CN207281391U

CN207281391U - A kind of FPV high definitions handheld screen and high definition 3D glasses double-duty plants

Info

Publication number: CN207281391U
Application number: CN201721111567.1U
Authority: CN
Inventors: 滕华青
Original assignee: Individual
Current assignee: Individual
Priority date: 2017-09-01
Filing date: 2017-09-01
Publication date: 2018-04-27
Anticipated expiration: 2027-09-01

Abstract

The utility model discloses a kind of FPV high definitions handheld screen and high definition 3D glasses double-duty plants; the card slot of the front shoe and the chimb of main body are clamped; the protective film is bonded with display screen; and the display screen is embedded in front shoe and is combined with front casing in the cavity to be formed; the pcb board is arranged on the side of front casing; one side of the module upper casing is fixedly connected with the lens cone, and two groups of eyeglasses are correspondingly provided with the lens barrel.The FPV high definitions handheld screen and high definition 3D glasses double-duty plants, are made of two parts critical piece：Part I is the 3D VR eyeshades that a size is worn；Part II is the hand-held receiving screen of 5.5 cun of high definition resolution ratio of an outfit；It is the hand-held receiving screens of 5.5 cun of high definition resolution ratio of Part II connecing mode soon and docked with the 3D VR eyeshades that Part I is worn and be combined into the 3D VR glasses of 5.5 cun of high definition resolution ratio by special designing that its function, which is realized,.

Description

A kind of FPV high definitions handheld screen and high definition 3D glasses double-duty plants

Technical field

The utility model belongs to technical field of communication equipment, and in particular to a kind of FPV high definitions handheld screen and high definition 3D glasses Double-duty plant.

Background technology

FPV is the abbreviation of English First Person View, i.e. " first person main perspective ", it is a kind of based on remote control Install wireless camera upstream device on model airplane or auto model additional, the new playing method of screen manipulation model is seen on ground.It is empty Intend real head-mounted display equipment, i.e. VR aobvious, VR glasses, and the address such as glasses VR, it is with calculating using emulation technology that VR aobvious The product of the multiple technologies set such as machine graphics human-machine interface technology multimedia technology sensing technology network technology, is by calculating A kind of brand-new human-computer interaction means of machine and newest sensor technology creation.

The VR eyeshades that existing dedicated 5.8G FPV are worn on the market at present, also have 5.8G FPV to hold receiving screen.But Either these equipment are to wear, or it is hand-held；Have no idea to take into account both demands at the same time.And this that the utility model has Two kinds of application modes that can be combined larger range of can meet the various demands of different players.

Utility model content

The purpose of this utility model is to provide a kind of FPV high definitions handheld screen and high definition 3D glasses double-duty plants, to solve Problem proposed in the above background technology.

To achieve the above object, the utility model provides following technical solution：A kind of FPV high definitions handheld screen and high definition 3D Mirror double-duty plant, including plastic mount, rear casing, pcb board, display screen, protective film, front shoe, main body, right cover plate, One magnet, fold silica gel, left cover, the second magnet, lens barrel and silica gel face cover, the card slot of the front shoe and the chimb of main body Clamping, the protective film are bonded with display screen, and the display screen is embedded in front shoe and is combined what is formed with front casing In cavity, the pcb board is arranged on the side of front casing, and the rear casing is clamped by card slot and chimb with front casing, described The one side for folding silica gel is connected to the one side of main body by two groups of springs, and the another side for folding silica gel with two-by-two Module lower casing, the silica gel fixing piece of interconnection are fixedly connected with module upper casing, a side of the module upper casing and lens barrel It is fixedly connected, two groups of eyeglasses is correspondingly provided with the lens barrel, the silica gel face cover is installed on lens barrel, the left cover and right cover Plate is detachably connected on the both ends of main body.

Preferably, the plastic mount is fixed together rear casing and main body.

Preferably, two group of second button is installed on the upper end button of the pcb board, and on the one side of the pcb board Equipped with four group of first button.

Preferably, one end between the module upper casing and lens barrel is equipped with interpupillary distance regulating wheel.

The technique effect and advantage of the utility model：The FPV high definitions handheld screen and high definition 3D glasses double-duty plants, by two Divide critical piece composition：Part I is the 3D VR eyeshades that a size is worn；Part II is one and is equipped with 5.5 cun of high definitions resolutions The hand-held receiving screen of rate；Its function realize be the hand-held receiving screen of 5.5 cun of high definition resolution ratio of Part II is passed through it is special Design connects mode 3D VR for being combined into 5.5 cun of high definition resolution ratio is docked with the 3D VR eyeshades that Part I is worn soon Mirror；When it is combined it is one and the 3D eyeshades received is passed with figure；It is again one and possesses 5.5 cun of high sortings after it is split The figure of resolution passes the handheld screen received；Both different application modes larger range of can meet the various need of different players Ask.

Brief description of the drawings

Fig. 1 is the structure diagram of the utility model.

Fig. 2 is the first axonometric drawing of the 3D VR glasses of 5.5 cun of high definition resolution ratio of the utility model；

Fig. 3 is 3D VR second of axonometric drawing of glasses of 5.5 cun of high definition resolution ratio of the utility model；

Fig. 4 is the first axonometric drawing of the handheld screen of figure biography reception of 5.5 cun of high definition resolution ratio of the utility model；

Fig. 5 is that the figure of 5.5 cun of high definition resolution ratio of the utility model passes second of the axonometric drawing of handheld screen received.

In figure：1 plastic mount, 2 first buttons, 3 rear casings, 4 second buttons, 5PCB plates, 6 front casings, 7 display screens, 8 protective films, 9 front shoes, 10 main bodys, 11 right cover plates, 12 first magnet, 13 fold silica gel, 14 interpupillary distance regulating wheels, 15 left covers Plate, 16 springs, 17 second magnet, 18 module lower casings, 19 silica gel fixing pieces, 20 module upper casings, 21 lens barrels, 22 eyeglasses, 23 silica gel Face cover.

Embodiment

The following is a combination of the drawings in the embodiments of the present utility model, and the technical scheme in the embodiment of the utility model is carried out Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiment in the utility model, those of ordinary skill in the art are without making creative work All other embodiments obtained, shall fall within the protection scope of the present invention.

The utility model provides a kind of FPV high definitions handheld screen as shown in Figure 1 and high definition 3D glasses double-duty plants, including Plastic mount 1, rear casing 3, pcb board 5, display screen 7, protective film 8, front shoe 9, main body 10, right cover plate 11, the first magnet 12nd, silica gel 13, left cover 15, the second magnet 17, lens barrel 21 and silica gel face cover 23 are folded, the plastic mount 1 is rear casing 3 It is fixed together with main body 10, the card slot of the front shoe 9 is clamped with the chimb of main body 10, the protective film 8 and display screen 7 Fitting, and the display screen 7 is embedded in front shoe 9 and is combined with front casing 6 in the cavity to be formed, the pcb board 5 is set Two group of second button 4, and the side of the pcb board 5 are installed on the side of front casing 6, the upper end button of the pcb board 5 Face is equipped with four group of first button 2, and the rear casing 3 is clamped by card slot and chimb with front casing 6, the folding silica gel 13 One side is connected to the one side of main body 10 by two groups of springs 16, and the another side for folding silica gel 13 with it is mutual two-by-two Module lower casing 18, the silica gel fixing piece 19 of connection are fixedly connected with module upper casing 20, a side of the module upper casing 20 with Lens barrel 21 is fixedly connected, and one end between the module upper casing 20 and lens barrel 21 is equipped with interpupillary distance regulating wheel 14, on the lens barrel 21 Two groups of eyeglasses 22 are correspondingly provided with, the silica gel face cover 23 is installed on lens barrel 21, and the left cover 15 and right cover plate 11 are detachable It is connected to the both ends of main body 10.

As Figure 2-3, it is made of two parts critical piece：Part I is the 3D VR eyeshades that a size is worn；Second Part is the hand-held receiving screen of 5.5 cun of high definition resolution ratio of an outfit；Its function realization is 5.5 cun of high definitions Part II The hand-held receiving screen of resolution ratio is combined into one by connecing mode soon and being docked with the 3D VR eyeshades that Part I is worn for special designing The 3D VR glasses of 5.5 cun of high definition resolution ratio of platform；When it is combined it is one and the 3D eyeshades received is passed with figure；It is worn over The surrounding condition of controlling equipment can be not only intuitive to see on the face, but also both hands can be discharged to manipulate remote controler.

As illustrated in figures 4-5, it is that a figure for possessing 5.5 cun of high definition resolution ratio passes the handheld screen received again after fractionation.

Both application modes that can be combined larger range of can meet the various demands of different players.It is and traditional Or equipment be to wear, or be hand-held；Have no idea to take into account both demands at the same time.

The product is mainly used for receiving, and is carried in the equipment such as unmanned plane, telecar, drone, wireless camera The audio/video file launched, and shown and stored.The product can allow the behaviour of the equipment such as unmanned plane, telecar, drone Make personnel, the image audio/video file received by this product understands the location of their institute's controlling equipments and periphery in real time Situation.

Finally it should be noted that：The above descriptions are merely preferred embodiments of the present invention, is not limited to this Utility model, although the utility model is described in detail with reference to the foregoing embodiments, for those skilled in the art For, it can still modify the technical solution described in foregoing embodiments, or to which part technical characteristic Equivalent substitution is carried out, where within the spirit and principles of the present invention, any modification, equivalent replacement, improvement and so on, It should be included within the scope of protection of this utility model.

Claims

1. a kind of FPV high definitions handheld screen and high definition 3D glasses double-duty plants, including plastic mount (1), rear casing (3), pcb board (5), display screen (7), protective film (8), front shoe (9), main body (10), right cover plate (11), the first magnet (12), folding silica gel (13), left cover (15), the second magnet (17), lens barrel (21) and silica gel face cover (23), it is characterised in that：The front shoe (9) card slot and the chimb of main body (10) are clamped, and the protective film (8) is bonded with display screen (7), and the display screen (7) is inlayed It is combined embedded in front shoe (9) and front casing (6) in the cavity to be formed, the pcb board (5) is arranged on front casing (6) Side, the rear casing (3) are clamped by card slot and chimb with front casing (6), and the one side for folding silica gel (13) passes through Two groups of springs (16) are connected to the one side of main body (10), and the another side for folding silica gel (13) and two two interconnected Module lower casing (18), silica gel fixing piece (19) be fixedly connected with module upper casing (20), a side of the module upper casing (20) Face is fixedly connected with lens barrel (21), and two groups of eyeglasses (22), silica gel face cover (23) installation are correspondingly provided with the lens barrel (21) On lens barrel (21), the left cover (15) and right cover plate (11) are detachably connected on the both ends of main body (10).

2. a kind of FPV high definitions handheld screen according to claim 1 and high definition 3D glasses double-duty plants, it is characterised in that：Institute Plastic mount (1) is stated to be fixed together rear casing (3) and main body (10).

3. a kind of FPV high definitions handheld screen according to claim 1 and high definition 3D glasses double-duty plants, it is characterised in that：Institute State and two group of second button (4) is installed on the upper end button of pcb board (5), and the one side of the pcb board (5) is equipped with four groups First button (2).

4. a kind of FPV high definitions handheld screen according to claim 1 and high definition 3D glasses double-duty plants, it is characterised in that：Institute The one end stated between module upper casing (20) and lens barrel (21) is equipped with interpupillary distance regulating wheel (14).