Large concrete finished septic tank construction disclosure method and system

Abstract

The invention discloses a construction disclosure method and system for a large concrete finished septic tank, and relates to the technical field of building construction.The construction disclosure method comprises the steps that 1, modeling is conducted, specifically, an on-site three-dimensional model needed for construction of the large concrete finished septic tank is built through a processing terminal preset in a construction site; simulating the pre-hoisting process of the large concrete finished septic tank through the established on-site three-dimensional model and generating a simulation animation; and step 2, construction technology disclosure: remotely transmitting the simulation animation obtained in the step 1 through a pre-selected communication network, and displaying the simulation animation through a display terminal preset in a construction site. The hoisting and mounting device has the effect of improving the hoisting and mounting accuracy of the large concrete finished septic tank.

Description

Technical Field

[0001] The present application relates to the technical field of septic tank construction, and in particular to a construction briefing method and system for a large-scale finished concrete septic tank. Background Art

[0002] In engineering construction, in addition to cast-in-place concrete structures, some structures will also be prefabricated to speed up construction efficiency, and septic tanks can also be constructed using prefabricated structures. However, large-scale finished concrete septic tanks have a large weight and volume, so when they are hoisted and installed, it is necessary to design and plan the construction drawings of the large-scale finished concrete septic tanks that are hoisted into place. Conventional designs and plans for the construction drawings of the large-scale finished concrete septic tanks that are hoisted into place can only describe the hoisting process in the form of two-dimensional plane construction drawings supplemented by text, and it is difficult to intuitively simulate the process of hoisting and installing large-scale finished concrete septic tanks, which reduces the control of the actual installation position of the large-scale finished concrete septic tank and the ability to control risks during its hoisting process, resulting in relatively easy construction errors, delays in construction progress, and economic losses. Therefore, this application proposes a new technical solution. Summary of the invention

[0003] In order to improve the accuracy of lifting and installation of large-scale finished concrete septic tanks, the present application provides a construction briefing method and system for large-scale finished concrete septic tanks.

[0004] In the first aspect, the present application provides a construction briefing method for a large-scale finished concrete septic tank, which adopts the following technical solution:

[0005] A construction briefing method for a large-scale finished concrete septic tank, characterized by comprising:

[0006] Step 1: Modeling, which includes:

[0007] Establish the on-site three-dimensional model required for the construction of large-scale concrete finished septic tanks through the processing terminal preset at the construction site;

[0008] The pre-hoisting process of a large-scale finished concrete septic tank is simulated through the established on-site three-dimensional model and a simulation animation is generated;

[0009] Step 2: Construction technology disclosure, which includes:

[0010] The simulation animation obtained in step one is remotely transmitted through a pre-selected communication network and displayed through a display terminal preset at the construction site.

[0011] Optionally, the communication network is a 5G network, and information is transmitted in the 5G network as an information message, and the format of the information message in transmission is defined to include: an information message header identifier, a message header, an IP address of a processing terminal, an IP address of a display terminal, a control field, a field for information volume statistics, a field for information volume adjustment, an error detection code, and an information message tail identifier;

[0012] The transmission methods that define 5G networks include:

[0013] S11, information message transmission, which includes:

[0014] The processing terminal transmits information messages to the display terminal;

[0015] S12, 5G network operation, including:

[0016] The display terminal receives the information message transmitted by the processing terminal and registers the IP address of the processing terminal;

[0017] S13, information message statistics, which include:

[0018] Statistics are collected on the information messages transmitted from the processing terminal to the display terminal.

[0019] Optionally, the step 2, construction technology disclosure, further includes:

[0020] When receiving the information message of the simulated animation generated in step 1, the information message is decoded, and the decoding method includes:

[0021] S21, if the control field of the received information message is higher than the control field in the transmitted information message, then compare the field used for information volume statistics with the counted transmitted information message, otherwise clear the information message received by the display terminal;

[0022] S22, if the field used for information volume statistics of the received information message is not greater than the counted transmitted information message, then judging whether the information message received by the display terminal is incorrect according to the field for information volume adjustment, otherwise clearing the information message received by the display terminal;

[0023] S23. If the field for information volume adjustment in the received information message is NULL, decoding is completed, otherwise the 5G network is reactivated.

[0024] Optionally, the step 1, modeling, also includes: when establishing an on-site three-dimensional model required for the hoisting of a large concrete finished septic tank, it needs to be generated at a 1:1 ratio.

[0025] A large-scale concrete finished septic tank construction system includes a processing terminal and a display terminal, wherein the processing terminal is configured as follows:

[0026] Establish the on-site 3D model required for the construction of large-scale concrete finished septic tanks;

[0027] The pre-hoisting process of a large-scale finished concrete septic tank is simulated through the established on-site three-dimensional model and a simulation animation is generated;

[0028] The display terminal is configured as follows:

[0029] Receive and display the simulation animation generated by the processing terminal;

[0030] The processing terminal and the display terminal communicate with each other through a 5G network, and information is transmitted in the form of information messages in the 5G network.

[0031] Optionally, also include:

[0032] A model building module is used to build a three-dimensional model of the large concrete finished septic tank installed in place in proportion;

[0033] A three-dimensional simulation module, which is used to dynamically simulate the hoisting process of a large concrete finished septic tank in three dimensions according to the on-site three-dimensional model established by the model building module;

[0034] An information message transmission module, which is used to transmit information messages;

[0035] An information message receiving module, which is used to receive information messages,

[0036] The model building module, the three-dimensional simulation module and the information message transmission module are all run in the processing terminal, and the information message receiving module is run in the display terminal.

[0037] Optionally, the information message transmission module includes:

[0038] 5G network detection module, which is used to detect whether the transmission of information messages on the 5G network exists;

[0039] 5G network activation module, which is used to activate the transmission of information messages under the 5G network;

[0040] The information volume statistics module is used to count, deduce and reset the transmitted information messages.

[0041] Optionally, the information volume statistics module includes:

[0042] Parameter X, which is used to indicate the number of information messages allowed to be transmitted in the processing terminal;

[0043] Parameter Y, which is used to count the amount of information messages transmitted by the processing terminal;

[0044] Parameter Z is used to register the duration of receiving information messages.

[0045] To summarize, the present application includes the following beneficial technical effects: by performing 1:1 modeling of the on-site construction of a large-scale finished concrete septic tank and generating a simulation animation of the lifting of the large-scale finished concrete septic tank, it is possible to intuitively observe whether the large-scale finished concrete septic tank will collide with surrounding buildings during the lifting process, thereby improving the position of the large-scale finished concrete septic tank in actual lifting and improving the accuracy of its lifting. BRIEF DESCRIPTION OF THE DRAWINGS

[0046] Figure 1 It is a schematic diagram of the overall data flow of this application;

[0047] Figure 2 is a schematic diagram of a display terminal of the present application;

[0048] Figure 3 is a schematic diagram of a processing terminal of the present application;

[0049] Figure 4 It is a schematic diagram of the information volume statistics module of this application. DETAILED DESCRIPTION

[0050] The following is combined with Figure 1-4 Please provide further details.

[0051] Since this method requires the cooperation of a system to be implemented, for ease of understanding, this application first explains the system.

[0052] Reference Figure 1-Figure 4 , the embodiment of the present application discloses a large-scale concrete finished septic tank construction system.

[0053] The large-scale finished concrete septic tank construction system includes a processing terminal and a display terminal. The processing terminal is a PC and the display terminal is a microcomputer. Both the processing terminal and the display terminal are preset at the construction site.

[0054] Among them, the processing terminal configuration is:

[0055] Establish the on-site 3D model required for the construction of large-scale concrete finished septic tanks;

[0056] The established on-site three-dimensional model is used to simulate the pre-lifting process of large-scale concrete finished septic tanks and generate a simulation animation.

[0057] It can be understood that the on-site three-dimensional model includes the site, buildings, structures and machinery and equipment at the site where the large-scale finished concrete septic tank is lifted and installed. Among them, the buildings include buildings, sheds and other buildings that can reflect the construction site, and the machinery and equipment include cranes used in on-site construction (it should be noted that the position of the above-mentioned on-site three-dimensional model in the simulation of the lifting of large-scale finished concrete septic tanks must be proportional to its position on site, so that the simulation result can meet the conditions for the lifting of large-scale finished concrete septic tanks and ensure the construction logic).

[0058] The simulation animation is generated by transforming the position of the large-scale finished concrete septic tank being hoisted into place and inserting key frames in each transformed position. It should be noted that the establishment of the on-site three-dimensional model needs to be established at a certain proportion in order to truly display the process of hoisting the large-scale finished concrete septic tank in the simulation animation.

[0059] The configuration of the display terminal is:

[0060] Receive and display the simulation animation generated by the processing terminal.

[0061] It is understandable that after the processing terminal generates the simulation animation, the simulation animation is transmitted to the display terminal through the communication network, wherein the display terminal is preset with a display, and the display terminal displays the simulation animation generated by the processing terminal through the display.

[0062] The system also includes a model building module, a three-dimensional simulation module, an information message transmission module and an information message receiving module, wherein the model building module, the three-dimensional simulation module and the information message transmission module all run on the processing terminal, and the information message receiving module runs on the display terminal.

[0063] The model building module is used to establish a proportional on-site three-dimensional model of the large-scale finished concrete septic tank that is hoisted into place. The ratio used in this embodiment is 1:1, so as to more realistically display the on-site three-dimensional model during the hoisting and installation of the large-scale finished concrete septic tank. It can predict whether the large-scale finished concrete septic tank can be reliably positioned during actual installation, improve the risk management capabilities during the installation process, and improve the accuracy of the hoisting and installation process.

[0064] The three-dimensional simulation module is used to dynamically simulate the hoisting process of large-scale concrete finished septic tanks in three dimensions according to the on-site three-dimensional model established by the model building module, and generate a simulation animation of the hoisting of large-scale concrete finished septic tanks through the three-dimensional simulation module.

[0065] The processing terminal and the display terminal are communicatively connected via a 5G network, and information is transmitted in the form of information messages in the 5G network, wherein the format of the information message in the 5G network includes: an information message header identifier, a message header, an IP address of the processing terminal, an IP address of the display terminal, a control field, a field for information volume statistics, a field for information volume adjustment, an error detection code, and an information message tail identifier.

[0066] The information message transmission module is used for transmitting the information message of the three-dimensional image information from the processing terminal to the display terminal, and the information message receiving module is used for receiving the information message transmitted from the processing terminal.

[0067] The three-dimensional image generated by the model building module is converted into an information message after pre-processing such as removing redundant information and optimizing the data structure in the processing terminal. It is transmitted to the information message receiving module in the form of an information message in the 5G network through the communication terminal, and is decoded by the information message receiving module to generate three-dimensional image information.

[0068] The information message transmission module includes a 5G network detection module for detecting whether the information message transmission on the 5G network exists, a 5G network activation module for activating the information message transmission under the 5G network, and an information volume statistics module for information message statistics. Among them, the information volume statistics module includes parameters X, Y and Z, parameter X represents the number of information messages allowed to be transmitted by the processing terminal, parameter Y is set to perform statistics on the information messages transmitted by the processing terminal, and parameter Z is used to register the duration of receiving and receiving information messages.

[0069] The embodiment of the present application also discloses a construction briefing method for a large-scale finished concrete septic tank.

[0070] A construction disclosure method for a large-scale concrete finished septic tank includes:

[0071] Step 1: Modeling, which includes:

[0072] Establish the on-site three-dimensional model required for the construction of large-scale concrete finished septic tanks through the processing terminal preset at the construction site;

[0073] The pre-hoisting process of a large-scale finished concrete septic tank is simulated through the established on-site three-dimensional model and a simulation animation is generated;

[0074] Step 2: Construction technology disclosure, which includes:

[0075] The simulation animation obtained in step one is remotely transmitted through a pre-selected communication network and displayed through a display terminal preset at the construction site.

[0076] According to the above settings, this method can model the on-site construction of large-scale concrete finished septic tanks and generate simulation animations of the lifting of large-scale concrete finished septic tanks, so as to intuitively observe whether the large-scale concrete finished septic tanks will collide with surrounding buildings during the lifting process, improve the control of their position in actual lifting, and improve the accuracy of their lifting.

[0077] In one embodiment of the method, a transmission method of a 5G network is defined, which includes:

[0078] S11, information message transmission, which includes:

[0079] Process the terminal box display terminal transmission information message;

[0080] The information message is transmitted by the information message transmission module running on the processing terminal, wherein the IP address of the processing terminal, the IP address of the display terminal, the control field, the field for information volume statistics, and the field for information volume adjustment in the information message are all NULL.

[0081] S12. 5G network operation, including:

[0082] The display terminal receives the information message transmitted by the processing terminal and registers the IP address of the processing terminal;

[0083] The transmitted information message is received by the information message receiving module running on the display terminal. By registering the IP address of the processing terminal, the display terminal stores the IP address of the processing terminal, and the operation of 5G network can be realized.

[0084] S13, information message statistics, which include:

[0085] Collect statistics on information messages transmitted from the processing terminal to the display terminal;

[0086] When the 5G network detection program detects that there is information message transmission on the 5G network, the information volume statistics module running on the processing terminal controls the parameter Y to be increased by one, and starts the parameter Z for time recording to time the information message transmission module in transmitting information messages, so as to realize the statistics of the transmission of information messages in the current time period.

[0087] In another embodiment of the method, step 2, construction technology disclosure, further includes:

[0088] When receiving the information message of the simulated animation generated in step 1, the information message is decoded, and the decoding method includes:

[0089] S21, if the control field of the received information message is higher than the control field in the transmitted information message, then compare the field used for information volume statistics with the counted transmitted information message, otherwise clear the information message received by the display terminal;

[0090] Compare the control fields between the information message received in the information message receiving module and the information message transmitted by the information message transmission module. If the control field in the former is higher than the latter, compare the field for information quantity statistics with the parameter Y in the information quantity statistics module, and reset the parameter Z in the information quantity statistics module to zero, so as to facilitate the re-statistication of the information message transmission; if the control field in the former is less than or equal to the latter (that is, the information message transmitted by the information message transmission module does not conform to the information message of the three-dimensional image that the information message receiving module should receive), clear the information message received in the information message receiving module, and wait for the information message transmission module to re-transmit to the information message receiving module.

[0091] S22, if the field for information volume statistics of the received information message is not greater than the counted transmitted information message, then judging whether the information message received by the display terminal is incorrect according to the field for information volume adjustment, otherwise clearing the information message received by the display terminal;

[0092] If, in the information message received by the information message receiving module, the field used for information volume statistics is larger than the counted transmitted information message, it means that during the transmission of the information message, repeated counting or false alarm occurs, which affects the transmission of the information message of the three-dimensional image. It is necessary to clear the information message in the information message receiving module and wait for the information message transmission module to re-transmit the information message to the information message receiving module; if the field for information volume statistics of the received information message meets the transmission requirement of the information message of the three-dimensional image (that is, the field for information volume statistics is not larger than the counted transmitted information volume message), the field for information volume adjustment is used to determine whether the information message received in the display terminal is incorrect.

[0093] S23. If the field for information volume adjustment of the received information message is NULL, decoding is completed; otherwise, the 5G network is reactivated;

[0094] When the field used for information amount adjustment of the information message received by the information message receiving module is NULL (that is, the information message transmitted by the information message transmission module has not adjusted the information amount), it means that the display terminal has received the correct information message of the three-dimensional image information. Therefore, the information amount statistics module controls the parameter Y to decrease by one and return the parameter Z to zero, thus completing the decoding process; otherwise, when the field used for information amount adjustment of the received information message is one, it indicates that the display terminal has received an incorrect information message, and for the information message transmission module, it has completed the process of information message transmission, so the information amount statistics module controls the parameter Y to decrease by one and return the parameter Z to zero.

[0095] When parameter Z reaches the maximum duration registration condition (i.e., within a specific time, there is no communication between the processing terminal and the display terminal and the 5G network, wherein the staff can adjust the parameters in the information message statistics module for setting at the specific time), it indicates that the 5G network is in an inactive state. At this time, an activation command is transmitted to the 5G network through the 5G network activation module (the 5G network activation command may be a network management command preset by the staff in the 5G network activation module) to make the 5G network run again. It should be noted that when the 5G network is reactivated, parameters Y and Z in the information volume statistics module need to be cleared to improve the accuracy of the information messages of the three-dimensional image information received by the information message receiving module.

[0096] In one embodiment of the present method, in order to protect the normal reception of information messages by the display terminal, the display terminal has a limit on the maximum reception performance of information messages. When the parameter Y in the information volume statistics module cannot be less than the parameter X, it indicates that the display terminal's reception performance of information messages is slower than that of the processing terminal. At this time, the display terminal's maximum reception performance has been reached, and the staff needs to press a preset stop button on the processing terminal to terminate the processing terminal from transmitting the information message.

[0097] The above are all preferred embodiments of the present application, and the protection scope of the present application is not limited thereto. Therefore, any equivalent changes made according to the structure, shape, and principle of the present application should be included in the protection scope of the present application.

Claims

1. A construction briefing method for a large-scale finished concrete septic tank, characterized in that: include: Step 1: Modeling, which includes: Establish the on-site three-dimensional model required for the construction of large-scale concrete finished septic tanks through the processing terminal preset at the construction site; The pre-hoisting process of a large-scale finished concrete septic tank is simulated through the established on-site three-dimensional model and a simulation animation is generated; Step 2: Construction technology disclosure, which includes: The simulation animation obtained in step one is remotely transmitted through a pre-selected communication network and displayed through a display terminal preset at the construction site.

2. The method for construction disclosure of a large-scale finished concrete septic tank according to claim 1 is characterized by: The communication network is a 5G network, and information is transmitted in the 5G network as information messages, and the format of the information message in transmission is defined to include: an information message header identifier, a message header, an IP address of a processing terminal, an IP address of a display terminal, a control field, a field for information volume statistics, a field for information volume adjustment, an error detection code, and an information message tail identifier; The transmission methods that define 5G networks include: S11, information message transmission, which includes: The processing terminal transmits information messages to the display terminal; S12, 5G network operation, including: The display terminal receives the information message transmitted by the processing terminal and registers the IP address of the processing terminal; S13, information message statistics, which include: Statistics are collected on the information messages transmitted from the processing terminal to the display terminal.

3. The construction briefing method for a large-scale finished concrete septic tank according to claim 1 is characterized by: The second step, construction technology disclosure, also includes: When receiving the information message of the simulated animation generated in step 1, the information message is decoded, and the decoding method includes: S21, if the control field of the received information message is higher than the control field in the transmitted information message, then compare the field used for information volume statistics with the counted transmitted information message, otherwise clear the information message received by the display terminal; S22, if the field used for information volume statistics of the received information message is not greater than the counted transmitted information message, then judging whether the information message received by the display terminal is incorrect according to the field for information volume adjustment, otherwise clearing the information message received by the display terminal; S23. If the field for information volume adjustment in the received information message is NULL, decoding is completed, otherwise the 5G network is reactivated.

4. The construction method for a large-scale finished concrete septic tank according to claim 3 is characterized by: The step 1, modeling, also includes: when establishing the on-site three-dimensional model required for the hoisting of a large concrete finished septic tank, it must be generated at a 1:1 ratio.

5. A large-scale concrete finished septic tank construction system, characterized by: It includes a processing terminal and a display terminal, and the processing terminal is configured as follows: Establish the on-site 3D model required for the construction of large-scale concrete finished septic tanks; The pre-hoisting process of a large-scale finished concrete septic tank is simulated through the established on-site three-dimensional model and a simulation animation is generated; The display terminal is configured as follows: Receive and display the simulation animation generated by the processing terminal; The processing terminal and the display terminal communicate with each other through a 5G network, and information is transmitted in the form of information messages in the 5G network.

6. The large-scale concrete finished septic tank construction system according to claim 5 is characterized in that: Also includes: A model building module is used to build a three-dimensional model of the large concrete finished septic tank installed in place in proportion; A three-dimensional simulation module, which is used to dynamically simulate the hoisting process of a large concrete finished septic tank in three dimensions according to the on-site three-dimensional model established by the model building module; An information message transmission module, which is used to transmit information messages; An information message receiving module, which is used to receive information messages, The model building module, the three-dimensional simulation module and the information message transmission module are all run in the processing terminal, and the information message receiving module is run in the display terminal.

7. The large-scale concrete finished septic tank construction system according to claim 6 is characterized by: The information message transmission module includes: A 5G network detection module is used to detect whether information messages are transmitted on the 5G network; 5G network activation module, which is used to activate the transmission of information messages under the 5G network; The information volume statistics module is used to count, deduce and reset the transmitted information messages.

8. The large-scale finished concrete septic tank construction system according to claim 7 is characterized by: The information volume statistics module includes: Parameter X, which is used to indicate the number of information messages allowed to be transmitted in the processing terminal; Parameter Y, which is used to count the amount of information messages transmitted by the processing terminal; Parameter Z is used to register the duration of receiving information messages.

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