Disclosure of Invention
In view of the above, the present application provides a communication method and apparatus for a health medical terminal, a medium, a server, and a terminal, and aims to solve the problems of high traffic pressure, long waiting time of a client, and low communication efficiency for health physical examination data in a health medical device in the existing data transmission.
According to a first aspect of the present application, there is provided a communication method of a health medical terminal, comprising:
Inputting communication identifiers corresponding to the health medical terminals, and generating a health medical terminal execution sequence binding the communication identifiers according to health physical examination information reserved by different users;
Sending the execution sequence of the health medical terminal to each health medical terminal so that each health medical terminal performs health examination operation on a user according to the execution sequence of the health medical terminal;
After generating health medical information according to a health medical terminal corresponding to the last execution sequence in the execution sequences of the health medical terminals, receiving a data chain generated based on the health medical information, wherein the data chain comprises physical examination key fields and physical examination general fields with link connection relations;
analyzing the health medical information in the data chain based on the communication identification, and sending a communication identification clearing instruction to each health medical terminal after the analysis is completed so as to enable each health medical terminal to clear the health medical information.
Preferably, the generating the execution sequence of the health medical terminal binding the communication identifier according to the health physical examination information reserved by different users includes:
Receiving health examination reservation requests of different users sent by a client, wherein the health examination reservation requests carry health examination information;
Splitting physical examination item information in the physical examination information according to waiting time intervals and execution time interval duration of each health medical terminal, determining the execution sequence of the health medical terminals for health examination of different users based on the physical examination item information, and binding the health medical terminal with the communication identifier.
Preferably, the parsing the health medical information in the data chain based on the communication identifier includes:
Decrypting and decompressing the transmitted encrypted compressed packet to obtain the data chain;
Sequentially analyzing the chain tail data block, the general physical examination field stored in the chain head data block and the physical examination key field in the chain body data block of the data chain according to the execution sequence of the healthy medical terminal corresponding to the communication identifier;
And sequentially restoring the detection result corresponding to the medical health terminal by combining the execution sequence of the health medical terminal, the general physical examination field, the physical examination key field and the communication identifier, and generating health medical information according to the detection result.
Preferably, before the communication identifier emptying instruction is sent to each health medical terminal, the method further comprises:
And sending the health medical information to a backup database, wherein the backup database is divided into storage areas according to preset time intervals and each health medical terminal so as to search when the health medical information is extracted.
According to a second aspect of the present application, there is provided another communication method of a health medical terminal, comprising:
Receiving an execution sequence of the health medical terminals sent by the server, wherein the execution sequence of the health medical terminals is generated according to health physical examination information reserved by different users and is bound with communication identifications corresponding to the health medical terminals;
If the communication identification in the configuration information is detected to be the non-final execution sequence in the execution sequence of the health medical terminal, generating health medical information, constructing a data chain based on the health medical information, sending the data chain to the next health medical terminal corresponding to the execution sequence of the health medical terminal, so that the next health medical terminal constructs the data chain based on the regenerated health medical information, wherein the data chain comprises physical examination key fields and physical examination general fields with link connection relation, or,
If the communication mark in the configuration information is detected to be the last execution sequence in the execution sequences of the health medical terminals, generating health medical information, constructing a data chain based on the health medical information, and sending the data chain to the server so that the server can analyze the data chain;
and after receiving a communication identification clearing instruction sent by the server, clearing the generated health medical information.
Preferably, if the communication identifier in the configuration information is detected to be the non-last execution sequence in the execution sequences of the health medical terminals, constructing the data chain based on the health medical information includes:
If the communication mark in the configuration information is detected to be the non-final execution sequence in the execution sequence of the health medical terminal, a link head data block is established on a link tail data block of the last data link, and a physical examination key field and a physical examination general field in the health medical information are extracted;
And storing the physical examination key field in a chain body data block connected with the chain head data block, and superposing and storing the physical examination general field of the last health medical information in the chain tail data block in the chain head data block, and simultaneously connecting and transmitting the physical examination general field in the chain tail data block to construct a next data chain.
Preferably, if the communication identifier in the configuration information is detected to be the last execution sequence in the execution sequences of the health medical terminals, constructing a data chain based on the health medical information includes:
If the communication mark in the configuration information is detected to be the last execution sequence in the execution sequences of the health medical terminals, a chain head data block is established on a chain tail data block of the last data chain, and physical examination key fields and physical examination general fields in the health medical information are extracted;
Storing the physical examination key field in a link body data block connected with the link head data block, and superposing and storing the physical examination general field in the link head data block;
and marking the link body data block to construct a complete data link for the data link tail, and carrying out compression encryption on the data link so as to transmit through an encryption compression packet.
According to a third aspect of the present application, there is provided a communication system of a health care terminal, comprising a server, a health care terminal,
The server is used for inputting communication identifications corresponding to all the health medical terminals, generating a health medical terminal execution sequence binding the communication identifications according to health medical information reserved by different users, sending the health medical terminal execution sequence to all the health medical terminals so that all the health medical terminals can perform health medical examination operation on the users according to the health medical terminal execution sequence, receiving a data chain generated based on the health medical information after the health medical terminals corresponding to the last execution sequence in the health medical terminal execution sequence generate the health medical information, wherein the data chain comprises a physical examination key field and a physical examination general field with a link connection relation;
The health medical terminal is used for receiving an execution sequence of a health medical terminal sent by a server, wherein the execution sequence of the health medical terminal is generated according to health physical examination information reserved by different users and is bound with communication identifications corresponding to the health medical terminals, if the communication identifications in configuration information are detected to be non-final execution sequences in the execution sequence of the health medical terminal, the health medical terminal generates health medical information, builds a data chain based on the health medical information and sends the data chain to the next health medical terminal corresponding to the health medical terminal execution sequence, so that the next health medical terminal builds the data chain based on the regenerated health medical information, the data chain comprises physical examination key fields and physical examination general fields with link connection relations, or if the communication identifications in the configuration information are detected to be final execution sequences in the execution sequence of the health medical terminal, the data chain is generated, the data chain is built based on the health medical information and sent to the server, the server analyzes the data chain, and the medical information is generated after a communication identification transmitted by the server is received, and the medical information is emptied.
By means of the technical scheme, the technical scheme provided by the embodiment of the application has at least the following advantages:
The application provides a communication method and a communication system of health medical terminals, wherein communication identifications corresponding to the health medical terminals are firstly recorded, health medical terminal execution sequences binding the communication identifications are generated according to health examination information reserved by different users, the health medical terminal execution sequences are secondly sent to the health medical terminals so that the health medical terminals can carry out health examination operation on the users according to the health medical terminal execution sequences, after health medical information is generated according to the health medical terminals corresponding to the last execution sequence in the health medical terminal execution sequences, a data chain generated based on the health medical information is received, the data chain comprises physical examination key fields and physical examination general fields with link connection relations, finally the health medical information in the data chain is analyzed based on the communication identifications, and after analysis is completed, communication identification emptying instructions are sent to the health medical terminals so that the health medical terminals can empty the health medical information. Compared with the prior art, the embodiment of the application has the advantages that the execution sequence of the health medical terminals binding the communication identifiers is generated, after the terminals sequentially complete the health examination operation, the data link containing all medical information is acquired based on the last terminal, and the health analysis is performed based on the data link.
The foregoing description is only an overview of the present application, and is intended to be implemented in accordance with the teachings of the present application in order that the same may be more clearly understood and to make the same and other objects, features and advantages of the present application more readily apparent.
Detailed Description
Exemplary embodiments of the present disclosure will be described in more detail below with reference to the accompanying drawings. While exemplary embodiments of the present disclosure are shown in the drawings, it should be understood that the present disclosure may be embodied in various forms and should not be limited to the embodiments set forth herein. Rather, these embodiments are provided so that this disclosure will be thorough and complete, and will fully convey the scope of the disclosure to those skilled in the art.
The embodiment of the application provides a communication method of a health medical terminal, as shown in fig. 1, comprising the following steps:
101. And inputting communication identifiers corresponding to the health medical terminals, and generating the execution sequence of the health medical terminals binding the communication identifiers according to the health physical examination information reserved by different users.
In the embodiment of the application, the current execution end can be a service end of the health medical system, can be in communication connection with the health medical terminal, can be used for generating the checking sequence of each item contained in the health physical examination of the user, and sending the checking sequence to the health medical terminal so that the user can check the health medical examination of the corresponding health medical terminal in sequence, and can also analyze the health medical information returned by the health medical terminal so as to provide the doctor with the checking sequence as the basis of diagnosis and the like. The health medical terminals are respectively provided with a communication identifier, each health medical terminal is correspondingly provided with a communication identifier so as to distinguish the health medical terminals, the health medical information can comprise, but is not limited to, basic information of a user, medical history, selected physical examination packages and the like, the execution sequence of the health medical terminals can be the execution sequence of physical examination items of the user, for example, the user A firstly carries out height weight measurement to the health medical terminals for measuring height weight, then carries out blood sampling test to the health medical terminals for blood sampling test, finally carries out electrocardiographic data collection to the health medical terminals for collecting electrocardiographic data and the like, and the execution sequence of one health medical terminal can be the execution sequence of the health medical terminals, for example, the execution sequence among users is generated for the health medical terminals for blood sampling test according to the registering sequence of the user. It will be appreciated that in general, the health examination center will set multiple health examination packages, and the user may select different packages according to his own needs, for example, middle-aged and elderly users over 60 years old may select packages for checking on cardiovascular aspects, and young users under 30 years old may select conventional health examination packages. The current execution end can generate the execution sequence of user medical detection items for each user according to packages selected by each user, and can also generate the execution sequence among the users for each health medical terminal according to the detection time and other information of the health medical terminal, so that each user can perform physical examination in sequence, unnecessary disputes are avoided, and management is facilitated.
102. And sending the execution sequence of the health medical terminal to each health medical terminal.
Further, the health medical terminals perform health examination operation on the user according to the execution sequence of the health medical terminals. In the embodiment of the application, the current execution end sends the execution sequence of the health medical terminals generated in the step 101 to each health medical terminal, so that each user can perform physical examination in sequence, unnecessary disputes are avoided, and management is facilitated.
It should be noted that, the sequence in the embodiment of the present application includes the respective execution sequence of the items of each user, and the execution sequence between the respective users in each health care terminal.
103. And after the health medical information is generated according to the health medical terminal corresponding to the last execution sequence in the execution sequences of the health medical terminals, receiving a data chain generated based on the health medical information.
The physical examination key field is used for representing specific medical data obtained by physical examination of a current user, such as a numerical value of '180' in height 180cm or a numerical value of '70' in weight 70kg, and the physical examination general field is used for representing physical examination project names or units in the medical data, such as 'height' and 'cm' in height 180cm or 'weight' and 'kg' in weight 70 kg. The health medical information is split into the data chain containing physical examination key fields and physical examination general fields, so that the storage of the data is more standardized and is also stored. In the embodiment of the application, after the health medical information is generated according to the health medical terminal corresponding to the last execution sequence in the execution sequences of the health medical terminals, the fact that the current user has completed all the physical examination items in the selected health physical examination packages is indicated, and meanwhile, each health medical terminal involved in the health physical examination packages of the current user has completed relay generation of the health medical information data link, at the moment, the health medical information data link which is positioned at the last execution sequence and is used for transmitting the health medical information data link is received, namely all the health medical information data of the current user for the current health physical examination.
104. Analyzing the health medical information in the data chain based on the communication identification, and sending a communication identification clearing instruction to each health medical terminal after the analysis is completed.
Further, each health medical terminal is enabled to empty the health medical information. In the embodiment of the application, after the analysis of the health medical information in the data chain is completed based on the communication identification, the current execution end is indicated to have completed acquiring the health medical information of the user, at this time, a communication identification clearing instruction can be sent to each related health medical terminal to instruct each health medical terminal to clear all the health medical information of the current user, and the data is ensured to be stored only in the current execution end, so that the privacy safety of the user is protected.
Compared with the prior art, the embodiment of the application enables the terminal to acquire the data link containing all medical information based on the last terminal after the terminal completes the health examination operation in sequence by generating the execution sequence of the health medical terminals binding the communication identification, and performs health analysis based on the data link.
In order to further explain and limit, in the embodiment of the application, the execution sequence of the health medical terminals for generating the binding communication identification according to the health examination information reserved by different users comprises the steps of receiving the health examination reservation request of the different users sent by the client, splitting the physical examination item information in the health examination information according to the waiting time interval and the time interval duration of each health medical terminal execution time, determining the execution sequence of the health medical terminals for health examination of the different users based on the physical examination item information, and binding the health medical terminal execution sequence with the communication identification.
The health examination reservation request carries health examination information, which can be but is not limited to user basic information, medical history, reserved health examination items and the like. Specifically, the current execution end firstly receives the health examination reservation request sent by different users through the user client, and the user client can be a client downloaded to the personal mobile device by the user through an application store or can be a site reservation window arranged in a health medical institution, and the embodiment of the application is not particularly limited. The current execution end determines the execution sequence of the health medical terminals for each user for carrying out health examination according to the average health medical items related to the health medical items selected by the user according to the pre-counted time required to wait for each user to carry out the health examination (such as the sum of the time required to wait for the user to acquire the CT image before the CT image is acquired and the time required to wear clothes after the CT image is acquired) and the execution time interval duration of each health medical terminal (such as the time spent by each health medical terminal to complete one health medical examination), and binds the communication identifiers of each terminal so as to ensure that the user can carry out the health examination orderly.
Further, in order to protect privacy of users, in the embodiment of the application, analyzing health medical information in a data chain based on a communication identifier comprises decrypting and decompressing a transmitted encrypted compressed packet to obtain the data chain, sequentially analyzing a chain tail data block and a general physical examination field stored in a chain head data block of the data chain and a key physical examination field in a chain body data block of the data chain according to an execution sequence of a health medical terminal corresponding to the communication identifier, sequentially restoring a detection result corresponding to the medical health terminal according to the detection result by combining the execution sequence of the health medical terminal, the general physical examination field, the key physical examination field and the communication identifier, and generating the health medical information.
It can be understood that, in order to ensure that the user health medical data is not revealed, the data transmitted from the health medical terminal to the current execution end is the health medical data chain ciphertext obtained by encryption, and in order to save the traffic resources consumed by transmission, the health medical data chain ciphertext can be compressed and then transmitted. Based on the above, after receiving the encrypted compressed packet transmitted by the health medical terminal, the current execution terminal firstly performs decryption and decompression operation on the encrypted compressed packet to obtain a health medical data chain plaintext. And sequentially analyzing the general physical examination fields and the key physical examination fields stored in the data chain according to the execution sequence of the health medical terminal corresponding to the communication identification. It should be noted that, as shown in fig. 2, the specific structure of the health medical data chain is that the chain head data block and the chain tail data block are used for storing general physical examination fields in an overlapped storage manner, for example, "height" and "cm" in height 180cm, or "weight" and "kg" in weight 70kg, etc., and the chain body data block is used for storing key physical examination fields, for example, a numerical value "180" in height 180cm, or a numerical value "70" in weight 70kg, etc. Further, according to the general physical examination field and the key physical examination field which are analyzed from the data chain, the detection result is restored by combining the execution sequence and the communication identifier of the health medical terminal, and the health medical information is generated.
Preferably, in order to reduce the data storage pressure of the health medical terminal and the server, in the embodiment of the application, before sending the communication identifier emptying instruction to each health medical terminal, the embodiment method further comprises sending the health medical information to the backup database.
The backup database is divided into storage areas according to preset time intervals and each health medical terminal so as to search when health medical information is extracted. For example, when the backup database is established, the corresponding storage areas are divided for each health care terminal, and each storage area is divided according to a preset time interval (for example, common health care items such as height, weight and the like, the time interval can be set to be relatively short, such as 24 hours and the like, and relatively cold health care items such as pneumoconiosis screening and the like, the time interval can be set to be relatively long, such as 1 week and the like), so that the data volume in each area is relatively balanced, and the search is more convenient.
The application provides a communication method of health medical terminals, which comprises the steps of firstly inputting communication identifications corresponding to the health medical terminals, generating execution sequences of the health medical terminals binding the communication identifications according to health examination information reserved by different users, secondly sending the execution sequences of the health medical terminals to the health medical terminals so that the health medical terminals can carry out health examination operation on the users according to the execution sequences of the health medical terminals, and receiving a data chain generated based on the health medical information after the health medical information is generated according to the health medical terminals corresponding to the last execution sequence in the execution sequences of the health medical terminals, wherein the data chain comprises physical examination key fields and physical examination general fields with link connection relations, finally analyzing the health medical information in the data chain based on the communication identifications, and sending communication identification emptying instructions to the health medical terminals after the analysis is completed so that the health medical information is emptied by the health medical terminals. Compared with the prior art, the embodiment of the application has the advantages that the execution sequence of the health medical terminals binding the communication identifiers is generated, after the terminals sequentially complete the health examination operation, the data link containing all medical information is acquired based on the last terminal, and the health analysis is performed based on the data link.
An embodiment of the present application provides another communication method of a health medical terminal, as shown in fig. 3, where the method includes:
201. and receiving the execution sequence of the health medical terminal sent by the server.
The health medical terminal execution sequence is generated according to health physical examination information reserved by different users and is bound with communication identifiers corresponding to the health medical terminals. In the embodiment of the application, the current execution end can be a health medical terminal, can be in communication connection with a service end of a health medical system, and can be used for receiving an instruction of the service end to perform physical examination for a user, generating health medical information and sending the health medical information to the service end, for example, the health medical terminal for measuring height, the health medical terminal for blood sampling and testing and the like. Specifically, the current health medical terminal first receives the execution sequence of the health medical terminal generated for each user according to the health physical examination information reserved by the user and sent by the server, and the specific steps of the generation process are described in detail, so that the embodiment of the application is not described herein.
202. And if the communication mark in the configuration information is detected to be the last execution sequence in the execution sequence of the healthy medical terminal, the healthy medical information is generated, a data chain is built based on the healthy medical information and is sent to the next healthy medical terminal corresponding to the execution sequence of the healthy medical terminal, so that the next healthy medical terminal builds the data chain based on the regenerated healthy medical information, or if the communication mark in the configuration information is detected to be the last execution sequence in the execution sequence of the healthy medical terminal, the healthy medical information is generated, the data chain is built based on the healthy medical information and is sent to the server, and the server analyzes the data chain.
The data chain comprises physical examination key fields with link connection relations and physical examination general fields. Specifically, when any health medical terminal executes health medical detection every time, judging whether the health medical terminal is the last position in the execution sequence of the current user health medical terminal, if the health medical terminal is not the last position (namely, the execution sequence is not the last position), generating health medical information based on a detection result, constructing a group of new 'chain head-chain body-chain tail' combinations, storing physical examination key fields in a chain body data block, storing physical examination general fields in a chain head and a chain tail data block, connecting the physical examination general fields with an original data chain, and sending the physical examination general fields to the next health medical terminal corresponding to the execution sequence of the current user health medical terminal, if the health medical terminal is the last position (namely, the execution sequence is the last position), generating health medical information based on the detection result, constructing a group of new 'chain head-chain body-chain tail' combinations, storing the physical examination key fields in the chain body data block, storing the physical examination general fields in the chain head and the chain tail data block, connecting the physical examination general fields with the original data chain, and sending the physical examination general fields to a service end, so that the service end can analyze the data chain.
203. And after receiving a communication identification clearing instruction sent by the server, clearing the generated health medical information.
In the embodiment of the application, after the communication identifier emptying instruction sent by the server is received, the health medical information of the user corresponding to the communication identifier is emptied, so that the health medical information of the user is ensured not to be leaked.
Compared with the prior art, the embodiment of the application judges whether the detection is the last execution sequence in the execution sequence of the current user health medical terminal when each health medical terminal executes the detection task, if so, the data link containing the health medical information is sent to the server, if not, the data link containing the health medical information is sent to the next health medical terminal corresponding to the execution sequence of the current user health medical terminal, and the health medical information corresponding to the communication identification is emptied according to the indication of the server.
For further explanation and limitation, in the embodiment of the application, if the communication identification in the configuration information is detected as the non-final execution sequence in the execution sequence of the health medical terminal, constructing the data chain based on the health medical information comprises the steps of constructing a link head data block on a link tail data block of the last data chain and extracting a physical examination key field and a physical examination general field in the health medical information if the communication identification in the configuration information is detected as the non-final execution sequence in the execution sequence of the health medical terminal, storing the physical examination key field in a link body data block connected with the link head data block, and superposing and storing the physical examination general field of the last health medical information in the link tail data block in the link head data block, and simultaneously connecting and transmitting the link head data block to the link tail data block so as to construct the next data chain.
Specifically, if it is detected that the currently executed health medical item is the non-final execution sequence in the execution sequence of the current user health medical terminal, a link head data block is built on the link tail data block of the previous data link, the physical examination general fields in the health medical information are stored in the link body data block, the physical examination key fields in the health medical information are stored in the link body data block, the physical examination general fields of the previous health medical information in the original link tail data block are stored in the current link head data block in a superposition mode, and meanwhile, the physical examination general fields are connected and transferred in the link tail data block to connect the next group of data links.
Further, in the embodiment of the present application, if the communication identifier in the configuration information is detected to be the last execution sequence in the execution sequences of the health care terminals, constructing the data chain based on the health care information includes:
If the communication mark in the configuration information is detected to be the last execution sequence in the execution sequence of the health medical terminal, a link head data block is established on a link tail data block of the last data link, physical examination key fields and physical examination general fields in the health medical information are extracted, the physical examination key fields are stored in a link body data block connected with the link head data block, the physical examination general fields are stored in the link head data block in a superposition mode, the link body data block is marked to construct a complete data link for the data link tail, and compression encryption is carried out on the data link to transmit through an encryption compression packet.
Specifically, if it is detected that the currently executed health medical item is the last execution sequence in the execution sequence of the current user health medical terminal, a link head data block is built on a link tail data block of the last data link, the general physical examination field in the health medical information is stored in the link tail data block, after the physical examination key field in the health medical information is stored in the link body data block, the link body data block is marked as the link tail data block, which indicates that the current user health physical examination data link is built, and in order to ensure that the data link is not leaked in the transmission process, the data link can be compressed and encrypted to be transmitted to the server in the form of an encrypted compressed packet, so that the traffic consumption is saved.
Compared with the prior art, the embodiment of the application judges whether the detection is the last execution sequence in the execution sequence of the current user health medical terminal when each health medical terminal executes the detection task, if so, the data link containing the health medical information is sent to the server, if not, the data link containing the health medical information is sent to the next health medical terminal corresponding to the execution sequence of the current user health medical terminal, and the health medical information corresponding to the communication identification is emptied according to the indication of the server.
In a specific application scenario, the interactive communication relationship between the server and the terminal is shown in fig. 4.
Further, as an implementation of the method shown in fig. 1, the embodiment of the present application provides a communication system of a health medical terminal, as shown in fig. 5, where the system includes a server 31 and a health medical terminal 32,
The server 31 is configured to enter a communication identifier corresponding to each health medical terminal 32, and generate an execution sequence of the health medical terminals 32 binding the communication identifier according to health medical information reserved by different users, send the execution sequence of the health medical terminals 32 to each health medical terminal 32 to enable each health medical terminal 32 to perform health medical examination operation on the users according to the execution sequence of the health medical terminals 32, receive a data chain generated based on the health medical information after the health medical terminals 32 corresponding to the last execution sequence in the execution sequence of the health medical terminals 32 generate the health medical information, wherein the data chain comprises a physical examination key field and a physical examination general field with a link connection relationship;
The health medical terminal 32 is configured to receive an execution sequence of the health medical terminal 32 sent by the server 31, where the execution sequence of the health medical terminal 32 is generated according to health physical examination information reserved by different users and is bound with communication identifiers corresponding to the health medical terminals 32, generate health medical information if the communication identifier in the configuration information is detected to be a non-final execution sequence in the execution sequence of the health medical terminal 32, construct a data chain based on the health medical information and send the data chain to a next health medical terminal 32 corresponding to the execution sequence of the health medical terminal 32, so that the next health medical terminal 32 constructs the data chain based on the regenerated health medical information, and the data chain includes a physical examination key field and a physical examination general field with a link connection relationship, or generate health medical information if the communication identifier in the configuration information is detected to be a final execution sequence in the execution sequence of the health medical terminal 32, send the data chain to the server 31 based on the health medical information, and parse the data chain to the next health medical terminal 32 based on the regenerated health medical information, and empty the communication identifier is generated when the communication identifier of the server 31 is received.
It will be appreciated by those skilled in the art that the modules or steps of the application described above may be implemented in a general purpose computing device, they may be concentrated on a single computing device, or distributed across a network of computing devices, they may alternatively be implemented in program code executable by computing devices, so that they may be stored in a memory device for execution by computing devices, and in some cases, the steps shown or described may be performed in a different order than that shown or described, or they may be separately fabricated into individual integrated circuit modules, or multiple modules or steps within them may be fabricated into a single integrated circuit module for implementation. Thus, the present application is not limited to any specific combination of hardware and software.
The above description is only of the preferred embodiments of the present application and is not intended to limit the present application, but various modifications and variations can be made to the present application by those skilled in the art. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present application should be included in the protection scope of the present application.