CN104951079A - Wearable device - Google Patents

Wearable device Download PDF

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Publication number
CN104951079A
CN104951079A CN201510374759.0A CN201510374759A CN104951079A CN 104951079 A CN104951079 A CN 104951079A CN 201510374759 A CN201510374759 A CN 201510374759A CN 104951079 A CN104951079 A CN 104951079A
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China
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described
mobile terminal
trigger action
wearable device
processor
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CN201510374759.0A
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Chinese (zh)
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CN104951079B (en
Inventor
赵航
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努比亚技术有限公司
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Abstract

The embodiment of the invention discloses a wearable device. The wearable device comprises a fixing assembly, a communication assembly, an induction assembly and a processor, wherein the communication assembly, the induction assembly and the processor are arranged in the fixing assembly. The communication assembly and the induction assembly are both electrically connected with the processor; when the fixing assembly is fixed to a supporting body, an annular space is formed; the communication assembly is used for having communication with a mobile terminal; the induction assembly is used for detecting triggering operation. The processor is used for recognizing the triggering operation detected by the induction assembly, and generating and executing an instruction when it is determined that a preset condition is achieved, the instruction is sent based on the communication established by the communication assembly and the mobile terminal, and the mobile terminal is controlled to take pictures.

Description

A kind of wearable device

Technical field

The present invention designs electrical communication technology, a kind of wearable device of specific design.

Background technology

Along with the raising of people's living standard, increasing people likes tourism or motion.And people are in tourism or motion, usually like the scenery by surrounding under cameras record or auto heterodyne.No matter and when being with mobile phone or camera self-timer, the development along with technology has occurred as " self-shooting bar " etc. is convenient to the instrument of autodyning.Photo distance when but although this instrument adds auto heterodyne, the single experience being still unfavorable for user of button when autodyning.

Summary of the invention

For solving the technical matters of existing existence, the embodiment of the present invention provides a kind of wearable device, can promote experience when user takes pictures.

For achieving the above object, the technical scheme of the embodiment of the present invention is achieved in that

Embodiments provide a kind of wearable device, described wearable device comprises: fixation kit, and the communications component, inductive component and the processor that arrange in described fixation kit; Described communications component and described inductive component are electrically connected with described processor respectively; Wherein,

Annulus is formed when described fixation kit is fixed on supporter;

Described communications component, for establishing a communications link with mobile terminal;

Described inductive component, for detecting trigger action;

Described processor, for identifying the trigger action that described inductive component detects, when determining that described trigger action meets pre-conditioned, generating and performing instruction, the communication connection of setting up based on described communications component and described mobile terminal sends described instruction, controls described mobile terminal shooting image.

In such scheme, in described fixation kit, also power supply module is set, for providing power supply for described communications component and described processor.

In such scheme, described inductive component, for when described power supply module is in closed condition, detects satisfied when pressing the first trigger action lifted twice, activates described power supply module for described communications component and described processor and provides power supply.

In such scheme, described processor, also for when described power supply module is in state of activation, controls described communications component and described mobile terminal establishes a communications link, and activates the picture shooting assembly in described mobile terminal.

In such scheme, described processor, also for the second trigger action being detected when described inductive component, when determining that described second trigger action meets the slide trigger operation of first direction, generate the first instruction, the communication connection of setting up based on described communications component and described mobile terminal sends described first instruction, and the picture shooting assembly controlling described mobile terminal increases focal length.

In such scheme, described processor, also for the 3rd trigger action being detected when described inductive component, when determining that described 3rd trigger action meets the slide trigger operation of second direction, generate the second instruction, the communication connection of setting up based on described communications component and described mobile terminal sends described second instruction, and the picture shooting assembly controlling described mobile terminal reduces focal length.

In such scheme, described processor, also for the 4th trigger action being detected when described inductive component, when determining that the running time of described 4th trigger action meets the first Preset Time, generate the 3rd instruction, the communication connection of setting up based on described communications component and described mobile terminal sends described 3rd instruction, and the picture shooting assembly controlling described mobile terminal focuses on.

In such scheme, described processor, also for the 5th trigger action being detected when described inductive component, when determining that the running time of described 5th trigger action meets the second Preset Time, generate the 4th instruction, the communication connection of setting up based on described communications component and described mobile terminal sends described 4th instruction, and the picture shooting assembly controlling described mobile terminal gathers a pictures; Wherein, described first Preset Time is different from described second Preset Time.

In such scheme, described processor, also for the 6th trigger action being detected when described inductive component, when determining that the running time of described 6th trigger action meets the 3rd Preset Time, generate the five fingers order, the communication connection of setting up based on described communications component and described mobile terminal sends the described the five fingers to be made, and the picture shooting assembly controlling described mobile terminal gathers plurality of pictures in interval at preset timed intervals; Wherein, described 3rd Preset Time is different from described first Preset Time and described second Preset Time.

In such scheme, described processor, also for when described power supply module is in state of activation, when described inductive component detect satisfied press the 7th trigger action lifted for twice time, generate and perform the 6th instruction, control described power supply module close.

The wearable device that the embodiment of the present invention provides, described wearable device comprises: fixation kit, and the communications component, inductive component and the processor that arrange in described fixation kit; Described communications component and described inductive component are all electrically connected with described processor; Wherein, annulus is formed when described fixation kit is fixed on supporter; Described communications component, for establishing a communications link with mobile terminal; Described inductive component, for detecting trigger action; Described processor, for identifying the trigger action that described inductive component detects, when determining that described trigger action meets pre-conditioned, generating and performing instruction, the communication connection of setting up based on described communications component and described mobile terminal sends described instruction, controls described mobile terminal shooting image.So, adopt the technical scheme of the embodiment of the present invention, carrying out Long-distance Control by wearable device (can be Intelligent finger ring, Intelligent bracelet or intelligent watch etc.) to as mobile terminal (as mobile phone or camera) at a distance, greatly improving the experience of user when taking pictures; By the inductive component in described wearable device and processor, the wearable device achieving the embodiment of the present invention generates for multiple trigger action and exports various control instruction, thus control mobile terminal carries out adjusting focal length, focuses on, takes pictures, and greatly improves the operating experience of user.

Accompanying drawing explanation

Fig. 1 is the perspective exploded view of the wearable device of the embodiment of the present invention;

Fig. 2 is the combination schematic diagram of the wearable device based on Fig. 1;

The realization of the object of the invention, functional characteristics and advantage will in conjunction with the embodiments, are described further with reference to accompanying drawing.

Embodiment

Should be appreciated that specific embodiment described herein only in order to explain the present invention, be not intended to limit the present invention.

Embodiment one

Embodiments provide a kind of wearable device.Fig. 1 is the perspective exploded view of the wearable device of the embodiment of the present invention; As shown in Figure 1, described wearable device comprises: fixation kit 11, and the communications component 13, inductive component 14 and the processor 12 that arrange in described fixation kit 11; Described communications component 13 and described inductive component 14 are electrically connected with described processor 12 respectively; Wherein,

Annulus is formed when described fixation kit 11 is fixed on supporter;

Described communications component 13, for establishing a communications link with mobile terminal;

Described inductive component 14, for detecting trigger action;

Described processor 12, for identifying the trigger action that described inductive component 14 detects, when determining that described trigger action meets pre-conditioned, generate and perform instruction, the communication connection of setting up based on described communications component 13 and described mobile terminal sends described instruction, controls described mobile terminal shooting image.

In the present embodiment, described wearable device is specifically as follows the Wearable such as intelligent ring, Intelligent bracelet, intelligent watch.Described wearable device can be fixed on supporter by described fixation kit 11; When described wearable device is intelligent ring, described supporter can be the finger of user; When described wearable device be Intelligent bracelet or intelligent watch time, described supporter can be the wrist of user.The outside of described wearable device is coated by described fixation kit 11, and namely user only can see described fixation kit 11, specifically can be as shown in Figure 2.In the present embodiment, described fixation kit 11 at least has solid form; As a kind of embodiment, when described wearable device is fixed on supporter or when leaving described supporter, described fixation kit 11 all has solid form, as intelligent ring or Intelligent bracelet.As another kind of embodiment, when described wearable device is fixed on supporter, described fixation kit 11 has solid form, and when described wearable device leaves described supporter, described fixation kit 11 can not have solid form, as intelligent watch.

In the present embodiment, annulus or proximate annular space is formed when described fixation kit 11 is fixed on supporter, described annulus or proximate annular space can be fixed on the periphery meeting pre-conditioned supporter relatively, the described pre-conditioned maximum caliber for described supporter is less than or equal to the ring-type of described stationary installation or described stationary installation and described body apparatus formation or the maximum caliber in proximate annular space, can not come off so that described electronic equipment can be fixed on described supporter.

In the present embodiment, described communications component 13 is specifically as follows Bluetooth communications element and/or Wireless Fidelity (WIFI) communications component, is not limited to above-mentioned two kinds of communications components.Accordingly, also there is in described mobile terminal the communications component matched with described wearable device, as Bluetooth communications element and/or WIFI communications component, establish a communications link with the communications component in mobile terminal to enable described communications component.

In the present embodiment, described inductive component 14 can detect trigger action, and described trigger action is the trigger action outside the described fixation kit 11 of pressing.As shown in Figure 1; the outside of described fixation kit 11 is sense of touch shell 111; described sense of touch shell 111 1 aspect is for the protection of the communications component 13 in described fixation kit 11, inductive component 14 and processor 12; on the other hand; described sense of touch shell 111 is easy to the physical characteristics such as conducting pressure, temperature, makes described inductive component 14 can receive trigger action by described sense of touch shell 111.As a kind of embodiment, described sense of touch shell 111 have multiple can pressing structure, multiplely can receive trigger action by pressing structure by described; As the second embodiment, described sense of touch shell 111 is provided with multiple trigger action check point, is respectively arranged with inductive component 14 under described multiple trigger action check point.Concrete, in the present embodiment, can be provided with multiple inductive component 14 in described fixation kit 11, described inductive component 14 is distributed in described fixation kit 11, so that user is when wearing described wearable device, trigger action can be carried out for the optional position of described wearable device.Described inductive component 14 is specifically as follows any one or combination in pressure transducer, capacitive transducer, infrared sensor; When described inductive component 14 is pressure transducer, when detecting that force value increases to first threshold by described pressure transducer, be defined as a pressing operation; When detecting that force value increases to described first threshold successively by least two pressure transducers, be defined as the slide of a direction.When described inductive component 14 is capacitive transducer, detects trigger action by described capacitive transducer and specifically can refer to touch control detection mode of the prior art, repeat no more in the present embodiment.When described inductive component 14 is infrared sensor, detect by the multiple infrared sensors be distributed in described fixation kit 11; The fixation kit 11 being distributed with infrared sensor is provided with multiple check point, when the infrared sensor of arbitrary check point detect be less than predetermined threshold value with the distance of operating body time, determine currently to be in a push state; Be under described push state, detecting when being greater than described predetermined threshold value with the distance of operating body, determine that current being in lifts mode of operation.

In the present embodiment, described processor 12 is specifically as follows central processing unit (CPU, Central Processing Unit), digital signal processor (DSP, Digital Signal Processor) or programmable gate array (FPGA, Field-Programmable Gate Array) etc. process chip, trigger action for detecting described inductive component 14 identifies, thus generate the instruction corresponding with the trigger action detected, the communication connection of setting up based on described communications component 13 and described mobile terminal sends described instruction, control described mobile terminal shooting image.Specifically can control described mobile terminal to take an image, continuously multiple images of shooting based on different operations, adjust the focal length, the laggard line focusing of adjusting focal length etc. of the picture shooting assembly (i.e. camera or camera) of described mobile terminal.

Adopt the technical scheme of the embodiment of the present invention, carrying out Long-distance Control by wearable device (can be Intelligent finger ring, Intelligent bracelet or intelligent watch etc.) to as mobile terminal (as mobile phone or camera) at a distance, greatly improving the experience of user when taking pictures; By the inductive component in described wearable device and processor, the wearable device achieving the embodiment of the present invention generates for multiple trigger action and exports various control instruction, thus control mobile terminal carries out adjusting focal length, focuses on, takes pictures, and greatly improves the operating experience of user.

Embodiment two

Based on the wearable device shown in embodiment one, in the present embodiment, as shown in Figure 1, described wearable device comprises: fixation kit 11, and the communications component 13, inductive component 14 and the processor 12 that arrange in described fixation kit 11; Described communications component 13 and described inductive component 14 are electrically connected with described processor 12 respectively; Wherein,

Annulus is formed when described fixation kit 11 is fixed on supporter;

Described communications component 13, for establishing a communications link with mobile terminal;

Described inductive component 14, for detecting trigger action;

Described processor 12, for identifying the trigger action that described inductive component 14 detects, when determining that described trigger action meets pre-conditioned, generate and perform instruction, the communication connection of setting up based on described communications component 13 and described mobile terminal sends described instruction, controls described mobile terminal shooting image;

Further, in described fixation kit 11, power supply module 15 is also set, for providing power supply for described communications component 13 and described processor 12.

In the present embodiment, described wearable device is specifically as follows the Wearable such as intelligent ring, Intelligent bracelet, intelligent watch.Described wearable device can be fixed on supporter by described fixation kit 11; When described wearable device is intelligent ring, described supporter can be the finger of user; When described wearable device be Intelligent bracelet or intelligent watch time, described supporter can be the wrist of user.The outside of described wearable device is coated by described fixation kit 11, and namely user only can see described fixation kit 11, specifically can be as shown in Figure 2.In the present embodiment, described fixation kit 11 at least has solid form; As a kind of embodiment, when described wearable device is fixed on supporter or when leaving described supporter, described fixation kit 11 all has solid form, as intelligent ring or Intelligent bracelet.As another kind of embodiment, when described wearable device is fixed on supporter, described fixation kit 11 has solid form, and when described wearable device leaves described supporter, described fixation kit 11 can not have solid form, as intelligent watch.

In the present embodiment, annulus or proximate annular space is formed when described fixation kit 11 is fixed on supporter, described annulus or proximate annular space can be fixed on the periphery meeting pre-conditioned supporter relatively, the described pre-conditioned maximum caliber for described supporter is less than or equal to the ring-type of described stationary installation or described stationary installation and described body apparatus formation or the maximum caliber in proximate annular space, can not come off so that described electronic equipment can be fixed on described supporter.

In the present embodiment, described communications component 13 is specifically as follows Bluetooth communications element and/or Wireless Fidelity (WIFI) communications component, is not limited to above-mentioned two kinds of communications components.Accordingly, also there is in described mobile terminal the communications component matched with described wearable device, as Bluetooth communications element and/or WIFI communications component, establish a communications link with the communications component in mobile terminal to enable described communications component.

In the present embodiment, described inductive component 14 can detect trigger action, and described trigger action is the trigger action outside the described fixation kit 11 of pressing.As shown in Figure 1; the outside of described fixation kit 11 is sense of touch shell 111; described sense of touch shell 111 1 aspect is for the protection of the communications component 13 in described fixation kit 11, inductive component 14 and processor 12; on the other hand; described sense of touch shell 111 is easy to the physical characteristics such as conducting pressure, temperature, makes described inductive component 14 can receive trigger action by described sense of touch shell 111.As a kind of embodiment, described sense of touch shell 111 have multiple can pressing structure, multiplely can receive trigger action by pressing structure by described; As the second embodiment, described sense of touch shell 111 is provided with multiple trigger action check point, is respectively arranged with inductive component 14 under described multiple trigger action check point.Concrete, in the present embodiment, can be provided with multiple inductive component 14 in described fixation kit 11, described inductive component 14 is distributed in described fixation kit 11, so that user is when wearing described wearable device, trigger action can be carried out for the optional position of described wearable device.Described inductive component 14 is specifically as follows any one or combination in pressure transducer, capacitive transducer, infrared sensor; When described inductive component 14 is pressure transducer, when detecting that force value increases to first threshold by described pressure transducer, be defined as a pressing operation; When detecting that force value increases to described first threshold successively by least two pressure transducers, be defined as the slide of a direction.When described inductive component 14 is capacitive transducer, detects trigger action by described capacitive transducer and specifically can refer to touch control detection mode of the prior art, repeat no more in the present embodiment.When described inductive component 14 is infrared sensor, detect by the multiple infrared sensors be distributed in described fixation kit 11; The fixation kit 11 being distributed with infrared sensor is provided with multiple check point, when the infrared sensor of arbitrary check point detect be less than predetermined threshold value with the distance of operating body time, determine currently to be in a push state; Be under described push state, detecting when being greater than described predetermined threshold value with the distance of operating body, determine that current being in lifts mode of operation.

In the present embodiment, described processor 12 is specifically as follows the process chip such as CPU, DSP or FPGA, trigger action for detecting described inductive component 14 identifies, thus generate the instruction corresponding with the trigger action detected, the communication connection of setting up based on described communications component 13 and described mobile terminal sends described instruction, controls described mobile terminal shooting image.Specifically can control described mobile terminal to take an image, continuously multiple images of shooting based on different operations, adjust the focal length, the laggard line focusing of adjusting focal length etc. of the picture shooting assembly (i.e. camera or camera) of described mobile terminal.

In the present embodiment, be also provided with power supply module 15 in described fixation kit 11, described power supply module 15 is electrically connected with described processor 12, for powering for described processor 12; Described power supply module 15 is also electrically connected with described communications component 13, for powering for described communications component 13.Described power supply module 15 has state of activation and closed condition; The certain trigger operation that described power supply module 15 receives by described inductive component 14 is opened, thus makes described power supply module 15 be in state of activation; The described certain trigger operation that described power supply module 15 also receives by described inductive component 14 is closed, thus makes described power supply module 15 be in closed condition.Based on this, as a kind of embodiment, in described inductive component 14, triggering the inductor assembly that described power supply module 15 is in state of activation for physical button, can be specifically designed to and activate or close described power supply module 15.As another kind of embodiment, described inductive component 14 may be configured with uninterrupted power source, when described power supply module 15 is in closed condition, be that described inductive component 14 is powered by described uninterrupted power source, thus when described power supply module 15 is in closed condition, triggers described power supply module 15 by described inductive component 14 and open.Wherein, described uninterrupted power source can be battery, as button cell.

Adopt the technical scheme of the embodiment of the present invention, carrying out Long-distance Control by wearable device (can be Intelligent finger ring, Intelligent bracelet or intelligent watch etc.) to as mobile terminal (as mobile phone or camera) at a distance, greatly improving the experience of user when taking pictures; By the inductive component 14 in described wearable device and processor 12, the wearable device achieving the embodiment of the present invention generates for multiple trigger action and exports various control instruction, thus control mobile terminal carries out adjusting focal length, focuses on, takes pictures, and greatly improves the operating experience of user.

Embodiment three

Based on the wearable device shown in embodiment one and embodiment two, in the present embodiment, as shown in Figure 1, described wearable device comprises: fixation kit 11, and the communications component 13, inductive component 14 and the processor 12 that arrange in described fixation kit 11; Described communications component 13 and described inductive component 14 are electrically connected with described processor 12 respectively; Wherein,

Annulus is formed when described fixation kit 11 is fixed on supporter;

Described communications component 13, for establishing a communications link with mobile terminal;

Described inductive component 14, for detecting trigger action;

Described processor 12, for identifying the trigger action that described inductive component 14 detects, when determining that described trigger action meets pre-conditioned, generate and perform instruction, the communication connection of setting up based on described communications component 13 and described mobile terminal sends described instruction, controls described mobile terminal shooting image;

In described fixation kit 11, power supply module 15 is also set, for providing power supply for described communications component 13 and described processor 12;

Described inductive component 14, for when described power supply module 15 is in closed condition, detects satisfied when pressing the first trigger action lifted twice, activates described power supply module 15 for described communications component 13 and described processor 12 and provides power supply.

In the present embodiment, described wearable device is specifically as follows the Wearable such as intelligent ring, Intelligent bracelet, intelligent watch.Described wearable device can be fixed on supporter by described fixation kit 11; When described wearable device is intelligent ring, described supporter can be the finger of user; When described wearable device be Intelligent bracelet or intelligent watch time, described supporter can be the wrist of user.The outside of described wearable device is coated by described fixation kit 11, and namely user only can see described fixation kit 11, specifically can be as shown in Figure 2.In the present embodiment, described fixation kit 11 at least has solid form; As a kind of embodiment, when described wearable device is fixed on supporter or when leaving described supporter, described fixation kit 11 all has solid form, as intelligent ring or Intelligent bracelet.As another kind of embodiment, when described wearable device is fixed on supporter, described fixation kit 11 has solid form, and when described wearable device leaves described supporter, described fixation kit 11 can not have solid form, as intelligent watch.

In the present embodiment, annulus or proximate annular space is formed when described fixation kit 11 is fixed on supporter, described annulus or proximate annular space can be fixed on the periphery meeting pre-conditioned supporter relatively, the described pre-conditioned maximum caliber for described supporter is less than or equal to the ring-type of described stationary installation or described stationary installation and described body apparatus formation or the maximum caliber in proximate annular space, can not come off so that described electronic equipment can be fixed on described supporter.

In the present embodiment, described communications component 13 is specifically as follows Bluetooth communications element and/or Wireless Fidelity (WIFI) communications component, is not limited to above-mentioned two kinds of communications components.Accordingly, also there is in described mobile terminal the communications component matched with described wearable device, as Bluetooth communications element and/or WIFI communications component, establish a communications link with the communications component in mobile terminal to enable described communications component.

In the present embodiment, described inductive component 14 can detect trigger action, and described trigger action is the trigger action outside the described fixation kit 11 of pressing.As shown in Figure 1; the outside of described fixation kit 11 is sense of touch shell 111; described sense of touch shell 111 1 aspect is for the protection of the communications component 13 in described fixation kit 11, inductive component 14 and processor 12; on the other hand; described sense of touch shell 111 is easy to the physical characteristics such as conducting pressure, temperature, makes described inductive component 14 can receive trigger action by described sense of touch shell 111.As a kind of embodiment, described sense of touch shell 111 have multiple can pressing structure, multiplely can receive trigger action by pressing structure by described; As the second embodiment, described sense of touch shell 111 is provided with multiple trigger action check point, is respectively arranged with inductive component 14 under described multiple trigger action check point.Concrete, in the present embodiment, can be provided with multiple inductive component 14 in described fixation kit 11, described inductive component 14 is distributed in described fixation kit 11, so that user is when wearing described wearable device, trigger action can be carried out for the optional position of described wearable device.Described inductive component 14 is specifically as follows any one or combination in pressure transducer, capacitive transducer, infrared sensor; When described inductive component 14 is pressure transducer, when detecting that force value increases to first threshold by described pressure transducer, be defined as a pressing operation; When detecting that force value increases to described first threshold successively by least two pressure transducers, be defined as the slide of a direction.When described inductive component 14 is capacitive transducer, detects trigger action by described capacitive transducer and specifically can refer to touch control detection mode of the prior art, repeat no more in the present embodiment.When described inductive component 14 is infrared sensor, detect by the multiple infrared sensors be distributed in described fixation kit 11; The fixation kit 11 being distributed with infrared sensor is provided with multiple check point, when the infrared sensor of arbitrary check point detect be less than predetermined threshold value with the distance of operating body time, determine currently to be in a push state; Be under described push state, detecting when being greater than described predetermined threshold value with the distance of operating body, determine that current being in lifts mode of operation.

In the present embodiment, described processor 12 is specifically as follows the process chip such as CPU, DSP or FPGA, trigger action for detecting described inductive component 14 identifies, thus generate the instruction corresponding with the trigger action detected, the communication connection of setting up based on described communications component 13 and described mobile terminal sends described instruction, controls described mobile terminal shooting image.Specifically can control described mobile terminal to take an image, continuously multiple images of shooting based on different operations, adjust the focal length, the laggard line focusing of adjusting focal length etc. of the picture shooting assembly (i.e. camera or camera) of described mobile terminal.

In the present embodiment, be also provided with power supply module 15 in described fixation kit 11, described power supply module 15 is electrically connected with described processor 12, for powering for described processor 12; Described power supply module 15 is also electrically connected with described communications component 13, for powering for described communications component 13.Described power supply module 15 has state of activation and closed condition; The certain trigger operation that described power supply module 15 receives by described inductive component 14 is opened, thus makes described power supply module 15 be in state of activation; The described certain trigger operation that described power supply module 15 also receives by described inductive component 14 is closed, thus makes described power supply module 15 be in closed condition.Based on this, as a kind of embodiment, in described inductive component 14, triggering the inductor assembly that described power supply module 15 is in state of activation for physical button, can be specifically designed to and activate or close described power supply module 15.As another kind of embodiment, described inductive component 14 may be configured with uninterrupted power source, when described power supply module 15 is in closed condition, be that described inductive component 14 is powered by described uninterrupted power source, thus when described power supply module 15 is in closed condition, triggers described power supply module 15 by described inductive component 14 and open.Wherein, described uninterrupted power source can be battery, as button cell.

Concrete, in the wearable device described in the present embodiment, the corresponding relation of pre-configured trigger action and instruction, generates mapping ensemblen and merges storage.In the present embodiment, described mapping set comprises the mapping relations of twice single-click operation and start-up command, and described start-up command is for activating described power supply module 15.In the present embodiment, described wearable device is applied to the scene that described power supply module 15 is in closed condition, namely when described power supply module 15 is closed, under system is in off-mode, when twice single-click operation (namely pressing the first trigger action lifted for twice) being detected, activating described power supply module 15 and powering for described processor 12 and described communications component 13.

Further, described processor 12, also for when described power supply module 15 is in state of activation, when described inductive component 14 detect satisfied press the 7th trigger action lifted for twice time, generate and perform the 6th instruction, controlling described power supply module 15 and close.

Concrete, when described power supply module 15 is in state of activation, when namely system is in open state, when same twice single-click operation (namely pressing the first trigger action lifted for twice) being detected, close described power supply module 15, system closedown.

Further, described processor 12, also for when described power supply module 15 is in state of activation, controls described communications component 13 and establishes a communications link with described mobile terminal, and activate the picture shooting assembly in described mobile terminal.

Concrete, when described power supply module 15 is in state of activation, described processor 12 controls described communications component 13 and establishes a communications link with the communications component 13 in described mobile terminal.Concrete, be Bluetooth communications element 13 for described communications component 13, first described wearable device initiates the other-end finding to have Bluetooth function equally by described Bluetooth communications element 13, after discovery other-end (mobile terminal as set forth in the present embodiment), send connection request to described mobile terminal; After described mobile terminal confirms connection, described wearable device receives the confirmation response message that described mobile terminal sends, and so far, described wearable device and described mobile terminal establish a communications link.Accordingly, described mobile terminal also can initiatively initiate to find flow process, thus initiatively establishes a communications link with described wearable device; Repeat no more in process the present embodiment that described mobile terminal initiatively establishes a communications link with described wearable device.Further, after described wearable device is connected with described mobile terminal and communicates to connect, described mobile terminal automatic activation picture shooting assembly, namely activates camera.

As a kind of embodiment, described processor 12, also for the second trigger action being detected when described inductive component 14, when determining that described second trigger action meets the slide trigger operation of first direction, generate the first instruction, the communication connection of setting up based on described communications component 13 and described mobile terminal sends described first instruction, and the picture shooting assembly controlling described mobile terminal increases focal length.

In the present embodiment, described processor 12 is also for when described power supply module 15 is in state of activation, the slide trigger operation meeting first direction detected by described inductive component 14, the outside slide trigger clockwise or counterclockwise that the described slide trigger operation meeting first direction can trigger described wearable device for user operates; Concrete, described processor 12 identifies the slide trigger operation meeting first direction (clockwise or counter clockwise direction) that described inductive component 14 detects, when determining that the length that described slide trigger operates reaches first threshold, determine that the operation of described slide trigger meets first condition, generate the first instruction, described first instruction is for increasing the focal length of the picture shooting assembly (i.e. camera or camera) of described mobile terminal.

As another kind of embodiment, described processor 12, also for the 3rd trigger action being detected when described inductive component 14, when determining that described 3rd trigger action meets the slide trigger operation of second direction, generate the second instruction, the communication connection of setting up based on described communications component 13 and described mobile terminal sends described second instruction, and the picture shooting assembly controlling described mobile terminal reduces focal length.

In the present embodiment, described processor 12 is also for when described power supply module 15 is in state of activation, the slide trigger operation meeting second direction is detected by described inductive component 14, the outside that the described slide trigger operation meeting second direction can trigger described wearable device for user operates along counterclockwise or clockwise slide trigger, specifically opposite to the first direction; Concrete, described processor 12 identifies the slide trigger operation meeting second direction (counterclockwise or clockwise direction) that described inductive component 14 detects, when determining that the length that described slide trigger operates reaches first threshold, determine that the operation of described slide trigger meets second condition, generate the second instruction, described second instruction is for reducing the focal length of the picture shooting assembly (i.e. camera or camera) of described mobile terminal.

Further, described processor 12, also for the 4th trigger action being detected when described inductive component 14, when determining that the running time of described 4th trigger action meets the first Preset Time, generate the 3rd instruction, the communication connection of setting up based on described communications component 13 and described mobile terminal sends described 3rd instruction, and the picture shooting assembly controlling described mobile terminal focuses on.

In the present embodiment, described processor 12 is also for when after the focal length of picture shooting assembly (i.e. camera or camera) adjusting described mobile terminal by the way, or do not adjust the focal length of the picture shooting assembly (i.e. camera or camera) of described mobile terminal, detect that the running time meets the 4th trigger action of the first Preset Time by described inductive component 14, also can be understood as long when reaching the first Preset Time (as two seconds) by trigger action, generate the 3rd instruction, described 3rd instruction focuses on for the picture shooting assembly (i.e. camera or camera) controlling described mobile terminal.

Further, described processor 12, also for the 5th trigger action being detected when described inductive component 14, when determining that the running time of described 5th trigger action meets the second Preset Time, generate the 4th instruction, the communication connection of setting up based on described communications component 13 and described mobile terminal sends described 4th instruction, and the picture shooting assembly controlling described mobile terminal gathers a pictures; Wherein, described first Preset Time is different from described second Preset Time.

In the present embodiment, described processor 12 is also for when after the focusing of picture shooting assembly (i.e. camera or camera) controlling described mobile terminal by the way, detect that the running time meets the 5th trigger action of the second Preset Time by described inductive component 14, also can be understood as long when reaching the second Preset Time (as three seconds) by trigger action, generate the 4th instruction, described 4th instruction gathers a pictures for the picture shooting assembly (i.e. camera or camera) controlling described mobile terminal, also once the pressing of shutter that can be understood as the picture shooting assembly (i.e. camera or camera) controlling described mobile terminal lifts operation.

As a kind of embodiment, described processor 12, also for the 6th trigger action being detected when described inductive component 14, when determining that the running time of described 6th trigger action meets the 3rd Preset Time, generate the five fingers order, the communication connection of setting up based on described communications component 13 and described mobile terminal sends the described the five fingers to be made, and controls the picture shooting assembly interval collection plurality of pictures at preset timed intervals of described mobile terminal; Wherein, described 3rd Preset Time is different from described first Preset Time and described second Preset Time.

In the present embodiment, described processor 12 is also for when after the focusing of picture shooting assembly (i.e. camera or camera) controlling described mobile terminal by the way, detect that the running time meets the 6th trigger action of the 3rd Preset Time by described inductive component 14, also can be understood as long when reaching the 3rd Preset Time (as five seconds) by trigger action, generate the five fingers order, described the five fingers order gathers plurality of pictures in interval at preset timed intervals for the picture shooting assembly (i.e. camera or camera) controlling described mobile terminal, also repeatedly the pressing of shutter that can be understood as the picture shooting assembly (i.e. camera or camera) controlling described mobile terminal lifts operation, also the burst mode that can be understood as the picture shooting assembly (i.e. camera or camera) opening described mobile terminal carries out continuous shooting.

Adopt the technical scheme of the embodiment of the present invention, carrying out Long-distance Control by wearable device (can be Intelligent finger ring, Intelligent bracelet or intelligent watch etc.) to as mobile terminal (as mobile phone or camera) at a distance, greatly improving the experience of user when taking pictures; By the inductive component 14 in described wearable device and processor 12, the wearable device achieving the embodiment of the present invention generates for multiple trigger action and exports various control instruction, thus control mobile terminal carries out adjusting focal length, focuses on, takes pictures, and greatly improves the operating experience of user.

It should be noted that, in this article, term " comprises ", " comprising " or its any other variant are intended to contain comprising of nonexcludability, thus make to comprise the process of a series of key element, method, article or device and not only comprise those key elements, but also comprise other key elements clearly do not listed, or also comprise by the intrinsic key element of this process, method, article or device.When not more restrictions, the key element limited by statement " comprising ... ", and be not precluded within process, method, article or the device comprising this key element and also there is other identical element.

The invention described above embodiment sequence number, just to describing, does not represent the quality of embodiment.

In several embodiments that the application provides, should be understood that, disclosed mobile terminal packing box, can realize by another way.Mobile terminal packing box embodiment described above is only schematic, such as, the division of described unit, be only a kind of logic function to divide, actual can have other dividing mode when realizing, and as: multiple unit or assembly can be in conjunction with, maybe can be integrated into another system, or some features can be ignored, or do not perform.In addition, the coupling each other of shown or discussed each ingredient or direct-coupling or communication connection can be by some interfaces, and the indirect coupling of equipment or unit or communication connection can be electrical, machinery or other form.

The above-mentioned unit illustrated as separating component or can may not be and physically separates, and the parts as unit display can be or may not be physical location, namely can be positioned at a place, also can be distributed in multiple network element; Part or all of unit wherein can be selected according to the actual needs to realize the object of the present embodiment scheme.

In addition, each functional unit in various embodiments of the present invention can all be integrated in a processing unit, also can be each unit individually as a unit, also can two or more unit in a unit integrated; Above-mentioned integrated unit both can adopt the form of hardware to realize, and the form that hardware also can be adopted to add SFU software functional unit realizes.

These are only the preferred embodiments of the present invention; not thereby the scope of the claims of the present invention is limited; every utilize instructions of the present invention and accompanying drawing content to do equivalent structure or equivalent flow process conversion; or be directly or indirectly used in other relevant technical fields, be all in like manner included in scope of patent protection of the present invention.

Claims (10)

1. a wearable device, is characterized in that, described wearable device comprises: fixation kit, and the communications component, inductive component and the processor that arrange in described fixation kit; Described communications component and described inductive component are electrically connected with described processor respectively; Wherein,
Annulus is formed when described fixation kit is fixed on supporter;
Described communications component, for establishing a communications link with mobile terminal;
Described inductive component, for detecting trigger action;
Described processor, for identifying the trigger action that described inductive component detects, when determining that described trigger action meets pre-conditioned, generating and performing instruction, the communication connection of setting up based on described communications component and described mobile terminal sends described instruction, controls described mobile terminal shooting image.
2. wearable device according to claim 1, is characterized in that, also arranges power supply module in described fixation kit, for providing power supply for described communications component and described processor.
3. wearable device according to claim 2, it is characterized in that, described inductive component, for when described power supply module is in closed condition, detect satisfied when pressing the first trigger action lifted twice, activate described power supply module for described communications component and described processor and power supply is provided.
4. wearable device according to claim 3, it is characterized in that, described processor, also for when described power supply module is in state of activation, control described communications component and described mobile terminal establishes a communications link, and activate the picture shooting assembly in described mobile terminal.
5. the wearable device according to any one of Claims 1-4, it is characterized in that, described processor, also for the second trigger action being detected when described inductive component, when determining that described second trigger action meets the slide trigger operation of first direction, generate the first instruction, the communication connection of setting up based on described communications component and described mobile terminal sends described first instruction, and the picture shooting assembly controlling described mobile terminal increases focal length.
6. the wearable device according to any one of Claims 1-4, it is characterized in that, described processor, also for the 3rd trigger action being detected when described inductive component, when determining that described 3rd trigger action meets the slide trigger operation of second direction, generate the second instruction, the communication connection of setting up based on described communications component and described mobile terminal sends described second instruction, and the picture shooting assembly controlling described mobile terminal reduces focal length.
7. the wearable device according to any one of Claims 1-4, it is characterized in that, described processor, also for the 4th trigger action being detected when described inductive component, when determining that the running time of described 4th trigger action meets the first Preset Time, generate the 3rd instruction, the communication connection of setting up based on described communications component and described mobile terminal sends described 3rd instruction, and the picture shooting assembly controlling described mobile terminal focuses on.
8. wearable device according to claim 7, it is characterized in that, described processor, also for the 5th trigger action being detected when described inductive component, when determining that the running time of described 5th trigger action meets the second Preset Time, generate the 4th instruction, the communication connection of setting up based on described communications component and described mobile terminal sends described 4th instruction, and the picture shooting assembly controlling described mobile terminal gathers a pictures; Wherein, described first Preset Time is different from described second Preset Time.
9. wearable device according to claim 8, it is characterized in that, described processor, also for the 6th trigger action being detected when described inductive component, when determining that the running time of described 6th trigger action meets the 3rd Preset Time, generate the five fingers order, the communication connection of setting up based on described communications component and described mobile terminal sends the described the five fingers to be made, and controls the picture shooting assembly interval collection plurality of pictures at preset timed intervals of described mobile terminal; Wherein, described 3rd Preset Time is different from described first Preset Time and described second Preset Time.
10. wearable device according to claim 3, it is characterized in that, described processor, also for when described power supply module is in state of activation, when described inductive component detect satisfied press the 7th trigger action lifted for twice time, generate and perform the 6th instruction, controlling described power supply module and close.
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