CN208167374U - Energy-saving steam generating device - Google Patents
Energy-saving steam generating device Download PDFInfo
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- CN208167374U CN208167374U CN201820522694.9U CN201820522694U CN208167374U CN 208167374 U CN208167374 U CN 208167374U CN 201820522694 U CN201820522694 U CN 201820522694U CN 208167374 U CN208167374 U CN 208167374U
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Abstract
A kind of energy-saving steam generating device, including cabinet set tank tower in cabinet, the space structure positioned at the top of tank tower be cabinet epicoele, lower part space structure be cabinet cavity of resorption；Water pump is located at the left side of cabinet cavity of resorption, and water storage tank is located at the right side of cabinet cavity of resorption and connect with water feeding of water pump interface；Steam generating tank, be located at it is intracavitary on cabinet, bottom be coupled steam generating tank water inlet pipe, top mating steam generating tank steam draw interface, the steam generating tank steam draw interface be stretched over cabinet case top cover top；Electric heater is located on steam generating tank and probes into chamber；Vapour iron excess steam recycles interface, is fixed on case top cover；Feature：Further include there are vapour iron excess steam heat exchange mechanisms, is connected between water storage tank and water pump between water pump water outlet interface and steam generating tank water inlet pipe corresponding to and is also connect with vapour iron excess steam recycling interface.The temperature of the water in water inlet steam generating tank is improved, energy-saving effect is excellent.
Description
Technical field
The utility model belongs to the technical field of auxiliary facilities of textile garment final finishing, and in particular to a kind of energy-saving steaming
Vapour generating device.
Background technique
As is known in the industry, vapour iron is the irons that textile and garment enterprise generally uses in finishing process, and
The steam for coming from vapour iron is provided by the steam generation facility such as steam generator being separately equipped with.
The technical information such as CN205388303U of steam generation facility can be seen in disclosed Chinese patent literature（Entirely certainly
Dynamic electric heating steam generator）,CN201093470Y（A kind of null press type electrical heating steam generator）And CN203771369U（Change
Into type electric heating steam generator）, etc..It is not limited to the aforementioned patent enumerated and does not have energy-efficient effect, so-called section
It can refer to：Steam output pipe is delivered to the redundancy Steam Recovery of flatiron, is improved in steam generating tank using the thermal energy of recycling
The temperature of water, " a kind of steam generator " that this can be recommended referring specifically to CN206361672U.
Redundancy, that is, extra steam is returned and leads to steam generating tank by above-mentioned CN206361672U（Patent claims " water container "）
The initial temperature of the water in steam generating tank can be improved, reduce the thermal energy that water evaporation needs and use embodiment energy conservation.But by
It cannot be exchanged heat comprehensively to the water before entering steam generating tank in extra steam, thus energy-saving effect is still not enough to reach
The desired degree of industry, technical solution described below generate in this background.
Summary of the invention
The task of the utility model, which is to provide, a kind of helps to lead to the excess steam of vapour iron to by water storage tank
The water led in the pipeline of steam generating tank is exchanged heat and uses the energy-saving steam generating device for significantly enhancing energy-saving effect.
What the task of the utility model was performed by, a kind of energy-saving steam generating device, including a cabinet, at this
The portion on the lower side of short transverse in cabinet and positioned at cabinet is provided with tank tower, and the space positioned at the top of tank tower is configured to cabinet
Epicoele, and the space for being located at the lower part of tank tower is configured to cabinet cavity of resorption；One water pump and a water storage tank, water pump are arranged in the cabinet
The left side of cavity of resorption, and the water that the right side of cabinet cavity of resorption is arranged in water storage tank and the water storage tank passes through water storage tank outlet pipe and water pump
The connection of pump water inlet interface；One steam generating tank, steam generating tank setting is intracavitary on the cabinet, at the bottom of steam generating tank
Portion, which matches, is connected to a steam generating tank water inlet pipe, and is used for being connected to one by the chamber of steam generating tank at the top of steam generating tank
The steam generating tank steam that interior steam is drawn draws interface, which draws the cabinet that interface is stretched over cabinet
The top of top cover；One for heating and vaporizing and formed the electric heater of steam for the water in the chamber of steam generating tank, the electricity
Heater is arranged on steam generating tank and probes into chamber；One vapour iron excess steam recycles interface, the vapour iron
Excess steam recycling interface is fixed on the top cover of box of cabinet；It is characterized in that further including having vapour iron excess steam heat exchange
Mechanism, the vapour iron excess steam heat exchange mechanisms are connected to the water of water pump corresponding between the water storage tank and the water pump
It pumps and recycles interface between water outlet mouthpiece and the steam generating tank water inlet pipe and also with the vapour iron excess steam
Connection.
In a specific embodiment of the utility model, a cabinet is each provided in the left and right side of the cabinet
Door, it is intracavitary on the cabinet and correspond to the steam generating tank left side position be equipped with an electric controller, institute
The electric heater stated is electrically connected by power circuit and electric controller；One and institute are fixed in the right upper portion of steam generating tank
State the steam generating tank three-way connection that chamber communicates, be connected on the steam generating tank three-way connection pressure gauge steam skirt and
One Steam pressure control device skirt, pressure gauge steam skirt are connect with pressure gauge, and before the pressure gauge is fixed on the cabinet
Upper lateral part, Steam pressure control device skirt is connect with Steam pressure control device, and the inside of the Steam pressure control device and cabinet
It fixes and is electrically connected by Steam pressure control device control line and the electric controller.
In another specific embodiment of the utility model, one and institute are fixed on the right side of the steam generating tank
The water level sensor cylinder that chamber communicates is stated, is provided with steam generating tank water level sensor in the water level sensor cylinder, the steam
Generation tank water level sensor is electrically connected by water level sensor route and the electric controller.
In another specific embodiment of the utility model, be provided in the water storage tank floating ball threshold switch and
The top of the water storage tank rear wall of one ball-cock assembly, floating ball threshold switch and water storage tank is fixed, and it is separate that ball-cock assembly is fixed on floating ball valve rod
One end of floating ball threshold switch, and floating ball valve rod is hinged towards one end of floating ball threshold switch and floating ball threshold switch.
It is safe with being connected to one at the top of the steam generating tank in another specific embodiment of the utility model
Blow valve interface, the safety vent valve interface are stretched over the top of the top cover of box and are equipped with a safety vent valve,
The steam generating tank steam is drawn on interface and is used in the position for corresponding to the top of the top cover of box with being connected to one
Steam is distributed to the flatiron ironing steam ejector of vapour iron.
In the utility model there are one in specific embodiment, in the water storage tank towards the side of the water pump
It is fixed with a steam backwater pipe fixing sleeve on water storage tank wall body, is fixed with a steam backwater on the steam backwater pipe fixing sleeve
Pipe, the steam backwater pipe probe into the water storage tank chamber of water storage tank and the water pipe also with the water pump water outlet interface that is connected to the water pump
The vapour iron excess steam heat exchange mechanisms between the steam generating tank water inlet pipe are connect.
In the utility model more and in a specific embodiment, the vapour iron excess steam heat exchange mechanisms packet
Include pump outlet adapter tube, the threeway of pump outlet adapter tube, outer tube, heat-exchanging water outlet three way, steam generating tank inlet triplet for water,
Excess steam recovery tube, heat exchanger tube and heat-exchanging water outlet pipe, one end of pump outlet adapter tube and the water pump water outlet of the water pump
Interface connection, the other end are connect with pump outlet adapter tube threeway, and one end of outer tube is connect with pump outlet adapter tube threeway,
Middle part forms coil shape, and the other end of outer tube is connect with heat-exchanging water outlet three way, and the setting of steam generating tank inlet triplet for water exists
On the steam generating tank water inlet pipe, one end of excess steam recovery tube and the vapour iron excess steam recycle interface
Connection, and the other end of excess steam recovery tube is connected in the position of heat-exchanging water outlet three way and one end of heat exchanger tube, heat exchanger tube
Middle part be located at the middle part intracavitary and in company with outer tube of outer tube of outer tube and form coil shape, the other end and water of heat exchanger tube
Pump out the mouth of a river adapter tube threeway connection, one end of heat-exchanging water outlet pipe connect with heat-exchanging water outlet three way and with housing lumen phase
Logical, the other end is connect with heat-exchanging water titting water outlet, and the heat-exchanging water titting water outlet is connect with steam generating tank inlet triplet for water,
The steam backwater pipe is communicated in the position of pump outlet adapter tube threeway with the heat exchanger tube, and the housing lumen is water
Chamber.
In a specific embodiment in turn of the utility model, on the water storage tank and it is located on rear side of water storage tank
The position on the top of wall is fixed with the outer comb fixing seat of a steam backwater pipe, fixed in comb fixing seat outside the steam backwater pipe
There is the outer comb of a steam backwater pipe, the outer comb of the steam backwater pipe is connect with the steam backwater pipe.
The utility model again more and in a specific embodiment, the flatiron ironing steam ejector includes
One coupling tube, a left branch pipe and a right branch pipe, the middle part of coupling tube is drawn interface with the steam generating tank steam and is connect, left
The middle part of branch pipe and the left end of coupling tube connect, and are each provided with a left branch pipe steam control in the front-end and back-end of the left branch pipe
Valve processed, the left branch pipe steam control valve are connect by pipeline with vapour iron, and the middle part of right branch pipe and the right end of coupling tube connect, and
And be each provided with a right branch pipe steam control valve in the front-end and back-end of the right branch pipe, the right branch pipe steam control valve by pipeline with
Vapour iron connection.
It again and then in a specific embodiment, is equipped with and protects on the outer wall of the steam generating tank in the utility model
Warm layer.
Technical solution provided by the utility model is pressed due to being additionally arranged vapour iron excess steam heat exchange mechanisms by the steam
The excess steam heat exchange mechanisms that struggle against are by the excess steam introduced by flatiron excess steam recycling interface to the water pump water outlet for coming from water pump
The water of mouth is exchanged heat before entering steam generating tank and uses the temperature significantly improved into the water in water steam generating tank, because
And there is excellent energy-saving effect.
Detailed description of the invention
Fig. 1 is the embodiments of the present invention structure chart.
Specific embodiment
In order to which the technical essence of the utility model and beneficial effect is more clearly understood, applicant is below with reality
The mode for applying example elaborates, but is not limitation to the utility model, any foundation to the description of embodiment
The made only formal but not substantive equivalent transformation of the utility model design is regarded as the utility model
Technical solution scope.
The concept of all directionality for being related to upper, lower, left, right, front and rear or directionality is in the following description
For the location of Fig. 1 state, thus it cannot be understood as to the special of technical solution provided by the utility model
It limits.
Referring to Figure 1, a cabinet 1 is shown, the portion on the lower side of the short transverse in the cabinet 1 and positioned at cabinet 1 is set
It is equipped with tank tower 11, is configured to cabinet epicoele 12 positioned at the space on the top of tank tower 11, and is located at the space structure of the lower part of tank tower 11
As cabinet cavity of resorption 13；A water pump 2 and a water storage tank 3 are shown, the left side of aforementioned cabinet cavity of resorption 13 is arranged in water pump 2, and stores
The right side of cabinet cavity of resorption 13 is arranged in water tank 3 and the water storage tank 3 is connect by water storage tank outlet pipe 31 and the water feeding of water pump of water pump 2
Mouth 21 connects；A steam generating tank 4 is shown, which is arranged in aforementioned cabinet epicoele 12, in steam generating tank
4 bottom, which is matched, is connected to a steam generating tank water inlet pipe 41, and is used for being connected to one by steam generation at the top of steam generating tank 4
The steam generating tank steam that steam in the chamber 42 of tank 4 is drawn draws interface 43, which draws interface 43
It is stretched over the top of the top cover of box 14 of cabinet 1；One is shown for the water in the chamber 42 of steam generating tank 4 to be heated simultaneously vapour
Change and formed the electric heater 5 of steam, which is arranged on steam generating tank 4 and probes into chamber 42；It shows
One vapour iron excess steam recycles interface 6, and vapour iron excess steam recycling interface 6 is fixed on cabinet 1 by screw 61
Top cover of box 14 on.
As a preferred option, body traveling wheel 16 can be set in the bottom of aforementioned cabinet 1.As shown in Figure 1, in aforementioned cabinet
Water storage tank fixed ear screw hole 1311 is opened up on the cabinet cavity of resorption bottom plate 131 of cavity of resorption 13, and it is each solid in the two sides of the bottom of water storage tank 3
Surely there is a pair of of water storage tank fixed ear 36, which is respectively corresponding to water tank by water tank fixed ear screw 361
The position of fixed ear screw hole 1311 and cabinet cavity of resorption bottom plate 131 are fixed.
As shown in Figure 1, water pump 2 above-mentioned has a pump motor 23 being sequentially connected with water pump 2, the pump motor 23 tool
There is a motor cabinet 231, which is fixed by motor cabinet screw 2311 and the left side of aforementioned cabinet cavity of resorption bottom plate 131.Before
The steam generating tank 4 stated is fixed by a pair of brackets 48 of its bottom and tank tower 11 above-mentioned.
Technical essential as the technical solution of the utility model：In the structural system of aforementioned energy-saving steam generating device
In further include having a vapour iron excess steam heat exchange mechanisms 7, the vapour iron excess steam heat exchange mechanisms 7 correspond to it is aforementioned
Be connected between water storage tank 3 and aforementioned water pump 2 water pump 2 water pump water outlet interface 22 and steam generating tank water inlet pipe 41 above-mentioned it
Between and also with vapour iron excess steam above-mentioned recycling interface 6 connect.
Continue to see Fig. 1, a cabinet door 15 is each provided in the left and right side of aforementioned cabinet 1, in aforementioned cabinet epicoele 12
It is interior and correspond to dedicated steam generation tank 4 left side position be equipped with an electric controller 121, the electric controller 121
It is preferably provided with and is fixed between the front and back cavity wall of cabinet epicoele 12 shortly, electric heater 5 above-mentioned is by power circuit 51 and electrically
The power switch 1211 of controller 121 is electrically connected；One and aforementioned 42 phase of chamber are fixed in the right upper portion of steam generating tank 4
Logical steam generating tank three-way connection 44 is connected with 441 He of a pressure gauge steam skirt on the steam generating tank three-way connection 44
One Steam pressure control device skirt 442, pressure gauge steam skirt 441 are connect with pressure gauge 4411, and the pressure gauge 4411 is fixed
In the forward upper of aforementioned cabinet 1, Steam pressure control device skirt 442 is connect with Steam pressure control device 4421, and the steam
The inside fixation of pressure controller 4421 and cabinet 1 and pass through Steam pressure control device control line 44211 and aforementioned electric-controlled
Device 121 processed is electrically connected.
As a preferred option, it is opened up on aforementioned top cover of box 14 in the position for corresponding to aforementioned electric controller 121
Hole 141 helps electric controller 121 to radiate by venthole 141.Be arranged on front side of cabinet 1 and position is also shown in figure
Piano type Operation switch 17 in 4411 lower section of pressure gauge, the piano type Operation switch 17 and electric controller 121 are electrically connected.
As shown in Figure 1, a water level sensor communicated with aforementioned chamber 42 is fixed on the right side of dedicated steam generation tank 4
Cylinder 45, is provided with steam generating tank water level sensor 451 in the water level sensor cylinder 45, the steam generating tank water level sensor
451 are electrically connected by water level sensor route 4511 and electric controller 121 above-mentioned.
A floating ball threshold switch 32 and a ball-cock assembly 33, floating ball threshold switch 32 and water storage tank 3 are provided in aforementioned water storage tank 3
The top of water storage tank rear wall fix, ball-cock assembly 33 is fixed on the one end of floating ball valve rod 331 far from floating ball threshold switch 32, and floats
Ball valve rod 331 is hinged towards one end of floating ball threshold switch 32 and floating ball threshold switch 32.
At the top of dedicated steam generation tank 4 with a safety vent valve interface 46 is connected to, which stretches
It opens up the top of aforementioned top cover of box 14 and is equipped with a safety vent valve 461, connect in the extraction of dedicated steam generation tank steam
It is used to steam distributing to vapour iron on mouth 43 and in the position for corresponding to the top of aforementioned top cover of box 14 with being connected to one
Flatiron ironing steam ejector 431.
A steam backwater pipe is fixed on water storage tank wall body of the aforementioned water storage tank 3 towards the side of aforementioned water pump 2 to fix
Set 34, is fixed with a steam backwater pipe 341 on the steam backwater pipe fixing sleeve 34, which probes into water storage tank 3
Water storage tank chamber and the water pipe 341 also be connected to aforementioned water pump 2 water pump water outlet interface 22 and dedicated steam generation tank into
Dedicated steam flatiron excess steam heat exchange mechanisms 7 between water pipe 41 connect.
Continue to see Fig. 1, vapour iron excess steam heat exchange mechanisms 7 above-mentioned are pumped out including pump outlet adapter tube 71, water
Mouth of a river adapter tube threeway 72, outer tube 73, heat-exchanging water outlet three way 74, steam generating tank inlet triplet for water 75, excess steam recovery tube
76, heat exchanger tube 77 and heat-exchanging water outlet pipe 78, the water pump water outlet interface 22 of one end of pump outlet adapter tube 71 and aforementioned water pump 2
Connection, the other end are connect with pump outlet adapter tube threeway 72, and one end of outer tube 73 and pump outlet adapter tube threeway 72 connect
It connects, middle part forms coil shape, and the other end of outer tube 73 is connect with heat-exchanging water outlet three way 74, steam generating tank inlet triplet for water
75 are arranged on steam generating tank water inlet pipe 41 above-mentioned, and one end of excess steam recovery tube 76 and vapour iron above-mentioned are extra
Steam Recovery interface 6 connects, and position and heat exchanger tube of the other end of excess steam recovery tube 76 in heat-exchanging water outlet three way 74
77 one end connection, the middle part of heat exchanger tube 77 is located in the housing lumen 731 of outer tube 73 and in company with the middle part of outer tube 73
Form coil shape（Form coil-shape）, the other end of heat exchanger tube 77 connect with pump outlet adapter tube threeway 72, and heat-exchanging water goes out
One end of water pipe 78 connect with heat-exchanging water outlet three way 74 and communicates with housing lumen 731, the other end and heat-exchanging water outlet pipe
Connector 781 connects, and the heat-exchanging water titting water outlet 781 is connect with steam generating tank inlet triplet for water 75, steam backwater above-mentioned
Position and aforementioned heat exchanger tube 77 phase of the pipe 341 in pump outlet adapter tube threeway 72, aforementioned housing lumen 731 are water cavity.
As a preferred option, it can be opened in dedicated steam generation tank water inlet pipe 41 far from one end end of steam generating tank 4
If a blowdown valve 411.
A steam backwater pipe outlet is fixed on aforementioned water storage tank 3 and positioned at the position on the top of water storage tank rear wall
Pipe fixing seat 35, is fixed with comb 351 outside a steam backwater pipe outside the steam backwater pipe in comb fixing seat 35, which returns
The outer comb 351 of water pipe is connect with dedicated steam return pipe 341.The water introduced by steam backwater pipe 341 is through steam backwater pipe outlet
It is drained into the container being separately equipped with outside pipe 351（It is not shown in the figure）, the water outlet why will be introduced by steam backwater pipe 341,
It is that, then if introducing water storage tank 3, scale can be generated in water storage tank 3 because being also easy to produce scale after water cooling.
Still see that Fig. 1, flatiron ironing steam ejector 431 above-mentioned include a coupling tube 4311, left 4312 and of branch pipe
One right branch pipe 4313, the middle part of coupling tube 4311 are drawn interface 43 with steam generating tank steam above-mentioned and are connect, left branch pipe 4312
Middle part connect with the left end of coupling tube 4311, and be each provided with a left branch pipe in the front-end and back-end of the left branch pipe 4312 and steam
Vapour control valve 43121, the left branch pipe steam control valve 43121 are connect by pipeline with vapour iron, the middle part of right branch pipe 4313 with
The right end of coupling tube 4311 connects, and is each provided with a right branch pipe steam control valve in the front-end and back-end of the right branch pipe 4313
43131, which is connect by pipeline with vapour iron.
Match on flatiron excess steam above-mentioned recycling interface 6 and is connected to a structure and aforementioned flatiron ironing steam ejector
The identical flatiron ironing excess steam introducing device of 431 structure, based on this reason, applicant no longer repeats this.
Preferably, insulating layer 47 is equipped on the outer wall of dedicated steam generation tank 4.
In use, being operated by online assignment personnel to piano type Operation switch 17, pump motor 23 works, by pump motor
23 drive water pumps 2, the water in water storage tank 3 successively through water storage tank outlet pipe 31, water feeding of water pump interface 21, water pump water outlet interface 22,
Pump outlet adapter tube 71, pump outlet adapter tube threeway 72, the housing lumen 731 of outer tube 73, heat-exchanging water outlet three way 74,
Heat-exchanging water outlet pipe 78, heat-exchanging water titting water outlet 781, steam generating tank inlet triplet for water 75 and steam generating tank water inlet pipe 41 into
Enter the chamber 42 of steam generating tank 4.Water level to the water in the chamber 42 of steam generating tank 4, which reaches, to be able to by water level sensor
451 when perceiving the degree of lower water level, electric controller 121 is fed back information to by water level sensor 451, by electric controller
121 issue work order to electric heater 5, are heated to vaporizing by the water in the chamber 42 of steam generating tank 4 by electric heater 5,
Steam is generated in chamber 42, which successively draws interface 43 through steam generating tank steam and coupling tube 4311 distributes to a left side simultaneously
Branch pipe 4312 and right branch pipe 4313 are opening left branch pipe steam control valve 43121 and right branch pipe steam control valve 43131
It is sent through the steam output pipe respectively with the mating of left and right branch pipe steam control valve 43121,43131 to vapour iron, steam under state
The extra steam of flatiron is back to flatiron ironing excess steam introducing device above-mentioned by the road, and successively extra through vapour iron
The outer comb 351 of Steam Recovery interface 6, excess steam recovery tube 76, steam backwater pipe 341 and steam backwater pipe, by steam backwater
Outer comb 351 is managed to be discharged.During dedicated steam flowing, by it to the water in the housing lumen 731 for being located at outer tube 73
Heat exchange makes the temperature of the water entered in steam generating tank 4 significantly improve and embody energy conservation.
In above process, the water level in the chamber 42 of steam generating tank 4 reaches the biography of the upper water level of water level sensor 451
When feeling the degree of head perception, then make 23 break-off of pump motor under the instruction of electric controller 121, and when in chamber 42
When the degree that water level is reduced to the lower water level sensing head of water level sensor 451 to perceive, then make under the instruction of electric controller 121
Pump motor 23 is resumed work.Also, the water in aforementioned water storage tank 3 can be introduced by the water supply line such as tap water pipe line separately configured
And water level controls with ball-cock assembly 33 and floating ball threshold switch 32.And the pressure in chamber 42（Steam pressure）By steam
Pressure controller 4421 controls, and signal is fed back to electric controller 121 by it, is added with controlling electricity by electric controller 121
Whether the work of hot device 5.Additionally one blowdown valve can be set in the bottom of aforementioned water storage tank 3, to reach periodic cleaning blowdown
Purpose.
In conclusion technical solution provided by the utility model compensates for the shortcoming in prior art, favorably accomplish
Invention task has faithfully fulfilled the technical effect that applicant refers in technical effect column above.
Claims (10)
1. a kind of energy-saving steam generating device, including a cabinet (1), the height in the cabinet (1) and positioned at cabinet (1)
The portion on the lower side in direction is provided with tank tower (11), and the space for being located at the top of tank tower (11) is configured to cabinet epicoele (12), and is located at
The space of the lower part of tank tower (11) is configured to cabinet cavity of resorption (13)；One water pump (2) and a water storage tank (3), water pump (2) are arranged in institute
State the left side of cabinet cavity of resorption (13), and water storage tank (3) setting cabinet cavity of resorption (13) right side and the water storage tank (3) pass through storage
Radiator drain (31) is connect with the water feeding of water pump interface (21) of water pump (2)；One steam generating tank (4), the steam generating tank (4)
Setting matches in the bottom of steam generating tank (4) in the cabinet epicoele (12) and is connected to a steam generating tank water inlet pipe (41), and
Match at the top of steam generating tank (4) and is connected to the steam for the steam extraction in the chamber (42) by steam generating tank (4)
Generation tank steam draws interface (43), which draws the top cover of box that interface (43) are stretched over cabinet (1)
(14) top；One by the water in the chamber (42) of steam generating tank (4) for heating and vaporizing and formed the electric heating of steam
Device (5), the electric heater (5) are arranged on steam generating tank (4) and probe into chamber (42)；One vapour iron excess steam
It recycles interface (6), vapour iron excess steam recycling interface (6) is fixed on the top cover of box (14) of cabinet (1)；Its feature
It is to further include there are a vapour iron excess steam heat exchange mechanisms (7), the vapour iron excess steam heat exchange mechanisms (7) are in correspondence
The water pump water outlet interface (22) and the steam that water pump (2) is connected between the water storage tank (3) and the water pump (2) are sent out
It is connect between raw tank water inlet pipe (41) and also with vapour iron excess steam recycling interface (6).
2. energy-saving steam generating device according to claim 1, it is characterised in that in the left side and the right side of the cabinet (1)
Side is each provided with a cabinet door (15), in the cabinet epicoele (12) and on the left side for corresponding to the steam generating tank (4)
The position of side is equipped with an electric controller (121), and the electric heater (5) is by power circuit (51) and electric controller
(121) it is electrically connected；A steam generating tank communicated with the chamber (42) is fixed in the right upper portion of steam generating tank (4)
Three-way connection (44) is connected with a pressure gauge steam skirt (441) and a vapour pressure on the steam generating tank three-way connection (44)
Force controller skirt (442), pressure gauge steam skirt (441) are connect with pressure gauge (4411), and the pressure gauge (4411) is fixed
Forward upper in the cabinet (1), Steam pressure control device skirt (442) are connect with Steam pressure control device (4421), and
The inside fixation of the Steam pressure control device (4421) and cabinet (1) and pass through Steam pressure control device control line (44211)
It is electrically connected with the electric controller (121).
3. energy-saving steam generating device according to claim 2, it is characterised in that on the right side of the steam generating tank (4)
Side is fixed with a water level sensor cylinder (45) communicated with the chamber (42), is provided with steaming in the water level sensor cylinder (45)
Vapour generation tank water level sensor (451), the steam generating tank water level sensor (451) is by water level sensor route (4511) and institute
Electric controller (121) electrical connection stated.
4. energy-saving steam generating device according to claim 1, it is characterised in that be provided in the water storage tank (3)
One floating ball threshold switch (32) and a ball-cock assembly (33), the top of floating ball threshold switch (32) and the water storage tank rear wall of water storage tank (3)
Fixed, ball-cock assembly (33) is fixed on the one end of floating ball valve rod (331) far from floating ball threshold switch (32), and floating ball valve rod (331) court
It is hinged to one end of floating ball threshold switch (32) and floating ball threshold switch (32).
5. energy-saving steam generating device according to claim 1, it is characterised in that on the top of the steam generating tank (4)
With a safety vent valve interface (46) is connected to, which is stretched over the top of the top cover of box (14) in portion
And it is equipped with a safety vent valve (461), drawn on interface (43) in the steam generating tank steam and is corresponding to institute
The position for stating the top of top cover of box (14), which is matched, is connected to one for steam to be distributed to the flatiron ironing steam extraction of vapour iron
Device (431).
6. energy-saving steam generating device according to claim 1, it is characterised in that in the water storage tank (3) described in
A steam backwater pipe fixing sleeve (34) is fixed on the water storage tank wall body of the side of water pump (2), in the steam backwater pipe fixing sleeve
(34) a steam backwater pipe (341) is fixed on, which probes into the water storage tank chamber of water storage tank (3) and should
Water pipe (341) also be connected to the water pump (2) water pump water outlet interface (22) and the steam generating tank water inlet pipe (41) it
Between the vapour iron excess steam heat exchange mechanisms (7) connection.
7. energy-saving steam generating device according to claim 6, it is characterised in that the vapour iron excess steam
Heat exchange mechanisms (7) include that pump outlet adapter tube (71), pump outlet adapter tube threeway (72), outer tube (73), heat-exchanging water go out
Water threeway (74), steam generating tank inlet triplet for water (75), excess steam recovery tube (76), heat exchanger tube (77) and heat-exchanging water outlet pipe
(78), one end of pump outlet adapter tube (71) is connect with the water pump water outlet interface (22) of the water pump (2), the other end and water pump
Water outlet adapter tube threeway (72) connection, one end of outer tube (73) are connect with pump outlet adapter tube threeway (72), and middle part is formed
Coil shape, and the other end of outer tube (73) is connect with heat-exchanging water outlet three way (74), steam generating tank inlet triplet for water (75) is set
It sets on the steam generating tank water inlet pipe (41), one end of excess steam recovery tube (76) and the vapour iron are extra
Steam Recovery interface (6) connection, and the other end of excess steam recovery tube (76) heat-exchanging water outlet three way (74) position with
One end of heat exchanger tube (77) connects, and the middle part of heat exchanger tube (77) is located in the housing lumen (731) of outer tube (73) and companion
The middle part of outer tube (73) forms coil shape, and the other end of heat exchanger tube (77) connect with pump outlet adapter tube threeway (72), changes
One end of hot water outlet pipe (78) connect with heat-exchanging water outlet three way (74) and communicates with housing lumen (731), the other end with
Heat-exchanging water titting water outlet (781) connection, and the heat-exchanging water titting water outlet (781) and steam generating tank inlet triplet for water (75) are even
It connects, the steam backwater pipe (341) is communicated in the position of pump outlet adapter tube threeway (72) with the heat exchanger tube (77), institute
Stating housing lumen (731) is water cavity.
8. energy-saving steam generating device according to claim 6, it is characterised in that on the water storage tank (3) and position
It is fixed with comb fixing seat (35) outside a steam backwater pipe in the position on the top of water storage tank rear wall, outside the steam backwater pipe
The outer comb (351) of a steam backwater pipe, the outer comb (351) of the steam backwater pipe and the steaming are fixed in comb fixing seat (35)
Vapour return pipe (341) connection.
9. energy-saving steam generating device according to claim 5, it is characterised in that the flatiron ironing steam is drawn
Device (431) includes a coupling tube (4311), a left branch pipe (4312) and a right branch pipe (4313), the middle part of coupling tube (4311)
It draws interface (43) with the steam generating tank steam to connect, the middle part of left branch pipe (4312) and the left end of coupling tube (4311)
Connection, and a left branch pipe steam control valve (43121), the left branch are each provided in the front-end and back-end of the left branch pipe (4312)
Pipe steam control valve (43121) is connect by pipeline with vapour iron, the middle part of right branch pipe (4313) and the right side of coupling tube (4311)
End connection, and a right branch pipe steam control valve (43131), the right side are each provided in the front-end and back-end of the right branch pipe (4313)
Branch pipe steam control valve (43131) is connect by pipeline with vapour iron.
10. energy-saving steam generating device according to claim 1, it is characterised in that in the steam generating tank (4)
Outer wall is equipped with insulating layer (47).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820522694.9U CN208167374U (en) | 2018-04-13 | 2018-04-13 | Energy-saving steam generating device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820522694.9U CN208167374U (en) | 2018-04-13 | 2018-04-13 | Energy-saving steam generating device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208167374U true CN208167374U (en) | 2018-11-30 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820522694.9U Expired - Fee Related CN208167374U (en) | 2018-04-13 | 2018-04-13 | Energy-saving steam generating device |
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| Country | Link |
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| CN (1) | CN208167374U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112728517A (en) * | 2020-12-30 | 2021-04-30 | 杭州堃博生物科技有限公司 | Steam generating device and steam ablation equipment |
| CN114032666A (en) * | 2021-11-10 | 2022-02-11 | 常熟宁合新能源科技有限公司 | Energy-saving steam generating device with residual steam recycling function for steam iron |
| CN115401004A (en) * | 2021-05-27 | 2022-11-29 | 中国石油天然气股份有限公司 | Movable thermal steaming vehicle |
-
2018
- 2018-04-13 CN CN201820522694.9U patent/CN208167374U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112728517A (en) * | 2020-12-30 | 2021-04-30 | 杭州堃博生物科技有限公司 | Steam generating device and steam ablation equipment |
| CN112728517B (en) * | 2020-12-30 | 2022-09-27 | 杭州堃博生物科技有限公司 | Steam generating device and steam ablation equipment |
| CN115401004A (en) * | 2021-05-27 | 2022-11-29 | 中国石油天然气股份有限公司 | Movable thermal steaming vehicle |
| CN114032666A (en) * | 2021-11-10 | 2022-02-11 | 常熟宁合新能源科技有限公司 | Energy-saving steam generating device with residual steam recycling function for steam iron |
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| Date | Code | Title | Description |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20181130 Termination date: 20210413 |