CN208234858U - A kind of process units of Cutting Gases - Google Patents

Abstract

The utility model discloses a kind of process units of Cutting Gases, its structure includes pedestal, filter pipe, cleaning module, No.1 cabin, bolt pipe, frame siphunculus, guide pipe, No. two cabins, refinement pipe, piggyback pod, control panel, Security Module, filter pipe is connected with No.1 cabin, filter pipe is nested with No. two cabins, No.1 cabin fits with bolt pipe, it is nested above frame siphunculus and No.1 cabin, a kind of process units of Cutting Gases of the utility model, structure is equipped with Security Module, it is nested on the left of Security Module and filter pipe, gas enters filter pipe by Security Module, No.1 cabin is imported by filter pipe and carries out chemical combination with No. two cabins, cleaning module is connected with frame siphunculus simultaneously, the gas that chemical combination is completed imported into bolt pipe by piggyback pod extrusion and is exported again by Security Module, once gas leakage carries out decompression by Security Module and purification is sucked out , thus reduce since gas leakage leads to the probability of explosion.

Description

A kind of process units of Cutting Gases

Technical field

The utility model is a kind of process units of Cutting Gases, belongs to the production field of acetylene combustion gas.

Background technique

Natural gas is one of big pillar energy in the world three, efficiently, cleaning, environmental protection, it is of fine quality the features such as make it over nearly 15 years Development is swift and violent, and the growth rate of yield and demand has been more than oil and coal, and the raw materials for production of acetylene are mainly calcium carbide and day Right gas, acetylene from calcium carbide plant investment is few, raw material is easy to get, simple production process.

Prior art discloses application No. is: 201220605802.1 include the first main pipeline, intake valve, oxicracking Pipe, cracking gas inlet pipe, compression bag, first pressure device, first pressure valve, cracking gas outlet pipe, intermediate valve, acetylene suction line, second Pressure valve, second pressure device, acetylene analytic tube, solvent recovery pipe, acetylene concentration capsule, air outlet valve, the second main pipeline, solvent discharge Valve, safety valve, waste discharge valve, solvent drain pipe, waste drainpipe, the first branch pipe(tube) and the second branch pipe(tube), but this is existing Technology, which lacks, purifies accident leakage gas, and accident is caused to be easy to happen explosion.

Utility model content

In view of the deficienciess of the prior art, the utility model aim is to provide a kind of process units of Cutting Gases, It is purified with solving existing technology shortage to accident leakage gas, accident is caused to be easy to happen explosion issues.

To achieve the goals above, the utility model is achieved through the following technical solutions: a kind of Cutting Gases Process units, structure include pedestal, filter pipe, cleaning module, No.1 cabin, bolt pipe, frame siphunculus, guide pipe, No. two cabins, Pipe, piggyback pod, control panel, Security Module are refined, the filter pipe is connected with No.1 cabin, the filter pipe and No. two cabin phases Nesting, the No.1 cabin fit with bolt pipe, are nested above the frame siphunculus and No.1 cabin, the frame siphunculus and No. two cabins Top be connected, fit on the inside of the frame siphunculus and bolt pipe, be nested above the guide pipe and No. two cabins, it is described Refinement manages and is connected on the right side of guide pipe, and the piggyback pod fits with No. two cabins, the lower section of the control panel and piggyback pod Connection is nested on the left of the Security Module and filter pipe, the Security Module include inlet tube, bottom support frame, internal partition, Purification circular layer, outlet, isolator, fastening screw, upper sealing panel, lower sealing plate, rear fluid layer, outer protecting shell, shoves at secondaryization layer Pipe, the left side of the inlet tube and outer protecting shell mutually welds, is connected below the bottom support frame and outer protecting shell, it is described in every The inside of plate and outer protecting shell is mutually welded, and is connected on the right side of the purification circular layer and internal partition, the purification circular layer and outer protecting shell Inside be nested, be connected on the inside of the secondaryization layer and outer protecting shell, the right side of the outlet and outer protecting shell is mutually welded, It is nested on the left of the isolator and outlet, is connected on the inside of the fastening screw and upper sealing panel, the fastening spiral shell It follows closely and is nested on the inside of lower sealing plate, fit above the upper sealing panel and lower sealing plate, the rear fluid layer and outer shield It is connected on the inside of shell, fits on the left of the rear fluid layer and the pipe that shoves, the lower section of the outer protecting shell and lower sealing plate is mutually welded It connects, is nested on the left of the outlet and filter pipe.

Further, the pedestal and the lower section in No.1 cabin are mutually welded, and are connected below the pedestal and Security Module.

Further, the pedestal and the lower section in No. two cabins are mutually welded, and are fitted below the pedestal and filter pipe.

Further, the lower section of the pedestal and control panel is mutually welded, and the cleaning module fits with No.1 cabin.

Further, the refinement pipe is elongated cylindrical.

Further, the pedestal is made of special alloy, sturdy and durable.

Further, the bolt pipe is made of aluminium alloy.

Beneficial effect

A kind of process units of Cutting Gases of the utility model, structure are equipped with Security Module, Security Module and filter pipe Left side be nested, gas enters filter pipe by Security Module, imported into No.1 cabin and No. two cabins by filter pipe It closes, while cleaning module being connected with frame siphunculus, the gas that chemical combination is completed imported into bolt pipe again by Security Module by piggyback pod extrusion Export is thus reduced once gas leakage, which carries out decompression by Security Module, is sucked out purification since gas leakage leads to the general of explosion Rate.

Detailed description of the invention

Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other spies of the utility model Sign, objects and advantages will become more apparent upon:

Fig. 1 is a kind of structural schematic diagram of the process units of Cutting Gases of the utility model；

Fig. 2 is a kind of the schematic diagram of the section structure of Security Module of the utility model.

In figure: pedestal -1, filter pipe -2, cleaning module -3, No.1 cabin -4, bolt pipe -5, frame siphunculus -6, guide pipe -7, No. two cabins -8, refinement pipe -9, piggyback pod -10, control panel -11, Security Module -12, inlet tube -1201, bottom support frame -1202, Internal partition -1203, purification circular layer -1204, secondaryization layer -1205, outlet -1206, isolator -1207, fastening screw - 1208, upper sealing panel -1209, lower sealing plate -1210, rear fluid layer -1211, outer protecting shell -1212, shove pipe -1213.

Specific embodiment

To be easy to understand the technical means, creative features, achievement of purpose, and effectiveness of the utility model, below In conjunction with specific embodiment, the utility model is further described.

Fig. 1, Fig. 2 are please referred to, the utility model provides a kind of process units technical solution of Cutting Gases: its structure packet It includes pedestal 1, filter pipe 2, cleaning module 3, No.1 cabin 4, bolt pipe 5, frame siphunculus 6,7, No. two cabins 8 of guide pipe, refinement pipe 9, move Power cabin 10, control panel 11, Security Module 12, the filter pipe 2 are connected with No.1 cabin 4, the filter pipe 2 and No. two cabins 8 It is nested, the No.1 cabin 4 fits with bolt pipe 5, and the frame siphunculus 6 and the top in No.1 cabin 4 are nested, the frame siphunculus 6 It is connected with the top in No. two cabins 8, the inside of the frame siphunculus 6 and bolt pipe 5 fits, and the guide pipe 7 is upper with No. two cabins 8 Side is nested, and the refinement pipe 9 is connected with the right side of guide pipe 7, and the piggyback pod 10 fits with No. two cabins 8, the control Making sheet 11 is connect with the lower section of piggyback pod 10, and the left side of the Security Module 12 and filter pipe 2 is nested, and the Security Module 12 wraps Include inlet tube 1201, bottom support frame 1202, internal partition 1203, purification circular layer 1204, secondaryization layer 1205, outlet 1206, Isolator 1207, upper sealing panel 1209, lower sealing plate 1210, rear fluid layer 1211, outer protecting shell 1212, shoves at fastening screw 1208 The left side of pipe 1213, the inlet tube 1201 and outer protecting shell 1212 is mutually welded, the bottom support frame 1202 and outer protecting shell 1212 Lower section be connected, the inside of the internal partition 1203 and outer protecting shell 1212 is mutually welded, the purification circular layer 1204 and internal partition 1203 right side is connected, and the purification circular layer 1204 and the inside of outer protecting shell 1212 are nested, the secondaryization layer 1205 with The inside of outer protecting shell 1212 is connected, and the right side of the outlet 1206 and outer protecting shell 1212 is mutually welded, the isolator 1207 It is nested with the left side of outlet 1206, the fastening screw 1208 is connected with the inside of upper sealing panel 1209, the fastening Screw 1208 and the inside of lower sealing plate 1210 are nested, and the top of the upper sealing panel 1209 and lower sealing plate 1210 is affixed It closes, the rear fluid layer 1211 is connected with the inside of outer protecting shell 1212, the left side phase of the rear fluid layer 1211 and the pipe 1213 that shoves Fitting, the lower section of the outer protecting shell 1212 and lower sealing plate 1210 are mutually welded, the left side of the outlet 1206 and filter pipe 2 It is nested, the pedestal 1 and the lower section in No.1 cabin 4 are mutually welded, and the pedestal 1 is connected with the lower section of Security Module 12, the bottom Seat 1 and the lower section in No. two cabins 8 are mutually welded, and the lower section of the pedestal 1 and filter pipe 2 fits, the pedestal 1 and control panel 11 Lower section mutually weld, the cleaning module 3 fits with No.1 cabin 4, the refinement pipe 9 be elongated cylindrical, the pedestal 1 be spy Kind alloy is made, and sturdy and durable, the bolt pipe 5 is made of aluminium alloy.

One component of 1 hydraulic support of pedestal described in this patent, it directly and contacts baseplate passes the support force of bracket It is delivered to bottom plate, the hydraulic term of the filter pipe 2 is the filter that pipeline portions are used in hydraulic system, and piping filter is The filter being related in pipe conveying procedure.

Carry out using when gas gone out by the entrance that inlet tube 1201 enters through isolator 1207 and secondaryization layer 1205 Mouth pipe 1206 exports, and opens relief valve by isolator 1207 when gas leakage, excessive gas is released Security Module 12 by net Change circular layer 1204 to gas carry out multi-section purification, after the completion by outer protecting shell 1212 lower section relief valve export, thus reduce by Lead to the probability of explosion in gas leakage.

The utility model solves prior art shortage and purifies to accident leakage gas, causes accident to be easy to happen quick-fried Fried problem, the utility model are combined with each other by above-mentioned component, a kind of process units of Cutting Gases of the utility model, Structure is equipped with Security Module, is nested on the left of Security Module and filter pipe, gas enters filter pipe by Security Module, by mistake Chimney filter road imported into No.1 cabin and carries out chemical combination with No. two cabins, while cleaning module being connected with frame siphunculus, the gas that chemical combination is completed Bolt pipe is imported by piggyback pod extrusion to be exported by Security Module again, once gas leakage, which carries out decompression by Security Module, is sucked out purification, this Sample is just reduced since gas leakage leads to the probability of explosion.

The basic principles and main features of the present invention and the advantages of the present invention have been shown and described above, for For those skilled in the art, it is clear that the present invention is not limited to the details of the above exemplary embodiments, and without departing substantially from this In the case where the spirit or essential attributes of utility model, the utility model can be realized in other specific forms.Therefore, no matter From the point of view of which point, the present embodiments are to be considered as illustrative and not restrictive, and the scope of the utility model is by institute Attached claim rather than above description limit, it is intended that will fall within the meaning and scope of the equivalent elements of the claims All changes are embraced therein.It should not treat any reference in the claims as limiting related right It is required that.

In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art The other embodiments being understood that.

Claims (5)

1. a kind of process units of Cutting Gases, it is characterised in that: its structure includes pedestal (1), filter pipe (2), purification Module (3), No.1 cabin (4), bolt pipe (5), frame siphunculus (6), guide pipe (7), No. two cabins (8), refinement pipe (9), piggyback pod (10), Control panel (11), Security Module (12), the filter pipe (2) are connected with No.1 cabin (4), the filter pipe (2) with No. two Cabin (8) is nested, and the No.1 cabin (4) fits with bolt pipe (5), and the frame siphunculus (6) and the top of No.1 cabin (4) are mutually embedding It covers, is connected above the frame siphunculus (6) and No. two cabins (8), fits on the inside of the frame siphunculus (6) and bolt pipe (5), institute It states and is nested above guide pipe (7) and No. two cabins (8), be connected on the right side of the refinement pipe (9) and guide pipe (7), it is described Piggyback pod (10) fits with No. two cabins (8), and the control panel (11) connect with the lower section of piggyback pod (10), the Security Module (12) it is nested on the left of filter pipe (2), the Security Module (12) includes inlet tube (1201), bottom support frame (1202), internal partition (1203), purification circular layer (1204), secondaryization layer (1205), outlet (1206), isolator (1207), Fastening screw (1208), upper sealing panel (1209), lower sealing plate (1210), rear fluid layer (1211), outer protecting shell (1212), shove pipe (1213), the inlet tube (1201) and the left side of outer protecting shell (1212) are mutually welded, the bottom support frame (1202) and outer shield Shell is connected below (1212), and the internal partition (1203) and the inside of outer protecting shell (1212) are mutually welded, the purification circular layer (1204) it is connected on the right side of internal partition (1203), purification circular layer (1204) and the inside of outer protecting shell (1212) are mutually embedding It covers, is connected on the inside of the secondaryization layer (1205) and outer protecting shell (1212), the outlet (1206) and outer protecting shell (1212) right side is mutually welded, and is nested on the left of the isolator (1207) and outlet (1206), the fastening screw (1208) it is connected on the inside of upper sealing panel (1209), the inside phase of the fastening screw (1208) and lower sealing plate (1210) It fits above nesting, the upper sealing panel (1209) and lower sealing plate (1210), the rear fluid layer (1211) and outer protecting shell (1212) it is connected on the inside of, fits on the left of the rear fluid layer (1211) and the pipe that shoves (1213), the outer protecting shell (1212) lower section with lower sealing plate (1210) is mutually welded, and is nested on the left of the outlet (1206) and filter pipe (2).

2. a kind of process units of Cutting Gases according to claim 1, it is characterised in that: the pedestal (1) and one The lower section in number cabin (4) is mutually welded, and is connected below the pedestal (1) and Security Module (12).

3. a kind of process units of Cutting Gases according to claim 1, it is characterised in that: the pedestal (1) and two The lower section in number cabin (8) is mutually welded, and is fitted below the pedestal (1) and filter pipe (2).

4. a kind of process units of Cutting Gases according to claim 1, it is characterised in that: the pedestal (1) and control The lower section of making sheet (11) is mutually welded, and the cleaning module (3) fits with No.1 cabin (4).

5. a kind of process units of Cutting Gases according to claim 1, it is characterised in that: the refinement manages (9) and is Elongated cylindrical.