CN204719344U - A kind of illumination communication blind person's guide glasses and system for guiding blind - Google Patents
A kind of illumination communication blind person's guide glasses and system for guiding blind Download PDFInfo
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- CN204719344U CN204719344U CN201520399136.4U CN201520399136U CN204719344U CN 204719344 U CN204719344 U CN 204719344U CN 201520399136 U CN201520399136 U CN 201520399136U CN 204719344 U CN204719344 U CN 204719344U
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- band
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- light shield
- bandpass filtering
- lamp body
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Abstract
The open a kind of illumination communication blind person's guide glasses of the utility model and system for guiding blind, wherein illumination communication blind person guide glasses comprises lens frame, is arranged on the temple of the lens frame left and right sides, is with logical filter glass, the solar panel being arranged on bandpass filtering eyeglass rear and earphone, described bandpass filtering eyeglass is fixed on described lens frame, described earphone is arranged at the end of temple, and is interconnected by wire and solar panel.
Description
Technical field
The utility model relates to a kind of illumination communication blind person guide glasses and to communicate with system for guiding blind illumination blind person's guide glasses, belongs to the technical field of disabled person's utility appliance.
Background technology
Along with improving constantly of light emitting diode (LED) luminous power and luminescence efficiency, it has become the main flow ligthing paraphernalia of a new generation gradually.Because LED is current mode semiconductor devices, so the power of light can be changed by controlling drive current, thus reach the object of carrying signal.That is can make LED while as lighting source, at free space transmission of information.Again because LED sends is the incoherent light of soft direct projection, therefore it both can not resemble the very high laser of coherence and damage human body, also can not resemble the restriction being subject to electric wave method wireless carrier, and there is leakage of information phenomenon.We just can utilize existing lighting infrastructure like this, construct such one all over mobile communication environment, in this environment, as long as the place having illumination light to arrive, can message exchange be carried out, and not need to arrange special communication facilities.And leakage of information need not be worried and affect other people.
Utility model content
Utility model object: the purpose of this utility model is the illumination communication blind person guide glasses providing a kind of blind person to use.
Technical scheme: illumination communication blind person guide glasses described in the utility model, comprise lens frame, be arranged on the temple of the lens frame left and right sides, be with logical filter glass, the solar panel being arranged on bandpass filtering eyeglass rear and earphone, described bandpass filtering eyeglass is fixed on described lens frame, described earphone is arranged at the end of temple, and is interconnected by wire and solar panel.
Further, the quantity of described bandpass filtering eyeglass is two panels, is all fixed on described lens frame.
Further, the quantity of described solar cell is two panels, and be arranged at the rear of described bandpass filtering eyeglass respectively, the quantity of described earphone is two, and an earphone is connected with a slice solar panel by wire, another earphone is interconnected by wire and another sheet solar panel.
Further, it is red spectral band that the band of bandpass filtering eyeglass described in a slice leads to wave band, and it is blue wave band that the band of bandpass filtering eyeglass described in another sheet leads to wave band.
Further, it is green light band that the band of bandpass filtering eyeglass described in a slice leads to wave band, and it is blue wave band that the band of bandpass filtering eyeglass described in another sheet leads to wave band.
Further, it is red spectral band that the band of bandpass filtering eyeglass described in a slice leads to wave band, and it is green light band that the band of bandpass filtering eyeglass described in another sheet leads to wave band.
Further, it is red spectral band that the band of bandpass filtering eyeglass described in a slice leads to wave band, and it is green light band that the band of bandpass filtering eyeglass described in another sheet leads to wave band.
The utility model also comprises the system for guiding blind of above-mentioned arbitrary illumination communication blind person guide glasses, it also comprises adjustable illuminating communicator, described adjustable illuminating communicator comprises lamp body, first band LED, adjustable first band light shield, control circuit, affiliated first band LED is arranged on described lamp body, described adjustable first band light shield is provided with regulating device, described adjustable first band light shield is cylindrical shape, and be socketed on lamp body by regulating device to block the light that described first band LED sends, and described regulating device blocks scope by regulating the relative position of described first band light shield and lamp body to adjust it to the light that first band LED sends.By the distribution range of adjustment first band light shield adjustment communicate optical signal, thus privacy can be strengthened like this.
A kind of embodiment of regulating device of the utility model adjustable illuminating communicator is, internal thread is provided with as regulating device in described first band light shield, and the arranged outside of lamp body has the external thread cooperatively interacted with the internal thread of regulating device, described first band light shield, by rotating the relative position between up-down adjustment and lamp body, adjusts it and blocks scope to the light that first band LED sends.Setting like this, is convenient to quick adjustment signal distributions scope.
The another kind of embodiment of regulating device of the utility model adjustable illuminating communicator is, described first band light shield is provided with set screw and some adjustment screws as regulating device, first band light shield is fixed on lamp body through regulating screw by described set screw, described set screw by through different adjustment screws to regulate the relative position of described first band light shield and lamp body, thus adjust it scope blocked to the light that first band LED sends.This regulating device can be the first screw thread rotation formula above, the bolt-hole that also can be the second is fixed, can also be set to that tube inner wall designs upper and lower rail mounted, built-in spring fastener type, net fill the adjustment that the mode such as plug-type completes light shield shading scope.
Further, also comprise second band LED, described first band light shield is second band LED band material first band light shield, and described second band LED is connected with control circuit, and described first band LED is connected with control circuit.Such second band LED can make as houselights or Communication ray use, and when using as Communication ray, its communication range, is not subject to light shield impact, thus takes into account the communication requirement of different privacy; Described second band LED is white light LEDs, and described first band LED is infrared band LED.When using as houselights, its illumination zone can not be subject to light shield equally affects illumination zone; Described control circuit comprises power module, optical modulation control module, information storage medium, described power supply is set ahead as optical modulation control module is powered, and the Data Concurrent that described optical modulation control module reads in information storage medium delivers to first band LED and/or second band LED.When only sending data to second band LED, be namely equivalent to only second band LED be used as illumination light; Also comprise the 3rd wave band LED, the 4th wave band LED, described 3rd wave band LED and the 4th wave band LED is interconnected with control circuit respectively.
Blue wave band scope in the utility model is 435 ~ 450nm, ultraviolet band scope is 100-400nm, green light band scope is 492 ~ 577nm, red spectral band scope is 622 ~ 760nm.
Compared with prior art, its beneficial effect is the utility model: illumination communication blind person guide glasses of the present utility model achieves the stereo guiding of left and right ear by different bandpass filters.And by adjustable illuminating communicator, achieve and the subregion of blind person is guided, automatically can give the guiding instruction that blind person is correct in the region of correspondence.
Accompanying drawing explanation
Fig. 1 is illumination described in the utility model communication blind person guide glasses structural representation;
Fig. 2 is the schematic diagram of a kind of embodiment of adjustable illuminating communicator in the utility model;
Fig. 3 is the schematic diagram of the another kind of embodiment of adjustable illuminating communicator in the utility model;
Fig. 4 is adjustable illuminating communication apparatus structure schematic block diagram in the utility model.
Embodiment
Below technical solutions of the utility model are described in detail, but protection domain of the present utility model is not limited to described embodiment.
Embodiment 1:
The illumination communication blind person guide glasses of the present embodiment, comprise lens frame 31, be arranged on the temple 32 of lens frame 31 left and right sides, be with logical filter glass 33, the solar panel 34 being arranged on bandpass filtering eyeglass 33 rear and earphone 35, described bandpass filtering eyeglass 33 is fixed on described lens frame 31, described earphone 35 is arranged at the end of temple 32, and is interconnected by wire and solar panel 34.The quantity of described bandpass filtering eyeglass 33 is two panels, is all fixed on described lens frame 31.The quantity of described solar cell 34 is two panels, and be arranged at the rear of described bandpass filtering eyeglass 3 respectively, the quantity of described earphone 35 is two, and an earphone 35 is connected with a slice solar panel 34 by wire, another earphone 35 is interconnected by wire and another sheet solar panel 34.It is red spectral band that the band of bandpass filtering eyeglass 33 described in a slice leads to wave band, and it is blue wave band that the band of bandpass filtering eyeglass 33 described in another sheet leads to wave band.
It is green light band that the band that the present embodiment also can be set to bandpass filtering eyeglass 33 described in a slice leads to wave band, and it is blue wave band that the band of bandpass filtering eyeglass 33 described in another sheet leads to wave band.
It is red spectral band that the band that the present embodiment also can be set to bandpass filtering eyeglass 33 described in a slice leads to wave band, and it is green light band that the band of bandpass filtering eyeglass 33 described in another sheet leads to wave band.
It is red spectral band that the band that the present embodiment also can be set to bandpass filtering eyeglass 33 described in a slice leads to wave band, and it is green light band that the band of bandpass filtering eyeglass 33 described in another sheet leads to wave band.
Adjustable illuminating communicator in the system for guiding blind of the present embodiment as shown in Figure 2, the present embodiment comprises lamp body 1, control circuit 17 and is enclosed within the columnar first band light shield 11 on lamp body 1, and first band light shield 11 can carry out rotating to adjust upper-lower position by the internal thread 14 arranged in it on lamp body 1.And first band LED2 is just arranged on the bottom of lamp body 1, namely the light that such first band LED2 sends be subject to blocking of first band light shield 11, and can be adjusted the range of exposures of first band LED2 by adjustment first band light shield 11.The present embodiment is also provided with second band LED3, the 3rd wave band LED12 and the 4th wave band LED13 and is connected to control circuit 17 respectively.Second band LED is infrared band LED with being blue wave band LED, first band LED, and the 3rd wave band LED is green light band LED, and the 4th wave band LED is red spectral band LED.
Control circuit as shown in Figure 4, comprise power module 5, optical modulation control module 6, information storage medium 4, described power module 5 is powered for optical modulation control module 6, and described optical modulation control module 6 Data Concurrent read in information storage medium 4 delivers to first band LED2 and/or second band LED2.Receiver comprises solar cell 8, bandpass optical filter 9, earphone 10, the light signal that described first band LED2 sends is received by solar cell 8 through after bandpass filter 9, and powered by solar cell 8 and drive optical signal demodulation circuit, the voice signal after demodulation is being sent to earphone 10.
Embodiment 2:
Other embodiments 1, but the adjustable illuminating communicator of the present embodiment as shown in Figure 3, the present embodiment comprises lamp body 1, control circuit 17 and is enclosed within the columnar first band light shield 11 on lamp body 1, first band light shield 11 passes of some adjustment screws 16 on first band light shield 11 by screw 15, thus be fixed on lamp body 1, and can pass through through different adjustment screws 16 to adjust upper-lower position.And first band LED2 is just arranged on the bottom of lamp body 1, namely the light that such first band LED2 sends be subject to blocking of first band light shield 11, and can be adjusted the range of exposures of first band LED2 by adjustment first band light shield 11.The present embodiment is also provided with second band LED3, the 3rd wave band LED12 and the 4th wave band LED13 and is connected to control circuit 17 respectively.Second band LED is infrared band LED with being blue wave band LED, first band LED, and the 3rd wave band LED is green light band LED, and the 4th wave band LED is ultraviolet band LED.
Control circuit as shown in Figure 4, comprise power module 5, optical modulation control module 6, information storage medium 4, described power module 5 is powered for optical modulation control module 6, and described optical modulation control module 6 Data Concurrent read in information storage medium 4 delivers to first band LED2 and/or second band LED2.Receiver comprises solar cell 8, bandpass optical filter 9, earphone 10, the light signal that described first band LED2 sends is received by solar cell 8 through after bandpass filter 9, and powered by solar cell 8 and drive optical signal demodulation circuit, the voice signal after demodulation is being sent to earphone 10.
As mentioned above, although represented with reference to specific preferred embodiment and described the utility model, it shall not be construed as the restriction to the utility model self.Under the spirit and scope prerequisite of the present utility model not departing from claims definition, various change can be made in the form and details to it.
Claims (10)
1. an illumination communication blind person guide glasses, it is characterized in that, comprise lens frame (31), be arranged on the temple (32) of lens frame (31) left and right sides, be with logical filter glass (33), the solar panel (34) being arranged on bandpass filtering eyeglass (33) rear and earphone (35), described bandpass filtering eyeglass (33) is fixed on described lens frame (31), described earphone (35) is arranged at the end of temple (32), and is interconnected by wire and solar panel (34).
2. illumination communication blind person guide glasses according to claim 1, it is characterized in that, the quantity of described bandpass filtering eyeglass (33) is two panels, is all fixed on described lens frame (31).
3. illumination communication blind person guide glasses according to claim 2, it is characterized in that, the quantity of described solar cell (34) is two panels, and be arranged at the rear of described bandpass filtering eyeglass (33) respectively, the quantity of described earphone (35) is two, and an earphone (35) is connected with a slice solar panel (34) by wire, another earphone (35) is interconnected by wire and another sheet solar panel (34).
4. illumination communication blind person guide glasses according to claim 3, it is characterized in that, it is red spectral band that the band of bandpass filtering eyeglass (33) described in a slice leads to wave band, and it is blue wave band that the band of bandpass filtering eyeglass (33) described in another sheet leads to wave band.
5. illumination communication blind person guide glasses according to claim 3, it is characterized in that, it is green light band that the band of bandpass filtering eyeglass (33) described in a slice leads to wave band, and it is blue wave band that the band of bandpass filtering eyeglass (33) described in another sheet leads to wave band.
6. illumination communication blind person guide glasses according to claim 3, it is characterized in that, it is red spectral band that the band of bandpass filtering eyeglass (33) described in a slice leads to wave band, and it is green light band that the band of bandpass filtering eyeglass (33) described in another sheet leads to wave band.
7. illumination communication blind person guide glasses according to claim 3, it is characterized in that, it is red spectral band that the band of bandpass filtering eyeglass (33) described in a slice leads to wave band, and it is green light band that the band of bandpass filtering eyeglass (33) described in another sheet leads to wave band.
8. comprise the system for guiding blind of the arbitrary described illumination communication blind person guide glasses of claim 1-7, it is characterized in that, also comprise adjustable illuminating communicator, described adjustable illuminating communicator comprises lamp body (1), first band LED (2), adjustable first band light shield (11), control circuit (17), affiliated first band LED (2) is arranged on described lamp body (1), described adjustable first band light shield (11) is provided with regulating device, described adjustable first band light shield (11) is cylindrical shape, and be socketed on lamp body (1) by regulating device to block the light that described first band LED (2) sends, and described regulating device blocks scope by regulating the relative position of described first band light shield (11) and lamp body (1) to adjust it to the light that first band LED (2) sends, internal thread (14) is provided with as regulating device in described first band light shield (11), and the arranged outside of lamp body (1) has the external thread cooperatively interacted with the internal thread of regulating device (14), described first band light shield (11), by rotating the relative position between up-down adjustment and lamp body (1), adjusts it and blocks scope to the light that first band LED sends.
9. comprise the system for guiding blind of the arbitrary described illumination communication blind person guide glasses of claim 1-7, it is characterized in that, it is characterized in that, also comprise adjustable illuminating communicator, described adjustable illuminating communicator comprises lamp body (1), first band LED (2), adjustable first band light shield (11), control circuit (17), affiliated first band LED (2) is arranged on described lamp body (1), described adjustable first band light shield (11) is provided with regulating device, described adjustable first band light shield (11) is cylindrical shape, and be socketed on lamp body (1) by regulating device to block the light that described first band LED (2) sends, and described regulating device blocks scope by regulating the relative position of described first band light shield (11) and lamp body (1) to adjust it to the light that first band LED (2) sends, described first band light shield (11) is provided with set screw (15) and some adjustment screws (16) as regulating device, first band light shield (11) is fixed on lamp body (1) through regulating screw (16) by described set screw (15), described set screw (15) by through different adjustment screws (16) to regulate the relative position of described first band light shield (11) and lamp body (1), thus adjust it scope blocked to the light that first band LED (2) sends.
10. system for guiding blind according to claim 8 or claim 9, it is characterized in that, described adjustable illuminating communicator also comprises second band LED (2), described first band light shield (11) is saturating second band LED (2) band material first band light shield (11), described second band LED (2) is connected with control circuit, and described first band LED (2) is connected with control circuit; Described second band LED (2) is white light LEDs, and described first band LED (1) is infrared band LED; Described control circuit comprises power module (5), optical modulation control module (6), information storage medium (4), described power module (5) is optical modulation control module (6) power supply, and the Data Concurrent that described optical modulation control module (6) is read in information storage medium (4) delivers to first band LED (2) and/or second band LED (2); Also comprise the 3rd wave band LED (12), the 4th wave band LED (13), described 3rd wave band LED (12) and the 4th wave band LED (13) is interconnected with control circuit respectively.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520399136.4U CN204719344U (en) | 2015-06-10 | 2015-06-10 | A kind of illumination communication blind person's guide glasses and system for guiding blind |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520399136.4U CN204719344U (en) | 2015-06-10 | 2015-06-10 | A kind of illumination communication blind person's guide glasses and system for guiding blind |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204719344U true CN204719344U (en) | 2015-10-21 |
Family
ID=54318323
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520399136.4U Expired - Fee Related CN204719344U (en) | 2015-06-10 | 2015-06-10 | A kind of illumination communication blind person's guide glasses and system for guiding blind |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204719344U (en) |
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2015
- 2015-06-10 CN CN201520399136.4U patent/CN204719344U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20151021 Termination date: 20180610 |