CN106125585A - A kind of modular wearable device, control method and Combined type electric subset - Google Patents
A kind of modular wearable device, control method and Combined type electric subset Download PDFInfo
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- CN106125585A CN106125585A CN201610241903.8A CN201610241903A CN106125585A CN 106125585 A CN106125585 A CN 106125585A CN 201610241903 A CN201610241903 A CN 201610241903A CN 106125585 A CN106125585 A CN 106125585A
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- G—PHYSICS
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- 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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- 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
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Abstract
The invention discloses a kind of modular wearable device, control method and Combined type electric subset.Modular wearable device includes connecting rope and at least two electronic module, described electronic module be provided with for connect rope through hole, at least one first electrode it is provided with in described hole, the described rope that connects is provided with at least one second electrode mated with the first electrode in hole, electronic module is coupled together by the described rope that connects through the hole on electronic module, and the described rope that connects can transmit the signal of telecommunication between electronic module.The present invention is made up of several electronic modules, and certain electronic module can directly be changed when damaging, can be by the function of increase and decrease electronic module increase and decrease wearable device, the repeatable utilization of electronic module or shared, energy-conserving and environment-protective.
Description
Technical field
The present invention relates to wearable device technical field, particularly relate to a kind of modular wearable device, control method and Combined type electric subset.
Background technology
Wearable device the most directly wears, or is incorporated into the clothes of user or a kind of portable set of accessory.Wearable device is not only a kind of hardware device, realizes powerful function alternately by software support and data interaction, high in the clouds especially, and the life of people, perception will be brought the biggest transformation by wearable device.
Development due to technology, the function of wearable device from strength to strength and variation, volume is more and more less, but owing to only focusing on configuration design when using, present product structure is single, it is impossible to split by all parts, is not easy to change the parts damaged, and function singleness, it is impossible to add functional module according to demand.
Summary of the invention
It is an object of the invention to overcome that existing wearable device structure is single, function singleness, the technical problem that can not be split, it is provided that a kind of modular wearable device, control method and Combined type electric subset.
In order to solve the problems referred to above, the present invention is achieved by the following technical solutions:
A kind of modular wearable device of the present invention, including connecting rope and at least two electronic module, described electronic module be provided with for connect rope through hole, at least one first electrode it is provided with in described hole, the described rope that connects is provided with at least one second electrode mated with the first electrode in hole, electronic module is coupled together by the described rope that connects through the hole on electronic module, and the described rope that connects can transmit the signal of telecommunication between electronic module.
In the technical program, electronic module connects into a string or ringwise by connecting rope.Electronic module can be square, cylindrical, spheroidal etc..First electrode, the second electrode be point/bar/annular, the first electrode and the second electrode be a pair convex electrode and concave electrode.Hole can be through hole or blind hole, and the electronic module with blind hole is arranged on the end connecting rope.
First electrode can have two, is used as power and ground, or the power/data line shared, ground wire respectively；First electrode can have three, is used as power line, data wire, ground wire；First electrode can have four, is used separately as power line, analog data line, digital data line, ground wire, or power line, clock line, data wire, ground wire, etc..Data communication protocol can be general I2C, SPI, OW, SWP, USB, UART etc., or self-defining communication and power supply agreement.It is provided with, in connecting rope, the wire being connected with the second electrode, for transmitting the signal of telecommunication between electronic module.
Electronic module connects into an entirety by connecting rope, forms the wearable electronic of complete function, such as: intelligence (health/motion/medical treatment/environment) monitoring device, intelligent watch, bluetooth earphone, intelligent sound video equipment, micro radio transmitter receiver/mobile phone etc..Distributed connected mode can realize a ultra-thin or wearable electronic for ultra-narrow.Electronic module can disassemble rope from connecting, and is replaced, can increase and decrease electronic module as required, it is easy to damage the replacing of electronic module, user can be by the function of increase and decrease electronic module increase and decrease wearable device, the repeatable utilization of electronic module or shared, energy-conserving and environment-protective.
As preferably, described first electrode and convex electrode that the second electrode is a pair coupling and concave electrode.First electrode is convex electrode, and the second electrode is concave electrode；Or, the first electrode is concave electrode, and the second electrode is convex electrode.Convex electrode and concave electrode coordinate, and can conduct the signal of telecommunication, electronic module also can be fixed on the ad-hoc location connecting rope.
As preferably, ringwise, described convex electrode embeds concave electrode to described concave electrode.Convex electrode is block or ring-type.
As preferably, described connection is provided with groove along centerline direction on rope, and described groove trend is consistent with connecting rope bearing of trend, described first electrode is convex electrode, described second electrode is concave electrode and is arranged in groove, is provided with wire in described connection rope, and described second electrode is connected with wire.
As preferably, described connection is provided with groove along centerline direction on rope, described groove trend is consistent with connecting rope bearing of trend, described first electrode is convex electrode, described second electrode is arranged in groove and bearing of trend is consistent with groove trend, described first electrode insertion groove and with the second electrode contact.Second electrode extends to the groove other end from groove one end, and when electronic module moves freely on connection rope, the first electrode on electronic module keeps contacting with the second electrode all the time.Therefore, when electronic module moves freely on connection rope, wearable device still can normally work.
As preferably, the sidewall of described groove is fabricated from a flexible material and the opening Guan Bi of groove, and the first electrode embeds groove and can be strutted by the opening of groove.Opening is closed by the two side of groove to contract, and the first electrode is clamped in the two side of groove, and the first electrode can along groove slidably, and opening Guan Bi can avoid the second electrode exposed, protects the second electrode, prevents user from touching the second electrode and cause the maloperation of system.
As preferably, described groove runs through connection rope.
As preferably, electronic module is provided with microprocessor, battery, input/output device, wire/wireless transceiver, GPS device, sense of touch feedback device, display, sensor, driver, executor, TRT, photovoltaic cell, velometer, electronic compass, magnetometer, gyroscope, thermometer, drimeter, barometer, sphygomanometer, antiperspirant juice sensor, sphygmometer, blood-glucose meter, vibrator, photometer, antenna, interface detection/transducer, loudspeaker, earplug, mike, photographic head, follow the tracks of pulley/cunning ball, touch sensor, button, feather key, piezometer, one or more in LED.Wearable device includes being provided with the electronic module of earplug, is provided with the electronic module of bluetooth, is provided with the electronic module of battery and is provided with the electronic module of interface, it is possible to realize bluetooth earphone function；Wearable device includes being provided with the electronic module of display screen, is provided with the electronic module of bluetooth, is provided with the electronic module of battery and is provided with the electronic module of interface, it is possible to realize intelligent watch function.
As preferably, the described rope that connects is at least two, and described electronic module is provided with and connects, with every, the hole that rope is corresponding.Every connects rope and makes wearable device the firmest reliably through through hole corresponding on electronic module, many connection ropes.
As preferably, the described rope two ends that connect are removably connected by connector.Connector is snap close, connects and restricts around circlewise, is enclosed within wrist as bracelet, elegant in appearance, it is simple to carry.Connecting to be additionally provided with on rope and limit the position limiting structure that electronic module drops out from connection rope, position limiting structure can be block, blend stop, it is also possible to is the snap close as connector.
As preferably, described connection rope can be made up of hard material and in column, and described column connects rope and can arbitrarily bend or the most bent.
As preferably, described electronic module is additionally provided with detection, and it is connecting the detecting module of position on rope.
A kind of control method of the modular wearable device of the present invention, modular wearable device includes being provided with the electronic module of microprocessor and being provided with the electronic module of battery, it is characterised in that comprise the following steps:
S1: microprocessor is the master controller of modular wearable device, and master controller works according to all electronic modules in pre-set programs control module formula wearable device；
S2: when electronic module departs from from connection rope, master controller detects that this electronic module departs from, and the excess electron module controlling to connect on rope according to pre-set programs works；When electronic module is connected to connect and restricts upper, this electronic module is set up with master controller and is communicated, this electronic module of master controller identification, controls to connect the work of all electronic modules on restricting according to pre-set programs.
As preferably, when there is multi-microprocessor in modular wearable device, each microprocessor is weighed according to preset protocol contention control, the microprocessor obtaining control becomes the master controller of modular wearable device, the work of all electronic modules in master controller control module formula wearable device, other microprocessors exchange information with master controller, when the microprocessor as master controller disconnects with modular wearable device, residue microprocessor in modular wearable device is weighed according to preset protocol contention control, the microprocessor obtaining control becomes the master controller of modular wearable device.
As preferably, modular wearable device also includes that the electronic module being provided with interface, the electronic module being provided with battery and the electronic module being provided with interface realize electrical connection by connecting rope, and interface inserts supply socket, and supply socket can charge the battery.
As preferably, modular wearable device also includes the electronic module being provided with multiple functional part, this electronic module is provided with detection, and it is connecting the detecting module of position on rope, this electronic module starts corresponding functional part work according to the result of detection of detecting module, or the result of detection according to detecting module sends corresponding signal and controls to connect the work of all electronic modules on restricting according to the signal received to master controller, master controller.
As preferably, modular wearable device can be with external equipment wired connection or wireless connections, and modular wearable device can be used to control external equipment or by peripheral equipment control.
As preferably, during the work of modular wearable device, if master controller collects its data of certain electronic module in modular wearable device or measurement data exceedes preset value, then modular wearable device sends warning.
A kind of Combined type electric subset of the present invention, including above-mentioned a kind of modular wearable device, the connection end portion of modular wearable device is provided with port, also includes the intelligent electronic device that can connect and have complete function with the port being connected end portion.
Modular wearable device be wrist strap or wrist ring-type, it is connected with the intelligent electronic device (such as the dial plate of intelligent watch) of complete function, modular wearable device can be in communication with each other with intelligent electronic device, modular wearable device and intelligent electronic device is made to be combined into Combined type electric subset, the function of modular wearable device is attached on intelligent electronic device, the function of extension intelligent electronic device.
The invention has the beneficial effects as follows: (1) is made up of several electronic modules, certain electronic module can directly be changed when damaging, can be by the function of increase and decrease electronic module increase and decrease wearable device, the repeatable utilization of electronic module or shared, energy-conserving and environment-protective.(2) function of the expansible existing intelligent electronic device with complete function.
Accompanying drawing explanation
Fig. 1 is the structural representation of the modular wearable device of embodiment 1；
Fig. 2 is the structural representation of the electronic module of embodiment 1；
Fig. 3 is the structural representation connecting rope of embodiment 1；
Fig. 4 is the structural representation connecting rope of embodiment 2；
Fig. 5 is the structural representation connecting rope of embodiment 3；
Fig. 6 is the structural representation connecting rope of embodiment 4；
Fig. 7 is the structural representation of the modular wearable device of embodiment 5；
Fig. 8 is the structural representation connecting the most bent modular wearable device of rope；
Fig. 9 is the structural representation connecting the bent modular wearable device of rope；
Figure 10 is the structural representation of the modular wearable device of embodiment 7.
In figure: 1, connect rope, 2, electronic module, 3, hole, the 4, first electrode, the 5, second electrode, 6, groove.
Detailed description of the invention
Below by embodiment, and combine accompanying drawing, technical scheme is described in further detail.
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, as in figure 2 it is shown, electronic module 2 is provided with for connecting the hole 3 that rope 1 passes, in hole 3, it is provided with the first electrode 4, as shown in Figure 3, connect rope 1 and be provided with the second electrode 5 mated with the first electrode 4 in hole 3, connect rope 1 and through the hole 3 on electronic module 2, all electronic modules 2 are coupled together, connect rope 1 and can transmit the signal of telecommunication between electronic module 2.
First electrode 4 is convex electrode, and the second electrode 5 is concave electrode, and the first electrode 4 and the second electrode 5 mate, and the first electrode, the second electrode can be in point/bar/annulars.Convex electrode and concave electrode coordinate, and can conduct the signal of telecommunication, electronic module also can be fixed on the ad-hoc location connecting rope, touch the maloperation causing system when concave electrode is possible to prevent to wear.Electronic module also can be detachably fixed connection by attachment structure with being connected rope.Electronic module connects into a string or ringwise by connecting rope.Electronic module can be square, cylindrical, spheroidal etc..Hole can be through hole or blind hole, and the electronic module with blind hole is arranged on the end connecting rope.
nullElectronic module is provided with microprocessor (MCU，CPU，The audio frequency and video of mixed signal process，Data transmit-receive，Memorizer etc.)、Battery (charging，Button，Thin film，Changeable type battery and power management chip etc.)、Input/output device、Wire/wireless transceiver (bluetooth，ZigBee,WIFI etc.)、GPS device、Sense of touch feedback device、Display、Sensor (detection of various physical chemistry bio signals and generation，Such as sound，Light，Electricity，Temperature/wet/pressure，Gas，Dust，Haze，Action，Pulse/blood pressure/blood oxygen/body temperature/blood glucose)、Driver、Executor、TRT、Photovoltaic cell、Velometer、Electronic compass、Magnetometer、Gyroscope、Thermometer、Drimeter、Barometer、Sphygomanometer、Antiperspirant juice sensor、Sphygmometer、Blood-glucose meter、Vibrator、Photometer、Antenna、Interface detection/transducer、Loudspeaker、Earplug、Mike、Photographic head、Follow the tracks of pulley/cunning ball、Touch sensor、Button、Feather key、Piezometer、LED、Interface (USB，Audio frequency，Fructus Mali pumilae lightning etc.) in one or more.
First electrode can have two, is used as power and ground, or the power/data line shared, ground wire respectively；First electrode can have three, is used as power line, data wire, ground wire；First electrode can have four, is used separately as power line, analog data line, digital data line, ground wire, or power line, clock line, data wire, ground wire, etc..Data communication protocol can be general I2C, SPI, OW, SWP, USB, UART etc., or self-defining communication and power supply agreement.It is provided with, in connecting rope, the wire being connected with the second electrode, for transmitting the signal of telecommunication between electronic module.
Electronic module connects into an entirety, the wearable electronic of composition complete function by connecting rope.As: electronic module is four, the electronic module, the electronic module being provided with bluetooth that are respectively provided with earplug, is provided with the electronic module of battery and is provided with the electronic module of interface, forms bluetooth earphone；Electronic module is four, the electronic module, the electronic module being provided with bluetooth that are respectively provided with display screen, is provided with the electronic module of battery and is provided with the electronic module of interface, forms intelligent watch.The wearable electronic of composition can also is that intelligence (health/motion/medical treatment/environment) monitoring device, intelligent sound video equipment, micro radio transmitter receiver/mobile phone etc..Distributed connected mode can realize a ultra-thin or wearable electronic for ultra-narrow.Electronic module can disassemble rope from connecting, and is replaced, can increase and decrease electronic module as required, it is easy to damage the replacing of electronic module, user can be by the function of increase and decrease electronic module increase and decrease wearable device, the repeatable utilization of electronic module or shared, energy-conserving and environment-protective.
Connect rope two ends to be removably connected by connector.Connector is snap close, connects and restricts around circlewise, is enclosed within wrist as bracelet, elegant in appearance, it is simple to carry.Connecting to be additionally provided with on rope and limit the position limiting structure that electronic module drops out from connection rope, position limiting structure can be block, blend stop, it is also possible to is the snap close as connector.
It is connecting the detecting module of position on rope to be additionally provided with detection on electronic module.Electronic module starts corresponding functional part work according to the result of detection of detecting module, or the result of detection according to detecting module sends the corresponding signal master controller to modular wearable device, master controller is according to the signal control module formula wearable device work received.
Detecting module can be that detection connects rope thickness, shape or the sensor of color, and when electronic module in the position connected on rope or changes along the angle connecting rope circumferencial direction, sensor detects that the thickness, shape or the color that connect rope change.
Detecting module can also be provided in the MCU in electronic module, connect rope and be provided with the second electrode A and the second electrode B, the first electrode A and the first electrode B it is provided with in the hole of electronic module, first electrode A, the second electrode A are used for transmitting VDD signal, first electrode B, the second electrode B are used for transmitting GND signal, restricting connecting through the hole on electronic module, there are two kinds of electrode contact situations: the first electrode A contacts with the second electrode A, the first electrode B contacts with the second electrode B；Or the first electrode A contacts with the second electrode B, the first electrode B contacts with the second electrode A.Two kinds of contact situations, the MCU in electronic module identifies corresponding contact situation.
One of them electronic module of modular wearable device is provided with two interfaces, or has on two electronic modules and be designed with interface, so that modular wearable device can realize interface function.
A kind of control method of the modular wearable device of the present embodiment, modular wearable device includes being provided with the electronic module of microprocessor and being provided with the electronic module of battery, it is characterised in that comprise the following steps:
S1: microprocessor is the master controller of modular wearable device, and master controller works according to all electronic modules in pre-set programs control module formula wearable device；
S2: when electronic module departs from from connection rope, master controller detects that this electronic module departs from, and the excess electron module controlling to connect on rope according to pre-set programs works；When electronic module is connected to connect and restricts upper, this electronic module is set up with master controller and is communicated, this electronic module of master controller identification, controls to connect the work of all electronic modules on restricting according to pre-set programs.
When there is multi-microprocessor in modular wearable device, each microprocessor is weighed according to preset protocol contention control, the microprocessor obtaining control becomes the master controller of modular wearable device, the work of all electronic modules in master controller control module formula wearable device, other microprocessors exchange information with master controller, when the microprocessor as master controller disconnects with modular wearable device, residue microprocessor in modular wearable device is weighed according to preset protocol contention control, the microprocessor obtaining control becomes the master controller of modular wearable device.
Modular wearable device also includes that the electronic module being provided with interface, the electronic module being provided with battery and the electronic module being provided with interface realize electrical connection by connecting rope, and interface inserts supply socket, and supply socket can charge the battery.
Modular wearable device also includes the electronic module (such as with electronic compass, thermometer, drimeter, barometrical electronic module) being provided with multiple functional part, this electronic module is provided with detection, and it is connecting the detecting module of position on rope, this electronic module starts corresponding functional part work according to the result of detection of detecting module, or the result of detection according to detecting module sends corresponding signal and controls to connect the work of all electronic modules on restricting according to the signal received to master controller, master controller.
Such as: modular wearable device has one and connects rope, connect rope and be provided with the second electrode A and the second electrode B, being provided with the first electrode A and the first electrode B in the hole of electronic module, the detecting module of electronic module is detection the first electrode A and the detection chip of the first electrode B level signal.Restricting connecting through the hole on electronic module, there are two kinds of electrode contact situations: the first electrode A contacts with the second electrode A, the first electrode B contacts with the second electrode B；Or the first electrode A contacts with the second electrode B, the first electrode B contacts with the second electrode A.Two kinds of contact situations, the level that the first electrode A exports with the first electrode B is different, and detection chip detects varying level, and electronic module starts corresponding functional part work according to result of detection, or sends corresponding signal to master controller according to result of detection.
Modular wearable device can also have two and connect rope, it is respectively equipped with the second electrode A and the second electrode B on two connection ropes, electronic module has two holes, the first electrode A and the first electrode B it is respectively equipped with in two holes, two connect rope and have two kinds through situation with two holes, two kinds of electrode contacts through situation are: the first electrode A contacts with the second electrode A, and the first electrode B contacts with the second electrode B；Or the first electrode A contacts with the second electrode B, the first electrode B contacts with the second electrode A.In the case of two kinds of electrode contacts, the level that the first electrode A exports with the first electrode B is different, and detection chip detects varying level.
Modular wearable device can be with external equipment (mobile phone, panel computer, wearable device, other splicing equipment etc.) wired connection or wireless connections, and modular wearable device can be used to control external equipment or by peripheral equipment control.During the work of modular wearable device, if master controller collects its data of certain electronic module in modular wearable device or measurement data exceedes preset value, then modular wearable device sends warning.Its data of electronic module includes electric current, voltage, the speed of service, signal intensity etc., and measurement data includes the parameters such as the physics of the environment measured by related sensor, chemistry, biology, medical science or module attitude action own etc..
A kind of Combined type electric subset of the present embodiment, including above-mentioned a kind of modular wearable device, the connection end portion of modular wearable device is provided with port, also includes the intelligent electronic device that can connect and have complete function with the port being connected end portion.
Modular wearable device be wrist strap or wrist ring-type, it is connected with the intelligent electronic device of complete function (such as wireless interspeaker/mobile phone etc. on unmanned plane, miniature wrist on the dial plate of intelligent watch, intelligent health/motion/medical treatment/environmental unit, bluetooth earphone, intelligent sound video equipment, miniature wrist), modular wearable device can be in communication with each other with intelligent electronic device, modular wearable device and intelligent electronic device is made to be combined into Combined type electric subset, the function of modular wearable device is attached on intelligent electronic device, the function of extension intelligent electronic device.
Embodiment 2: a kind of modular wearable device of the present embodiment, as shown in Figure 4, the second electrode 5 is concave electrode ringwise, first electrode 4 is the convex electrode mated with concave electrode, convex electrode embeds concave electrode, and convex electrode is block or ring-type, and remaining structure is same as in Example 1.It is easy to electronic module and is fixed on the ad-hoc location connected on rope smoothly.
Embodiment 3: a kind of modular wearable device of the present embodiment, as shown in Figure 5, connect and be provided with groove 6 along centerline direction on rope 1, groove 6 trend is consistent with connecting rope 1 bearing of trend, first electrode 4 is convex electrode, and the second electrode 5 for concave electrode and is arranged in groove 6, is provided with wire in connecting rope 1, second electrode 5 is connected with wire, and remaining structure is same as in Example 1.
Groove can run through connection rope.The sidewall of groove is fabricated from a flexible material and the opening Guan Bi of groove, and the two side of groove is flexible, and the first electrode embeds groove and can be strutted by the opening of groove.Opening is closed by the two side of groove to contract, and the first electrode is clamped in the two side of groove, and the first electrode can along groove slidably, and opening Guan Bi can avoid the second electrode exposed, protects the second electrode, prevents user from touching the second electrode and cause the maloperation of system.
Embodiment 4: a kind of modular wearable device of the present embodiment, connect and be provided with groove 6 along centerline direction on rope 1, groove 6 trend is consistent with connecting rope 1 bearing of trend, first electrode 4 is convex electrode, in second electrode 5 is arranged on groove 6 and bearing of trend moves towards consistent with groove 6, first electrode 4 inserts groove 6 and contacts with the second electrode 5, and remaining structure is same as in Example 1.
Second electrode extends to the groove other end from groove one end, and when electronic module moves freely on connection rope, the first electrode on electronic module keeps contacting with the second electrode all the time.Therefore, when electronic module moves freely on connection rope, wearable device still can normally work, it is simple to user adjusts each electronic module as required in the position connected on rope.As shown in Figure 6, the second electrode 5 is to cover the metal level in groove surfaces.
Groove can run through connection rope.The sidewall of groove is fabricated from a flexible material and the opening Guan Bi of groove, and the two side of groove is flexible, and the first electrode embeds groove and can be strutted by the opening of groove.Opening is closed by the two side of groove to contract, and the first electrode is clamped in the two side of groove, and the first electrode can along groove slidably, and opening Guan Bi can avoid the second electrode exposed, protects the second electrode, prevents user from touching the second electrode and cause the maloperation of system.
Embodiment 5: a kind of modular wearable device of the present embodiment, connects rope 1 and is at least two, and electronic module 2 is provided with and connects rope 1 corresponding hole 3 with every, and remaining structure is same as in Example 1.
Every connects rope and makes wearable device the firmest reliably through through hole corresponding on electronic module, many connection ropes.Modular wearable device includes two schematic diagrams connecting rope, as shown in Figure 7.
Embodiment 6: a kind of modular wearable device of the present embodiment, connect rope 1 can be made up of hard material and in column, connecting rope and be provided with two the second electrodes, the second electrode is the concave electrode in bar shaped, and concave electrode trend is consistent with connecting rope bearing of trend, as shown in Figure 8, it is the most bent that column connects rope, or, as shown in Figure 9, column connects rope and can arbitrarily bend, and remaining structure is same as in 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 electronic modules 2, electronic module 2 is provided with for connecting the hole 3 that rope 1 passes, two the first electrodes 4 it are provided with in hole 3, connect rope 1 and be provided with seven group of second electrode 5, often organize the second electrode 5 and include two the second electrodes 5 mated with the first electrode 4 in hole 3, first electrode 4 is convex electrode, second electrode 5 is concave electrode, connect rope 1 in banding, it is provided with, in connecting rope 1, the wire being connected with the second electrode 5, for transmitting the signal of telecommunication between electronic module, convex electrode and concave electrode coordinate, the signal of telecommunication can be conducted, electronic module also can be fixed on the ad-hoc location connecting rope, remaining structure is same as in Example 1.
Six electronic modules are to be provided with the electronic module of sensor, be provided with the electronic module of display screen, be provided with the electronic module of bluetooth, be provided with the electronic module of interface, be provided with the electronic module of battery, be provided with the electronic module of boosting battery, form intelligent watch.
Claims (19)
1. a modular wearable device, it is characterized in that: include connecting rope (1) and at least two electronic module (2), described electronic module (2) is provided with for connecting the hole (3) that rope (1) passes, at least one first electrode (4) it is provided with in described hole (3), the described rope (1) that connects is provided with at least one second electrode (5) mated with the first electrode (4) in hole (3), electronic module (2) is coupled together by the described rope (1) that connects through the hole (3) on electronic module (2), the described rope (1) that connects can transmit the signal of telecommunication between electronic module (2).
A kind of modular wearable device the most according to claim 1, it is characterised in that: described first electrode (4) and convex electrode and concave electrode that the second electrode (5) is a pair coupling.
A kind of modular wearable device the most according to claim 2, it is characterised in that: ringwise, described convex electrode embeds concave electrode to described concave electrode.
A kind of modular wearable device the most according to claim 1, it is characterized in that: described connection is provided with groove (6) along centerline direction on rope (1), described groove (6) moves towards consistent with connecting rope (1) bearing of trend, described first electrode (4) is convex electrode, described second electrode (5) is concave electrode and in being arranged on groove (6), being provided with wire in described connection rope (1), described second electrode (5) is connected with wire.
A kind of modular wearable device the most according to claim 1, it is characterized in that: described connection is provided with groove (6) along centerline direction on rope (1), described groove (6) moves towards consistent with connecting rope (1) bearing of trend, described first electrode (4) is convex electrode, described second electrode (5) is arranged in groove (6) and bearing of trend is consistent with groove (6) trend, described first electrode (4) insertion groove and contacting with the second electrode (5).
6. according to a kind of modular wearable device described in claim 4 or 5, it is characterized in that: the sidewall of described groove (6) is fabricated from a flexible material and the opening Guan Bi of groove (6), and the first electrode (4) embeds groove (6) and can be strutted by the opening of groove (6).
7. according to a kind of modular wearable device described in claim 4 or 5, it is characterised in that: described groove (6) runs through connection rope.
8. according to a kind of modular wearable device described in claim 1 or 2 or 3 or 4 or 5, it is characterized in that: electronic module (2) is provided with microprocessor, battery, input/output device, wire/wireless transceiver, GPS device, sense of touch feedback device, display, sensor, driver, executor, TRT, photovoltaic cell, velometer, electronic compass, magnetometer, gyroscope, thermometer, drimeter, barometer, sphygomanometer, antiperspirant juice sensor, sphygmometer, blood-glucose meter, vibrator, photometer, antenna, interface detection/transducer, loudspeaker, earplug, mike, photographic head, follow the tracks of pulley/cunning ball, touch sensor, button, feather key, piezometer, one or more in LED.
9. according to a kind of modular wearable device described in claim 1 or 2 or 3 or 4 or 5, it is characterised in that: the described rope (1) that connects is at least two, and described electronic module (2) is provided with and connects, with every, the hole (3) that rope (1) is corresponding.
10. according to a kind of modular wearable device described in claim 1 or 2 or 3 or 4 or 5, it is characterised in that: described rope (1) two ends that connect are removably connected by connector.
11. according to a kind of modular wearable device described in claim 1 or 2 or 3 or 4 or 5, it is characterised in that: the described rope (1) that connects can be made up of hard material and in column, and described column connects rope and can arbitrarily bend or the most bent.
12. according to a kind of modular wearable device described in claim 1 or 2 or 3 or 4 or 5, it is characterised in that: it is connecting the detecting module of position on rope to be additionally provided with detection on described electronic module.
The control method of 13. 1 kinds of modular wearable devices, a kind of modular wearable device described in any claim in claim 1-12, modular wearable device includes being provided with the electronic module of microprocessor and being provided with the electronic module of battery, it is characterised in that comprise the following steps:
S1: microprocessor is the master controller of modular wearable device, and master controller works according to all electronic modules in pre-set programs control module formula wearable device；
S2: when electronic module departs from from connection rope, master controller detects that this electronic module departs from, and the excess electron module controlling to connect on rope according to pre-set programs works；When electronic module is connected to connect and restricts upper, this electronic module is set up with master controller and is communicated, this electronic module of master controller identification, controls to connect the work of all electronic modules on restricting according to pre-set programs.
The control method of 14. a kind of modular wearable devices according to claim 13, it is characterized in that: when modular wearable device exists multi-microprocessor, each microprocessor is weighed according to preset protocol contention control, the microprocessor obtaining control becomes the master controller of modular wearable device, the work of all electronic modules in master controller control module formula wearable device, other microprocessors exchange information with master controller, when the microprocessor as master controller disconnects with modular wearable device, residue microprocessor in modular wearable device is weighed according to preset protocol contention control, the microprocessor obtaining control becomes the master controller of modular wearable device.
The control method of 15. a kind of modular wearable devices according to claim 13, it is characterized in that: modular wearable device also includes being provided with the electronic module of interface, the electronic module being provided with battery and the electronic module being provided with interface realize electrical connection by connecting rope, interface inserts supply socket, and supply socket can charge the battery.
16. according to the control method of a kind of modular wearable device described in claim 13 or 14 or 15, it is characterized in that: modular wearable device also includes being provided with the electronic module of multiple functional part, this electronic module is provided with detection, and it is connecting the detecting module of position on rope, this electronic module starts corresponding functional part work according to the result of detection of detecting module, or the result of detection according to detecting module sends corresponding signal and controls to connect the work of all electronic modules on restricting according to the signal received to master controller, master controller.
17. according to the control method of a kind of modular wearable device described in claim 13 or 14 or 15, it is characterized in that: modular wearable device can be with external equipment wired connection or wireless connections, and modular wearable device can be used to control external equipment or by peripheral equipment control.
18. according to the control method of a kind of modular wearable device described in claim 13 or 14 or 15, it is characterized in that: during the work of modular wearable device, if master controller collects its data of certain electronic module in modular wearable device or measurement data exceedes preset value, then modular wearable device sends warning.
19. 1 kinds of Combined type electric subsets, it is characterized in that: include a kind of modular wearable device described in any claim in claim 1-12, the connection end portion of described modular wearable device is provided with port, also includes the intelligent electronic device that can connect and have complete function with the port being connected end portion.
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