CN2662076Y

CN2662076Y - Instant steam maker

Info

Publication number: CN2662076Y
Application number: CN 200320101445
Authority: CN
Inventors: 叶雪珠
Original assignee: Individual
Current assignee: Individual
Priority date: 2003-10-20
Filing date: 2003-10-20
Publication date: 2004-12-08
Anticipated expiration: 2013-10-20

Abstract

The utility model relates to a transient steam producer, mainly comprising a first casing cover, a heating groove body and a second casing cover. A water inlet and a water outlet are arranged on the first casing cover; a heating grid is arranged on the heating groove body, so that the aqueous vapor can be transformed to steam; a gas storage groove is arranged in the second casing cover, wherein an inner concave space is positioned in the gas storage groove; the inner concave space is provided with a heating component to heat the steam continuously, which is communicated with the gas storage groove via a through-hole arranged on the heating groove body; based on the heating grid on the heating groove body, the aqueous vapor is transformed into steam, and with the sustainable heating once again via the inner concave space in the gas storage groove, the influent is ensured to gasify into steam.

Description

Moment the steam maker

Technical field

The utility model relates to a kind of moment steam maker, particularly a kind ofly can effectively reduce the steam maker that influent gas turns to the required time of steam.

Background technology

Along with income improves, for the also lifting day by day of requirement of quality of the life, for the sterilization of utensil in the life, wash the dishes as steam, be or recreation, the demand of high-temperature vapour is all arranged as steam bath etc., and on industrial production, have especially with the step of high-temperature vapour as production routine.

In Taiwan patent announcement number No. 475713 disclose " vapor heating equipment ", include lid, base and heating tube, wherein this lid is provided with water inlet and steam orifice, this base system is located at the lid below, and be formed with accommodation space in this base, in accommodation space, be provided with the heat conduction fin, heat conduction fin bottom is connected with the bottom of this base, this heating tube is located at the base below, and superimposed or superimposed fully with the bottom part of heat conduction fin, directly conduct to heat conduction fin bottom by the heat energy that heating tube is produced, and make centralized heat energy on this heat conduction fin by the bottom, reduce heat energy and run off, and make the water in the accommodation space can comparatively fast reach boiling point to the external world.

But, in this patent case, the generation of steam is still conducted heat energy to the heat conduction fin by heating tube, so that the water in the accommodation space reaches boiling point and changes into steam, still belong to limited improvement for reducing the steam required time of generation, and the gasification degree deficiency is arranged, retain the shortcoming of the moisture that do not gasify.

In the general steam maker of commonly using, because of it mainly is directly to insert water inlet so that water inlet is converted into steam, so mineral matter in the water quality or impurity be often along with the generation of steam can reside in the steam maker, and and then stop up the gas outlet, reduce the efficient that steam produces; And unprotect device when steam maker temperature is too high, so cause the danger of the too high or wire short-circuiting of organism temperature easily.

Summary of the invention

Syllabus of the present utility model provides and a kind ofly can effectively reduce the moment steam maker that influent gas turns to the steam required time;

Secondary objective of the present utility model provides a kind of moment steam maker of guaranteeing that water into is gasified totally;

Another purpose of the present utility model is to provide a kind of mineral matter residual in water precipitation that smashes to avoid stopping up the moment steam maker of venthole;

A purpose more of the present utility model provides a kind ofly can send the moment steam maker of caution when water level is not enough;

Another purpose of the present utility model provides a kind of moment steam maker that can cut off the electricity supply when temperature is too high.

Above-mentioned purpose of the present utility model is achieved in that a kind of moment steam maker, and it is characterized in that comprising: one first lid offers inlet opening and apopore on it; One heating cell body offer open-work on it, and this heating cell body is provided with the heating grid, so that influent gas turns to steam; One second lid, offer venthole on it, and offer air reservoir on this second lid, offer concave space in this air reservoir, should the interior group of interior concave space be provided with a heating component to continue heating steam, this air reservoir connects mutually with the open-work that heats on the cell body;

When the inlet opening of water inlet by first lid enters, apopore via first lid enters in the heating cell body, and the heating grid that see through this heating cell body make influent gas turn to steam, and continue once more to heat via the interior concave space in the air reservoir, to guarantee that into water is gasified totally.

The utility model is elaborated with instantiation below in conjunction with accompanying drawing.

Description of drawings

Fig. 1 is a perspective exploded view of the present utility model;

Fig. 2 is the perspective exploded view at another visual angle of the present utility model;

Fig. 3 is the solid combination schematic diagram of the utility model Fig. 1;

Fig. 4 is the solid combination schematic diagram of the utility model Fig. 2;

The combination generalized section of Fig. 5 for being showed from Fig. 3 face line A-A;

Fig. 6 is the circuit diagram of the utility model temperature control equipment.

Description of reference numerals: 11 first lids; 111 inlet openings; 112 apopores; 113 screws; 114 inlet opening connectors; 12 heating cell bodies; 121 open-works; 122 screws; 13 heating grid; The 13a heating space; 14 seals; 21 second lids; The 21a air reservoir; 211 ventholes; 212 screws; Concave space in 22; 221 heating components; 222 steel balls; 23 stainless steel dust caps; 24 venthole connectors; 25 seals; 26 screw lock module; 3 temperature control equipments; 31 temperature controlling part; 32 temperature control circuit boards; 321 temperature indicators; 322 water level sensing spares; 323 water level indicator lights; 324 caution loudspeakers; 325 Thermal Cutoffs; 4 pumpings; 41 water pipes; 5 water storage units.

The specific embodiment

The utility model provide a kind of moment the steam maker, see also Fig. 1, Fig. 2, Fig. 3 and the utility model preferred embodiment shown in Figure 4, as shown in the figure, consist predominantly of one first lid 11, one heating cell body 12 and one second lid 21, wherein offer inlet opening 111 and apopore 112 on this first lid 11, and offer screw 113 around these first lid, 11 ground, offer an open-work 121 on this heating cell body 12, and the open-work 121 of this heating cell body 12 and the apopore 112 of first lid 11 are positioned at not homonymy, be provided with heating grid 13 in this heating cell body 12, with so that water inlet along with before it and then utilize each heating grid 13 to increase heating surface, to reduce the gasification time to water inlet; Offer a venthole 211 on this second lid 21, and be provided with air reservoir 21a in this second lid 21, offer concave space 22 in this air reservoir 21a, and the last group of this air reservoir 21a is provided with a heating component 221.

Around this heating cell body 12 and with screw 13 corresponding sections of first lid 11, offer screw 122, and around this second lid 21 and with screw 13 corresponding sections of first lid 11, offer screw 212.

Inlet opening connector 114 is mounted on the inlet opening 111 of first lid 11, and water and steam leak to avoid into to establish a seal 14 in

heating cell body

12 and 11 groups of first lid.

In interior concave space 22 and in the venthole 211 below groups of second lid 21, establish a stainless steel dust cap 23, to avoid impurity to enter in the venthole 211 via air reservoir 21a, upper set at this venthole 211 is provided with venthole connector 24, and group is established steel ball 222 in the interior concave space 22 of air reservoir 21a, in interior concave space 22, freely to roll, smash mineral matter precipitation residual in the water, make this mineral matter discharge air reservoir 21a smoothly, to avoid stopping up venthole 211.

Establish a seal 25 in

second lid

21 and 12 groups of heating cell body, leak to guarantee that steam is unlikely, pass the screw 113 of the screw 212 of second lid 21, the screw 122 that heats cell body 12 and first lid 11 so that second lid 21, heating cell body 12 and first lid 11 set firmly combination each other via screw lock module 26.

Please cooperate and consult Fig. 5, as shown in the figure, when water inlet enters first lid 11 via inlet opening connector 114, this water inlet meeting enters heating cell body 12 via apopore 112, when formed heating space 13a passes through in heating cell body 12 when intaking, water inlet utilizes the heating of each heating grid 13 and forms steam along with it while advancing, this steam rises and transfers among the air reservoir 21a of second lid 21 via open-work 121, because of group among this air reservoir 21a is provided with heating component 221, so this steam is again heated, be all steam to guarantee to give vent to anger, and then reach moment steam cleaning effect.

See also Fig. 6, as shown in the figure, group is provided with temperature control equipment 3 on the utility model, can set the heating-up temperature limiting value, with the running that is used for controlling pumping 4 whether, and and then reach control steam the flow size, it mainly is made of temperature controlling part 31 and temperature control circuit board 32, in the heating cell body 12 heating grid 13 reach set temperature after, temperature indicator 321 can show green, is drawn water by water storage unit 5 through pumping 4 and enter first lid 11 via water pipe 41 and enter via apopore 112 and heat cell body 12 in this moment side; This temperature control circuit board 32 is provided with water level sensing spare 322 and is connected to water storage unit 5, and when water storage unit 5 middle water levels were not enough, water level indicator light 323 can show red light, caution loudspeaker 324 also sends the caution sound, pumping 4 shuts down, and when water level rose, the beginning recovered normal; And this temperature control circuit utmost point 32 is provided with Thermal Cutoffs 325, to cut off the electricity supply when temperature is too high.

The above only is the preferable feasible embodiment of the utility model, and all variations that utilizes the utility model said method, shape, structure, device to do all should be contained in the scope of the present utility model.

Claims

1, a kind of moment the steam maker, it is characterized in that comprising:

One first lid offers inlet opening and apopore on it;

One heating cell body offer open-work on it, and this heating cell body is provided with the heating grid, so that influent gas turns to steam;

One second lid offers venthole on it, and offers air reservoir on this second lid, offers concave space in this air reservoir, and group is provided with a heating component to continue heating steam in this interior concave space, and this air reservoir connects mutually with the open-work that heats on the cell body

2, moment as claimed in claim 1 the steam maker, wherein group is provided with seal between this first lid and heating cell body.

3, moment as claimed in claim 1 the steam maker, wherein group is provided with seal between this second lid and heating cell body.

4, moment as claimed in claim 1 the steam maker, but wherein in the interior concave space in the air reservoir group be provided with the free rolling steel ball.

5, moment as claimed in claim 1 the steam maker, the venthole of this second lid below and in interior concave space 22 in, organize and be provided with the stainless steel dust cap wherein.

6, moment as claimed in claim 1 the steam maker, wherein group is provided with water pipe on this second lid, and an end of this water pipe and pumping connects, the other end of pumping connects with water pipe and water storage unit.

7, moment as claimed in claim 6 the steam maker, wherein group is provided with temperature control equipment on this second lid.

8, moment as claimed in claim 7 the steam maker, wherein this temperature control equipment is provided with water level indicator light.

9, moment as claimed in claim 7 the steam maker, wherein this temperature control equipment is provided with the caution loudspeaker.

10, moment as claimed in claim 7 the steam maker, wherein this temperature control equipment is made of temperature controlling part and temperature control circuit board.

11, moment as claimed in claim 10 the steam maker, wherein this temperature control circuit board is provided with Thermal Cutoffs.