JPS60138345A - Moistening device - Google Patents

Abstract

PURPOSE:To prevent growth of mildew and to enable provision of a suitable moistening condition, by a method wherein waterdrops are continuously added on the heating top surface of a sufficiently-heated heater to moisten the waterdrops as superheated steam which is free from a moisture content. CONSTITUTION:A fire is made in a heater 1, and with a bymetal 16 elongated due to a rise in the temperature of a heating top surface 2, a plate 15 is raised. By pushing upward a valve 7 of a valve body 6 by means of a projection 22, a valve seat 10 is opened, and this causes water in the valve body 6 to flow out onto the plate 15. Water, entering through the lower part of a valve 7 into a firm adhering part A between a lower end surface 61 of a valve body and the plate 15, is immediately vaporized because of the plate 1 being heated by the heating top surface 2, and flows out to the outside of the valve body 6. Since the plate 15 is heated to a high-temperature state, steam flowing onto the plate 15 is further heated, and the steam passes through a gap 41 between a retainer member 4 of a water tank 3 and the water tank in a state of dried superheated steam which is free from a moisture content and is diffused outside the heater.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to the first aspect of a heating stove, for example. This invention relates to a humidifying device designed to prevent indoor dryness, such as that installed in a room.

As a conventional humidifier for generating air to prevent indoor dryness, one that vaporizes water using an electric heater and sends it indoors is widely known. However, the water vapor emitted by this 415 humidifier is the so-called liquid generated when water is heated by a heater, and the moisture of the incoming air, bilit, yc; If you don't pay attention to how to use it, it will easily condense and become water droplets when it is placed on the wall.
There is a problem with giving 9 original prisoners.

In order to solve the problems of conventional humidifiers, the present invention uses the heat of a heating stove placed indoors to generate superheated air that has been heated for 1 minute to a moisture-free state. The object of the present invention is to provide a humidifying device that can continuously supply water into a room, thereby providing a humidified state that is optimal for both architectural objects and human health.

Next, the humidifying device according to the present invention will be described with reference to one embodiment. FIG. 1 is a sectional view showing the overall structure of the humidifying device, in which (1) is a stove, and (2) is a stove. The heating top surface of the bu, (3) is the heating IO+rli (2), 1-:
-11, is a water tank placed in the water tank.

The water tank (:3) is attached to the heating top surface (2) such that the bottom surface (5) is separated from the heating top surface (2) via a support member (4) provided around the heating top surface (2). It is located in l:. In addition, the support 81 (material (4)) that supports the water tank (3) releases steam generated between the heating top surface (2) and the bottom surface of the ice tank (5) to the outside of the stove through the gap (4I). The structure is designed to allow for ventilation.

At the center Δ1 on the bottom surface (5) of the water tank (3),
A valve body (6) for dripping water in the tank onto the heating top surface (2) 1 below is provided to protrude downward. Also, on the stove heating top surface (2) 1, there is a valve (7) of the valve body (6).
A disk-shaped play I (15) for vaporizing dripping ice by opening and closing and opening the valve (7).
is provided.

The 4p body (6) has an inverted circle Gll metamorphic plane valve P1 inside (1
0) It has a valve (7) in the shape of an inverted circle t1 supported by 2, and this valve (7) is placed on the upper blade inside the body (6) via a stop ring (8). The valve seat (1o) is closed unless it receives upward pressure from the spring (9), and the water in the tank (3) does not leak. ,
fr body (6) throat end u'+i (61) and AAyj
(?) +71 lower end surface (71) Yes -4゛ Both are ilz-bearing surfaces 1, ff body Todo end surface Gl) I; The contact between the contact surfaces serves to reduce the heating temperature of the moisture leached by the force seat (lO) to 151-IJ per minute. In the flow path (11) on the - side, when the valve (7) is open, the water in the tank (3) is 1 ('t').L: Valve 11K (10
) TOHALF (7) TO (7) For example, 71, l;
4 recommended 111j made of heat-resistant material! Board (12), 1
:, the water contained in the water in the tank (3) is absorbed by the valve seat (10).
) to prevent the flow from flowing in the direction of
3) are superimposed, and the stop ring (14) is arranged in such a manner that it slightly moves up and down at the stop ring (14).

The circular, disk-shaped plate (15) provided on the heating 10 surface (2) is a bimetallic plate (16) formed by bending the central portion placed on the heating top surface (2) 1- into a chevron shape. is supported so that the plate surface can move downward L in a state parallel to the heating top surface (2). This bimetal (16
), the horizontal portions (17) at both ends are loosely inserted and supported within the insertion ring (18) provided on the heating top surface (2), and the horizontal portions (17) at both ends (
The stomper (2) has a stomper (19) protruding from the heating top surface (2).
0) to prevent it from extending beyond the required setting range. Also, play 1 (15) is the peripheral part (21)
Heating 1. It has a shape that hangs down to the cIu'+i (2) side, and has a protrusion (22) for pushing the valve (7) directly below the valve body (6) at the center 7;l. There is.

The humidifying device according to the present invention has a structure as shown in J-, and the water in the water tank (3) is absorbed by the valve (7) of the valve body (6) since it closes the valve seat (10). 7) The water inside will not flow out unless it is pushed up from below. Also, the play 1-( provided on the heating top surface (2) of the stove (1)
+5) When the stove (1) does not catch fire, the cooling contraction of the bimetal (16) causes it to sink into the F position as shown in Figure 1, and the -1-force valve body (6) is Separate the water tank (3) to prevent water from flowing out.

When the stove (1) is heated in this state, the plate I (15) is expanded due to the elongation of the bimetal (16) due to the temperature -hJ'f of the heated top surface (2), as shown in Figure 4. Go up and push the valve (7) of the 11 body (6) when the f (22) presses the valve (7) 1-
Along with the vomit, the lower end surface (61) of the valve body (6) is connected to the plate (
15) Close contact A with the surface.

/<) L/Bu (7) is 1111.1-Geraete 4r (
10) opens; as a result, the water in the valve body (6) flows out onto the plate (15), but the lower end surface (61) of the valve body (6) is in close contact with the surface of the plate (15). So,
A large amount of water will not flow into the melon.

The water leaking from the valve (7) to the contact area A between the lower body end surface (61) and the plate (15) is
) is heated by the heating top surface (2), so it immediately vaporizes and leaks out of the valve body (6), but the plate 1-
(+5) is high) 1, Shi-like 7Ji'.

Since the steam leached into Play 1 (45) is further heated, it becomes dry superheated steam containing no moisture and is transferred to the support member (4) that supports the water tank (3).
is radiated to the outside of the stove through the gap (41).

When the stove (1) is turned off, the plate (15) descends due to the cooling of the heated top surface (2) in the same way as described above, and the valve (7) of the valve body (6) or the spring (8) ) is pushed out and closes (rPi<(10)), blocking the outflow of water.

In the embodiment described above, the /help (7) of the valve body (6)
Although the shielding plate (12) and the filter (13) are provided in -H, it is preferable that the shielding plate (12) is provided for the reason described above. That is, the temperature J of the heating top surface (2): ! If done slowly, play:・
(15) 1-yl causes the protrusion (22) to move to the valve (7).
) while pressing down, press Go↑ lower end surface of body (61) and play 1-
(+5) may still not be in complete contact. In such a case, the water in the tank (3) should be
'V, it flows out from the gap between the valve seat (10) and the valve (7). On the other hand, if a blocking plate (12) is provided in the two flow paths (11) of the valve (7), the water in the tank will flow out all at once when the valve (7) is opened. At this time, the downward flow of water pushes the blocking plate (12) against the force surface of the valve seat (23) that supports the wire plate, and the flow path (11)
, and only a small amount of water below the shielding plate (12) flows onto the plate (15). Of course, in this state, the ice flow 111 in the water tank (3) is no longer possible, but the valve (7) located at the opening method 7, 1i' in contact with the valve body (6) or plate 1-(15) ) and valve seat (1
0) and enters the J1 body (6),
1 carving air is super possible! Since Q'& (12) is pushed up from 1, the water in the tank (3) gradually flows into the plate (10) 112 and is released outward as superheated steam 111k: be done.

As described in J., below, in the humidifying device of the present invention, the generated steam is not generated from the water surface as in conventional power uVw devices, but is generated from the heating of a stove heated for 1 minute. It is obtained by continuously adding water droplets to the top surface (2), which creates superheated steam from which the moisture contained in the steam has been removed, and is released into the room for a long time, causing damage to the walls. Even if it adheres to water, it will not condense into a single drop of water.
Therefore, it prevents the occurrence of crowding, which has the advantage of being good not only for buildings but also for human health.

Of course, with this humidifier, it is possible to eliminate the waste of using a separate electrician's key like in conventional humidifiers to generate air to heat P (as it uses heating heat from a closed stove). It has the effect of being able to be used as an inexpensive humidifying device that is convenient for both buildings and people.

[Brief explanation of drawings]

Fig. 1 is a sectional view of the structure of the humidifying device according to the present invention, Fig. 2 is a sectional view taken along II-II whale in Fig. 1, and an enlarged view of the valve body part in Fig. 1151. The cross-sectional view, Figure 4, shows the 13H runo inlet light in the same part as Figure 3.
1. It! It is a sectional view showing a + state. Diagram (Oi-
ζ゛. (1): Storing top surface, (2): Heating top surface. (3): Water pump, (4): Support member, (41): Gap, (5)・Bottom surface, (6), Valve body, (81) 1 nib 1
'b+++'r flush (7): Baloo 1, (8
): Stonefling, (9) Nispring (IQ): Valve 1'i', (II): Flow path, (12): Blocking plate, (1
3) Philtuno-1 (14) Niston Pring (15)
: Play 1, (16)・Bimetal, (20): Stroke, Par, (22) : Tsushi, A: Bentai "Sen; I 11 and 4th 1'1 Applicant Hiroshi Ozeki Agent B C Ri 1・ al) Kenichi Houki 3 Figure 3 Figure 4

Claims (1)

[Claims] 1. There is a lower end surface (61) on the bottom surface of the water tank (3) placed 1° above the heated top surface (2) of the stove, from which the rehabilitation (7) opens when pressed from below. An 11 body (6) of 1/-111 is provided protruding in the direction of
)-1 is provided with a plate (15) that opens and closes the valve (7) of the valve body (6) by lowering the bimetal (16) due to thermal changes.