A converter for pushing platform data

Abstract

The present invention provides a converter for pushing platform data, and relates to the technical field of perioperative data conversion systems. A monitoring camera module is used to record the specific work content of patients and operators at the operation site, record the overall operation process through the monitoring camera module, decompress and encode the encryption decomposition processing performed by the data encryption module through the content decoding and compilation module, and reorganize and sort it. In a short time, it can be directly searched and viewed in the cloud platform centralized processing system through the monitoring platform, and stored in the cloud platform storage module at the same time. When it is necessary to retrieve the past content with a long time, a search instruction is issued to the cloud platform centralized processing system through the monitoring platform, and then it is searched through the cloud platform storage module and sent to the inside of the monitoring platform through the cloud platform centralized processing system.

Description

Technical Field

[0001] The present invention relates to the technical field of perioperative data conversion systems, and in particular to a converter for pushing platform data. Background Art

[0002] The perioperative period is the entire process surrounding the operation, starting from the patient's decision to undergo surgical treatment, to the surgical treatment and basic recovery, including the period before, during and after the operation. Specifically, it refers to the period from the time the surgical treatment is determined until the treatment related to this operation is basically completed, which is approximately 5-7 days before the operation to 7-12 days after the operation.

[0003] In actual use, the existing converters that push platform data can effectively and accurately record the surgical process and the patient's recovery process. However, most of the recording methods are through video and manual input. When the operation enters the white-hot stage and the personnel are busy, and the surgical operator blocks the camera, this method may cause deviations in the recording and affect the subsequent recording results. Summary of the invention

[0004] The purpose of the invention provided by the present invention is to provide a converter for pushing platform data to solve the problems in the above-mentioned background technology.

[0005] To achieve the above objectives, the present invention is implemented through the following technical solutions: a converter for pushing platform data, comprising the following modules: a monitoring camera module, an information recording module, a data encryption module, a first Ethernet port, a second Ethernet port, a content decoding and compiling module, a cloud platform centralized processing system, a cloud platform storage module and a monitoring platform:

[0006] A monitoring camera module, which is used to record the specific work content of the patient and the operator at the operation site;

[0007] An information recording module, which is used to input detailed information about specific operations at the operation site, and can be specifically expressed through voice or text input;

[0008] A data encryption module, which is used to decompose, transcode and encrypt the content uploaded by the information recording module and the monitoring camera module, thereby improving the encryption effect of the overall data;

[0009] A first Ethernet port, wherein the first Ethernet port is used to upload the encrypted information processed by the data encryption module;

[0010] a second Ethernet port, the second Ethernet port being used to receive information transmitted by the first Ethernet port and encrypted by the data encryption module;

[0011] A content decoding and compiling module, the content decoding and compiling module is used to decompress and decode the content encrypted by the data encryption module and received by the second Ethernet port, and then sort the modules after the decoding is completed;

[0012] A cloud platform centralized processing system, which is used to collect and temporarily store the content decompressed and sorted by the content decoding and compiling module;

[0013] A cloud platform storage module, which is used to permanently store the temporary content of the cloud platform centralized processing system;

[0014] A monitoring platform, wherein the monitoring platform is used to issue instructions to the cloud platform centralized processing system to search for storage contents inside the cloud platform storage module through the cloud platform centralized processing system.

[0015] The above technical solution is adopted: the entire surgical process is recorded by video through the monitoring camera module, and the perioperative content is recorded by text input through the information recording module. After encryption processing is performed through the data encryption module, the content is uploaded to the second Ethernet port through the first Ethernet port, and the encryption decomposition processing performed by the data encryption module is decompressed, encoded and reorganized and sorted through the content decoding and compilation module. After the sorting is completed, it is uploaded to the cloud platform centralized processing system for temporary storage. It can be directly searched and viewed in the cloud platform centralized processing system through the monitoring platform in a short time, and stored in the cloud platform storage module at the same time. When it is necessary to retrieve past content that is a long time ago, a search instruction is issued to the cloud platform centralized processing system through the monitoring platform, and then it is searched through the cloud platform storage module and sent to the monitoring platform through the cloud platform centralized processing system.

[0016] Furthermore, the information recording module includes a voice input module, a voice-to-text module, an input port, a keyboard and mouse input module, an NVR local storage module, a timing module and a content conversion module.

[0017] Furthermore, the voice input module is used to record through the voice input module when it is inconvenient for the staff to use manual input during the convergence process; the voice-to-text module is used to convert the sound collected by the voice input module into text; the input port is used for direct manual text input; the keyboard and mouse input module is used to analyze and sort the content input from the input port; the NVR local storage module is used to directly store the text content output by the voice-to-text module, the text content output by the keyboard and mouse input module, and the content output by the surveillance camera module in the main body; the timing module is used to time-sort the content saved in the NVR local storage module; and the content conversion module is used to upload the content after the sorting processing by the NVR local storage module and the timing module is completed.

[0018] Furthermore, the voice input module is electrically connected to the voice-to-text module, the voice-to-text module is electrically connected to the NVR local storage module, the monitoring camera module is electrically connected to the NVR local storage module through a wire, the input port is electrically connected to the keyboard and mouse input module through a wire, the keyboard and mouse input module is electrically connected to the NVR local storage module through a wire, the NVR local storage module is electrically connected to the content conversion module, the timing module is electrically connected to the content conversion module through a wire, and the content conversion module is electrically connected to the data encryption module through a wire.

[0019] The above technical solution is adopted: during the operation, text input can be made through the input port and then imported into the keyboard and mouse input module, and then uploaded to the NVR local storage module through the keyboard and mouse input module. When manual input is inconvenient, voice input can also be directly made through the voice input module, replacing the tedious steps of manual input. Then, the audio output by the voice input module is extracted into text through the voice-to-text module and transmitted to the NVR local storage module. The NVR local storage module locally stores the recorded time through the timing module and sends it to the content conversion module. The data is formatted and sent to the data encryption module through the content conversion module.

[0020] Furthermore, the data encryption module includes a data compression module, a data decomposition module, an encrypted data transmission module, a key transmission module and an Ethernet electrical interface.

[0021] Furthermore, the data compression module is used to compress the information content output by the content conversion module, the data decomposition module is used to decompose the compressed data into scrambled encrypted data and corresponding keys, and the Ethernet electrical interface is used to upload the content encrypted by the encrypted data transmission module and the content output by the key transmission module through the first Ethernet port.

[0022] The above technical solution is adopted: when the data compression module receives the data content, it compresses it to reduce the storage space occupied, and then transmits it to the inside of the data decomposition module. The data decomposition module scrambles the compressed data and decomposes it into two parts: encrypted data and key. The two parts are transmitted to the inside of the encrypted data transmission module and the key transmission module respectively. Then the encrypted data transmission module and the key transmission module transmit both the encrypted data and the key to the inside of the first Ethernet port through the Ethernet electrical interface.

[0023] Furthermore, the data compression module is electrically connected to the data decomposition module through a wire, the data decomposition module is electrically connected to the encrypted data transmission module through a wire, the data decomposition module is electrically connected to the key transmission module through a wire, the encrypted data transmission module is electrically connected to the Ethernet electrical interface through a wire, and the key transmission module is electrically connected to the Ethernet electrical interface through a wire.

[0024] Furthermore, the monitoring camera module is electrically connected to the information recording module through a wire, the information recording module is electrically connected to the data encryption module through a wire, the data encryption module is electrically connected to the first Ethernet port through a wire, the first Ethernet port is connected to the second Ethernet port through a wire signal, the second Ethernet port is electrically connected to the content decoding and compilation module through a wire, the content decoding and compilation module is connected to the cloud platform centralized processing system through a wire signal, the cloud platform centralized processing system is electrically connected to the cloud platform storage module through a wire, and the cloud platform centralized processing system is connected to the monitoring platform through a wire signal.

[0025] The present invention provides a converter for pushing platform data. It has the following beneficial effects:

[0026] 1. After inputting text through the input port, it is imported into the keyboard and mouse input module, and then uploaded to the NVR local storage module through the keyboard and mouse input module. When manual input is inconvenient, voice input can also be directly performed through the voice input module, replacing the tedious steps of manual input. Then, the audio output by the voice input module is extracted into text through the voice-to-text module and transmitted to the NVR local storage module. The NVR local storage module stores the recorded time locally through the timing module and sends it to the content conversion module. The data is formatted and sent to the data encryption module through the content conversion module. The voice and text input function and NVR storage function are added, achieving the purpose of preventing data loss in multiple locations and inputting data without moving during surgery.

[0027] 2. The entire surgical process is recorded by video through the monitoring camera module, and the perioperative content is recorded by text input through the information recording module. After encryption through the data encryption module, the content is uploaded to the second Ethernet port through the first Ethernet port. The encryption decomposition processing performed by the data encryption module is decompressed, encoded and reorganized and sorted through the content decoding and compilation module. After the sorting is completed, it is uploaded to the cloud platform centralized processing system for temporary storage. In a short time, it can be directly searched and viewed in the cloud platform centralized processing system through the monitoring platform. At the same time, it is stored in the cloud platform storage module. When it is necessary to retrieve past content that is a long time ago, a search instruction is issued to the cloud platform centralized processing system through the monitoring platform. Then, it is searched through the cloud platform storage module and sent to the monitoring platform through the cloud platform centralized processing system. The cloud platform temporary storage setting is added to achieve the purpose of faster search when recent data needs to be found.

[0028] 3. After receiving the data content, the data compression module compresses it to reduce the storage space occupied, and then transmits it to the inside of the data decomposition module. The data decomposition module scrambles the compressed data and decomposes it into two parts: encrypted data and key. The two parts are transmitted to the inside of the encrypted data transmission module and the key transmission module respectively. Then the encrypted data transmission module and the key transmission module transmit the encrypted data and the key to the inside of the first Ethernet port through the Ethernet electrical interface, thereby adding a data batch encryption structure, so that the specific data content cannot be obtained even if a certain node is invaded. BRIEF DESCRIPTION OF THE DRAWINGS

[0029] Figure 1 is a system diagram of the present invention;

[0030] Figure 2 This is a system diagram of the encryption module of the present invention.

[0031] Legend:

[0032] 1. Surveillance camera module; 2. Information recording module; 201. Voice input module; 202. Voice to text module; 203. Input port; 204. Keyboard and mouse input module; 205. NVR local storage module; 206. Timing module; 207. Content conversion module; 3. Data encryption module; 301. Data compression module; 301. Data decomposition module; 303. Encrypted data transmission module; 304. Key transmission module; 305. Ethernet electrical interface; 4. First Ethernet port; 5. Second Ethernet port; 6. Content decoding and compilation module; 7. Cloud platform centralized processing system; 8. Cloud platform storage module; 9. Monitoring platform. DETAILED DESCRIPTION

[0033] like Figure 1-2As shown: A converter for pushing platform data, comprising the following modules: a monitoring camera module 1, an information recording module 2, a data encryption module 3, a first Ethernet port 4, a second Ethernet port 5, a content decoding and compiling module 6, a cloud platform centralized processing system 7, a cloud platform storage module 8 and a monitoring platform 9;

[0034] Monitoring camera module 1, monitoring camera module 1 is used to record the specific work content of patients and operators at the operation site; information recording module 2, information recording module 2 is used to refine the input of specific details of the operation at the operation site, which can be specifically expressed through voice or text input; data encryption module 3, data encryption module 3 is used to decompose, transcode and encrypt the content uploaded by information recording module 2 and monitoring camera module 1, so as to improve the encryption effect of the overall data; first Ethernet port 4, the first Ethernet port 4 is used to upload the encrypted information processed by the data encryption module 3; second Ethernet port 5, the second Ethernet port 5 is used to transmit the encrypted information processed by the data encryption module 3 to the first Ethernet port 4 The information encrypted by the data block 3 is received; the content decoding and compiling module 6 is used to decompress and decode the content encrypted by the data encryption module 3 and received by the second Ethernet port 5, and then sort the modules after the decoding is completed; the cloud platform centralized processing system 7 is used to collect and temporarily store the decompressed and sorted content by the content decoding and compiling module 6; the cloud platform storage module 8 is used to permanently store the temporarily stored content of the cloud platform centralized processing system 7; the monitoring platform 9 is used to issue instructions to the cloud platform centralized processing system 7 to search, and search the storage content inside the cloud platform storage module 8 through the cloud platform centralized processing system 7.

[0035] The information recording module 2 includes a voice input module 201 , a voice-to-text module 202 , an input port 203 , a keyboard and mouse input module 204 , an NVR local storage module 205 , a timing module 206 and a content conversion module 207 .

[0036] The voice input module 201 is used to record through the voice input module 201 when it is inconvenient for the staff to use manual input during the convergence process. The voice-to-text module 202 is used to convert the sound recorded by the voice input module 201 into text. The input port 203 is used for direct manual text input. The keyboard and mouse input module 204 is used to analyze and sort the content input by the input port 203. The NVR local storage module 205 is used to directly store the text content output by the voice-to-text module 202, the text content output by the keyboard and mouse input module 204, and the content output by the monitoring camera module 1 in the main body. The timing module 206 is used to time-sort the content saved in the NVR local storage module 205. The content conversion module 207 is used to upload the content after the sorting processing by the NVR local storage module 205 and the timing module 206 is completed.

[0037] The voice input module 201 is electrically connected to the voice-to-text module 202, the voice-to-text module 202 is electrically connected to the NVR local storage module 205, the surveillance camera module 1 is electrically connected to the NVR local storage module 205 through a wire, the input port 203 is electrically connected to the keyboard and mouse input module 204 through a wire, the keyboard and mouse input module 204 is electrically connected to the NVR local storage module 205 through a wire, the NVR local storage module 205 is electrically connected to the content conversion module 207, the timing module 206 is electrically connected to the content conversion module 207 through a wire, and the content conversion module 207 is electrically connected to the data encryption module 3 through a wire.

[0038] The data encryption module 3 includes a data compression module 301 , a data decomposition module 302 , an encrypted data transmission module 303 , a key transmission module 304 and an Ethernet electrical interface 305 .

[0039] The data compression module 301 is used to compress the information content output by the content conversion module 207, the data decomposition module 302 is used to decompose the compressed data into scrambled encrypted data and corresponding keys, and the Ethernet electrical interface 305 is used to upload the content encrypted by the encrypted data transmission module 303 and the content output by the key transmission module 304 through the first Ethernet port 4.

[0040] The data compression module 301 is electrically connected to the data decomposition module 302 via a wire, the data decomposition module 302 is electrically connected to the encrypted data transmission module 303 via a wire, the data decomposition module 302 is electrically connected to the key transmission module 304 via a wire, the encrypted data transmission module 303 is electrically connected to the Ethernet electrical interface 305 via a wire, and the key transmission module 304 is electrically connected to the Ethernet electrical interface 305 via a wire.

[0041] The monitoring camera module 1 is electrically connected to the information recording module 2 through a wire, the information recording module 2 is electrically connected to the data encryption module 3 through a wire, the data encryption module 3 is electrically connected to the first Ethernet port 4 through a wire, the first Ethernet port 4 is connected to the second Ethernet port 5 through a wire signal connection, the second Ethernet port 5 is electrically connected to the content decoding and compiling module 6 through a wire, the content decoding and compiling module 6 is connected to the cloud platform centralized processing system 7 through a wire signal connection, the cloud platform centralized processing system 7 is electrically connected to the cloud platform storage module 8 through a wire, and the cloud platform centralized processing system 7 is connected to the monitoring platform 9 through a wire signal connection.

[0042] Working principle: First, the whole surgical process is recorded by video through the monitoring camera module 1, and the perioperative content is recorded by text input through the information recording module 2. Then, after encryption processing through the data encryption module 3, the content is uploaded to the second Ethernet port 5 through the first Ethernet port 4. The encryption decomposition processing performed by the data encryption module 3 is decompressed, encoded and reorganized and sorted through the content decoding and compilation module 6. After sorting, it is uploaded to the cloud platform centralized processing system 7 for temporary storage. In a short time, it can be directly searched and viewed in the cloud platform centralized processing system 7 through the monitoring platform 9, and stored in the cloud platform storage module 8. When it is necessary to retrieve the past content that has been there for a long time, a search instruction is issued to the cloud platform centralized processing system 7 through the monitoring platform 9, and then it is searched through the cloud platform storage module 8 and sent to the monitoring platform 9 through the cloud platform centralized processing system 7. During the operation, text input can be made through the input port 203 and then imported into the keyboard and mouse input module 204, and then uploaded to the NVR local storage module 205 through the keyboard and mouse input module 204. When it is inconvenient to input manually, voice input can also be directly performed through the voice input module 201, replacing the tedious steps of manual input. Then, the audio output by the voice input module 201 is extracted into text through the voice-to-text module 202 and transmitted to the NVR local storage module 205. The NVR local storage module 205 stores the recorded time locally through the timing module 206 and sends it to the content conversion module 207. The data is formatted and sent to the data encryption module 3 through the content conversion module 207. After receiving the data content, the data compression module 301 compresses it to reduce the storage space occupied, and then transmits it to the data decomposition module 302. The data decomposition module 302 scrambles the compressed data and decomposes it into two parts, encrypted data and key, and transmits the two parts to the encrypted data transmission module 303 and the key transmission module 304 respectively. Then, the encrypted data transmission module 303 and the key transmission module 304 transmit the encrypted data and key to the first Ethernet port 4 through the Ethernet electrical interface 305.

[0043] Various parts of the present invention can be implemented by hardware, software, firmware or a combination thereof. In the above-mentioned embodiment, multiple steps or methods can be implemented by software or firmware stored in a memory and executed by a suitable instruction execution system. For example, if implemented by hardware, as in another embodiment, it can be implemented by any one of the following technologies known in the art or a combination thereof: a discrete logic circuit having a logic gate circuit for implementing a logical function on a data signal, a dedicated integrated circuit having a suitable combination of logic gate circuits, a programmable gate array (PGA), a field programmable gate array (FPGA), etc.

[0044] The above are only preferred embodiments of the present invention. It should be pointed out that a person skilled in the art can make several modifications and improvements without departing from the inventive concept of the present invention, and these all fall within the protection scope of the present invention.

Claims

1. A converter for pushing platform data, characterized in that: The system comprises the following modules: a monitoring camera module (1), an information recording module (2), a data encryption module (3), a first Ethernet port (4), a second Ethernet port (5), a content decoding and compiling module (6), a cloud platform centralized processing system (7), a cloud platform storage module (8) and a monitoring platform (9); the monitoring camera module (1) is used to record the specific work content of the patient and the operator at the operation site by video; the information recording module (2) is used to input the specific details of the operation at the operation site and express them specifically through voice or text input; the data encryption module (3) is used to decompose, transcode and encrypt the content uploaded by the information recording module (2) and the monitoring camera module (1), thereby improving the encryption effect of the overall data; the first Ethernet port (4) is used to process the data processed by the data encryption module (3) The encrypted information is uploaded upward; the second Ethernet port (5) is used to receive the information encrypted by the data encryption module (3) and transmitted by the first Ethernet port (4); the content decoding and compiling module (6) is used to decompress and decode the content encrypted by the data encryption module (3) and received by the second Ethernet port (5), and then sort the modules after decoding; the cloud platform centralized processing system (7) is used to collect and temporarily store the decompressed and sorted content by the content decoding and compiling module (6); the cloud platform storage module (8) is used to permanently store the temporarily stored content of the cloud platform centralized processing system (7); the monitoring platform (9) is used to send instructions to the cloud platform centralized processing system (7) to search, and search the storage content inside the cloud platform storage module (8) through the cloud platform centralized processing system (7); The information recording module (2) comprises a voice recording module (201), a voice-to-text module (202), an input port (203), a keyboard and mouse input module (204), an NVR local storage module (205), a timing module (206) and a content conversion module (207). The voice recording module (201) is used to record the voice recording module (201) when it is inconvenient for the staff to use manual input during the collection process. The voice-to-text module (202) is used to convert the voice recorded by the voice recording module (201) into text. The input port (203) is used to directly manually input text. The keyboard and mouse input module (204) is used to analyze and sort the content input by the input port (203). The NVR local storage module (205) is used to directly store the text content output by the voice-to-text module (202), the text content output by the keyboard and mouse input module (204) and the content output by the monitoring camera module (1) in the main body. The timing module (206) is used to The content stored in the NVR local storage module (205) is sorted by time, the content conversion module (207) is used to upload the content after the sorting process of the NVR local storage module (205) and the timing module (206) is completed, the voice input module (201) is electrically connected to the voice-to-text module (202), the voice-to-text module (202) is electrically connected to the NVR local storage module (205), the monitoring camera module (1) is electrically connected to the NVR local storage module (205) The input port (203) is electrically connected to the keyboard and mouse input module (204) through a wire, the keyboard and mouse input module (204) is electrically connected to the NVR local storage module (205) through a wire, the NVR local storage module (205) is electrically connected to the content conversion module (207), the timing module (206) is electrically connected to the content conversion module (207) through a wire, and the content conversion module (207) is electrically connected to the data encryption module (3) through a wire.

2. A converter for pushing platform data according to claim 1, characterized in that: The data encryption module (3) comprises a data compression module (301), a data decomposition module (302), an encrypted data transmission module (303), a key transmission module (304) and an Ethernet electrical interface (305).

3. A converter for pushing platform data according to claim 2, characterized in that: The data compression module (301) is used to compress the information content output by the content conversion module (207); the data decomposition module (302) is used to decompose the compressed data into scrambled encrypted data and corresponding keys; the Ethernet electrical interface (305) is used to upload the content encrypted by the encrypted data transmission module (303) and the content output by the key transmission module (304) through the first Ethernet port (4).

4. A converter for pushing platform data according to claim 3, characterized in that: The data compression module (301) is electrically connected to the data decomposition module (302) via a wire, the data decomposition module (302) is electrically connected to the encrypted data transmission module (303) via a wire, the data decomposition module (302) is electrically connected to the key transmission module (304) via a wire, the encrypted data transmission module (303) is electrically connected to the Ethernet electrical interface (305) via a wire, and the key transmission module (304) is electrically connected to the Ethernet electrical interface (305) via a wire.

5. A converter for pushing platform data according to claim 1, characterized in that: The monitoring camera module (1) is electrically connected to the information recording module (2) via a wire, the information recording module (2) is electrically connected to the data encryption module (3) via a wire, the data encryption module (3) is electrically connected to the first Ethernet port (4) via a wire, the first Ethernet port (4) is connected to the second Ethernet port (5) via a wire signal, the second Ethernet port (5) is electrically connected to the content decoding and compiling module (6) via a wire, the content decoding and compiling module (6) is connected to the cloud platform centralized processing system (7) via a wire signal, the cloud platform centralized processing system (7) is electrically connected to the cloud platform storage module (8) via a wire, and the cloud platform centralized processing system (7) is connected to the monitoring platform (9) via a wire signal.

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