阅读说明：本技术 一种基于区块链的神经网络多端口超高速传播仪 (Neural network multiport ultra-high speed transmission instrument based on block chain ) 是由 李俊 沈燕 陆婷婷 于 2019-10-10 设计创作，主要内容包括：本发明涉及一种传播仪,具体是一种基于区块链的神经网络多端口超高速传播仪,包括多端口传播连接器,所述多端口传播连接器上设有多端口传输单元；所述多端口传输单元是由图片传输单元、声音传输单元、视屏传输单元、文字传输单元和其他文件传输单元构成；所述声音传输单元上设有声音分段模块和声音合并模块,声音分段模块和声音合并模块之间连接有多通道声音模块；所述视屏传输单元上设有视屏切段模块和合并模块,而视屏切段模块和合并模块之间设有多通道视屏模块；图片传输单元、声音传输单元、视屏传输单元和文字传输单元可基于区块链分别实现图片、声音、视屏和文字的多端口独立传输,传输速率快、效率高。(The invention relates to a propagation instrument, in particular to a block chain-based neural network multiport ultrahigh-speed propagation instrument, which comprises a multiport propagation connector, wherein a multiport transmission unit is arranged on the multiport propagation connector; the multi-port transmission unit consists of a picture transmission unit, a sound transmission unit, a video transmission unit, a character transmission unit and other file transmission units; the voice transmission unit is provided with a voice segmentation module and a voice combination module, and a multi-channel voice module is connected between the voice segmentation module and the voice combination module; the video transmission unit is provided with a video segmentation module and a merging module, and a multi-channel video module is arranged between the video segmentation module and the merging module; the picture transmission unit, the sound transmission unit, the video transmission unit and the text transmission unit can respectively realize multi-port independent transmission of pictures, sounds, videos and texts based on the block chain, and are high in transmission rate and high in efficiency.)

1. A block chain-based neural network multiport ultra-high speed propagation instrument is characterized by comprising a multiport propagation connector (4) arranged on a plug (3), wherein a multiport transmission unit is arranged on the multiport propagation connector (4); wherein the content of the first and second substances,

the multi-port transmission unit consists of a picture transmission unit, a sound transmission unit, a video transmission unit, a character transmission unit and other file transmission units;

the sound transmission unit is provided with a sound segmentation module and a sound combination module, and a multi-channel sound module is connected between the sound segmentation module and the sound combination module;

and the view screen transmission unit is provided with a view screen segmentation module and a merging module, and a multi-channel view screen module is arranged between the view screen segmentation module and the merging module.

2. The block chain-based neural network multiport ultra-high speed transmitter according to claim 1, wherein the view screen transmission unit is provided with a format conversion module, the format conversion module is connected to the view screen segmentation module, the view screen transmission unit is provided with a format recovery module, and the format recovery module is connected to the merging module.

3. The block chain-based neural network multiport ultra-high speed propagator according to claim 2, wherein a format selection module is arranged on the format conversion module.

4. The block chain-based neural network multiport ultra-high speed propagator according to claim 1, wherein a picture classification module is arranged on the picture transmission unit, and a first picture transmission port module and a second picture transmission port module are connected to the picture classification module.

5. The block chain-based neural network multiport ultra-high speed transmitter according to claim 4, wherein the image classification module is provided with a spare transmission port unit.

6. A blockchain-based neural network multiport ultra-high speed propagator according to claim 1, wherein the plug (3) is mounted on the housing (2) and the multiport propagator connector (4) is disposed inside the housing (2).

7. The block chain-based neural network multiport ultra-high speed transmitter according to claim 6, wherein the housing (2) is provided with a protective cover (1), and the protective cover (1) is rotatably fixed on the housing (2) through a fixed shaft.

Technical Field

The invention relates to a propagation instrument, in particular to a block chain-based neural network multi-port ultra-high-speed propagation instrument.

Background

Transmission is the process of sending and propagating analog or digital information signals over a physical point-to-point or point-to-multipoint transmission medium; a signal, message, or any kind of information assigned by the sender for receipt elsewhere. Signal propagation is achieved by various means such as telegraph, telephone, radio, television, or facsimile via any medium such as wire, coaxial cable, microwave, fiber optic, or radio frequency.

The invention aims at the problems that when a card reader, a U disk, a USB plug and the like are connected with equipment for transmission, the transmission is usually carried out by queuing single files in sequence, on one hand, the transmission rate is slow, the efficiency is low, and in the transmission process, if the conditions of messy code blocking and the like occur, the data transmission can be failed and the data transmission needs to be retransmitted.

Therefore, in order to overcome the problems, a block chain-based neural network multiport ultrahigh-speed transmitter is particularly provided.

Disclosure of Invention

The invention aims to provide a block chain-based neural network multiport ultra-high-speed propagation instrument to solve the problems in the background technology.

In order to achieve the purpose, the invention provides the following technical scheme:

a block chain-based neural network multiport ultra-high speed propagation instrument comprises a multiport propagation connector mounted on a plug, wherein a multiport transmission unit is arranged on the multiport propagation connector; wherein the content of the first and second substances,

the multi-port transmission unit consists of a picture transmission unit, a sound transmission unit, a video transmission unit, a character transmission unit and other file transmission units; furthermore, the picture transmission unit, the sound transmission unit, the video transmission unit and the text transmission unit can respectively realize multi-port independent transmission of pictures, sounds, videos and texts based on the block chain, the transmission rate is high, the efficiency is high, and other file transmission units can be used for file transmission of wrong and messy codes, so that later-stage arrangement is facilitated to avoid loss;

the voice transmission unit is provided with a voice segmentation module and a voice combination module, and a multi-channel voice module is connected between the voice segmentation module and the voice combination module, so that the multi-channel transmission of the audio data is realized by using the multi-channel voice module after the voice segmentation module is used for segmentation, and the audio data is stored after being combined by using the voice combination module after the transmission is finished, so that the segmented transmission is realized, the transmission speed is high, and the problems that the voice transmission fails and needs to be retransmitted possibly caused by the conditions of messy code blocking and the like are solved;

and the view screen transmission unit is provided with a view screen segmenting module and a merging module, and a multi-channel view screen module is arranged between the view screen segmenting module and the merging module, so that the multi-channel transmission of the view screen data by using the multi-channel view screen module after the view screen segmenting module segments is realized, after the transmission is finished, the view screen data is stored after being merged by using the merging module, the segmented transmission is realized, the transmission speed is high, and the problem that the view screen transmission failure and the retransmission are needed due to the situation of messy code blocking and the like is avoided.

Further scheme: the video transmission unit is provided with a format conversion module which is connected to the video segmentation module, and the video transmission unit is provided with a format recovery module which is connected to the merging module.

Furthermore, the format conversion module can convert the format of the large storage file into the format of the small storage file before the video file is cut into segments, and the format recovery module can be used for recovering the format after transmission, so that the transmission rate is improved.

A further scheme is as follows: and the format conversion module is provided with a format selection module.

A further scheme is as follows: the picture transmission unit is provided with a picture classification module, and the picture classification module is connected with a first picture transmission port module and a second picture transmission port module.

A further scheme is as follows: and a standby transmission port unit is arranged on the picture classification module.

A further scheme is as follows: the plug is mounted on a housing and the multiport propagation connector is disposed inside the housing.

A further scheme is as follows: the shell is provided with a protecting cover which is fixed on the shell through a fixed shaft in a rotating way.

Compared with the prior art, the invention has the beneficial effects that:

1. picture transmission unit, sound transmission unit, look screen transmission unit and word transmission unit can realize picture, sound, the multiport independent transmission of looking screen and characters respectively based on the block chain, and transmission rate is fast, efficient, and other file transmission units can be used to the file transmission of wrong messy code, and the later stage arrangement of being convenient for is in order to avoid losing.

2. The multi-channel voice module and the multi-channel video module are used for multi-channel transmission after the data are segmented by the voice segmentation module and the video segmentation module, the voice combination module and the combination module are reused for storage after transmission is completed, segmented transmission is achieved, transmission speed is high, and the problem that transmission failure and retransmission are needed due to the fact that messy codes are jammed and the like possibly caused is solved.

Drawings

FIG. 1 is a schematic structural diagram of a block chain-based neural network multiport ultra-high speed transmitter of the present invention.

Fig. 2 is a cross-sectional view of the housing and plug connection of fig. 1.

FIG. 3 is a block diagram of a block chain-based block chain multi-port transmission unit in the block chain-based neural network multi-port ultra-high speed transmitter.

Fig. 4 is a frame diagram of the picture transmission unit in fig. 3.

Fig. 5 is a block diagram of the sound transmission unit of fig. 3.

Fig. 6 is a frame diagram of the video transmission unit of fig. 3.

In the figure: 1-a protective cover; 2-a housing; 3-a plug; 4-multiport propagation connectors.

Detailed Description

The technical solution of the present invention will be described in further detail with reference to specific embodiments.