CN210169727U

CN210169727U - Split type steaming cabinet

Info

Publication number: CN210169727U
Application number: CN201821976526.3U
Authority: CN
Inventors: Huajin Yin; 尹华金
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-11-28
Filing date: 2018-11-28
Publication date: 2020-03-24
Anticipated expiration: 2028-11-28

Abstract

The utility model discloses a split type steam cabinet, including combustion apparatus, indirect heating equipment, independent steam ager, fume extractor, combustion apparatus, indirect heating equipment, independent steam ager, fume extractor all are independent whole equipment, be fixed with the bounding wall that keeps out the wind, the fixed box of electronic igniter, main intake pipe and locking fastener on the support respectively, the threaded fixation has little fire combustor and big fire combustor on the bounding wall that keeps out the wind, the threaded fixation has electronic igniter on the fixed box of electronic igniter, threaded connection has long naked light combustor on the electronic igniter, the higher authority of the lower extreme baffle of every layer of box of multilayer steam ager box is provided with the steam control valve, the steam control valve comprises steam valve control pole, steam valve dead lever, steam valve connecting rod and steam valve baffle. The utility model discloses novel structure makes easily, and the thermal efficiency is high, and energy-conserving effect is showing, economic environmental protection, convenient maintenance, long service life, resources are saved.

Description

Split type steaming cabinet

Technical Field

The utility model relates to a evaporate cabinet equipment technical field, specifically be a split type evaporates cabinet.

Background

At present, seafood steaming cabinets and rice steaming vehicles used as fuels (natural gas, liquefied gas, alcohol-based fuels, fuel oil, pipeline gas and the like) are adopted in kitchen equipment in the catering industry, the catering party, the hotel, the dining hall, the food processing industry and the like. The three-door seafood steaming cabinet of current general use, the following is the steam generator of integral type, above-mentioned is the steam ager, through the pipe connection steam, the steam generator of integral type generally is the closed steam generator water tank that adopts the steel sheet preparation, through the fierce fire combustor direct heating in the water tank of taking the fan, this kind of mode thermal efficiency is at 20% -50% very low thermal efficiency to cause unnecessary energy resource consumption, simultaneously because present gas, the fuel price rises, cause the use cost who evaporates the cabinet to increase. The three-door seafood steaming cabinet has high smoke temperature and high noise, and can cause certain pollution to the environment; the water container with the structure is easy to form scale, the scale is not easy to remove, and the problem generally occurs after the water container is used for one to two years. The maintenance is very inconvenient and the maintenance cost is high. In the existing commonly used gas rice steaming vehicle, the steam generator and the steam box are of an integrated structure, and due to scale, the steam generator is extremely easy to burn out, cannot be welded for maintenance after burning out, and only the heat exchanger is replaced or scrapped, however, the steam rice steaming vehicle has short service time, the steam box is good, can continue to be used, wastes resources are caused, and if the maintenance cost is high; there are other integral type energy-conserving steam agers, for example CN 206006893U a high-efficient environmental protection and energy saving steam cabinet adopts draught fan formula coil heat exchanger, produces vapour in the confined water tank, and this kind has energy-conserving effect, and the fan noise is less, and the main problem is in life, and the scale deposit arouses the exchanger harm, and the maintenance is inconvenient.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to provide a split type cabinet that evaporates to this split type that provides in solving above-mentioned background art evaporates the cabinet thermal efficiency low, and energy-conserving effect is lower, is not convenient for maintain, the shorter problem of life.

In order to solve the technical problem, the utility model provides a following technical scheme: the utility model provides a split type cabinet that evaporates, includes combustion apparatus, indirect heating equipment, independent steam ager, fume extractor, its characterized in that: combustion equipment, heat exchange equipment, independent steam ager, fume extractor all are independent whole equipment, combustion equipment, heat exchange equipment, independent steam ager link together through quick locking device, the higher authority of heat exchange equipment is provided with the basin, basin joint strip has been placed in the basin, independent steam ager is placed on the basin, independent steam ager passes through the basin joint strip in the basin and forms seal structure with heat exchange equipment, fume extractor activity is fixed on heat exchange equipment, is connected with the heat exchanger flue, combustion equipment includes support, combustor, ignition, controlgear, fixed combustor, ignition, controlgear on the support respectively, combustion equipment is the whole equipment that can split, heat exchange equipment includes water tank, heat exchanger, basin, the water tank drain pipe that takes the valve, the steam extractor is connected to the basin through quick locking device, the basin joint strip is placed to the basin in the basin, independent steam ager passes through, The steam box comprises a heat exchanger flue, a heat exchanger is fixed in a water box, a water tank is arranged on the water tank, the water tank is of a structure with a high outer part and a low inner part, a water tank drain pipe with a valve is fixed on the lower part of the water tank, a water tank sealing rubber strip is placed in the water tank, the heat exchanger flue is fixed on the outer surface of one side of the water tank, the independent steam box comprises a steam box body, a steam box door, a steam box top, a multi-layer steam box body, a steam box door I, a steam box door II, a steam box door III and a steam box top, a steam box door locking device is fixed on the steam box door, a steam box bottom frame is arranged at the lower end of the steam box body, a plurality of support bars are arranged in the steam box body, a carrying handle is arranged at the lower end of the outer surface of the steam box body, a steam box inner top plate in the steam box top is of an inclined plane structure, a slag receiving disc support bar is fixedly arranged at the lower end in the steam box body, a slag receiving disc is placed on the slag receiving disc support bar, a slag receiving disc steam hole is formed in the vertical edge of the slag receiving disc, a steam box floating ball valve is fixedly arranged at the lower end of the back face of the steam box body in a threaded manner, a steam box door I, a steam box door II and a steam box door III are respectively and movably connected to the multilayer steam box body through hinges to form a 3-door steam box, and a space is formed between the steam box body and the steam box door; a sealing strip is fixedly arranged between the multilayer steam box body and the first steam box door, the second steam box door and the third steam box door respectively, a plurality of support bars are arranged in each layer of the multilayer steam box body, the lower end of the multilayer steam box body is hermetically provided with a multilayer steam box bottom plate, a bottom layer wastewater outlet is arranged on the upper surface of the multilayer steam box bottom plate, the bottom layer wastewater outlet is positioned at the low water level of the inclined surface of the multilayer steam box bottom plate, the bottom layer wastewater outlet is hermetically connected with a bottom layer wastewater drain pipe with a valve, a multilayer steam box interlayer partition plate is hermetically arranged between the layers of the multilayer steam box body, the multilayer steam box interlayer partition plate is of an inclined surface structure, a multilayer steam box interlayer drain hole is arranged at the low water level edge of the multilayer steam box interlayer partition plate, a multilayer steam box interlayer drain hole cover plate is movably fixed on the upper surface of the multilayer steam box interlayer drain hole, and a steam control valve is arranged on the upper surface of the, the steam control valve consists of a steam valve control rod, a steam valve fixing rod, a steam valve connecting rod and a steam valve baffle, a multilayer steam box main steam channel is arranged in an interlayer of the multilayer steam box body, a multilayer steam box main steam inlet is formed in the lower end of the inner wall of the multilayer steam box main steam channel, a multilayer steam box interlayer steam outlet is formed in the lower end of each layer of the inner wall of the multilayer steam box main steam channel, the steam valve baffle is arranged in the multilayer steam box main steam channel, the size of the steam valve baffle is larger than that of the multilayer steam box main steam inlet, a multilayer steam box main steam pressure relief device is arranged at the top end of the multilayer steam box main steam channel, a multilayer steam box interlayer steam pressure relief device is arranged at the upper end of each layer of the back of the multilayer steam box body, and the smoke exhaust equipment comprises a main flue, a flow guide box and a preheating water tank, the main flue is inserted outside the flue of the organ type heat exchanger, the flow guide box is inserted outside the upper end of the main flue through a flue opening, and a drain pipe hole is formed below the flow guide box. The steam box comprises a steam box body, a steam box door, a steam box top, a multilayer steam box body, a steam box door I, a steam box door II, a steam box door III and a steam box top, wherein the main water inlet is connected with a preheating water box through a preheating water box ball float valve, a preheating water box water outlet is connected with a steam box water inlet through a connecting water pipe, water in the preheating water box flows into a water box water tank and a water tank through the steam box water inlet through the steam box ball float valve, the preheating water box water outlet and the main water inlet have a certain fall, a water drainage pipe hole is formed in the lower surface of the preheating water box, the water drainage pipe hole is fixedly connected with a drain pipe, a drain valve is connected to the drain pipe in a threaded mode, the preheating water box is movably fixed at the upper end of the back of the steam box body.

Preferably, the burner of the combustion equipment can adopt a fire grate burner, a violent fire burner, a blast type burner and a burner.

Preferably, the heat exchanger of the heat exchange equipment of the combustion equipment can be a square tube type, a round tube type, a corrugated tube type, an organ type and other heat exchangers capable of increasing the heat absorption area.

Preferably, the steam box body is arranged between the steam box doors; the multilayer steam box all sets up fixed sealing strip respectively with between steam box door one, steam box door two, the steam box door three, and the utility model K type sealing strip of another application, application number CN201621114256.6 are preferably adopted to the sealing strip.

Preferably, the combustion equipment is gas type combustion equipment, a wind shielding surrounding plate, an electronic igniter fixing box, a main air inlet pipe and a locking pull buckle are respectively fixed on a bracket of the combustion equipment, a small fire burner and a big fire burner are fixed on the wind shielding surrounding plate through threads, a small fire control valve, a big fire control valve and an air inlet tee joint are connected on the main air inlet pipe through threads, the small fire control valve and the small fire burner are fixedly connected through a small fire air inlet connecting pipe, the big fire control valve and the big fire burner are fixedly connected through a big fire air inlet connecting pipe, an electronic igniter is fixed on the electronic igniter fixing box through threads, a long open fire burner is connected on the electronic igniter through threads, the electronic igniter is fixedly connected with the air inlet tee joint through a long open fire air inlet connecting pipe, a main air inlet is arranged on the air inlet tee joint, and a panel is movably fixed on the bracket through panel screws, it has panel observation hole to open on the panel, and the higher authority of panel has water receiving Cao and water receiving tank drain pipe, it has observation hole to open on the bounding wall to keep out the wind, little fire combustor and big fire combustor are gas type fire row combustor.

Preferably, be fixed with the bounding wall that keeps out the wind, the fixed box of electronic igniter, main intake pipe and locking on combustion apparatus's the support respectively and draw the knot, the threaded fixation has big fire combustor on the bounding wall that keeps out the wind, screw thread and big fire control valve and tee junction that admits air on the main intake pipe, big fire control valve and big fire combustor are admitted air the connecting pipe through big fire and are linked together, the threaded fixation has electronic igniter on the fixed box of electronic igniter, threaded connection has the long naked light combustor on the electronic igniter, electronic igniter admits air the connecting pipe through long naked light fire and is linked together with the tee junction that admits air, it has main air inlet on the tee junction to admit air, it has the fire hole to keep out the wind to open on the bounding wall, big fire combustor is gas type fire row combustor.

Preferably, the organ type heat exchanger is fixed in the water tank, the water tank and the steaming and packaging furnace platform are arranged on the water tank, the flat plate box with the opening is placed on the water tank, the water tank water discharge pipe with the valve is fixed below the water tank, the water tank sealing rubber strip is placed in the water tank, the organ type heat exchanger flue is fixed outside one side of the water tank, and the water tank and the steaming and packaging furnace platform can be square or circular.

Preferably, the smoke exhaust equipment comprises a steam packet furnace flue, a heat exchanger flue and an externally-hung water inlet tank, the steam packet furnace flue is inserted outside the organ type heat exchanger flue, a smoke outlet of the steam packet furnace flue is just opposite to the lower surface of the externally-hung water inlet tank, the externally-hung water inlet tank is provided with an externally-hung water inlet tank water outlet and an externally-hung water inlet tank waste water outlet, the externally-hung water inlet tank water outlet is connected with a water tank water inlet through a water tank water inlet connecting pipe, the externally-hung water inlet tank waste water outlet is arranged below the externally-hung water inlet tank, and an externally-hung water inlet tank waste water outlet pipe with a valve is welded on the.

Preferably, the independent steam box is a drawer-type steam box, a drawer-type steam box body of the drawer-type steam box consists of a support square tube, a drawer-type steam box surrounding plate, an interlayer square tube, a drawer-type steam box top and a bottom frame, the drawer-type steam box body is divided into a plurality of layers through the interlayer square tube, a drawer chute is fixedly arranged on the bottom surface of the interlayer square tube, a drawer steam baffle is arranged in the interlayer square tube in a sliding manner, an outer baffle of the drawer steam baffle is provided with a drawer steam baffle handle, the inner edge of the drawer steam baffle is provided with a drawer steam baffle handle and a drawer steam baffle square tube frame, a drawer steam baffle bottom plate with a hole is fixedly arranged on the lower surface of the drawer steam baffle square tube frame, the drawer steam box surrounding plate is arranged on three vertical surfaces of the drawer-type steam box body, a drawer steam box ceiling water tank is arranged below the drawer steam box top, and four, the novel water tank is characterized in that water leakage holes are formed in four corners of a water tank of a ceiling of the drawer type steam box and are communicated with square pipe openings of support square pipes, an inner top layer of the drawer type steam box is arranged inside the top of the drawer type steam box, a turning plate is movably fixed on the inner upper edge of each layer of drawer opening of the box body of the drawer type steam box through a turning plate hinge, and a pull rod is arranged on the square pipe of the drawer opening of the box body of the drawer type steam box. The drawer type steam box enclosing plate can be made of single-layer toughened glass, hollow interlayer toughened glass, a single-layer stainless steel plate and a double-layer stainless steel plate filled with heat insulation materials, and the outer baffle of the drawer type steam box enclosure can be of a cuboid structure and a frustum structure.

Preferably, the ignition device is an ignition device with flameout protection. The independent steam box is a single-layer steam box or a multi-layer steam box.

Compared with the prior art, the beneficial effects of the utility model are that:

1. the utility model discloses, through the water tank drain pipe of being fixed with the valve below the water tank, place the basin joint strip in the basin, the heat exchanger flue is fixed in the outside of water tank one side, and the structure above forms independent heat exchange water tank, can dismantle the change alone, then three steam agers can realize that each layer of steam ager operates independently, avoid tainting with the flavor; independent steam ager is only the box structure, as long as the quality of material, thickness are used well, and disposable preparation is used for a long time, opens the steam ager door and at first will close the steam valve and just can open the steam ager door, can avoid opening steam ager door steam scald like this, the utility model discloses novel structure makes easily, and the thermal efficiency is high, and energy-conserving effect is showing, economic environmental protection, convenient maintenance, long service life, resources are saved.

2. The turning plate is opened to form an opened turning plate when the drawer steam partition is inserted into the steam box body in a sliding mode, and the turning plate is closed when the drawer steam partition is pulled out, so that a large amount of steam can be prevented from leaking.

Drawings

Fig. 1 is a bottom exploded view of an embodiment of the present invention;

fig. 2 is a front exploded view of an embodiment of the present invention;

FIG. 3 is a schematic view of an opened structure of a door of the steam box according to an embodiment of the present invention;

fig. 4 is a schematic structural view of the sealing strip according to the embodiment of the present invention;

fig. 5 is a schematic structural diagram of an embodiment of the present invention;

fig. 6 is a schematic top view of an embodiment of the present invention;

fig. 7 is a schematic bottom view of the embodiment of the present invention;

fig. 8 is a schematic view of the internal structure of the embodiment of the present invention;

fig. 9 is a schematic structural view of a main steam pressure relief device of the multi-layer steam box of the embodiment of the present invention;

fig. 10 is a rear view of the bracket according to the embodiment of the present invention;

fig. 11 is a front view of a bracket according to an embodiment of the present invention;

fig. 12 is a top view of a bracket according to an embodiment of the present invention;

FIG. 13 is a schematic structural view of a drawer-type steam box body according to an embodiment of the present invention;

FIG. 14 is an expanded view of the drawer-type steam box according to the embodiment of the present invention;

fig. 15 is a front exploded view of an embodiment of the present invention.

In the figure: A. a combustion device; B. a heat exchange device; C. an independent steam box; D. a fume extractor; 1. a support; 2. a small fire burner; 3. a high fire burner; 4. an electronic igniter; 5. a pilot flame burner; 6. Wind shielding coaming plates; 7. an air inlet tee joint; 8. a small fire control valve; 9. a fire control valve; 10. a small fire air inlet connecting pipe; 11. an electronic igniter fixing box; 12. a big fire air inlet connecting pipe; 13. the ever-open fire air inlet connecting pipe; 14. a main air inlet pipe; 15. collecting water in a Cao; 16. a panel; 17. a panel screw; 18. a water receiving tank drain pipe; 19. a panel fire observation hole; 20. a fire observation hole; 21. a primary air inlet; 22. locking the pull buckle; 24. a water tank; 25. a heat exchanger; 26. a water tank; 27. a water tank drain pipe with a valve; 28. a water channel sealing rubber strip; 29. a main flue; 30. a heat exchanger flue; 31. a flow guide box; 32. a flue opening; 33. A drain pipe hole; 34. a blowoff valve; 35. a blow-off pipe; 36. preheating a water tank; 38. a steam box ball cock; 39. Preheating a float valve of a water tank; 40. a main water inlet; 41. a water inlet of the steam box; 42. a water outlet of the preheating water tank; 43. connecting a water pipe; 44. a steam box body; 45. carrying the lifting handle; 46. a steam box door; 47. steam box door locking equipment; 48. a bottom frame of the steam box; 49. a slag receiving disc; 50. a supporting strip; 51. a sealing strip; 52. an inner top plate of the steam box; 53. a hinge; 54. a steam pressure relief device of the steam box; 55. steaming the top of the oven; 56. steam holes of the slag receiving disc; 57. a slag receiving disc support strip; 58. a multi-layer steam box body; 59. a first steam box door; 60. a second steam box door; 61. a third steam box door; 62. a steam valve control lever; 63. a bottom layer waste water drain pipe with a valve; 64. A main steam pressure relief device of the multi-layer steam box; 65. a bottom layer waste water outlet; 66. steam outlets between layers of the multilayer steam box; 67. a steam valve fixing rod; 68. a steam valve connecting rod; 69. a steam pressure relief device between layers of the multilayer steam box; 70. a main steam inlet of the multi-layer steam box; 71. a bottom frame laminate of the multi-layer steam box; 72. interlayer partition plates of the multilayer steam box; 73. drainage holes between layers of the multilayer steam box; 74. a drainage hole cover plate between the layers of the multilayer steam box; 75. a multi-layer steam box main steam channel; 76. a steam valve baffle; 77. a water tank inlet; 78. a water outlet of the external water inlet tank; 79. a water tank water inlet connecting pipe; 80. a steam ladle furnace flue; 81. externally hanging a water inlet tank; 83. a steamed stuffed bun steaming furnace platform; 84. a waste water outlet of the external water inlet tank; 85. a waste water drain pipe with a valve and an external water inlet tank; 86. a drawer type steam box body; 87. steaming and separating the drawer; 88. the drawer is provided with a steam insulation handle; 89. A drawer steam insulation bottom plate; 90. a pull rod; 91. a drawer slide; 92. a drawer steam insulation handle; 93. turning over a plate; 94. a turning plate hinge; 95. a pillar square tube; 96. a drawer type steam box coaming plate; 97. the inner top layer of the drawer type steam box; 98. a water tank on the ceiling of the drawer type steam box; 99. a square pipe orifice; 101. an interlayer square tube; 102. a drawer type steam box top; 103. a bottom frame; 104. the drawer evaporates and separates square pipe frame.

Detailed Description

Make easily for this split type steaming cabinet, the thermal efficiency is high, and energy-conserving effect is showing, economic environmental protection, convenient maintenance, long service life, the embodiment of the utility model provides a split type steaming cabinet. The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only some embodiments of the present invention, not all embodiments. Based on the embodiments in the present invention, all other embodiments obtained by a person skilled in the art without creative work belong to the protection scope of the present invention.

Example 1

Referring to fig. 1-9, the present embodiment provides a split-type steam cabinet, which includes a combustion device a, a heat exchange device B, an independent steam box C, and a smoke exhausting device D, and is characterized in that: the combustion equipment A, the heat exchange equipment B, the independent steam box C and the smoke exhaust equipment D are all independent integral equipment, the combustion equipment A, the heat exchange equipment B and the independent steam box C are connected together through the quick locking equipment, a water tank 26 is arranged on the heat exchange equipment B, a water tank sealing rubber strip 28 is placed in the water tank 26, the independent steam box C is placed on the water tank 26, the independent steam box C and the heat exchange equipment B form a sealing structure through the water tank sealing rubber strip 28 in the water tank 26, the smoke exhaust equipment D is movably fixed on the heat exchange equipment B and is connected with a heat exchanger flue 30, the combustion equipment A comprises a support 1, a combustor, an ignition device and control equipment, the combustor, the ignition device and the control equipment are respectively fixed on the support 1, the combustion equipment A is detachable integral equipment, the heat exchange equipment B comprises a water tank 24, a heat exchanger 25, a, A water tank drain pipe 27 with a valve and a heat exchanger flue 30, wherein a heat exchanger 25 is fixed in the water tank 24, a water tank 26 is arranged on the water tank 24, the water tank 26 is of a structure with a high outer part and a low inner part, the water tank drain pipe 27 with the valve is fixed on the lower part of the water tank 24, a water tank sealing rubber strip 28 is arranged in the water tank 26, the heat exchanger flue 30 is fixed on the outer surface of one side of the water tank 24, an independent steam box C comprises a steam box body 44, a steam box door 46, a steam box top 55, a multilayer steam box body 58, a steam box door first 59, a steam box door second 60, a steam box door third 61 and a steam box top 55, a steam box door locking device 47 is fixed on the steam box door 46, a steam box bottom frame 48 is arranged at the lower end of the steam box body 44, a plurality of support bars 50 are arranged in the steam box body 44, a carrying handle 45 is arranged at the lower end of the outer surface of the steam box body 44, a steam box steam pressure relief device 54 is arranged on the steam box body 44, a slag receiving disc support bar 57 is fixedly arranged at the lower end in the steam box body 44, a slag receiving disc 49 is placed on the slag receiving disc support bar 57, a slag receiving disc steam hole 56 is arranged at the vertical edge of the slag receiving disc 49, a steam box ball float valve 38 is fixedly screwed at the lower end of the back of the steam box body 44, a steam box door I59, a steam box door II 60 and a steam box door III 61 are respectively and movably connected onto the multilayer steam box body 58 through hinges 53 to form a 3-door steam box, and a space between the steam box body 44 and the steam box door 46 is reserved between the steam box body 44 and the steam; a sealing strip 51 is fixedly arranged between the multilayer steam box body 58 and the first steam box door 59, the second steam box door 60 and the third steam box door 61 respectively, a plurality of supporting strips 50 are arranged in each layer of the multilayer steam box body 58, the lower end of the multilayer steam box body 58 is provided with a multilayer steam box bottom plate 71 in a sealing manner, a bottom layer wastewater discharge port 65 is arranged on the multilayer steam box bottom plate 71, the bottom layer wastewater discharge port 65 is positioned at the low water level of the inclined plane of the multilayer steam box bottom plate 71, the bottom layer wastewater discharge port 65 is connected with a bottom layer wastewater discharge pipe 63 with a valve in a sealing manner, a multilayer steam box interlayer partition plate 72 is arranged between layers of the multilayer steam box body 58 in a sealing manner, the multilayer steam box interlayer partition plate 72 is of an inclined plane structure, a multilayer steam box interlayer discharge hole 73 is arranged at the low water level side of the multilayer steam box interlayer partition plate 72, and a multilayer steam box, a steam control valve is arranged on the upper surface of a partition plate at the lower end of each layer of the multi-layer steam box body 58, the steam control valve consists of a steam valve control rod 62, a steam valve fixing rod 67, a steam valve connecting rod 68 and a steam valve baffle 76, a multi-layer steam box main steam channel 75 is arranged in an interlayer of the multi-layer steam box body 58, a multi-layer steam box main steam inlet 70 is arranged at the lower end of the inner wall of the multi-layer steam box main steam channel 75, a multi-layer steam box interlayer steam outlet 66 is arranged at the lower end of each layer of the inner wall of the multi-layer steam box main steam channel 75, the steam valve baffle 76 is arranged in the multi-layer steam box main steam channel 75, the size of the steam valve baffle 76 is larger than that of the multi-layer steam box main steam inlet 70, a multi-layer steam box main steam pressure relief device 64 is arranged at the top end of each layer of the multi-layer steam, the smoke exhaust equipment D comprises a main flue 29, a guide box 31 and a preheating water tank 36, wherein the main flue 29 is inserted outside the organ type heat exchanger flue 30, the guide box 31 is inserted outside the upper end of the main flue 29 through a flue opening 32, and a drainage pipe hole 33 is formed below the guide box 31. The main water inlet 40 is connected with the preheating water tank 36 through a preheating water tank ball float valve 39, the preheating water tank water outlet 42 is connected with a steam box water inlet 41 through a connecting water pipe 43, water in the preheating water tank 36 flows into the water tank 26 and the water tank 24 through the steam box water inlet 41 through a steam box ball float valve 38, the preheating water tank water outlet 42 and the main water inlet 40 have a certain fall, a water drainage pipe hole 33 is formed in the lower surface of the preheating water tank 36, a drain pipe 35 is fixedly connected with the water drainage pipe hole 33, a drain valve 34 is connected to the drain pipe 35 through threads, and the preheating water tank 36 is movably fixed to the upper ends of the back surfaces of the steam box body 44 and the.

In the embodiment, a wind shielding coaming 6, an electronic igniter fixing box 11, a main air inlet pipe 14 and a locking pull buckle 22 are respectively fixed on a bracket 1; the small fire burner 2 and the big fire burner 3 are fixed on the wind shield 6 by screw threads; the small fire burner 2 and the large fire burner 3 of the present embodiment are general-purpose fire row burners; the main air inlet pipe 14 is in threaded connection with a small fire control valve 8, a big fire control valve 9 and an air inlet tee joint 7; the small fire control valve 8 and the small fire burner 2 are connected together through a small fire air inlet connecting pipe 10; the big fire control valve 9 and the big fire burner 3 are connected together through a big fire air inlet connecting pipe 12; the electronic igniter 4 is fixed on the electronic igniter fixing box 11 through threads; the electronic igniter 4 is in threaded connection with a long open flame burner 5; the electronic igniter 4 is connected with the air inlet tee joint 7 through the open flame air inlet connecting pipe 13; the air inlet tee joint 7 is provided with a main air inlet 21; the panel 16 is movably fixed on the bracket 1 through a panel screw 17; a panel fire observation hole 19 is formed on the panel 16; a water receiving groove 15 and a water receiving groove drain pipe 18 are arranged on the panel 16; a fire observation hole 20 is arranged on the wind shield 6; the 4 supporting feet of the bracket 1 can be fixed with adjustable feet or wheels according to the requirement; the structure above forms an independent combustion device A, which can be detached alone and replaced and maintained very conveniently. The heat exchange water tank is as shown in figure 1, figure 2 and figure 3, a heat exchanger 25 is fixed in a water tank 24, and a water tank 26 is arranged above the water tank 24; the water tank 26 is of a structure with a high outside and a low inside; a water tank drain pipe 27 with a valve is fixed under the water tank 24; a water tank sealing rubber strip 28 is arranged in the water tank 26; the heat exchanger stack 30 is secured to the outside of one side of the tank 24. The above structure forms an independent heat exchange device B which can be independently disassembled and replaced. Water inlet and outlet system as shown in fig. 1 and 2, inlet water flows into the preheating water tank 36 through a main water inlet 40 and a preheating water tank ball float valve 39; the water outlet 42 of the preheating water tank is connected with the water inlet 41 of the steam box through a connecting water pipe 43; the water in the preheating water tank 36 flows into the water tank 26 and the water tank 24 through the steam box water inlet 41 and the steam box ball float valve 38, when the water level in the water tank 24 reaches the control water level of the steam box ball float valve 38, the water entering the steam box is stopped, when the water level in the preheating water tank 36 reaches the control water level of the preheating water tank ball float valve 39, the water entering the preheating water tank 36 is stopped, a water discharge pipe hole 33 is formed in the lower surface of the preheating water tank 36, and a sewage discharge pipe 35 is welded to the water discharge pipe hole 33; a drain valve 34 is connected on the drain pipe 35 through screw threads; a blow-off pipe 35; when scale is in the preheating water tank 36, the scale can be discharged through the drain pipe 35 and the drain valve 34; waste water in the tank 24 is removed through a valved tank drain 27. The single door steam box is shown in figure 1, figure 2, figure 3 and figure 4; the single-door steam box consists of a steam box body 44, a steam box door 46 and a steam box top 55; the steam box body 44, the steam box door 46 and the steam box top 55 are all of a double-layer structure filled with heat insulation materials; a steam box door locking device 47 is fixed on the steam box door 46; the lower end of the steam box body 44 is a hollow steam box bottom frame 48; a plurality of support bars 50 are arranged in the steam box body 44; a carrying handle 45 is arranged at the lower end of the outer surface of the steam box body 44, so that the steam box is convenient to carry; a sealing strip 51 is fixedly arranged between the outer edge of the door of the steam box body 44 and the steam box door 46; the sealing strip 51 can be fixed outside the door of the steam box body 44 or on the steam box door 46; the inclined structure of the inner top plate 52 of the steam box in the steam box top 55 is convenient for the condensed water to flow to the inner wall of the box body 44 of the steam box and avoid dripping into a steaming tray; the steam box door 46 is movably connected to the steam box body 44 through a hinge 53; the steam box door 46 can be opened and closed by a steam box door locking device 47. When the steam box door 46 is closed, a sealing strip 51 is arranged between the steam box body 44 and the steam box door 46 for sealing, so that steam is prevented from leaking; a steam box steam pressure relief device 54 is arranged on the steam box body 44; a slag receiving disc support bar 57 is fixedly arranged at the lower end in the steam box body 44, a slag receiving disc 49 is placed on the slag receiving disc support bar 57, and a slag receiving disc steam hole 56 is arranged on the vertical surface of the slag receiving disc 49; a steam box float valve 38 is screwed to the lower end of the back of the steam box body 44. A three-door steam box is shown in figure 5, figure 6, figure 7, figure 8 and figure 9; the three-door steam box consists of a multi-layer steam box body 58, a first steam box door 59, a second steam box door 60, a third steam box door 61 and a steam box top 55; the multi-layer steam box body 58, the first steam box door 59, the second steam box door 60, the third steam box door 61 and the top 55 are all of double-layer structures filled with heat insulation materials in the middle; sealing strips 51 are respectively fixed between the multilayer steam box body 58 and the first steam box door 59, the second steam box door 60 and the third steam box door 61; the sealing strips 51 are fixed on the multilayer steam box body 58 or the first steam box door 59, the second steam box door 60 and the third steam box door 61; a plurality of supporting bars 50 are arranged in each layer of the multi-layer steam box body 58; the lower end of the multilayer steam box body 58 is hermetically provided with a multilayer steam box bottom frame layer plate 71; the bottom frame layer plate 71 of the multi-layer steam box is of an inclined surface structure, and a bottom layer wastewater discharge port 65 is arranged on the upper surface of the bottom frame layer plate 71 of the multi-layer steam box; the bottom layer waste water outlet 65 is arranged at the low water level of the inclined surface of the bottom frame layer plate 71 of the multi-layer steam box; the bottom layer waste water outlet 65 is hermetically connected with a bottom layer waste water drain pipe 63 with a valve; the waste water is discharged out of the multi-layer steam box body 58 through a bottom layer waste water discharge pipe 63 with a valve; a multilayer steamer interlayer partition plate 72 is hermetically arranged between layers of the multilayer steamer box body 58; the interlayer partition plate 72 of the multi-layer steam box is of an inclined plane structure; a multi-layer steam box interlayer drain hole 73 is arranged at the low water level edge of the multi-layer steam box interlayer partition plate 72; a cover plate 74 of the drainage hole between the layers of the multilayer steam box is movably fixed on the drainage hole 73 between the layers of the multilayer steam box, so that steam leakage between the layers is prevented, and drainage between the layers is facilitated. A steam control valve is arranged on a partition plate at the lower end of each layer of the multilayer steam box body 58, the steam control valve consists of a steam valve control rod 62, a steam valve fixing rod 67, a steam valve connecting rod 68 and a steam valve baffle 76, and the steam valve control rod 62 is arranged outside the position of the multilayer steam box body 58 in the door direction; the steam valve fixing rod 62 controls the rotation of the steam valve fixing rod 67, the steam valve baffle 76 is movably connected to the steam valve connecting rod 68, and the rotation of the steam valve fixing rod 67 drives the steam valve baffle 76 to open and close the steam control valve through the steam valve connecting rod 68. A multi-layer steam box main steam channel 75 is arranged in the interlayer of the multi-layer steam box body 58; the lower end of the inner wall of the multi-layer steam box main steam channel 75 is provided with a multi-layer steam box main steam inlet 70; the lower end of each layer of the inner wall of the main steam channel 75 of the multilayer steam box is provided with a steam outlet 66 between the layers of the multilayer steam box; the steam valve baffle 76 is arranged in the main steam channel 75 of the multilayer steam box, and the size of the steam valve baffle 76 is larger than that of the main steam inlet 70 of the multilayer steam box; a multi-layer steam box main steam pressure relief device 64 is arranged at the top end of the multi-layer steam box main steam channel 75; a multi-layer steam box interlayer steam pressure relief device 69 is arranged at the upper end of the back of each layer of the multi-layer steam box body 58; the pressure relief pressure of the main steam pressure relief device 64 of the multilayer steam box is greater than that of the steam pressure relief device 69 between the layers of the multilayer steam box; the main characteristic of the steam control valve structure of the utility model is that the steam door is opened by closing the steam valve at first, thus avoiding the steam scald of the steam door, and the steam control valve structure is a schematic diagram of the three-door steam box door as shown in fig. 5. When the steam box door is to be opened, the steam valve control rod 62 is firstly rotated to close the steam control valve downwards, and then the steam box door can be opened. The present example is mainly made of stainless steel material. The three-door steam box can realize independent operation of each layer of the steam box, so that taint of odor is avoided; the independent steam box is of a box body structure, and the material is manufactured at one time and used for a long time as the material has good quality and thickness. The smoke exhaust duct five is as shown in figure 1 and figure 2; the discharge flue consists of a main flue 29, a heat exchanger flue 30 and a flow guide box 31; the main flue 29 is inserted outside the heat exchanger flue 30; the guide box 31 is inserted outside the upper flue opening of the flue 29 through the flue opening 32; the lower surface of the guide box 31 is provided with a drainage pipe hole 33 which is convenient for a drain pipe 35 and a drain valve 34 of the preheating water tank 36 to pass through, and the guide box 31 is wrapped outside the periphery of the preheating water tank 36 and is provided with a certain gap which is convenient for smoke to pass through. The flue gas with certain waste heat in the flue can heat the water in the preheating water tank 36 to achieve the preheating effect, and when the water in the preheating water tank 36 reaches a certain water temperature, scale in the water can be removed; the purpose of reducing the formation of scale in the water tank 24 is achieved; scale formation in the preheat tank 36 is periodically removed to avoid plugging the preheat tank outlet 42 and the connecting water line 43.

Example 2

Referring to fig. 10 to 15, the present embodiment provides a split steaming cabinet: the wind-shielding coaming 6, the electronic igniter fixing box 11, the main air inlet pipe 14 and the locking pull buckle 22 are respectively fixed on the bracket 1; the hot fire burner 3 is fixed on the wind shield 6 by screw thread; the big fire burner 3 of the present embodiment is a general fire grate burner; the main air inlet pipe 14 is in threaded connection with a big fire control valve 9 and an air inlet tee joint 7; the big fire control valve 9 and the big fire burner 3 are connected together through a big fire air inlet connecting pipe 12; the electronic igniter 4 is fixed on the electronic igniter fixing box 11 through threads; the electronic igniter 4 is in threaded connection with a long open flame burner 5; the electronic igniter 4 is connected with the air inlet tee joint 7 through the open flame air inlet connecting pipe 13; the air inlet tee joint 7 is provided with a main air inlet 21; a fire observation hole 20 is arranged on the wind shield 6; the 4 supporting feet of the bracket 1 can be fixed with adjustable feet or wheels according to the requirement, a heat exchanger 25 is fixed in the water tank 24, and a water tank 26 and a steaming and steaming furnace platform 83 are arranged above the water tank 24; the steamed stuffed bun stove platform 83 is convenient for placing a traditional common food steamer; the water tank 26 is of a structure with a high outside and a low inside; a flat box with an opening is arranged on the water tank 26 and can be used for steaming small steamed buns; a water tank drain pipe 27 with a valve is fixed under the water tank 24; a water tank sealing rubber strip 28 is arranged in the water tank 26; the heat exchanger stack 30 is secured to the outside of one side of the tank 24. The above structure forms a separate heat exchange device B, and the structure of the heat exchange device B is shown in figures 10, 11 and 12, and the structure is a structure that the combustion device A and the heat exchange device B are connected together, and can be used as a single steamed stuffed bun steaming stove, and a water inlet and outlet system is shown in figures 10, 11, 12 and 15; the inlet water flows into the external water inlet tank 81 through the main water inlet of the ladle furnace through the ball float valve 39 of the preheating water tank; the external water inlet tank water outlet 78 is connected with the water tank water inlet 77 through a water tank water inlet connecting pipe 79; the water in the external water inlet tank 81 flows into the water tank 24 through the water tank water inlet 77, when the water level in the water tank 24 is the same as the water level of the external water inlet tank 81, the water entering the external water inlet tank 81 is stopped when the water level of the external water inlet tank 81 reaches the control water level of the preheating water tank ball float valve 39, an external water inlet tank waste water discharge port 84 is arranged below the external water inlet tank 81, and an external water inlet tank waste water discharge pipe 85 with a valve is welded on the external water inlet tank waste water discharge port 84; when scale is in the external water inlet tank 81, the scale can be discharged through the external water inlet tank waste water drain pipe 85 with a valve; waste water in the tank 24 is removed through a valved tank drain 27. The external water inlet tank 81 is not provided with a water tank cover, so that the observation and the manual water adding are facilitated. The independent steam box C of the present embodiment is a drawer type steam box, as shown in fig. 13, 14, 15; the drawer type steam box body 86 consists of a support square tube 95, a drawer type steam box enclosing plate 96, an interlayer square tube 101, a drawer type steam box top 102 and a bottom frame 103; the drawer-type steam box body 86 is divided into a plurality of layers through interlayer square pipes 101; a drawer sliding groove 91 is fixedly arranged on the bottom surface of each layer; a drawer steaming compartment 87 is slidably arranged on each layer; a drawer steam insulation handle 92 is arranged on an outer baffle plate of the drawer steam insulation 87; the inner side of the drawer steam trap 87 is provided with a drawer steam trap handle 88 and a drawer steam trap square tube frame 104, the lower surface of the drawer steam trap square tube frame 104 is fixedly provided with a drawer steam trap bottom plate 89 with a hole, and three vertical surfaces of the drawer steam box body 86 are provided with drawer steam box surrounding plates 96; the drawer type steam box enclosing plate 96 can be single-layer toughened glass, hollow interlayer toughened glass, a single-layer stainless steel plate and a double-layer stainless steel plate filled with heat insulation materials; the outer baffle of the drawer steam compartment 87 can be in a cuboid or frustum structure. (ii) a The pillar square tube 95 is a square tube having square tube openings 99 formed in the upper and lower sides thereof; the inner top layer 97 of the drawer-type steam box is arranged in the drawer-type steam box top 102, and the inner top layer 97 of the drawer-type steam box is of an inclined plane structure; a drawer type steam box ceiling water tank 98 is arranged below the drawer type steam box top 102, four corners of the drawer type steam box ceiling water tank 98 are fixedly connected with the support square tube 95 in a sealing mode, water leakage holes are formed in the four corners of the drawer type steam box ceiling water tank 98 and are communicated with a square tube opening 99 of the support square tube 95, condensed water of a top layer 97 in the drawer type steam box flows into the drawer type steam box ceiling water tank 98 through an inclined plane and flows out through a lower tube opening 99 of the support square tube 95 to flow into the water tank 26, and the water tank 26 is filled with water and can play a role in sealing; a turning plate 93 is movably fixed on the inner upper edge of each layer of drawer opening of the drawer type steam box body 86 through a turning plate hinge 94, when the drawer type steam box body 86 is inserted with the drawer type steam compartment 87 in a sliding way, the turning plate 93 is opened to form the opened turning plate 93, and when the drawer type steam compartment 87 is extracted, the turning plate 93 is closed, so that a large amount of steam can be prevented from leaking; the square tube of the drawer opening of the drawer type steam box body 86 is provided with a pull rod 90, when the pull rod 90 is pushed in, the drawer type steam baffle 87 can be prevented from being pulled out completely, the tail part of the drawer type steam baffle 87 is fixed at the drawer opening and can be hung outside the drawer type steam box body 86, the loading and picking operation can be carried out, meanwhile, the turning plate 93 is closed, a large amount of steam is prevented from leaking, when the pull rod 90 is pulled out, the drawer type steam baffle 87 can be pulled out completely, and the purpose of replacing other drawer type steam baffles 87 is achieved; other products being steamed in the drawer cabinet 86 may be affected less during the operation of withdrawing and inserting the drawer compartment 87. Discharge flue apparatus D as in fig. 10, 11, 12 and 15; the smoke channel of the split type ladle furnace consists of a ladle furnace flue 80 and a heat exchanger flue 30; the steaming-ladle furnace flue 80 is inserted outside the heat exchanger flue 30; the steam ladle furnace flue 80 is short, the smoke outlet of the steam ladle furnace flue 80 is over against the lower surface of the externally-hung water inlet tank 81, and a certain gap is reserved for facilitating smoke discharge, smoke with certain waste heat in the flue can heat water in the externally-hung water inlet tank 81 to achieve the preheating effect, and scale in the water can be removed when the water in the preheating water tank 36 reaches a certain water temperature; the purpose of reducing the formation of scale in the water tank 24 is achieved; the scale formed by the external water inlet tank 81 is periodically discharged, and the blockage of the external water inlet tank water outlet 78, the water tank water inlet connecting pipe 79 and the water tank water inlet 77 is avoided. FIG. 15 is an assembly view of the drawer type steam box, wherein the locking tab hook is arranged on the second heat exchange water tank or the drawer type steam box according to specific requirements; the combustion system and the heat exchange water tank are independently combined to be used as an independent steaming and steaming furnace. The combustion system, the heat exchange water tank II and the drawer type steam box are combined to form a complete fuel gas split type drawer type steam box.

In the description of the present invention, it should be noted that the terms "vertical", "upper", "lower", "horizontal", and the like indicate orientations or positional relationships based on the orientations or positional relationships shown in the drawings, and are only for convenience of description and simplification of the description, but do not indicate or imply that the device or element referred to must have a specific orientation, be constructed and operated in a specific orientation, and thus, should not be construed as limiting the present invention.

In the description of the present invention, it should be further noted that, unless explicitly stated or limited otherwise, the terms "disposed," "mounted," "connected," and "connected" are to be construed broadly and may be, for example, fixedly connected, detachably connected, or integrally connected, mechanically connected, electrically connected, directly connected, connected through an intermediate medium, or connected to the inside of two elements. The specific meaning of the above terms in the present invention can be understood according to specific situations by those skilled in the art.

Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.

Claims

1. The utility model provides a split type steaming cabinet, includes combustion apparatus (A), indirect heating equipment (B), independent steam ager (C), fume extractor (D), its characterized in that: the combustion equipment (A), the heat exchange equipment (B), the independent steam box (C) and the smoke exhaust equipment (D) are independent integral equipment, the combustion equipment (A), the heat exchange equipment (B) and the independent steam box (C) are connected together through quick locking equipment, a water tank (26) is arranged on the heat exchange equipment (B), a water tank sealing rubber strip (28) is placed in the water tank (26), the independent steam box (C) is placed on the water tank (26), the independent steam box (C) and the heat exchange equipment (B) form a sealing structure through the water tank sealing rubber strip (28) in the water tank (26), the smoke exhaust equipment (D) is movably fixed on the heat exchange equipment (B) and is connected with a heat exchanger flue (30), and the combustion equipment (A) comprises a support (1), a combustor, an ignition device and control equipment, fixed combustor, ignition, controlgear respectively on support (1), combustion apparatus (A) is the whole equipment that can split, heat exchange apparatus (B) includes water tank (24), heat exchanger (25), basin (26), takes water tank drain pipe (27), heat exchanger flue (30) of valve, water tank (24) internal fixation has heat exchanger (25), the higher authority of water tank (24) is provided with basin (26), basin (26) are outer high interior low structure, be fixed with below the water tank (24) and take water tank drain pipe (27) of valve, basin joint strip (28) have been placed in water tank (26), the outside in water tank (24) one side is fixed in heat exchanger flue (30), independent steam ager (C) are including steam ager box (44), steam ager door (46), steam ager top (55), The steam box comprises a plurality of layers of steam box bodies (58), a first steam box door (59), a second steam box door (60), a third steam box door (61) and a steam box top (55), wherein a steam box door locking device (47) is fixed on each steam box door (46), a steam box bottom frame (48) is arranged at the lower end of each steam box body (44), a plurality of support bars (50) are arranged in each steam box body (44), a carrying handle (45) is arranged at the lower end of the outer side of each steam box body (44), a steam box inner top plate (52) in each steam box top (55) is of an inclined surface structure, each steam box door (46) is movably connected onto each steam box body (44) through hinges (53), a steam box steam pressure relief device (54) is arranged on each steam box body (44), a slag receiving disc support bar (57) is fixedly arranged at the lower end in each steam box body (44), and a slag receiving disc (49) is placed on each slag receiving disc support bar (57, a slag receiving disc steam hole (56) is formed in the vertical edge of the slag receiving disc (49), a steam box ball float valve (38) is fixed to the lower end of the back face of the steam box body (44) in a threaded mode, a steam box door I (59), a steam box door II (60) and a steam box door III (61) are movably connected to the multilayer steam box body (58) through hinges (53) respectively to form a 3-door steam box, and the steam box body (44) and the steam box door (46) are arranged between the steam box body and the steam box door; a sealing strip (51) is fixedly arranged between each of a plurality of layers of steam box bodies (58) and a steam box door I (59), a steam box door II (60) and a steam box door III (61), a plurality of supporting strips (50) are arranged in each layer of the plurality of layers of steam box bodies (58), a plurality of layers of steam box bottom plates (71) are hermetically arranged at the lower ends of the plurality of layers of steam box bodies (58), a bottom waste water outlet (65) is arranged on each layer of the plurality of layers of steam box bottom plates (71), the bottom waste water outlet (65) is hermetically connected with a bottom waste water outlet pipe (63) with a valve, a plurality of layers of steam box interlayer partition plates (72) are hermetically arranged among the layers of the plurality of layers of steam box bodies (58), the plurality of layers of steam box interlayer partition plates (72) are of inclined plane structures, and a plurality of layers of steam box interlayer drain holes (73) are arranged at the low water level sides of the plurality of layers of, a multi-layer steam box interlayer drainage hole cover plate (74) is movably fixed on the multi-layer steam box interlayer drainage hole (73), a steam control valve is arranged on a lower end baffle plate of each layer of the multi-layer steam box body (58), the steam control valve consists of a steam valve control rod (62), a steam valve fixing rod (67), a steam valve connecting rod (68) and a steam valve baffle plate (76), a multi-layer steam box main steam channel (75) is arranged in an interlayer of the multi-layer steam box body (58), a multi-layer steam box main steam inlet (70) is formed in the lower end of the inner wall of the multi-layer steam box main steam channel (75), a multi-layer steam box interlayer steam outlet (66) is formed in the lower end of each layer of the inner wall of the multi-layer steam box main steam channel (75), and the steam valve baffle plate (76) is arranged in the multi-layer steam box main steam channel (75), the size of the steam valve baffle (76) is larger than that of a multi-layer steam box main steam inlet (70), the top end of a multi-layer steam box main steam channel (75) is provided with a multi-layer steam box main steam pressure relief device (64), the upper end of the back of each layer of the multi-layer steam box body (58) is provided with a multi-layer steam box interlayer steam pressure relief device (69), the smoke exhaust equipment (D) comprises a main flue (29), a flow guide box (31) and a preheating water tank (36), the main flue (29) is inserted outside a flue (30) of an organ type heat exchanger, the flow guide box (31) is inserted outside the upper end of the main flue (29) through a flue port (32), a drainage pipe hole (33) is arranged below the flow guide box (31), a main water inlet (40) is connected with the preheating water tank (36) through a preheating water tank floating ball valve (39), and a preheating water tank water outlet (42) is connected with a steam box water inlet (41, the water in the preheating water tank (36) flows into the water tank (26) and the water tank (24) through the steam box water inlet (41) and the steam box ball float valve (38), the water outlet (42) of the preheating water tank and the main water inlet (40) have a certain fall, a drain pipe hole (33) is arranged below the preheating water tank (36), the drain pipe hole (33) is fixedly connected with a drain pipe (35), the blow-off pipe (35) is connected with a blow-off valve (34) through screw threads, the preheating water tank (36) is movably fixed at the upper ends of the back surfaces of the steam box body (44) and the multilayer steam box body (58), the steam box body (44), the steam box door (46), the steam box top (55), the multilayer steam box body (58), the steam box door I (59), the steam box door II (60), the steam box door III (61) and the steam box top (55) are all of a double-layer structure filled with heat insulation materials in the middle.

2. The split steaming cabinet of claim 1, wherein: the combustor of the combustion equipment (A) can be a fire grate combustor, a violent fire combustor, a blast type combustor or a combustor.

3. The split steaming cabinet of claim 1, wherein: the heat exchanger of the heat exchange equipment (B) of the combustion equipment can be a square tube type, a circular tube type, a corrugated tube type, an organ type and other heat exchangers capable of increasing the heat absorption area.

4. The split steaming cabinet of claim 1, wherein: fixed sealing strips (51) are respectively arranged among the multi-layer steam box body (58) and the first steam box door (59), the second steam box door (60) and the third steam box door (61), and the sealing strips (51) adopt K-shaped sealing strips applied in other cases.

5. The split steaming cabinet of claim 1, wherein: the combustion equipment (A) is gas type combustion equipment, a wind shielding coaming (6), an electronic igniter fixing box (11), a main air inlet pipe (14) and a locking pull buckle (22) are fixed on a support (1) of the combustion equipment (A) respectively, a small fire combustor (2) and a large fire combustor (3) are fixed on the wind shielding coaming (6) through threads, a small fire control valve (8), a large fire control valve (9) and an air inlet tee joint (7) are connected on the main air inlet pipe (14) through threads, the small fire control valve (8) and the small fire combustor (2) are fixedly connected through a small fire air inlet connecting pipe (10), the large fire control valve (9) and the large fire combustor (3) are fixedly connected through a large fire air inlet connecting pipe (12), an electronic igniter (4) is fixed on the electronic igniter fixing box (11) through threads, a long open fire combustor (5) is connected on the electronic igniter (4) through threads, electronic ignition ware (4) are through ever-burning open flame air inlet connecting pipe (13) and air inlet tee bend (7) fixed connection, there is main air inlet (21) on air inlet tee bend (7), and panel (16) are fixed on support (1) through panel screw (17) activity, and it has panel to see fire hole (19) to open on panel (16), and the higher authority of panel (16) has water receiving Cao (15) and water receiving tank drain pipe (18), it has to see fire hole (20) to open on bounding wall (6) keeps out the wind, little fire combustor (2) and big fire combustor (3) are gas type fire row combustor.

6. The split steaming cabinet of claim 1, wherein: the support (1) of the combustion equipment (A) is respectively fixed with a wind shielding coaming (6), an electronic igniter fixing box (11), a main air inlet pipe (14) and a locking pull buckle (22), the wind shielding coaming (6) is provided with a big fire burner (3) in a threaded manner, the main air inlet pipe (14) is provided with a big fire control valve (9) and an air inlet three-way pipe (7) in a threaded manner, the big fire control valve (9) and the big fire burner (3) are connected together through a big fire air inlet connecting pipe (12), the electronic igniter fixing box (11) is provided with an electronic igniter (4) in a threaded manner, the electronic igniter (4) is provided with a long open fire burner (5) in a threaded manner, the electronic igniter (4) is connected together with the air inlet three-way pipe (7) through a long open fire air inlet connecting pipe (13), the air inlet three-way pipe (7) is provided with a main air inlet (21, a fire observation hole (20) is formed in the wind shielding surrounding plate (6), and the big fire combustor (3) is a gas type fire grate combustor.

7. The split steaming cabinet of claim 1, wherein: the wind-driven type steam-bag oven is characterized in that a wind-organ type heat exchanger (25) is fixed in the water tank (24), a water tank (26) and a steam-bag oven platform (83) are arranged on the water tank (24), a flat plate box with an opening is placed on the water tank (26), a water tank sealing rubber strip (28) is placed in the water tank (26), a wind-organ type heat exchanger flue (30) is fixed outside one side of the water tank (24), and the water tank (26) and the steam-bag oven platform (83) can be square or circular.

8. The split steaming cabinet of claim 1, wherein: the smoke exhausting equipment (D) comprises a steaming and packing furnace flue (80), a heat exchanger flue (30) and an externally-hung water inlet tank (81), the steaming and packing furnace flue (80) is inserted outside the organ type heat exchanger flue (30), a smoke outlet of the steaming and packing furnace flue (80) is just opposite to the position below the externally-hung water inlet tank (81), the externally-hung water inlet tank (81) is provided with an externally-hung water inlet tank water outlet (78) and an externally-hung water inlet tank waste water outlet (84), the externally-hung water inlet tank water outlet (78) is connected with a water tank water inlet (77) through a water tank water inlet connecting pipe (79), the externally-hung water inlet tank waste water outlet (84) is arranged below the externally-hung water inlet tank (81), and the externally-hung water inlet tank waste water outlet (84) is welded with an externally-hung water inlet.

9. The split steaming cabinet of claim 1, wherein: the independent steam box (C) is a drawer type steam box, a drawer type steam box body (86) of the drawer type steam box is composed of a support square tube (95), a drawer type steam box enclosing plate (96), an interlayer square tube (101), a drawer type steam box top (102) and a bottom frame (103), the drawer type steam box body (86) is divided into a plurality of layers through the interlayer square tube (101), a drawer sliding groove (91) is fixedly arranged on the bottom surface of the interlayer square tube (101), a drawer steam partition (87) is arranged in the interlayer square tube (101) in a sliding mode, a drawer steam partition handle (92) is arranged on an outer baffle of the drawer steam partition (87), a drawer steam partition lifting handle (88) and a drawer steam partition square tube frame (104) are arranged on the inner edge of the drawer steam partition (87), a drawer steam partition bottom plate (89) with a hole is fixedly arranged on the lower surface of the drawer steam partition square tube frame (104), and three drawer type steam box enclosing plates (96) are arranged on the vertical surface, a drawer type steam box ceiling water tank (98) is arranged below the drawer type steam box top (102), four corners of the drawer type steam box ceiling water tank (98) are fixedly connected with a support square tube (95) in a sealing way, water leakage holes are formed in the four corners of the drawer type steam box ceiling water tank (98), the water leakage holes are communicated with a square tube opening (99) of the support square tube (95), a drawer type steam box inner top layer (97) is arranged inside the drawer type steam box top (102), a turning plate (93) is movably fixed on the inner upper edge of each layer of drawer opening of the drawer type steam box body (86) through a turning plate hinge (94), a pull rod (90) is arranged on the square tube of the drawer opening of the drawer type steam box body (86), and the drawer type steam box surrounding plate (96) can be single-layer toughened glass, hollow laminated toughened glass, single-layer stainless steel plates or double-layer stainless steel plates filled with heat insulation materials, the outer baffle of the drawer steam partition (87) adopts a cuboid structure and a frustum structure.

10. The split steaming cabinet of claim 1, wherein: the ignition device is provided with flameout protection, and the independent steam box (C) is a single-layer steam box or a multi-layer steam box.