CN216052882U

CN216052882U - Point-to-multi-platform direct broadcasting all-in-one machine integrating light supplementing lamp and sound card

Info

Publication number: CN216052882U
Application number: CN202122020068.4U
Authority: CN
Inventors: 张长福
Original assignee: Hao Dexin Electronic Science And Technology Co ltd
Current assignee: Hao Dexin Electronic Science And Technology Co ltd
Priority date: 2021-08-26
Filing date: 2021-08-26
Publication date: 2022-03-15
Anticipated expiration: 2031-08-26

Abstract

The utility model discloses a point-to-multi-platform direct-broadcast all-in-one machine integrating a light supplement lamp and a beautiful sound card. The utility model has multiple functions of switching the light supplement lamp, the sound card and the three camera lenses, and a user does not need to separately purchase a plurality of devices for layout and connection, thereby reducing the expenditure cost and greatly reducing the occupation of the space of a live broadcast room.

Description

Point-to-multi-platform direct broadcasting all-in-one machine integrating light supplementing lamp and sound card

Technical Field

The utility model relates to a point-to-multi-platform direct broadcasting all-in-one machine integrating a light supplement lamp and a sound card.

Background

Under the promotion of popularization of 4G and 5G networks and civilization of high-distribution smart phones, live broadcast platforms such as tremble, tremble and express are facing to the rapid development period of flow outbreak. The application scenes of the live broadcast are various and are deeply popular with the public, and the popularity of the live broadcast also promotes the upgrading and updating and the new promotion of various live broadcast devices. Traditional live equipment is become by live host computer, display screen, light filling lamp, camera, microphone, beautiful sound card, monitoring earphone etc. and carry out data interaction via the connecting wire between the equipment, and the connecting wire twines easily or hangs the line, arranges and maintains and wastes time and energy, still simultaneously because equipment is scattered causes the excessive occupation in space, and this is very unfriendly to individual live and the live of little team. Today, the traffic competition is becoming more intense, who can make more exquisite works, who can obtain more traffic, ordinary camera, smart mobile phone, computer display screen and flat video image resolution still remain at 1080P level even lower, can not satisfy the live broadcast and recorded broadcast demand of higher video imaging resolution and true color reduction degree yet, and professional equipment on the market is again looked at dustiness to individual and little team because the expense is expensive. The utility model develops a multi-platform direct broadcasting all-in-one machine integrating a light supplement lamp and a beautiful sound card, and can meet the application requirements of various professional anchor broadcasters in all directions.

SUMMERY OF THE UTILITY MODEL

The utility model aims to provide a point-to-multi-platform direct broadcasting all-in-one machine integrating a light supplement lamp and a sound card, and aims to solve the technical problem.

In order to achieve the purpose, the utility model adopts the following technical scheme:

a point-to-multi-platform direct seeding all-in-one machine integrating a light supplementing lamp and a beautiful sound card comprises a direct seeding host, a front camera, a flat panel display, a right light supplementing lamp, a left light supplementing lamp, a right lamp wing, a left lamp wing, a beautiful sound card host, a scene camera and a special camera, wherein the front camera is arranged in the middle position of the top of the direct seeding host, the scene camera and the special camera are connected through a USB interface and used for flexibly switching picture scenes among three camera lenses, the center of the direct seeding host is provided with a high-definition flat panel display, the left light supplementing lamp is arranged on the left side of the direct seeding host, the left light supplementing lamp and the left lamp wing are integrally injection-molded, the right light supplementing lamp is arranged on the right side of the direct seeding host, the right light supplementing lamp and the right lamp wing are integrally injection-molded, the bottom of the direct seeding host is vertically connected with the beautiful sound card host, and the beautiful sound card host forms a chassis on a horizontal line to support complete machine, place live inside the host computer in the central control mainboard, live host computer back top central authorities are leading camera heat dissipation ventilation hole, upper portion central authorities have designed central control mainboard heat dissipation ventilation hole in the live host computer back, right side light filling lamp is walked the line to the central control mainboard in the live host computer through the line passageway of walking that reserves in the right lamp wing and is connected on the electricity, left side light filling lamp is walked the line to the central control mainboard in the live host computer through the line passageway of walking that reserves in the left lamp wing and is connected on the electricity, beautiful sound card host computer internal line is walked the line to the central control mainboard and is connected on the electricity through the reservation of handing-over department perpendicularly bottom the live host computer.

As a further proposal of the utility model, a power supply starting key of the whole machine is arranged at the left rear corner of the top surface shell of the sound card host.

As a further scheme of the utility model, the direct seeding host is a flat cubic hollow back plate, and the back plate type direct seeding host is used for a vertical support to support integrated whole equipment.

As a further scheme of the utility model, the front camera is provided with a 4K ultra-high-definition camera, and has a high refresh rate of 60HZ, a narrow viewing angle of 75 degrees and distortion of less than 0.5 percent.

As a further scheme of the utility model, the flat panel display adopts a hardened scratch-resistant touch screen. The display adopts 14-inch 2K screen, resolution of 1080 × 1920 or 15.6-inch 4K screen, and resolution of 2160 × 3840.

As a further scheme of the utility model, the left lamp wing is tightly connected with the left side of the direct seeding host through 3 left hinge screws, a left light supplement lamp is not needed, the left lamp wing can be folded for 90 degrees towards the back of the direct seeding host and can be folded, the right lamp wing is tightly connected with the right side of the direct seeding host through 3 right hinge screws, a right light supplement lamp is not needed, and the right lamp wing can be folded for 90 degrees towards the back of the direct seeding host and can be folded.

As a further scheme of the utility model, the maximum power of the light supplement lamp is 50W, white or warm white can be adjusted, the brightness can also be adjusted, the color and the brightness of the light supplement lamp can be adjusted through touch control of a flat panel display, and the color and the brightness of the light supplement lamp can also be remotely adjusted through a remote controller.

As a further scheme of the utility model, the system also comprises a remote controller used for controlling the live broadcast host, and the remote controller also has the functions of adjusting a sound card, special sound effect and switching three paths of cameras.

As a further scheme of the utility model, the sound card host has 6 functional knobs which are respectively a microphone knob, a high-low tone knob, an accompaniment knob, a recording knob, a monitoring knob and a reverberation knob, and also has 3 functional keys which are respectively a dodging key, a mute/pause key and a mode key, and a sound card host heat dissipation vent hole is designed on the left shell of the sound card host.

As a further scheme of the utility model, I/O interfaces are sequentially configured on a back face shell of the American sound card host from left to right, wherein the I/O interfaces are DCIN, MIIC, OTG, USB (first), USB (second), HDMI-IN32, HDMI-OUT and LAN, and the video is output to other equipment by the equipment or input to the equipment by the other equipment.

Compared with the prior art, the utility model has the following advantages: the multi-platform direct broadcasting all-in-one machine provided by the utility model has multiple functions of switching the light supplement lamp, the sound card and the three camera lenses, and the modeling design of the whole machine is as beautiful as a butterfly with two open wings, so that the machine integrates beauty, fashion and simplicity. The user does not need to independently purchase a plurality of devices for layout and connection, the expenditure cost is reduced, and the occupation of the space of the live broadcast room is greatly reduced. By using the equipment, a user does not need to spend time for arranging various connecting wires between the equipment, and the equipment supports the live broadcast on 5 platforms simultaneously, so that the timeliness of the platform popularization is greatly improved. The equipment supports the flexible switching of three paths of camera lenses, and the vividness and the layering sense of live broadcast pictures are greatly enhanced. And 2K and 4K high-definition video output is supported, so that the video image color details are more vivid and more attractive. The equipment is also provided with a remote controller, so that the light supplement lamp and the sound card can be freely controlled to have related functions when the anchor is standing at a position slightly far away from the screen, and meanwhile, the field auxiliary workers can conveniently assist the operator to operate the equipment from the side, so that the anchor can get rid of the restriction of distance, and a larger performance space can be obtained.

Drawings

FIG. 1 is a front view of a live all-in-one machine of the present invention;

FIG. 2 is a front perspective view of the live all-in-one machine of the present invention;

FIG. 3 is a back view of the live all-in-one machine of the present invention;

fig. 4 is a folded perspective view of the fill light of the present invention.

In the figure: 1. a direct broadcasting host, 2, a front camera, 3, a flat panel display, 4, a right fill light, 5, a left fill light, 6, a right light wing, 7, a left light wing, 8, a sound card host, 9, a remote controller, 10, a scene camera, 11, a close-up camera, 12, a microphone knob, 13, a high-low sound knob, 14, an accompaniment knob, 15, a recording knob, 16, a monitoring knob, 17, a reverberation knob, 18, a dodging key, 19, a silence/pause key, 20, a mode key, 21, a sound card host heat dissipation vent, 22, a central control mainboard, 23, a left hinge screw, 24, a right hinge screw, 25, a front camera heat dissipation vent, 26, a central control mainboard heat dissipation vent, 27, DC-IN, 28, MIIC, 29, OTG (MINI), 30, USB (R), 31, USB (R), 32, HDMI-IN, 33, OUT, LAN, 35 power up key.

Detailed Description

The utility model is explained in further detail below with reference to the figures and the specific embodiments.

As shown in fig. 1, a point-to-multi-platform live broadcast all-in-one machine integrating a light supplement lamp and a beautiful sound card adopts a streamlined design, and the whole device is composed of a live broadcast host 1, a front camera 2, a flat panel display 3, a right light supplement lamp 4, a left light supplement lamp 5, a right lamp wing 6, a left lamp wing 7, a beautiful sound card host 8, a remote controller 9, a scene camera 10 and a close-up camera 11.

As shown in fig. 1, the live broadcast host 1 is designed as a flat cubic hollow backboard, and the backboard type live broadcast host 1 serves as a vertical support to support the integrated whole equipment. Place the position placed in the middle of live 1 top in the leading camera 2 in, leading camera 2 possesses the clear video picture imaging ability of 4K superelevation, and has the high refresh rate of 60HZ, 75 narrow visual angles, and the distortion is less than 0.5%, can obtain clearer picture, richer exquisite color, broader light and shade detail. The device also provides a 2K scene camera 10 and a 4K close-up camera 11 connected via a USB interface, enabling flexible switching of the picture scene between the three shots.

As shown in fig. 1, a high-definition flat panel display 3 is installed in the center of a live broadcast host 1, and the flat panel display 3 is a hardened scratch-proof 10-point touch screen. The display 3 has two high definition versions: one is a 14 inch 2K screen with a resolution of 1080 x 1920; the other is a 15.6 inch 4K screen with a resolution of 2160 x 3840.

As shown in fig. 3, a left fill light 5 is installed on the left side of the live broadcast host 1. Left light filling lamp 5 and left lamp wing 7 are injection moulding design as an organic whole, and left lamp wing 7 need not to use left light filling lamp 5 via 3 left hinge screws 23 and direct broadcast 1 left side zonulae occludens, can fold 90 to direct broadcast 1 back direction with left lamp wing 7 and pack up.

As shown in fig. 3, a right fill light 4 is installed on the right side of the live broadcast host 1. Right light filling lamp 4 and right lamp wing 6 injection moulding design as an organic whole, right lamp wing 6 need not to use right light filling lamp 4 via 3 right hinge screws 24 and direct broadcast 1 right side limit zonulae occludens, can fold 90 to direct broadcast 1 back direction with right lamp wing 6 and pack up.

As shown in fig. 4, the whole model of the folded left fill light 5 and right fill light 4 can be seen.

The maximum power of the light supplement lamp is 50W, and the white or warm white can be adjusted, and the brightness can also be adjusted. The color and the brightness of the light supplement lamp can be adjusted through the touch of the flat panel display 3, and the color and the brightness of the light supplement lamp can also be remotely adjusted through the remote controller 9. The remote controller 9 also has the functions of adjusting the sound card, special sound effect and switching three cameras.

As shown in fig. 2, the bottom of the live broadcast host 1 is vertically connected to the sound card host 8, and the sound card host 8 forms a chassis on the horizontal line to support the whole device. The sound card host 8 has 6 function buttons, which are respectively a microphone button 12, a high-low tone button 13, an accompaniment button 14, a recording button 15, a monitoring button 16, a

reverberation button

17, and 3 function buttons, which are respectively a dodging button 18, a mute/pause button 19, and a mode button 20. The left shell of the sound card host 8 is provided with a sound card host heat dissipation vent 21.

As shown in fig. 3, the central control main board 22 is arranged in the live host 1, the center of the top of the back of the live host 1 is a front camera heat dissipation vent 25, and the center of the upper part of the back of the live host 1 is provided with a central control main board heat dissipation vent 26.

As shown in fig. 3, the right fill light 4 is wired to the central control main board 22 in the direct broadcast host 1 through the wiring channel reserved in the right light wing 6 and electrically connected, and the left fill light 5 is wired to the central control main board 22 in the direct broadcast host 1 through the wiring channel reserved in the left light wing 7 and electrically connected. The internal circuit of the sound card host 8 is wired to the central control mainboard 22 through the reserved wiring channel at the vertical junction with the bottom of the direct broadcast host 1 for electrical connection.

As shown IN fig. 3, I/O interfaces DCIN27, MIIC28, otg (mini USB)29, USB (first 30), USB (second 31), HDMI-IN32, HDMI-OUT33, and LAN34 are sequentially arranged from left to right on the back surface shell of the sound card host 8. The video can be output to other equipment by the equipment, and the video can also be input to the equipment by other equipment.

As shown in fig. 4, a power start button 35 of the whole device is disposed at the left rear corner of the top surface shell of the sound card body 8.

The foregoing is a preferred embodiment of the present invention, and it will be apparent to those skilled in the art that variations, modifications, substitutions and alterations can be made in the embodiment without departing from the principles and spirit of the utility model.

Claims

1. A point-to-multi-platform direct broadcasting integrated machine integrating a light supplement lamp and a beautiful sound card is characterized by comprising a direct broadcasting host, a front camera, a flat panel display, a right light supplement lamp, a left light supplement lamp, a right light wing, a left light wing, a beautiful sound card host, a scene camera and a special camera, wherein the front camera is arranged in the middle of the top of the direct broadcasting host, the scene camera and the special camera are connected through a USB interface and used for flexibly switching picture scenes among three camera lenses, the center of the direct broadcasting host is provided with the high-definition flat panel display, the left light supplement lamp is arranged on the left side of the direct broadcasting host, the left light supplement lamp and the left light wing are integrally formed by injection molding, the right light supplement lamp is arranged on the right side of the direct broadcasting host, the right light supplement lamp and the right light wing are integrally formed by injection molding, the bottom of the direct broadcasting host is vertically connected with the beautiful sound card host, and the beautiful sound card host forms a chassis on a horizontal line to support the whole machine, place live inside the host computer in the central control mainboard, live host computer back top central authorities are leading camera heat dissipation ventilation hole, upper portion central authorities have designed central control mainboard heat dissipation ventilation hole in the live host computer back, right side light filling lamp is walked the line to the central control mainboard in the live host computer through the line passageway of walking that reserves in the right lamp wing and is connected on the electricity, left side light filling lamp is walked the line to the central control mainboard in the live host computer through the line passageway of walking that reserves in the left lamp wing and is connected on the electricity, beautiful sound card host computer internal line is walked the line to the central control mainboard and is connected on the electricity through the reservation of handing-over department perpendicularly bottom the live host computer.

2. The point-to-multi-platform direct broadcasting all-in-one machine integrating the light supplement lamp and the sound card as claimed in claim 1, wherein a power supply start button of the whole machine is arranged at the left rear corner of a top surface shell of the sound card host.

3. The point-to-multi-platform direct broadcasting all-in-one machine integrating the light supplementing lamp and the sound card as claimed in claim 1, wherein the direct broadcasting host is a flat cubic hollow back plate, and the back plate type direct broadcasting host is used for a vertical support to support integrated complete machine equipment.

4. The point-to-multi-platform direct broadcasting all-in-one machine integrating the light supplement lamp and the sound card as claimed in claim 1, wherein the front camera is provided with a 4K ultra-high-definition camera, and has a high refresh rate of 60Hz, a narrow viewing angle of 75 degrees and distortion of less than 0.5%.

5. The point-to-multipoint live broadcast all-in-one machine integrating the fill light and the sound card as claimed in claim 1, wherein the flat panel display is a hardened scratch-resistant touch screen, the display is a 14-inch 2K screen, the resolution is 1080 x 1920 or 15.6-inch 4K screen, and the resolution is 2160 x 3840.

6. The point-to-multipoint platform direct broadcasting all-in-one machine integrating the light supplement lamp and the sound card as claimed in claim 1, wherein the left lamp wing is tightly connected with the left side of the direct broadcasting host through 3 left hinge screws, the left lamp wing can be folded by 90 degrees towards the back direction of the direct broadcasting host without using a left light supplement lamp, the right lamp wing is tightly connected with the right side of the direct broadcasting host through 3 right hinge screws, the right light supplement lamp is not required to be used, and the right lamp wing can be folded by 90 degrees towards the back direction of the direct broadcasting host without using a right light supplement lamp.

7. The point-to-multi-platform direct broadcasting all-in-one machine integrating the light supplement lamp and the sound card as claimed in claim 1, wherein the maximum power of the light supplement lamp is 50W, white or warm white can be adjusted, brightness can also be adjusted, the color and brightness of the light supplement lamp can be adjusted through touch of a flat panel display, or the color and brightness of the light supplement lamp can be remotely adjusted through a remote controller.

8. The point-to-multi-platform live broadcast all-in-one machine integrating the light supplement lamp and the sound card is characterized by further comprising a remote controller for controlling a live broadcast host, wherein the remote controller has the functions of adjusting the sound card, special sound effects and switching three cameras.

9. The point-to-multi-platform direct broadcasting all-in-one machine integrating the light supplement lamp and the sound card as claimed in claim 1, wherein the sound card host has 6 function buttons, namely a microphone button, a high-low tone button, an accompaniment button, a recording button, a monitoring button, a reverberation button, and 3 function buttons, namely a dodging button, a mute/pause button and a mode button, and a sound card host heat dissipation vent is arranged on a left side shell of the sound card host.

10. The point-to-multi-platform live broadcast all-IN-one machine integrating the light supplement lamp and the sound card is characterized IN that I/O interfaces are sequentially configured on a back surface shell of the sound card host from left to right, wherein the I/O interfaces are respectively DCIN, MIIC, OTG, USB (first), USB (second), HDMI-IN32, HDMI-OUT and LAN.