CN204406118U - A kind of circuit of intelligent radio warm hand ring, a kind of intelligent radio warm hand ring - Google Patents
A kind of circuit of intelligent radio warm hand ring, a kind of intelligent radio warm hand ring Download PDFInfo
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- CN204406118U CN204406118U CN201520089835.9U CN201520089835U CN204406118U CN 204406118 U CN204406118 U CN 204406118U CN 201520089835 U CN201520089835 U CN 201520089835U CN 204406118 U CN204406118 U CN 204406118U
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- rectifier bridge
- output terminal
- warm hand
- chip microcomputer
- intelligent radio
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Abstract
A circuit for intelligent radio warm hand ring, is characterized in that: form primarily of coil (L), rectifier bridge (P2), filter capacitor (C), storage capacitor (BAT-C), wireless communication receiver module (RF-I), single-chip microcomputer (STC15F104E), switching tube (Q3), wrist heater (R30), current-limiting resistance (R1).A kind of intelligent radio warm hand ring, for as aforesaid circuit.The utility model structure is simple, can facilitate that nothing serious is that the hand of people is warmed oneself, and is convenient for people to operation in winter.
Description
Technical field
The utility model relates to heating system, especially a kind of circuit of intelligent radio warm hand ring, intelligent radio warm hand ring.
Background technology
Along with developing rapidly of science and technology, computing machine enters into huge numbers of families, and everybody will use computer; The cool, damp and do not have heating installation in winter of China ALFISOL IN CENTRAL (ground such as such as Hunan, Hubei, Jiangxi), winter, the terribly cold people of impact operated computing machine, existing hand warmer is closed design, limit the activity of the hand of people, and heat energy cannot be provided for the hand of operation keyboard, if there is a kind of warm hand equipment not affecting people's operation keyboard mouse, the people being conducive to China ALFISOL IN CENTRAL operate computing machine in winter.
Summary of the invention
The purpose of this utility model is to propose a kind of warm hand system, the system of intelligent radio warm hand ring, intelligent radio warm hand ring for the deficiencies in the prior art.
The utility model has following technology contents:
1, an intelligent radio warm hand system, is characterized in that: primarily of the finger wearable device of radio energy emitter, collection finger body temperature, to the wrist wearable device formation of wrist heating;
Radio energy emitter can carry out wireless power transmission to the wrist wearable device heated to wrist;
Radio energy emitter can carry out wireless power transmission to the finger wearable device gathering finger body temperature;
The finger wearable device gathering finger body temperature can carry out radio communication to the wrist wearable device heated to wrist, gathers the finger wearable device of finger body temperature to the wrist wearable device transmission finger temperature data heated to wrist;
To the reference data that the wrist wearable device of wrist heating regulates using the temperature data that the finger wearable device gathering finger body temperature provides as heating-up temperature.
2, a system for intelligent radio warm hand ring, is characterized in that: primarily of radio energy receiver module, power storage module, control module, heater gauge tap, wrist heater, wireless communication receiver module composition;
Radio energy receiver module and electrical power storage module are that electricity is connected, and radio energy receiver module can to electrical power storage module transmission of electric energy;
Radio energy receiver module and control module are that electricity is connected, and radio energy receiver module can to control module transmission of electric energy;
Radio energy receiver module is that electricity is connected via heater gauge tap and wrist heater, during the conducting of heater gauge tap, radio energy receiver module can to wrist heater transmission of electric energy, and the delivery of electrical energy situation that between radio energy receiver module with wrist heater, electricity is connected is determined by the electric energy channel status of gauge tap;
Electrical power storage module and control module are that electricity is connected, and electrical power storage module can to control module transmission of electric energy;
Electrical power storage module is that electricity is connected via gauge tap and wrist heater, electrical power storage module can via gauge tap to wrist heater transmission of electric energy, and the delivery of electrical energy situation that between electrical power storage module with wrist heater, electricity is connected is determined by the electric energy channel status of gauge tap;
Control module and gauge tap are that electricity is connected, the control of the controlled module of electric energy channel status of gauge tap;
Wireless communication receiver module and control module are that electricity is connected, the data that the radio communication that wireless communication receiver module can carry wireless communication receiver module to receive to control module is passed on.
The system of a kind of intelligent radio warm hand ring 3, as described in technology contents 2, is characterized in that: for mentioned by technology contents 1 to the system of wrist wearable device of wrist heating.
4, a circuit for intelligent radio warm hand ring, is characterized in that: form primarily of coil (L), rectifier bridge (P2), filter capacitor (C), storage capacitor (BAT-C), wireless communication receiver module (RF-I), single-chip microcomputer (STC15F104E), switching tube (Q3), wrist heater (R30), current-limiting resistance (R1);
The two ends of coil (L) are connected with the two poles of the earth of the input end of rectifier bridge (P2);
The two ends of filter capacitor (C) are connected with the two poles of the earth of the output terminal of rectifier bridge (P2);
One end of energy storage electric energy (BAT-C) is connected with the negative pole of the output terminal of rectifier bridge (P2);
One end of energy storage electric energy (BAT-C) is connected with the positive pole of the output terminal of rectifier bridge (P2) by current-limiting resistance (R1);
The supply pin of single-chip microcomputer (STC15F104E) is connected with the positive pole of the output terminal of rectifier bridge (P2);
The grounding leg of single-chip microcomputer (STC15F104E) is connected with the negative pole of the output terminal of rectifier bridge (P2);
The supply pin of wireless communication module (RF-I) is connected with the positive pole of the output terminal of rectifier bridge (P2), the grounding leg of wireless communication module (RF-I) is connected with the negative pole of the output terminal of rectifier bridge (P2), and the data pin of wireless communication module (RF-I) is connected with the data pin of single-chip microcomputer (STC15F104E);
The controlled end of switching tube (Q3) is connected with the IO pin of single-chip microcomputer (STC15F104E);
One end of wrist heater (R330) is connected to the positive pole of the output terminal of rectifier bridge (P2) by switching tube (Q3).The other end of wrist heater (R30) is connected with the negative pole of the output terminal of rectifier bridge (P2).
The circuit of a kind of intelligent radio warm hand ring 5, as described in technology contents 4, is characterized in that: also have the resistance for current limliting (R3) between the controlled end of switching tube (Q3) and the IO pin of single-chip microcomputer (STC15F104E).
The circuit of a kind of intelligent radio warm hand ring 6, as described in technology contents 4, it is characterized in that: described storage capacitor (BAT-C) is for there being the electric capacity of polarity, the negative pole of storage capacitor (BAT-C) is connected with the negative pole of the output terminal of rectifier bridge (P2), and the positive pole of energy storage electric energy (BAT-C) is connected with the positive pole of the output terminal of rectifier bridge (P2).
The circuit of a kind of intelligent radio warm hand ring 7, as described in technology contents 4, it is characterized in that: the supply pin of wireless communication receiver module (RF-I) is not connected with the positive pole of the output terminal of rectifier bridge (P2), the supply pin of wireless communication receiver module (RF-I) is connected with the IO pin of single-chip microcomputer (STC15F104E).
8, an intelligent radio warm hand ring, is characterized in that: any circuit described in technology contents in the content 4-7 that possesses skills.
9, a system for intelligent ring, is characterized in that: form primarily of radio energy receiver module, electrical power storage module, control module, gauge tap, wireless communication receiver module, finger body temperature trans;
Radio energy receiver module and electrical power storage module are that electricity is connected, and radio energy receiver module is to electrical power storage module transmission of electric energy;
Radio energy receiver module and control module are that electricity is connected, and radio energy receiver module can to control module transmission of electric energy;
Finger body temperature trans and control module are that electricity is connected, and finger body temperature trans can transmit finger temperature data to control module;
Control module and wireless communication module are that electricity is connected, and control module can via wireless communication module externally wireless signal emission.
10, a system for intelligent ring, is characterized in that: for the system of the finger wearable device as the collection finger body temperature mentioned by technology contents 1.
Core concept of the present utility model is: utilize wireless power transmission to heat for wrist, heat takes on palm by the blood flowing through wrist, the Main Function of control module is restriction wrist heater, prevent wrist heater temperature too high, adopt wireless power transmission can prevent equipment from hindering the activity of people's hand.
The beneficial effects of the utility model are: the utility model structure is simple, can facilitate that nothing serious for the hand of people is warmed oneself, and is convenient for people to operation in winter.
Accompanying drawing explanation
Fig. 1 is that a kind of intelligent radio of embodiment 1 warms up loop systems schematic diagram.
Fig. 2 is the schematic diagram of a kind of intelligent radio warm hand system of embodiment 2.
Fig. 3 is the circuit diagram of a kind of intelligent radio warm hand ring of embodiment 3.
Fig. 4 is the circuit diagram of a kind of intelligent radio warm hand ring of embodiment 4.
Fig. 5 is the circuit diagram of a kind of intelligent ring of embodiment 5.
Embodiment
Below in conjunction with embodiment, embodiment of the present utility model is described.
Embodiment 1, a kind of intelligent radio warm hand system as shown in Figure 1, is characterized in that: primarily of radio energy emitter, gather finger body temperature finger wearable device, form to the wrist wearable device of wrist heating;
Radio energy emitter can carry out wireless power transmission to the wrist wearable device heated to wrist;
Radio energy emitter can want that the finger wearable device gathering finger body temperature carries out wireless power transmission;
The finger wearable device gathering finger body temperature can carry out radio communication to the wrist wearable device heated to wrist, gathers the finger wearable device of finger body temperature to the wrist wearable device transmission finger temperature data heated to wrist;
To the reference data that the wrist wearable device of wrist heating regulates using the temperature data that the finger wearable device gathering finger body temperature provides as heating-up temperature.
Embodiment 2, a kind of intelligent radio warm hand system as shown in Figure 2, is characterized in that: primarily of radio energy emitter, gather finger body temperature intelligent ring, form to the intelligent radio warm hand ring of wrist heating.
In this embodiment, intelligent radio warm hand ring has following system, and system is primarily of radio energy receiver module, power storage module, control module, heater gauge tap, wrist heater, wireless communication receiver module composition; Radio energy receiver module and electrical power storage module are that electricity is connected, and radio energy receiver module can to electrical power storage module transmission of electric energy; Radio energy receiver module and control module are that electricity is connected, and radio energy receiver module can to control module transmission of electric energy; Radio energy receiver module is that electricity is connected via heater gauge tap and wrist heater, and during the conducting of heater gauge tap, radio energy receiver module can to wrist heater transmission of electric energy; Electrical power storage module is that electricity is connected via heater gauge tap and wrist heater, and during the conducting of heater gauge tap, electrical power storage module can think wrist heater transmission of electric energy.
In this embodiment, intelligent ring has following system, and system is formed primarily of radio energy receiver module, electrical power storage module, control module, gauge tap, wireless communication receiver module, finger body temperature trans; Radio energy receiver module and electrical power storage module are that electricity is connected, and radio energy receiver module is to electrical power storage module transmission of electric energy; Radio energy receiver module and control module are that electricity is connected, and radio energy receiver module can to control module transmission of electric energy; Finger body temperature trans and control module are that electricity is connected, and finger body temperature trans can transmit finger temperature data to control module; Control module and wireless communication module are that electricity is connected, and control module can via wireless communication module externally wireless signal emission.
In this embodiment, radio energy emitter carries the electric energy kept on the go to intelligent radio warm hand ring and intelligent ring, intelligence ring by the hand temperature data that collects by wireless communication transmissions to intelligent radio warm hand, intelligent radio warm hand ring is using the hand temperature data collected by intelligent ring as the important parameter regulating wrist heater temperature.
In Fig. 2, the small circle between each access path is points of common connection, and it is transmission direction in order to prevent reader from getting electric energy wrong that this points of common connection is drawn.
The circuit of embodiment 3, a kind of intelligent radio warm hand ring as shown in Figure 3, is characterized in that: primarily of coil L, rectifier bridge (P2), filter capacitor C, storage capacitor BAT-C, wireless communication receiver module RF-I, single-chip microcomputer, (STC15F104E, switching tube Q3, wrist heater R30, current-limiting resistance R1 are formed;
The two ends of coil L are connected with the two poles of the earth of the input end of rectifier bridge (P2);
The two ends of filter capacitor (C) are connected with the two poles of the earth of the output terminal of rectifier bridge P2;
One end of energy storage electric energy BAT-C is connected with the negative pole of the output terminal of rectifier bridge P2;
One end of energy storage electric energy BAT-C is connected with the positive pole of the output terminal of rectifier bridge P2 by current-limiting resistance R1;
The supply pin of single-chip microcomputer (STC15F104E) is connected with the positive pole of the output terminal of rectifier bridge P2;
The grounding leg of single-chip microcomputer (STC15F104E) is connected with the negative pole of the output terminal of rectifier bridge P2;
The supply pin of wireless communication module RF-I is connected with the positive pole of the output terminal of rectifier bridge P2, the grounding leg of wireless communication module RF-I is connected with the negative pole of the output terminal of rectifier bridge P2, and the data pin of wireless communication module RF-I is connected with the data pin of single-chip microcomputer (STC15F104E);
The controlled end of switching tube Q3 is connected with the IO pin of single-chip microcomputer STC15F104E;
One end of wrist heater R330 is connected to the positive pole of the output terminal of rectifier bridge P2 by switching tube Q3.The other end of wrist heater R30 is connected with the negative pole of the output terminal of rectifier bridge P2;
Also there is between the controlled end of switching tube Q3 and the IO pin of single-chip microcomputer STC15F104E a resistance R3 for current limliting;
Storage capacitor BAT-C is the electric capacity having polarity, and the negative pole of storage capacitor BAT-C is connected with the negative pole of the output terminal of rectifier bridge P2, and the positive pole of energy storage electric energy BAT-C is connected with the positive pole of the output terminal of rectifier bridge P2.
This embodiment coil L, rectifier bridge P2, filter capacitor C constitute radio energy receiver module; Storage capacitor BAT-C, current-limiting resistance R1 together constitute electrical power storage module; Wireless communication module RF-I is responsible for radio communication; Single-chip microcomputer STC15F104E is as control module; Switching tube Q3 and current-limiting resistance R3 forms heater gauge tap jointly, and the electric energy channel status of switches pipe Q3 is subject to the control of single-chip microcomputer STC15F104E.
The circuit of embodiment 4, a kind of intelligent radio warm hand ring is as shown in Figure 4 the transformation of the way based on embodiment 3, with embodiment 3 unlike, in this embodiment, the supply pin of wireless communication receiver module RF-I is not connected with the positive pole of the output terminal of rectifier bridge P2, and the supply pin of wireless communication receiver module RF-I is connected with the IO pin of single-chip microcomputer STC15F104E.
The circuit of embodiment 5, as shown in Figure 5 a kind of intelligent ring, being a kind of circuit of the intelligent ring for gathering finger body temperature realizing comprising in embodiment 2, forming primarily of coil L6, rectifier bridge P6, filter capacitor C3, current-limiting resistance R61, storage capacitor BAT-C, radio communication transmitter module RF-S, single-chip microcomputer PIC12F510, divider resistance R62, thermo-sensitive resistor R63;
The two ends of coil L6 are connected with the two ends of the input end of rectifier bridge P6;
The two ends of filter capacitor C3 are connected with the two ends of the output terminal of rectifier bridge P6;
One end of storage capacitor BAT-C is connected with the positive pole of the output terminal of rectifier bridge P6 by current-limiting resistance R61, and the other end of storage capacitor BAT-C is connected with the negative pole of the output terminal of rectifier bridge P6;
The supply pin of single-chip microcomputer PIC12F510 is connected with the positive pole of the output terminal of rectifier bridge P6, and the grounding leg of single-chip microcomputer PIC12F510 is connected with the negative pole of the output terminal of rectifier bridge P6;
The grounding leg of radio communication transmitter module RF-S is connected with the negative pole of the output terminal of rectifier bridge P6, and the data pin of radio communication transmitter module RF-S is connected with the IO pin of single-chip microcomputer PIC12F510;
One end of thermo-sensitive resistor R63 is connected with one end of divider resistance R62 and forms finger body temperature trans, the points of common connection of thermo-sensitive resistor R63 and divider resistance R62 i.e. their sampled points of finger body temperature trans of forming, and aforesaid sampled point is connected with the IO pin of single-chip microcomputer PIC12F510;
The supply pin of radio communication transmitter module RF-S is connected with the positive pole of the output terminal of rectifier bridge P6;
The end that divider resistance R62 is not connected with thermo-sensitive resistor R63 is connected with the positive pole of the output terminal of rectifier bridge P6.
In this embodiment, coil L6, rectifier bridge P6, filter capacitor C form radio energy receiver module jointly; A storage capacitor BAT-C and current-limiting resistance R61 forms electrical power storage module jointly; Thermo-sensitive resistor R63 and divider resistance R62 forms temperature sensor jointly; Single-chip microcomputer PIC12F510 is control module, and the meaning that this embodiment exists is auxiliary understanding.
Special instruction: although the utility model employs single-chip microcomputer, but program is very simple, namely can easily realize without the need to carrying out creative brainwork after common single-chip microcomputer slip-stick artist understands the application, and program in single-chip microcomputer neither the application for protection; Therefore the reader of the application should not deny the application around Single Chip Microcomputer (SCM) program problem.
Claims (6)
1. a circuit for intelligent radio warm hand ring, is characterized in that: form primarily of coil (L), rectifier bridge (P2), filter capacitor (C), storage capacitor (BAT-C), wireless communication receiver module (RF-I), single-chip microcomputer, switching tube (Q3), wrist heater (R30), current-limiting resistance (R1);
The two ends of coil (L) are connected with the two poles of the earth of the input end of rectifier bridge (P2);
The two ends of filter capacitor (C) are connected with the two poles of the earth of the output terminal of rectifier bridge (P2);
One end of energy storage electric energy (BAT-C) is connected with the negative pole of the output terminal of rectifier bridge (P2);
One end of energy storage electric energy (BAT-C) is connected with the positive pole of the output terminal of rectifier bridge (P2) by current-limiting resistance (R1);
The supply pin of single-chip microcomputer is connected with the positive pole of the output terminal of rectifier bridge (P2);
The grounding leg of single-chip microcomputer is connected with the negative pole of the output terminal of rectifier bridge (P2);
The supply pin of wireless communication module (RF-I) is connected with the positive pole of the output terminal of rectifier bridge (P2), the grounding leg of wireless communication module (RF-I) is connected with the negative pole of the output terminal of rectifier bridge (P2), and the data pin of wireless communication module (RF-I) is connected with the data pin of single-chip microcomputer;
The controlled end of switching tube (Q3) is connected with the IO pin of single-chip microcomputer;
One end of wrist heater (R330) is connected to the positive pole of the output terminal of rectifier bridge (P2) by switching tube (Q3).
2. the circuit of a kind of intelligent radio warm hand ring as claimed in claim 1, is characterized in that: the other end of wrist heater (R30) is connected with the negative pole of the output terminal of rectifier bridge (P2).
3. the circuit of a kind of intelligent radio warm hand ring as claimed in claim 1, is characterized in that: also have the resistance for current limliting (R3) between the controlled end of switching tube (Q3) and the IO pin of single-chip microcomputer.
4. the circuit of a kind of intelligent radio warm hand ring as claimed in claim 1, it is characterized in that: described storage capacitor (BAT-C) is for there being the electric capacity of polarity, the negative pole of storage capacitor (BAT-C) is connected with the negative pole of the output terminal of rectifier bridge (P2), and the positive pole of energy storage electric energy (BAT-C) is connected with the positive pole of the output terminal of rectifier bridge (P2).
5. the circuit of a kind of intelligent radio warm hand ring as claimed in claim 1, it is characterized in that: the supply pin of wireless communication receiver module (RF-I) is not connected with the positive pole of the output terminal of rectifier bridge (P2), and the supply pin of wireless communication receiver module (RF-I) is connected with the IO pin of single-chip microcomputer.
6. an intelligent radio warm hand ring, is characterized in that: have any circuit described in claim in claim 1-4.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520089835.9U CN204406118U (en) | 2015-02-07 | 2015-02-07 | A kind of circuit of intelligent radio warm hand ring, a kind of intelligent radio warm hand ring |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520089835.9U CN204406118U (en) | 2015-02-07 | 2015-02-07 | A kind of circuit of intelligent radio warm hand ring, a kind of intelligent radio warm hand ring |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204406118U true CN204406118U (en) | 2015-06-17 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520089835.9U Expired - Fee Related CN204406118U (en) | 2015-02-07 | 2015-02-07 | A kind of circuit of intelligent radio warm hand ring, a kind of intelligent radio warm hand ring |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204406118U (en) |
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2015
- 2015-02-07 CN CN201520089835.9U patent/CN204406118U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150617 Termination date: 20160207 |