阅读说明：本技术 一种变送器的自动切换温度系统 (Automatic temperature switching system of transmitter ) 是由 宋学文 于 2021-08-06 设计创作，主要内容包括：本发明涉及锅炉设备技术领域,具体涉及一种变送器的自动切换温度系统,包括总控服务器、温度控制单片机和设置于锅炉内的温度调节器,温度控制单片机与温度调节器信号连接,用于发送信号至温度调节器以调节锅炉内的温度,总控服务器与温度控制单片机信号连接,用于向温度控制单片机发出指令信号,总控服务器与锅炉内的数据采集器信号连接,用于接收锅炉的数据信号；总控服务器还信号连接有控制单元和显示单元,控制单元用于发出控制指令至总控服务器,显示单元接收总控服务器上反馈回来的数据信号并进行显示。(The invention relates to the technical field of boiler equipment, in particular to an automatic temperature switching system of a transmitter, which comprises a master control server, a temperature control single chip microcomputer and a temperature regulator arranged in a boiler, wherein the temperature control single chip microcomputer is in signal connection with the temperature regulator and used for sending a signal to the temperature regulator to regulate the temperature in the boiler; the master control server is further connected with a control unit and a display unit through signals, the control unit is used for sending a control instruction to the master control server, and the display unit receives and displays data signals fed back from the master control server.)

1. An automatic switching temperature system of changer which characterized in that: the boiler temperature control system comprises a master control server, a temperature control single chip microcomputer and a temperature regulator arranged in a boiler, wherein the temperature control single chip microcomputer is in signal connection with the temperature regulator and used for sending signals to the temperature regulator to regulate the temperature in the boiler;

the master control server is further connected with a control unit and a display unit through signals, the control unit is used for sending control instructions to the master control server, and the display unit receives data signals fed back from the master control server and displays the data signals.

2. The automatic switching temperature system of a transmitter of claim 1, wherein: the control unit is connected with a start button, a stop button, a manual button, a timing button, an accumulation button, a time button and a parameter modification button, the start button is used for controlling the boiler to start, the stop button is used for stopping the boiler, the manual button is used for switching to the manual control boiler, the timing button is used for timing the operation duration of the boiler, the accumulation button is used for enabling the boiler to feed back a signal of the accumulated operation duration, the time button is used for setting the time of the boiler, and the parameter modification button is used for modifying the working parameters of the boiler.

3. The automatic switching temperature system of a transmitter of claim 2, wherein: the parameter modification button is connected with a password confirmation module through a signal, and the parameter modification button is controlled after a correct password is input on the password confirmation module, so that the working parameters of the boiler can be modified.

4. The automatic switching temperature system of a transmitter of claim 1, wherein: the display unit is including shutting down display module, trouble display module, temperature display module, artifical display module, big fire display module, small fire display module and accumulative operation duration display module, it is in the shutdown state this moment to shut down display module, trouble display module is used for showing that the boiler is in the fault state, temperature display module is used for showing the temperature parameter of boiler, artifical display module is used for showing that the boiler is in manual operation state, big fire display module and small fire display module show respectively that the boiler goes out big fire state or small fire state, accumulative operation duration display module is used for showing the accumulative operation duration of boiler.

5. The automatic switching temperature system of a transmitter of claim 4, wherein: the temperature display module comprises an actual water outlet temperature display area, a target water outlet temperature display area and a medium water temperature display area.

6. The automatic switching temperature system of a transmitter of claim 1, wherein: the boiler is characterized in that a recording module is arranged in the boiler, the control unit is connected with a recording display button, a first display area is arranged on the display unit, and the first display area is used for displaying operation recording data of the boiler.

7. The automatic switching temperature system of a transmitter of claim 1, wherein: and a second display area is arranged on the display unit and used for displaying a temperature-time curve graph of the boiler.

8. The automatic switching temperature system of a transmitter of claim 1, wherein: the master control server is in signal connection with a plurality of sub-control consoles, and account number and password login modules are arranged in the sub-control consoles.

9. The automatic switching temperature system of a transmitter of claim 8, wherein: the account password login module is in signal connection with a password modification module, and the password modification module comprises an old password confirmation module, a new password input module and a new password confirmation module.

10. The automatic switching temperature system of a transmitter of claim 1, wherein: the main control server is further connected with a load detection module through signals, the load detection module is connected with a load collector in the boiler through signals and used for receiving load signals of the boiler, and the load detection module is connected with a display unit through signals of the main control server and used for displaying a load curve on the display unit.

Technical Field

The invention relates to the technical field of boiler equipment, in particular to an automatic temperature switching system of a transmitter.

Background

The boiler is an energy conversion device, energy input to the boiler comprises chemical energy and electric energy in fuel, the boiler outputs steam, high-temperature water or an organic heat carrier with certain heat energy, a transmitter is adopted in the boiler to be used as a signal transmission converter to control data parameters of the boiler, but the temperature switching of the boiler is not convenient at present, and the problem that the switched data signals are difficult to display exists.

Disclosure of Invention

The invention aims to provide an automatic temperature switching system of a transmitter, which solves the problems of inconvenience in temperature switching of a boiler and difficulty in data display.

In order to solve the technical problems, the invention adopts the following technical scheme:

an automatic temperature switching system of a transmitter comprises a master control server, a temperature control single chip microcomputer and a temperature regulator arranged in a boiler, wherein the temperature control single chip microcomputer is in signal connection with the temperature regulator and used for sending a signal to the temperature regulator to regulate the temperature in the boiler;

the master control server is further connected with a control unit and a display unit through signals, the control unit is used for sending control instructions to the master control server, and the display unit receives data signals fed back from the master control server and displays the data signals.

The technical scheme is that the control unit is connected with a start button, a stop button, a manual button, a timing button, an accumulation button, a time button and a parameter modification button, the start button is used for controlling the start of the boiler, the stop button is used for stopping the operation of the boiler, the manual button is used for switching to the manual control boiler, the timing button is used for timing the operation duration of the boiler, the accumulation button is used for enabling the boiler to feed back signals of the accumulated operation duration, the time button is used for setting the time of the boiler, and the parameter modification button is used for modifying the working parameters of the boiler.

The technical scheme is that the parameter modification button is connected with a password confirmation module through a signal, and the parameter modification button is controlled after a correct password is input into the password confirmation module, so that the working parameters of the boiler can be modified.

A further technical scheme is, the display element is including shutting down display module, trouble display module, temperature display module, artifical display module, big fire display module, small fire display module and accumulative operation time display module, it is used for showing that the boiler is in the shutdown state this moment to shut down the display module, trouble display module is used for showing that the boiler is in the fault state, temperature display module is used for showing the temperature parameter of boiler, artifical display module is used for showing that the boiler is in the manual operation state, big fire display module and small fire display module show respectively that the boiler goes out big fire state or small fire state, accumulative operation time display module is used for showing the accumulative operation duration of boiler.

The further technical scheme is that the temperature display module comprises an actual water outlet temperature display area, a target water outlet temperature display area and a medium water temperature display area.

According to a further technical scheme, a recording module is arranged in the boiler, the control unit is connected with a recording display button, a first display area is arranged on the display unit, and the first display area is used for displaying operation recording data of the boiler.

According to a further technical scheme, a second display area is arranged on the display unit and used for displaying a temperature-time curve graph of the boiler.

According to a further technical scheme, the master control server is in signal connection with a plurality of sub-control consoles, and account number and password login modules are arranged in the sub-control consoles.

According to a further technical scheme, the account password login module is in signal connection with a password modification module, and the password modification module comprises an old password confirmation module, a new password input module and a new password confirmation module.

According to a further technical scheme, the master control server is further in signal connection with a load detection module, the load detection module is in signal connection with a load collector in the boiler and used for receiving a load signal of the boiler, and the load detection module is in signal connection with a display unit through the master control server and used for displaying a load curve on the display unit.

Compared with the prior art, the invention has the beneficial effects that: utilize total accuse server to carry out the transfer of signal and the processing of signal, the temperature control singlechip is used for controlling the temperature regulator and comes to adjust the temperature of boiler, and total accuse server adopts signal connection with the control unit, alright come to carry out quick adjustment to the temperature in the boiler through setting up the control program or adopting manual operation's mode in the control unit department, signal collector in the boiler sends the data signal in the boiler to total accuse server simultaneously, total accuse server will send signal to display element so that carry out real-time display to the behavior in the boiler after handling data.

Drawings

FIG. 1 is a block diagram of an automatic switching temperature system according to the present invention.

Fig. 2 is a block diagram of a control unit and each button module according to the present invention.

FIG. 3 is a block diagram of a display unit and each display module according to the present invention.

Fig. 4 is a connection diagram of modules of a master control server and a slave console in the invention.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is described in further detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

Example (b):

fig. 1-4 show a preferred embodiment of an automatic switching temperature system of a transmitter according to the present invention, the automatic switching temperature system of a transmitter in this embodiment specifically includes a master control server, a temperature control single chip, and a temperature regulator disposed in a boiler, the temperature control single chip is in signal connection with the temperature regulator for sending a signal to the temperature regulator to regulate the temperature in the boiler, the master control server is in signal connection with the temperature control single chip for sending a command signal to the temperature control single chip, and the master control server is in signal connection with a data collector in the boiler for receiving a data signal of the boiler; the master control server is further connected with a control unit and a display unit through signals, the control unit is used for sending a control instruction to the master control server, and the display unit receives and displays data signals fed back from the master control server.

Utilize total accuse server to carry out the transfer of signal and the processing of signal, the temperature control singlechip is used for controlling the temperature regulator and comes to adjust the temperature of boiler, and total accuse server adopts signal connection with the control unit, alright come to carry out quick adjustment to the temperature in the boiler through setting up the control program or adopting manual operation's mode in the control unit department, signal collector in the boiler sends the data signal in the boiler to total accuse server simultaneously, total accuse server will send signal to display element so that carry out real-time display to the behavior in the boiler after handling data.

The control unit is connected with a start button, a stop button, a manual button, a timing button, an accumulation button, a time button and a parameter modification button, the start button is used for controlling the boiler to start, the stop button is used for stopping the boiler, the manual button is used for switching to the manual control boiler, the timing button is used for timing the operation time of the boiler, the accumulation button is used for enabling the boiler to feed back signals of the accumulated operation time, the time button is used for setting the time of the boiler, and the parameter modification button is used for modifying the working parameters of the boiler.

The data of the boiler is controlled through all buttons on the control unit, wherein the start button is used for controlling the boiler to start so as to control the boiler to start and operate, the stop button is used for stopping the boiler so as to overhaul, maintain and clean the interior of the boiler, the manual button is used for switching to the manual boiler so as to switch a manual mode to manually control the boiler, the timing button is used for timing the operation duration of the boiler so as to automatically stop the boiler after the boiler works for a period of time, the accumulation button is used for enabling the boiler to feed back a signal of the accumulated operation duration so as to quickly know the accumulated operation duration of the boiler working at this time, the time button is used for setting the time of the boiler so as to display the time on a display of the boiler, and therefore workers around the boiler can quickly know the time at this time, wherein the parameter modification button is used for modifying the working parameters of the boiler so as to modify the working parameters of the boiler at a remote end. Wherein the respective buttons may be physical buttons or analog buttons on the display screen.

The parameter modification button is in signal connection with a password confirmation module, and the parameter modification button is controlled after a correct password is input into the password confirmation module, so that the working parameters of the boiler can be modified. When the working parameters of the boiler are modified, the password needs to be confirmed first, and if the password is input incorrectly, the parameter modification button cannot be operated, so that other unprofessional personnel are prevented from modifying the boiler parameters at will.

The display element is including shutting down the display module, the trouble display module, the temperature display module, artifical display module, big fire display module, little fire display module and accumulative operation duration display module, it is in the shutdown state this moment to shut down the display module and be used for showing the boiler, the trouble display module is used for showing the boiler and is in the fault condition, the temperature display module is used for showing the temperature parameter of boiler, artifical display module is used for showing that the boiler is in manual operation state, big fire display module and little fire display module show the boiler respectively and go out big fire state or little fire state, accumulative operation duration display module is used for showing the accumulative operation duration of boiler. Each display module on the display unit is used for displaying the state of the boiler, and each display module can be an entity signal lamp or a simulation signal lamp on a display screen.

The temperature display module comprises an outlet water actual temperature display area, an outlet water target temperature display area and a medium water temperature display area, so that the actual temperature of the outlet water of the boiler can be conveniently displayed, the set temperature of the outlet water of the boiler can be conveniently displayed, and the temperature of the medium water for heating the water in the boiler can be conveniently displayed.

Be equipped with the record module in the boiler, the control unit is connected with the record and shows the button, is equipped with first display area on the display element, and first display area is used for showing the operation record data of boiler, and the operation historical record of working parameter data and operating personnel in the record module record boiler to be convenient for utilize the record to show the historical data information that the button called out the boiler, and carry out data display in display element's first display area.

The display unit is provided with a second display area which is used for displaying a temperature-time curve graph of the boiler so as to observe the temperature-time relation.

The main control server is in signal connection with a plurality of sub-control consoles, account number and password login modules are arranged in the sub-control consoles, and the sub-control consoles are logged in through the account number and password login modules, so that the boiler can be controlled on the sub-control consoles.

The account password login module is in signal connection with a password modification module, and the password modification module comprises an old password confirmation module, a new password input module and a new password confirmation module so as to modify the password conveniently.

The total control server is also connected with a load detection module through a signal, the load detection module is connected with a load collector in the boiler through a signal, and is used for receiving a load signal of the boiler, the load detection module is connected with a display unit through the total control server through a signal, and is used for displaying a load curve on the display unit, so that the load curve of the boiler can be displayed, and the load of the boiler can be known.

Although the invention has been described herein with reference to a number of illustrative embodiments thereof, it should be understood that numerous other modifications and embodiments can be devised by those skilled in the art that will fall within the spirit and scope of the principles of this disclosure. More specifically, various variations and modifications are possible in the component parts and/or arrangements of the subject combination arrangement within the scope of the disclosure, the drawings and the appended claims. In addition to variations and modifications in the component parts and/or arrangements, other uses will also be apparent to those skilled in the art.