CN104305648B - A kind of energy-conservation bracelet and be applied to the control method of this energy-conservation bracelet - Google Patents
A kind of energy-conservation bracelet and be applied to the control method of this energy-conservation bracelet Download PDFInfo
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- CN104305648B CN104305648B CN201410589160.4A CN201410589160A CN104305648B CN 104305648 B CN104305648 B CN 104305648B CN 201410589160 A CN201410589160 A CN 201410589160A CN 104305648 B CN104305648 B CN 104305648B
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Abstract
The present invention relates to a kind of energy-conservation bracelet, comprise main circuit board and endless belt, main circuit board arranges sensor and microprocessor, endless belt arranges the first conductive part and the second conductive part, when the first conductive part contacts with the second conductive part, then conducting sensor circuit or wake microprocessor up, when the first conductive part and the second current-carrying part from, then disconnect circuit or the dormancy microprocessor of sensor.This energy-conservation bracelet can intelligent decision its need of the opportunity of carrying out testing.Be applied to a control method for above-mentioned energy-conservation bracelet, the circuit connection state comprised when microprocessor changes, and starts Proximity Sensor; The range information that microprocessor gathers according to Proximity Sensor, controls the duty of energy-conservation bracelet.This control method only carries out Proximity Sensor detection in the moment of the endless belt of energy-conservation bracelet fastening or disconnection, and the opportunity that intelligent decision starts or stops testing being carried out in both combinations, makes the result of intelligent decision more accurate.
Description
Technical field
The present invention relates to Wearable electronic equipment technical field, particularly relate to a kind of energy-conservation bracelet and be applied to the control method of this energy-conservation bracelet.
Background technology
Flourish along with Wearable electronic equipment technology, all kinds of Wearable electronic equipment is honest incorporates daily life with striding.Such as: in startup procedure, people's custom is worn intelligent earphone formula and is dressed electronic equipment; In sport health observation process, people's custom is worn Intelligent bracelet formula and is dressed electronic equipment.Wearable electronic equipment brings great convenience to the life of people, but people also find current Wearable electronic equipment cannot intelligent decision its need of the opportunity of carrying out testing, can only keep testing state for a long time, electric quantity consumption is large, and cruising time is short always.
Summary of the invention
The object of the invention is to propose a kind of energy-conservation bracelet, can intelligent decision its start or stop the opportunity of testing state, automatically to disconnect or turning circuit, structure is simply and energy-conserving and environment-protective.
For reaching this object, the present invention by the following technical solutions:
First aspect, a kind of energy-conservation bracelet is provided, comprise main circuit board and endless belt, described main circuit board is connected with endless belt, described main circuit board arranges sensor and microprocessor, described sensor and microprocessor are electrically connected, described endless belt arranges the first conductive part and the second conductive part, described first conductive part and the second conductive part are electrically connected with main circuit board respectively, when the first conductive part contacts with the second conductive part, then conducting sensor circuit or wake microprocessor up, when the first conductive part and the second current-carrying part from, then disconnect circuit or the dormancy microprocessor of sensor.
Wherein, described endless belt comprises left endless belt and right endless belt, the stiff end of described left endless belt is connected to the left end of main circuit board, the stiff end of described right endless belt is connected to the right-hand member of main circuit board, the free end of described left endless belt arranges the first conductive part, the free end of described right endless belt arranges the second conductive part, or;
The stiff end of described endless belt is connected to the left end of main circuit board, and the free end of described endless belt is movably connected on the right-hand member of main circuit board, and the one side of endless belt arranges the first conductive part and the second conductive part.
Wherein, described first conductive part arranges at least two metal recesses, second conductive part arranges the metal tabs matched with described metal recess, first metal tabs connects the middle fracture of microprocessor, second metal tabs connects the ground connection mouth of microprocessor, when metal tabs embeds metal recess, wake microprocessor up and enter duty, or;
Described first conductive part arranges metal recess, described metal recess connects the middle fracture of microprocessor, second conductive part arranges the metal tabs matched with described metal recess, described metal tabs connects the ground connection mouth of microprocessor, when metal tabs embeds metal recess, wake microprocessor up and enter duty.
Wherein, described first conductive part arranges metal recess, and the second conductive part arranges the metal tabs matched with described metal recess, when metal tabs embeds metal recess, and the circuit of conducting sensor.
Wherein, described sensor comprises pedometer and GPS locator.
Wherein, described sensor is Proximity Sensor, pedometer and GPS locator.
Wherein, described main circuit board also arranges power supply circuits, described power supply circuits and microprocessor are electrically connected, described power supply circuits comprise battery, charging circuit and civil power input interface, battery, charging circuit and civil power input interface are electrically connected successively, when described civil power input interface connects civil power, the civil power of input is charged to described battery by described charging circuit.
Wherein, described main circuit board also arranges clock circuit, and described clock circuit and microprocessor are electrically connected, or;
Described main circuit board also arranges clock circuit, and described clock circuit and power supply circuits are electrically connected.
Second aspect, provides a kind of control method being applied to above-mentioned energy-conservation bracelet, comprising:
When the circuit connection state of microprocessor changes, microprocessor starts Proximity Sensor;
The range information that microprocessor gathers according to Proximity Sensor, controls the duty of energy-conservation bracelet.
Wherein, the described circuit connection state when microprocessor changes, and microprocessor starts Proximity Sensor; The range information that microprocessor gathers according to Proximity Sensor, controls the duty of energy-conservation bracelet, comprising:
When the circuit connection state of microprocessor changes conducting state into from off-state, microprocessor starts Proximity Sensor;
Proximity Sensor detects the actual range between self and shelter, and sends to microprocessor;
Actual range and the gauged distance preset compare by microprocessor, if actual range is less than or equal to described gauged distance, have then been judged as people, if actual range is greater than described gauged distance, are then judged as unmanned,
When there being people, microprocessor starts all functions of energy-conservation bracelet;
When nobody, microprocessor cuts out the preset function of energy-conservation bracelet;
Or;
When the circuit connection state of microprocessor changes off-state into from conducting state, microprocessor starts Proximity Sensor;
Proximity Sensor detects the actual range between self and shelter, and sends to microprocessor;
Actual range and the gauged distance preset compare by microprocessor, if actual range is less than or equal to described gauged distance, have then been judged as people, if actual range is greater than described gauged distance, are then judged as unmanned,
When there being people, microprocessor cuts out the preset function of energy-conservation bracelet;
When nobody, microprocessor cuts out all functions of energy-conservation bracelet.
Beneficial effect of the present invention is: a kind of energy-conservation bracelet, comprise main circuit board and endless belt, described main circuit board arranges sensor and microprocessor, described endless belt arranges the first conductive part and the second conductive part, when the first conductive part contacts with the second conductive part, then conducting sensor circuit or wake microprocessor up, when the first conductive part and the second current-carrying part from, then disconnect circuit or the dormancy microprocessor of sensor.First conductive part contacts with the second conductive part, and illustrate that people have worn energy-conservation bracelet, energy-conservation bracelet needs to carry out testing, at this moment the corresponding conducting sensor of energy-conservation bracelet circuit or wake microprocessor up, make it normally work; First conductive part and the second current-carrying part from, illustrate that people have taken energy-conservation bracelet, energy-conservation bracelet does not need to carry out testing, and at this moment energy-conservation bracelet disconnects circuit or the dormancy microprocessor of sensor accordingly, makes it quit work.Visible, this energy-conservation bracelet can intelligent decision its need of the opportunity of carrying out testing, do not need to keep testing state for a long time, the simple and energy-conserving and environment-protective of structure always.
Further, a kind of control method being applied to above-mentioned energy-conservation bracelet, comprising: when the circuit connection state of microprocessor changes, and microprocessor starts Proximity Sensor; The range information that microprocessor gathers according to Proximity Sensor, controls the duty of energy-conservation bracelet.This control method only carries out Proximity Sensor detection in the moment of the endless belt of energy-conservation bracelet fastening or disconnection, both combine the opportunity of carrying out intelligent decision and starting or stopping testing, show that people wear or win the conclusion of lower energy-conservation bracelet, make the result of intelligent decision more accurate.
Accompanying drawing explanation
In order to be illustrated more clearly in the technical scheme in the embodiment of the present invention, below the accompanying drawing used required in describing the embodiment of the present invention is briefly described, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to the content of the embodiment of the present invention and these accompanying drawings.
Fig. 1 is the structural representation of energy-conservation bracelet provided by the invention first embodiment.
Fig. 2 is the structural representation of energy-conservation bracelet provided by the invention second embodiment.
Description of reference numerals is as follows:
1-main circuit board; 2-endless belt; 3-metal recess; 4-metal tabs.
Detailed description of the invention
The technical problem solved for making the present invention, the technical scheme of employing and the technique effect that reaches are clearly, be described in further detail below in conjunction with the technical scheme of accompanying drawing to the embodiment of the present invention, obviously, described embodiment is only the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those skilled in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.
A kind of energy-conservation bracelet, comprise main circuit board 1 and endless belt 2, described main circuit board 1 is connected with endless belt 2, described main circuit board 1 arranges sensor and microprocessor, described sensor and microprocessor are electrically connected, described endless belt 2 arranges the first conductive part and the second conductive part, described first conductive part and the second conductive part are electrically connected with main circuit board 1 respectively, when the first conductive part contacts with the second conductive part, then conducting sensor circuit or wake microprocessor up, when the first conductive part and the second current-carrying part from, then disconnect circuit or the dormancy microprocessor of sensor.
This energy-conservation bracelet does contactor design at endless belt 2 fastening place, can detect whether endless belt 2 is fastened by circuit loop switch.If the circuit loop switch at this place connects the middle fracture of microprocessor, then can ensure microprocessor in the hibernation mode, endless belt 2 can be waken up, in time so that energy-conservation bracelet starts normal testing after fastening.If the circuit loop switch at this place connects the non-interrupted mouth of microprocessor, as connecting sensor circuit, be then just disconnected sensor circuit after disconnecting endless belt 2.Now microprocessor can not enter complete park mode, but needs scanning circuit always.When scanning sensor circuit conducting again (namely endless belt 2 is fastened again), then wake energy-conservation bracelet up and restart to carry out normal testing.The energy-saving effect of visible the latter is obviously be not as good as the former, but both can reach the object of energy-conserving and environment-protective, substantially improve the problem that battery capacity is limited.
The circuit loop switch at endless belt 2 fastening place connects fracture in the INT of microprocessor, and whether this IO of software detection disconnects, and determines that energy-conservation bracelet is in park mode or awakening mode.When endless belt 2 snaps together, then whole circuit loop conducting, triggered interrupts state, wakes up microprocessor, allows energy-conservation bracelet start normal testing; When endless belt 2 disconnects, then whole circuit loop disconnects, and energy-conservation bracelet enters park mode.This design uses more energy-conservation than common Intelligent bracelet, greatly extends the service time of battery.
Energy-conservation bracelet provided by the invention comprises the first conductive part and the second conductive part, when the first conductive part contacts with the second conductive part, illustrate that people have worn energy-conservation bracelet, energy-conservation bracelet needs to carry out testing, at this moment the corresponding conducting sensor of energy-conservation bracelet circuit or wake microprocessor up, make it normally work; When the first conductive part and the second current-carrying part from, illustrate that people have taken energy-conservation bracelet, energy-conservation bracelet does not need to carry out testing, and at this moment energy-conservation bracelet disconnects circuit or the dormancy microprocessor of sensor accordingly, makes it quit work.Visible, this energy-conservation bracelet can intelligent decision its need of the opportunity of carrying out testing, do not need to keep testing state for a long time, the simple and energy-conserving and environment-protective of structure always.
Please refer to Fig. 1 and Fig. 2, it is the structural representation of energy-conservation bracelet provided by the invention first embodiment and second embodiment respectively.
Wherein, described endless belt 2 comprises left endless belt and right endless belt, the stiff end of described left endless belt is connected to the left end of main circuit board 1, the stiff end of described right endless belt is connected to the right-hand member of main circuit board 1, the free end of described left endless belt arranges the first conductive part, the free end of described right endless belt arranges the second conductive part, or;
The stiff end of described endless belt 2 is connected to the left end of main circuit board 1, and the free end of described endless belt 2 is movably connected on the right-hand member of main circuit board 1, and the one side of endless belt 2 arranges the first conductive part and the second conductive part.
Wherein, described first conductive part arranges at least two metal recesses 3, second conductive part arranges the metal tabs 4 matched with described metal recess 3, first metal tabs connects the middle fracture of microprocessor, second metal tabs connects the ground connection mouth of microprocessor, when metal tabs 4 embeds metal recess 3, wake microprocessor up and enter duty, or;
Described first conductive part arranges metal recess 3, described metal recess 3 connects the middle fracture of microprocessor, second conductive part arranges the metal tabs 4 matched with described metal recess 3, described metal tabs 4 connects the ground connection mouth of microprocessor, when metal tabs 4 embeds metal recess 3, wake microprocessor up and enter duty.
Wherein, described first conductive part arranges metal recess 3, second conductive part and arranges the metal tabs 4 matched with described metal recess 3, when metal tabs 4 embeds metal recess 3, and the circuit of conducting sensor.
Preferably, described flexible connection comprise buckle connect be connected with thread gluing.
According to the personal like of user, different movable connection methods can be selected, be flexibly connected simply and easily with the right-hand member of described main circuit board 1 with the free end realizing endless belt 2.
Wherein, described sensor comprises pedometer and GPS locator.
Wherein, described sensor is Proximity Sensor, pedometer and GPS locator.
Intelligent bracelet on market, the general pedometer that all utilizes realizes meter step motor function, utilizes GPS locator to realize secure localization function, if these sensors do not have artificial closing motion or triggering, can maintain testing state for a long time, electric quantity consumption is very large always.In fact when Intelligent bracelet is taken, people often no longer need these sensors to proceed testing, and Intelligent bracelet completely can to enter sleep modes, to save electricity.So accurately judge that Intelligent bracelet is in wearing state or state of taking plays a part key for the power supply flying power of further lifting section energy bracelet.
We can utilize Proximity Sensor to carry out intelligent decision bracelet and are in wearing state or take state.Proximity Sensor is found range by infrared ray, when human body near time, this sensor can detect in time.Preferably, Proximity Sensor is arranged at the centre position of bracelet.
Be used alone Proximity Sensor when carrying out intelligent decision, need to keep Proximity Sensor to be in testing state for a long time, power consumption is still larger.And use circuit loop switch to carry out intelligent decision at endless belt 2 separately, then likely judge by accident.Such as when endless belt 2 snaps together, not necessarily people are worn on energy-conservation bracelet in wrist, also may be energy-conservation endless belt 2 to be fastened be placed on desktop, do not wear.
So energy-conservation bracelet is done contactor design by the embodiment of the present invention at endless belt 2 fastening place and Proximity Sensor combines, only detecting that endless belt 2 fastens or moment of disconnecting carries out Proximity Sensor detection, both combine and carry out intelligent decision, show that people wear or win the conclusion of lower energy-conservation bracelet, make intelligent decision result more accurate.
Wherein, described main circuit board 1 also arranges power supply circuits, described power supply circuits and microprocessor are electrically connected, described power supply circuits comprise battery, charging circuit and civil power input interface, battery, charging circuit and civil power input interface are electrically connected successively, when described civil power input interface connects civil power, the civil power of input is charged to described battery by described charging circuit.
Wherein, described main circuit board 1 also arranges clock circuit, and described clock circuit and microprocessor are electrically connected, or;
Described main circuit board 1 also arranges clock circuit, and described clock circuit and power supply circuits are electrically connected.
The all right integrated clock circuit of microprocessor, as crystal oscillation clock circuit just can realize clocking capability.Temporal information is shown in display screen or speech play out, and this energy-conservation bracelet just can realize the function of displaying time, and energy-conservation bracelet can serve as intelligent watch and use.
Above-mentioned various circuit, those skilled in the art can, according to common practise, under the technical background of the technical program, select the components and parts of different circuit connecting modes and different parameters to realize function corresponding to each circuit, not for examplely herein repeat.
The invention provides a kind of control method being applied to above-mentioned energy-conservation bracelet, comprising:
When the circuit connection state of microprocessor changes, microprocessor starts Proximity Sensor;
The range information that microprocessor gathers according to Proximity Sensor, controls the duty of energy-conservation bracelet.
This control method only to fasten or moment of disconnecting carries out Proximity Sensor detection at the endless belt 2 of energy-conservation bracelet, both combine the opportunity of carrying out intelligent decision and starting or stopping testing, show that people wear or win the conclusion of lower energy-conservation bracelet, make the result of intelligent decision more accurate.
Wherein, the described circuit connection state when microprocessor changes, and microprocessor starts Proximity Sensor; The range information that microprocessor gathers according to Proximity Sensor, controls the duty of energy-conservation bracelet, comprising:
When the circuit connection state of microprocessor changes conducting state into from off-state, microprocessor starts Proximity Sensor;
Proximity Sensor detects the actual range between self and shelter, and sends to microprocessor;
Actual range and the gauged distance preset compare by microprocessor, if actual range is less than or equal to described gauged distance, have then been judged as people, if actual range is greater than described gauged distance, are then judged as unmanned,
When there being people, microprocessor starts all functions of energy-conservation bracelet;
When nobody, microprocessor cuts out the preset function of energy-conservation bracelet;
Or;
When the circuit connection state of microprocessor changes off-state into from conducting state, microprocessor starts Proximity Sensor;
Proximity Sensor detects the actual range between self and shelter, and sends to microprocessor;
Actual range and the gauged distance preset compare by microprocessor, if actual range is less than or equal to described gauged distance, have then been judged as people, if actual range is greater than described gauged distance, are then judged as unmanned,
When there being people, microprocessor cuts out the preset function of energy-conservation bracelet;
When nobody, microprocessor cuts out all functions of energy-conservation bracelet.
Preferably, when the circuit connection state of microprocessor changes off-state into from conducting state, microprocessor starts Proximity Sensor; Delayer and stand-by power supply now can be used to control the duty of microprocessor.
Illustrate as follows:
Near endless belt 2 fastens and Proximity Sensor is judged, have people, then energy-conservation bracelet enters wearing state, and all functions of energy-conservation bracelet normally work.
It is unmanned near endless belt 2 fastens and Proximity Sensor is judged, then energy-conservation bracelet enters intermediateness, energy-conservation bracelet can closing movement sensor, the corresponding function of alignment sensor and some game, amusement attribute function, retain basic function, as communication and time display function.
Near endless belt 2 disconnects and Proximity Sensor is judged, have human body, then energy-conservation bracelet enters the state of taking, and energy-conservation bracelet closes some sensors comparing power consumption, retains basic function.
Unmanned near endless belt 2 disconnects and Proximity Sensor is judged, then energy-conservation bracelet enters collecting state, and all functions of energy-conservation bracelet enter park mode or whole power-off quits work.
Certainly, we can also under self-defined energy-conservation bracelet be in different states, and which function is in park mode, and which function can normally use.Specifically can determine according to the use habit of user.
Utilize the contactor design at endless belt 2 fastening place and the combination of Proximity Sensor, whether the energy-conservation bracelet of Intelligent Measurement is worn, determine that energy-conservation bracelet enters park mode or awakening mode, reach energy-conservation effect, extend the service time of battery of energy-conservation bracelet further.
A kind of energy-conservation bracelet, can intelligent decision its start or stop the opportunity of testing state, automatically to disconnect or turning circuit, structure is simply and energy-conserving and environment-protective.
Above content is only preferred embodiment of the present invention, and for those of ordinary skill in the art, according to thought of the present invention, all will change in specific embodiments and applications, this description should not be construed as limitation of the present invention.
Claims (10)
1. an energy-conservation bracelet, it is characterized in that: comprise main circuit board (1) and endless belt (2), described main circuit board (1) is connected with endless belt (2), described main circuit board (1) arranges sensor and microprocessor, described sensor and microprocessor are electrically connected, described endless belt (2) arranges the first conductive part and the second conductive part, described first conductive part and the second conductive part are electrically connected with main circuit board (1) respectively, when the first conductive part contacts with the second conductive part, then conducting sensor circuit or wake microprocessor up, when the first conductive part and the second current-carrying part from, then disconnect circuit or the dormancy microprocessor of sensor.
2. energy-conservation bracelet according to claim 1, it is characterized in that, described endless belt (2) comprises left endless belt and right endless belt, the stiff end of described left endless belt is connected to the left end of main circuit board (1), the stiff end of described right endless belt is connected to the right-hand member of main circuit board (1), the free end of described left endless belt arranges the first conductive part, and the free end of described right endless belt arranges the second conductive part, or;
The stiff end of described endless belt (2) is connected to the left end of main circuit board (1), the free end of described endless belt (2) is movably connected on the right-hand member of main circuit board (1), and the one side of endless belt (2) arranges the first conductive part and the second conductive part.
3. energy-conservation bracelet according to claim 2, it is characterized in that, described first conductive part arranges at least two metal recesses (3), second conductive part arranges the metal tabs (4) matched with described metal recess (3), first metal tabs connects the middle fracture of microprocessor, second metal tabs connects the ground connection mouth of microprocessor, when metal tabs (4) embeds metal recess (3), wake microprocessor up and enter duty, or;
Described first conductive part arranges metal recess (3), described metal recess (3) connects the middle fracture of microprocessor, second conductive part arranges the metal tabs (4) matched with described metal recess (3), described metal tabs (4) connects the ground connection mouth of microprocessor, when metal tabs (4) embeds metal recess (3), wake microprocessor up and enter duty.
4. energy-conservation bracelet according to claim 2, it is characterized in that, described first conductive part arranges metal recess (3), second conductive part arranges the metal tabs (4) matched with described metal recess (3), when metal tabs (4) embeds metal recess (3), the circuit of conducting sensor.
5. energy-conservation bracelet according to claim 1, is characterized in that, described sensor comprises pedometer and GPS locator.
6. energy-conservation bracelet according to claim 1, is characterized in that, described sensor is Proximity Sensor, pedometer and GPS locator.
7. energy-conservation bracelet according to claim 1, it is characterized in that, described main circuit board (1) also arranges power supply circuits, described power supply circuits and microprocessor are electrically connected, described power supply circuits comprise battery, charging circuit and civil power input interface, battery, charging circuit and civil power input interface are electrically connected successively, and when described civil power input interface connects civil power, the civil power of input is charged to described battery by described charging circuit.
8. energy-conservation bracelet according to claim 7, is characterized in that, described main circuit board (1) also arranges clock circuit, and described clock circuit and microprocessor are electrically connected, or;
Described main circuit board (1) also arranges clock circuit, and described clock circuit and power supply circuits are electrically connected.
9. be applied to a control method for energy-conservation bracelet according to claim 6, it is characterized in that, comprising:
When the circuit connection state of microprocessor changes, microprocessor starts Proximity Sensor;
The range information that microprocessor gathers according to Proximity Sensor, controls the duty of energy-conservation bracelet.
10. the control method of energy-conservation bracelet according to claim 9, is characterized in that, the described circuit connection state when microprocessor changes, and microprocessor starts Proximity Sensor; The range information that microprocessor gathers according to Proximity Sensor, controls the duty of energy-conservation bracelet, comprising:
When the circuit connection state of microprocessor changes conducting state into from off-state, microprocessor starts Proximity Sensor;
Proximity Sensor detects the actual range between self and shelter, and sends to microprocessor;
Actual range and the gauged distance preset compare by microprocessor, if actual range is less than or equal to described gauged distance, have then been judged as people, if actual range is greater than described gauged distance, are then judged as unmanned,
When there being people, microprocessor starts all functions of energy-conservation bracelet;
When nobody, microprocessor cuts out the preset function of energy-conservation bracelet;
Or;
When the circuit connection state of microprocessor changes off-state into from conducting state, microprocessor starts Proximity Sensor;
Proximity Sensor detects the actual range between self and shelter, and sends to microprocessor;
Actual range and the gauged distance preset compare by microprocessor, if actual range is less than or equal to described gauged distance, have then been judged as people, if actual range is greater than described gauged distance, are then judged as unmanned,
When there being people, microprocessor cuts out the preset function of energy-conservation bracelet;
When nobody, microprocessor cuts out all functions of energy-conservation bracelet.
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| CN104305648A (en) | 2015-01-28 |
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