Multifunctional comprehensive logging system

Abstract

The invention discloses a multifunctional comprehensive logging system which comprises an instrument room, a room body of the instrument room is a container type barrack formed by welding a steel structure, the interior of the room body is partitioned through partition plates, and at least a detection room, an operation room located at one end of the detection room and a geological room located at the other end of the detection room are formed. According to the multifunctional comprehensive logging system, the detection chamber, the operation chamber and the geological chamber are formed through partition, compared with an instrument room without a compartment structure in the prior art, the overall stress strength of the room body is enhanced, various interfaces and instrument equipment can be arranged along the wall more easily, the instrument equipment can be fixed easily, and the working efficiency is improved. The detection chamber is isolated from the operation chamber which is frequently operated and the geological chamber which easily breeds dust, a closed and high-cleanliness detection environment is easily constructed, the internal layout of the detection chamber is reasonable, the space is fully utilized, in addition, an escape door located on the rear side is arranged in the detection chamber, and the escape probability is improved.

Description

Technical Field

[0001] The invention relates to the technical field of instrument rooms, in particular to a multifunctional comprehensive logging system. Background Art

[0002] The invention discloses a multifunctional comprehensive logging system. The room body is a container-type barracks made of welded steel structure. The interior is partitioned by partition boards to form at least a detection room, an operation room and a geological room. The front side of the room body is provided with a detection room door, an operation room door and a geological room door. An interactive partition door is provided between the geological room and the detection room. The detection room is provided with a comprehensive logging instrument, various detection and analysis instruments and a power distribution control box. The geological room is provided with various sample pretreatment devices. The operation room is provided with a power distribution interface box, a power distribution device, a pipeline and cable storage area and a tool placement area. The detection room, the operation room and the geological room are respectively and independently provided with air treatment systems. The instrument room is formed into the detection room, the operation room and the geological room by partitions, so that the stress strength of the room body is enhanced, and various interfaces and equipment are more easily arranged along the wall, the detection room is isolated from the operation room with frequent operations and the geological room with easy breeding of dust, and a closed and high-cleanliness detection environment is easy to build. The indoor layout is reasonable and the space is fully utilized. Summary of the invention

[0003] 1. Technical issues to be resolved

[0004] In view of the deficiencies in the prior art, the present invention provides a multifunctional integrated logging system, which forms a detection room, an operation room and a geological room through partitions, thereby enhancing the stress-bearing strength of the room body and making it easier to arrange various interfaces and equipment along the wall. The detection room is isolated from the operation room where operations are frequently performed and the geological room where dust is easily bred, making it easy to construct a closed and clean detection environment, with a reasonable indoor layout and full utilization of the space.

[0005] (II) Technical solution

[0006] To achieve the above objectives, the present invention is implemented through the following technical solutions: a multifunctional integrated logging system, including an instrument room, the room body of the instrument room is a container-type barracks made of welded steel structure, and the interior of the room body is partitioned by partition boards to form at least a detection room, an operation room located at one end of the detection room, and a geological room located at the other end of the detection room, the front side of the room body is provided with a detection room door, an operation room door and a geological room door respectively entering the corresponding rooms, and an interactive partition door is provided on the partition board between the geological room and the detection room, a comprehensive logging instrument, various detection and analysis instruments and a power distribution control box are arranged in the detection room, and various sample pretreatment devices are arranged in the geological room, and a distribution interface box, a power distribution device, a pipeline and cable storage area and a tool placement area are arranged in the operation room, and the detection room, the operation room and the geological room are each independently provided with an air handling system.

[0007] Preferably, the front side of the room is provided with an LED electronic screen for comprehensively displaying the test results and analysis reports, and the front side of the room is also provided with an observation window for the test room to observe the outside.

[0008] Preferably, a detection operation area is set along the front wall in the detection room, a result analysis area is set along the rear wall, and the middle is an activity area. Various detection and analysis instruments are set in the detection operation area. A perspective table and multiple display screens are set in the result analysis area. The display screens are fixed on the rear wall and located above the perspective table. The multiple display screens are respectively connected to the comprehensive mud logging instrument and various detection and analysis instruments, and are used to respectively display the detection results of the comprehensive mud logging instrument and various detection and analysis instruments.

[0009] Preferably, a power distribution control box and a gas processing box are arranged inside one end of the detection room, and the power distribution interface box and the strong and weak current control box are connected by wires, and provide strong and weak current for the detection room and the geological room. A fluid access pipeline area is also provided in the operating room, including a standard gas circuit interface, a water circuit interface, a sample gas interface and a sample liquid interface. The gas circuit interface is connected to a standard gas storage box arranged in the operating room, and the water circuit interface and the sample liquid interface are directly transported to the detection room through pipelines, and the sample gas interface is connected to the gas processing box.

[0010] Preferably, an escape passage and an escape door located on the rear side of the room are arranged inside one end of the detection room, one side of the escape passage is a power distribution control box, the power distribution control box is arranged on the partition board between the detection room and the operation room, and the other side is a cabinet body area, the cabinet body area is used to place the integrated logging instrument and the industrial control unit, and the escape passage is connected to the activity area.

[0011] Preferably, an entry and exit partition room is provided in the detection room, and the entry and exit partition room is a closed structure, the front side of which is the detection room door, and the rear side is the entry and exit partition door connected to the activity area, and fire-fighting equipment is stored in the entry and exit partition area.

[0012] Preferably, a cable fixing structure and a traction roller are provided on the top of the room body. The cable fixing structure includes a fixing rod on which cables and pipelines can be wound and bound, and is arranged along the length direction of the room body. The pipeline and cable storage area is located on the wall at one end of the operating room, the power distribution interface box is located directly below the pipeline and cable storage area, and the fluid access pipeline area is located on the wall at the other end of the operating room. There are at least two traction rollers, which correspond to the pipeline and cable storage area and the fluid access pipeline area respectively.

[0013] Preferably, a ladder is provided on the outer wall at one end of the room body, and the ladder is an embedded structure. A machine position with an embedded structure is provided on the rear wall of the room body, including a first air-conditioning position located at the rear side of the operation room and a second air-conditioning position located at the rear side of the geological room. The first air-conditioning position is used to place the outdoor unit of the air treatment system of the operation room and the detection room, and the second air-conditioning position is used to place the outdoor unit of the air treatment system of the geological room.

[0014] Preferably, it also includes a UPS power supply and a UPS main box for providing stable power to the comprehensive logging instrument and various detection and analysis instruments. The UPS power supply is stored in the operation room, and the UPS main box is arranged in the detection room and located on one side of the escape passage.

[0015] (III) Beneficial effects

[0016] The present invention provides a multifunctional comprehensive logging system. Compared with the prior art, it has the following beneficial effects:

[0017] (1) The multifunctional integrated logging system forms a detection room, an operation room and a geological room by partitioning. Compared with the instrument room without a compartment structure in the prior art, it not only enhances the overall stress-bearing strength of the room, but also makes it easier to arrange various interfaces and instruments and equipment along the wall, and it is easy to fix the instruments and equipment. The detection room is isolated from the operation room where operations are frequent and the geological room where dust is easily bred, so it is easy to build a closed and clean detection environment. The layout of the detection room is reasonable and the space is fully utilized. In addition, an escape door is set at the rear side of the detection room, which is conducive to increasing the probability of escape, and a power distribution control box is set next to the escape door, which is conducive to quickly cutting off the circuit through the escape door; the operation room integrates strong and weak current interfaces, data line interfaces and fluid interfaces, which is convenient for centralized connection of external cables and pipelines during the installation of the instrument room, and then transported to the detection room, further improving the safety and cleanliness of the working environment of the detection room. At the same time, the power distribution control box and UPS battery are placed in the operation room, which is convenient for centralized monitoring and prevention and control of dangers.

[0018] (2) The multifunctional integrated logging system separates various detection and analysis instruments and integrated logging equipment from the display screen in the detection room, and places the display screen on the rear wall to facilitate operators to compare and analyze detection data. An LED electronic screen is also installed outside the room to facilitate external personnel to quickly obtain detection results and reports. BRIEF DESCRIPTION OF THE DRAWINGS

[0019] Figure 1 A three-dimensional diagram of the instrument room of the present invention;

[0020] Figure 2 It is an internal top view of the instrument room of the present invention;

[0021] Figure 3 It is an internal stereogram of the instrument room of the present invention;

[0022] Figure 4 It is a rear view of the instrument room of the present invention;

[0023] Figure 5 It is the internal front view of the instrument room of the present invention;

[0024] Figure 6It is the internal rear view of the instrument room of the present invention;

[0025] Figure 7 for Figure 2 Internal left view of the middle testing room;

[0026] Figure 8 for Figure 2 Interior left view of the center operating room;

[0027] Fig. 9 for Figure 2 Interior right view of the center operating room.

[0028] In the figure, 100, room body; 101, geological room door; 102, inspection room door; 103, operation room door; 104, observation window; 105, LED electronic screen; 106, climbing ladder; 107, lightning arrester; 108, traction roller; 109, cable and pipeline fixing structure; 110, first air conditioner position; 111, second air conditioner position; 112, escape door; 120, inspection room; 121, UPS host; 122, cabinet body area; 1221, comprehensive logging instrument; 1222, work Control unit; 123, display screen; 124, perspective table; 125, inspection work area; 126, entry and exit partition area; 127, power distribution control box; 128, wall cabinet; 129, inspection room indoor unit; 130, geological room; 131, interactive partition door; 140, operation room; 141, pipeline and cable storage area; 142, power distribution device; 143, power distribution interface box; 144, tool placement area; 145, fluid access pipeline area; 146, operation room indoor unit; 148, standard gas storage box. DETAILED DESCRIPTION

[0029] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0030] See also Figure 1-9 The embodiment of the present invention provides two technical solutions: a multifunctional comprehensive logging system, specifically including the following embodiments:

[0031] Embodiment 1: A multifunctional integrated logging system comprises an instrument room, the room body of the instrument room is a container-type barracks made of welded steel structure, and the interior of the room body is partitioned by partition boards to form at least a detection room, an operation room located at one end of the detection room, and a geological room located at the other end of the detection room, the front side of the room body is provided with a detection room door, an operation room door and a geological room door for entering the corresponding rooms respectively, and an interactive partition door is provided on the partition board between the geological room and the detection room, a comprehensive logging instrument, various detection and analysis instruments and a power distribution control box are arranged in the detection room, and various sample pretreatment devices are arranged in the geological room, and a power distribution interface box, a power distribution device, a pipeline and cable storage area and a tool placement area are arranged in the operation room, and the detection room, the operation room and the geological room are each independently provided with an air handling system.

[0032] In the embodiment of the present invention, an LED electronic screen is provided on the front side of the room body for comprehensively displaying the test results and analysis reports. An observation window is also provided on the front side of the room body for the test room to observe the outside.

[0033] In the embodiment of the present invention, a detection operation area is arranged along the front wall in the detection room, a result analysis area is arranged along the rear wall, and the middle is an activity area. Various detection and analysis instruments are arranged in the detection operation area. A perspective table and multiple display screens are arranged in the result analysis area. The display screens are fixed on the rear wall and located above the perspective table. The multiple display screens are respectively connected to the comprehensive mud logging instrument and various detection and analysis instruments, and are used to respectively display the detection results of the comprehensive mud logging instrument and various detection and analysis instruments.

[0034] In an embodiment of the present invention, a power distribution control box and a gas processing box are arranged inside one end of the detection room, and the power distribution interface box and the strong and weak current control box are connected by wires, and provide strong and weak current for the detection room and the geological room. A fluid access pipeline area is also provided in the operating room, including a standard gas circuit interface, a water circuit interface, a sample gas interface and a sample liquid interface. The gas circuit interface is connected to a standard gas storage box arranged in the operating room, and the water circuit interface and the sample liquid interface are directly transported to the detection room through pipelines, and the sample gas interface is connected to the gas processing box.

[0035] In an embodiment of the present invention, an escape passage and an escape door located on the rear side of the room are arranged inside one end of the detection room. One side of the escape passage is a power distribution control box, which is arranged on the partition board between the detection room and the operation room. The other side is a cabinet body area, which is used to place a comprehensive logging instrument and an industrial control unit. The escape passage is connected to the activity area.

[0036] In the embodiment of the present invention, an entry and exit partition room is arranged in the detection room. The entry and exit partition room is a closed structure, the front side of which is the detection room door, and the rear side is the entry and exit partition door connected to the activity area. Fire extinguishing equipment is stored in the entry and exit partition area.

[0037] In an embodiment of the present invention, a cable fixing structure and a traction roller are provided on the top of the room body. The cable fixing structure includes a fixing rod on which cables and pipelines can be wound and bound, and is arranged along the length direction of the room body. The pipeline and cable storage area is located on the wall at one end of the operating room, the power distribution interface box is located directly below the pipeline and cable storage area, and the fluid access pipeline area is located on the wall at the other end of the operating room. There are at least two traction rollers, which correspond to the pipeline and cable storage area and the fluid access pipeline area respectively.

[0038] In an embodiment of the present invention, a ladder is arranged on the outer wall at one end of the room body, and the ladder is an embedded structure. A machine position with an embedded structure is arranged on the rear wall of the room body, including a first air-conditioning position located at the rear side of the operation room and a second air-conditioning position located at the rear side of the geological room. The first air-conditioning position is used to place the outdoor unit of the air treatment system of the operation room and the detection room, and the second air-conditioning position is used to place the outdoor unit of the air treatment system of the geological room.

[0039] In an embodiment of the present invention, a UPS power supply and a UPS main box are also included for providing stable power to the comprehensive logging instrument and various detection and analysis instruments. The UPS power supply is stored in the operation room, and the UPS main box is arranged in the detection room and located on one side of the escape passage.

[0040] Embodiment 2: A comprehensive logging instrument room, the room body of the instrument room is a container-type barracks made of welded steel structure, which is convenient for transportation and fixation, with a length of 8.5m-9.5m. The interior of the room body is partitioned by steel partition boards, forming at least a detection room in the middle, an operation room at one end of the detection room and a geological room at the other end of the detection room. The detection room is used for comprehensive logging and sample analysis and testing, and is equipped with a comprehensive logging instrument, a rock element analyzer, a fluorescence analyzer, a pyrolysis chromatogram analyzer, a rock chip image acquisition analyzer, etc., which are used to analyze rock samples and gas samples collected on site and obtain geological data and reports in real time, wherein rock samples need to be pre-processed in the geological room, and the geological room is equipped with rock processing equipment and screening equipment, etc. The operation room is used to place and store auxiliary tools and cable pipelines, and is used for centralized access and installation of circuits, gases, waterways, and sample fluids, wherein strong and weak electricity are connected through the power distribution interface box, and after the power distribution device stabilizes the current and voltage, it is used for all lighting devices, air conditioners and other equipment in the instrument room. The air treatment system and all instruments and equipment provide power; various analytical and testing instruments in the testing room have certain requirements for ambient temperature and environmental cleanliness. Therefore, the testing room, operation room and geological room are each equipped with an independent air treatment system. The air treatment system includes an outdoor unit, an indoor unit and a centrifugal fan to isolate the testing room from the operation room with frequent entry and exit and the geological room that is prone to generate dust during work, and a testing room door, an operation room door and a geological room door for entering the corresponding room are set on the front side of the room body. An interactive partition door is set on the partition board between the geological room and the testing room to facilitate the activities of operators between the two rooms and transfer of processed rock samples; in addition, an entry and exit partition room is set behind the testing room door as a buffer zone for entering the testing room. The entry and exit partition room is a closed structure, and its rear side is an entry and exit partition door connected to the activity area of ​​the testing room. Fire-fighting equipment and clothing storage cabinets are stored in the entry and exit partition area. Operators need to change their shoes before opening the entry and exit partition door to enter, so as to improve the cleanliness and safety of the testing room.

[0041] See attached Figure 2-3 and attached Figure 5-6, a table with a height of about one meter is set along the front wall and the back wall inside the detection room, and wall cabinets are set above the front and back tables. The front table is used as the detection operation area, and various detection and analysis instruments are placed on this side according to the needs of geological testing, and the display screens of various detection and analysis instruments are placed on the back wall. The back table is a perspective table for operators to analyze and check the detection data and reports. The display screen is located directly above the perspective table, which is convenient for operators to compare and proofread. At one end of the perspective table is the cabinet body area, and the other end is a printing area. The cabinet body area is used to place the comprehensive logging instrument and industrial control unit. The comprehensive logging instrument includes a one-button alarm module, a wireless receiving module, a gas path distribution module, an infrared detection module and a chromatographic detection module. The comprehensive logging instrument is wirelessly connected to various sensors, and the received data signals are comprehensively processed and analyzed. The front panel of the comprehensive mud logging instrument and the industrial control unit faces the perspective table, and a status display screen is arranged above it for real-time display of the mud logging status, so that the operator can observe from all directions. There is a heat dissipation space at the rear of the comprehensive mud logging instrument and the industrial control unit, and an escape passage is arranged by using the heat dissipation space. The escape passage is connected with the activity area, and the escape door is opened on the rear wall of the room body. An indication sign is arranged above the escape door. In addition, on one side of the escape passage, i.e., the partition board between the detection room and the operation room, a power distribution control box and an information equipment box are arranged, and a one-button power-off device is arranged in the accessory control box. In addition, a gas processing box is arranged, and the gas processing box is connected with the standard gas storage box and the sample gas interface in the operation room by pipelines, respectively, for pre-processing various gases, including filtering, pre-mixing and other treatments. The treated gas pipeline is transported to the gas distribution module on the comprehensive mud logging instrument;

[0042] In order to facilitate the rapid acquisition of geological reports and data by the outside world, an LED electronic screen is set on the front side of the room to display various test results and analysis reports in different areas. In addition, an observation window is also set on the front side of the room for the test room to observe the outside world.

[0043] See attached Figure 2-3 , Attachment Figure 6 and Figure 8-9The pipeline and cable storage area is located at one end of the operation room, including multiple winch drums and winding poles fixed on the wall. The winch drums are used to store various cables respectively. When installing and connecting the room body, the corresponding cables are pulled by the winch drums and winding poles, fixed and tensioned by the traction rollers and cable fixing structures on the top of the room body, and the strong current, weak current, data cables and signal optical cables outside the room are pulled. Directly below the cable storage area is the distribution interface box, including the strong current external interface box and the information external interface box. The tool storage box is placed in the vacant area below the distribution interface box; the first air conditioner body position with an embedded slot structure is set on the back wall of the operation room, which is used to place the outdoor unit of the air handling system of the operation room and the detection room. The power distribution device, namely the isolation transformer, is placed in the idle area below the embedded slot structure. After the external strong current is introduced through the strong current external interface box, it is converted by the isolation transformer and controlled and distributed by the distribution control box, and then transmitted to the comprehensive logging instrument, industrial computer and other equipment. and various detection and analysis instruments. In addition, in order to ensure continuous power supply, the room is also equipped with a backup power supply, namely a UPS battery and a UPS host. In order to improve safety, the UPS battery is placed in the operating room, in the idle area below the embedded slot structure, and the UPS host is placed in the idle area at one end of the detection room; the fluid access pipeline area at the other end of the operating room is vertically equipped with multiple access pipelines, including standard gas access pipes, water access pipes, sample gas access pipes and sample liquid access pipes, each of which has an access port, a control valve and a flow meter, etc., wherein the gas access pipe is connected to the standard gas storage box located at the rear side of the operating room, and the standard gas storage box is located in the idle area next to the first air conditioner. The standard gas storage box transports standard gas to corresponding instruments such as the comprehensive logging instrument, rock element analyzer, and pyrolysis chromatograph analyzer through pipelines, and the centrifugal fan and indoor unit of the operating room are arranged above the fluid access pipeline area.

[0044] See attached Figure 3-4 There is an interactive partition door at one end of the geological room, and a work surface is set on the back wall for placing a small rock pre-processing device. An exhaust fan for rapid ventilation is set on the back wall, and the indoor unit is set above the door of the geological room. There are also office desks and office computers in the vacant area at one end of the geological room. Rock processing equipment such as crushed rocks and dried rock chips are placed at the other end, and vents for heat dissipation of rock processing equipment are opened at the corresponding positions of the room wall.

[0045] See attached Figure 1 and attached Figure 4In order to protect external cables and pipelines, a cable fixing structure and a traction roller are arranged on the top of the room body. There are at least two traction rollers, which are respectively arranged on the tops of two roller columns. The two roller columns are respectively arranged near the cable storage area and the fluid access pipeline area, and are fixedly connected to the room wall. A threading hole is opened on the top of the room body, and the roller column extends out of the roof from the threading hole. A cable fixing structure is arranged in the middle of the top of the room body. The cable fixing structure includes a fixing rod and a rod seat supporting both ends of the fixing rod. The cables and pipelines extend out of the threading hole and can be labor-savingly pulled to the external connection point through the traction roller. After the traction is completed, the cables and pipelines are wound and tied to the fixing rod to prevent the connection from loosening due to external force. In addition, a lightning arrester is also arranged on the roof. A climbing ladder is arranged on the room wall at one end of the room body close to the operating room. The climbing ladder is an embedded structure formed by stamping. Similarly, the first air-conditioning unit located at the rear side of the operating room and the second air-conditioning unit located at the rear side of the geological room are both embedded structures, which are arranged on the rear side wall of the room body.

[0046] Meanwhile, the contents not described in detail in this specification belong to the prior art known to those skilled in the art.

[0047] It should be noted that, in this article, relational terms such as first and second, etc. are only used to distinguish one entity or operation from another entity or operation, and do not necessarily require or imply any such actual relationship or order between these entities or operations. Moreover, the terms "include", "comprise" or any other variants thereof are intended to cover non-exclusive inclusion, so that a process, method, article or device including a series of elements includes not only those elements, but also other elements not explicitly listed, or also includes elements inherent to such process, method, article or device.

[0048] Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that various changes, modifications, substitutions and variations may be made to the embodiments without departing from the principles and spirit of the present invention, and that the scope of the present invention is defined by the appended claims and their equivalents.

Claims

1. A multifunctional comprehensive logging system, characterized in that: It includes an instrument room, the room body of which is a container-type barracks made of welded steel structure, and the interior of the room body is partitioned by partition boards to form at least a detection room, an operation room located at one end of the detection room and a geological room located at the other end of the detection room, the front side of the room body is provided with a detection room door, an operation room door and a geological room door for entering the corresponding rooms respectively, and an interactive partition door is provided on the partition board between the geological room and the detection room, a comprehensive logging instrument, various detection and analysis instruments and a power distribution control box are arranged in the detection room, various sample pretreatment devices are arranged in the geological room, a distribution interface box, a power distribution device, a pipeline and cable storage area and a tool placement area are arranged in the operation room, and the detection room, the operation room and the geological room are each independently provided with an air handling system.

2. A multifunctional comprehensive logging system according to claim 1, characterized in that: The front side of the room is provided with an LED electronic screen for comprehensively displaying the test results and analysis reports. The front side of the room is also provided with an observation window for the test room to observe the outside.

3. A multifunctional comprehensive logging system according to claim 1, characterized in that: A detection operation area is arranged along the front wall in the detection room, a result analysis area is arranged along the rear wall, and an activity area is arranged in the middle. Various detection and analysis instruments are arranged in the detection operation area. A perspective table and multiple display screens are arranged in the result analysis area. The display screens are fixed on the rear wall and located above the perspective table. The multiple display screens are respectively connected to the comprehensive mud logging instrument and various detection and analysis instruments, and are used to respectively display the detection results of the comprehensive mud logging instrument and various detection and analysis instruments.

4. A multifunctional comprehensive logging system according to claim 1, characterized in that: A power distribution control box and a gas processing box are arranged inside one end of the detection room. The power distribution interface box and the strong and weak current control box are connected by wires, and provide strong and weak current for the detection room and the geological room. A fluid access pipeline area is also provided in the operation room, including a standard gas circuit interface, a water circuit interface, a sample gas interface and a sample liquid interface. The gas circuit interface is connected to a standard gas storage box arranged in the operation room. The water circuit interface and the sample liquid interface are directly transported to the detection room through pipelines. The sample gas interface is connected to the gas processing box.

5. The multifunctional comprehensive logging system according to claim 1, characterized in that: An escape passage and an escape door located on the rear side of the room are arranged inside one end of the detection room. One side of the escape passage is a power distribution control box, which is arranged on the partition board between the detection room and the operation room. The other side is a cabinet body area, which is used to place a comprehensive logging instrument and an industrial control unit. The escape passage is connected to the activity area.

6. The multifunctional comprehensive logging system according to claim 1, characterized in that: An entry and exit partition is arranged in the detection room. The entry and exit partition is a closed structure, the front side of which is the detection room door, and the rear side is the entry and exit partition door connected to the activity area. Fire-fighting equipment is stored in the entry and exit partition area.

7. The multifunctional comprehensive logging system according to claim 1, characterized in that: A cable fixing structure and a traction roller are provided on the top of the room. The cable fixing structure includes a fixing rod that can be used to wrap and bind cables and pipelines, and is arranged along the length direction of the room. The pipeline and cable storage area is located on the wall at one end of the operating room, the power distribution interface box is located directly below the pipeline and cable storage area, and the fluid access pipeline area is located on the wall at the other end of the operating room. There are at least two traction rollers, which correspond to the pipeline and cable storage area and the fluid access pipeline area respectively.

8. The multifunctional integrated logging system according to claim 1, characterized in that: A climbing ladder is arranged on the outer wall at one end of the room body, and the climbing ladder is an embedded structure. An embedded structure machine position is arranged on the rear wall of the room body, including a first air-conditioning position located at the rear side of the operation room and a second air-conditioning position located at the rear side of the geological room. The first air-conditioning position is used to place the outdoor unit of the air treatment system of the operation room and the detection room, and the second air-conditioning position is used to place the outdoor unit of the air treatment system of the geological room.

9. The multifunctional comprehensive logging system according to claim 1, characterized in that: It also includes a UPS power supply and a UPS main box for providing stable power to the comprehensive logging instrument and various detection and analysis instruments. The UPS power supply is stored in the operation room, and the UPS main box is set in the detection room and located on one side of the escape passage.

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