CN110557825A - intelligent water affair information transmission method and information transmission system based on new radio system - Google Patents

Abstract

The invention discloses a method for transmitting smart water information based on a new radio system, comprising the following steps: collecting water information by a mobile terminal; determining a timing advance group of a main cell and a timing advance group of multiple auxiliary cells by a base station based on carrier aggregation deployment configuration, The primary cell timing advance group has a first initial timing advance value, and each auxiliary cell timing advance group in multiple auxiliary cell timing advance groups has a second initial timing advance value that is different from each other; the configured multiple auxiliary cell timing advance values are determined by the base station. Whether one or more secondary cells in the cell are activated; if it is determined that the first secondary cell changes from the deactivated state to the activated state, then the base station determines whether the first secondary cell belongs to the existing secondary cell timing advance based on the carrier aggregation deployment configuration group; if it is determined that the first supplementary cell belongs to the existing timing advance group of the supplementary cell, the base station assigns the second initial timing advance value of the timing advance group of the supplementary cell to the first supplementary cell.

Description

Smart water information transmission method and information transmission system based on new radio system

technical field

The invention relates to the technical field of water management, in particular to a new radio system-based intelligent water information transmission method and an information transmission system.

Background technique

The water industry refers to the industrial chain consisting of raw water, water supply, water conservation, drainage, sewage treatment and water resource recycling. The water industry is one of the most important urban basic service industries in China and even in all countries and regions in the world. Daily production and life are inseparable from urban water supply.

The prior art CN105759704B discloses a water data receiving gateway device, including: a data standardization module for synchronously updating the built-in standardized data index library with each of the water data collection and control intelligent terminals; a data transmission module receiving data from each of the The water data collects and controls the basic data and characteristic data of the intelligent terminal, and sends the basic data and characteristic data to the remote monitoring system. Prior art CN105892363B discloses an NC series water affairs data collection and control intelligent terminal and a water affairs centralized monitoring system, including: a water affairs data collection device collects data from monitoring stations and equipment instruments; a data processing device adopts an ARM embedded processor, which is updated synchronously The built-in standardized data index library converts the self-controlled variable data into standard index data based on the standardized data index library, stores the standard index data with preset data storage rules to obtain a local real-time database, and performs data preprocessing to obtain the basic data of the automatic control system and feature data, and upload them to the remote monitoring system through the gateway device; the communication device obtains the control instructions sent by the administrator through the mobile terminal, and sends them to the data processing device.

The information disclosed in this Background section is only for enhancing the understanding of the general background of the present invention and should not be taken as an acknowledgment or any form of suggestion that the information constitutes the prior art that is already known to those skilled in the art.

Contents of the invention

The purpose of the present invention is to provide a smart water information transmission method and information transmission system based on a new radio system, which can overcome the shortcomings of the prior art.

In order to achieve the above object, the present invention provides a new radio system-based intelligent water information transmission method, the intelligent water information transmission method based on the new radio system includes the following steps: collecting water information by a mobile terminal, wherein the mobile terminal is configured There is one primary cell and multiple secondary cells; the base station determines the primary cell timing advance group and multiple secondary cell timing advance groups based on the carrier aggregation configuration. The primary cell timing advance group has the first initial timing advance value, and multiple secondary cell timing advance groups Each auxiliary cell timing advance group in the advance group has a second initial timing advance value that is different from each other; the base station determines whether one or more auxiliary cells in the configured plurality of auxiliary cells are activated; if the base station determines that the first When the auxiliary cell changes from the deactivated state to the activated state, the base station determines whether the first auxiliary cell belongs to the existing auxiliary cell timing advance group based on the carrier aggregation deployment configuration; if the base station determines that the first auxiliary cell belongs to the existing auxiliary cell timing advance group; advance group, the base station assigns the second initial timing advance value of the auxiliary cell timing advance group to the first auxiliary cell; the base station notifies the mobile terminal that the first auxiliary cell is assigned the second initial timing advance value of the auxiliary cell timing advance group; And the mobile terminal sends the water service information to the base station via the first auxiliary cell and using the second initial timing advance value.

In a preferred embodiment, the method for transmitting smart water information based on the new radio system includes the following steps: if the base station determines that the first auxiliary cell does not belong to the existing auxiliary cell timing advance group, the base station instructs the mobile terminal through the main cell to Perform a random access procedure on the first supplementary cell; obtain a first timing advance value related to the first supplementary cell by the mobile terminal during the random access procedure; use the first timing advance value to report to the first supplementary cell by the mobile terminal via the first supplementary cell The base station sends water information.

In a preferred embodiment, the new radio system-based smart water information transmission method includes the following steps: After the mobile terminal determines that the first auxiliary cell has the second initial timing advance value or the first timing advance value, the base station continuously monitors the mobile terminal Whether the timing advance value of the terminal on the first supplementary cell changes; if the timing advance value of the monitoring mobile terminal on the first supplementary cell changes, the base station tries to reassign the first supplementary cell to another existing supplementary cell In the cell timing advance group, another existing supplementary cell timing advance group has a third initial timing advance value; if the base station successfully reassigns the first supplementary cell to another existing supplementary cell timing advance group, then by The base station notifies the mobile terminal that the first auxiliary cell is assigned a third initial timing advance value; the mobile terminal sends water information to the base station via the first auxiliary cell and using the third initial timing advance value.

In a preferred embodiment, the new radio system-based intelligent water service information transmission method includes the following steps: if the timing advance value of the monitoring mobile terminal on the first auxiliary cell changes, the base station tries to reassign the first auxiliary cell to another existing supplementary cell timing advance group, and the other existing supplementary cell timing advance group has a third initial timing advance value; if the base station fails to reassign the first supplementary cell to another existing supplementary cell In the cell timing advance group, the base station commands the mobile terminal to perform a random access process on the first secondary cell through the primary cell; the mobile terminal obtains a second timing advance value about the first secondary cell during the random access process; The mobile terminal sends the water service information to the base station via the first auxiliary cell and using the second timing advance value.

In a preferred embodiment, the new radio system-based smart water information transmission method includes the following steps: After the base station receives the water information, the base station sends the water information to the water information processing center.

The present invention also provides a smart water information transmission system based on the new radio system. The smart water information transmission system based on the new radio system includes: a unit for collecting water information by a mobile terminal, wherein the mobile terminal is configured with a Primary cell and multiple secondary cells; a unit for determining the timing advance group of the primary cell and multiple secondary cell timing advance groups by the base station based on the carrier aggregation deployment configuration, the timing advance group of the primary cell has a first initial timing advance value, multiple secondary cells Each auxiliary cell timing advance group in the cell timing advance group has a second initial timing advance value that is different from each other; a unit for determining whether one or more of the configured auxiliary cells is activated by the base station ; If the base station determines that the first supplementary cell changes from a deactivated state to an activated state, the base station determines whether the first supplementary cell belongs to an existing supplementary cell timing advance group based on carrier aggregation deployment configuration; used if the base station If it is determined that the first auxiliary cell belongs to the existing auxiliary cell timing advance group, then the base station assigns the second initial timing advance value unit of the auxiliary cell timing advance group to the first auxiliary cell; it is used for the base station to notify the mobile terminal of the first auxiliary cell A unit allocated with the second initial timing advance value of the timing advance group of the secondary cell; and a unit for sending the water service information to the base station by the mobile terminal via the first secondary cell and using the second initial timing advance value.

In a preferred embodiment, the intelligent water information transmission system based on the new radio system includes: if the base station determines that the first auxiliary cell does not belong to the existing auxiliary cell timing advance group, the base station instructs the mobile terminal through the main cell A unit for performing a random access procedure on the first supplementary cell; a unit for obtaining a first timing advance value for the first supplementary cell by the mobile terminal during the random access procedure; for the mobile terminal via the first supplementary cell And a unit for sending water information to the base station by using the first timing advance value.

In a preferred embodiment, the smart water information transmission system based on the new radio system includes: after the mobile terminal determines that the first auxiliary cell has the second initial timing advance value or the first timing advance value, the base station continuously monitors the mobile A unit for determining whether the timing advance value of the terminal on the first supplementary cell changes; used for monitoring that the timing advance value of the mobile terminal on the first supplementary cell changes, then the base station attempts to reassign the first supplementary cell to another Elements in the existing secondary cell timing advance group, the additional existing secondary cell timing advance group has a third initial timing advance value; used if the first secondary cell is successfully reassigned to the additional existing secondary cell by the base station In the cell timing advance group, the base station notifies the mobile terminal that the first auxiliary cell is assigned the unit with the third initial timing advance value; it is used for the mobile terminal to send water services to the base station via the first auxiliary cell and using the third initial timing advance value unit of information.

In a preferred embodiment, the intelligent water information transmission system based on the new radio system includes: if the timing advance value of the monitoring mobile terminal on the first auxiliary cell changes, the base station attempts to reassign the first auxiliary cell to another existing supplementary cell timing advance group, the other existing supplementary cell timing advance group has a third initial timing advance value; used if the base station fails to reassign the first supplementary cell to another In the existing auxiliary cell timing advance group, the base station commands the mobile terminal to perform a random access procedure on the first auxiliary cell through the main cell; it is used for the mobile terminal to obtain information about the first auxiliary cell during the random access process. A unit of the second timing advance value; a unit for sending the water service information to the base station by the mobile terminal via the first auxiliary cell and using the second timing advance value.

In a preferred embodiment, the smart water information transmission system based on the new radio system includes: a unit for sending the water information to the water information processing center by the base station after the base station receives the water information.

Compared with the prior art, the present invention has the following advantages: the current mainstream wireless communication networks are synchronous networks, in order to achieve synchronization, it is necessary to introduce the concept of timing (timing), but due to the existence of multipath effects, each mobile terminal Even if signals are sent to the base station at the same time, the base station cannot receive the signal at the same time, which will lead to timing errors. In order to avoid timing errors, it is necessary to introduce a timing advance (TA) method to overcome the problem of multipath effects. During the RACH process, the UE can obtain the timing advance value. This method is suitable for single-carrier systems before Rel-10, but with the emergence of carrier aggregation systems, if RACH is performed once on each carrier, it will The system overhead is too large and the communication efficiency is reduced, so a TAG (Timing Advance Group) method has been proposed at present. However, the current TAG (Timing Advance Group) method still has space to further improve communication efficiency and reduce overhead. The present invention proposes a series of methods to improve communication efficiency and reduce overhead.

Description of drawings

Fig. 1 is a flowchart of a method for transmitting smart water information based on a new radio system according to an embodiment of the present invention.

Detailed ways

The specific embodiments of the present invention will be described in detail below in conjunction with the accompanying drawings, but it should be understood that the protection scope of the present invention is not limited by the specific embodiments.

Unless expressly stated otherwise, throughout the specification and claims, the term "comprise" or variations thereof such as "includes" or "includes" and the like will be understood to include the stated elements or constituents, and not Other elements or other components are not excluded.

Fig. 1 is a flowchart of a method for transmitting smart water information based on a new radio system according to an embodiment of the present invention. As shown in the figure, the intelligent water information transmission method based on the new radio system of the present invention includes the following steps:

Step 101: Collect water information by a mobile terminal, where the mobile terminal is configured with a primary cell and multiple secondary cells;

Step 102: The base station determines the primary cell timing advance group and multiple secondary cell timing advance groups (TAG) based on the carrier aggregation deployment configuration. The primary cell timing advance group has a first initial timing advance value (TA value), and multiple secondary cell timing advance groups (TAG) Each secondary cell timing advance group in the advance group has a second initial timing advance value that is different from each other;

Step 103: the base station determines whether one or more of the configured auxiliary cells is activated;

Step 104: If the base station determines that the first supplementary cell changes from the deactivated state to the activated state, the base station determines whether the first supplementary cell belongs to the existing timing advance group of supplementary cells based on the carrier aggregation deployment configuration;

Step 105: If the base station determines that the first supplementary cell belongs to an existing supplementary cell timing advance group, the base station allocates a second initial timing advance value of the supplementary cell timing advance group to the first supplementary cell;

Step 106: the base station notifies the mobile terminal that the first supplementary cell is assigned the second initial timing advance value of the supplementary cell timing advance group; and

Step 107: The mobile terminal sends the water service information to the base station via the first auxiliary cell and using the second initial timing advance value.

In a preferred embodiment, the method for transmitting smart water information based on the new radio system includes the following steps: if the base station determines that the first auxiliary cell does not belong to the existing auxiliary cell timing advance group, the base station instructs the mobile terminal through the main cell to Perform a random access procedure on the first supplementary cell; obtain a first timing advance value related to the first supplementary cell by the mobile terminal during the random access procedure; use the first timing advance value to report to the first supplementary cell by the mobile terminal via the first supplementary cell The base station sends water information.

In a preferred embodiment, the new radio system-based smart water information transmission method includes the following steps: After the mobile terminal determines that the first auxiliary cell has the second initial timing advance value or the first timing advance value, the base station continuously monitors the mobile terminal Whether the timing advance value of the terminal on the first auxiliary cell changes (the reason for the change may be that the position of the mobile terminal changes, resulting in a change in the multipath environment, which greatly changes the timing advance value, and the base station monitors the change of timing advance It can be judged based on the position change of the terminal); if the timing advance value of the monitoring mobile terminal on the first supplementary cell changes, the base station tries to reassign the first supplementary cell to another existing supplementary cell timing advance group , another existing supplementary cell timing advance group has a third initial timing advance value; if the base station successfully reassigns the first supplementary cell to another existing supplementary cell timing advance group, the base station notifies the mobile terminal of the first A supplementary cell is assigned a third initial timing advance value; the mobile terminal sends water information to the base station via the first supplementary cell and using the third initial timing advance value.

In a preferred embodiment, the new radio system-based intelligent water service information transmission method includes the following steps: if the timing advance value of the monitoring mobile terminal on the first auxiliary cell changes, the base station tries to reassign the first auxiliary cell to another existing supplementary cell timing advance group, and the other existing supplementary cell timing advance group has a third initial timing advance value; if the base station fails to reassign the first supplementary cell to another existing supplementary cell In the cell timing advance group, the base station commands the mobile terminal to perform a random access process on the first secondary cell through the primary cell; the mobile terminal obtains a second timing advance value about the first secondary cell during the random access process; The mobile terminal sends the water service information to the base station via the first auxiliary cell and using the second timing advance value.

In a preferred embodiment, the new radio system-based smart water information transmission method includes the following steps: After the base station receives the water information, the base station sends the water information to the water information processing center.

The present invention also provides a smart water information transmission system based on a new radio system, including: a unit for collecting water information by a mobile terminal, wherein the mobile terminal is configured with a main cell and multiple auxiliary cells; Based on the carrier aggregation deployment configuration, the base station determines the units of the primary cell timing advance group and multiple secondary cell timing advance groups. The primary cell timing advance group has a first initial timing advance value, and each secondary cell timing advance group in the multiple secondary cell timing advance groups The advance group has a second initial timing advance value that is different from each other; a unit used for the base station to determine whether one or more of the configured auxiliary cells is activated; used for if the base station determines that the first auxiliary cell is from When the deactivated state changes to the activated state, the base station determines whether the first supplementary cell belongs to the existing supplementary cell timing advance group unit based on the carrier aggregation deployment configuration; for if the base station determines that the first supplementary cell belongs to the existing supplementary cell timing advance group, the base station allocates the unit of the second initial timing advance value of the auxiliary cell timing advance group to the first auxiliary cell; it is used for the base station to notify the mobile terminal that the first auxiliary cell is assigned the second initial timing advance value of the auxiliary cell timing advance group A unit for an initial timing advance value; and a unit for sending the water service information to the base station by the mobile terminal via the first auxiliary cell and using the second initial timing advance value.

In a preferred embodiment, the intelligent water information transmission system based on the new radio system includes: if the base station determines that the first auxiliary cell does not belong to the existing auxiliary cell timing advance group, the base station instructs the mobile terminal through the main cell A unit for performing a random access procedure on the first supplementary cell; a unit for obtaining a first timing advance value for the first supplementary cell by the mobile terminal during the random access procedure; for the mobile terminal via the first supplementary cell And a unit for sending water information to the base station by using the first timing advance value.

In a preferred embodiment, the smart water information transmission system based on the new radio system includes: after the mobile terminal determines that the first auxiliary cell has the second initial timing advance value or the first timing advance value, the base station continuously monitors the mobile A unit for determining whether the timing advance value of the terminal on the first supplementary cell changes; used for monitoring that the timing advance value of the mobile terminal on the first supplementary cell changes, then the base station attempts to reassign the first supplementary cell to another Elements in the existing secondary cell timing advance group, the additional existing secondary cell timing advance group has a third initial timing advance value; used if the first secondary cell is successfully reassigned to the additional existing secondary cell by the base station In the cell timing advance group, the base station notifies the mobile terminal that the first auxiliary cell is assigned the unit with the third initial timing advance value; it is used for the mobile terminal to send water services to the base station via the first auxiliary cell and using the third initial timing advance value unit of information.

In a preferred embodiment, the intelligent water information transmission system based on the new radio system includes: if the timing advance value of the monitoring mobile terminal on the first auxiliary cell changes, the base station attempts to reassign the first auxiliary cell to another existing supplementary cell timing advance group, the other existing supplementary cell timing advance group has a third initial timing advance value; used if the base station fails to reassign the first supplementary cell to another In the existing auxiliary cell timing advance group, the base station commands the mobile terminal to perform a random access procedure on the first auxiliary cell through the main cell; it is used for the mobile terminal to obtain information about the first auxiliary cell during the random access process. A unit of the second timing advance value; a unit for sending the water service information to the base station by the mobile terminal via the first auxiliary cell and using the second timing advance value.

In a preferred embodiment, the smart water information transmission system based on the new radio system includes: a unit for sending the water information to the water information processing center by the base station after the base station receives the water information.

Those skilled in the art should understand that the embodiments of the present application may be provided as methods, systems, or computer program products. Accordingly, the present application may take the form of an entirely hardware embodiment, an entirely software embodiment, or an embodiment combining software and hardware aspects. Furthermore, the present application may take the form of a computer program product embodied on one or more computer-usable storage media (including but not limited to disk storage, CD-ROM, optical storage, etc.) having computer-usable program code embodied therein.

The present application is described with reference to flowcharts and/or block diagrams of methods, apparatus (systems), and computer program products according to embodiments of the present application. It should be understood that each procedure and/or block in the flowchart and/or block diagram, and a combination of procedures and/or blocks in the flowchart and/or block diagram can be realized by computer program instructions. These computer program instructions may be provided to a general purpose computer, special purpose computer, embedded processor, or processor of other programmable data processing equipment to produce a machine such that the instructions executed by the processor of the computer or other programmable data processing equipment produce a An apparatus for realizing the functions specified in one or more procedures of the flowchart and/or one or more blocks of the block diagram.

These computer program instructions may also be stored in a computer-readable memory capable of directing a computer or other programmable data processing apparatus to operate in a specific manner, such that the instructions stored in the computer-readable memory produce an article of manufacture comprising instruction means, the instructions The device realizes the function specified in one or more procedures of the flowchart and/or one or more blocks of the block diagram.

These computer program instructions can also be loaded onto a computer or other programmable data processing device, causing a series of operational steps to be performed on the computer or other programmable device to produce a computer-implemented process, thereby The instructions provide steps for implementing the functions specified in the flow chart or blocks of the flowchart and/or the block or blocks of the block diagrams.

The foregoing descriptions of specific exemplary embodiments of the present invention have been presented for purposes of illustration and description. These descriptions are not intended to limit the invention to the precise form disclosed, and obviously many modifications and variations are possible in light of the above teaching. The exemplary embodiments were chosen and described in order to explain the specific principles of the invention and its practical application, thereby enabling others skilled in the art to make and use various exemplary embodiments of the invention, as well as various Choose and change. It is intended that the scope of the invention be defined by the claims and their equivalents.

Claims (10)

1. A method of intelligent water information transmission based on new radio system, characterized in that: the intelligent water information transmission method based on new radio system comprises the steps: Collecting water information by a mobile terminal, wherein the mobile terminal is configured with a primary cell and multiple secondary cells; The base station determines the primary cell timing advance group and multiple secondary cell timing advance groups based on the carrier aggregation deployment configuration, the primary cell timing advance group has a first initial timing advance value, and each of the multiple secondary cell timing advance groups The secondary cell timing advance groups have second initial timing advance values that are different from each other; determining, by the base station, whether one or more of the configured plurality of supplementary cells is activated; If the base station determines that the first supplementary cell changes from a deactivated state to an activated state, the base station determines whether the first supplementary cell belongs to an existing supplementary cell timing advance group based on the carrier aggregation deployment configuration; If it is determined by the base station that the first supplementary cell belongs to an existing timing advance group of supplementary cells, the base station allocates a second initial timing advance value of the timing advance group of supplementary cells to the first supplementary cell; notifying, by the base station, the mobile terminal that the first secondary cell is assigned a second initial timing advance value of the secondary cell timing advance group; and The water service information is sent to the base station by the mobile terminal via the first auxiliary cell and using the second initial timing advance value. 2. The intelligent water information transmission method based on the new radio system as claimed in claim 1, wherein: the intelligent water information transmission method based on the new radio system comprises the following steps: If the base station determines that the first supplementary cell does not belong to the existing timing advance group of supplementary cells, the base station instructs the mobile terminal to perform random access on the first supplementary cell through the primary cell process; Obtaining, by the mobile terminal during the random access process, a first timing advance value for the first secondary cell; The water service information is sent to the base station by the mobile terminal via the first auxiliary cell and using the first timing advance value. 3. The intelligent water information transmission method based on the new radio system as claimed in claim 2, wherein: the intelligent water information transmission method based on the new radio system comprises the following steps: After the mobile terminal determines that the first supplementary cell has the second initial timing advance value or the first timing advance value, the base station continuously monitors whether the timing advance value of the mobile terminal on the first supplementary cell is change; If it is monitored that the timing advance value of the mobile terminal on the first supplementary cell changes, the base station attempts to reassign the first supplementary cell to another existing timing advance group of supplementary cells, so The additional existing secondary cell timing advance group has a third initial timing advance value; If the base station successfully reassigns the first supplementary cell to another existing timing advance group of supplementary cells, the base station notifies the mobile terminal that the first supplementary cell is assigned the second Three initial timing advance value; The water service information is sent to the base station by the mobile terminal via the first auxiliary cell and using the third initial timing advance value. 4. The intelligent water information transmission method based on the new radio system as claimed in claim 3, wherein: the intelligent water information transmission method based on the new radio system comprises the following steps: If it is monitored that the timing advance value of the mobile terminal on the first supplementary cell changes, the base station attempts to reassign the first supplementary cell to another existing timing advance group of supplementary cells, so The additional existing secondary cell timing advance group has a third initial timing advance value; If the base station fails to reassign the first secondary cell to another existing secondary cell timing advance group, the base station instructs the mobile terminal to operate on the first secondary cell through the primary cell. Perform a random access procedure on the cell; Obtaining, by the mobile terminal during the random access process, a second timing advance value for the first secondary cell; The water service information is sent by the mobile terminal to the base station via the first auxiliary cell and using the second timing advance value. 5. The intelligent water information transmission method based on the new radio system as claimed in claim 4, wherein: the intelligent water information transmission method based on the new radio system comprises the following steps: After the base station receives the water information, the base station sends the water information to a water information processing center. 6. A smart water information transmission system based on a new radio system, characterized in that: the smart water information transmission system based on a new radio system includes: A unit for collecting water information by a mobile terminal, wherein the mobile terminal is configured with a primary cell and multiple secondary cells; A unit for determining a primary cell timing advance group and a plurality of secondary cell timing advance groups based on carrier aggregation deployment configuration by the base station, the primary cell timing advance group has a first initial timing advance value, and the multiple secondary cell timing advance groups Each secondary cell timing advance group in has a second initial timing advance value that is different from each other; means for determining, by the base station, whether one or more of the configured plurality of supplementary cells is activated; If the base station determines that the first supplementary cell changes from a deactivated state to an activated state, the base station determines whether the first supplementary cell belongs to an existing supplementary cell timing advance group based on the carrier aggregation deployment configuration unit; If the base station determines that the first supplementary cell belongs to an existing supplementary cell timing advance group, the base station assigns the second initial timing advance of the supplementary cell timing advance group to the first supplementary cell unit of value; means for notifying, by the base station, the mobile terminal that the first secondary cell is assigned a second initial timing advance value of the secondary cell timing advance group; and A unit for sending the water service information to the base station by the mobile terminal via the first auxiliary cell and using the second initial timing advance value. 7. The intelligent water information transmission system based on the new radio system as claimed in claim 6, characterized in that: the intelligent water information transmission system based on the new radio system comprises: If the base station determines that the first supplementary cell does not belong to the existing timing advance group of supplementary cells, the base station instructs the mobile terminal to perform randomization on the first supplementary cell through the primary cell. the unit of access process; means for obtaining, by the mobile terminal during the random access procedure, a first timing advance value for the first secondary cell; A unit for sending the water service information to the base station by the mobile terminal via the first auxiliary cell and using the first timing advance value. 8. The intelligent water information transmission system based on the new radio system as claimed in claim 7, characterized in that: the intelligent water information transmission system based on the new radio system comprises: After the mobile terminal determines that the first supplementary cell has the second initial timing advance value or the first timing advance value, the base station continuously monitors the timing advance of the mobile terminal on the first supplementary cell Whether the value of the cell changes; If the monitoring timing advance value of the mobile terminal on the first supplementary cell changes, the base station attempts to reassign the first supplementary cell to another existing supplementary cell timing advance group The unit of said additional existing secondary cell timing advance group has a third initial timing advance value; for notifying the mobile terminal that the first supplementary cell is allocated by the base station if the base station successfully reassigns the first supplementary cell to another existing timing advance group of supplementary cells The unit of the third initial timing advance value; A unit for sending the water service information to the base station by the mobile terminal via the first auxiliary cell and using the third initial timing advance value. 9. The intelligent water information transmission system based on the new radio system as claimed in claim 8, characterized in that: the intelligent water information transmission system based on the new radio system comprises: If the monitoring timing advance value of the mobile terminal on the first supplementary cell changes, the base station attempts to reassign the first supplementary cell to another existing supplementary cell timing advance group The unit of said additional existing secondary cell timing advance group has a third initial timing advance value; If the base station fails to reassign the first supplementary cell to another existing timing advance group of supplementary cells, the base station instructs the mobile terminal to operate on the second supplementary cell through the primary cell. A unit for performing a random access procedure on a supplementary cell; means for obtaining, by the mobile terminal during the random access procedure, a second timing advance value for the first secondary cell; A unit for sending the water service information to the base station by the mobile terminal via the first auxiliary cell and using the second timing advance value. 10. The intelligent water information transmission system based on the new radio system as claimed in claim 9, characterized in that: the intelligent water information transmission system based on the new radio system comprises: A unit for sending the water information to a water information processing center by the base station after the base station receives the water information.