TWM522532U - Wears type audiovisual device - Google Patents

Description

Wearable audiovisual device

This creation relates to a wearable audiovisual device, and more particularly to a wearable audiovisual device that provides image and sound information.

In the modern information society, various materials, information, news, knowledge, opinions and ideas presented in the form of sounds and/or images can already be carried in electronic media/multimedia materials; while the broadcasting system can be played in video/video. These media/multimedia materials are now available. The playback system includes a source device and a playback device. The source device provides multimedia data as the source signal of the playback device, and the playback device has a speaker or a display panel to convert the source signal into sound and video. Due to the popularity and flourishing of modern information, the types of source devices have become increasingly diverse. For example, the source device can be a multi-function optical disc (DVD) disc player and a video recorder, a Blu-ray disc player and a Blu-ray disc recorder, and a modulation/demodulation device for receiving multimedia data by a wired and/or wireless network. (modem) and set-top box, multimedia player for reading multimedia data from hard disk/flash memory/memory card, game console, even digital camera, camcorder With mobile phones and handheld devices with audio and video output capabilities. The playback device can be an audio, a monitor, a television, a projector, and the like.

The present invention provides a wearable audiovisual device in accordance with the deficiencies of the prior art.

One of the embodiments of the present invention provides a wearable audio-visual device that is worn on a user's head. The wearable audio-visual device includes a housing structure, a first image generating unit, and a second image generating device. Unit, and two earphone structures. Place The housing structure comprises a main housing and two side housings respectively connected to opposite side ends of the main housing, wherein the main housing has a top end, a bottom end and an inner side surface, each side The housing has an inner side surface, and the two inner side surfaces of the two side shells correspond to each other; the first image generating unit includes a first monolithic polarizing beam splitter, and a first adjacent one a first illumination module of the monolithic polarization beam splitter, a first image display module adjacent to the first monolithic polarization beam splitter, and a first lens adjacent to the first monolithic polarization beam splitter a module, wherein a portion of the first lens module is exposed from the inner side surface of the main housing and corresponds to a first eye of the user, and the first monolithic polarization The beam splitter, the first light emitting module, the first image display module, and the remaining portion of the first lens module are all wrapped in the main housing; the second image generating unit includes a second monolithic polarization beam splitter, adjacent to the second monolithic a second light emitting module of the polarizing beam splitter, a second image display module adjacent to the second monolithic polarizing beam splitter, and a second lens module adjacent to the second monolithic polarizing beam splitter, Wherein a portion of the second lens module is exposed from the inner side surface of the main housing and corresponds to a second eye of the user, and the second monolithic polarization beam splitter, The second light emitting module, the second image display module, and the remaining portion of the second lens module are all wrapped in the main casing; and the two earphone structures are respectively disposed at Two of the inner side surfaces of the two side cases; wherein the first light source generated by the first light emitting module passes through the first monolithic polarizing beam splitter to project on the first On the image display module, the first light source is reflected by the first image display module to form a first image light source, and the first image light source passes through the first monolithic polarization beam splitter Reflecting and passing through the first lens module to form a projection a first eye image light source of the first eye of the user; wherein the second light source generated by the second light emitting module passes through the second monolithic polarization beam splitter to project on the first On the second image display module, the second light source is reflected by the second image display module to form a second image light source, and the second image light source passes through the The second monolithic polarization beam splitter reflects and passes through the second lens module to form a second eye image source that is directed toward the second eye of the user.

Another wearable audio-visual device of the present invention is worn on a user's head. The wearable audio-visual device includes a housing structure, a first image generating unit, and a second image generating device. Unit, and two earphone structures. The housing structure includes a main housing and two side housings respectively connected to opposite side ends of the main housing, wherein the main housing has a top end, a bottom end and an inner side surface, each The side housing has an inner side surface, and the two inner side surfaces of the two side shells correspond to each other; the first image generating unit includes a first monolithic polarizing beam splitter, and a neighboring a first light emitting module of a monolithic polarizing beam splitter, a first image display module adjacent to the first monolithic polarizing beam splitter, and a first adjacent to the first monolithic polarizing beam splitter a lens module, wherein a portion of the first lens module is exposed from the inner side surface of the main housing and corresponds to a first eye of the user, and the first single piece The polarization beam splitter, the first light emitting module, the first image display module, and the rest of the first lens module are all wrapped in the main casing; the second image generating unit Include a second monolithic polarization beam splitter, adjacent to the second single a second light emitting module of the polarizing beam splitter, a second image display module adjacent to the second monolithic polarizing beam splitter, and a second lens module adjacent to the second monolithic polarizing beam splitter Wherein a portion of the second lens module is exposed from the inner side surface of the main housing and corresponds to a second eye of the user, and the second monolithic polarization beam splitter The second light emitting module, the second image display module, and the rest of the second lens module are all wrapped in the main casing; and the two earphone structures are respectively disposed On the two inner side surfaces of the two side cases; wherein the first light source generated by the first light emitting module is reflected by the first monolithic polarizing beam splitter to be projected On the first image display module, the first light source is reflected by the first image display module to form a first image light source, and the first image light source sequentially passes through the first single image Slice a polarizing beam splitter and the first lens module to form a first eye image light source that is directed to the first eye of the user; wherein the second light source generated by the second light emitting module passes The second monolithic polarization beam splitter is reflected on the second image display module, and the second light source is reflected by the second image display module to form a second image light source. And the second image light source sequentially passes through the second monolithic polarizing beam splitter and the second lens module to form a second eye of the second eye of the user Image light source.

A wearable audio-visual device is provided on the user's head, and the wearable audio-visual device includes: a casing structure, a first image generating unit, and a second image. The generating unit and the two earphone structures. The housing structure includes a main housing and two side housings respectively connected to opposite side ends of the main housing; the first image generating unit includes a first exposed from the main housing a bare portion and a first hidden portion completely encased in the main housing, wherein the first bare portion has a first viewing area corresponding to a first eye of the user, and a first eye image light source generated by the first image generating unit passes through the first viewing area to be directed to the first eye of the user; the second image generating unit includes a a second exposed portion exposed by the main housing and a second hidden portion completely covered in the main housing, wherein the second exposed portion has a second eye corresponding to the user a second viewing zone, and a second eye image light source generated by the second image generating unit passes through the second viewing zone to be directed to the second eye of the user; The earphone structures are respectively disposed on the two side casings A surface on said inner side. The first image generating unit includes a first monolithic polarizing beam splitter, a first lens module composed of at least three first lenses and adjacent to the first monolithic polarizing beam splitter, and a first image display module having a size between 0.37吋 and 0.7吋 and adjacent to the first monolithic polarization beam splitter, and the second image generation unit includes a second monolithic polarization beam splitter a second consisting of at least three second lenses adjacent to the second monolithic polarizing beam splitter And a second image display module having a display size between 0.37吋 and 0.7吋 and adjacent to the second monolithic polarization beam splitter.

In order to further understand the features and technical contents of the present invention, please refer to the following detailed description and drawings of the present invention. However, the drawings are only for reference and description, and are not intended to limit the creation.

Z‧‧‧Wearing audiovisual equipment

1‧‧‧Shell structure

11‧‧‧Main housing

110‧‧‧Top

111‧‧‧ bottom

112‧‧‧ inside surface

12‧‧‧ side shell

120‧‧‧ inside surface

13‧‧‧ movable nose pads

14‧‧‧ Height adjustment

15‧‧‧ movable cover

2‧‧‧First image generation unit

2A‧‧‧ first exposed part

2B‧‧‧First hidden part

21‧‧‧The first monolithic polarization beam splitter

22‧‧‧First lighting module

220‧‧‧First light-emitting diode

23‧‧‧First image display module

24‧‧‧First lens module

240‧‧‧first lens

240A‧‧‧First lenticular lens

240B‧‧‧First connecting meniscus lens

240C‧‧‧First split meniscus lens

2400C‧‧‧First recessed accommodation space

2400‧‧‧First viewing area

25‧‧‧First focal length adjustment

26‧‧‧First position adjustment

L1‧‧‧ first light source

R1‧‧‧ first image light source

M1‧‧‧first eye image light source

3‧‧‧Second image generation unit

3A‧‧‧Second bare part

3B‧‧‧Second hidden part

31‧‧‧Second single-chip polarizing beam splitter

32‧‧‧Second lighting module

320‧‧‧Second light-emitting diode

33‧‧‧Second image display module

34‧‧‧Second lens module

340‧‧‧second lens

340A‧‧‧second lenticular lens

340B‧‧‧Second connection meniscus lens

340C‧‧‧Second separate meniscus lens

3400C‧‧‧Second recessed accommodation space

3400‧‧‧Second viewing area

35‧‧‧Second focal length adjustment

36‧‧‧Second position adjustment

L2‧‧‧second light source

R2‧‧‧Second image light source

M2‧‧‧Second eye image light source

4‧‧‧ Headphone structure

41‧‧‧Electrical connector socket

42‧‧‧Electrical connection jack

43‧‧‧Volume adjustment button

44‧‧‧Power switch button

D1‧‧‧First distance

D2‧‧‧Second distance

D3‧‧‧ third distance

X1‧‧‧first optical axis

X2‧‧‧second optical axis

H‧‧‧ head

N‧‧‧ nose

E1‧‧‧ first eye

E2‧‧‧ second eye

FIG. 1 is a perspective view showing one of viewing angles of the wearable audiovisual device.

2 is a perspective view of another viewing angle of the wearable audiovisual device of the present invention.

FIG. 3 is a schematic perspective view showing that the movable shielding piece of the wearable audio-visual device is rotated to expose the first viewing area and the second viewing area.

4 is a side elevational view of the first use state in which the wearable audiovisual device is worn on the user's head.

FIG. 5 is a side cross-sectional view showing the first image generating unit and the second image generating unit of the wearable audiovisual device.

Figure 6 is a side elevational view of a second use state in which the wearable audiovisual device is worn on the user's head.

FIG. 7 is a side cross-sectional view showing another first image generating unit and another second image generating unit of the created wearable audiovisual device.

The following is a specific example to illustrate the implementation of the "wearable audiovisual device" disclosed in the present disclosure. Those skilled in the art can understand the advantages and effects of the present invention by the contents disclosed in the present specification. The present invention can be implemented or applied by other different embodiments. The details of the present specification can also be modified and changed without departing from the spirit and scope of the present invention. In addition, the drawings of this creation are only for a brief illustration, and are not described in terms of actual dimensions. The following embodiments will further explain the related technical content of the present invention, but the disclosed content is not intended to limit the technical scope of the present creation.

Referring to FIG. 1 to FIG. 7 , the present invention provides a wearable audio-visual device Z. The wearable audio-visual device Z can be worn on the user's head H, and the wearable audio-visual device Z includes: a casing structure 1, a first image generating unit 2, a second image generating unit 3, and two earphones. Structure 4.

First, as shown in FIG. 1 , FIG. 2 and FIG. 4 , the housing structure 1 includes a main housing 11 and two side housings 12 respectively connected to opposite end sides of the main housing 11 , and the main housing 11 and The two side casings 12 can form the outer shape of a pair of glasses. The main housing 11 has a top end 110, a bottom end 111 and an inner side surface 112. Each side housing 12 has an inner side surface 120, and the two inner side surfaces 120 of the two side housings 12 correspond to each other ( That is, face to face setting). Furthermore, the housing structure 1 includes a movable nose pad 13 movably disposed on the inner side surface 112 of the main housing 11 and a height adjustment member 14 disposed on the top end 110 of the main housing 11, and The movable nose pad 13 can be adjusted by the height adjustment member 14 to accurately abut and attach to the user's nose N (as shown in FIG. 4).

Furthermore, the first image generating unit 2 includes a first monolithic polarization beam splitter 21 and a first light emitting module adjacent to the first monolithic polarization beam splitter 21, as shown in FIG. 3, FIG. 4 and FIG. 22 (which may be composed of a plurality of first LEDs 220), a first image display module 23 adjacent to the first monolithic polarization beam splitter 21 (eg, a reflective 矽-based liquid crystal panel, the display size of which is delimited a first lens module 24 adjacent to the first monolithic polarization beam splitter 21, wherein a portion of the first lens module 24 is exposed from the inner side surface 112 of the main housing 11 And corresponding to a first eye E1 of the user, and the first monolithic polarization beam splitter 21, the first light emitting module 22, the first image display module 23, and the rest of the first lens module 24 Both are covered in the main casing 11. Further, as shown in FIG. 5, the first light source L1 generated by the first light emitting module 22 passes through the first monolithic polarizing beam splitter 21 to be projected on the first image display module 23, A light source L1 passes through the reflection of the first image display module 23 to form a first image light source R1, and the first image light source R1 passes through the reflection of the first monolithic polarization beam splitter 21 and passes through the first lens mode. Group 24 to form a first eye of the first eye E1 directed to the user Image light source M1. In summary, the first image generating unit 2 includes a first exposed portion 2A exposed from the main casing 11 and a first hidden portion 2B completely covered in the main casing 11, wherein the first exposed portion 2A There is a first viewing area 2400 corresponding to a first eye E1 of the user, and a first eye image light source M1 generated by the first image generating unit 2 passes through the first viewing area 2400 to be directed to the user. The first eye E1.

For example, the first lens module 24 can be composed of at least three first lenses 240, wherein at least three first lenses 240 can be divided into a first lenticular lens 240A and a first lenticular lens 240A. The first connecting meniscus lens 240B and the first split meniscus lens 240C that are separated from the first connecting meniscus lens 240B are separated from each other. In addition, the first split lenticular lens 240C has a first recessed accommodating space 2400C, and a small portion of the first connected lenticular lens 240B is accommodated in the first recessed accommodating space 2400C. Furthermore, the first monolithic polarization beam splitter 21 can also be replaced from a flat shape into a cube or a rectangular parallelepiped.

In addition, as shown in FIG. 3, FIG. 4 and FIG. 5, the second image generating unit 3 includes a second monolithic polarizing beam splitter 31 and a second light emitting module 32 adjacent to the second monolithic polarizing beam splitter 31. (which may be composed of a plurality of second LEDs 320), and a second image display module 33 adjacent to the second monolithic polarization beam splitter 31 (for example, a reflective 矽-based liquid crystal panel, the display size of which may be bounded by a second lens module 34 adjacent to the second monolithic polarization beam splitter 31, wherein a portion of the second lens module 34 is exposed from the inner side surface 112 of the main casing 11. And corresponding to a second eye E2 of the user, and the second monolithic polarization beam splitter 31, the second light emitting module 32, the second image display module 33, and the rest of the second lens module 34 are It is wrapped in the main casing 11. Further, as shown in FIG. 5, the second light source L2 generated by the second light emitting module 32 passes through the second monolithic polarizing beam splitter 31 to be projected on the second image display module 33. The two light sources L2 are reflected by the second image display module 33 to form a second image light source R2, and the second image light source R2 is reflected by the second monolithic polarization beam splitter 31 and passes through the second The lens module 34 is configured to form a second eye image light source M2 that is directed to the second eye E2 of the user. In summary, the second image generating unit 3 includes a second exposed portion 3A exposed from the main casing 11 and a second hidden portion 3B completely covered in the main casing 11, wherein the second exposed portion 3A There is a second viewing area 3400 corresponding to a second eye E2 of the user, and a second eye image light source M2 generated by the second image generating unit 3 passes through the second viewing area 3400 to be directed to the user. The second eye is E2.

For example, the second lens module 34 can be composed of at least three second lenses 340, wherein at least three second lenses 340 can be divided into a second lenticular lens 340A and a second lenticular lens 340A. The second connected meniscus lens 340B and the second split meniscus lens 340C that are separated from the second connected meniscus lens 340B. In addition, the second split type meniscus lens 340C has a second recessed accommodation space 3400C, and a small portion of the second connection type meniscus lens 340B is accommodated in the second recessed accommodation space 3400C. Furthermore, the second monolithic polarization beam splitter 31 can also be replaced from a flat shape into a cube or a rectangular parallelepiped.

Furthermore, as shown in FIG. 1 and FIG. 3, the first lens module 24 has a first viewing area 2400 exposed from the inner side surface 112 of the main casing 11, and the second lens module 34 has a A second viewing zone 3400 is exposed from the inner side surface 112 of the main housing 11. In addition, the housing structure 1 includes a movable shielding piece 15 movably disposed on the inner side surface 112 of the main housing 11, and opposite end portions of the movable shielding piece 15 are pivotally disposed on the main housing 11 respectively. The first viewing area 2400 and the second lens module 34 of the first lens module 24 are selectively covered (as shown in FIG. 1) or bare (as shown in FIG. 3) at opposite positions of the inner side surface 112. The second viewing zone 3400. For example, as shown in FIG. 6, when the wearable viewing device Z is turned over 90 degrees for use, the movable shutter 15 can be used to cover the first lens module 24 in addition to the wearable viewing device Z. The first viewing zone 2400 and the second viewing zone 3400 of the second lens module 34 prevent the oil on the user's hair from directly contacting the first viewing zone 2400 and the second viewing zone 3400.

Furthermore, as shown in FIG. 3, FIG. 4 and FIG. 5, the first image generating unit 2 includes a first focal length adjusting member 25 disposed on the top end 110 of the main casing 11, and the first lens module 24 A first distance D1 between the center position and the center position of the first monolithic polarization beam splitter 21 can be adjusted by the first focus adjustment member 25. In addition, the second image generating unit 3 includes a second focus adjusting member 35 disposed on the top end 110 of the main casing 11, and the center position of the second lens module 34 and the center of the second monolithic polarizing beam splitter 31 A second distance D2 between the positions can be adjusted by the second focus adjustment member 35. In addition, as shown in FIG. 2 and FIG. 3, the first image generating unit 2 includes a first position adjusting member 26 disposed on the bottom end 111 of the main casing 11, and the second image generating unit 3 includes a main casing disposed on the main casing. a second position adjusting member 36 on the bottom end 111 of the body 11 and a third distance D3 between a first optical axis X1 of the first lens module 24 and a second optical axis X2 of the second lens module 34 The adjustment can be made by the first position adjusting member 26 and the second position adjusting member 36.

Furthermore, as shown in FIGS. 1 and 2, the two earphone structures 4 are respectively disposed on the two inner side surfaces 112 of the two side casings 12. For example, one of the two earphone structures 4 has at least one electrical connector socket 41, at least one electrical connection jack 42, a volume adjustment button 43, and a power switch button 44. It is worth mentioning that, as shown in FIG. 6, the wearable viewing device Z can also be used by flipping 90 degrees.

Furthermore, as shown in FIG. 7, the present invention provides another first image generating unit 2 and another second image generating unit 3. The first light source L1 generated by the first light-emitting module 22 is reflected by the first single-plate polarizing beam splitter 21 to be projected on the first image display module 23, and the first light source L1 passes through the first image. Displaying the reflection of the module 23 to form a first image light source R1, and the first image light source R1 sequentially passes through the first monolithic polarization beam splitter 21 and the first lens module 24 to form a projection user. The first eye image source M1 of the first eye E1. In addition, the second light source L2 generated by the second light emitting module 32 is reflected by the second monolithic polarizing beam splitter 31 to be projected on the second image display module 33, and the second light source L2 passes through the second image. Displaying the reflection of the module 33 to form a second The image light source R2, and the second image light source R2 sequentially passes through the second monolithic polarization beam splitter 31 and the second lens module 34 to form a second eye image light source that is directed to the second eye E2 of the user. M2.

The above description is only a preferred and feasible embodiment of the present invention, and thus does not limit the scope of the patent of the present invention. Therefore, any equivalent technical changes made by using the present specification and the contents of the schema are included in the scope of protection of the present creation. .

Z‧‧‧Wearing audiovisual equipment

1‧‧‧Shell structure

11‧‧‧Main housing

12‧‧‧ side shell

13‧‧‧ movable nose pads

15‧‧‧ movable cover

24‧‧‧First lens module

2400‧‧‧First viewing area

25‧‧‧First focal length adjustment

34‧‧‧Second lens module

3400‧‧‧Second viewing area

35‧‧‧Second focal length adjustment

4‧‧‧ Headphone structure

D3‧‧‧ third distance

X1‧‧‧first optical axis

X2‧‧‧second optical axis

Claims (10)

A wearable audio-visual device that is worn on a user's head, the wearable audio-visual device comprising: a housing structure, the housing structure comprising a main housing and two main housings respectively connected Two opposite side end casings, wherein the main casing has a top end, a bottom end and an inner side surface, each side shell having an inner side surface, and two of the two side shells The inner side surfaces correspond to each other; a first image generating unit, the first image generating unit includes a first monolithic polarizing beam splitter, a first light emitting module adjacent to the first monolithic polarizing beam splitter, a first image display module adjacent to the first monolithic polarization beam splitter, and a first lens module adjacent to the first monolithic polarization beam splitter, wherein a portion of the first lens module Exposed from the inner side surface of the main casing and corresponding to a first eye of the user, and the first monolithic polarizing beam splitter, the first lighting module, the a first image display module and the first lens module The remaining portion is covered in the main housing; a second image generating unit, the second image generating unit includes a second monolithic polarizing beam splitter, and a second monolithic polarizing beam splitter a second illumination module, a second image display module adjacent to the second monolithic polarization beam splitter, and a second lens module adjacent to the second monolithic polarization beam splitter, wherein a portion of the second lens module is exposed from the inner side surface of the main housing and corresponds to a second eye of the user, and the second monolithic polarization beam splitter, the The second light emitting module, the second image display module, and the rest of the second lens module are all wrapped in the main casing; and two earphone structures, two of the earphone structures respectively Provided on two of the inner side surfaces of the two side casings; The first light source generated by the first light emitting module passes through the first monolithic polarizing beam splitter to be projected on the first image display module, and the first light source passes through the first Reflecting the image display module to form a first image light source, and the first image light source is reflected by the first monolithic polarization beam splitter and passes through the first lens module to form a a first eye image light source that is directed to the first eye of the user; wherein a second light source generated by the second light emitting module passes through the second monolithic polarization beam splitter to project On the second image display module, the second light source is reflected by the second image display module to form a second image light source, and the second image light source passes through the second single chip The polarizing beam splitter reflects and passes through the second lens module to form a second eye image source that is directed toward the second eye of the user. The wearable audio-visual device of claim 1, wherein the first lens module has a first viewing area exposed from the inner surface of the main casing, and the second lens module Having a second viewing zone exposed from the inner side surface of the main housing, wherein the housing structure includes a movable occlusion movably disposed on the inner side surface of the main housing a piece, and the opposite end portions of the movable shielding piece are respectively pivotally disposed at opposite positions of the inner side surface of the main casing to selectively cover or expose the first lens module The first viewing zone and the second viewing zone of the second lens module. The wearable audio-visual device of claim 1, wherein the first image generating unit comprises a first focus adjustment member disposed on the top end of the main casing, and the first lens module is a first distance between the first monolithic polarization beamsplitter is adjusted by the first focus adjustment member, wherein the second image generation unit includes a top portion disposed on the main casing a second focal length adjusting member, and a second distance between the second lens module and the second monolithic polarizing beam splitter is adjusted by the second focus adjusting member The first image generating unit includes a first position adjusting member disposed on the bottom end of the main casing, and the second image generating unit includes a portion disposed in the main casing a second position adjusting member on the bottom end, and a third distance between a first optical axis of the first lens module and a second optical axis of the second lens module passes through the first The position adjusting member and the second position adjusting member are adjusted. The wearable audiovisual device of claim 1, wherein the housing structure comprises a movable nose pad movably disposed on the inner side surface of the main housing and a main housing disposed on the main housing a height adjusting member on the top end, and the movable nose pad is adjusted by the height adjusting member to abut against the nose of the user, wherein at least one of the two earphone structures has at least one An electrical connector socket, at least one electrical connection jack, a volume adjustment button, and a power switch button, wherein the first lens module is composed of at least three first lenses, and the second lens module is composed of At least three second lenses are formed, wherein the display sizes of the first image display module and the second image display module are between 0.37吋 and 0.7吋, and at least three of the first lenses are Dividing into a first lenticular lens, a first connection type meniscus lens that is in close contact with the first lenticular lens, and a first separation type meniscus lens that is separated from the first connection type meniscus lens, and at least three The second lens is Into a second lenticular lens, a lenticular lens close to the second convex lens type connected to a second, and a second connection with the formula a second meniscus lens separated from each other separate meniscus lens. A wearable audio-visual device that is worn on a user's head, the wearable audio-visual device comprising: a housing structure, the housing structure comprising a main housing and two main housings respectively connected Two opposite side end casings, wherein the main casing has a top end, a bottom end and an inner side surface, each side shell having an inner side surface, and two of the two side shells The inner side surfaces correspond to each other; a first image generating unit, the first image generating unit includes a first single piece a polarizing beam splitter, a first light emitting module adjacent to the first monolithic polarizing beam splitter, a first image display module adjacent to the first monolithic polarizing beam splitter, and a neighboring a first lens module of a monolithic polarization beam splitter, wherein a portion of the first lens module is exposed from the inner side surface of the main housing and corresponds to a first one of the user An eye, and the first monolithic polarization beam splitter, the first light emitting module, the first image display module, and the rest of the first lens module are wrapped in the main a second image generating unit, wherein the second image generating unit comprises a second monolithic polarizing beam splitter, a second light emitting module adjacent to the second monolithic polarizing beam splitter, and a neighboring a second image display module of the second monolithic polarization beam splitter, and a second lens module adjacent to the second monolithic polarization beam splitter, wherein a portion of the second lens module is from the The inner side surface of the main housing is exposed and corresponds to the user a second eye, and the second monolithic polarization beam splitter, the second light emitting module, the second image display module, and the rest of the second lens module are covered In the main housing; and two earphone structures, two of the earphone structures are respectively disposed on two of the inner side surfaces of the two side casings; wherein the first lighting module generates The first light source is reflected by the first monolithic polarization beam splitter to be projected on the first image display module, and the first light source is reflected by the first image display module to form a a first image light source, and the first image light source sequentially passes through the first monolithic polarization beam splitter and the first lens module to form a first eye that is directed to the user a first eye image light source; wherein the second light source generated by the second light emitting module is reflected by the second monolithic polarizing beam splitter to be projected on the second image display module The second light source passes through the reflection of the second image display module, Forming a a second image light source, and the second image light source sequentially passes through the second monolithic polarization beam splitter and the second lens module to form a second eye that is directed to the user The second eye image source. The wearable audio-visual device of claim 5, wherein the first lens module has a first viewing area exposed from the inner side surface of the main housing, and the second lens module Having a second viewing zone exposed from the inner side surface of the main housing, wherein the housing structure includes a movable occlusion movably disposed on the inner side surface of the main housing a piece, and the opposite end portions of the movable shielding piece are respectively pivotally disposed at opposite positions of the inner side surface of the main casing to selectively cover or expose the first lens module The first viewing zone and the second viewing zone of the second lens module. The wearable audio-visual device of claim 5, wherein the first image generating unit comprises a first focus adjuster disposed on the top end of the main casing, and the first lens module is a first distance between the first monolithic polarization beamsplitter is adjusted by the first focus adjustment member, wherein the second image generation unit includes a top portion disposed on the main casing a second focal length adjusting member, and a second distance between the second lens module and the second monolithic polarizing beam splitter is adjusted by the second focus adjusting member, wherein the first An image generating unit includes a first position adjusting member disposed on the bottom end of the main casing, and the second image generating unit includes a first portion disposed on the bottom end of the main casing a second position adjusting member, and a third distance between a first optical axis of the first lens module and a second optical axis of the second lens module passes through the first position adjusting member and the The second position adjustment member is used for adjustment. The wearable audiovisual device of claim 5, wherein the housing structure comprises a movable nose pad movably disposed on the inner side surface of the main housing and a main housing disposed on the main housing Height adjustment member on the top end, and the The movable nose pad is adjusted against the nose of the user by the adjustment of the height adjusting member, wherein one of the two earphone structures has at least one electrical connector socket, at least one electrical connection jack, and a volume An adjustment button, and a power switch button, wherein the first lens module is composed of at least three first lenses, and the second lens module is composed of at least three second lenses, wherein the first The display sizes of the image display module and the second image display module are all between 0.37 吋 and 0.7 ,, and at least three of the first lenses are divided into a first lenticular lens, and the first lenticular lens is closely attached to the a first lenticular lens of the first lenticular lens, and a first split lenticular lens separated from the first lenticular lens, and at least three of the second lenses are divided into a second lenticular lens a second connection type meniscus lens that is in close contact with the second lenticular lens, and a second separation type meniscus lens that is separated from the second connection type meniscus lens. A wearable audio-visual device that is worn on a user's head, the wearable audio-visual device comprising: a housing structure, the housing structure comprising a main housing and two main housings respectively connected a side shell of the opposite side ends; a first image generating unit, the first image generating unit includes a first exposed portion exposed from the main housing and a completely covered in the main shell a first hidden portion of the body, wherein the first exposed portion has a first viewing area corresponding to a first eye of the user, and a first eye image generated by the first image generating unit a light source passing through the first viewing area to be directed to the first eye of the user; a second image generating unit, the second image generating unit including a bare body from the main housing a second exposed portion and a second hidden portion completely encased in the main housing, wherein the second bare portion has a second viewing area corresponding to a second eye of the user, and The second image generating unit A second green light source images of the eye through the second viewing zone to the user toward a second eye; and Two earphone structures, two of the earphone structures are respectively disposed on two inner side surfaces of the two side casings; wherein the first image generating unit comprises a first monolithic polarization beam splitter, a first lens module composed of at least three first lenses adjacent to the first monolithic polarization beam splitter, and a display size boundary between 0.37 吋 and 0.7 且 adjacent to the first single chip The first image display module of the polarizing beam splitter, and the second image generating unit comprises a second monolithic polarizing beam splitter, and one of the at least three second lenses is adjacent to the second monolithic a second lens module of the polarizing beam splitter, and a second image display module having a display size between 0.37 吋 and 0.7 且 and adjacent to the second monolithic polarizing beam splitter. The wearable audiovisual device of claim 9, wherein the housing structure comprises a movable shutter movably disposed on the main housing, and opposite opposite ends of the movable shutter Not pivotally disposed at opposite positions of the main casing to selectively cover or expose the first viewing zone and the second viewing zone, wherein the casing structure includes a movable arrangement a movable nose pad on the main casing and a height adjusting member disposed on the main casing, and the movable nose pad is adjusted by the height adjusting member to abut against the user On the nose, one of the two earphone structures has at least one electrical connector socket, at least one electrical connection jack, a volume adjustment button, and a power switch button, wherein at least three of the first lenses are distinguished a first lenticular lens, a first connecting lenticular lens that is in close contact with the first lenticular lens, and a first separate lenticular lens that is separated from the first connecting lenticular lens, and at least three The second lens is zoned The invention is divided into a second lenticular lens, a second connected lenticular lens that is in close contact with the second lenticular lens, and a second split lenticular lens that is separated from the second connected lenticular lens.