CN106125585B - A kind of modular wearable device, control method and composite electronic equipment - Google Patents
A kind of modular wearable device, control method and composite electronic equipment Download PDFInfo
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- CN106125585B CN106125585B CN201610241903.8A CN201610241903A CN106125585B CN 106125585 B CN106125585 B CN 106125585B CN 201610241903 A CN201610241903 A CN 201610241903A CN 106125585 B CN106125585 B CN 106125585B
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B19/00—Programme-control systems
- G05B19/02—Programme-control systems electric
- G05B19/04—Programme control other than numerical control, i.e. in sequence controllers or logic controllers
- G05B19/042—Programme control other than numerical control, i.e. in sequence controllers or logic controllers using digital processors
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01D—MEASURING NOT SPECIALLY ADAPTED FOR A SPECIFIC VARIABLE; ARRANGEMENTS FOR MEASURING TWO OR MORE VARIABLES NOT COVERED IN A SINGLE OTHER SUBCLASS; TARIFF METERING APPARATUS; MEASURING OR TESTING NOT OTHERWISE PROVIDED FOR
- G01D21/00—Measuring or testing not otherwise provided for
- G01D21/02—Measuring two or more variables by means not covered by a single other subclass
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F1/00—Details not covered by groups G06F3/00 - G06F13/00 and G06F21/00
- G06F1/16—Constructional details or arrangements
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Abstract
The invention discloses a kind of modular wearable device, control method and composite electronic equipment.Modular wearable device includes connecting rope and at least two electronic modules, the electronic module is equipped with the hole passed through for connecting rope, at least one first electrode is equipped in the hole, the connecting rope is equipped with and at least one matched second electrode of first electrode in hole, the hole that the connecting rope passes through on electronic module connects electronic module, and the connecting rope can transmit the electric signal between electronic module.The present invention is made of several electronic modules, some electronic module can be replaced directly when damaging, and can increase and decrease the function of wearable device by increase and decrease electronic module, electronic module is reusable or shared, energy conservation and environmental protection.
Description
Technical field
The present invention relates to wearable device technical field more particularly to a kind of modular wearable device, control method and
Composite electronic equipment.
Background technique
Wearable device is directly worn, or is integrated into the clothes of user or a kind of portable device of accessory.
Wearable device is not only a kind of hardware device, even more strong to realize by software support and data interaction, cloud interaction
Big function, wearable device will bring very big transformation to people's lives, perception.
Due to the development of technology, the function of wearable device is stronger and stronger and diversified, and volume is also smaller and smaller, still
Due to only focusing on configuration design when use, present product structure is single, cannot split all parts, be not easy to more
The component of damage is changed, and is had a single function, functional module cannot be added according to demand.
Summary of the invention
The purpose of the present invention is overcome existing wearable device structure is single, have a single function, can not be split the technical issues of,
Provide a kind of modular wearable device, control method and composite electronic equipment.
To solve the above-mentioned problems, the present invention is achieved by the following scheme:
A kind of modular wearable device of the invention, including connecting rope and at least two electronic modules, the electronic die
Block is equipped with the hole that passes through for connecting rope, is equipped at least one first electrode in the hole, the connecting rope equipped with in hole
At least one matched second electrode of first electrode, the hole that the connecting rope passes through on electronic module connect electronic module
Come, the connecting rope can transmit the electric signal between electronic module.
In the technical scheme, electronic module is connected into a string or in a ring by connecting rope.Electronic module can be side
Shape, cylinder, spheroidal etc..First electrode, second electrode are in point/item/annular, and first electrode and second electrode are a pair of convex electricity
Pole and concave electrode.Hole can be through-hole or blind hole, and the end of connecting rope is arranged in the electronic module with blind hole.
First electrode can there are two, be used as power and ground respectively, or shared power/data line, ground wire；First
Electrode can there are three, be used as power supply line, data line, ground wire；First electrode can there are four, be used separately as power supply line, simulation
Data line, digital data line, ground wire or power supply line, clock line, data line, ground wire, etc..Data communication protocol can be
General I2C, SPI, OW, SWP, USB, UART etc. or customized communication and power supply agreement.It is equipped in connecting rope and the
The conducting wire of two electrodes connection, for transmitting the electric signal between electronic module.
Electronic module connects into an entirety by connecting rope, forms the wearable electronic of complete function, such as: intelligence
(health/movement/medical treatment/environment) monitoring device, smartwatch, bluetooth headset, intelligent audio & video equipment, micro radio intercommunication
Machine/mobile phone etc..Ultra-thin or ultra-narrow a wearable electronic may be implemented in distributed connection type.Electronic module can be from
It disassembles, is replaced in connecting rope, electronic module can be increased and decreased as needed, convenient for damaging the replacement of electronic module, user
The function of wearable device can be increased and decreased by increase and decrease electronic module, electronic module is reusable or shared, energy conservation and environmental protection.
Preferably, the first electrode and second electrode are a pair of matched convex electrode and concave electrode.First electrode is
Convex electrode, second electrode are concave electrode；Alternatively, first electrode is concave electrode, second electrode is convex electrode.Convex electrode and concave electrode
Cooperation, can conduct electric signal, electronic module can be also fixed on to the specific position of connecting rope.
Preferably, the concave electrode is in a ring, the convex electrode is embedded in concave electrode.Convex electrode is in blocky or cyclic annular.
Preferably, being equipped with groove, the groove trend and connecting rope extension side along centerline direction in the connecting rope
To consistent, the first electrode is convex electrode, and the second electrode is concave electrode and is arranged in groove, is set in the connecting rope
There is conducting wire, the second electrode is connect with conducting wire.
Preferably, being equipped with groove, the groove trend and connecting rope extension side along centerline direction in the connecting rope
To consistent, the first electrode is convex electrode, and the second electrode is arranged in groove and extending direction and groove trend are consistent,
The first electrode is inserted into groove and is contacted with second electrode.Second electrode extends to the groove other end, electronics from groove one end
When moving freely in connecting rope, the first electrode on electronic module is kept in contact with second electrode module always.Therefore, electronics
When moving freely in connecting rope, wearable device can still work normally module.
Preferably, the side wall of the groove is fabricated from a flexible material and the opening of groove is closed, first electrode insertion is recessed
Slot and the opening of groove can be strutted.Opening is closed by the two sidewalls of groove to contract, and the first electricity is clamped in the two sidewalls of groove
Pole, first electrode can be free to slide along groove, and opening closure can be exposed to avoid second electrode, protect second electrode, prevent from using
Family touching second electrode causes the maloperation of system.
Preferably, the groove runs through connecting rope.
Preferably, electronic module be equipped with microprocessor, battery, input/output device, wire/wireless transceiver,
GPS device, touch feedback device, display, sensor, driver, actuator, power generator, photovoltaic cell, speedometer, electricity
Sub- compass, magnetometer, gyroscope, thermometer, hygrometer, barometer, sphygmomanometer, sweat juice sensor, sphygmometer, blood-glucose meter, vibration
Dynamic device, antenna, interface detection/converter, loudspeaker, earplug, microphone, camera, tracking pulley/cunning ball, touches biography at photometer
One or more of sensor, key, feather key, pressure gauge, LED light.Wearable device includes the electronic module for being equipped with earplug, sets
There are the electronic module, the electronic module equipped with battery and the electronic module equipped with interface of bluetooth, can be realized bluetooth headset function；
Wearable device includes the electronic module equipped with display screen, the electronic module equipped with bluetooth, the electronic module equipped with battery and sets
There is the electronic module of interface, can be realized smartwatch function.
Preferably, the connecting rope is at least two, the electronic module is equipped with hole corresponding with every connecting rope.
Every connecting rope passes through corresponding through-hole on electronic module, and more connecting ropes make wearable device firmer reliable.
Preferably, the connecting rope both ends are detachably connected by connector.Connector is lock, and connecting rope is around cyclization
Shape covers in wrist as bracelet, beautiful and generous, easy to carry.Limitation electronic module is additionally provided in connecting rope from connecting rope
The position limiting structure dropped out, position limiting structure can be block, blend stop, be also possible to the lock as connector.
Preferably, the connecting rope can be made of hard material and be in the form of a column, the column connecting rope can arbitrarily be bent
Or it is not bent.
Preferably, being additionally provided with the detecting module for detecting its position in connecting rope on the electronic module.
A kind of control method of modular wearable device of the invention, modular wearable device include being equipped with micro process
The electronic module of device and electronic module equipped with battery, which comprises the following steps:
S1: microprocessor is the master controller of modular wearable device, and master controller is according to pre-set programs control module
All electronic modules work in formula wearable device；
S2: when electronic module is detached from from connecting rope, master controller detects that the electronic module is detached from, according to default journey
Sequence controls the excess electron module work in connecting rope；When electronic module is connected in connecting rope, the electronic module and master control
Device processed establishes communication, and master controller identifies the electronic module, according to all electronic module works in pre-set programs control connecting rope
Make.
Preferably, when, there are when multi-microprocessor, each microprocessor is according to default in modular wearable device
Agreement contention control power, the microprocessor for obtaining control become the master controller of modular wearable device, master controller control
The work of all electronic modules, other microprocessors exchange information with master controller, work as conduct in modular wearable device processed
Remaining micro process when the microprocessor and modular wearable device of master controller disconnect, in modular wearable device
Device is weighed according to preset protocol contention control, and the microprocessor for obtaining control becomes the master controller of modular wearable device.
Preferably, modular wearable device further includes the electronic module equipped with interface, the electronic module equipped with battery
It is realized and is electrically connected by connecting rope with the electronic module for being equipped with interface, interface is inserted into power outlet, power outlet can be to electricity
Pond charging.
Preferably, modular wearable device further includes the electronic module equipped with multiple functional components, the electronic module
Equipped with the detecting module for detecting its position in connecting rope, which starts corresponding according to the detection result of detecting module
Functional component work, or corresponding signal is sent to master controller according to the detection result of detecting module, master controller according to
All electronic modules work in signal control connecting rope received.
Preferably, modular wearable device can be with external equipment wired connection or wireless connection, modular is wearable
Equipment can be used to control external equipment or by peripheral equipment control.
Preferably, when modular wearable device works, if master controller collects in modular wearable device
Some electronic module data or measurement data be more than preset value, then modular wearable device issue alarm.
A kind of composite electronic equipment of the invention, including a kind of above-mentioned modular wearable device, modular can be worn
The connecting rope end for wearing equipment is equipped with port, further includes the intelligence that can connect and have complete function with the port of connecting rope end
It can electronic equipment.
Modular wearable device is cyclic annular in wrist strap or wrist, and the intelligent electronic device with complete function is (such as smartwatch
Dial plate) connection, modular wearable device can be in communication with each other with intelligent electronic device, so that modular wearable device and intelligence
The function of modular wearable device is attached on intelligent electronic device by electronic apparatus combination at composite electronic equipment, is expanded
Open up the function of intelligent electronic device.
The beneficial effects of the present invention are: (1) is made of several electronic modules, some electronic module can directly more when damaging
It changes, the function of wearable device can be increased and decreased by increase and decrease electronic module, electronic module is reusable or shared, energy conservation and environmental protection.
(2) expansible existing to have the function of the intelligent electronic device of complete function.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the modular wearable device of embodiment 1；
Fig. 2 is the structural schematic diagram of the electronic module of embodiment 1；
Fig. 3 is the structural schematic diagram of the connecting rope of embodiment 1；
Fig. 4 is the structural schematic diagram of the connecting rope of embodiment 2；
Fig. 5 is the structural schematic diagram of the connecting rope of embodiment 3；
Fig. 6 is the structural schematic diagram of the connecting rope of embodiment 4；
Fig. 7 is the structural schematic diagram of the modular wearable device of embodiment 5；
Fig. 8 is the structural schematic diagram of the not bent modular wearable device of connecting rope；
Fig. 9 is the structural schematic diagram of the bent modular wearable device of connecting rope；
Figure 10 is the structural schematic diagram of the modular wearable device of embodiment 7.
In figure: 1, connecting rope, 2, electronic module, 3, hole, 4, first electrode, 5, second electrode, 6, groove.
Specific embodiment
Below with reference to the embodiments and with reference to the accompanying drawing the technical solutions of the present invention will be further described.
Embodiment: a kind of modular wearable device of the present embodiment, as shown in Figure 1, including connecting rope 1 and at least two
Electronic module 2 is equipped with first electrode 4, such as schemes as shown in Fig. 2, electronic module 2 is equipped with the hole 3 passed through for connecting rope 1 in hole 3
Shown in 3, connecting rope 1, which is equipped with, passes through the hole on electronic module 2 with the matched second electrode 5 of first electrode 4 in hole 3, connecting rope 1
3 connect all electronic modules 2, and connecting rope 1 can transmit the electric signal between electronic module 2.
First electrode 4 is convex electrode, and second electrode 5 is concave electrode, and first electrode 4 and second electrode 5 match, the first electricity
Pole, second electrode can be in point/item/annular.Convex electrode and concave electrode cooperation, can conduct electric signal, also can be by electronic module
It is fixed on the specific position of connecting rope, the maloperation for causing system is touched when concave electrode can prevent from wearing.Electronic module also can
It is detachably fixed and is connect with connecting rope by connection structure.Electronic module is connected into a string or in a ring by connecting rope.Electronics
Module can be rectangular, cylindrical, spheroidal etc..Hole can be through-hole or blind hole, and the electronic module setting with blind hole is even
The end of splicing.
Electronic module is equipped with microprocessor (MCU, CPU, the audio-video processing of mixed signal, data transmit-receive, memory
Deng), battery (charging, button, film, changeable type battery and power management chip etc.), input/output device, wire/wireless receive
Send out device (bluetooth, ZigBee, WIFI etc.), GPS device, touch feedback device, display, sensor (various physico students
The detection and generation of object signal, such as sound, light, electricity, temperature/wet/pressure, gas, dust, haze, movement, pulse/blood pressure/blood oxygen/
Body temperature/blood glucose), driver, actuator, power generator, photovoltaic cell, speedometer, electronic compass, magnetometer, gyroscope, temperature
Meter, hygrometer, barometer, sphygmomanometer, sweat juice sensor, sphygmometer, blood-glucose meter, vibrator, photometer, antenna, interface detection/
Converter, loudspeaker, earplug, microphone, camera, tracking pulley/cunning ball, touch sensor, key, feather key, pressure gauge, LED
One or more of lamp, interface (USB, audio, apple lightning etc.).
First electrode can there are two, be used as power and ground respectively, or shared power/data line, ground wire；First
Electrode can there are three, be used as power supply line, data line, ground wire；First electrode can there are four, be used separately as power supply line, simulation
Data line, digital data line, ground wire or power supply line, clock line, data line, ground wire, etc..Data communication protocol can be
General I2C, SPI, OW, SWP, USB, UART etc. or customized communication and power supply agreement.It is equipped in connecting rope and the
The conducting wire of two electrodes connection, for transmitting the electric signal between electronic module.
Electronic module connects into an entirety by connecting rope, forms the wearable electronic of complete function.Such as: electronics
Module is four, respectively equipped with the electronic module of earplug, the electronic module equipped with bluetooth, the electronic module equipped with battery and is set
There is the electronic module of interface, forms bluetooth headset；Electronic module is four, is respectively equipped with the electronic module of display screen, is equipped with
The electronic module of bluetooth, the electronic module equipped with battery and the electronic module equipped with interface form smartwatch.Composition is worn
Wearing electronic equipment can also be intelligence (health/movement/medical treatment/environment) monitoring device, intelligent audio & video equipment, micro radio pair
Say machine/mobile phone etc..Ultra-thin or ultra-narrow a wearable electronic may be implemented in distributed connection type.Electronic module can
It disassembles, is replaced from connecting rope, electronic module can be increased and decreased as needed, convenient for damaging the replacement of electronic module, use
Family can increase and decrease the function of wearable device by increase and decrease electronic module, and electronic module is reusable or shared, energy conservation and environmental protection.
Connecting rope both ends are detachably connected by connector.Connector is lock, and connecting rope is around circlewise, as bracelet set
It is beautiful and generous in wrist, it is easy to carry.The limit knot that limitation electronic module is dropped out from connecting rope is additionally provided in connecting rope
Structure, position limiting structure can be block, blend stop, be also possible to the lock as connector.
The detecting module for detecting its position in connecting rope is additionally provided on electronic module.Electronic module is according to detecting module
Detection result starts corresponding functional component work, or sends corresponding signal to module according to the detection result of detecting module
The master controller of formula wearable device, master controller work according to the signal control module formula wearable device received.
Detecting module can be the sensor of detection connecting rope thickness, shape or color, when electronic module is in connecting rope
Position or when changing along the angle of connecting rope circumferencial direction, sensor detects the thickness, shape or color of connecting rope
It changes.
Detecting module is also possible to be arranged in the MCU in electronic module, and connecting rope is equipped with second electrode A and second electrode
B is equipped with first electrode A and first electrode B in the hole of electronic module, and first electrode A, second electrode A are used for transmission VDD signal,
First electrode B, second electrode B are used for transmission GND signal, connecting rope are passed through the hole on electronic module, there are two kinds of electrodes to connect
Touch situation: first electrode A and second electrode A contact, first electrode B are contacted with second electrode B；Or first electrode A and second
Electrode B contact, first electrode B are contacted with second electrode A.Two kinds of contact situations, the MCU in electronic module identify corresponding contact
Situation.
Interface there are two being set on one of electronic module of modular wearable device, or there are two on electronic module
It is designed with interface, so that modular wearable device can realize interface function.
A kind of control method of modular wearable device of the present embodiment, modular wearable device include being equipped with micro- place
Manage the electronic module of device and the electronic module equipped with battery, which comprises the following steps:
S1: microprocessor is the master controller of modular wearable device, and master controller is according to pre-set programs control module
All electronic modules work in formula wearable device；
S2: when electronic module is detached from from connecting rope, master controller detects that the electronic module is detached from, according to default journey
Sequence controls the excess electron module work in connecting rope；When electronic module is connected in connecting rope, the electronic module and master control
Device processed establishes communication, and master controller identifies the electronic module, according to all electronic module works in pre-set programs control connecting rope
Make.
When, there are when multi-microprocessor, each microprocessor is competed according to preset protocol and controlled in modular wearable device
System power, the microprocessor for obtaining control become the master controller of modular wearable device, and master controller control module formula can
The work of all electronic modules in wearable device, other microprocessors exchange information with master controller, when as master controller
When microprocessor and modular wearable device disconnect, the remaining microprocessor in modular wearable device is according to default
Agreement contention control power, the microprocessor for obtaining control become the master controller of modular wearable device.
Modular wearable device further includes the electronic module equipped with interface, electronic module equipped with battery and is equipped with interface
Electronic module by connecting rope realize be electrically connected, interface is inserted into power outlet, power outlet can charge the battery.
Modular wearable device further includes the electronic module equipped with multiple functional components (as being equipped with electronic compass, temperature
Meter, hygrometer, barometrical electronic module), which is equipped with the detecting module for detecting its position in connecting rope, the electricity
Submodule starts corresponding functional component according to the detection result of detecting module and works, or according to the detection result of detecting module
Corresponding signal is sent to master controller, master controller is according to all electronic module works in the signal control connecting rope received
Make.
Such as: modular wearable device has a connecting rope, and connecting rope is equipped with second electrode A and second electrode B,
It is equipped with first electrode A and first electrode B in the hole of electronic module, the detecting module of electronic module is detection first electrode A and the
The detection chip of one electrode B level signal.Connecting rope is passed through into the hole on electronic module, there are two kinds of electrodes contact situations: the
One electrode A and second electrode A contact, first electrode B are contacted with second electrode B；Or first electrode A and second electrode B contact,
First electrode B is contacted with second electrode A.Two kinds of contact situations, the level that first electrode A and first electrode B is exported is different, detection
Chip detects varying level, and electronic module starts corresponding functional component according to detection result and works, or is tied according to detection
Fruit sends corresponding signal to master controller.
Modular wearable device also can have two connecting ropes, be respectively equipped in two connecting ropes second electrode A and
Second electrode B, electronic module tool are respectively equipped with first electrode A and first electrode B, two connecting ropes in two holes there are two hole
It is contacted with two holes there are two types of situation, two kinds of electrodes for passing through situation are passed through are as follows: first electrode A and second electrode A contact, first
Electrode B is contacted with second electrode B；Or first electrode A and second electrode B contact, first electrode B are contacted with second electrode A.Two
In the case of kind electrode contact, the level that first electrode A and first electrode B is exported is different, and detection chip detects varying level.
Modular wearable device can be with external equipment (mobile phone, tablet computer, wearable device, other splicing equipment etc.)
Wired connection or wireless connection, modular wearable device can be used to control external equipment or by peripheral equipment control.Modular
When wearable device works, if master controller collects the data of some electronic module in modular wearable device
Or measurement data is more than preset value, then modular wearable device issues alarm.The data of electronic module includes electric current, electricity
Pressure, the speed of service, signal strength etc., measurement data include the physics, chemistry, biology, doctor of environment measured by related sensor
Movement such as parameters or module itself posture etc..
A kind of composite electronic equipment of the present embodiment, including a kind of above-mentioned modular wearable device, modular can
The connecting rope end of wearable device is equipped with port, further includes that can connect with the port of connecting rope end and have complete function
Intelligent electronic device.
Modular wearable device is cyclic annular in wrist strap or wrist, and the intelligent electronic device with complete function is (such as smartwatch
It is dial plate, intelligent health/movement/medical treatment/environmental unit, bluetooth headset, intelligent audio & video equipment, unmanned plane on miniature wrist, miniature
Wireless interspeaker/mobile phone etc. on wrist) connection, modular wearable device can be in communication with each other with intelligent electronic device, so that module
Formula wearable device and intelligent electronic device are combined into composite electronic equipment, and the function of modular wearable device is attached to
On intelligent electronic device, the function of intelligent electronic device is extended.
Embodiment 2: a kind of modular wearable device of the present embodiment, as shown in figure 4, second electrode 5 is in a ring
Concave electrode, first electrode 4 are to be embedded in concave electrode with the matched convex electrode of concave electrode, convex electrode, and convex electrode is in blocky or ring-type,
Remaining structure is same as Example 1.The specific position being smoothly fixed on convenient for electronic module in connecting rope.
Embodiment 3: a kind of modular wearable device of the present embodiment, as shown in figure 5, along center line side in connecting rope 1
To groove 6 is equipped with, the trend of groove 6 is consistent with 1 extending direction of connecting rope, and first electrode 4 is convex electrode, and second electrode 5 is recessed electricity
Pole and it is arranged in groove 6, conducting wire is equipped in connecting rope 1, second electrode 5 is connect with conducting wire, remaining structure and 1 phase of embodiment
Together.
Groove can run through connecting rope.The side wall of groove is fabricated from a flexible material and the opening of groove is closed, and the two of groove
Side wall is flexible, and first electrode is embedded in groove and can strut the opening of groove.Opening is closed to contract in the two sidewalls of groove
It closes, first electrode is clamped in the two sidewalls of groove, and first electrode can be free to slide along groove, and opening closure can be to avoid second electrode
It is exposed, second electrode is protected, prevents user from touching the maloperation that second electrode causes system.
Embodiment 4: a kind of modular wearable device of the present embodiment is equipped with groove along centerline direction in connecting rope 1
6, the trend of groove 6 is consistent with 1 extending direction of connecting rope, and first electrode 4 is convex electrode, and second electrode 5 is arranged in groove 6 and prolongs
It stretches direction and groove 6 moves towards unanimously, first electrode 4 is inserted into groove 6 and is contacted with second electrode 5, remaining structure and 1 phase of embodiment
Together.
Second electrode extends to the groove other end from groove one end, and electronic module in connecting rope when moving freely, electronics
First electrode in module is kept in contact with second electrode always.Therefore, electronic module can be worn when moving freely in connecting rope
Wearing equipment can still work normally, and adjust position of each electronic module in connecting rope as needed convenient for user.Such as Fig. 6 institute
Show, second electrode 5 is the metal layer for being covered on groove surfaces.
Groove can run through connecting rope.The side wall of groove is fabricated from a flexible material and the opening of groove is closed, and the two of groove
Side wall is flexible, and first electrode is embedded in groove and can strut the opening of groove.Opening is closed to contract in the two sidewalls of groove
It closes, first electrode is clamped in the two sidewalls of groove, and first electrode can be free to slide along groove, and opening closure can be to avoid second electrode
It is exposed, second electrode is protected, prevents user from touching the maloperation that second electrode causes system.
Embodiment 5: a kind of modular wearable device of the present embodiment, connecting rope 1 are at least two, on electronic module 2
Equipped with hole 3 corresponding with every connecting rope 1, remaining structure is same as Example 1.
Every connecting rope passes through corresponding through-hole on electronic module, and more connecting ropes make wearable device is firmer can
It leans on.Modular wearable device includes the schematic diagram of two connecting ropes, as shown in Figure 7.
Embodiment 6: a kind of modular wearable device of the present embodiment, connecting rope 1 can be made of hard material and in columns
Shape is set in connecting rope there are two second electrode, and second electrode is the concave electrode in bar shaped, concave electrode trend and connecting rope extension side
To consistent, as shown in figure 8, column connecting rope is not bent, alternatively, as shown in figure 9, column connecting rope can arbitrarily be bent, remaining
Structure is same as Example 1.
Embodiment 7: a kind of modular wearable device of the present embodiment, as shown in Figure 10, including connecting rope 1 and six electricity
Submodule 2, electronic module 2 are equipped with the hole 3 that passes through for connecting rope 1, are set in hole 3 there are two first electrode 4, set in connecting rope 1
There are seven groups of second electrodes 5, every group of second electrode 5 includes two and the matched second electrode 5 of first electrode 4 in hole 3, first electrode
4 be convex electrode, and second electrode 5 is concave electrode, and connecting rope 1 is equipped with the conducting wire connecting with second electrode 5 in band-like in connecting rope 1,
For transmitting the electric signal between electronic module, convex electrode and concave electrode cooperate, and can conduct electric signal, also can be by electronic module
It is fixed on the specific position of connecting rope, remaining structure is same as Example 1.
Six electronic modules are the electronic module equipped with sensor, the electronic module equipped with display screen, the electricity equipped with bluetooth
Submodule, the electronic module equipped with interface, the electronic module equipped with battery, the electronic module equipped with boosting battery, composition intelligence
Wrist-watch.
Claims (14)
1. a kind of modular wearable device, it is characterised in that: described including connecting rope (1) and at least two electronic modules (2)
Electronic module (2) is equipped with the hole (3) passed through for connecting rope (1), is equipped at least one first electrode (4), institute in the hole (3)
Connecting rope (1) is stated to be equipped with and at least one matched second electrode (5) of hole (3) interior first electrode (4), the connecting rope (1)
Hole (3) on electronic module (2) connects electronic module (2), and the connecting rope (1) can transmit electronic module
(2) electric signal between is equipped with groove (6) along centerline direction on the connecting rope (1), groove (6) trend and connect
(1) extending direction of restricting is consistent, and the first electrode (4) is convex electrode, and second electrode (5) setting is in groove (6) and prolongs
It stretches direction and groove (6) trend is consistent, the first electrode (4) is inserted into groove and is contacted with second electrode (5), the groove
(6) run through connecting rope, second electrode (5) extends to groove (6) other end from groove (6) one end, and electronic module (2) is in connecting rope
(1) when moving freely on, the first electrode (4) on electronic module (2) is kept in contact with second electrode (5) always.
2. a kind of modular wearable device according to claim 1, it is characterised in that: the side wall of the groove (6) by
Flexible material is made and the opening of groove (6) is closed, and first electrode (4) is embedded in groove (6) and can support the opening of groove (6)
It opens.
3. a kind of modular wearable device according to claim 1, it is characterised in that: electronic module (2) is equipped with micro-
Processor, battery, input/output device, wire/wireless transceiver, GPS device, touch feedback device, display, sensor,
Driver, actuator, power generator, photovoltaic cell, speedometer, electronic compass, magnetometer, gyroscope, thermometer, hygrometer,
Barometer, sphygmomanometer, sweat juice sensor, sphygmometer, blood-glucose meter, vibrator, photometer, antenna, interface detection/converter, loudspeaker
, earplug, microphone, camera, tracking pulley/cunning ball, touch sensor, key, feather key, pressure gauge, one in LED light
Or it is multiple.
4. a kind of modular wearable device according to claim 1, it is characterised in that: the connecting rope (1) is at least
Two, the electronic module (2) is equipped with hole (3) corresponding with every connecting rope (1).
5. a kind of modular wearable device according to claim 1, it is characterised in that: connecting rope (1) both ends are logical
Connector is crossed to be detachably connected.
6. a kind of modular wearable device according to claim 1, it is characterised in that: the connecting rope (1) can be by hard
Material is made and is in the form of a column, and the column connecting rope can arbitrarily be bent or not bent.
7. a kind of modular wearable device according to claim 1, it is characterised in that: be additionally provided on the electronic module
Detect the detecting module of its position in connecting rope.
8. a kind of control method of modular wearable device, for one kind described in any claim in claim 1-7
Modular wearable device, modular wearable device include the electronic module equipped with microprocessor and the electronic die equipped with battery
Block, which comprises the following steps:
S1: microprocessor is the master controller of modular wearable device, and master controller can according to pre-set programs control module formula
All electronic modules work in wearable device；
S2: when electronic module is detached from from connecting rope, master controller detects that the electronic module is detached from, according to pre-set programs control
Excess electron module work in connecting rope processed；When electronic module is connected in connecting rope, the electronic module and master controller
Communication is established, master controller identifies the electronic module, works according to all electronic modules in pre-set programs control connecting rope.
9. a kind of control method of modular wearable device according to claim 8, it is characterised in that: when modular can
There are when multi-microprocessor in wearable device, each microprocessor is weighed according to preset protocol contention control, obtains control
Microprocessor becomes the master controller of modular wearable device, all electronics in master controller control module formula wearable device
The work of module, other microprocessors exchange information with master controller, when the microprocessor as master controller can with modular
When wearable device disconnects, the remaining microprocessor in modular wearable device is weighed according to preset protocol contention control, is obtained
The microprocessor of control is taken to become the master controller of modular wearable device.
10. a kind of control method of modular wearable device according to claim 8, it is characterised in that: modular can
Wearable device further includes the electronic module equipped with interface, and the electronic module equipped with battery and the electronic module equipped with interface pass through company
Splicing realizes electrical connection, interface is inserted into power outlet, power outlet can charge the battery.
11. a kind of control method of modular wearable device according to claim 8 or 9 or 10, it is characterised in that: mould
Block formula wearable device further includes the electronic module equipped with multiple functional components, which, which is equipped with, detects it in connecting rope
The detecting module of position, the electronic module start corresponding functional component according to the detection result of detecting module and work, Huo Zhegen
Corresponding signal is sent to master controller according to the detection result of detecting module, and master controller is according to the signal control connection received
All electronic modules work on rope.
12. a kind of control method of modular wearable device according to claim 8 or 9 or 10, it is characterised in that: mould
Block formula wearable device, which can be used to control outside with external equipment wired connection or wireless connection, modular wearable device, to be set
It is standby or by peripheral equipment control.
13. a kind of control method of modular wearable device according to claim 8 or 9 or 10, it is characterised in that: mould
When block formula wearable device works, if master controller collects itself of some electronic module in modular wearable device
Data or measurement data are more than preset value, then modular wearable device issues alarm.
14. a kind of composite electronic equipment, it is characterised in that: including one kind described in any claim in claim 1-7
The connecting rope end of modular wearable device, the modular wearable device is equipped with port, and further including can be with connecting rope
The port of end connects and the intelligent electronic device with complete function.
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| CN201610241903.8A CN106125585B (en) | 2016-04-19 | 2016-04-19 | A kind of modular wearable device, control method and composite electronic equipment |
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