Summary of the invention
In order to solve the problems referred to above, it is an object of the invention to provide a kind of intelligent glasses, it is possible to be effectively reducedThe ambient impact on the visual effect of user.
Intelligent glasses technical scheme of the present invention is as follows:
A kind of intelligent glasses, including wear-type main body, connects housing, optical machine imaging equipment, described connection shellBody is installed on described wear-type main body, and described optical machine imaging equipment is installed on described connection housing, described lightMachine imaging device is provided with for the display surface relative with human eye, also includes that light hood, described smooth hood are installed onDescribed connection housing and be coated on described optical machine imaging equipment at least one side in addition to display surface.
In such scheme, in intelligent glasses by light hood to optical machine imaging equipment in addition to display surface at leastOne exposed surface covers, and then can reduce the ambient light entered into inside optical machine imaging equipment,And then the ambient light impact on the image that optical machine imaging equipment is presented on the display face, Jin Erti can be reducedHigh user watches visual experience during image, and the intelligent glasses simple in construction of the present invention, it is easy to manufacture,It is suitable for safe and reliable, it is simple to practice and extension is applied.
Preferably, described smooth hood is provided with the first position-limit mechanism, and it is spacing that described connection housing is provided with secondMechanism, described first position-limit mechanism and the second position-limit mechanism cooperate described to be installed on by described smooth hoodConnect housing.
Preferably, described first position-limit mechanism is buckle, and described second position-limit mechanism is draw-in groove.
Preferably, the material of described smooth hood is photosensitive resin.
Preferably, described smooth hood has the first side plate, the second side plate, the 3rd side plate and the 4th side plate,Wherein:
First side plate is relative with described 3rd side plate, and along described first side plate and the arrangement side of the second side plateTo, described optical machine imaging equipment is between described first side plate and the 3rd side plate, and described first side plate is used forCovering the first side adjacent with described display surface in described optical machine imaging equipment, described 3rd side plate is used for coveringCover the 3rd adjacent with described display surface in described optical machine imaging equipment and opposing with described first side sideFace；
Described second side plate is connected with described first side plate and the second side plate, is used for covering described optical machine imagingThe second side opposing with described display surface in equipment；
Described 4th side plate and the first side plate, the second side plate and the 3rd side plate deviate from the side of described connection housingLimit connect, be used for covering in described optical machine imaging equipment with described display surface, the first side, the second side,The 4th side that 3rd side is all connected, and described first side plate, the 3rd side plate and the 4th side plate deviate from instituteThe side stating the second side plate cooperatively forms the window for exposing described optical machine imaging equipment display surface.
Preferably, this intelligent glasses also include being positioned at described connection housing interior circuit board, the first mike,Two mikes, wherein: along the thickness direction of described circuit board, described circuit board is positioned at the first mike andBetween two mikes；Described first mike is for keeping the steady and audible call of intelligent glasses and being arranged atDescribed circuit board is towards the side of user；Described second microphone is used for active noise reduction, collects extraneous environmentSound is analyzed processing, and then sends the sound wave reduction environmental noise contrary with ambient sound and be arranged atDescribed circuit board deviates from the side of user.
Preferably, along the bearing of trend of described circuit board, described first mike is positioned at the one of described circuit boardIndividual end, described second microphone is arranged at another end of described circuit board.
Preferably, also including the detection device being arranged in described connection housing, described detection device includes temperatureSpend detection module, humidity detecting module and air pressure detection module, and described connection housing is provided with and described inspectionSurvey the air-vent that device is corresponding.
Preferably, described detection device also includes that one is installed on described connection housing and is positioned at described air-ventThe fixed mount at place, described temperature detecting module, humidity detecting module and air pressure detection module are integrated in described solidDetermine frame, and described fixed mount is dual channel structure, described fixed mount has and is connected with described air-ventFirst gas channel and the second gas channel, described first gas channel flows into described detection dress for outer gas streamPutting, described second gas channel flows out described detection device for air-flow.
Preferably, described connection housing includes optical-mechanical support, rotating shaft, rotary shaft rack, camera bracket and collectionBecome circuit shell, wherein: described optical machine imaging equipment is installed on described optical-mechanical support；One end of described rotating shaftIt is fixed on described optical-mechanical support；The other end of described rotating shaft can be installed in described rotating shaft rotatably around own axesSupport；Described rotary shaft rack is fixed on described camera bracket；Described camera bracket is fixed on described integratedCircuit shell；Described integrated circuit housing is installed on described wear-type main body.
Detailed description of the invention
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is carried out clearlyChu, be fully described by, it is clear that described embodiment be only a part of embodiment of the present invention rather thanWhole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art are not making creationThe every other embodiment obtained under property work premise, broadly falls into the scope of protection of the invention.
As it is shown in figure 1, embodiments provide a kind of intelligent glasses, including wear-type main body 1, evenBody contact body 2, optical machine imaging equipment 3, wherein, the shape of wear-type main body 1 can be the glasses in Fig. 1Shelf structure, it is also possible to for the shape such as head hoop, the helmet, this is not defined by the present invention, has and intelligence is setThe standby function being worn on the crown；Connect housing 2 to be installed in wear-type main body 1, and optical machine imaging setsStandby 3 are installed on connection housing 2, and this optical machine imaging equipment 3 is provided with for the display surface relative with human eye, usesBrowse for human eye in output image information；The intelligent glasses of the present invention also includes light hood 4, this light hood 4It is installed on connection housing 2 and is coated on optical machine imaging equipment 3 at least one side in addition to display surface.
In such scheme, by installing a light hood 4 before the light of intelligent glasses, control ambientInput, significantly reduces the ambient impact on the visual effect of user.Meanwhile, the reality of the present inventionExecute the simple in construction of the intelligent glasses of example, easy to manufacture, it is suitable for safe and reliable, it is simple to practice and extension is applied.
Preferably, the light hood 4 of the present invention has the first side plate, the second side plate, the 3rd side plate and the 4thSide plate, wherein:
First side plate is relative with described 3rd side plate, and along the first side plate and the orientation of the second side plate, lightMachine imaging device 3 is between the first side plate and the 3rd side plate, and the first side plate is used for covering optical machine imaging equipmentThe first side adjacent with display surface in 3, the 3rd side plate is used for covering in optical machine imaging equipment 3 and display surfaceThe 3rd adjacent and opposing with the first side side；
Second side plate and the first side plate and the second side plate connect, and are used for covering in optical machine imaging equipment 3 with aobviousShow the second side that face is opposing；
4th side plate and the first side plate, the second side plate and the 3rd side plate deviate from the side connection connecting housing 2,All it is connected with display surface, the first side, the second side, the 3rd side for covering in optical machine imaging equipment 3The 4th side, and the first side plate, the 3rd side plate and the 4th side plate deviate from the second side plate side coordinate shapeBecome the window for exposing optical machine imaging equipment 3 display surface.When the light hood 4 of intelligent glasses is configured to above-mentionedThe structure with the first side plate, the second side plate, the 3rd side plate and the 4th side plate time, it is possible to by ray machine becomeCarry out except display surface and the exposed surface in addition to being connected the surface that housing 2 blocks as equipment 3 comprehensivelyCovering, reduce further and enter into the ambient light inside optical machine imaging equipment 3 display surface, and then can subtractThe impact on the image that optical machine imaging equipment is presented on the display face of the subenvironment light, and then improve user's viewingVisual experience during image.
Preferably, as in figure 2 it is shown, the connection housing 2 in intelligent glasses of the present invention embodiment includesOptical-mechanical support 201, rotating shaft 202, rotary shaft rack 203, camera bracket 204 and integrated circuit housing 205.Wherein: optical machine imaging equipment 3 is installed on optical-mechanical support 201；One end of rotating shaft 202 is fixed on ray machine and is propped upOn frame 201, figure shaft 202 is fixed on optical-mechanical support 201 by alignment pin and the draw-in groove of both sides；TurnThe other end of axle 202 can be installed on rotary shaft rack 203 rotatably around own axes, and this rotation pivot dress knotStructure can rotate around its axis and fix at predetermined angle, thus ray machine rotates the angle being fixed on needsDegree；Rotary shaft rack 203 is fixed on camera bracket 204；Camera bracket 204 is fixed on integrated circuitOn housing 205, camera bracket 204 front end can arrange the photographic head of shooting intelligent glasses front picture；Integrated circuit housing 205 is installed in wear-type main body 1, and this integrated circuit housing 205 is as connecting housingThe end of 2 is connected with the side of wear-type main body 1.When the connection housing of intelligent glasses has said structure,Optical machine imaging equipment 3 can adjust orientation according to client's actual demand, thus builds more preferable visual effect.
Specifically, as it is shown on figure 3, light hood 4 is provided with the first position-limit mechanism 501, connect on housing 2It is provided with the second position-limit mechanism 502, and, the first position-limit mechanism 501 and the second position-limit mechanism 502 phase interworkingClose to be installed on by light hood 4 on connection housing 2.
The first position-limit mechanism 501 and the second position-limit mechanism 502 in such scheme can have multiple realization sideFormula, such as buckle, chute, pin and paste, or the composite joint that multiple connected mode combinesMode；Preferably, as it is shown in figure 5, first position-limit mechanism 501 of the present invention is buckle, described second limitPosition mechanism 502 is draw-in groove.There is the present invention intelligence of the first position-limit mechanism 501 and the second position-limit mechanism 502The mounting means of the light hood 4 of glasses (arrow i.e. light hood 4 installation direction in figure), light as shown in Figure 4Hood 4 is directly sleeved on optical machine imaging equipment 3 from front, is fixed in pre-by draw-in groove and buckle structureLocation is put, needs clean or change when, it is also possible to disassembled.
Preferably, light hood 4 material of the intelligent glasses of the present invention uses photosensitive resin.Photosensitive resin hasBe automatically adjusted the characteristic of material transmittance degree according to extraneous light, therefore no matter when user can obtain veryGood visual effect is enjoyed.And photosensitive resin has the saving energy, pollutes that little, curing rate is fast, producesEfficiency is high, adapt to the advantages such as production line balance, it is simple to the production molding of light hood 4.
In a preferred embodiment of the present invention, intelligent glasses also includes being positioned at connection housing 2 internal circuitPlate the 6, first mike 901, second microphone 902 (are more particularly in integrated circuit housing 205Internal), these circuit board 6 two ends electrically connect with wear-type main body 1 and optical machine imaging equipment 3 respectively, can beEnergy supply and/or information transmission is carried out between optical machine imaging equipment 3 and wear-type main body 1.Wherein: such as Fig. 7Shown in Fig. 8, along the thickness direction of circuit board 6, this circuit board 6 is positioned at the first mike 901 and secondBetween mike 902；First mike 901 is used for call and the setting keeping intelligent glasses steady and audibleIn circuit board 6 towards the side of user；Second microphone 902, for active noise reduction, collects extraneous environmentSound is analyzed processing, and then sends the sound wave reduction environmental noise contrary with ambient sound and be arranged atCircuit board 6 deviates from the side of user.Above-mentioned contrary sound wave can be and the environmental noise sound waves detectedThe sound that shape is contrary, loudness is identical, tone color is similar.It is highly preferred that along the bearing of trend of circuit board 6, theOne mike 901 is positioned at an end of described circuit board, and second microphone 902 is arranged at circuit board 6Another end.Separate type arranges the first mike 901 and second microphone 902 is conducive to distinguishing user'sCall sound and the environmental noise of detection.
Preferably, this circuit board 6 uses flexible PCB, is conducive to connecting housing 2 and optical machine imaging equipmentThe position of 3 and pose adjustment.
It addition, intelligent glasses of the present invention also includes being arranged at the detection device 7 connected in housing 2, this detectionDevice 7 includes setting on temperature detecting module, humidity detecting module and air pressure detection module, and connection housing 2There is the air-vent corresponding with detection device 7.
This detection device 7 preferably can be used for measuring the temperature of external environment, humidity and the composite sensing of air pressureDevice.Above-mentioned air-vent then carries out temperature, humidity and air pressure for detecting device 7 for external air flow turnoverMeasurement.
Further, the detection device 7 of this intelligent glasses also includes that one is installed on connection housing 2 and positionFixed mount 8 at above-mentioned air-vent, wherein, temperature detecting module, humidity detecting module and air pressure detectionThe integrated detection device 7 of module is arranged on this fixed mount 8, and this fixed mount 8 can have various shape structurePredetermined ventilative and fixing effect can be reached, further, it is possible to for fixing inspection in simplified intelligent glassesSurvey the structure design of device 7.
Present invention preferably employs dual channel to breathe freely fixed mount, as shown in Figure 6, dual channel fixed mount of breathing freely i.e. existsThe first gas channel 801 and the second gas channel being connected with above-mentioned air-vent is had on this fixed mount 8802, the first gas channel 801 flows into detection device 7 for outer gas stream, and the second gas channel 802 is for air-flowFlow out detection device 7.The ventilating structure of dual channel makes the circulation of air-flow the most frequent, freely, so thatThe outside air parameter measured by device 7 must be detected the most accurate.
Obviously, those skilled in the art can carry out various change and modification to the embodiment of the present invention and not take offFrom the spirit and scope of the present invention.So, if these amendments of the present invention and modification belong to right of the present inventionRequire and within the scope of equivalent technologies, then the present invention is also intended to comprise these change and modification.