CN203178570U - Wearable electronic device - Google Patents
Wearable electronic device Download PDFInfo
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- CN203178570U CN203178570U CN 201320123053 CN201320123053U CN203178570U CN 203178570 U CN203178570 U CN 203178570U CN 201320123053 CN201320123053 CN 201320123053 CN 201320123053 U CN201320123053 U CN 201320123053U CN 203178570 U CN203178570 U CN 203178570U
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Abstract
The utility model discloses a wearable electronic device, which comprises a fixed unit, a display unit, a first circuit board, a first processing chip and a first transmission unit. The fixed unit is used for maintaining the relative positional relationship between the electronic device and a user when the user is wearing the electronic device. The fixed unit comprises a first part, a second part and a third part. The first end of the first part is connected with the first end of the second part. The second end of the first part is connected with the first end of the third part. The display unit arranged at the first part is used for presenting a display image. The first circuit board is arranged at the second part. The first processing chip arranged on the first circuit board is used for used for generating a display image. The first transmission unit is arranged at the second part. The first end of the first transmission unit is connected with the first processing chip, while the second end of the first transmission unit is connected with the display unit so as to transfer the display image to the display unit. The circuit board of the wearable electronic device is reasonable in location distribution and does not keep out the line of sight for a user so as to preserve the view of the user from the original one.
Description
Technical field
The utility model relates to electronic technology field, relates in particular to a kind of Wearable electronic equipment.
Background technology
Along with the continuous development of science and technology, electronic technology has also obtained development at full speed, and the kind of electronic product is also more and more, and people have also enjoyed the various facilities that development in science and technology brings.People can pass through various types of electronic equipments now, for example: the Wearable electronic equipment, enjoy the comfortable life that brings along with development in science and technology.
In the prior art, Wearable electronic equipment for example Wearable glasses is a intelligent glasses, has the various services that smart mobile phone can provide.The external form of Wearable glasses is different with the design of traditional eyewear, it comprises parallel framework, a wide strip circuit board that is positioned at the picture frame right side that can be horizontally placed on bridge of the nose top, and transparent display screen, and is furnished with built-in microphone, also have a built-in camera, can carry out video record and photograph taking, Wearable glasses outer appearnce is like circulating type glasses, the Wearable glasses can be sent to eyeglass with information, and allow the user to receive and send messages by sound control.
The present application people finds to have to have following technical matters in the technology in the process that realizes the embodiment of the present application technical scheme at least:
In the prior art, because the circuit board of Wearable electronic equipment is positioned at the picture frame right side, circuit board is in the visual range of user's eyes, so there is the irrational technical matters of the circuit board position of Wearable electronic equipment in the prior art.
Further, just because of the circuit board position of Wearable electronic equipment is unreasonable, block user's sight line so the Wearable electronic equipment exists, influence the technical matters in the user visual field.
The utility model content
The embodiment of the present application provides a kind of Wearable electronic equipment, and the circuit board position that has solved the Wearable electronic equipment that exists in the prior art is unreasonable, blocks user's sight line, influences the technical matters in the user visual field.
The embodiment of the present application provides a kind of Wearable electronic equipment on the one hand, described electronic equipment comprises: fixed cell, be used for when the user wears described electronic equipment, keep the relative position relation between described electronic equipment and the described user, described fixed cell comprises first, second portion and third part, first end of described first is connected with first end of described second portion, and second end is connected with first end of described third part; Display unit is arranged on described first, is used for presenting one and shows image, and wherein, the transmittance of described display unit on first direction satisfied first is pre-conditioned; First circuit board is arranged in the described second portion, and first distance of first end of the described second portion of described first circuit board distance is greater than the second distance of second end of the described second portion of described first circuit board distance; First process chip is arranged on the described first circuit board, is used for generating described demonstration image; First transmission unit, be arranged on described second portion, first end of described first transmission unit connects described first process chip, second end connects described display unit, be used for described demonstration image is transferred to described display unit, wherein, it is described first pre-conditioned that the transmittance of described first transmission unit on second direction satisfies, and it is described first pre-conditioned that the transmittance of first subdivision on third direction that described first transmission unit is set on the described second portion satisfies.
Optionally, described first direction, described second direction and described third direction are for when described user wears described electronic equipment, direction from from described user to described electronic equipment is wherein, identical or different between described first direction, described second direction and the described third direction.
Optionally, described electronic equipment also comprises: image collecting device, and for the image that obtains a pickup area, described image collecting device comprises: lens unit, be arranged on the described electronic equipment, described lens unit is used for obtaining the optical imagery of described pickup area; Photosensitive unit is arranged on the described first circuit board, is used for based on described optical imagery, obtains described demonstration image; Second transmission unit, be arranged on the described second portion, first end of described second transmission unit connects described lens unit, second end connects described photosensitive unit, described second transmission unit is used for the described optical imagery that described lens unit obtains is transferred to described photosensitive unit, wherein, it is described first pre-conditioned that the transmittance that described second transmission unit makes progress in the four directions satisfies, and it is described first pre-conditioned that the transmittance of second subdivision on the 5th direction that described second transmission unit is set on the described second portion satisfies.
Optionally, described first comprises: first fixed frame, second fixed frame and coupling assembling, first end of described coupling assembling connects first side of described first fixed frame, second end connects first side of described second fixed frame, when described user wears described electronic equipment, described coupling assembling contacts described user's the bridge of the nose to support described electronic equipment, at least one zone is positioned at the visual range of described user's left eye in the frame of described first fixed frame, and at least one zone is positioned at the visual range of described user's right eye in the frame of described second fixed frame.
Optionally, described display unit comprises that first shows that subelement and second shows subelement, described first shows that subelement is arranged on described first fixed frame, described second shows that subelement is arranged on described second fixed frame, and described first shows that subelement and described second shows that subelement is used for presenting described demonstration image.
Optionally, described electronic equipment also comprises: radio receiving unit, be arranged on the described electronic equipment, and be used for receiving the described demonstration image that described first process chip sends; The wireless transmission unit is arranged on described third part, and described wireless transmission unit is connected with described radio receiving unit, is used for that described demonstration image is sent to described second and shows subelement; The 3rd transmission unit, be arranged on described third part, first end of described the 3rd transmission unit connects described wireless transmission unit, second end connects described second and shows subelement, be used for that described demonstration image is transferred to described second and show subelement, so that the described second demonstration subelement presents described demonstration image, wherein, it is described first pre-conditioned that the transmittance of described the 3rd transmission unit on the 6th direction satisfies, and it is described first pre-conditioned that the transmittance of the 3rd subdivision on the 7th direction that described the 3rd transmission unit is set on the described third part satisfies; Second end of described first transmission unit connects described first and shows subelement, is used for that described demonstration image is transferred to described first and shows subelement, so that described first shows that subelement presents described demonstration image.
Optionally, described electronic equipment also comprises: the 4th transmission unit, be arranged on described first fixed frame and described coupling assembling, first end of described the 4th transmission unit connects described first transmission unit, second end connects described second and shows subelement, be used for that described demonstration image is transferred to described second and show subelement, wherein, described the 4th transmission unit satisfies described first pre-conditioned from all directions at the transmittance that makes progress, it is described first pre-conditioned that the transmittance of the 4th subdivision on the 9th direction that described the 4th transmission unit is set on described first fixed frame satisfies, and it is described first pre-conditioned that the transmittance of the 5th subdivision on the tenth direction that described the 4th transmission unit is set on the described coupling assembling satisfies.
Optionally, described display unit comprises that first shows that subelement and second shows subelement, described first shows that subelement is arranged on described first fixed frame, described second shows that subelement is arranged on described second fixed frame, described first shows that subelement is used for presenting described demonstration image, and described second shows that subelement is used for presenting the second demonstration image different with described demonstration image.
Optionally, described electronic equipment also comprises: second circuit board, be arranged in the described third part, first distance of first end of the described third part of described second circuit board distance is greater than the second distance of second end of the described third part of described second circuit board distance; Second process chip is arranged on the described second circuit board, is used for generating described second and shows image; The 5th transmission unit, be arranged on described third part, first end of described the 5th transmission unit connects described second process chip, second end connects described second and shows subelement, be used for showing that with described second image transfers to described second and shows subelement, so that presenting described second, the described second demonstration subelement shows image, wherein, it is described first pre-conditioned that the transmittance of described the 5th transmission unit on the 11 direction satisfies, and it is described first pre-conditioned that the transmittance of transmittance on the 12 direction of the 6th subdivision that described the 5th transmission unit is set on the described third part satisfies; Second end of described first transmission unit connects described first and shows subelement, is used for that described demonstration image is transferred to described first and shows subelement, so that described first shows that subelement presents described demonstration image.
Optionally, described second portion and described third part are respectively first fixed mount and second fixed mount, described first fixed mount comprises the first pontes and first fixed part, described second fixed mount comprises second coupling part and second fixed part, first end of described the first pontes is connected with second side of described first fixed frame, second end is connected with first end of described first fixed part, first end of described second coupling part is connected with second side of described second fixed frame, second end is connected with first end of described second fixed part, and described first fixed part and described second fixed part are used for the ears of described electronic equipment hook housing described user.
Optionally, described first is specially a fixed frame that is first shape, when described user wears described electronic equipment, the first of described fixed frame is fitted on described user's the bridge of the nose both sides to support described electronic equipment, and at least one zone is positioned at the visual range of described user's eyes in the frame of described fixed frame.
Optionally, described second portion and described third part are respectively first fixed mount and second fixed mount, described first fixed mount comprises the first pontes and first fixed part, described second fixed mount comprises second coupling part and second fixed part, first end of described the first pontes is connected with first side of described fixed frame, second end is connected with first end of described first fixed part, first end of described second coupling part is connected with second side of described fixed frame, second end is connected with first end of described second fixed part, and described first fixed part and described second fixed part are used for the ears of described electronic equipment hook housing described user.
Optionally, described electronic equipment also comprises: power supply unit is connected with described first circuit board, for described electronic equipment provides power supply.
Optionally, described electronic equipment also comprises: counterweight element, be arranged on the described electronic equipment, make the centre of gravity place of described electronic equipment be positioned at the first default line and/or the second default line, the described first default line is starting point for the center with described first, the line that is parallel to described second portion, the described second default line is parallel to the line of described first for the center with described second portion is starting point.
The one or more technical schemes that provide in the embodiment of the present application have following technique effect or advantage at least:
Wearable electronic equipment in the embodiment of the present application comprises: fixed cell, be used for when the user wears described electronic equipment, keep the relative position relation between described electronic equipment and the described user, described fixed cell comprises first, second portion and third part, first end of described first is connected with first end of described second portion, and second end is connected with first end of described third part; Display unit is arranged on described first, is used for presenting one and shows image, and wherein, the transmittance of described display unit on first direction satisfied first is pre-conditioned; First circuit board is arranged in the described second portion, and first distance of first end of the described second portion of described first circuit board distance is greater than the second distance of second end of the described second portion of described first circuit board distance; First process chip is arranged on the described first circuit board, is used for generating described demonstration image; First transmission unit, be arranged on described second portion, first end of described first transmission unit connects described first process chip, second end connects described display unit, be used for described demonstration image is transferred to described display unit, wherein, it is described first pre-conditioned that the transmittance of described first transmission unit on second direction satisfies, and it is described first pre-conditioned that the transmittance of first subdivision on third direction that described first transmission unit is set on the described second portion satisfies.Because the circuit board of Wearable electronic equipment is arranged in the described second portion, and first distance of first end of the described second portion of described first circuit board distance is greater than the second distance of second end of the described second portion of described first circuit board distance, the position that is circuit board is positioned at outside the visual range of user's eyes, so solved the irrational technical matters of circuit board position of the Wearable electronic equipment that exists in the prior art effectively, the position distribution of the circuit board of Wearable electronic equipment is reasonable.
Further, just because of the circuit board position of Wearable electronic equipment is reasonable, and the transmittance of described display unit on first direction satisfied first is pre-conditioned, it is described first pre-conditioned that the transmittance of described first transmission unit on second direction satisfies, it is described first pre-conditioned that the transmittance of first subdivision on third direction that described first transmission unit is set on the described second portion satisfies, so the Wearable electronic equipment does not block user's sight line, do not influence the user visual field.
Further again, because the first of Wearable electronic equipment can be for comprising first fixed frame, second fixed frame and coupling assembling, first also can be directly for being the fixed frame of first shape, can enlarge the usable range of Wearable electronic equipment, satisfy the user to the personalized requirement of Wearable electronic equipment.
Further again, when first comprises first fixed frame, second fixed frame and coupling assembling, first display unit that is arranged on described first fixed frame can present identical image with second display unit that is arranged on described second fixed frame, also can present different images respectively, the Wearable electronic equipment can present image according to concrete applied environment, can enlarge the scope of application of Wearable electronic equipment.
Further, the Wearable electronic equipment also comprises counterweight element, be arranged on the electronic equipment, make the centre of gravity place of described electronic equipment be positioned at the first default line and/or the second default line, the described first default line is starting point for the center with described first, the line that is parallel to described second portion, the described second default line is starting point for the center with second portion, the line that is parallel to described first, make Wearable electronic equipment left and right sides balance and/or anterior-posterior balance, the principle that meets ergonomics makes that user's the process of wearing is comfortable, improves the user and experiences.
Description of drawings
Fig. 1 a is first synoptic diagram of Wearable electronic equipment among the application one embodiment;
Fig. 1 b is second synoptic diagram of Wearable electronic equipment among the application one embodiment.
Embodiment
The embodiment of the present application provides a kind of Wearable electronic equipment, and the circuit board position that has solved the Wearable electronic equipment that exists in the prior art is unreasonable, blocks user's sight line, influences the technical matters in the user visual field.
The technical scheme of the utility model one embodiment is for solving the above problems, and general thought is as follows:
The Wearable electronic equipment comprises: fixed cell, be used for when user's wearable electronic device, keep the relative position relation between electronic equipment and the user, fixed cell comprises first, second portion and third part, first end of first is connected with first end of second portion, and second end is connected with first end of third part; Display unit is arranged on first, is used for presenting one and shows image, and wherein, the transmittance of display unit on first direction satisfied first is pre-conditioned; First circuit board is arranged in the second portion, first circuit board apart from first distance of first end of second portion greater than the second distance of first circuit board apart from second end of second portion; First process chip is arranged on the first circuit board, is used for generating the demonstration image; First transmission unit, be arranged on second portion, first end of first transmission unit connects first process chip, second end connects display unit, be used for to show that image transfers to display unit, wherein, the transmittance of first transmission unit on second direction satisfied first is pre-conditioned, and the transmittance of first subdivision on third direction that first transmission unit is set on the second portion satisfied first is pre-conditioned.Because the circuit board of Wearable electronic equipment is arranged in the second portion, and first circuit board apart from first distance of first end of second portion greater than the second distance of first circuit board apart from second end of second portion, the position that is circuit board is positioned at outside the visual range of user's eyes, so solved the irrational technical matters of circuit board position of the Wearable electronic equipment that exists in the prior art effectively, the position distribution of the circuit board of Wearable electronic equipment is reasonable.
Further, just because of the circuit board position of Wearable electronic equipment is reasonable, and the transmittance of display unit on first direction satisfied first is pre-conditioned, the transmittance of first transmission unit on second direction satisfied first is pre-conditioned, the transmittance of first subdivision on third direction that first transmission unit is set on the second portion satisfied first is pre-conditioned, so the Wearable electronic equipment does not block user's sight line, do not influence the user visual field.
In order better to understand technique scheme, below in conjunction with Figure of description and concrete embodiment technique scheme is described in detail.
As shown in Figure 1a, present embodiment provides a kind of Wearable electronic equipment, the Wearable electronic equipment comprises: fixed cell, be used for when user's wearable electronic device, keep the relative position relation between electronic equipment and the user, fixed cell comprises first 101, second portion 102 and third part 103, and first end of first 101 is connected with first end of second portion 102, and second end is connected with first end of third part 103; Display unit is arranged on first 101, is used for presenting one and shows image, and wherein, the transmittance of display unit on first direction satisfied first is pre-conditioned; First circuit board 11 is arranged in the second portion 102, first circuit board 11 apart from first distance of first end of second portion 102 greater than the second distance of first circuit board 11 apart from second end of second portion 102; First process chip is arranged on the first circuit board 11, is used for generating the demonstration image; First transmission unit 12, be arranged on second portion 102, first end of first transmission unit 12 connects first process chip, second end connects display unit, be used for to show that image transfers to display unit, wherein, the transmittance of first transmission unit 12 on second direction satisfied first is pre-conditioned, and the transmittance of first subdivision on third direction that first transmission unit 12 is set on the second portion 102 satisfied first is pre-conditioned.
Wherein, transmittance is the luminous flux of transparent or translucent body and the percent of its incident flux, can reflect display unit on first direction, first transmission unit 12 on second direction and first subdivision in the transparency of third direction.The monochromatic light that with intensity is I2 shines display unit at first direction, during at second direction irradiation first transmission unit 12 with in third direction irradiation first subdivision, part monochromatic light will be shown unit, first transmission unit 12 and first subdivision and absorb, part monochromatic light is with transmission display unit, first transmission unit 12 and first subdivision, the monochromatic light intensity of supposing transmission display unit, first transmission unit 12 and first subdivision is I2, and transmittance T is so:
Display unit is on first direction, first transmission unit 12 is pre-conditioned at the transmittance satisfied of third direction with first subdivision on second direction, for example display unit is on first direction, first transmission unit 12 on second direction and first subdivision at the transmittance of third direction more than or equal to 70%, owing to the value of transmittance be according to actual needs or manufacture craft decide, under normal conditions, when transmittance more than or equal to 70% the time, human eye can't be identified, the Wearable electronic equipment does not block user's sight line, do not influence the user visual field, certainly, in actual application, display unit is on first direction, first transmission unit 12 on the second direction and the difference between the value and 70% of first subdivision at the transmittance on the third direction can be in a preset difference value scope, the application is not restricted.
Wherein, first direction, second direction and third direction are when user's wearable electronic device, and the direction from the user to electronic equipment is identical or different between first direction, second direction and the third direction.
Further, the Wearable electronic equipment also comprises: image collecting device and second transmission unit 13.
Wherein, image collecting device is used for gathering the image of a pickup area, image collecting device comprises lens unit and photosensitive unit, lens unit is arranged on the electronic equipment, lens unit is used for obtaining the optical imagery of pickup area, lens unit can be arranged on the diverse location of electronic equipment according to actual needs, to be arranged in the first 101 with lens unit below is that example describes, lens unit 14 is arranged in the first 101, when user's wearable electronic device, because first 101 is positioned at the place ahead of user, so lens unit 14 can obtain the optical object of the pickup area in current user the place ahead, and the optical object that acquires is adjusted, thereby realized that optical imagery is to generate optical imagery.
Wherein, second transmission unit 13 is arranged on the second portion 102, first end of second transmission unit 13 connects lens unit 14, second end connects photosensitive unit, second transmission unit 13 is used for the optical imagery that lens unit 14 obtains is transferred to photosensitive unit, wherein, the transmittance that second transmission unit 13 makes progress in the four directions satisfied first is pre-conditioned for example more than or equal to 70%, and the transmittance of second subdivision on the 5th direction that second transmission unit 13 is set on the second portion 102 satisfied first is pre-conditioned for example more than or equal to 70%.
Photosensitive unit is arranged on the first circuit board 11, be used for based on optical imagery, obtain a photographic images, photosensitive unit both can adopt the coupling of CCD(electric charge) the type photosensitive unit, also can adopt CMOS(CMOS (Complementary Metal Oxide Semiconductor) conductor) photosensitive unit, in specific implementation process, photosensitive unit can be selected according to actual needs, does not apply for not being restricted.
In order to enlarge the usable range of Wearable electronic equipment, satisfy the user to the personalized requirement of Wearable electronic equipment, can be divided into following two kinds but be not limited to two kinds of situations according to the form of the first 101 of Wearable electronic equipment, first kind of situation is that first 101 comprises first fixed frame, second fixed frame and coupling assembling, be that the Wearable electronic equipment is dual-display unit formula electronic equipment, second kind of situation is that first 101 is the fixed frame that is first shape, and namely the Wearable electronic equipment is single display unit formula electronic equipment.To be described in detail respectively both of these case below.
The application first embodiment is dual-display unit formula electronic equipment, please continue the 1a with reference to figure, wherein, first 101 comprises: first fixed frame 1011, second fixed frame 1012 and coupling assembling 1013, first end of coupling assembling 1013 connects first side of first fixed frame 1011, second end connects first side of second fixed frame 1012, when user's wearable electronic device, coupling assembling 1013 contact users' the bridge of the nose is with support electronic equipment, at least one zone is positioned at the visual range of user's left eye in the frame of first fixed frame 1011, and at least one zone is positioned at the visual range of user's right eye in the frame of second fixed frame 1012.
Wherein, the shape of first fixed frame 1011 and second fixed frame 1012 can be for round, square or ellipse, and the application is not restricted.
Wherein, coupling assembling 1013 comprises crossbeam and support member, first end of crossbeam connects first fixed frame 1011, second end connects second fixed frame 1012, crossbeam and first fixed frame 1011 and second fixed frame 1012 adopt one-body molded linking together, can be that other modes are for example welded, the application limit yet.Support member is arranged on the crossbeam, and when user's wearable electronic device, crossbeam is positioned at user's bridge of the nose top, and support member is fitted in user's bridge of the nose both sides.Particularly, support member comprises first trailing arm, second trailing arm, first stipule and second stipule, first end of first trailing arm connects crossbeam, second end connects first stipule, first end of second trailing arm connects crossbeam, second end connects second stipule, first stipule is positioned on user's the bridge of the nose left side, second stipule is positioned on user's bridge of the nose right side, first stipule directly contacts with user's nose with second stipule, support is also stablized first fixed frame 1011 and second fixed frame 1012, makes it not landing, does not rock.
Display unit comprises that first shows that subelement 111 and second shows subelement 112, in order to make the Wearable electronic equipment present image according to concrete applied environment, enlarge the scope of application of Wearable electronic equipment, the Wearable electronic equipment shows according to first whether the image that subelement 111 and second shows that subelement 112 presents is identical, be divided into two kinds of situations, first kind of situation is that first of Wearable electronic equipment shows that subelement 111 and second shows that subelement 112 presents identical demonstration image, and second kind of situation is that first of Wearable electronic equipment shows that subelement 111 and second shows that subelement 112 presents demonstration image inequality.
First kind of situation, first of Wearable electronic equipment show that subelement 111 and second shows that subelement 112 presents identical demonstration image.In this case; first shows that subelement 111 is arranged on first fixed frame 1011; second shows that subelement 112 is arranged on second fixed frame 1012; the inboard of first fixed frame 1011 and second fixed frame 1012 has groove; first shows that subelement 111 and second shows that subelement 112 has projection; the groove of first fixed frame 1011 and second fixed frame 1012 and first shows that subelement 111 and second shows that the projection of subelement 112 is complementary; making wins shows that subelement 111 and second shows that subelement 112 can be fixed in first fixed frame 1011 and second fixed frame 1012, and first fixed frame 1011 and second fixed frame 1012 have fixing and protect first to show that subelement 111 and second shows the effect of subelement 112.
Certainly, in another embodiment of the application, first fixed frame 1011 and second fixed frame 1012 can be fixed first by other means and show that subelement 111 and second shows subelement 112, for example has boring in the inboard of first fixed frame 1011 and second fixed frame 1012, first display unit 111 and second display unit 112 have securing member, the boring of first fixed frame 1011 and second fixed frame 1012 and first shows that subelement 111 and second shows that the securing member of subelement 112 is complementary, making wins shows that subelement 111 and second shows that subelement 112 can be fixed in first fixed frame 1011 and second fixed frame 1012, and the application is not restricted.
Further, the Wearable electronic equipment also comprises: radio receiving unit, and be arranged on and for example be arranged on third part 102 on the electronic equipment, be used for receiving the demonstration image that first process chip sends; The wireless transmission unit is arranged on third part 103, and the wireless transmission unit is connected with radio receiving unit, is used for showing that image is sent to second and shows subelement 112; The 3rd transmission unit 15, be arranged on third part 103, first end of the 3rd transmission unit 15 connects the wireless transmission unit, second end connects second and shows subelement 112, be used for to show that image transfers to second and shows subelement 112, so that the second demonstration subelement 112 presents the demonstration image, wherein, the transmittance of the 3rd transmission unit 15 on the 6th direction satisfied first is pre-conditioned, and the transmittance of the 3rd subdivision on the 7th direction that the 3rd transmission unit 15 is set on the third part 103 satisfied first is pre-conditioned for example more than or equal to 70%; Second end of first transmission unit 12 connects first and shows subelement 111, is used for showing that image transfers to first and shows subelement 111, so that first shows that subelement 111 presents the demonstration image.
In one embodiment, first shows that subelement 111 and second shows that subelement 112 presents the process that shows image and is: when lens unit 14 receives the optical object of pickup area, the optical object that receives is adjusted, thereby obtain an optical imagery, optical imagery transfers to photosensitive unit by second transmission unit 13, when the photoactive substance of photosensitive unit is received the light irradiation, optics is converted into electric charge, all electric signal are added together and just constitute a complete image, generate an original image, the original image that first process chip generates based on photosensitive unit generates one and shows image.
First process chip will show that image is sent to radio receiving unit, after radio receiving unit receives and shows image, send and show that image is to the wireless transmission unit, the wireless transmission unit will show that by the 3rd transmission unit 15 image is sent to second and shows subelement 112 after receiving and showing image, so that the second demonstration subelement 112 presents the demonstration image, simultaneously, first process chip will show that by first transmission unit 12 image is sent to first and shows subelement 111, so that the first demonstration subelement 111 presents the demonstration image, first process chip is by sending synchronous enabling signal to radio receiving unit, make radio receiving unit and first process chip send simultaneously and show that image to the first shows that subelement 111 and second shows subelement 112, and then make the demonstration subelement 111 and second of winning show that subelement 112 can present the demonstration image simultaneously.
In another embodiment, realize presenting simultaneously the demonstration image, electronic equipment also comprises the 4th transmission unit 16, be arranged on first fixed frame 1012 and coupling assembling 1013, first end of the 4th transmission unit 16 connects first transmission unit 12, second end connects second and shows subelement 112, be used for to show that image transfers to second and shows subelement 112, wherein, the transmittance satisfied first that the 4th transmission unit 16 makes progress in all directions is pre-conditioned for example more than or equal to 70%, the transmittance of the 4th subdivision on the 9th direction that the 4th transmission unit 16 is set on first fixed frame 1011 satisfied first is pre-conditioned for example more than or equal to 70%, and the transmittance of the 5th subdivision on the tenth direction that the 4th transmission unit is set on the coupling assembling 1013 satisfied first is pre-conditioned for example more than or equal to 70%.
First shows that subelement 111 and second shows that subelement 112 presents the process that shows image and is: when lens unit 14 receives the optical object of pickup area, the optical object that receives is adjusted, thereby obtain an optical imagery, optical imagery transfers to photosensitive unit by second transmission unit 13, when the photoactive substance of photosensitive unit is received the light irradiation, optics is converted into electric charge, all electric signal are added together and just constitute a complete image, generate an original image, the original image that first process chip generates based on photosensitive unit generates one and shows image.
First process chip will show that by first transmission unit 12 and the 4th transmission unit 16 image is sent to second and shows subelement 112, so that the second demonstration subelement 112 presents the demonstration image, simultaneously, first process chip will show that by first transmission unit 12 image is sent to first and shows subelement 111, so that first shows that subelement 111 presents the demonstration image.
Second kind of situation, first of Wearable electronic equipment show that subelement 111 and second shows that subelement 112 presents different demonstration images.In this case, first shows that subelement 111 is used for presenting the demonstration image, second shows that subelement 112 is used for presenting and the second demonstration image that shows that image is different, first shows that subelement 111 is arranged on first fixed frame 1011, second shows that subelement 112 is arranged on second fixed frame 1012, first fixed frame 1011 in the embodiment of the present application and second fixed frame 1012 are fixed first and are shown that first fixed frame 1011 among mode that subelement 111 and second shows subelement 112 and the last embodiment and second fixed frame 1012 fix first and show that the mode of subelement 111 and the second demonstration subelement 112 is identical, and the application is not restricted.
Further, electronic equipment also comprises: second circuit board 17, be arranged in the third part 103, second circuit board 17 apart from first distance of first end of third part 103 greater than the second distance of second circuit board 17 apart from second end of third part 103; Second process chip is arranged on the second circuit board 17, is used for generating second and shows image; The 5th transmission unit 18, be arranged on third part 103, first end of the 5th transmission unit 18 connects second process chip, second end connects second and shows subelement 112, be used for showing that with second image transfers to second and shows subelement 112, so that presenting second, the second demonstration subelement 112 shows image, wherein, the transmittance of the 5th transmission unit 18 on the 11 direction satisfied first is pre-conditioned for example more than or equal to 70%, and the transmittance of transmittance on the 12 direction of the 6th subdivision that the 5th transmission unit 18 is set on the third part 103 satisfied first is pre-conditioned for example more than or equal to 70%; Second end of first transmission unit 12 connects first and shows subelement 111, is used for showing that image transfers to first and shows subelement 111, so that first shows that subelement 111 presents the demonstration image.
When generating second, second process chip shows image, and first process chip generates when showing image, first shows that subelement 111 and second shows that subelement presents the different processes of images that show and is: second process chip shows that with second image is sent to second and shows subelement 112 by the 5th transmission unit 18, so that second shows that subelement 112 presents second and shows image; Simultaneously, first process chip will show that by first transmission unit 12 image is sent to first and shows subelement 111, so that first shows that subelement 111 presents the demonstration image.
The application second embodiment is single display unit formula electronic equipment, please refer to Fig. 1 b, wherein, first 101 is for being the fixed frame of first shape, when user's wearable electronic device, the first of fixed frame is fitted on user's the bridge of the nose both sides with support electronic equipment, and at least one zone is positioned at the visual range of user's eyes in the frame of fixed frame.
The display unit 19 of electronic equipment presents the process that shows image: when lens unit 14 receives the optical object of pickup area, the optical object that receives is adjusted, thereby obtain an optical imagery, optical imagery transfers to photosensitive unit by second transmission unit 13, when the photoactive substance of photosensitive unit is received the light irradiation, optics is converted into electric charge, all electric signal are added together and just constitute a complete image, generate an original image, the original image that first process chip generates based on photosensitive unit generates one and shows image.
First process chip will show that by first transmission unit 12 image is sent to display unit 19, so that display unit 19 presents the demonstration image.
Below will introduce second portion 102 among the application first embodiment and second embodiment and the concrete structure of third part 103.
What the second portion 102 among the application first embodiment and second embodiment and third part 103 were identical is: second portion 102 and third part 103 are respectively first fixed mount and second fixed mount, first fixed mount comprises the first pontes and first fixed part, second fixed mount comprises second coupling part and second fixed part, first fixed part and second fixed part are ear-hanger, ear-hanger is the part that contacts with user's ears in the electronic equipment, ear-hanger can be the ear-hanger of semi-mounted type, carry out wearing and winning of electronic equipment easily, long-time continuous is used can obtain the comfortable sense of wearing.Ear-hanger can be compared with semi-mounted type ear-hanger for the shape of the semi arch of the type that curls, and electronic equipment is difficult to skew, but wearing or winning of electronic equipment is bothersome.
But the first pontes in the application first embodiment and second embodiment and the connected mode of second coupling part and first are distinguished to some extent.
Particularly, in the application first embodiment, first end of the first pontes is connected with second side of first fixed frame 1011, second end is connected with first end of first fixed part, first end of second coupling part is connected with second side of second fixed frame 1012, second end is connected with first end of second fixed part, and first fixed part and second fixed part are used for the ears of electronic equipment hook housing the user.
And in the application second embodiment, first end of the first pontes is connected with first side of fixed frame, second end is connected with first end of first fixed part, first end of second coupling part is connected with second side of fixed frame, second end is connected with first end of second fixed part, and first fixed part and second fixed part are used for the ears of electronic equipment hook housing the user.
Further, electronic equipment also comprises: the first fixed mount core and the second fixed mount core, and the first fixed mount core is arranged on the first fixed mount inside, is used for strengthening the intensity of first fixed mount; The second fixed mount core is arranged on the second fixed mount inside, is used for strengthening the intensity of second fixed mount, is used for strengthening the fastness of first fixed mount and second fixed mount, and not yielding.
Further, electronic equipment also comprises: the first anti-sliding sleeve and the second anti-sliding sleeve, the first anti-skidding afterbody that is set on first fixed part, the second anti-skidding afterbody that is set on second fixed part.That the first anti-sliding sleeve and the second anti-sliding sleeve can play is anti-skidding, anticorrosion, comfortable effect of wearing.When user strenuous exercise, can prevent that electronic equipment from sliding from ear, anti-sliding sleeve contacts with ear, utilizes the intrinsic physiological bending of ear root, has increased contact area, thereby can effectively prevent electronic equipment landing from the ear.
Further, electronic equipment also comprises power supply unit, and power supply unit comprises the first power supply subelement and the second power supply subelement.The first power supply subelement is connected with first circuit board, and the second power supply subelement is connected with second circuit board, or the second power supply subelement is connected with the wireless transmission unit, and first subelement and second subelement of powering of powering provides power supply for electronic equipment.
Wherein, the first power supply subelement can be arranged on the first circuit board 11, also can be arranged on the second circuit board 17, can also be arranged on the third part 103, can also be arranged on according to user's demand on other positions of electronic equipment, the application is not restricted.
Wherein, the second power supply subelement can be arranged on the first circuit board 11, also can be arranged on the second circuit board 17, can also be arranged on the third part 103, can also be arranged on according to user's demand on other positions of electronic equipment, the application is not restricted.
In order to make Wearable electronic equipment left and right sides balance and/or anterior-posterior balance, the principle that meets ergonomics, make that user's the process of wearing is comfortable, improve and be suitable for person's experience, electronic equipment also comprises counterweight element, counterweight element can be parts independent on the electronic equipment, also can be the combination of these parts, can also be the parts that increase, counterweight element makes the centre of gravity place of electronic equipment be positioned at the first default line and/or the second default line, the first default line is starting point for the center with first 101, the line that is parallel to second portion 102, the second default line is parallel to the line of first 101 for the center with second portion 102 is starting point, when the centre of gravity place of electronic equipment is positioned on the first default line, the left and right sides balance of electronic equipment, when the centre of gravity place of electronic equipment is positioned on the second default line, the anterior-posterior balance of electronic equipment, and when the centre of gravity place of electronic equipment is positioned at the position of intersecting point of the first default line and the second default line, left and right sides balance and the anterior-posterior balance of electronic equipment.
Wherein, first transmission unit, 12, the second transmission unit 13, the three transmission units, 15, the four transmission units 16 and the 5th transmission unit 18 are for example optical fiber of transparent optical waveguide, and the application is not restricted.
The one or more technical schemes that provide in the embodiment of the present application have following technique effect or advantage at least:
Wearable electronic equipment in the embodiment of the present application comprises: fixed cell, be used for when the user wears described electronic equipment, keep the relative position relation between described electronic equipment and the described user, described fixed cell comprises first, second portion and third part, first end of described first is connected with first end of described second portion, and second end is connected with first end of described third part; Display unit is arranged on described first, is used for presenting one and shows image, and wherein, the transmittance of described display unit on first direction satisfied first is pre-conditioned; First circuit board is arranged in the described second portion, and first distance of first end of the described second portion of described first circuit board distance is greater than the second distance of second end of the described second portion of described first circuit board distance; First process chip is arranged on the described first circuit board, is used for generating described demonstration image; First transmission unit, be arranged on described second portion, first end of described first transmission unit connects described first process chip, second end connects described display unit, be used for described demonstration image is transferred to described display unit, wherein, it is described first pre-conditioned that the transmittance of described first transmission unit on second direction satisfies, and it is described first pre-conditioned that the transmittance of first subdivision on third direction that described first transmission unit is set on the described second portion satisfies.Because the circuit board of Wearable electronic equipment is arranged in the described second portion, and first distance of first end of the described second portion of described first circuit board distance is greater than the second distance of second end of the described second portion of described first circuit board distance, the position that is circuit board is positioned at outside the visual range of user's eyes, so solved the irrational technical matters of circuit board position of the Wearable electronic equipment that exists in the prior art effectively, the position distribution of the circuit board of Wearable electronic equipment is reasonable.
Further, just because of the circuit board position of Wearable electronic equipment is reasonable, and the transmittance of described display unit on first direction satisfied first is pre-conditioned, it is described first pre-conditioned that the transmittance of described first transmission unit on second direction satisfies, it is described first pre-conditioned that the transmittance of first subdivision on third direction that described first transmission unit is set on the described second portion satisfies, so the Wearable electronic equipment does not block user's sight line, do not influence the user visual field.
Further again, because the first of Wearable electronic equipment can be for comprising first fixed frame, second fixed frame and coupling assembling, first also can be directly for being the fixed frame of first shape, can enlarge the usable range of Wearable electronic equipment, satisfy the user to the personalized requirement of Wearable electronic equipment.
Further again, when first comprises first fixed frame, second fixed frame and coupling assembling, first display unit that is arranged on described first fixed frame can present identical image with second display unit that is arranged on described second fixed frame, also can present different images respectively, the Wearable electronic equipment can present image according to concrete applied environment, can enlarge the scope of application of Wearable electronic equipment.
Further, the Wearable electronic equipment also comprises counterweight element, be arranged on the electronic equipment, make the centre of gravity place of described electronic equipment be positioned at the first default line and/or the second default line, the described first default line is starting point for the center with described first, the line that is parallel to described second portion, the described second default line is starting point for the center with second portion, the line that is parallel to described first, make Wearable electronic equipment left and right sides balance and/or anterior-posterior balance, the principle that meets ergonomics makes that user's the process of wearing is comfortable, improves the user and experiences.
Obviously, those skilled in the art can carry out various changes and modification to the utility model and not break away from spirit and scope of the present utility model.Like this, if of the present utility model these are revised and modification belongs within the scope of the utility model claim and equivalent technologies thereof, then the utility model also is intended to comprise these changes and modification interior.
Claims (14)
1. a Wearable electronic equipment is characterized in that, described electronic equipment comprises:
Fixed cell, be used for when the user wears described electronic equipment, keep the relative position relation between described electronic equipment and the described user, described fixed cell comprises first, second portion and third part, first end of described first is connected with first end of described second portion, and second end is connected with first end of described third part;
Display unit is arranged on described first, is used for presenting one and shows image, and wherein, the transmittance of described display unit on first direction satisfied first is pre-conditioned;
First circuit board is arranged in the described second portion, and first distance of first end of the described second portion of described first circuit board distance is greater than the second distance of second end of the described second portion of described first circuit board distance;
First process chip is arranged on the described first circuit board, is used for generating described demonstration image;
First transmission unit, be arranged on described second portion, first end of described first transmission unit connects described first process chip, second end connects described display unit, be used for described demonstration image is transferred to described display unit, wherein, it is described first pre-conditioned that the transmittance of described first transmission unit on second direction satisfies, and it is described first pre-conditioned that the transmittance of first subdivision on third direction that described first transmission unit is set on the described second portion satisfies.
2. electronic equipment as claimed in claim 1, it is characterized in that, described first direction, described second direction and described third direction are for when described user wears described electronic equipment, direction from from described user to described electronic equipment, wherein, identical or different between described first direction, described second direction and the described third direction.
3. electronic equipment as claimed in claim 1 is characterized in that, described electronic equipment also comprises:
Image collecting device, for the image that obtains a pickup area, described image collecting device comprises:
Lens unit is arranged on the described electronic equipment, and described lens unit is used for obtaining the optical imagery of described pickup area;
Photosensitive unit is arranged on the described first circuit board, is used for based on described optical imagery, obtains described demonstration image;
Second transmission unit, be arranged on the described second portion, first end of described second transmission unit connects described lens unit, second end connects described photosensitive unit, described second transmission unit is used for the described optical imagery that described lens unit obtains is transferred to described photosensitive unit, wherein, it is described first pre-conditioned that the transmittance that described second transmission unit makes progress in the four directions satisfies, and it is described first pre-conditioned that the transmittance of second subdivision on the 5th direction that described second transmission unit is set on the described second portion satisfies.
4. electronic equipment as claimed in claim 1, it is characterized in that, described first comprises: first fixed frame, second fixed frame and coupling assembling, first end of described coupling assembling connects first side of described first fixed frame, second end connects first side of described second fixed frame, when described user wears described electronic equipment, described coupling assembling contacts described user's the bridge of the nose to support described electronic equipment, at least one zone is positioned at the visual range of described user's left eye in the frame of described first fixed frame, and at least one zone is positioned at the visual range of described user's right eye in the frame of described second fixed frame.
5. electronic equipment as claimed in claim 4, it is characterized in that, described display unit comprises that first shows that subelement and second shows subelement, described first shows that subelement is arranged on described first fixed frame, described second shows that subelement is arranged on described second fixed frame, and described first shows that subelement and described second shows that subelement is used for presenting described demonstration image.
6. electronic equipment as claimed in claim 5 is characterized in that, described electronic equipment also comprises:
Radio receiving unit is arranged on the described electronic equipment, is used for receiving the described demonstration image that described first process chip sends;
The wireless transmission unit is arranged on described third part, and described wireless transmission unit is connected with described radio receiving unit, is used for that described demonstration image is sent to described second and shows subelement;
The 3rd transmission unit, be arranged on described third part, first end of described the 3rd transmission unit connects described wireless transmission unit, second end connects described second and shows subelement, be used for that described demonstration image is transferred to described second and show subelement, so that the described second demonstration subelement presents described demonstration image, wherein, it is described first pre-conditioned that the transmittance of described the 3rd transmission unit on the 6th direction satisfies, and it is described first pre-conditioned that the transmittance of the 3rd subdivision on the 7th direction that described the 3rd transmission unit is set on the described third part satisfies;
Second end of described first transmission unit connects described first and shows subelement, is used for that described demonstration image is transferred to described first and shows subelement, so that described first shows that subelement presents described demonstration image.
7. electronic equipment as claimed in claim 5 is characterized in that, described electronic equipment also comprises:
The 4th transmission unit, be arranged on described first fixed frame and described coupling assembling, first end of described the 4th transmission unit connects described first transmission unit, second end connects described second and shows subelement, be used for that described demonstration image is transferred to described second and show subelement, wherein, described the 4th transmission unit satisfies described first pre-conditioned from all directions at the transmittance that makes progress, it is described first pre-conditioned that the transmittance of the 4th subdivision on the 9th direction that described the 4th transmission unit is set on described first fixed frame satisfies, and it is described first pre-conditioned that the transmittance of the 5th subdivision on the tenth direction that described the 4th transmission unit is set on the described coupling assembling satisfies.
8. electronic equipment as claimed in claim 4, it is characterized in that, described display unit comprises that first shows that subelement and second shows subelement, described first shows that subelement is arranged on described first fixed frame, described second shows that subelement is arranged on described second fixed frame, described first shows that subelement is used for presenting described demonstration image, and described second shows that subelement is used for presenting the second demonstration image different with described demonstration image.
9. electronic equipment as claimed in claim 8 is characterized in that, described electronic equipment also comprises:
Second circuit board is arranged in the described third part, and first distance of first end of the described third part of described second circuit board distance is greater than the second distance of second end of the described third part of described second circuit board distance;
Second process chip is arranged on the described second circuit board, is used for generating described second and shows image;
The 5th transmission unit, be arranged on described third part, first end of described the 5th transmission unit connects described second process chip, second end connects described second and shows subelement, be used for showing that with described second image transfers to described second and shows subelement, so that presenting described second, the described second demonstration subelement shows image, wherein, it is described first pre-conditioned that the transmittance of described the 5th transmission unit on the 11 direction satisfies, and it is described first pre-conditioned that the transmittance of transmittance on the 12 direction of the 6th subdivision that described the 5th transmission unit is set on the described third part satisfies;
Second end of described first transmission unit connects described first and shows subelement, is used for that described demonstration image is transferred to described first and shows subelement, so that described first shows that subelement presents described demonstration image.
10. electronic equipment as claimed in claim 4, it is characterized in that, described second portion and described third part are respectively first fixed mount and second fixed mount, described first fixed mount comprises the first pontes and first fixed part, described second fixed mount comprises second coupling part and second fixed part, first end of described the first pontes is connected with second side of described first fixed frame, second end is connected with first end of described first fixed part, first end of described second coupling part is connected with second side of described second fixed frame, second end is connected with first end of described second fixed part, and described first fixed part and described second fixed part are used for the ears of described electronic equipment hook housing described user.
11. electronic equipment as claimed in claim 1, it is characterized in that, described first is specially a fixed frame that is first shape, when described user wears described electronic equipment, the first of described fixed frame is fitted on described user's the bridge of the nose both sides to support described electronic equipment, and at least one zone is positioned at the visual range of described user's eyes in the frame of described fixed frame.
12. electronic equipment as claimed in claim 11, it is characterized in that, described second portion and described third part are respectively first fixed mount and second fixed mount, described first fixed mount comprises the first pontes and first fixed part, described second fixed mount comprises second coupling part and second fixed part, first end of described the first pontes is connected with first side of described fixed frame, second end is connected with first end of described first fixed part, first end of described second coupling part is connected with second side of described fixed frame, second end is connected with first end of described second fixed part, and described first fixed part and described second fixed part are used for the ears of described electronic equipment hook housing described user.
13. electronic equipment as claimed in claim 1 is characterized in that, described electronic equipment also comprises:
Power supply unit is connected with described first circuit board, for described electronic equipment provides power supply.
14. electronic equipment as claimed in claim 1 is characterized in that, described electronic equipment also comprises:
Counterweight element, be arranged on the described electronic equipment, make the centre of gravity place of described electronic equipment be positioned at the first default line and/or the second default line, the described first default line is starting point for the center with described first, the line that is parallel to described second portion, the described second default line is parallel to the line of described first for the center with described second portion is starting point.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320123053 CN203178570U (en) | 2013-03-18 | 2013-03-18 | Wearable electronic device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320123053 CN203178570U (en) | 2013-03-18 | 2013-03-18 | Wearable electronic device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203178570U true CN203178570U (en) | 2013-09-04 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201320123053 Expired - Lifetime CN203178570U (en) | 2013-03-18 | 2013-03-18 | Wearable electronic device |
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| Country | Link |
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| CN (1) | CN203178570U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104777893A (en) * | 2014-01-10 | 2015-07-15 | 联想(北京)有限公司 | Wearable electronic equipment |
| WO2017120765A1 (en) * | 2016-01-12 | 2017-07-20 | 深圳多哚新技术有限责任公司 | Structure for enhancing heat dissipation of vr glasses and vr glasses |
| CN111273450A (en) * | 2020-04-14 | 2020-06-12 | 湖南翰坤实业有限公司 | VR experience helmet and balance adjusting method thereof |
-
2013
- 2013-03-18 CN CN 201320123053 patent/CN203178570U/en not_active Expired - Lifetime
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104777893A (en) * | 2014-01-10 | 2015-07-15 | 联想(北京)有限公司 | Wearable electronic equipment |
| CN104777893B (en) * | 2014-01-10 | 2018-02-27 | 联想(北京)有限公司 | A kind of wearable electronic equipment |
| WO2017120765A1 (en) * | 2016-01-12 | 2017-07-20 | 深圳多哚新技术有限责任公司 | Structure for enhancing heat dissipation of vr glasses and vr glasses |
| CN111273450A (en) * | 2020-04-14 | 2020-06-12 | 湖南翰坤实业有限公司 | VR experience helmet and balance adjusting method thereof |
| CN111273450B (en) * | 2020-04-14 | 2020-12-08 | 湖南翰坤实业有限公司 | VR experience helmet and balance adjusting method thereof |
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