, prefixed time interval can be 1 minute.Illustratively, temperature conditioning unit can often be opened or close an air-vent and just be obtained one-shot measurement temperature, or temperature conditioning unit can often rotate a circle at motor and obtain one-shot measurement temperature, wherein, the length of pine or tension of drawing that motor often rotates a circle shoestring is can be definite value, such as, motor often rotates a circle shoestring and can draw pine or tension 5 millimeters.

The temperature control method of the furnishings that disclosure embodiment provides, the conditioning signal that temperature conditioning unit is sent by receiving terminal, according to the conditioning signal that terminal sends, regulated the temperature of the inner side of furnishings by the thermostat units being arranged on the inner side of furnishings, reach furnishings can regulate the temperature of the inner side of furnishings effect according to the instruction of terminal.

In step 614, furnishings obtain electric energy by the motion sensor being arranged on the inner side of furnishings, and mechanical energy, for collecting the mechanical energy of the human motion generation of dressing furnishings, is converted to electric energy by motion sensor.

This step 614 is identical or similar with the step 505 in Fig. 5-1 illustrated embodiment, and its implementation procedure can step 505 in reference diagram 5-1 illustrated embodiment, and the present embodiment does not repeat them here.

In step 615, furnishings provide electric energy to thermostat units and at least one temperature sensor.

Temperature conditioning unit, when getting electric energy, can provide electric energy to thermostat units and at least one temperature sensor.Wherein, because temperature conditioning unit and communication unit also need electric energy, therefore, temperature conditioning unit can also provide electric energy to self and communication unit.Wherein, temperature conditioning unit provides electric energy to refer to temperature conditioning unit to thermostat units and provides electric energy to air-vent switch and motor control module.

It should be noted that, disclosure embodiment for communication unit and temperature conditioning unit be two independently unit be described, in practical application, communication unit can also be integrated in temperature conditioning unit, and disclosure embodiment does not limit this.

The temperature control method of the furnishings that disclosure embodiment provides, temperature conditioning unit is by obtaining electric energy, and to thermostat units, at least one temperature sensor, communication unit with self provide electric energy, make thermostat units, at least one temperature sensor, communication unit and self can normally work, the temperature control method of the furnishings provided for disclosure embodiment provides the guarantee on energy.

Also it should be noted that; the sequencing of the temperature control method step of the furnishings that disclosure embodiment provides can suitably adjust; step also according to circumstances can carry out corresponding increase and decrease; illustratively; step 605 is to after step 609 can be positioned at step 610; before step 614 and step 615 can be positioned at step 601; step 608 can be deleted; anyly be familiar with those skilled in the art in the technical scope that the disclosure discloses; the method changed can be expected easily; all should be encompassed within protection domain of the present disclosure, therefore repeat no more.

Fig. 7 is the block diagram of the temperature-adjusting device 700 of a kind of furnishings according to an exemplary embodiment, the temperature-adjusting device 700 of these furnishings can be implemented to become the part or all of of terminal by the combination of software, hardware and software and hardware, this terminal can be the electronic equipments such as smart mobile phone, panel computer, intelligent television, see Fig. 7, the temperature-adjusting device 700 of these furnishings can comprise:

Receiver module 710, is configured to receive measuring tempeature.

Signal generation module 720, be configured to when measuring tempeature exceeds preset temperature range, generate conditioning signal, conditioning signal is used to indicate the temperature of the inner side regulating furnishings, conditioning signal comprises: intensification signal or cooling signal, intensification signal is used to indicate prescribes a time limit when measuring tempeature is less than the lower of preset temperature range, carries out intensification and regulates; Cooling signal is used to indicate prescribes a time limit when measuring tempeature is greater than the upper of preset temperature range, carries out cooling and regulates.

Signal transmitting module 730, is configured to send conditioning signal.

In sum, the temperature-adjusting device of the furnishings that disclosure embodiment provides, by receiving measuring tempeature, when measuring tempeature exceeds preset temperature range, generate conditioning signal, and send conditioning signal, so that regulated the temperature of the inner side of furnishings by the thermostat units of the inner side being arranged on furnishings, make the measuring tempeature of the inner side of furnishings after adjustment in preset temperature range, solve the problem of temperature adjustment process complexity in correlation technique, achieve the beneficial effect simplifying temperature adjustment process.

Fig. 8 is the block diagram of the temperature-adjusting device 800 of another kind of furnishings according to an exemplary embodiment, the temperature-adjusting device 800 of these furnishings can be implemented to become the part or all of of terminal by the combination of software, hardware and software and hardware, this terminal can be the electronic equipments such as smart mobile phone, panel computer, intelligent television, see Fig. 8, the temperature-adjusting device 800 of these furnishings can include but not limited to:

Receiver module 810, is configured to receive measuring tempeature.

Signal generation module 820, be configured to when measuring tempeature exceeds preset temperature range, generate conditioning signal, conditioning signal is used to indicate the temperature of the inner side regulating furnishings, conditioning signal comprises: intensification signal or cooling signal, intensification signal is used to indicate prescribes a time limit when measuring tempeature is less than the lower of preset temperature range, carries out intensification and regulates; Cooling signal is used to indicate prescribes a time limit when measuring tempeature is greater than the upper of preset temperature range, carries out cooling and regulates.

Signal transmitting module 830, is configured to send conditioning signal.

Alternatively, the temperature-adjusting device 800 of these furnishings also comprises:

First prompting generation module 840, be configured to generate alarm prompt, alarm prompt exceeds preset temperature range for pointing out measuring tempeature;

Prompting display module 850, is configured to display alarm prompting.

Second prompting generation module 860, be configured to generate alarm prompt, alarm prompt exceeds preset temperature range for pointing out measuring tempeature;

Prompting sending module 870, is configured to send alarm prompt.

Alternatively, receiver module 810, be configured to receive measuring tempeature by wireless connections, wireless connections comprise: bluetooth connection, infrared connection, near field communication (NFC) NFC connect, Wireless Fidelity WIFI connect be connected with ZigBee protocol in any one.

Fig. 9 is the block diagram of a kind of temperature-adjusting device 900 for furnishings according to an exemplary embodiment.Such as, device 900 can be mobile phone, computer, digital broadcast terminal, messaging devices, game console, tablet device, Medical Devices, body-building equipment, personal digital assistant etc.

With reference to Fig. 9, device 900 can comprise following one or more assembly: processing components 902, memory 904, power supply module 906, multimedia groupware 908, audio-frequency assembly 910, I/O (I/O) interface 912, sensor cluster 914, and communications component 916.

The integrated operation of the usual control device 900 of processing components 902, such as with display, call, data communication, camera operation and record operate the operation be associated.Processing components 902 can comprise one or more processor 920 to perform instruction, to complete all or part of step of above-mentioned method.In addition, processing components 902 can comprise one or more module, and what be convenient between processing components 902 and other assemblies is mutual.Such as, processing components 902 can comprise multi-media module, mutual with what facilitate between multimedia groupware 908 and processing components 902.

Memory 904 is configured to store various types of data to be supported in the operation of device 900.The example of these data comprises for any application program of operation on device 900 or the instruction of method, contact data, telephone book data, message, picture, video etc.Memory 904 can be realized by the volatibility of any type or non-volatile memory device or their combination, as static RAM (SRAM), Electrically Erasable Read Only Memory (EEPROM), Erasable Programmable Read Only Memory EPROM (EPROM), programmable read only memory (PROM), read-only storage (ROM), magnetic memory, flash memory, disk or CD.

The various assemblies that power supply module 906 is device 900 provide electric power.Power supply module 906 can comprise power-supply management system, one or more power supply, and other and the assembly generating, manage and distribute electric power for device 900 and be associated.

Multimedia groupware 908 is included in the screen providing an output interface between device 900 and user.In certain embodiments, screen can comprise liquid crystal display (LCD) and touch panel (TP).If screen comprises touch panel, screen may be implemented as touch-screen, to receive the input signal from user.Touch panel comprises one or more touch sensor with the gesture on sensing touch, slip and touch panel.Touch sensor can the border of not only sensing touch or sliding action, but also detects the duration relevant with touch or slide and pressure.In certain embodiments, multimedia groupware 908 comprises a front-facing camera and/or post-positioned pick-up head.When device 900 is in operator scheme, during as screening-mode or video mode, front-facing camera and/or post-positioned pick-up head can receive outside multi-medium data.Each front-facing camera and post-positioned pick-up head can be fixing optical lens systems or have focal length and optical zoom ability.

Audio-frequency assembly 910 is configured to export and/or input audio signal.Such as, audio-frequency assembly 910 comprises a microphone (MIC), and when device 900 is in operator scheme, during as call model, logging mode and speech recognition mode, microphone is configured to receive external audio signal.The audio signal received can be stored in memory 904 further or be sent via communications component 916.In certain embodiments, audio-frequency assembly 910 also comprises a loudspeaker, for output audio signal.

I/O interface 912 is for providing interface between processing components 902 and peripheral interface module, and above-mentioned peripheral interface module can be keyboard, some striking wheel, button etc.These buttons can include but not limited to: home button, volume button, start button and locking press button.

Sensor cluster 914 comprises one or more sensor, for providing the state estimation of various aspects for device 900.Such as, sensor cluster 914 can detect the opening/closing state of device 900, the relative positioning of assembly, such as assembly is display and the keypad of device 900, the position of all right checkout gear 900 of sensor cluster 914 or device 900 1 assemblies changes, the presence or absence that user contacts with device 900, the variations in temperature of device 900 orientation or acceleration/deceleration and device 900.Sensor cluster 914 can comprise proximity transducer, be configured to without any physical contact time detect near the existence of object.Sensor cluster 914 can also comprise optical sensor, as CMOS or ccd image sensor, for using in imaging applications.In certain embodiments, this sensor cluster 914 can also comprise acceleration transducer, gyro sensor, Magnetic Sensor, pressure sensor or temperature sensor.

Communications component 916 is configured to the communication being convenient to wired or wireless mode between device 900 and other equipment.Device 900 can access the wireless network based on communication standard, as WiFi, 2G or 3G, or their combination.In one exemplary embodiment, communications component 916 receives from the broadcast singal of external broadcasting management system or broadcast related information via broadcast channel.In one exemplary embodiment, communications component 916 also comprises near-field communication (NFC) module, to promote junction service.Such as, can based on RF identification (RFID) technology in NFC module, Infrared Data Association (IrDA) technology, ultra broadband (UWB) technology, bluetooth (BT) technology and other technologies realize.

In the exemplary embodiment, device 900 can be realized, for performing said method by one or more application specific integrated circuit (ASIC), digital signal processor (DSP), digital signal processing appts (DSPD), PLD (PLD), field programmable gate array (FPGA), controller, microcontroller, microprocessor or other electronic components.

In the exemplary embodiment, additionally provide a kind of non-transitory computer-readable recording medium comprising instruction, such as, comprise the memory 904 of instruction, above-mentioned instruction can perform said method by the processor 920 of device 900.Such as, non-transitory computer-readable recording medium can be ROM, random access memory (RAM), CD-ROM, tape, floppy disk and optical data storage devices etc.

A kind of non-transitory computer-readable recording medium, when the instruction in storage medium is performed by the processor of device 900, make device 900 can perform a kind of temperature control method of furnishings, described method comprises:

Receive measuring tempeature;

Send described conditioning signal.

Alternatively, described method also comprises:

Show described alarm prompt.

Alternatively, described method also comprises:

Send described alarm prompt.

Alternatively, described reception measuring tempeature, comprising:

Those skilled in the art, at consideration description and after putting into practice invention disclosed herein, will easily expect other embodiment of the present disclosure.The application is intended to contain any modification of the present disclosure, purposes or adaptations, and these modification, purposes or adaptations are followed general principle of the present disclosure and comprised the undocumented common practise in the art of the disclosure or conventional techniques means.Description and embodiment are only regarded as exemplary, and true scope of the present disclosure and spirit are pointed out by claim below.

Should be understood that, the disclosure is not limited to precision architecture described above and illustrated in the accompanying drawings, and can carry out various amendment and change not departing from its scope.The scope of the present disclosure is only limited by appended claim.

Claims

1. furnishings, is characterized in that, described furnishings comprise: temperature conditioning unit, thermostat units and at least one temperature sensor,

2. furnishings according to claim 1, is characterized in that,

Described thermostat units comprises: air-vent switch and N number of air-vent, described N be greater than 0 positive integer, the inner and outer of described furnishings is communicated with by described N number of air-vent, the outside of described furnishings is described furnishings sides away from human body when being worn, and described air-vent switch is connected with described temperature conditioning unit.

3. furnishings according to claim 1 and 2, is characterized in that, described furnishings are shoes, and described thermostat units comprises: Shoestring tying appts, and described Shoestring tying appts is connected with described temperature conditioning unit.

4. furnishings according to claim 3, is characterized in that,

Described Shoestring tying appts comprises: motor and motor control module, and described motor is arranged on the bottom of described shoes, and described motor is connected with described shoestring, and described motor control module is connected with described motor and described temperature conditioning unit respectively.

5. furnishings according to claim 1, is characterized in that, described furnishings also comprise: communication unit, and described communication unit is connected with described temperature conditioning unit.

6. furnishings according to claim 5, it is characterized in that, described furnishings also comprise: motion sensor, described motion sensor is arranged on the inner side of described furnishings, and described motion sensor is connected with described temperature conditioning unit, described thermostat units, at least one temperature sensor described and described communication unit respectively.

7. a temperature control method for furnishings, is characterized in that, described method comprises:

Judge whether described measuring tempeature exceeds preset temperature range;

8. method according to claim 7, is characterized in that, the thermostat units of the described inner side by being arranged on described furnishings regulates the temperature of the inner side of described furnishings, comprising:

Send described measuring tempeature;

9. method according to claim 8, is characterized in that, described method also comprises:

Show described alarm prompt.

10. method according to claim 7, is characterized in that, the thermostat units of the described inner side by being arranged on described furnishings regulates the temperature of the inner side of described furnishings, comprising:

Method described in 11. according to Claim 8 to 10 are arbitrary, it is characterized in that, described thermostat units comprises: air-vent switch and N number of air-vent, described N be greater than 0 positive integer, the inner and outer of described furnishings is communicated with by described N number of air-vent, and the outside of described furnishings is described furnishings sides away from human body when being worn, and described air-vent switch is for controlling the opening and closing of described N number of air-vent, and described air-vent switch is connected with described temperature conditioning unit

12. according to Claim 8 to 11 arbitrary described method, it is characterized in that, described furnishings are shoes, and described thermostat units comprises: Shoestring tying appts, described Shoestring tying appts for regulating the degree of tightness of the shoestring of described shoes,

13. methods according to claim 8, is characterized in that,

The described measuring tempeature of described transmission, comprising:

Send described measuring tempeature by wireless connections, described wireless connections comprise: bluetooth connection, infrared connection, near field communication (NFC) NFC connect, Wireless Fidelity WIFI connect be connected with ZigBee protocol in any one.

14. methods according to claim 7, is characterized in that, described method also comprises:

The temperature control method of 15. 1 kinds of furnishings, is characterized in that, described method comprises:

Receive measuring tempeature;

Send described conditioning signal.

16. methods according to claim 15, is characterized in that, described method also comprises:

Show described alarm prompt.

17. methods according to claim 15, is characterized in that, described method also comprises:

Send described alarm prompt.

18. according to claim 15 to 17 arbitrary described methods, and it is characterized in that, described reception measuring tempeature, comprising:

The temperature-adjusting device of 19. 1 kinds of furnishings, is characterized in that, described device comprises:

Receiver module, is configured to receive measuring tempeature;

Signal generation module, be configured to when described measuring tempeature exceeds preset temperature range, generate conditioning signal, described conditioning signal is used to indicate the temperature of the inner side regulating described furnishings, described conditioning signal comprises: intensification signal or cooling signal, described intensification signal is used to indicate prescribes a time limit when described measuring tempeature is less than the lower of described preset temperature range, carries out intensification and regulates; Described cooling signal is used to indicate prescribes a time limit when described measuring tempeature is greater than the upper of described preset temperature range, carries out cooling and regulates;

20. devices according to claim 19, is characterized in that, described device also comprises:

Prompting display module, is configured to show described alarm prompt.

21. devices according to claim 19, is characterized in that, described device also comprises:

Prompting sending module, is configured to send described alarm prompt.

22., according to claim 19 to 21 arbitrary described devices, is characterized in that,

Described receiver module, be configured to receive described measuring tempeature by wireless connections, described wireless connections comprise: bluetooth connection, infrared connection, near field communication (NFC) NFC connect, Wireless Fidelity WIFI connect be connected with ZigBee protocol in any one.