CN107515667A

CN107515667A - Power-saving method and intelligent glasses

Info

Publication number: CN107515667A
Application number: CN201710708154.XA
Authority: CN
Inventors: 吴志群
Original assignee: Beijing Dajia Internet Information Technology Co Ltd
Current assignee: Beijing Dajia Internet Information Technology Co Ltd
Priority date: 2017-08-17
Filing date: 2017-08-17
Publication date: 2017-12-26
Anticipated expiration: 2037-08-17
Also published as: CN107515667B; WO2019034107A1

Abstract

The embodiment of the present invention provides a kind of power-saving method and intelligent glasses.The intelligent glasses include：First chip and the second chip, this method include：First chip judges whether to receive the first instruction of user's transmission；It is electric on first the second chip of chip controls when the first chip receives the first instruction；When the second chip is completed to operate corresponding to the first instruction, electricity under first the second chip of chip controls；When the first chip does not receive the first instruction, the second chip keeps lower electricity.The power-saving method and intelligent glasses of the embodiment of the present invention, by setting two chips of the first chip and the second chip in intelligent glasses, both functions are made a distinction, when can make the chip of needs second progress corresponding operating, electricity on the second chip is just controlled, and keeps electric under the second chip in the case of other, and after the second chip completes corresponding operating, in time will be electric under the second chip, so as to save the electricity of battery.

Description

Power-saving method and intelligent glasses

Technical field

The present invention relates to intelligent glasses technical field, more particularly to a kind of power-saving method and intelligent glasses.

Background technology

With development in science and technology, user wants to the event by occurring in electronic equipment record life more and more, In correlation technique, user is shot by mobile phone or camera, but those traditional electronic equipments, and volume is larger, and When in use, it is necessary to the longer reaction time, such as, it is necessary to first start shooting when using camera, then focus, the action such as shooting is past , it is necessary to which the event of record, is over, this brings poor experience to user after the completion of toward a series of actions.Therefore, related skill In art, start to add camera function component in the equipment such as the glasses of daily wearing, in realizing that record eyes are seen at any time Appearance and event.

But prior art is carried out by glasses in the technology of video capture, is limited to the control and wearing of glasses volume The problem of comfort level, battery capacity is smaller, and some operations cause the electric quantity consumption of battery larger, usually the shadow due to not enough power supply Ring and use.

The content of the invention

The embodiment of the present invention provides a kind of power-saving method and intelligent glasses, to solve the intelligent glasses of prior art due to electricity The problem of tankage is small, and some operations cause the electric quantity consumption of battery larger.

In a first aspect, the embodiment of the present invention provides a kind of power-saving method.The power-saving method is used for intelligent glasses, the intelligence Energy glasses include：First chip and the second chip, methods described include：First chip judges whether to receive user's transmission First instruction；When first chip receives first instruction, described in first chip controls on the second chip Electricity；When second chip is completed to operate corresponding to first instruction, under the second chip described in first chip controls Electricity；When first chip does not receive first instruction, second chip keeps lower electricity.

Further, the power-saving method provided according to first aspect, it is more than first in the electricity of the battery of the intelligent glasses During predetermined threshold value, first chip is kept powered on, and the power consumption of first chip is less than default power consumption.

Further, the power-saving method provided according to first aspect, it is the second chip controls institute in the described first instruction State the camera shooting of intelligent glasses instruction or second chip controls described in intelligent glasses upgrading instruction when, described the Electric step under second chip described in one chip controls, including：Complete to grasp corresponding to first instruction in second chip When making, first chip detects whether the intelligent glasses are connected with external equipment；It is described when not being connected with external equipment It is electric under second chip described in first chip controls.

Further, it is electric under the second chip described in first chip controls according to the power-saving method of first aspect offer Step, in addition to：It is connected, and is completed after being operated corresponding to first instruction with external equipment, by the first preset time, When second chip does not receive the second instruction that first chip is sent, lower electricity request is sent to first chip； First chip is asked according to the lower electricity, controls electricity under second chip；Wherein, second instruction is included as follows It is at least one：The camera shooting of intelligent glasses described in second chip controls instructs, described in second chip controls Intelligent glasses upgrading instruct, the transport module transmitting multimedia data of intelligent glasses described in second chip controls and/or The instructing of AKU, intelligent glasses described in second chip controls are bound by the transport module of the intelligent glasses with application Instruction.

Further, the power-saving method provided according to first aspect, it is the second chip controls institute in the described first instruction State the transport module transmitting multimedia data and/or AKU of intelligent glasses instruction or second chip controls described in intelligence During the instruction that glasses are bound by the transport module of the intelligent glasses with application, the second chip described in first chip controls After upper electric step, methods described also includes：It is electric on transport module described in second chip controls；The first chip control Step electric under second chip is made, in addition to：Described first is completed in transport module described in second chip controls to refer to When being operated corresponding to order, first chip detects whether the intelligent glasses are connected with external equipment；Not with external equipment It is electric under the second chip described in first chip controls under transport module described in second chip controls after electricity during connection.

Further, it is electric under the second chip described in first chip controls according to the power-saving method of first aspect offer Step, in addition to：When being connected with external equipment, second chip detects in the intelligent glasses whether store multimedia number According to；It is electric under transport module described in second chip controls in non-storing multimedia data；Complete first instruction pair After the operation answered, by the first preset time, when second chip does not receive the second instruction that first chip is sent, Lower electricity request is sent to first chip；First chip is asked according to the lower electricity, controls electricity under second chip； Wherein, second instruction includes following at least one：The camera shooting of intelligent glasses described in second chip controls Instruct, described in second chip controls intelligent glasses upgrade instruct, intelligent glasses described in second chip controls The instructing of transport module transmitting multimedia data and/or AKU, intelligent glasses described in second chip controls pass through described The transport module of intelligent glasses and the instruction of application binding.

Further, it is electric under the second chip described in first chip controls according to the power-saving method of first aspect offer Step, in addition to：In storing multimedia data, second chip is judged after completing to operate corresponding to first instruction The second preset time in, if receive the second instruction or the 3rd instruction that first chip is sent；Is not being received Two instructions, and when receiving the 3rd instruction, electricity under transport module described in second chip controls；The second instruction is not being received It is electric under transport module described in second chip controls by second preset time during with the 3rd instruction；Described in completion After being operated corresponding to first instruction, by the first preset time, second chip does not receive what first chip was sent During the second instruction, lower electricity request is sent to first chip；First chip is asked according to the lower electricity, control described the It is electric under two chips；Wherein, the 3rd instruction is to close the instruction of the transport module；First preset time is than described Two preset times are grown.

Further, the power-saving method provided according to first aspect, the power-saving method also include：At second chip When upper electric state, the electricity of the battery of the intelligent glasses is detected according to predeterminated frequency；Detecting the electricity of the battery When amount is not higher than the second predetermined threshold value, electricity under the second chip described in first chip controls.

Second aspect, the embodiment of the present invention also provide a kind of intelligent glasses.The intelligent glasses include：First chip and Two chips；First chip, it is configured as judging whether the first instruction for receiving user's transmission；Receiving described first During instruction, electricity on second chip is controlled；And when second chip is completed to operate corresponding to first instruction, Control electric under second chip；Second chip, it is configured as not receiving first instruction in first chip When, keep lower electricity.

Further, the intelligent glasses provided according to second aspect, first chip are configured as in the intelligent glasses The electricity of battery when being more than the first predetermined threshold value, first chip is kept powered on, and the power consumption of first chip is less than Default power consumption.

Further, the intelligent glasses provided according to second aspect, first chip, it is additionally configured to refer to described first Make intelligence described in the instruction or second chip controls that the camera for intelligent glasses described in second chip controls is shot The instruction of energy glasses upgrading, and detect the intelligent glasses during operation corresponding to second chip completion, first instruction Whether it is connected with external equipment；And when not being connected with external equipment, control electricity under second chip.

Further, according to second aspect provide intelligent glasses, second chip, be additionally configured to external equipment Connection, and complete after being operated corresponding to first instruction, by the first preset time, first chip is not received and is sent The second instruction when, send lower electricity request to first chip；First chip, being additionally configured to please according to the lower electricity Ask, control electricity under second chip；Wherein, second instruction includes following at least one：Second chip controls The instructing of the camera shooting of the intelligent glasses, intelligent glasses described in second chip controls upgrade instructs, described the The instructing of the transport module transmitting multimedia datas of intelligent glasses described in two chip controls and/or AKU, second chip Control transport module and the instruction of application binding of the intelligent glasses by the intelligent glasses.

Further, the intelligent glasses provided according to second aspect, second chip, it is additionally configured to refer to described first Make instruction or the institute of the transport module transmitting multimedia data and/or AKU for intelligent glasses described in second chip controls When stating the instruction that intelligent glasses described in the second chip controls are bound by the transport module of the intelligent glasses with application, and it is described After step electric on second chip described in first chip controls, control electric on the transport module；First chip, goes back quilt It is configured to, when transport module described in second chip controls is completed to operate corresponding to first instruction, detect the intelligence Whether glasses are connected with external equipment；And when not being connected with external equipment, mould is being transmitted described in second chip controls Under block after electricity, electricity under second chip is controlled.

Further, according to second aspect provide intelligent glasses, second chip, be additionally configured to external equipment During connection, detect in the intelligent glasses whether storing multimedia data；In non-storing multimedia data, the transmission is controlled It is electric under module；And after completing to operate corresponding to first instruction, by the first preset time, described the is not received During the second instruction that one chip is sent, lower electricity request is sent to first chip；First chip, is additionally configured to basis The lower electricity request, controls electricity under second chip；Wherein, second instruction includes following at least one：Described Intelligent glasses described in two chip controls camera shooting instruct, described in second chip controls intelligent glasses upgrade finger Make, the transport module transmitting multimedia data of intelligent glasses described in second chip controls and/or AKU instruct, are described Transport module and the instruction of application binding of the intelligent glasses described in second chip controls by the intelligent glasses.

Further, the intelligent glasses provided according to the second aspect, second chip, it is additionally configured to more in storage During media data, judge in the second preset time after completing to operate corresponding to first instruction, if receive described The second instruction or the 3rd instruction that first chip is sent；When not receiving the second instruction, and receiving the 3rd instruction, institute is controlled State electric under transport module；When not receiving the second instruction and the 3rd instruction, by second preset time, the biography is controlled It is electric under defeated module；And after completing to operate corresponding to first instruction, by the first preset time, do not receive described During the second instruction that the first chip is sent, lower electricity request is sent to first chip；First chip, is configured as basis The lower electricity request, controls electricity under second chip；Wherein, the 3rd instruction is to close the instruction of the transport module； First preset time is longer than second preset time.

Further, the intelligent glasses provided according to second aspect, the intelligent glasses also include：Electric power detection module, quilt It is configured to, when second chip is in upper electric state, detect the electricity of the battery of the intelligent glasses according to predeterminated frequency Amount；First chip, it is additionally configured to detect that the electricity of the battery is pre- not higher than second in the electric power detection module If during threshold value, control electricity under second chip.

In the embodiment of the present invention, by setting two chips of the first chip and the second chip in intelligent glasses, it incite somebody to action both Function make a distinction, when the chip of needs second is carried out corresponding operating, just control it is electric on the second chip, and in the case of other Keep electric under the second chip, and when the second chip completes corresponding operating, in time will be electric under the second chip, so as to save battery Electricity.

Brief description of the drawings

In order to illustrate the technical solution of the embodiments of the present invention more clearly, below by institute in the description to the embodiment of the present invention The accompanying drawing needed to use is briefly described, it should be apparent that, drawings in the following description are only some implementations of the present invention Example, for those of ordinary skill in the art, without having to pay creative labor, can also be according to these accompanying drawings Obtain other accompanying drawings.

Fig. 1 is the flow chart of the power-saving method of first embodiment of the invention；

Fig. 2 is the flow chart of the power-saving method of second embodiment of the invention；

Fig. 3 is the flow chart of the power-saving method of third embodiment of the invention；

Fig. 4 is the flow chart of the power-saving method of fourth embodiment of the invention；

Fig. 5 is the flow chart of the power-saving method of fifth embodiment of the invention；

Fig. 6 is the flow chart of the power-saving method of sixth embodiment of the invention；

Fig. 7 is the structural representation of the intelligent glasses of seventh embodiment of the invention；

Fig. 8 is a kind of structured flowchart of the intelligent glasses of seventh embodiment of the invention；

Fig. 9 is another structured flowchart of the intelligent glasses of seventh embodiment of the invention.

Embodiment

Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is carried out clear, complete Site preparation describes, it is clear that described embodiment is part of the embodiment of the present invention, rather than whole embodiments.Based on this hair Embodiment in bright, those of ordinary skill in the art's every other implementation acquired under the premise of creative work is not made Example, belongs to the scope of protection of the invention.

First embodiment

First embodiment of the invention discloses a kind of power-saving method.The power-saving method can be used for intelligent glasses.The Brilliant Eyes Mirror can include：First chip and the second chip.Wherein, the first chip can be generally configured to realize the external of intelligent glasses With the interactive function of internal reception and transmission instruction.Second chip can be generally configured to realize the shooting of intelligent glasses, The functions such as multi-medium data transmission, AKU transmission, upgrading and external equipment binding.As shown in figure 1, this method can include Following process：

Step S101：First chip judges whether to receive the first instruction of user's transmission.

It should be appreciated that when the electricity of the battery of the intelligent glasses is more than the first predetermined threshold value, the first chip is kept Upper electricity, then the first chip can maintain the external interactive function of intelligent glasses, so as to receive the first of user instruction.According to being It is no to receive the first instruction, step S102~S103 or step S104 can be carried out respectively.

Because the first chip is always maintained at upper electricity, therefore, in order to save the electricity of battery, the power consumption of the first chip is less than in advance If power consumption.The default power consumption ensures that the first chip maintains to realize that externally and internally interactive function is by receiving and sending instruction Can.The electricity of the battery consumed by the function of maintaining the interaction is smaller, therefore, it is general also smaller to preset power consumption.Specifically, The chip of low-power consumption may be selected in first chip, for example, Bluetooth Low Energy (Bluetooth Low Energy, BLE) chip, so as to Save the electricity of battery.

Specifically, the first instruction can include following at least one：The camera of second chip controls intelligent glasses is clapped Instruction, the instruction of the second chip controls intelligent glasses upgrading, the transport module transmission of the second chip controls intelligent glasses taken the photograph are more The instruction of media data and/or AKU, the second chip controls intelligent glasses are tied up by the transport module of intelligent glasses with application Fixed instruction.

Step S102：It is electric on first the second chip of chip controls when the first chip receives the first instruction.

When the first chip receives the first instruction, the first chip can just control electricity on the second chip, make the second chip can Operated corresponding to above-mentioned first instruction.

Step S103：When the second chip is completed to operate corresponding to the first instruction, electricity under first the second chip of chip controls.

When the second chip is completed to operate corresponding to the first instruction, the second chip enters idle condition, due to the second chip Any operation is not carried out, to save the electricity of battery, electricity under first the second chip of chip controls.

Step S104：When the first chip does not receive the first instruction, the second chip keeps lower electricity.

Relative to the first chip, because the operation that the second chip is carried out is more complicated, maintain electricity electric on the second chip compared with Greatly.Therefore, when the first chip does not receive the first instruction, without the second chip operation, the second chip keeps lower electricity, in not Dormancy state, to save the electricity of the battery of intelligent glasses.It should be understood that the step of step S104 and step S102 is selection, Not point of tandem.

To sum up, the power-saving method of first embodiment of the invention, can be by setting the first chip and in intelligent glasses Two chips of chip two, both functions are made a distinction, and when can make the chip of needs second progress corresponding operating, just control second It is electric on chip, and keep electric under the second chip in the case of other, and when the second chip completes corresponding operating, in time by second It is electric under chip, so as to save the electricity of battery；In addition, the first chip is kept always with electric in the power consumption less than default power consumption, can Ensure the interaction that intelligent glasses are instructed, and save the electricity of battery.

Second embodiment

Second embodiment of the invention discloses a kind of power-saving method.The power-saving method can be used for intelligent glasses.The Brilliant Eyes Mirror can include：First chip and the second chip.Wherein, the first chip can be generally configured to realize the external of intelligent glasses With the interactive function of internal reception and transmission instruction.Second chip can be generally configured to realize the shooting of intelligent glasses, The functions such as multi-medium data transmission, AKU transmission, upgrading and external equipment binding.The method of second embodiment can be applied In the scene for being shot and being upgraded using intelligent glasses.As shown in Fig. 2 this method can include following process：

Step S201：First chip judges whether to receive the first instruction of user's transmission.

The instruction or the second core that the first instruction in the present embodiment shoots for the camera of the second chip controls intelligent glasses The instruction of piece control intelligent glasses upgrading.Can be specifically that shooting video or shooting are shone for the first instruction of shooting Piece.First instruction of the shooting can press the control button on intelligent glasses by user and be sent to the first chip.The upgrading First instruction, can be sent to the first chip by external equipment.

Step S202：It is electric on first the second chip of chip controls when the first chip receives the first instruction.

Second chip is configured as controlling camera shooting and control intelligent glasses upgrading, therefore, specific receiving this The first instruction when, the first chip can just control on the second chip it is electric, to complete corresponding control operation.

Step S203：When the second chip is completed to operate corresponding to the first instruction, whether the first chip detection intelligent glasses It is connected with external equipment.

For example, for shooting photo, can be by according to whether determining whether to complete shooting in a manner of one two field picture of generation.It is right In shooting video, shooting duration of video and actual photographed duration can be relatively preset to determine whether to complete shooting., can be with for upgrading The version number of inspection software come determine whether complete upgrading.

The intelligent glasses can be connected with external equipment, so that user is entered by the application in external equipment to intelligent glasses Some control operations of row.Therefore, for this step when completing to shoot, the first chip can detect whether intelligent glasses connect with external equipment Connect, according to testing result, to carry out follow-up flow by step 204 or step 205~206 respectively.

Step S204：It is electric under first the second chip of chip controls when not being connected with external equipment.

By this step, electricity under the second chip is controlled, to save the electricity of battery.

Step S205：It is connected, and is completed after being operated corresponding to the first instruction with external equipment, when is preset by first Between, when the second chip does not receive the second instruction of the first chip transmission, lower electricity request is sent to the first chip.

When being connected with external equipment, user sends the second instruction possibly through external equipment to the first chip, so as to Other operations can be carried out immediately after completing to operate corresponding to the first instruction.These others operations are typically necessary control core Piece is kept powered on.For example, by the transmission of video of shooting into external equipment.Therefore, in this case, the first instruction pair is completed During the operation answered, the first chip just controls electricity under the second chip at once, and within the very short time, the first chip needs secondary control again Make electric on the second chip；This frequently upper electricity and under it is electrically operated, caused by power consumption it is larger, more waste the electricity of battery on the contrary Amount.

Therefore, in order to save the electricity of battery, the first preset time can be set, so that the second chip is in the first preset time Inside it is kept powered on.In the first preset time, the second chip does not receive the second instruction, then may indication when relatively long In, it is not necessary to the second chip carries out any operation；So after the first preset time is waited, the second chip is sent out to the first chip Send lower electricity request.

Wherein, the second instruction can include following at least one：The camera shooting of second chip controls intelligent glasses Instruction, the instruction of transport module transmitting multimedia data and/or packet of the second chip controls intelligent glasses, the second chip Control transport module and the instruction of application binding of the intelligent glasses by intelligent glasses.

Step S206：First chip is asked according to lower electricity, controls electricity under the second chip.

Electricity under second chip is controlled by the step, avoids the second prolonged periods from not working still upper electric, to save The electricity of battery.

It should be appreciated that in the first preset time, when the second chip receives the second instruction of the first chip transmission, Second chip is kept powered on, to complete to operate accordingly.

To sum up, the power-saving method of second embodiment of the invention, intelligent glasses is can apply to and shot or upgraded Scene, after intelligent glasses complete shooting or upgrading, when intelligent glasses are not connected with external equipment, the second chip is i.e. at present Electricity；When intelligent glasses are connected with external equipment, the second chip is kept powered in the first preset time, avoid frequent powering up and Lower electricity, cause the electric quantity consumption of battery excessive；The second chip does not receive the of the transmission of the first chip in the first preset time During two instructions, electricity, avoids the second prolonged periods from being in idle condition, is also kept powered on, cause the electricity of battery under the second chip The waste of amount.

3rd embodiment

Third embodiment of the invention discloses a kind of power-saving method.The power-saving method can be used for intelligent glasses.The Brilliant Eyes Mirror can include：First chip and the second chip.Wherein, the first chip can be generally configured to realize the external of intelligent glasses With the interactive function of internal reception and transmission instruction.Second chip can be generally configured to realize the shooting of intelligent glasses, The functions such as multi-medium data transmission, AKU transmission, upgrading and external equipment binding.The method of 3rd embodiment can be applied The scene of the transport module of intelligent glasses is needed to use in multi-medium data transmission, AKU transmission and external equipment binding etc.. As shown in figure 3, this method can include following process：

Step S301：First chip judges whether to receive the first instruction of user's transmission.

In the present embodiment first instruction for the second chip controls intelligent glasses transport module transmitting multimedia data and/ Or transport module and the instruction of application binding of the instruction or the second chip controls intelligent glasses of AKU by intelligent glasses.

Step S302：It is electric on first the second chip of chip controls when the first chip receives the first instruction.

Second chip is configured as controlling transmission module and carries out multi-medium data transmission, AKU transmission and external equipment Binding etc., therefore, when receiving specific first instruction, the first chip just controls electricity on the second chip, to complete phase The control operation answered.

Step 303：It is electric on second chip controls transport module.

Due to being operated corresponding to specific first instruction of the present embodiment, it is required for transport module to complete, therefore, the Two chips want electric in controlling transmission module.

Step 304：When the second chip controls transport module is completed to operate corresponding to the first instruction, the first chip detection intelligence Whether energy glasses are connected with external equipment.

The intelligent glasses can be connected with external equipment, so that user is entered by the application in external equipment to intelligent glasses Some control operations of row.Therefore, this step is corresponding to completion when operating, the first chip can detect intelligent glasses whether with outside Equipment connects, according to testing result, to carry out follow-up step.

Step S305：When not being connected with external equipment, under the second chip controls transport module after electricity, the first chip control Make electric under the second chip.

By step, electrical transmission module, then lower electric second chip are first descended, to save the electricity of battery.

To sum up, the power-saving method of third embodiment of the invention, can apply to multi-medium data transmission, AKU transmission, With external equipment binding etc. need to use intelligent glasses transport module scene, the second chip controls transport module complete pair The operation answered, and when intelligent glasses are not connected with external equipment, transport module and the second chip are i.e. electric at present, to save The electricity of battery.

Fourth embodiment

Fourth embodiment of the invention discloses a kind of power-saving method.The power-saving method can be used for intelligent glasses.The Brilliant Eyes Mirror can include：First chip and the second chip.Wherein, the first chip can be generally configured to realize the external of intelligent glasses With the interactive function of internal reception and transmission instruction.Second chip can be generally configured to realize the shooting of intelligent glasses, The functions such as multi-medium data transmission, AKU transmission, upgrading and external equipment binding.The method of fourth embodiment can be applied The scene of the transport module of intelligent glasses is needed to use in multi-medium data transmission, AKU transmission and external equipment binding etc.. As shown in figure 4, this method can include following process：

Step S401：First chip judges whether to receive the first instruction of user's transmission.

Step S402：It is electric on first the second chip of chip controls when the first chip receives the first instruction.

Step S403：It is electric on second chip controls transport module.

Step S404：When the second chip controls transport module is completed to operate corresponding to the first instruction, the detection of the first chip Whether intelligent glasses are connected with external equipment.

Above-mentioned step S401~S404 is identical with step S301~S304 of 3rd embodiment, will not be repeated here.

Step S405：When being connected with external equipment, the second chip detection intelligent glasses in whether storing multimedia data.

The multi-medium data includes video, picture etc..According to testing result to carry out follow-up step.

Step S406：It is electric under the second chip controls transport module in non-storing multimedia data.

Because multi-medium data is generally large, then during transport module transmitting multimedia data, power consumption is larger.Do not storing During multi-medium data (for example, multi-medium data has all been transferred in external equipment), generally will not frequently it use Transport module, electricity under transport module can be made, to save electricity.

Step S407：After completing to operate corresponding to the first instruction, by the first preset time, the second chip does not receive During the second instruction that the first chip is sent, lower electricity request is sent to the first chip.

Wherein, the second instruction can include following at least one：The camera shooting of second chip controls intelligent glasses Instruction, the instruction of the second chip controls intelligent glasses upgrading, the transport module of the second chip controls intelligent glasses transmit more matchmakers The instruction of volume data and/or AKU, the second chip controls intelligent glasses are bound by the transport module of intelligent glasses with application Instruction.

The purpose of the step is identical with the purpose of the step S205 in second embodiment, also for avoiding the second chip Frequent power up in a short time and lower electricity, make the larger consumption of the electricity of battery pair, will not be repeated here.

Step S408：First chip is asked according to lower electricity, controls electricity under the second chip.

It should be appreciated that in the first preset time, the second chip receives the second instruction of the first chip transmission, the Two chips are kept powered on, to complete to operate accordingly.

To sum up, the power-saving method of 4th example of the invention, can apply to multi-medium data transmission, AKU transmission, with External equipment binding etc. needs to use the scene of the transport module of intelligent glasses, is completed in the second chip controls transport module corresponding Operation after, and when intelligent glasses are connected with external equipment, in intelligent glasses in the case of non-storing multimedia data, transmission Module is i.e. electric at present, to save the electricity of battery；Second chip is kept powered in the first preset time, avoid frequent powering up and Lower electricity, cause the electric quantity consumption of battery excessive；It is electric under the second chip when not receiving the second instruction in the first preset time, Avoid the second prolonged periods from being in idle condition, be also kept powered on, cause the waste of the electricity of battery.

5th embodiment

Fifth embodiment of the invention discloses a kind of power-saving method.The power-saving method can be used for intelligent glasses.The Brilliant Eyes Mirror can include：First chip and the second chip.Wherein, the first chip can be generally configured to realize the external of intelligent glasses With the interactive function of internal reception and transmission instruction.Second chip can be generally configured to realize the shooting of intelligent glasses, The functions such as multi-medium data transmission, AKU transmission, upgrading and external equipment binding.The method of 5th embodiment can be applied The scene of the transport module of intelligent glasses is needed to use in multi-medium data transmission, AKU transmission and external equipment binding etc.. As shown in figure 5, this method can include following process：

Step S501：First chip judges whether to receive the first instruction of user's transmission.

Step S502：It is electric on first the second chip of chip controls when the first chip receives the first instruction.

Step S503：It is electric on second chip controls transport module.

Step S504：When the second chip controls transport module is completed to operate corresponding to the first instruction, the detection of the first chip Whether intelligent glasses are connected with external equipment.

Step S505：When being connected with external equipment, the second chip detection intelligent glasses in whether storing multimedia data.

Above-mentioned step S501~S505 is identical with step S401~S405 of fourth embodiment, will not be repeated here.

Step S506：In storing multimedia data, the second chip is judged after completing to operate corresponding to the first instruction In second preset time, if receive the second instruction or the 3rd instruction of the first chip transmission.

3rd instruction is the instruction of closing transmission module, is typically sent to the first chip by external equipment.

Because the second instruction is to need the second chip to be kept powered on, it is understood, therefore, that receiving the second instruction When, the second chip is kept powered on；Further, since it is possible to also use transport module, so transport module is also kept powered on.

According to the judged result of the step, step S507 and S508 are carried out respectively.

Step S507：When not receiving the second instruction, and receiving the 3rd instruction, under the second chip controls transport module Electricity.

The second instruction is not received in the second preset time, when having received only the 3rd instruction, it is only necessary to transport module Lower electricity.Because the second preset time is general shorter, now, even if not receiving the second instruction, the second chip is also temporarily protected Electricity is held, to avoid the second chip frequently upper electric and lower electricity, consumes the electricity of more battery.

Step S508：When not receiving the second instruction and the 3rd instruction, by the second preset time, the second chip controls It is electric under transport module.

In the second preset time, the second instruction and the 3rd instruction are not received, in order to avoid transport module is kept powered on, The electricity of battery is wasted, can control transport module first lower electricity.Because it is stored with multi-medium data, it is likely that when very short In, user needs to obtain the multi-medium data in intelligent glasses again, therefore, by making transport module in the second preset time Inside it is kept powered on, transport module frequently upper electric and lower electricity can be avoided, consumes the electricity of more battery.

Step S509：After completing to operate corresponding to the first instruction, by the first preset time, the second chip does not receive During the second instruction that the first chip is sent, lower electricity request is sent to the first chip.

It should be appreciated that the first preset time is longer than the second preset time.Due to being had determined that by step S508 The second instruction is not received by the second preset time, then as long as not connect yet within the remaining time of the first preset time The second instruction (not receiving the second instruction in the first preset time) is received, then lower electricity request can be sent to the first chip, with Just the second chip is closed in time, saves the electricity of battery.

Step S510：First chip is asked according to lower electricity, controls electricity under the second chip.

It should be appreciated that after the second preset time, within the remaining time of the first preset time, the second chip The second instruction of the first chip transmission is received, the second chip is kept powered on, to complete to operate accordingly.

To sum up, the power-saving method of fifth embodiment of the invention, can apply to multi-medium data transmission, AKU transmission, With external equipment binding etc. need to use intelligent glasses transport module scene, the second chip controls transport module complete pair After the operation answered, when intelligent glasses are connected with external equipment, in intelligent glasses in the case of storing multimedia data, second When the second instruction is not received in preset time, and receiving the 3rd instruction, electricity under transport module, to save the electricity of battery； When not receiving the second instruction and the 3rd instruction in the second preset time, in the second preset time in transport module holding Electricity, to avoid electric in frequent transmission module and lower electricity, cause the electric quantity consumption of battery excessive；Second chip is in the first preset time Inside it is kept powered on, avoids the second chip from frequent powering up and lower electricity, cause the electric quantity consumption of battery excessive；In the first preset time It is electric under the second chip when not receiving the second instruction, avoid the second prolonged periods from being in idle condition, be also kept powered on, cause The waste of the electricity of battery.

Sixth embodiment

Sixth embodiment of the invention discloses a kind of power-saving method.The power-saving method can be used for intelligent glasses.The Brilliant Eyes Mirror can include：First chip and the second chip.Wherein, the first chip can be generally configured to realize the external of intelligent glasses With the interactive function of internal reception and transmission instruction.Second chip can be generally configured to realize the shooting of intelligent glasses, The functions such as multi-medium data transmission, AKU transmission, upgrading and external equipment binding.The method of sixth embodiment can be applied In the relatively low scene of the electricity of battery.As shown in fig. 6, this method can include following process：

Step S601：When the second chip is in upper electric state, the battery of intelligent glasses is detected according to predeterminated frequency Electricity.

When second chip is in upper electric state, show the second chip carrying out above-described embodiment the first instruction or Operated corresponding to second instruction.These operations have to the second chip and are kept powered on.In the case of the low battery of battery, still These operations are so carried out, can not only accelerate the consumption of the electricity of battery, also resulting in the electric quantity consumption of battery excessively influences electricity The service life in pond；In addition, during these operations are carried out, it is also possible to because the electricity of battery is depleted quickly, And cause the accidental interruption of these operations, influence the usage experience of user.Therefore, it is necessary to detect intelligent glasses according to predeterminated frequency Battery electricity.

The predeterminated frequency can specifically be set according to actual conditions, is avoided detection in real time from expending the electricity of more battery, is also kept away The interval time of inspection-free survey is long, leads to not the electricity of feedback battery in time.

Step S602：When the electricity for detecting battery is not higher than the second predetermined threshold value, first the second chip of chip controls Lower electricity.

It is electric under first the second chip of chip active control when the electricity for detecting battery is not higher than the second predetermined threshold value, The electricity of battery can be not only saved, so that when being necessary, the dump energy of the battery can be used for prior operation； The trouble free service of intelligent glasses is also ensured, user can be avoided to carry out corresponding operating using the intelligent glasses compared with low battery During produce accidental interruption, influence the experience of user；It can also avoid excessively causing reduction battery to make because electricity is consumed The problem of with the life-span.

To sum up, the power-saving method of sixth embodiment of the invention, on the second chip in the state of electricity, examined according to predeterminated frequency The electricity of battery is surveyed, it is electric under the second chip so as to when electricity is relatively low, to save the electricity of battery；And avoid electricity quilt The problem of consumption excessively causes to reduce battery.

7th embodiment

Seventh embodiment of the invention discloses a kind of intelligent glasses.As shown in fig. 7, the intelligent glasses can include picture frame 701 and temple 702.It can make picture frame 701 can with temple 702 between picture frame 701 and temple 702 by folding hinge arrangement Rotationally it is articulated in setting amplitude range.Accommodation space can be set in picture frame 701 or temple 702, can be with House the component for control, such as pcb board (Printed Circuit Board, printed circuit board).

As shown in figure 8, the intelligent glasses can include：First chip 703 and the second chip 704.First chip 703 and Two chips 704 can be arranged on pcb board.In addition, the intelligent glasses can also typically include：For providing the battery of electricity 705th, the camera 706 for shooting, for transmitting multimedia data and AKU and bind external equipment transport module 707.Camera 706 can be arranged on picture frame 701.Transport module 707 can be arranged on pcb board.

Specifically, the first chip 703 can be Bluetooth Low Energy chip, so as to carry out nothing based on 2.4GHz ISM bands Line communicates.Transport module 707 can be transmitted based on bluetooth/WIFI.

First chip 703, it can be configured as judging whether the first instruction for receiving user's transmission；Receiving first During instruction, electricity on the second chip 704 is controlled；And when the second chip 704 is completed to operate corresponding to the first instruction, control the Two chips 704 times electricity.

It second chip 704, can be configured as when the first chip 703 does not receive the first instruction, keep lower electricity.

Wherein, the first chip 703, it is default that the electricity that can be additionally configured in the battery 705 of intelligent glasses is more than first During threshold value, the first chip 703 is kept powered on, and the power consumption of the first chip 703 is less than default power consumption.

Specifically, the first instruction can include following at least one：Second chip 704 controls the camera of intelligent glasses The instruction of 706 shootings, the instruction of the second chip 704 control intelligent glasses upgrading, the transmission of the second chip 704 control intelligent glasses The instruction of the transmitting multimedia data of module 707 and/or AKU, the second chip 704 control intelligent glasses pass through intelligent glasses Transport module 707 and the instruction of application binding.

Preferably, the first chip 703, can be additionally configured to control intelligent glasses in the first instruction for the second chip 704 The instruction that shoots of camera 706 or the control intelligent glasses upgrading of the second chip 704 instruction, and the second chip 704 is completed When being operated corresponding to the first instruction, whether detection intelligent glasses are connected with external equipment；And it be not connected with external equipment When, 704 times electricity of the second chip of control.

Preferably, the second chip 704, can be additionally configured to be connected with external equipment, and it is corresponding to complete the first instruction Operation after, by the first preset time, when not receiving the second instruction of the first chip 703 transmission, sent out to the first chip 703 Send lower electricity request.

First chip 703, it can be additionally configured to be asked according to lower electricity, 704 times electricity of the second chip of control；

Wherein, the second instruction can include following at least one：Second chip 704 controls the camera of intelligent glasses The instruction of 706 shootings, the instruction of the second chip 704 control intelligent glasses upgrading, the transmission of the second chip 704 control intelligent glasses The instruction of the transmitting multimedia data of module 707 and/or AKU, the second chip 704 control intelligent glasses pass through intelligent glasses Transport module 707 and the instruction of application binding.

Preferably, the second chip 704, can be additionally configured to control intelligent glasses in the first instruction for the second chip 704 The transmitting multimedia data of transport module 707 and/or the instruction of AKU or the second chip 704 control intelligent glasses pass through intelligence When the transport modules 707 of glasses and the instruction of application binding, and the first chip 703 control step electric on the second chip 704 it Afterwards, it is electric in controlling transmission module 707.

First chip 703, it can be additionally configured to complete the first instruction pair in the controlling transmission module 707 of the second chip 704 During the operation answered, whether detection intelligent glasses are connected with external equipment；And when not being connected with external equipment, in the second core After 704 controlling transmission module of piece, 707 times electricity, 704 times electricity of the second chip of control.

Preferably, the second chip 704, can be additionally configured to when being connected with external equipment, detecting in intelligent glasses is No storing multimedia data；In non-storing multimedia data, 707 times electricity of controlling transmission module；And complete the first instruction After corresponding operation, by the first preset time, when not receiving the second instruction of the first chip 703 transmission, to the first chip 703 send lower electricity request.

Preferably, it the second chip 704, can be additionally configured in storing multimedia data, judge complete the first finger In the second preset time after being operated corresponding to order, if receive the second instruction or the 3rd instruction of the first chip 703 transmission； When not receiving the second instruction, and receiving the 3rd instruction, 707 times electricity of controlling transmission module；The second instruction is not being received During with the 3rd instruction, by the second preset time, 707 times electricity of controlling transmission module；And complete to grasp corresponding to the first instruction After work, by the first preset time, when not receiving the second instruction of the first chip 703 transmission, under the transmission of the first chip 703 Electricity request.

First chip 703, it can be additionally configured to be asked according to lower electricity, 704 times electricity of the second chip of control.

Wherein, the 3rd instruction is the instruction of closing transmission module 707.First preset time is longer than the second preset time.

Preferably, as shown in figure 9, the intelligent glasses can also include：Electric power detection module 708.Electric power detection module 708 It can be arranged on pcb board.Electric power detection module 708 can be Coulomb meter.

Specifically, electric power detection module 708, can be configured as when the second chip 704 is in upper electric state, according to The electricity of the battery 705 of predeterminated frequency detection intelligent glasses.

First chip 703, it can be additionally configured to detect that the electricity of battery 705 is not higher than in electric power detection module 708 During the second predetermined threshold value, 704 times electricity of the second chip of control.

To sum up, the intelligent glasses of fifth embodiment of the invention, can be by setting the He of the first chip 703 in intelligent glasses Second chip of chip 704 two, both functions are made a distinction, when can make the progress corresponding operating of the second chip of needs 704, Electricity on the second chip 704 is controlled, and 704 times electricity of the second chip are kept in the case of other, and is completed accordingly in the second chip 704 During operation, in time by the electricity of the second chip 704 times, to save the electricity of battery 705；In addition, completed accordingly in the second chip 704 During operation, can by make the second chip 704 be kept powered on a period of time, with avoid the second chip 704 from frequent powering up and it is lower electricity and Cause to consume larger electricity；Likewise, when the controlling transmission module 707 of the second chip 704 completes corresponding operating, it can also make transmission Module 707 be kept powered on a period of time, avoid transport module 707 frequent power up and it is lower electricity and cause to consume larger electricity；Again Person, the first chip 703 is kept always with electric in the power consumption less than default power consumption, so as to can ensure that it is internal and right that intelligent glasses are carried out Outer instruction interaction, and save the electricity of battery 705；When the electricity of battery 705 is relatively low, the second chip 704 can descend electricity, keep away Exempt from the electricity of waste battery 705, and electricity can be avoided to be consumed excessive the problem of causing to reduce by 705 service life of battery.

Those of ordinary skill in the art it is to be appreciated that with reference to disclosed in the embodiment of the present invention embodiment description it is each The unit and algorithm steps of example, it can be realized with the combination of electronic hardware or computer software and electronic hardware.These Function is performed with hardware or software mode actually, application-specific and design constraint depending on technical scheme.Specialty Technical staff can realize described function using distinct methods to each specific application, but this realization should not Think beyond the scope of this invention.

It is apparent to those skilled in the art that for convenience and simplicity of description, the system of foregoing description, The specific work process of device and unit, the corresponding process in preceding method embodiment is may be referred to, will not be repeated here.

In embodiment provided herein, it should be understood that disclosed apparatus and method, others can be passed through Mode is realized.For example, device embodiment described above is only schematical, for example, the division of the unit, is only A kind of division of logic function, can there is an other dividing mode when actually realizing, for example, multiple units or component can combine or Person is desirably integrated into another system, or some features can be ignored, or does not perform.Another, shown or discussed is mutual Between coupling or direct-coupling or communication connection can be INDIRECT COUPLING or communication link by some interfaces, device or unit Connect, can be electrical, mechanical or other forms.

The unit illustrated as separating component can be or may not be physically separate, show as unit The part shown can be or may not be physical location, you can with positioned at a place, or can also be distributed to multiple On NE.Some or all of unit therein can be selected to realize the mesh of this embodiment scheme according to the actual needs 's.

In addition, each functional unit in each embodiment of the present invention can be integrated in a processing unit, can also That unit is individually physically present, can also two or more units it is integrated in a unit.

If the function is realized in the form of SFU software functional unit and is used as independent production marketing or in use, can be with It is stored in a computer read/write memory medium.Based on such understanding, technical scheme is substantially in other words The part to be contributed to prior art or the part of the technical scheme can be embodied in the form of software product, the meter Calculation machine software product is stored in a storage medium, including some instructions are causing a computer equipment (can be People's computer, server, or network equipment etc.) perform all or part of step of each embodiment methods described of the present invention. And foregoing storage medium includes：USB flash disk, mobile hard disk, ROM, RAM, magnetic disc or CD etc. are various can be with store program codes Medium.

The foregoing is only a specific embodiment of the invention, but protection scope of the present invention is not limited thereto, any Those familiar with the art the invention discloses technical scope in, change or replacement can be readily occurred in, should all be contained Cover within protection scope of the present invention.Therefore, protection scope of the present invention should be defined by scope of the claims.

Claims

1. a kind of power-saving method, for intelligent glasses, it is characterised in that the intelligent glasses include：First chip and the second core Piece, methods described include：

First chip judges whether to receive the first instruction of user's transmission；

It is electric on the second chip described in first chip controls when first chip receives first instruction；

When second chip is completed to operate corresponding to first instruction, under the second chip described in first chip controls Electricity；

When first chip does not receive first instruction, second chip keeps lower electricity.

2. according to the method for claim 1, it is characterised in that：It is pre- to be more than first in the electricity of the battery of the intelligent glasses If during threshold value, first chip is kept powered on, and the power consumption of first chip is less than default power consumption.

3. according to the method for claim 1, it is characterised in that in the described first instruction for described in second chip controls Described in the instruction of the camera shooting of intelligent glasses or second chip controls during instruction of intelligent glasses upgrading, described first Electric step under second chip described in chip controls, including：

When second chip is completed to operate corresponding to first instruction, first chip, which detects the intelligent glasses, is It is no to be connected with external equipment；

It is electric under the second chip described in first chip controls when not being connected with external equipment.

4. according to the method for claim 3, it is characterised in that electric step under the second chip described in first chip controls Suddenly, in addition to：

It is connected, and is completed after being operated corresponding to first instruction with external equipment, by the first preset time, described second When chip does not receive the second instruction that first chip is sent, lower electricity request is sent to first chip；

First chip is asked according to the lower electricity, controls electricity under second chip；

Wherein, second instruction includes following at least one：The camera of intelligent glasses described in second chip controls What the instructing of shooting, intelligent glasses described in second chip controls upgraded instruct, Brilliant Eyes described in second chip controls The instructing of the transport module transmitting multimedia data of mirror and/or AKU, intelligent glasses described in second chip controls pass through The transport module of the intelligent glasses and the instruction of application binding.

5. according to the method for claim 1, it is characterised in that in the described first instruction for described in second chip controls Brilliant Eyes described in the instruction of the transport module transmitting multimedia data and/or AKU of intelligent glasses or second chip controls During the instruction that mirror is bound by the transport module of the intelligent glasses with application, described in first chip controls on the second chip After the step of electricity, methods described also includes：

It is electric on transport module described in second chip controls；

Electric step under second chip described in first chip controls, in addition to：

When transport module described in second chip controls is completed to operate corresponding to first instruction, the first chip inspection Survey whether the intelligent glasses are connected with external equipment；

When not being connected with external equipment, under transport module described in second chip controls after electricity, the first chip control Make electric under second chip.

6. according to the method for claim 5, it is characterised in that electric step under the second chip described in first chip controls Suddenly, in addition to：

When being connected with external equipment, second chip detect in the intelligent glasses whether storing multimedia data；

It is electric under transport module described in second chip controls in non-storing multimedia data；

After completing to operate corresponding to first instruction, by the first preset time, second chip does not receive described During the second instruction that the first chip is sent, lower electricity request is sent to first chip；

7. according to the method for claim 6, it is characterised in that electric step under the second chip described in first chip controls Suddenly, in addition to：

In storing multimedia data, second chip judges that second after completing to operate corresponding to first instruction is pre- If in the time, if receive the second instruction or the 3rd instruction that first chip is sent；

When not receiving the second instruction, and receiving the 3rd instruction, electricity under transport module described in second chip controls；

When not receiving the second instruction and the 3rd instruction, by second preset time, described in second chip controls It is electric under transport module；

Wherein, the 3rd instruction is to close the instruction of the transport module；First preset time is more default than described second Time is grown.

8. according to the method for claim 1, it is characterised in that also include：

When second chip is in upper electric state, the electricity of the battery of the intelligent glasses is detected according to predeterminated frequency；

When the electricity for detecting the battery is not higher than the second predetermined threshold value, under the second chip described in first chip controls Electricity.

A kind of 9. intelligent glasses, it is characterised in that including：First chip and the second chip；

First chip, it is configured as judging whether the first instruction for receiving user's transmission；Refer to receiving described first When making, electricity on second chip is controlled；And when second chip is completed to operate corresponding to first instruction, control Make electric under second chip；

Second chip, it is configured as, when first chip does not receive first instruction, keeping lower electricity.

10. intelligent glasses according to claim 9, it is characterised in that：First chip is configured as in the intelligence When the electricity of the battery of glasses is more than the first predetermined threshold value, first chip is kept powered on, and the power consumption of first chip Less than default power consumption.

11. intelligent glasses according to claim 9, it is characterised in that：

First chip, it is additionally configured to the shooting for intelligent glasses described in second chip controls in the described first instruction The instruction of intelligent glasses upgrading described in the instruction of head shooting or second chip controls, and described in second chip completion When being operated corresponding to the first instruction, detect whether the intelligent glasses are connected with external equipment；And do not connecting with external equipment When connecing, electricity under second chip is controlled.

12. intelligent glasses according to claim 11, it is characterised in that：

Second chip, is additionally configured to be connected with external equipment, and completes after being operated corresponding to first instruction, warp The first preset time is crossed, when not receiving the second instruction that first chip is sent, sending lower electricity to first chip please Ask；

First chip, it is additionally configured to, according to the lower electricity request, control electricity under second chip；

13. intelligent glasses according to claim 9, it is characterised in that：

Second chip, it is additionally configured to the transmission for intelligent glasses described in second chip controls in the described first instruction Intelligent glasses described in the instruction of module transfer multi-medium data and/or AKU or second chip controls pass through the intelligence When the transport modules of glasses and the instruction of application binding, and step electric on the second chip described in first chip controls it Afterwards, control electric on the transport module；

First chip, it is additionally configured to corresponding in first instruction of transport module completion described in second chip controls Operation when, detect whether the intelligent glasses are connected with external equipment；And when not being connected with external equipment, described Under transport module described in second chip controls after electricity, electricity under second chip is controlled.

14. intelligent glasses according to claim 13, it is characterised in that：

Second chip, it is additionally configured to, when being connected with external equipment, detect and whether store more matchmakers in the intelligent glasses Volume data；In non-storing multimedia data, control electric under the transport module；It is and corresponding completing first instruction Operation after, by the first preset time, when not receiving the second instruction that first chip is sent, to first chip Send lower electricity request；

15. intelligent glasses according to claim 14, it is characterised in that：

Second chip, it is additionally configured in storing multimedia data, judges complete to grasp corresponding to first instruction In the second preset time after work, if receive the second instruction or the 3rd instruction that first chip is sent；Do not receiving When being instructed to second, and receiving the 3rd instruction, control electric under the transport module；Refer to not receiving the second instruction and the 3rd When making, by second preset time, control electric under the transport module；And complete corresponding to first instruction After operation, by the first preset time, when not receiving the second instruction that first chip is sent, sent out to first chip Send lower electricity request；

First chip, it is configured as, according to the lower electricity request, controlling electricity under second chip；

16. intelligent glasses according to claim 9, it is characterised in that also include：

Electric power detection module, be configured as when second chip is in upper electric state, detect according to predeterminated frequency described in The electricity of the battery of intelligent glasses；

First chip, it is additionally configured to detect that the electricity of the battery is pre- not higher than second in the electric power detection module If during threshold value, control electricity under second chip.