An explosion-proof tail gas treatment unit bearing device

Abstract

The application discloses an explosion-proof tail gas treatment unit bearing device, which comprises a body and a cover body, the body is a double-layer structure column, a main body cooling cavity is arranged in the interlayer of the body, a main body unit fixing base is arranged in the body, a tail gas treatment unit is detachably connected on the main body unit fixing base, the radial dimension of the two ends of the inner layer of the body gradually decreases, and an air inlet end flange and an air outlet end flange are fixedly connected to the two ends respectively, an opening is arranged on the radial side of the middle part of the body, the cover body is hingedly arranged in the opening, the opening inner edge of the body is in abutment with the circumferential edge of the cover body, and the cover body is a double-layer arc-shaped plate structure, a cover cooling cavity is arranged in the interlayer of the cover body. The application has the advantages of reasonable structure and convenient disassembly and repair.

Description

TECHNICAL FIELD

[0001] The present application relates to the technical field of coal mine explosion-proof diesel engine, in particular to an explosion-proof tail gas treatment unit bearing device. BACKGROUND

[0002] At present, the mobile equipment for underground operation of coal mine still uses explosion-proof diesel engine as prime mover in large quantities. Since it operates in the environment with explosive gas, according to the provisions of the industry standard "MT990 General Technical Conditions for Explosion-Proof Diesel Engine" and "Coal Mine Safety Regulations" for explosion-proof diesel engine, in addition to strict requirements for explosion-proof, fire barrier, surface temperature and exhaust temperature, after the implementation of new industry emission requirements, tail gas emission must meet the national non-road national III emission requirements.

[0003] In order to meet the above requirements, during the design and manufacture of new explosion-proof diesel engine, the tail gas treatment of explosion-proof diesel engine becomes the key direction. The traditional technology is to use water washing type tail gas treatment, which has the problems of low tail gas treatment efficiency, large volume of fire barrier, difficult cleaning after blockage, large water consumption, poor endurance, and deep secondary pollution caused by acid-base wastewater discharged into the air with tail gas.

[0004] In the prior art, there are currently a small number of technologies based on the tail gas treatment technology of road engineering machinery diesel engine combined with explosion-proof requirements. On the basis of the above-mentioned traditional technology, a tail gas purification device containing DOC unit carrier and DPF unit carrier is installed. Its structure is to use a double-layer water jacket to package the tail gas treatment unit in the internal space and install it on the tail gas pipeline. Although it solves the above-mentioned problems, its initial tail gas purification effect is also very significant. However, as the use time increases, the internal treatment unit will be seriously blocked, not only the purification effect will be greatly reduced, but also a very large exhaust back pressure will be generated, causing poor exhaust, deteriorating combustion, generating a large number of carbon particles, further blocking exhaust, forming a vicious cycle, not only the emission problem is not solved but also the performance of the engine is further damaged. Therefore, this technology still has the shortcomings of being unable to be used for a long time or being unable to be quickly maintained or replaced. SUMMARY

[0005] The present application solves the technical problems mentioned in the background technology, and provides an explosion-proof tail gas treatment unit bearing device, which solves the problems of low efficiency of water washing type tail gas treatment and secondary pollution, and the problem of unsustainable simple packaging of treatment unit purification device.

[0006] The application provides a kind of explosion-proof tail gas treatment unit bearing device, including body and cover, the body is the cylinder of double-layer structure, main body cooling cavity is equipped in its interlayer, the inside of the body is equipped with main unit fixed seat, tail gas treatment unit can be detachably connected on the main unit fixed seat, the inside layer of the body gradually reduces in size and is fixedly connected with gas inlet end flange and gas outlet end flange respectively at both ends, the radial side of the middle part of the body is equipped with opening, the cover is hingedly equipped in the opening, the inner edge of the opening of the body and the circumferential edge of the cover abut, the cover is double-layer arc-shaped plate structure, cover cooling cavity is equipped in its interlayer.

[0007] Further, the body includes gas inlet end spacer, gas inlet end water pipe joint, main body outer layer middle section pipe, main body hinged explosion-proof plate, gas outlet end water pipe joint, gas outlet end temperature detection port, gas outlet end spacer, gas outlet end outer pipe, main body inner layer middle section pipe, main body gas outlet end explosion-proof plate, main body locking plate, main body locking end explosion-proof plate, main body gas inlet end explosion-proof plate, gas inlet end temperature detection port, gas inlet end outer pipe, gas inlet end inner pipe, gas inlet end pressure detection port, gas outlet end pressure detection port and gas outlet end inner pipe, the end of the gas inlet end flange and the gas outlet end flange away from each other forms an explosion-proof joint surface, the inside of the end of the gas inlet end flange and the gas outlet end flange close to each other is provided with a groove, the gas inlet end spacer and the gas outlet end spacer are concentrically attached to one end of the groove, the end of the gas inlet end inner pipe and the gas outlet end inner pipe away from each other is respectively concentrically fixed on the inner circle of the gas inlet end flange and the gas outlet end flange, the end of the gas inlet end inner pipe and the gas outlet end inner pipe close to each other gradually increases in radial size and is fixedly connected to both ends of the main body inner layer middle section pipe, the main unit fixed seat has a plurality of, is arranged at the middle position inside the main body inner layer middle section pipe and is uniformly arranged horizontally.

[0008] Further, the gas inlet end outer pipe and the gas outlet end outer pipe are respectively fixedly connected to the gas inlet end spacer and the gas outlet end spacer, the end of the gas inlet end outer pipe and the gas outlet end outer pipe close to each other gradually increases in radial size and is fixedly connected to both ends of the main body outer layer middle section pipe, the gas inlet end water pipe joint and the gas outlet end water pipe joint are respectively communicated with the main body cooling cavity through the gas inlet end outer pipe and the gas outlet end outer pipe, the gas inlet end temperature detection port and the gas inlet end pressure detection port are both through the gas inlet end outer pipe and the gas inlet end inner pipe, the gas outlet end temperature detection port and the gas outlet end pressure detection port are both through the gas outlet end outer pipe and the gas outlet end inner pipe.

[0009] Further, the main body hinged explosion-proof plate, the main body gas outlet end explosion-proof plate, the main body locking end explosion-proof plate, the main body gas inlet end explosion-proof plate are installed on the recessed edge of the opening of the body, and are provided as explosion-proof joint surfaces, the width dimensions of the main body hinged explosion-proof plate, the main body gas outlet end explosion-proof plate, the main body locking end explosion-proof plate and the main body gas inlet end explosion-proof plate are all greater than or equal to 50mm, the flatness is less than μ3.2, the middle openings of the main body outer layer middle section pipe and the main body inner layer middle section pipe are fixedly connected on the main body hinged explosion-proof plate, the main body gas outlet end explosion-proof plate, the main body locking end explosion-proof plate and the main body gas inlet end explosion-proof plate.

[0010] Further, the cover body comprises a cooling liquid inner partition plate, a handle, a cover water pipe joint, a cover outer arc plate, a cover air inlet end explosion-proof plate, a cover hinged end explosion-proof plate, a cover outer arc plate, a cover locking end explosion-proof plate, a unit compression seat and a cover air outlet end explosion-proof plate. The cover inner arc plate and the cover outer arc plate are stacked, and a cover cooling cavity is arranged therebetween. The cooling liquid inner partition plate is fixedly connected to a middle position in the cover cooling cavity. The peripheral side edges of the cover inner arc plate and the cover outer arc plate are sequentially fixedly connected with the cover air inlet end explosion-proof plate, the cover hinged end explosion-proof plate, the cover locking end explosion-proof plate and the cover air outlet end explosion-proof plate. The unit compression seat is arranged at the lower end of the cover inner arc plate, and the position of the unit compression seat corresponds to the position of the main body unit fixing seat.

[0011] Further, the cover air inlet end explosion-proof plate, the cover hinged end explosion-proof plate, the cover locking end explosion-proof plate and the cover air outlet end explosion-proof plate are arranged at positions corresponding to the positions of the main body air inlet end explosion-proof plate, the main body hinged explosion-proof plate, the main body locking end explosion-proof plate and the main body air outlet end explosion-proof plate.

[0012] Further, the cover water pipe joint has a plurality of cover water pipe joints, which are all connected into the cover body cooling cavity and arranged on both sides of the cooling liquid inner partition plate. The handle is arranged on the cover locking end explosion-proof plate.

[0013] Further, the opening in the middle of the main body is V-shaped near the two sides of the air inlet end flange and the air outlet end flange. The other side of the opening is hinged to the cover body. The opposite side of the other side is provided with a main body locking plate. One end of the cover body is fixedly connected to the main body locking plate through a fastener.

[0014] Further, the air outlet end water pipe joint and one of the cover water pipe joints are connected through a cooling liquid pipe.

[0015] Compared with the prior art, the tail gas treatment unit is installed on the tail gas discharge path by combining the cover body and the main body. When maintenance is required, the cover body is opened, and the tail gas treatment unit can be conveniently taken out for maintenance and repair.

[0016] The application has more beneficial effects, which will be described in the embodiments combined with the drawings. DETAILED DESCRIPTION

[0017] Figure 1 FIG. 1 is a schematic view of a tail gas treatment unit carrying device according to an embodiment of the application, wherein the cover body is in a closed state;

[0018] Figure 2 FIG. 2 is a schematic view of a tail gas treatment unit carrying device according to an embodiment of the application, wherein the cover body is in an open state;

[0019] Figure 3 FIG. 3 is a schematic view of a tail gas treatment unit carrying device shown in FIG. 1 along an axial vertical section; and Figure 1 FIG. 4 is a schematic view of a tail gas treatment unit carrying device shown in FIG. 2 along an axial vertical section.

[0020] Figure 4 is a front view of the body part shown in Figure 1

[0021] Figure 5 is a perspective view of the cover part shown in Figure 1

[0022] Figure 6 is a perspective view of the outer arc plate part of the cover shown in Figure 5

[0023] Figure 7 is a perspective view of the inner arc plate part of the cover shown in Figure 5

[0024] Figure 8 is a perspective view of the body part shown in Figure 1

[0025] Figure 9 is a perspective view of the tail gas treatment unit carrier device installed on the explosion-proof diesel engine shown in Figure 1

[0026] Figure 10 is a perspective view of the tail gas treatment unit carrier device installed on the explosion-proof diesel engine shown in Figure 1

[0027] In the drawings: 1, body; 101, intake end flange; 102, intake end spacer; 103, intake end water pipe joint; 104, main body outer layer middle section pipe; 105, main body hinged explosion-proof plate; 106, main body unit fixing seat; 107, exhaust end water pipe joint; 108, exhaust end temperature detection port; 109, exhaust end spacer; 110, exhaust end flange; 111, exhaust end outer pipe; 112, main body inner layer middle section pipe; 113, main body exhaust end explosion-proof plate; 114, main body locking plate; 115, main body locking end explosion-proof plate; 116, main body intake end explosion-proof plate; 117, exhaust end inner pipe; 118, intake end temperature detection port; 119, intake end inner pipe; 120, intake end outer pipe; 121, exhaust end pressure detection port; 122, intake end pressure detection port; 2, cover; 201, cover inner arc plate; 202, cover outer arc plate; 203, cooling liquid inner spacer; 204, cover water pipe joint; 205, handle; 206, cover intake end explosion-proof plate; 207, cover hinged end explosion-proof plate; 208, cover locking end explosion-proof plate; 209, cover exhaust end explosion-proof plate; 210, unit compression seat; 3, cooling liquid pipe; 4, cover cooling cavity; 5, fastener; 6, tail gas treatment unit; 7, main body cooling cavity; 100, carrier device; 200, explosion-proof diesel engine. DETAILED DESCRIPTION

[0028] ​​​​​​​The application will be further described in detail below with reference to the accompanying drawings.

[0029] In combination Figures 1-10 As shown in the figure, an explosion-proof tail gas treatment unit carrying device 100 includes a body 1, a cover 2, a cooling liquid pipe 3, a fastener 5 (i.e. a self-made hand screw), a tail gas treatment unit 6, a main body cooling cavity 7 and a cover cooling cavity 4, wherein the body 1 includes an air inlet end flange 101, an air inlet end spacer 102, an air inlet end water pipe joint 103, a main body outer layer middle section pipe 104, a main body hinged explosion-proof plate 105, a main body unit fixing seat 106, an air outlet end water pipe joint 107, an air outlet end temperature detection port 108, an air outlet end spacer 109, an air outlet end flange 110, an air outlet end outer pipe 111, a main body inner layer middle section pipe 112, a main body air outlet end explosion-proof plate 113, a main body locking plate 114, a main body locking end explosion-proof plate 115, a main body air inlet end explosion-proof plate 116, an air inlet end temperature detection port 118, an air inlet end outer pipe 120, an air inlet end inner pipe 119, an air inlet end pressure detection port 122, an air outlet end pressure detection port 121 and an air outlet end inner pipe 117; wherein the cover 2 includes a cooling liquid inner spacer 203, a handle 205, a cover water pipe joint 204, a cover outer arc plate 202, a cover air inlet end explosion-proof plate 206, a cover hinged end explosion-proof plate 207, a cover inner arc plate 201, a cover locking end explosion-proof plate 208, a cover unit pressing seat 210 and a cover air outlet end explosion-proof plate 209.

[0030] The body 1 is a double-layer structure column, and the sandwich layer thereof is the main body cooling cavity 7. The two ends of the body 1 are the air inlet end flange 101 and the air outlet end flange 110. The outer end of the air inlet end flange 101 and the air outlet end flange 110 is processed into an explosion-proof joint surface, and the size of the mounting hole also meets the explosion-proof requirement. The other end is internally processed into a groove as a water storage area, and the air inlet end spacer 102 and the air outlet end spacer 109 are concentrically attached to the groove end.

[0031] The air inlet end inner pipe 119 and the air outlet end inner pipe 117 are concentrically fixed on the inner circle of the air inlet end flange 101 and the air outlet end flange 110, respectively. The other end gradually expands in the radial dimension and seamlessly connects the two ends of the main body inner layer middle section pipe 112. The main body unit fixing seat 106 is arranged at the middle position inside the main body inner layer middle section pipe 112 and is uniformly distributed. In this embodiment, two main body unit fixing seats 106 are arranged on each tail gas treatment unit 6 carrying device 100 for mounting the tail gas treatment unit 6. The above components constitute the inner layer structure of the main body.

[0032] The air inlet end outer tube 120 and the air outlet end outer tube 111 are fixed on the air inlet end partition 102 and the air outlet end partition 109 respectively, and the other end gradually increases in radial dimension and is connected to the main body outer layer middle tube 104 seamlessly, the air inlet end water pipe joint 103 and the air outlet end water pipe joint 107 pass through the air inlet end outer tube 120 and the air outlet end outer tube 111 respectively to communicate with the body 1 cooling cavity, the air inlet end temperature detection port 118 and the air inlet end pressure detection port 122 pass through the air inlet end outer tube 120 and the air inlet end inner tube 119, and the air outlet end temperature detection port 108 and the air outlet end pressure detection port 121 pass through the air outlet end outer tube 111 and the air outlet end inner tube 117, the above components form the outer layer structure of the main body and are sleeved outside the above-mentioned inner layer structure.

[0033] The radial side of the middle part of the body 1 is provided with an opening, the main body hinged explosion-proof plate 105, the main body air outlet end explosion-proof plate 113, the main body locking end explosion-proof plate 115 and the main body air inlet end explosion-proof plate 116 are arranged at the edge of the opening, the above-mentioned inner layer structure and the middle part of the above-mentioned outer layer structure are sealed, and the explosion-proof joint surface is processed, the width dimension of which cannot be less than 50mm, and the flatness is not higher than μ3.2, the main body locking plate 114 is arranged at the outer end of the main body locking end explosion-proof plate 115 and has a threaded hole for fixing the cover body 2.

[0034] The outer side of the cover inner arc plate 201 is arranged with the cover outer arc plate 202 to form the main body frame of the cover body 2, the cover body 2 is hinged in the opening on the radial side of the middle part of the body 1, the cover air inlet end explosion-proof plate 206, the cover hinged end explosion-proof plate 207, the cover locking end explosion-proof plate 208 and the cover air outlet end explosion-proof plate 209 are arranged at positions corresponding to the arrangement positions of the main body air inlet end explosion-proof plate 116, the main body hinged explosion-proof plate 105, the main body locking end explosion-proof plate 115 and the main body air outlet end explosion-proof plate 113, the cover arc plate and the cover outer arc plate 202 are arranged with the cooling liquid inner partition plate 203 in the middle to form the cover cooling cavity 4, the two cover water pipe joints 204 are connected to the cover cooling cavity 4 from the outside to the inside and are arranged on the two sides of the cooling liquid inner partition plate 203 respectively, and the handle 205 is installed on the cover locking end explosion-proof plate 208 for opening and closing the cover body 2.

[0035] The cover body 2 is tightly attached to the main body through the hinge assembly and the self-made hand screw bolt, and the tail gas treatment unit 6 is packaged between the main body and the cover body 2, and the cooling liquid pipe 3 is connected between the air outlet end water pipe joint 107 of the main body and one of the cover body 2 water pipe joints to connect the body 1 cooling cavity and the cover cooling cavity 4 in series.

[0036] In the specific implementation of the present application:

[0037] In combination Figures 1-4As shown, after the cover 2 of the present application is tightly attached to the body 1, the contact surface forms an explosion-proof joint in the form of an explosion-proof joint surface, which plays a role in flame and explosion-proof. The end surface of the air inlet flange 101 and the air outlet flange 110 is also made into an explosion-proof joint surface, which is connected to the appropriate part of the tail gas pipeline through bolts, as well as connected to other components such as Figure 9 The exhaust bellows shown.

[0038] In combination Figure 1 , Figures 5-7 As shown, the use requires that the air inlet end water pipe joint 103 and the other cover 2 water pipe joint are connected in series through the cooling liquid pipe 3 to the cooling circulating water circuit of the explosion-proof diesel engine 200, and the shell of the present application is cooled to below 150°C, which meets the explosion-proof requirements of relevant standards.

[0039] The exhaust gas of the explosion-proof diesel engine 200 can pass through the tail gas treatment unit 6 fixed in the body 1 and the cover 2, and be treated accordingly. In the embodiment shown, Figure 2 Two tail gas treatment units 6 are installed, and the size of the present application can be changed according to the needs. After shortening or lengthening the space, the number of tail gas treatment units 6 can be any value starting from 1, and modular installation can also be performed, that is, Figure 10 As shown, the two tail gas treatment unit 6 carrying devices 100 are connected in series, and the water pipe joints on the tail gas treatment unit 6 carrying devices 100 are also connected in series. The tail gas treatment unit 6 can be a DOC carrier, a DPF carrier, an asbestos net carrier, and a flame arrester in order, which functions as CO and nitrogen oxide treatment, carbon particle capture, oil particle adsorption, and tail gas end flame arrester explosion-proof.

[0040] In combination Figure 4 , Figure 8 As shown, when the present application is implemented, explosion-proof temperature sensors and explosion-proof pressure sensors are respectively installed on the air outlet end temperature detection port 108, the air inlet end temperature detection port 118, the air inlet end pressure detection port 122, and the air outlet end pressure detection port 121 to detect the temperature and pressure values of the treated tail gas, and set initial values and over-limit values, and do alarm programming. When the limit is exceeded, an alarm is sent, and the operator needs to replace or clean the tail gas treatment unit 6. During the replacement process, the main body does not need to be removed, only the self-made hand-tightening bolts need to be unscrewed, the hand-held handle 205 is used, the cover 2 is rotated and opened around the hinge part, and the tail gas treatment unit 6 can be taken out, as shown. Figure 2

[0041] When installed, the reverse order is installed, the cleaned or new tail gas treatment unit 6 is placed into the main body and clamped into the main body unit fixing seat 106, the cover 2 is tightly covered, and the unit pressing seat 210 on the cover 2 presses the tail gas treatment unit 6, and the self-made hand-tightening bolts are tightened by hand. At this point, the tail gas treatment device can be put back into work.​

[0042] The tail gas treatment unit 6 bearing device 100 can be installed in the exhaust system pipeline of the explosion-proof diesel engine 200, and meets the relevant requirements of the regulations standard for the exhaust components of the explosion-proof diesel engine 200. Different treatment units can play an excellent effect of tail gas treatment, and can be flexibly configured to enhance the treatment of a certain item. Real-time monitoring of the temperature and pressure before and after the tail gas treatment can quickly open and reset the device, clean or replace the treatment unit body, ensure the continuous high-performance use of the tail gas system, and ensure the benign operation of the explosion-proof diesel engine 200. The main advantages of the present application are explosion-proof ability, powerful processing function, convenient operation, real-time feedback state, and maintaining the high-efficiency operation of the explosion-proof engine.

[0043] Although the embodiments of the present application have been shown and described, it will be understood by those skilled in the art that various changes, modifications, substitutions and variations can be made to these embodiments without departing from the principles and spirit of the present application, and the scope of the present application is defined by the claims and their equivalents.

Claims

1. An explosion-proof exhaust gas treatment unit carrier device (100) comprising a body (1) and a cover (2), characterized in that: The body (1) is a double-layer structure cylinder, a main body cooling cavity (7) is arranged in the interlayer of the body (1), a main body unit fixing seat (106) is arranged in the body (1), a tail gas treatment unit (6) is detachably connected to the main body unit fixing seat (106), the radial dimension of the inner layer of the body (1) gradually decreases at both ends, and an air inlet end flange (101) and an air outlet end flange (110) are fixedly connected to the air inlet end flange (101) and the air outlet end flange (110) respectively, an opening is arranged on the radial side of the middle part of the body (1), the cover body (2) is hingedly arranged in the opening, the inner edge of the opening of the body (1) is in abutment with the circumferential edge of the cover body (2), the cover body (2) is a double-layer arc-shaped plate structure, and a cover cooling cavity (4) is arranged in the interlayer of the cover body (2); The body (1) comprises an air inlet end spacer (102), an air inlet end water pipe joint (103), a main body outer layer middle section pipe (104), a main body hinged explosion-proof plate (105), an air outlet end water pipe joint (107), an air outlet end temperature detection port (108), an air outlet end spacer (109), an air outlet end outer pipe (111), a main body inner layer middle section pipe (112), a main body air outlet end explosion-proof plate (113), a main body locking plate (114), a main body locking end explosion-proof plate (115), a main body air inlet end explosion-proof plate (116), an air inlet end temperature detection port (118), an air inlet end outer pipe (120), an air inlet end inner pipe (119), an air inlet end pressure detection port (122), an air outlet end pressure detection port (121) and an air outlet end inner pipe (117), the air inlet end flange (101) and the air outlet end flange (110) are formed with explosion-proof joint surfaces at the ends away from each other, and recesses are arranged in the ends close to each other, the air inlet end spacer (102) and the air outlet end spacer (109) are concentrically arranged at the ends of the recesses, the air inlet end inner pipe (119) and the air outlet end inner pipe (117) are concentrically fixed to the inner circles of the air inlet end flange (101) and the air outlet end flange (110) at the ends away from each other, and the ends close to each other gradually increase in radial dimension and are fixedly connected to the two ends of the main body inner layer middle section pipe (112), the main body unit fixing seat (106) is provided in the middle position inside the main body inner layer middle section pipe (112) and is arranged horizontally and uniformly spaced apart; The main body hinged explosion-proof plate (105), the main body air outlet end explosion-proof plate (113), the main body locking end explosion-proof plate (115) and the main body air inlet end explosion-proof plate (116) are arranged on the recessed edges of the opening of the body (1) and are formed with explosion-proof joint surfaces, and the width dimensions of the explosion-proof joint surfaces are all greater than or equal to 50 mm, and the flatness is less than μ3.2, and the middle openings of the main body outer layer middle section pipe (104) and the main body inner layer middle section pipe (112) are fixedly connected to the main body hinged explosion-proof plate (105), the main body air outlet end explosion-proof plate (113), the main body locking end explosion-proof plate (115) and the main body air inlet end explosion-proof plate (116). The cover (2) comprises a cooling liquid inner partition plate (203), a handle (205), a cover water pipe joint (204), a cover outer arc plate (202), a cover air inlet end explosion-proof plate (206), a cover hinged end explosion-proof plate (207), a cover inner arc plate (201), a cover locking end explosion-proof plate (208), a unit compression seat (210) and a cover air outlet end explosion-proof plate (209), the cover inner arc plate (201) and the cover outer arc plate (202) are stacked, and a cover cooling cavity (4) is arranged therebetween, the cooling liquid inner partition plate (203) is fixedly connected to a middle position in the cover cooling cavity (4), the circumferential side edges of the cover inner arc plate (201) and the cover outer arc plate (202) are sequentially fixedly connected with the cover air inlet end explosion-proof plate (206), the cover hinged end explosion-proof plate (207), the cover locking end explosion-proof plate (208) and the cover air outlet end explosion-proof plate (209), and the unit compression seat (210) is arranged at a lower end of the cover inner arc plate (201) and corresponds to the position of the main body unit fixing seat (106).

2. An explosion-proof off-gas treatment unit carrier device (100) according to claim 1, characterized in that: The air inlet end outer pipe (120) and the air outlet end outer pipe (111) are fixedly connected to the air inlet end partition plate (102) and the air outlet end partition plate (109) respectively, and the gradually increasing radial dimension of the end close to each other is fixedly connected to the two ends of the main body outer layer middle section pipe (104) in a concentric manner, the air inlet end water pipe joint (103) and the air outlet end water pipe joint (107) are respectively communicated with the main body cooling cavity (7) by penetrating the air inlet end outer pipe (120) and the air outlet end outer pipe (111), the air inlet end temperature detection port (118) and the air inlet end pressure detection port (122) are both penetrated through the air inlet end outer pipe (120) and the air inlet end inner pipe (119), and the air outlet end temperature detection port (108) and the air outlet end pressure detection port (121) are both penetrated through the air outlet end outer pipe (111) and the air outlet end inner pipe (117).

3. An explosion-proof off-gas treatment unit carrier device (100) according to claim 1, characterized in that: The cover air inlet end explosion-proof plate (206), the cover hinged end explosion-proof plate (207), the cover locking end explosion-proof plate (208) and the cover air outlet end explosion-proof plate (209) are arranged at positions corresponding to the positions of the main body air inlet end explosion-proof plate (116), the main body hinged explosion-proof plate (105), the main body locking end explosion-proof plate (115) and the main body air outlet end explosion-proof plate (113).

4. An explosion-proof off-gas treatment unit carrier device (100) according to claim 1, characterized in that: The cover water pipe joint (204) is provided with a plurality of cover water pipe joints, which are all connected into the cooling cavity of the cover (2) and arranged on both sides of the cooling liquid inner partition plate (203), and the handle (205) is mounted on the cover locking end explosion-proof plate (208).

5. An explosion-proof off-gas treatment unit carrier device (100) according to claim 1, characterized in that: The middle opening of the main body (1) is V-shaped on both sides close to the air inlet end flange (101) and the air outlet end flange (110), the other side of the opening is hinged to the cover (2), the opposite side of the side is provided with the main body locking plate (114), and one end of the cover (2) is fixedly connected to the main body locking plate (114) through the fastener (5).

6. An explosion-proof off-gas treatment unit carrier device (100) according to claim 1, characterized in that: The air outlet end water pipe joint (107) and one of the cover water pipe joints (204) are communicated through the cooling liquid pipe (3).

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