CN106094255A

CN106094255A - Intelligent glasses

Info

Publication number: CN106094255A
Application number: CN201610510283.3A
Authority: CN
Inventors: 蒋志波
Original assignee: Individual
Current assignee: Individual
Priority date: 2016-07-03
Filing date: 2016-07-03
Publication date: 2016-11-09

Abstract

The invention discloses a kind of intelligent glasses, include temple main body and connected first picture frame main body；Also including the second picture frame main body, described second picture frame main body is provided with 3D eyeglass, and the side of the second picture frame main body is provided with a bar, the free end of described branch bar and the first picture frame main body pivot joint；Also include be located in the first picture frame main body, for rotating the servomotor of a bar；Being provided with circuit box in first picture frame main body, temple main body is provided with battery case and communication cartridge；Being provided with smart circuit in described circuit box, realizing mobile terminal by smart circuit can be with controlled in wireless glasses, and the turnover of especially 3D eyeglass the most just falls, it is not necessary to time just dig, convenient use, intelligent high.

Description

Intelligent glasses

Technical field

The present invention relates to a kind of intelligent glasses.

Background technology

Wearable intelligent equipment is as a kind of future technology, no matter in fashion world or on electric consumers market, It it is all focus of concern.Having it is the application of 3D film, just seems that the market of 3D glasses is more important, therefore develops a The wearable device that can realize intelligentized 3D glasses type is just particularly important.

Summary of the invention

It is an object of the invention to overcome disadvantages described above, it is provided that a kind of intelligent glasses.

For achieving the above object, the concrete scheme of the present invention is as follows: a kind of intelligent glasses, include temple main body and with Its first picture frame main body connected；Also including the second picture frame main body, described second picture frame main body is provided with 3D eyeglass, the second mirror The side of frame main body is provided with a bar, the free end of described branch bar and the first picture frame main body pivot joint；Also include and be located at the first picture frame In main body, for rotating the servomotor of a bar；Being provided with circuit box in first picture frame main body, temple main body is provided with battery case And communication cartridge；Be provided with smart circuit in described circuit box, smart circuit include CPU element and be connected with its signal logical T unit and servo-driver, described servo-driver is electrically connected with servomotor；Communicator includes communication antenna, institute State communication antenna to be located in communication cartridge.

Wherein, described communication antenna includes the dielectric-slab of rectangle, described dielectric-slab be provided with two symmetrical Radiating element；Each described radiating element includes arc feed arm；The short arc limit of described arc feed arm is provided with rectangle decoupling Windowing, described arc feed arm is provided with semicircle feed away from the side that rectangle decoupling is windowed and windows；Also include two fan-shaped Fan beam arm, the short arc limit of two fan beam arms is oppositely arranged, two fan beam arms respectively with described arc feed arm Two ends be connected；The side on the short arc limit of each fan beam arm is extended to the side away from long arc limit respectively the first spoke Penetrating arm, described first radiation arm is not connected with one end of fan beam arm and extends to the side away from arc feed arm and have " several " word First linking arm of shape；One end that first linking arm is not connected with the first radiation arm is extended has the second of " Π " font to connect Arm；Also include the second radiation arm and the 3rd radiation arm connected respectively with two second linking arm one end；Described second radiation arm The the first U-shaped arm including U-shaped and the first L-arm of the L-shaped being connected with first U-shaped arm one end；Described 3rd radiation arm bag The the second U-shaped arm including U-shaped and the second L-arm of the L-shaped being connected with second U-shaped arm one end；Described first L-arm is indulged To the arm brachium more longitudinal than the second L-arm, and the longitudinal arm free end of described first L-arm and the horizontal arm of the second L-arm Flush；The power feed hole for feeding coupling it is additionally provided with in described arc feed arm.

Wherein, two the first radiation arms are equipped with sector notch towards the side of arc feed arm.

Wherein, the transverse width of described first radiation arm is 0.4-1.2mm.

Wherein, two the first linking arms are provided with rectangular shaped semiconductor isolation strip in forming rectangular area；Rectangular shaped semiconductor Being filled with quasiconductor in isolation strip, described quasiconductor is silicon dioxide.

Wherein, if the transverse width of the second linking arm is X, the transverse width of the first linking arm is Y, and the first L-arm is longitudinally Arm brachium be N, then N+X=2Y.

Wherein, described dielectric-slab being additionally provided with two parasitic oscillator unit, each parasitic oscillator unit includes rectangle First parasitic oscillator arms and the second parasitic oscillator arms of triangle extended from the first parasitic oscillator arms.

Wherein, the peripheral side plating of described dielectric-slab is provided with a circle cage ring arm.

Wherein, described fan beam arm is provided with circular flow-disturbing hole.

Wherein, also including the cam device for taking pictures and recording a video, described cam device is located at the first picture frame master On the upside of body, cam device is connected with CPU element signal；

Wherein, also including massage unit, described massage unit includes vibration motor and the vibrations that are electrically connected are driven Moving cell, described vibrations driver element is connected with CPU element signal；Vibration motor is located at the close temple master of the first picture frame main body The side of body；

Wherein, the Zoom lens unit being located in the first picture frame main body is also included；

Wherein, the LED illumination unit being provided with below the first picture frame main body is also included；Described smart circuit also includes LED and drives Moving cell, described LED drive unit is electrically connected with LED illumination unit, and described LED drive unit is electrically connected with CPU element.

The invention have the benefit that realize mobile terminal by smart circuit can be with controlled in wireless glasses, especially 3D The turnover of eyeglass, the most just falls, it is not necessary to time just dig, convenient use, intelligent high.

Accompanying drawing explanation

Fig. 1 is the structural representation of the present invention；

Fig. 2 is the present invention structural representation with part section；

Fig. 3 is the theory diagram of the smart circuit of the present invention；

Fig. 4 is the structural representation of the communication antenna of the present invention；

Fig. 5 is the radiative unit structure schematic diagram of the present invention；

Fig. 6 is the datagram of the standing-wave ratio of the communication antenna of the present invention

Fig. 7 is the datagram of the return loss of the communication antenna of the present invention

Description of reference numerals in Fig. 1 to Fig. 7:

1-the first picture frame main body；11-Zoom lens unit；12-vibration motor；13-LED lighting unit；14-photographic head fills Put；

2-the second picture frame main body；21-branch bar；3-temple main body；31-battery case；32-communication cartridge；4-servomotor；

F1-dielectric-slab；F21-rectangular shaped semiconductor isolation strip；F22-parasitism oscillator unit；F23-cage ring arm；F3-arc feeds Arm；F31-semicircle feed is windowed；F4-fan beam arm；F41-circle flow-disturbing hole；F5-the first radiation arm；F6-the first linking arm； F7-the second linking arm；F81-the first U-shaped arm；F82-the first L-arm；F83-the second U-shaped arm；F84-the second L-arm.

Detailed description of the invention

The present invention is further detailed explanation with specific embodiment below in conjunction with the accompanying drawings, is not the reality of the present invention The scope of executing is confined to this.

As shown in Figures 1 to 7, a kind of intelligent glasses described in the present embodiment, include temple main body 3 and connected The first picture frame main body 1；Also including the second picture frame main body 2, described second picture frame main body 2 is provided with 3D eyeglass, the second picture frame The side of main body 2 is provided with a bar 21, the free end of described branch bar 21 and the first picture frame main body 1 pivot joint；Also include and be located at first In picture frame main body 1, for rotating the servomotor 4 of a bar 21；Wherein, servomotor 4 can be by belt mode by power Pass to a bar 21, rotate for it；Being provided with circuit box in first picture frame main body 1, temple main body 3 is provided with battery case 31 and leads to Letter box 32；Being provided with smart circuit in described circuit box, smart circuit includes CPU element and the communication dress being connected with its signal Putting and servo-driver, described servo-driver is electrically connected with servomotor 4；Communicator includes communication antenna, described Communication antenna is located in communication cartridge 32；Being provided with rechargeable battery in battery case 31, rechargeable battery is for smart circuit and servo Motor 4 is powered；Communicator is for being connected with the wireless signal such as mobile terminal or controller；Realized mobile whole by smart circuit End can be with controlled in wireless glasses, and the turnover of especially 3D eyeglass the most just falls, it is not necessary to time just dig, convenient use, Intelligent high.

A kind of intelligent glasses described in the present embodiment, described communication antenna includes the dielectric-slab f1 of rectangle, described medium Plate f1 is provided with two symmetrical radiating elements；Each described radiating element includes arc feed arm f3；Described arc The short arc limit of shape feed arm f3 is provided with rectangle decoupling and windows, and the side that described arc feed arm f3 is windowed away from rectangle decoupling is provided with Semicircle feeds the f31 that windows；Also including two fan-shaped fan beam arm f4, the short arc limit of two fan beam arm f4 sets relatively Putting, two fan beam arm f4 two ends with described arc feed arm f3 respectively are connected；The short arc of each fan beam arm f4 The side on limit is extended to the side away from long arc limit respectively the first radiation arm f5, and described first radiation arm f5 is not connected with sector The the first linking arm f6 having " several " font is extended in one end of radiation arm f4 to the side away from arc feed arm f3；First connects The the second linking arm f7 having " Π " font is extended in one end that arm f6 is not connected with the first radiation arm f5；Also include respectively with two Second radiation arm of individual second linking arm f7 one end company and the 3rd radiation arm；Described second radiation arm includes the first U-shaped of U-shaped Arm f81 and the first L-arm f82 of L-shaped being connected with first U-shaped arm f81 one end；Described 3rd radiation arm includes and has included U Second U-shaped arm f83 of shape and the second L-arm f84 of L-shaped being connected with second U-shaped arm f83 one end；Described first L-arm The brachium that arm longitudinal for f82 is more longitudinal than the second L-arm f84, and the arm free end of described first L-arm f82 longitudinal direction and the second L-shaped Arm horizontal for arm f84 flushes；The power feed hole for feeding coupling it is additionally provided with in described arc feed arm f3.Utilize gyroscope and Network Analyzer and electricity adjust its data of analysis as follows, owing to this antenna frequency spectrum Primary communication frequency band is 0.7-1.1GHz, whole In individual frequency band, than at 30.30db to 34.20dB before and after being surveyed, illustrate that its gain performance is the most perfect, separately in frequency band Outward, as the performance in terms of Fig. 7, device return loss is protruded, it is had to be maintained at about-35dB in wider frequency band, at whole height The return loss of frequency range is held in below-10dB, and water is average more than other similar antenna levels；Further, since structure is excellent Good design, its standing-wave ratio performance is the most excellent, as shown in Figure 6, the standing-wave ratio in its whole frequency band all within 1.25, some Frequency range is even up to about 1.1.

A kind of intelligent glasses described in the present embodiment, two the first radiation arm f5 are all provided with towards the side of arc feed arm f3 There is sector notch.The setting of sector notch, by analyser and actual test, finds that sector notch is not reducing standing-wave ratio Under performance premise, add gain, improve antenna performance.

A kind of intelligent glasses described in the present embodiment, the transverse width of described first radiation arm f5 is 0.4-1.2mm.This width Degree is preferable width, and the first radiation arm f5 of this width is found by checking, is so that antenna electrical performance reaches optimal width Degree.

A kind of intelligent glasses described in the present embodiment, two the first linking arm f6 are provided with rectangle in forming rectangular area Semiconductor isolation band f21；Being filled with quasiconductor in the f21 of rectangular shaped semiconductor isolation strip, described quasiconductor is silicon dioxide；By surveying Examination and actual detection find, arranging of this structure can be effectively increased isolation level.

A kind of intelligent glasses described in the present embodiment, described dielectric-slab f1 is additionally provided with two parasitic oscillator unit f22, often The first parasitic oscillator arms that individual parasitic oscillator unit f22 includes rectangle and the triangle extended from the first parasitic oscillator arms The parasitic oscillator arms of the second of shape.Parasitic oscillator arms can improve antenna stabilization, improves entirety cooperation performance.

Preferably, a kind of intelligent glasses described in the present embodiment, if the transverse width of the second linking arm f7 is X, first even The transverse width meeting arm f6 is Y, and arm brachium longitudinal for the first L-arm f82 is N, then N+X=2Y；By calculating, should as long as meeting Formula, its structure will reach optimal reasonable level, it is possible to significantly increases the properties of antenna；Its gain is had to increase 2-6%。

A kind of intelligent glasses described in the present embodiment, the peripheral side plating of described dielectric-slab f1 is provided with a circle cage ring arm f23； Increase isolation, reduce interference.

A kind of intelligent glasses described in the present embodiment, described fan beam arm f4 is provided with circular flow-disturbing hole f41.Flow-disturbing hole Can increase the current length in radiation arm, one can increase bandwidth, it can in addition contain significantly increase gain.

A kind of intelligent glasses described in the present embodiment, also includes the cam device 14 for taking pictures and recording a video, described Cam device 14 is located on the upside of the first picture frame main body 1, and cam device 14 is connected with CPU element signal；Can carry out at any time Take pictures video recording.

A kind of intelligent glasses described in the present embodiment, also includes massage unit, and described massage unit includes vibrations electricity Machine 12 and the vibrations driver element being electrically connected, described vibrations driver element is connected with CPU element signal；Vibration motor The side of the 12 close temple main bodys 3 being located at the first picture frame main body 1；Eye can be massaged, allow wear more comfortable.

A kind of intelligent glasses described in the present embodiment, also includes the Zoom lens list being located in the first picture frame main body 1 Unit 11；The people of convenient different myopic degree uses.

A kind of intelligent glasses described in the present embodiment, also includes the LED illumination unit being provided with below the first picture frame main body 1 13；Described smart circuit also includes LED drive unit, and described LED drive unit is electrically connected with LED illumination unit 13, institute State LED drive unit to be electrically connected with CPU element.

The above is only a preferred embodiment of the present invention, therefore all according to the structure described in present patent application scope, spy Levy and principle is done equivalence change or modify, be included in the protection domain of present patent application.

Claims

1. an intelligent glasses, it is characterised in that: include temple main body (3) and connected first picture frame main body (1)； Also including the second picture frame main body (2), described second picture frame main body (2) is provided with 3D eyeglass, the side of the second picture frame main body (2) It is provided with a bar (21), the free end of described branch bar (21) and the first picture frame main body (1) pivot joint；Also include and be located at the first picture frame master On body (1), be used for rotating the servomotor (4) of a bar (21)；It is provided with circuit box, temple main body in first picture frame main body (1) (3) battery case (31) and communication cartridge (32) it are provided with；Being provided with smart circuit in described circuit box, smart circuit includes CPU Unit and the communicator being connected with its signal and servo-driver, described servo-driver electrically connects with servomotor (4) Connect；Communicator includes communication antenna, and described communication antenna is located in communication cartridge (32)；

Also including the cam device (14) for taking pictures and recording a video, described cam device (14) is located at the first picture frame main body (1) upside, cam device (14) is connected with CPU element signal；

Also including massage unit, described massage unit includes vibration motor (12) and the vibrations driving being electrically connected Unit, described vibrations driver element is connected with CPU element signal；Vibration motor (12) is located at the close of the first picture frame main body (1) The side of temple main body (3)；

Also include the Zoom lens unit (11) being located in the first picture frame main body (1)；

Also include the LED illumination unit (13) being provided with the first picture frame main body (1) lower section；Described smart circuit also includes LED Driver element, described LED drive unit is electrically connected with LED illumination unit (13), described LED drive unit and CPU element electricity Property connect.

A kind of intelligent glasses the most according to claim 1, it is characterised in that: described communication antenna includes the medium of rectangle Plate (f1), described dielectric-slab (f1) is provided with two symmetrical radiating elements；Each described radiating element includes arc Shape feed arm (f3)；The short arc limit of described arc feed arm (f3) is provided with rectangle decoupling and windows, and described arc feed arm (f3) is remote It is provided with semicircle feed from the side that rectangle decoupling is windowed and windows (f31)；Also include two fan-shaped fan beam arms (f4), two The short arc limit of individual fan beam arm (f4) is oppositely arranged, two fan beam arms (f4) respectively with described arc feed arm (f3) Two ends are connected；The side on the short arc limit of each fan beam arm (f4) is extended to the side away from long arc limit respectively first Radiation arm (f5), described first radiation arm (f5) is not connected with one end of fan beam arm (f4) to away from arc feed arm (f3) First linking arm (f6) of side is extended to be had " several " font；First linking arm (f6) be not connected with the first radiation arm (f5) one End extends the second linking arm (f7) having " Π " font；Also include respectively with two the second linking arm (f7) one end even the Two radiation arms and the 3rd radiation arm；Described second radiation arm include U-shaped the first U-shaped arm (f81) and with the first U-shaped arm (f81) first L-arm (f82) of the L-shaped that one end connects；Described 3rd radiation arm includes the second U-shaped arm including U-shaped (f83) second L-arm (f84) of the L-shaped and with second U-shaped arm (f83) one end being connected；Described first L-arm (f82) is longitudinally The arm brachium more longitudinal than the second L-arm (f84), and the longitudinal arm free end of described first L-arm (f82) and the second L-arm (f84) horizontal arm flushes；It is additionally provided with the power feed hole for feeding coupling on described arc feed arm (f3).

A kind of intelligent glasses the most according to claim 2, it is characterised in that: two the first radiation arms (f5) are presented towards arc The side of electric arm (f3) is equipped with sector notch.

A kind of intelligent glasses the most according to claim 2, it is characterised in that: the transverse width of described first radiation arm (f5) For 0.4-1.2mm.

A kind of intelligent glasses the most according to claim 2, it is characterised in that: two the first linking arms (f6) are around forming square Rectangular shaped semiconductor isolation strip (f21) it is provided with in shape region；Quasiconductor it is filled with in rectangular shaped semiconductor isolation strip (f21), described half Conductor is silicon dioxide.

A kind of intelligent glasses the most according to claim 2, it is characterised in that: set the transverse width of the second linking arm (f7) as X, the transverse width of the first linking arm (f6) is Y, and the arm brachium of the first L-arm (f82) longitudinal direction is N, then N+X=2Y.

A kind of intelligent glasses the most according to claim 2, it is characterised in that: it is additionally provided with two on described dielectric-slab (f1) and posts Raw oscillator unit (f22), each parasitic oscillator unit (f22) includes the first parasitic oscillator arms of rectangle and from the first parasitism The parasitic oscillator arms of the second of the triangle extended in oscillator arms.

A kind of intelligent glasses the most according to claim 2, it is characterised in that: the peripheral side plating of described dielectric-slab (f1) is provided with One circle cage ring arm (f23).

A kind of intelligent glasses the most according to claim 2, it is characterised in that: described fan beam arm (f4) is provided with circle Flow-disturbing hole (f41).