CN105299604A - Electronic device and control method for electronic device - Google Patents

Electronic device and control method for electronic device Download PDF

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Publication number
CN105299604A
CN105299604A CN201510623213.4A CN201510623213A CN105299604A CN 105299604 A CN105299604 A CN 105299604A CN 201510623213 A CN201510623213 A CN 201510623213A CN 105299604 A CN105299604 A CN 105299604A
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CN
China
Prior art keywords
electronic equipment
luminescence unit
unit
supporting plane
parameter
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Granted
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CN201510623213.4A
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Chinese (zh)
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CN105299604B (en
Inventor
左佳
马宝宝
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Lenovo Beijing Ltd
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Lenovo Beijing Ltd
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Priority to CN201510623213.4A priority Critical patent/CN105299604B/en
Publication of CN105299604A publication Critical patent/CN105299604A/en
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    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F21—LIGHTING
    • F21V—FUNCTIONAL FEATURES OR DETAILS OF LIGHTING DEVICES OR SYSTEMS THEREOF; STRUCTURAL COMBINATIONS OF LIGHTING DEVICES WITH OTHER ARTICLES, NOT OTHERWISE PROVIDED FOR
    • F21V33/00—Structural combinations of lighting devices with other articles, not otherwise provided for
    • F21V33/0004—Personal or domestic articles
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F21—LIGHTING
    • F21V—FUNCTIONAL FEATURES OR DETAILS OF LIGHTING DEVICES OR SYSTEMS THEREOF; STRUCTURAL COMBINATIONS OF LIGHTING DEVICES WITH OTHER ARTICLES, NOT OTHERWISE PROVIDED FOR
    • F21V19/00—Fastening of light sources or lamp holders
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F21—LIGHTING
    • F21V—FUNCTIONAL FEATURES OR DETAILS OF LIGHTING DEVICES OR SYSTEMS THEREOF; STRUCTURAL COMBINATIONS OF LIGHTING DEVICES WITH OTHER ARTICLES, NOT OTHERWISE PROVIDED FOR
    • F21V23/00—Arrangement of electric circuit elements in or on lighting devices
    • F21V23/003—Arrangement of electric circuit elements in or on lighting devices the elements being electronics drivers or controllers for operating the light source, e.g. for a LED array
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F21—LIGHTING
    • F21V—FUNCTIONAL FEATURES OR DETAILS OF LIGHTING DEVICES OR SYSTEMS THEREOF; STRUCTURAL COMBINATIONS OF LIGHTING DEVICES WITH OTHER ARTICLES, NOT OTHERWISE PROVIDED FOR
    • F21V23/00—Arrangement of electric circuit elements in or on lighting devices
    • F21V23/04—Arrangement of electric circuit elements in or on lighting devices the elements being switches
    • F21V23/0442—Arrangement of electric circuit elements in or on lighting devices the elements being switches activated by means of a sensor, e.g. motion or photodetectors

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  • Engineering & Computer Science (AREA)
  • General Engineering & Computer Science (AREA)
  • Microelectronics & Electronic Packaging (AREA)
  • Circuit Arrangement For Electric Light Sources In General (AREA)

Abstract

The invention discloses an electronic device and a control method for an electronic device. The electronic device comprises a supporting part, a sustaining part connected with the supporting part and used for enabling the electronic device to keep an opposite position relationship to at least one part of the body of a user through an accommodating space in a sustaining state, a light emitting unit arranged on the supporting part or the sustaining part and used for emitting light to the outside of the electronic device, and a control unit connected with the light emitting unit and used for controlling a light emitting state of the light emitting unit, wherein the accommodating space is formed by the supporting part and the sustaining part. The electronic device has a function of emitting light to the outside through the light emitting unit; as the electronic device is a wearable electronic device, the functions of the wearable electronic device are enriched.

Description

The control method of a kind of electronic equipment and electronic equipment
Technical field
The present invention relates to electronic device field, relate to the control method of a kind of electronic equipment and electronic equipment in particular.
Background technology
Along with the appearance of various electronic equipment, Wearable electronic equipment comes into the life of people gradually, as intelligent watch, intelligent glasses, Intelligent glove, intelligent shoe etc.
And the function ratio of existing Wearable electronic equipment is more single, therefore, the function how enriching Wearable electronic equipment becomes those skilled in the art's technical problem urgently to be resolved hurrily.
Summary of the invention
In view of this, the invention provides the control method of a kind of electronic equipment and electronic equipment, to enrich the function of Wearable electronic equipment.
For achieving the above object, the invention provides following technical scheme:
A kind of electronic equipment, comprising:
Support section;
Maintaining part, be connected with described support section, for when being in maintenance state, making described electronic equipment keep the relative position relation at least partially with user's health by a spatial accommodation; Wherein, described spatial accommodation is made up of jointly described support section and described maintenance part;
Luminescence unit, is arranged on described support section or described maintenance part, for the external emission light to described electronic equipment;
The control unit be connected with described luminescence unit, for controlling the luminance of described luminescence unit.
Preferably, described luminescence unit specifically for the first direction emission of light outside described electronic equipment, to make to form light efficiency in first area;
Described first direction is towards the direction of described first area, and described first area is when described electronic equipment is positioned at supporting plane, region adjacent with second area in described supporting plane;
Wherein, described second area is on described supporting plane, the region corresponding with described support section.
Preferably, described luminescence unit is specifically for the second direction emission of light outside described electronic equipment, and described second direction is the direction of mating with third direction;
Wherein, described third direction is the direction of the second end pointing to described support section from the first end of described support section, described first end is less than the distance of described second end apart from described accommodation entrance apart from the distance of described spatial accommodation entrance, and described accommodation entrance is for the opening entering described spatial accommodation at least partially for user's health.
Preferably, also comprise:
Comprise the display unit of described luminescence unit, for having the light of image information to the external emission of described electronic equipment, when the irradiation area of described luminescence unit exists imaging surface, form the light efficiency corresponding with described image information at described imaging surface.
Preferably, described electronic equipment also comprises: memory cell, for storing described image information;
Or communication unit, for receiving the described image information that the second electronic equipment sends.
Preferably, described spatial accommodation has an entrance, and described entrance is for the opening entering described spatial accommodation at least partially for user's health;
Wherein, plane residing for described entrance corresponds to a datum level, and described datum level is not in the irradiation area of described luminescence unit.
Preferably, also comprise:
Collecting unit, for gathering first parameter relevant to described electronic equipment;
Accordingly, described control unit is specifically for the luminance based on luminescence unit described in described first state modulator.
Preferably, described collection is singly specially:
Motion pick unit, specifically for gathering the kinematic parameter of described electronic equipment;
Based on described kinematic parameter, described control unit is determined whether the state of described electronic equipment meets and is preset variation pattern, if so, control described luminescence unit and open;
Wherein, described default variation pattern is at least for characterizing the switching of described electronic equipment between two different conditions.
Preferably, described collecting unit is specially:
Be arranged on the pressure acquisition unit of described support section, specifically for gathering the pressure parameter relevant to described electronic equipment;
Accordingly, described control unit specifically controls the luminance of described luminescence unit based on described pressure parameter.
Preferably, specifically for utilizing described first parameter, described control unit judges whether described electronic equipment is on supporting plane, when determining that described electronic equipment is on described supporting plane, control described luminescence unit to open, when determining that described electronic equipment is not on described supporting plane, controlling described luminescence unit and closing.
Preferably, specifically for utilizing described first parameter, described control unit judges whether described electronic equipment is on supporting plane, when determining that described electronic equipment is on described supporting plane, control described luminescence unit and launch the light matched with the first luminous intensity, when determining that described electronic equipment is not on described supporting plane, controlling described luminescence unit and launching the light matched with the second luminous intensity;
Wherein, described first luminous intensity is less than described second luminous intensity.
Preferably, also comprise:
Sensing unit, for gathering the color parameter within the scope of target area;
Described control unit, specifically for based on described color parameter determination color of object parameter, launches the light corresponding with described color of object parameter to control described luminescence unit;
Wherein, described target area scope comprise first area at least partially and/or second area at least partially;
Described first area is when described electronic equipment is positioned at supporting plane, region adjacent with second area in described supporting plane; Described second area is on described supporting plane, the region corresponding with described support section.
A control method for electronic equipment, comprising:
First parameter relevant to described electronic equipment that the collecting unit obtaining described electronic equipment gathers;
Based on the luminance of the luminescence unit of electronic equipment described in described first state modulator;
Wherein, described luminescence unit is the support section or the maintenance part that are arranged at described electronic equipment, for the unit of the external emission light to described electronic equipment, described maintenance part is connected with described support section, for when being in maintenance state, make described electronic equipment lead to a spatial accommodation and keep the relative position relation at least partially with user's health, wherein, described spatial accommodation is made up of jointly described support section and described maintenance part.
Preferably, first parameter relevant to described electronic equipment that the collecting unit of the described electronic equipment of described acquisition gathers, is specially:
The kinematic parameter of the described electronic equipment that the motion pick unit obtaining described electronic equipment gathers;
The luminance of the described luminescence unit based on electronic equipment described in described first state modulator, comprising:
Determine whether the state of described electronic equipment meets based on described kinematic parameter and preset variation pattern, if so, determine that described luminescence unit is in opening;
Wherein, described default variation pattern is at least for characterizing the switching of described electronic equipment between two different conditions.
Preferably, first parameter relevant to described electronic equipment that the collecting unit of the described electronic equipment of described acquisition gathers, is specially:
The pressure parameter relevant to described electronic equipment that the pressure acquisition unit obtaining described electronic equipment gathers;
Wherein, described pressure acquisition unit is arranged on described support section.
Preferably, the luminance of the described luminescence unit based on electronic equipment described in described first state modulator, comprising:
Described first parameter is utilized to judge whether described electronic equipment is on supporting plane;
When determining that described electronic equipment is on described supporting plane, controlling described luminescence unit and opening;
When determining that described electronic equipment is not on described supporting plane, controlling described luminescence unit and closing.
Preferably, the luminance of the described luminescence unit based on electronic equipment described in described first state modulator, comprising:
Described first parameter is utilized to judge whether described electronic equipment is on supporting plane;
When determining that described electronic equipment is on described supporting plane, controlling described luminescence unit and launching the light matched with the first luminous intensity;
When determining that described electronic equipment is not on described supporting plane, controlling described luminescence unit and launching the light matched with the second luminous intensity;
Wherein, described first luminous intensity is less than described second luminous intensity.
Preferably, before the luminance based on the luminescence unit of electronic equipment described in described first state modulator, also comprise:
Utilize the color parameter within the scope of the sensing unit collection target area of described electronic equipment;
Based on described color parameter determination color of object parameter;
When based on when described in described first state modulator, the luminescence unit of electronic equipment is in opening, also comprise:
Control described luminescence unit and launch the light corresponding with described color of object parameter;
Wherein, described target area scope comprise first area at least partially and/or second area at least partially;
Described first area is when described electronic equipment is positioned at supporting plane, region adjacent with second area in described supporting plane; Described second area is on described supporting plane, the region corresponding with described support section.
Known via above-mentioned technical scheme, compared with prior art, the embodiment of the invention discloses a kind of electronic equipment, this electronic equipment comprises: support section, the maintenance part be connected with support section, can when being in maintenance state, electronic equipment is made to keep the relative position relation at least partially with user's health by a spatial accommodation, this spatial accommodation is made up of jointly support section and maintenance part, be arranged on support section or maintenance part, for the luminescence unit of the external emission light to electronic equipment, and the control unit to be connected with luminescence unit, for controlling the luminance of luminescence unit, as can be seen here, the present invention is that electronic equipment adds by the outwards luminous function of luminescence unit, and because electronic equipment of the present invention can keep the relative position relation at least partially with user's health by a spatial accommodation, obviously this electronic equipment can be Wearable electronic equipment, therefore the function of Wearable electronic equipment has been enriched.
Accompanying drawing explanation
In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment or description of the prior art below, apparently, accompanying drawing in the following describes is only embodiments of the invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to the accompanying drawing provided.
The structural representation of Fig. 1 a kind of electronic equipment disclosed in the embodiment of the present invention one;
Fig. 2 (a) support section and maintenance part disclosed in the embodiment of the present invention one are in the schematic diagram of released state;
Fig. 2 (b) support section and maintenance part disclosed in the embodiment of the present invention one are in the schematic diagram of connection status;
Fig. 3 is the schematic diagram of a kind of position relationship of first area and second area under the first implementation in the embodiment of the present invention two;
Fig. 4 is the schematic diagram of irradiation area under the first implementation in the embodiment of the present invention two;
Fig. 5 is the schematic diagram of electronic equipment under the first implementation in the embodiment of the present invention two;
Fig. 6 is the schematic diagram of electronic equipment under the second implementation in the embodiment of the present invention two;
Fig. 7 is the schematic diagram of first direction and second direction under the second implementation in the embodiment of the present invention two;
The structural representation of Fig. 8 a kind of electronic equipment disclosed in the embodiment of the present invention three;
The structural representation of Fig. 9 a kind of electronic equipment disclosed in the embodiment of the present invention four;
The structural representation of Figure 10 a kind of electronic equipment disclosed in the embodiment of the present invention seven;
The schematic flow sheet of Figure 11 a kind of control method of electronic equipment disclosed in the embodiment of the present invention eight;
The schematic flow sheet of Figure 12 a kind of control method of electronic equipment disclosed in the embodiment of the present invention 11.
Detailed description of the invention
Below in conjunction with the accompanying drawing in the embodiment of the present invention, be clearly and completely described the technical scheme in the embodiment of the present invention, obviously, described embodiment is only the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.
The embodiment of the invention discloses a kind of electronic equipment, this electronic equipment comprises: support section, the maintenance part be connected with support section, can when being in maintenance state, electronic equipment is made to keep the relative position relation at least partially with user's health by a spatial accommodation, this spatial accommodation is made up of jointly support section and maintenance part, be arranged on support section or maintenance part, for the luminescence unit of the external emission light to electronic equipment, and the control unit to be connected with luminescence unit, for controlling the luminance of luminescence unit, as can be seen here, the present invention is that electronic equipment adds by the outwards luminous function of luminescence unit, and because electronic equipment of the present invention can keep the relative position relation at least partially with user's health by a spatial accommodation, obviously this electronic equipment can be Wearable electronic equipment, therefore the function of Wearable electronic equipment has been enriched.
Below in conjunction with accompanying drawing, the application's embodiment is described in detail.
The embodiment of the present invention one discloses a kind of electronic equipment, and as shown in Figure 1, this electronic equipment comprises: support section 110, maintenance part 120, luminescence unit 130 and control unit 140; Wherein:
Maintaining part 120 to be connected with support section, for when being in maintenance state, making electronic equipment keep the relative position relation at least partially with user's health by a spatial accommodation.
Wherein, spatial accommodation is made up of jointly support section 110 and maintenance part 120.
It should be noted that, electronic equipment of the present invention is specifically as follows Wearable, and do not limit in the present invention for the type of Wearable, concrete, the maintenance part of this electronic equipment can have an opening, a part for the health for user enters spatial accommodation from this opening, if this electronic equipment can be intelligent shoe, intelligent helmet etc.When electronic equipment is intelligent shoe, support section is contrary with gravity direction to the direction of opening.
The form of the shape of maintenance part and size and support section and size all can set according to actual conditions.As when electronic equipment is intelligent shoe, can maintain form and the size of part and support section according to the profile design of the pin of human body, accordingly, support section 110 is the sole portion of intelligent shoe, and maintaining part 120 is the upper portion of intelligent shoe.
It should be noted that, if when electronic equipment is intelligent shoe, this intelligent shoe can be the footwear of the pin for complete coated human body, also can be the footwear of the pin of incomplete coated human body, as sandals.That is, as long as maintain the effect that part can play the pin of fixing human, the structure the present invention for maintenance part does not limit.
Concrete, as a kind of implementation of electronic equipment, can see Fig. 2 (a) and Fig. 2 (b), maintain after part 120 is connected with support section 110, can form a spatial accommodation Z100, this spatial accommodation Z100 can be used for the pin holding user.
Luminescence unit 130 is arranged on support section 110 or maintains in part 120, for the external emission light to electronic equipment.
Wherein, luminescence unit is specifically as follows light fixture, as Light-Emitting Diode, can also be the device possessing lighting function of other types certainly.
Control unit 140 is connected with luminescence unit 130, and for controlling the luminance of luminescence unit 130, as controlled, luminescence unit 130 is closed, opened, the light launching which kind of color etc.
In the present embodiment, electronic equipment possesses by the outwards luminous function of luminescence unit, and this electronic equipment can be Wearable electronic equipment, therefore, has enriched the function of Wearable electronic equipment.
The embodiment of the present invention two discloses a kind of electronic equipment, and the present embodiment mainly introduces the different light emission directions of luminescence unit, and the concrete structure of electronic equipment can see embodiment one, and in this not go into detail.
The first implementation, luminescence unit is used for the first direction emission of light outside electronic equipment, to make to form light efficiency in first area.
Wherein, first direction is towards the direction of first area, and first area is when electronic equipment is positioned at supporting plane, region adjacent with second area in supporting plane; Second area is on supporting plane, the region corresponding with support section.
It should be noted that, electronic equipment is positioned on supporting plane and is specifically referred to as, and the outer surface of the support section of electronic equipment is positioned on supporting plane.Wherein, the one side that the outer surface of support section is oppositely arranged with the inner surface for support section, the inner surface of support section is the one side being positioned at spatial accommodation.
Fig. 3 discloses the schematic diagram of the position relationship of first area under the first implementation and second area, and as shown in Figure 3, the supporting plane of Z100 residing for electronic equipment, S200 is second area corresponding with support section on supporting plane Z100.
It should be noted that, supporting plane Z100 is the supporting surface of electronic equipment, but electronic equipment does not need to be on supporting plane Z100 always, as user walks in process wearing electronic equipment, in fact, and being on supporting plane of electronic equipment interval property.
Second area S200 is corresponding with support section, concrete, if electronic equipment is positioned on supporting plane Z100, second area S200 is the region that support section contacts with supporting plane Z100, if electronic equipment is not positioned on supporting plane Z100, second area S200 is the region that support section projects on supporting plane Z100.
First area S100 is the region adjacent with second area S200.Wherein, the size and shape of first area S100 can set according to actual conditions, if first area S00 is for being positioned at beyond second area S200, and the circumferential profile of its circumferential profile and second area S200 is at a distance of the region of predeterminable range, as a kind of mode, the circumferential profile of first area S100 can match with the circumferential profile of second area S200.
It is emphasised that what luminescence unit formed in first area that light efficiency refers to is have light in first area, and namely light efficiency can be full of whole first area, and certainly, light efficiency also only can account for the part of first area.That is, when first area is adjacent with second area, the light efficiency being positioned at first area can not be adjacent with second area, and certainly preferably, the light efficiency in first area is adjacent with second area.
In the present invention, at least one luminescence unit can be set in the relevant position of support section or maintenance part, to make luminescence unit when to first direction emission of light outside electronic equipment, light efficiency can be formed in first area.
Wherein, with luminescence unit to first direction emission of light outside electronic equipment time, can be formed on the basis of light efficiency in first area, as the optional mode of one, when detecting that electronic equipment leaves supporting plane, luminescence unit can also rotate its light emission direction, irradiates to the direction towards second area to make its light.Certainly, control unit also can control other luminescence units and open, to form light efficiency at second area.
Preferably, in the present embodiment, spatial accommodation has an entrance, and entrance is for the opening entering spatial accommodation at least partially for user's health; Plane residing for this entrance corresponds to a datum level, and datum level is not in the irradiation area of luminescence unit.
It should be noted that, the region of irradiation area for being formed by the irradiating angle of first direction and luminescence unit of luminescence unit, specifically can see Fig. 4, luminescence unit 130 is to first direction J1 emission of light, and first direction J1 and irradiating angle θ forms the irradiation area S300 of luminescence unit 130.
As shown in Figure 5, maintain part 120 and there is an opening 120A, this opening 120A enters spatial accommodation Z100 at least partially for confession user health, namely this opening 120A is the entrance of spatial accommodation Z100, and plane residing for the entrance of spatial accommodation corresponds to a datum level Z300, datum level Z300 is not in the irradiation area of luminescence unit.
That is, when luminescence unit is to first direction emission of light outside electronic equipment, because said reference face is not in the irradiation area of luminescence unit, therefore, luminescence unit is actually the direction emission of light towards supporting plane, and not towards the direction emission of light contrary or opposing with supporting plane, the light that therefore luminescence unit is launched can't directly enter in the eyes of the people being positioned at more than said reference face, to avoid the discomfort causing eyes of user.
The second way of realization, luminescence unit is used for the second direction emission of light outside electronic equipment, and second direction is the direction of mating with third direction.
Wherein, third direction is the direction pointing to the second end of support section from the first end of support section, the distance of first end distance spatial accommodation entrance is less than the distance of the second end distance accommodation entrance, and holding entrance is for the opening entering spatial accommodation at least partially for user's health.
Concrete, as shown in Figure 6, maintain part 120 and have an opening 120A, this opening 120A enters spatial accommodation Z100 at least partially for confession user health.Support section 110 has first end 110A and the second end 110B, and as can be seen from this figure, the distance of first end 110A distance opening 120A is less than the distance of the second end 110B distance opening 120A.Third direction J3 is the direction being pointed to the second end 110B by first end 110A.
In the present invention, second direction and third direction match can for the direction of horizontal component of second direction and third direction consistent, as shown in (a) in Fig. 7, the direction of the horizontal component J21 of second direction J2 is consistent with third direction J3.Or, as shown in (b) in Fig. 7, second direction and the third direction horizontal component J21 that can be referred to as second direction J2 and third direction J3 that matches is consistent, and the ratio of the vertical component J22 of the horizontal component J21 of second direction and second direction J2 is greater than a certain threshold value, wherein, this threshold value can set according to actual conditions, as threshold value is set as 50%.Or, as shown in (c) in Fig. 7, the horizontal component J21 of second direction J2 is consistent with third direction J3, and the angle θ of second direction J2 and third direction J3 is within the scope of predetermined angle, wherein, predetermined angle scope can set according to actual conditions, if predetermined angle scope is between 30 degree to 60 degree.
As can be seen here, the second direction in the present embodiment does not point to the second area under the first implementation, does not namely point on supporting plane, the region corresponding with support section.
As a kind of application example, when the luminescence unit of electronic equipment is to second direction emission of light outside electronic equipment, the lighting function of electronic equipment can be equivalent to the function of flashlight, that is, when user wear electronic equipment normally advance time, electronic equipment can to the direct of travel emission of light of user, so that user sees road conditions clearly.
As another kind of application example, the luminescence unit of electronic equipment can content information to the light that the second direction outside electronic equipment is launched.Concrete, the embodiment of the present invention three discloses a kind of electronic equipment, and as shown in Figure 8, this electronic equipment comprises: support section 110, maintenance part 120, luminescence unit 130, control unit 140 and display unit 150; Wherein:
Maintaining part 120 to be connected with support section, for when being in maintenance state, making electronic equipment keep the relative position relation at least partially with user's health by a spatial accommodation.
Wherein, spatial accommodation is made up of jointly support section 110 and maintenance part 120.
Luminescence unit 130 is arranged on support section 110 or maintains in part 120, for the external emission light to electronic equipment.
Control unit 140 is connected with luminescence unit 130, for controlling the luminance of luminescence unit 130.
Display unit 150 comprises luminescence unit 120, for having the light of image information to the external emission of electronic equipment, when the irradiation area of luminescence unit exists imaging surface, forms the light efficiency corresponding with image information at described imaging surface.Such as, when the irradiation area of luminescence unit is irradiated to supporting plane, this supporting plane just can form the light efficiency corresponding with image information.
Concrete, display unit for having the projection lamp of projecting function, thus can outwards launch the light with image information.Certainly, display unit can comprise projection arrangement and luminescence unit respectively, by arranging the relative position relation of projection arrangement and luminescence unit, makes display unit can have the light of image information to the external emission of electronic equipment.It should be noted that, the implementation of display unit is not limited to these two kinds, for other devices that can realize above-mentioned functions all within protection scope of the present invention.
On the basis of the present embodiment, electronic equipment can also comprise memory cell or communication unit;
Wherein, memory cell is for storing described image information.
Concrete, control unit can be connected with memory cell with display unit respectively, outwards launches the light with the image information that memory cell stores to control display unit.It should be noted that, when memory cell comprises at least two image informations, control unit can control display unit and outwards launch the light with different images information successively, wherein, the transmission interval of the light of different images information can set according to actual conditions, the present invention does not limit, as switched once every 1min.
Wherein, communication unit is used for communicating with the second electronic equipment, to receive the image information that the second electronic equipment sends.
Concrete, control unit can be connected with communication unit with display unit respectively, outwards launches the light with the image information that communication unit receives to control display unit.
Optionally, display unit can outwards launch the light with navigation information, with when the irradiation area of luminescence unit exists imaging surface, forms the light efficiency corresponding with navigation information at imaging surface.Can quotation marks user arrive at the destination along correct route like this.Such as, user can determine navigation way on the second electronic equipment, to send it to electronic equipment.
Certainly, display unit can also have the light of other image informations to external equipment, as outwards launched the light with Weather information, like this when the irradiation area of luminescence unit exists imaging surface, the light efficiency corresponding with Weather information is formed, so that user can learn the weather condition of current time at imaging surface.
It should be noted that, when the second electronic equipment and above-mentioned electronic equipment connect, user can adopt manually operated mode to send image information by the second electronic equipment to above-mentioned electronic equipment, and certain second electronic equipment can send image information to above-mentioned electronic equipment automatically.Such as, navigation information mentioned above, can be adopted the mode of a certain specific keys on manual triggers second electronic equipment, the navigation information determined be sent to the communication unit of electronic equipment by user.And Weather information mentioned above, the second electronic equipment can search the weather data of current time automatically, and sends it to above-mentioned electronic equipment, as then the weather data of current time sent to above-mentioned electronic equipment every Preset Time.
The embodiment of the present invention four discloses a kind of electronic equipment, and as shown in Figure 9, this electronic equipment comprises: support section 110, maintenance part 120, luminescence unit 130, control unit 140 and collecting unit 160; Wherein:
Maintaining part 120 to be connected with support section, for when being in maintenance state, making electronic equipment keep the relative position relation at least partially with user's health by a spatial accommodation.
Wherein, spatial accommodation is made up of jointly support section 110 and maintenance part 120.
Luminescence unit 130 is arranged on support section 110 or maintains in part 120, for the external emission light to electronic equipment.
Collecting unit 160, for gathering first parameter relevant to electronic equipment;
Control unit 140 is connected with luminescence unit 130 with collecting unit 160 respectively, for the luminance of the first state modulator luminescence unit gathered based on collecting unit 160.
The type of collecting unit can have multiple, is described respectively below;
(1) collecting unit is motion pick unit, and wherein, motion pick unit can be arranged on the support section 110 of electronic equipment, also can be arranged on the maintenance part 120 of electronic equipment.Concrete:
Motion pick unit, for gathering the kinematic parameter of electronic equipment.
Wherein, motion pick unit specifically can gravity sensor or acceleration transducer etc.
Accordingly, based on described kinematic parameter, control unit is determined whether the state of described electronic equipment meets and is preset variation pattern, when the state of electronic equipment meets default variation pattern, then control described luminescence unit and open.And when the state of electronic equipment does not meet default variation pattern, then control luminescence unit and close.
Wherein, default variation pattern is at least for characterizing the switching of electronic equipment between two different conditions.
Take electronic equipment as intelligent shoe be example, when user wears when this electronic equipment is walked, in fact electronic equipment has two states, one is the motion state leaving supporting plane, comprise gradually away from supporting plane (user lifts pin process) and gradually near supporting plane (user stop over process), another is placed on inactive state on supporting plane (after user falls pin, do not lift the process of pin), if and control unit meets based on the state of kinematic parameter determination electronic equipment the state switched between motion state and inactive state, so, then can to determine that user is wearing this electronic equipment and advancing, therefore, control luminescence unit is opened.That is, under this implementation, wear in the process that this electronic equipment walks user, the luminescence unit of electronic equipment is in opening always.
(2) collecting unit is specially pressure acquisition unit, and wherein, pressure acquisition unit is arranged on the support section of electronic equipment, specifically can be arranged on the inner surface of support section, and wherein, the inner surface of support section is the one side being positioned at spatial accommodation; Also can be arranged on the outer surface of support section, wherein, the outer surface of support section is when electronic equipment is positioned on supporting plane, the one side contacted with supporting plane.
Pressure acquisition unit, for gathering the pressure parameter relevant to electronic equipment.
Wherein, pressure acquisition unit is specifically as follows pressure sensor.
Accordingly, control unit controls the luminance of luminescence unit based on described pressure parameter.
Concrete, control unit can judge whether the change of pressure parameter meets the pressure parameter variation pattern preset, and if so, controls luminescence unit and opens; If not, control luminescence unit to close.
Take electronic equipment as intelligent shoe be example, when user wears when this electronic equipment is walked, user wears the pressure parameter that when electronic equipment is not in supporting plane, pressure acquisition unit gathers, and is less than user and wears the pressure parameter that when electronic equipment is in supporting plane, pressure acquisition unit gathers.That is, wear electronic equipment user and walk in process, the pressure parameter that pressure acquisition unit gathers is in one and changes from small to big and then from large to small one circulation change procedure repeatedly.Therefore, a pressure parameter variation pattern can be preset, walk line state with what characterize user.When the change of the pressure parameter that pressure acquisition unit gathers meets default pressure parameter variation pattern, then think that user is wearing this electronic equipment and walking, therefore, control the outside emission of light of luminescence unit.That is, under this implementation, wear in the process that this electronic equipment walks user, the luminescence unit of electronic equipment is in opening always.
(3) collecting unit is specially environment collecting unit, and wherein, environment collecting unit is arranged on support section or the maintenance part of electronic equipment.
Environment collecting unit is for gathering the environmental light parameter residing for described electronic equipment.
Wherein, environment collecting unit is specifically as follows environmental sensor.
Accordingly, control unit can be worked as and judged that whether environmental light parameter meets and preset environmental light parameter, if so, controls luminescence unit and opens, if not, control luminescence unit and close.
Wherein, default environmental light parameter can set according to actual conditions, and the present invention is not specifically limited.Such as, can, by presetting environmental light parameter, make the luminescence unit of electronic equipment only luminous at night.Certainly, also can, by presetting environmental light parameter, make the luminescence unit of electronic equipment diurnally luminous.
(4) collecting unit comprises motion pick unit and environment collecting unit, and motion pick unit is arranged on support section or the maintenance part of electronic equipment, and environment collecting unit is arranged on support section or the maintenance part of electronic equipment.
Wherein, motion pick unit is for gathering the kinematic parameter of electronic equipment, and environment collecting unit is for gathering the environmental light parameter of electronic equipment.
Accordingly, based on described kinematic parameter, control unit is determined whether the state of described electronic equipment meets and is preset variation pattern, when the state of electronic equipment meets default variation pattern, judge whether described environmental light parameter meets and preset environmental light parameter, if, control described luminescence unit to open, if not, control described luminescence unit and close; When the state of electronic equipment does not meet default variation pattern, directly control luminescence unit and close.
With reference to the above-mentioned description about (1) and (3), when collecting unit comprises motion pick unit and environment collecting unit, electronic equipment can be worn user to walk in process, and when environmental light parameter meets default environmental light parameter, control luminescence unit and open.As can by presetting the value of environmental light parameter, making luminescence unit wear electronic equipment evening user and walking luminous in process.
Based on above-mentioned four kinds of implementations, it should be noted that, user can the above-mentioned functions of mode unlocking electronic equipment manually, namely detect that user triggers above-mentioned functions when performing predetermined registration operation for electronic equipment at electronic equipment, thus the luminance of the first state modulator luminescence unit that control unit is gathered based on collecting unit.Certainly, electronic equipment also can trigger above-mentioned functions voluntarily, namely detecting that electronic equipment meets preset trigger condition, just trigger above-mentioned functions, as triggered above-mentioned functions when detecting that electronic equipment is not in charged state, thus the luminance of the first state modulator luminescence unit that control unit is gathered based on collecting unit.
The embodiment of the present invention five also discloses a kind of electronic equipment, to describe a kind of illumination mode of the luminance of the first parameter determination luminescence unit gathered based on collecting unit, the concrete structure of electronic equipment can see above each embodiment, and the present invention is no longer described in detail.
Wherein, for the first parameter utilizing collecting unit to gather, control unit judges whether electronic equipment is in supporting plane, when determining that electronic equipment is on supporting plane, then control luminescence unit and open, when determining that electronic equipment is not on supporting plane, controlling luminescence unit and closing.
Be still intelligent shoe with electronic equipment be example, when user wears when this electronic equipment is walked, in fact electronic equipment has two states, one is the motion state leaving supporting plane, comprise gradually away from supporting plane (user lifts pin process) and gradually near supporting plane (user stop over process), another is placed on inactive state on supporting plane (user fall pin after, do not lift the process of pin).The present embodiment be exactly in order to realize only electronic equipment be in be placed on supporting plane time (user fall pin after, do not lift the process of pin), just control luminescence unit unlatching; And when electronic equipment is not on supporting plane (user lift pin process and user stop over process), luminescence unit can be controlled and close.That is, wear electronic equipment user and walk in process, the luminescence unit of electronic equipment switches between luminescence and closedown.
Concrete:
(1) when collecting unit is pressure acquisition unit, user walks in process wearing electronic equipment, be greater than user and wear electronic equipment because user wears the electronic equipment pressure be on supporting plane and be not in pressure on supporting plane, therefore, a pressure threshold can be preset, whether to be in the standard of supporting plane as electronic equipment, concrete threshold size can set according to actual conditions.
When pressure acquisition unit is arranged on the inner surface of support section, the pressure that pressure acquisition unit gathers can characterize user for electronic equipment applied pressure, in this case, when the pressure parameter that control unit determination pressure acquisition unit gathers is greater than pressure threshold, determine that user wears this electronic equipment and is on supporting plane, control luminescence unit is opened, when the pressure parameter that control unit determination pressure acquisition unit gathers is less than pressure threshold, determine that user wears this electronic equipment and is not on supporting plane, then control luminescence unit to close.
When pressure acquisition unit is arranged on the outer surface of support section, the pressure that pressure acquisition unit gathers at least comprises the gravity of electronic equipment itself, therefore, in this case, control unit first need determine the difference of the gravity of pressure threshold and electronic equipment, then, the pressure gathered by pressure acquisition unit and this difference compare, the pressure gathered when pressure acquisition unit is greater than this difference, then illustrate that user wears electronic equipment and is on supporting plane, therefore, control luminescence unit to open; The pressure gathered when pressure acquisition unit is less than this difference, determines that user wears this electronic equipment and is not on supporting plane, therefore, controls luminescence unit and closes.
(2) when collecting unit is motion pick unit, user walks in process wearing electronic equipment, be on supporting plane because user wears electronic equipment, electronic equipment remains static, and user wears electronic equipment when not being on supporting plane, namely supporting plane is left and gradually away from supporting plane and be not in supporting plane two processes near supporting plane gradually, electronic equipment is all kept in motion, can sum up thus, the kinematic parameter that motion collecting unit gathers when electronic equipment is on supporting plane is constant, the kinematic parameter change that motion collecting unit gathers when electronic equipment is not on supporting plane.Therefore, the criterion of supporting plane whether can be in this, as electronic equipment.
Concrete, control unit can judge the direction of motion of electronic equipment based on kinematic parameter, after determining that the direction of motion is consistent with first direction of motion, when determining that the kinematic parameter of electronic equipment is constant, control luminescence unit is opened, when determining the kinematic parameter change of electronic equipment, controlling luminescence unit and closing; When determining the direction of motion and described first direction of motion is inconsistent, controlling luminescence unit and closing;
Wherein, first direction of motion is towards the direction of described supporting plane, and second direction of motion is the direction away from supporting plane.
In the present embodiment, electronic equipment to be only on supporting plane just luminous, if electronic equipment is not on supporting plane, not luminous, wears electronic equipment and to walk the scene of continuous illumination in process, reduce the power consumption of electronic equipment relative to user.
The embodiment of the present invention six also discloses a kind of electronic equipment, to describe another illumination mode of the luminance of the first parameter determination luminescence unit gathered based on collecting unit, the concrete structure of electronic equipment can see above each embodiment, and the present invention is no longer described in detail.
Wherein, for the first parameter utilizing collecting unit to gather, control unit judges whether electronic equipment is in supporting plane, when determining that described electronic equipment is on described supporting plane, control luminescence unit and launch the light matched with the first luminous intensity, when determining that electronic equipment is not on supporting plane, controlling luminescence unit and launching the light matched with the second luminous intensity.
Wherein, described first luminous intensity is less than described second luminous intensity, concrete, can be changed the luminous intensity of luminescence unit by the power changing luminescence unit.
Be still intelligent shoe with electronic equipment be example, when user wears when this electronic equipment is walked, in fact electronic equipment has two states, one is the motion state leaving supporting plane, comprise gradually away from supporting plane (user lifts pin process) and gradually near supporting plane (user stop over process), another is placed on inactive state on supporting plane (user fall pin after, do not lift the process of pin).The present embodiment be exactly in order to realize only electronic equipment be in be placed on supporting plane time (user fall pin after, do not lift the process of pin), just control luminescence unit unlatching; And when electronic equipment is not on supporting plane (user lift pin process and user stop over process), luminescence unit can be controlled and close.That is, wear electronic equipment user and walk in process, the luminescence unit of electronic equipment switches between transmitting high light and the transmitting low light level.
Concrete:
(1) when collecting unit is pressure acquisition unit, user walks in process wearing electronic equipment, be greater than user and wear electronic equipment because user wears the electronic equipment pressure be on supporting plane and be not in pressure on supporting plane, therefore, a pressure threshold can be preset, whether to be in the standard of supporting plane as electronic equipment, concrete threshold size can set according to actual conditions.
When pressure acquisition unit is arranged on the inner surface of support section, the pressure that pressure acquisition unit gathers can characterize the pressure that user applies for electronic equipment, in this case, when the pressure parameter that control unit determination pressure acquisition unit gathers is greater than pressure threshold, determine that user wears this electronic equipment and is on supporting plane, control luminescence unit and launch the light matched with the first luminous intensity, when the pressure parameter that control unit determination pressure acquisition unit gathers is less than pressure threshold, determine that user wears this electronic equipment and is not on supporting plane, then control luminescence unit and launch the light matched with the second luminous intensity.
When pressure acquisition unit is arranged on the outer surface of support section, the pressure that pressure acquisition unit gathers at least comprises the gravity of electronic equipment itself, therefore, in this case, control unit first need determine the difference of the gravity of pressure threshold and electronic equipment, then, the pressure gathered by pressure acquisition unit and this difference compare, the pressure gathered when pressure acquisition unit is greater than this difference, then illustrate that user wears electronic equipment and is on supporting plane, therefore, control luminescence unit and launch the light matched with the first luminous intensity; The pressure gathered when pressure acquisition unit is less than this difference, determines that user wears this electronic equipment and is not on supporting plane, therefore, controls luminescence unit and launches the light matched with the second luminous intensity.
(2) when collecting unit is motion pick unit, user walks in process wearing electronic equipment, be on supporting plane because user wears electronic equipment, electronic equipment remains static, and user wears electronic equipment when not being on supporting plane, namely supporting plane is left and gradually away from supporting plane and be not in supporting plane two processes near supporting plane gradually, electronic equipment is all kept in motion, can sum up thus, the kinematic parameter that motion collecting unit gathers when electronic equipment is on supporting plane is constant, the kinematic parameter change that motion collecting unit gathers when electronic equipment is not on supporting plane.Therefore, the criterion of supporting plane whether can be in this, as electronic equipment.
Concrete, control unit can judge the direction of motion of electronic equipment based on kinematic parameter, after determining that the direction of motion is consistent with first direction of motion, when determining that the kinematic parameter of electronic equipment is constant, control luminescence unit and launch the light matched with the first luminous intensity, when determining the kinematic parameter change of electronic equipment, controlling luminescence unit and closing; When determining the direction of motion and described first direction of motion is inconsistent, controlling luminescence unit and launching the light matched with the second luminous intensity.
Wherein, first direction of motion is towards the direction of described supporting plane, and second direction of motion is the direction away from supporting plane.
In the present embodiment, electronic equipment is on supporting plane and sends out the low light level, electronic equipment is not on supporting plane and sends out high light, can not only remain that the supporting plane that user walks has light, be convenient to see road conditions clearly, and wear electronic equipment relative to user and to walk the scene of continuous illumination in process, reduce the power consumption of electronic equipment to a certain extent.
The embodiment of the present invention seven also discloses a kind of electronic equipment, and as shown in Figure 10, this electronic equipment comprises: support section 110, maintenance part 120, luminescence unit 130, control unit 140 and sensing unit 170; Wherein:
Maintaining part 120 to be connected with support section, for when being in maintenance state, making electronic equipment keep the relative position relation at least partially with user's health by a spatial accommodation.
Wherein, spatial accommodation is made up of jointly support section 110 and maintenance part 120.
Luminescence unit 130 is arranged on support section 110 or maintains in part 120, for the external emission light to electronic equipment.
Sensing unit 170, for gathering the color parameter within the scope of target area.
Wherein, sensing unit is specifically as follows color sensor.
Wherein, target area scope comprise first area at least partially and/or second area at least partially;
First area is when electronic equipment is positioned at supporting plane, region adjacent with second area in supporting plane; Second area is on described supporting plane, the region corresponding with described support section.
Control unit 140 is connected with luminescence unit 130 with sensing unit 170 respectively, for the color parameter determination color of object parameter gathered based on sensing unit 170, launches the light corresponding with color of object parameter to control luminescence unit 130.
In the present embodiment, can be the parameter inconsistent with the color parameter of supporting plane by color of object setting parameter, have certain aberration with the color of the color and luminescence unit that make supporting plane, being convenient to user better can see road surface clearly by luminescence unit.Such as, if the color of the target area scope of supporting plane is black, then determine that color of object parameter is for white, thus control luminescence unit emits white light.If the color of the target area scope of supporting plane is green, then determine that color of object parameter is for red, thus control luminescence unit glows.
Concrete, the corresponding relation of the color parameter that sensing unit gathers and color of object parameter can set according to actual conditions, and the present invention does not limit.Such as, the color of object parameter corresponding with different colours parameter can be stored in electronic equipment, to investigate and prosecute the color of object parameter corresponding with the color parameter that sensing unit gathers, or aberration is preset in setting, to determine that the color parameter gathered with sensing unit differs the color of object parameter presetting aberration.
The embodiment of the present invention eight discloses a kind of control method of electronic equipment, and as indicated at 11, the method comprises following process:
Step 1101: first parameter relevant to electronic equipment that the collecting unit obtaining electronic equipment gathers;
Step 1102: based on the luminance of the luminescence unit of the first state modulator electronic equipment.
Wherein, luminescence unit is the support section or the maintenance part that are arranged at described electronic equipment, for the unit of the external emission light to described electronic equipment, described maintenance part is connected with described support section, for when being in maintenance state, make described electronic equipment lead to a spatial accommodation and keep the relative position relation at least partially with user's health, wherein, described spatial accommodation is made up of jointly described support section and described maintenance part.
In an embodiment, electronic equipment possesses by the outwards luminous function of luminescence unit, because electronic equipment of the present invention can be Wearable electronic equipment, has therefore enriched the function of Wearable electronic equipment.
In the present invention, luminescence unit has different light emission directions, is described respectively below:
The first implementation, luminescence unit specifically for the first direction emission of light outside described electronic equipment, to make to form light efficiency in first area.
Wherein, first direction is towards the direction of described first area, and described first area is when described electronic equipment is positioned at supporting plane, region adjacent with second area in described supporting plane; Described second area is on described supporting plane, the region corresponding with described support section.
It is emphasised that what luminescence unit formed in first area that light efficiency refers to is have light in first area, and namely light efficiency can be full of whole first area, and certainly, light efficiency also only can account for the part of first area.That is, when first area is adjacent with second area, the light efficiency being positioned at first area can not be adjacent with second area, and certainly preferably, the light efficiency in first area is adjacent with second area.
Wherein, with luminescence unit to first direction emission of light outside electronic equipment time, can be formed on the basis of light efficiency in first area, as the optional mode of one, when detecting that electronic equipment leaves supporting plane, luminescence unit can also rotate its light emission direction, irradiates to second area to make its light.Certainly, control unit also can control other luminescence units and open, to form light efficiency at second area.
Preferably, in the present embodiment, spatial accommodation has an entrance, and entrance is for the opening entering described spatial accommodation at least partially for user's health; Plane residing for described entrance corresponds to a datum level, and described datum level is not in the irradiation area of described luminescence unit.
The second implementation, luminescence unit is specifically for the second direction emission of light outside described electronic equipment, and described second direction is the direction of mating with third direction.
Wherein, third direction is the direction of the second end pointing to described support section from the first end of described support section, described first end is less than the distance of described second end apart from described accommodation entrance apart from the distance of described spatial accommodation entrance, and described accommodation entrance is for the opening entering described spatial accommodation at least partially for user's health.
As a kind of application example, when the luminescence unit of electronic equipment is to second direction emission of light outside electronic equipment, the lighting function of electronic equipment can be equivalent to the function of flashlight, that is, when user wear electronic equipment normally advance time, electronic equipment can to the direction emission of light consistent with the direct of travel of user, so that user sees road conditions clearly.
As another kind of application example, the luminescence unit of electronic equipment can content information to the light that the second direction outside electronic equipment is launched.Concrete, electronic equipment also comprises: the display unit comprising described luminescence unit, for having the light of image information to the external emission of described electronic equipment, when the irradiation area of described luminescence unit exists imaging surface, form the light efficiency corresponding with described image information at described imaging surface.
On this basis, electronic equipment also comprises: memory cell, for storing described image information;
Or communication unit, for receiving the described image information that the second electronic equipment sends.
It is emphasised that in the present invention, the type of collecting unit can have multiple, if collecting unit can be motion pick unit or pressure acquisition unit or environment collecting unit etc., specific implementation can see device embodiment, and in this not go into detail.
The embodiment of the present invention nine also discloses a kind of control method of electronic equipment, to describe a kind of illumination mode of the luminance of the first parameter determination luminescence unit gathered based on collecting unit, with embodiment eight unlike, step " luminance based on the luminescence unit of electronic equipment described in described first state modulator " in embodiment eight, comprises following process:
First, described first parameter is utilized to judge whether described electronic equipment is on supporting plane;
Secondly, when determining that described electronic equipment is on described supporting plane, controlling described luminescence unit and opening;
Finally, when determining that described electronic equipment is not on described supporting plane, controlling described luminescence unit and closing.
When collecting unit is pressure acquisition unit, a pressure threshold can be preset, whether to be in the standard of supporting plane as electronic equipment.When pressure acquisition unit is arranged on the inner surface of support section, when the pressure parameter that control unit determination pressure acquisition unit gathers is greater than pressure threshold, control luminescence unit is opened, when the pressure parameter that control unit determination pressure acquisition unit gathers is less than pressure threshold, controls luminescence unit and close.When pressure acquisition unit is arranged on the outer surface of support section, first need determine the difference of the gravity of pressure threshold and electronic equipment, then, the pressure gathered by pressure acquisition unit and this difference compare, the pressure gathered when pressure acquisition unit is greater than this difference, controls luminescence unit and opens; The pressure gathered when pressure acquisition unit is less than this difference, controls luminescence unit and closes.
When collecting unit is motion pick unit, the kinematic parameter that can gather based on motion pick unit judges the direction of motion of electronic equipment, after determining that the direction of motion is consistent with first direction of motion, when determining that the kinematic parameter of electronic equipment is constant, control luminescence unit is opened, when determining the kinematic parameter change of electronic equipment, controlling luminescence unit and closing; When determining the direction of motion and described first direction of motion is inconsistent, controlling luminescence unit and closing;
Wherein, first direction of motion is towards the direction of described supporting plane, and second direction of motion is the direction away from supporting plane.
In the present embodiment, electronic equipment to be only on supporting plane just luminous, if electronic equipment is not on supporting plane, not luminous, wears electronic equipment and to walk the scene of continuous illumination in process, reduce the power consumption of electronic equipment relative to user.
The embodiment of the present invention ten also discloses a kind of electronic equipment, to describe another illumination mode of the luminance of the first parameter determination luminescence unit gathered based on collecting unit, with embodiment eight unlike, step " luminance based on the luminescence unit of electronic equipment described in described first state modulator " in embodiment eight, comprises following process:
First, described first parameter is utilized to judge whether described electronic equipment is on supporting plane;
Secondly, when determining that described electronic equipment is on described supporting plane, controlling described luminescence unit and launching the light matched with the first luminous intensity;
Finally, when determining that described electronic equipment is not on described supporting plane, controlling described luminescence unit and launching the light matched with the second luminous intensity.
Wherein, described first luminous intensity is less than described second luminous intensity.
Concrete, when collecting unit is pressure acquisition unit, a pressure threshold can be preset, whether to be in the standard of supporting plane as electronic equipment.When pressure acquisition unit is arranged on the inner surface of support section, the pressure that pressure acquisition unit gathers can characterize user for electronic equipment applied pressure, in this case, when the pressure parameter determining that pressure acquisition unit gathers is greater than pressure threshold, control luminescence unit and launch the light matched with the first luminous intensity, when the pressure parameter determining that pressure acquisition unit gathers is less than pressure threshold, then controls luminescence unit and launch the light matched with the second luminous intensity.
When pressure acquisition unit is arranged on the outer surface of support section, the pressure that pressure acquisition unit gathers at least comprises the gravity of electronic equipment itself, therefore, in this case, first need determine the difference of the gravity of pressure threshold and electronic equipment, then, the pressure gathered by pressure acquisition unit and this difference compare, the pressure gathered when pressure acquisition unit is greater than this difference, controls luminescence unit and launches the light matched with the first luminous intensity; The pressure gathered when pressure acquisition unit is less than this difference, controls luminescence unit and launches the light matched with the second luminous intensity.
Concrete, when collecting unit is motion pick unit, the direction of motion of electronic equipment can be judged based on kinematic parameter, after determining that the direction of motion is consistent with first direction of motion, when determining that the kinematic parameter of electronic equipment is constant, control luminescence unit and launch the light matched with the first luminous intensity, when determining the kinematic parameter change of electronic equipment, controlling luminescence unit and closing; When determining the direction of motion and described first direction of motion is inconsistent, controlling luminescence unit and launching the light matched with the second luminous intensity.
Wherein, first direction of motion is towards the direction of described supporting plane, and second direction of motion is the direction away from supporting plane.
In the present embodiment, electronic equipment is on supporting plane and sends out the low light level, electronic equipment is not on supporting plane and sends out high light, can not only remain that the supporting plane that user walks has light, be convenient to see road conditions clearly, and wear electronic equipment relative to user and to walk the scene of continuous illumination in process, reduce the power consumption of electronic equipment to a certain extent.
The embodiment of the present invention 11 discloses a kind of control method of electronic equipment, as shown in figure 12, comprising:
Step 1201: first parameter relevant to electronic equipment that the collecting unit obtaining electronic equipment gathers;
Step 1202: utilize the color parameter within the scope of the sensing unit collection target area of electronic equipment;
Step 1203: based on described color parameter determination color of object parameter;
Step 1204: when based on when the luminescence unit of electronic equipment is in opening described in described first state modulator, controls described luminescence unit and launch the light corresponding with described color of object parameter.
Wherein, described target area scope comprise first area at least partially and/or second area at least partially;
Described first area is when described electronic equipment is positioned at supporting plane, region adjacent with second area in described supporting plane; Described second area is on described supporting plane, the region corresponding with described support section.
Concrete, the corresponding relation of the color parameter that sensing unit gathers and color of object parameter can set according to actual conditions, and the present invention does not limit.Such as, the color of object parameter corresponding with different colours parameter can be stored in electronic equipment, to investigate and prosecute the color of object parameter corresponding with the color parameter that sensing unit gathers, or aberration is preset in setting, to determine that the color parameter gathered with sensing unit differs the color of object parameter presetting aberration.
In this description, each embodiment adopts the mode of going forward one by one to describe, and what each embodiment stressed is the difference with other embodiments, between each embodiment identical similar portion mutually see.For method disclosed in embodiment, because it is corresponding with device disclosed in embodiment, so description is fairly simple, relevant part illustrates see device section.
To the above-mentioned explanation of the disclosed embodiments, professional and technical personnel in the field are realized or uses the present invention.To be apparent for those skilled in the art to the multiple amendment of these embodiments, General Principle as defined herein can without departing from the spirit or scope of the present invention, realize in other embodiments.Therefore, the present invention can not be restricted to these embodiments shown in this article, but will meet the widest scope consistent with principle disclosed herein and features of novelty.

Claims (18)

1. an electronic equipment, is characterized in that, comprising:
Support section;
Maintaining part, be connected with described support section, for when being in maintenance state, making described electronic equipment keep the relative position relation at least partially with user's health by a spatial accommodation; Wherein, described spatial accommodation is made up of jointly described support section and described maintenance part;
Luminescence unit, is arranged on described support section or described maintenance part, for the external emission light to described electronic equipment;
The control unit be connected with described luminescence unit, for controlling the luminance of described luminescence unit.
2. electronic equipment according to claim 1, is characterized in that,
Described luminescence unit specifically for the first direction emission of light outside described electronic equipment, to make to form light efficiency in first area;
Described first direction is towards the direction of described first area, and described first area is when described electronic equipment is positioned at supporting plane, region adjacent with second area in described supporting plane;
Wherein, described second area is on described supporting plane, the region corresponding with described support section.
3. electronic equipment according to claim 1, is characterized in that,
Described luminescence unit is specifically for the second direction emission of light outside described electronic equipment, and described second direction is the direction of mating with third direction;
Wherein, described third direction is the direction of the second end pointing to described support section from the first end of described support section, described first end is less than the distance of described second end apart from described accommodation entrance apart from the distance of described spatial accommodation entrance, and described accommodation entrance is for the opening entering described spatial accommodation at least partially for user's health.
4. electronic equipment according to claim 3, is characterized in that, also comprises:
Comprise the display unit of described luminescence unit, for having the light of image information to the external emission of described electronic equipment, when the irradiation area of described luminescence unit exists imaging surface, form the light efficiency corresponding with described image information at described imaging surface.
5. electronic equipment according to claim 4, is characterized in that, described electronic equipment also comprises:
Memory cell, for storing described image information;
Or communication unit, for receiving the described image information that the second electronic equipment sends.
6. electronic equipment according to claim 2, is characterized in that,
Described spatial accommodation has an entrance, and described entrance is for the opening entering described spatial accommodation at least partially for user's health;
Wherein, plane residing for described entrance corresponds to a datum level, and described datum level is not in the irradiation area of described luminescence unit.
7. electronic equipment according to claim 1, is characterized in that, also comprises:
Collecting unit, for gathering first parameter relevant to described electronic equipment;
Accordingly, described control unit is specifically for the luminance based on luminescence unit described in described first state modulator.
8. electronic equipment according to claim 7, is characterized in that, described collection is singly specially:
Motion pick unit, specifically for gathering the kinematic parameter of described electronic equipment;
Based on described kinematic parameter, described control unit is determined whether the state of described electronic equipment meets and is preset variation pattern, if so, control described luminescence unit and open;
Wherein, described default variation pattern is at least for characterizing the switching of described electronic equipment between two different conditions.
9. electronic equipment according to claim 7, is characterized in that, described collecting unit is specially:
Be arranged on the pressure acquisition unit of described support section, specifically for gathering the pressure parameter relevant to described electronic equipment;
Accordingly, described control unit specifically controls the luminance of described luminescence unit based on described pressure parameter.
10. electronic equipment according to claim 7, it is characterized in that, specifically for utilizing described first parameter, described control unit judges whether described electronic equipment is on supporting plane, when determining that described electronic equipment is on described supporting plane, control described luminescence unit to open, when determining that described electronic equipment is not on described supporting plane, controlling described luminescence unit and closing.
11. electronic equipments according to claim 7, it is characterized in that, specifically for utilizing described first parameter, described control unit judges whether described electronic equipment is on supporting plane, when determining that described electronic equipment is on described supporting plane, control described luminescence unit and launch the light matched with the first luminous intensity, when determining that described electronic equipment is not on described supporting plane, controlling described luminescence unit and launching the light matched with the second luminous intensity;
Wherein, described first luminous intensity is less than described second luminous intensity.
12. electronic equipments according to claim 1, is characterized in that, also comprise:
Sensing unit, for gathering the color parameter within the scope of target area;
Described control unit, specifically for based on described color parameter determination color of object parameter, launches the light corresponding with described color of object parameter to control described luminescence unit;
Wherein, described target area scope comprise first area at least partially and/or second area at least partially;
Described first area is when described electronic equipment is positioned at supporting plane, region adjacent with second area in described supporting plane; Described second area is on described supporting plane, the region corresponding with described support section.
The control method of 13. 1 kinds of electronic equipments, is characterized in that, comprising:
First parameter relevant to described electronic equipment that the collecting unit obtaining described electronic equipment gathers;
Based on the luminance of the luminescence unit of electronic equipment described in described first state modulator;
Wherein, described luminescence unit is the support section or the maintenance part that are arranged at described electronic equipment, for the unit of the external emission light to described electronic equipment, described maintenance part is connected with described support section, for when being in maintenance state, make described electronic equipment lead to a spatial accommodation and keep the relative position relation at least partially with user's health, wherein, described spatial accommodation is made up of jointly described support section and described maintenance part.
14. control methods according to claim 13, is characterized in that, first parameter relevant to described electronic equipment that the collecting unit of the described electronic equipment of described acquisition gathers, and are specially:
The kinematic parameter of the described electronic equipment that the motion pick unit obtaining described electronic equipment gathers;
The luminance of the described luminescence unit based on electronic equipment described in described first state modulator, comprising:
Determine whether the state of described electronic equipment meets based on described kinematic parameter and preset variation pattern, if so, determine that described luminescence unit is in opening;
Wherein, described default variation pattern is at least for characterizing the switching of described electronic equipment between two different conditions.
15. control methods according to claim 13, is characterized in that, first parameter relevant to described electronic equipment that the collecting unit of the described electronic equipment of described acquisition gathers, and are specially:
The pressure parameter relevant to described electronic equipment that the pressure acquisition unit obtaining described electronic equipment gathers;
Wherein, described pressure acquisition unit is arranged on described support section;
Accordingly, the luminance of the described luminescence unit based on electronic equipment described in described first state modulator, comprising: the luminance controlling the luminescence unit of described electronic equipment based on described pressure parameter.
16. control methods according to claim 13, is characterized in that, the luminance of the described luminescence unit based on electronic equipment described in described first state modulator, comprising:
Described first parameter is utilized to judge whether described electronic equipment is on supporting plane;
When determining that described electronic equipment is on described supporting plane, controlling described luminescence unit and opening;
When determining that described electronic equipment is not on described supporting plane, controlling described luminescence unit and closing.
17. control methods according to claim 13, is characterized in that,
The luminance of the described luminescence unit based on electronic equipment described in described first state modulator, comprising:
Described first parameter is utilized to judge whether described electronic equipment is on supporting plane;
When determining that described electronic equipment is on described supporting plane, controlling described luminescence unit and launching the light matched with the first luminous intensity;
When determining that described electronic equipment is not on described supporting plane, controlling described luminescence unit and launching the light matched with the second luminous intensity;
Wherein, described first luminous intensity is less than described second luminous intensity.
18. control methods according to claim 13, is characterized in that, before the luminance based on the luminescence unit of electronic equipment described in described first state modulator, also comprise:
Utilize the color parameter within the scope of the sensing unit collection target area of described electronic equipment;
Based on described color parameter determination color of object parameter;
When based on when described in described first state modulator, the luminescence unit of electronic equipment is in opening, also comprise:
Control described luminescence unit and launch the light corresponding with described color of object parameter;
Wherein, described target area scope comprise first area at least partially and/or second area at least partially;
Described first area is when described electronic equipment is positioned at supporting plane, region adjacent with second area in described supporting plane; Described second area is on described supporting plane, the region corresponding with described support section.
CN201510623213.4A 2015-09-25 2015-09-25 The control method of a kind of electronic equipment and electronic equipment Active CN105299604B (en)

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CN201076054Y (en) * 2007-02-08 2008-06-25 詹金全 Night lamp shoes
CN202005291U (en) * 2011-02-10 2011-10-12 许政忠 Luminescent shoe with replaceable battery
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