KR102133983B1 - Heater device apparatus for used a sprayer of antitack agent - Google Patents

Abstract

The present invention relates to a heating device structure for using a sprayer of an anti-sticking agent and, more specifically, to a heating device structure for using a sprayer of an anti-sticking agent, which performs conventional works performed with a roller or a brush through a sprayer, when using the anti-sticking agent, and lowers the viscosity of the anti-sticking agent to be suitable for use in the sprayer.

Description

Heater structure for use of anti-adhesive atomizer {HEATER DEVICE APPARATUS FOR USED A SPRAYER OF ANTITACK AGENT}

The present invention relates to a heating device structure for the use of an anti-sticking agent sprayer.

Specifically, when using the anti-sticking agent, it is possible to perform a conventional operation using a conventional roller or brush through a nebulizer, but can lower the viscosity of the anti-sticking agent to be suitable for use in the nebulizer, a heating device for use of the anti-sticking agent It's about structure.

In the field of construction, when placing concrete such as gang foam, slab, al foam, etc., it prevents concrete from adhering to gang foam, slab, al foam, etc. by sticking an anti-sticking agent.

The anti-sticking agent is performed using a roller or a brush in a conventional method, and accordingly, manpower and time are wasted.

However, in recent years, since equipment that can easily use a liquid raw material such as a sprayer is provided, the present applicant intends to propose a technology capable of installing an anti-sticking agent using such equipment.

However, in the case of a nebulizer, it is possible to spray a low-viscosity liquid such as a disinfectant, but it is difficult to spray a high-viscosity liquid such as an anti-sticking agent.

Therefore, in order to enable the applicant to use the anti-sticking agent through a conventional sprayer, it is intended to propose a technology capable of heating the anti-sticking agent.

In relation to the heating device, the registered utility model publication No. 20-0257973 describes a hot water boiler having a double-walled water tank.

The above technology uses the structure of the water tank as a double wall to keep the heat of the exhaust gas generated from the burner and the water vapor generated from hot water in the space between the double walls, thereby reducing heat loss as much as possible and saving energy. It relates to a hot water boiler having a water tank of a double-walled structure.

In addition, Patent No. 10-0736354 discloses a heat pipe structure capable of rapid cooling and rapid heating and a tank structure using the same.

The heat pipe structure capable of rapid cooling and rapid heating of the above technology includes: a storage medium unit capable of storing a storage medium in an inner space thereof; A heat pipe sealed inside the side wall surrounding the storage medium portion to have a hollow portion in a vacuum state, and a working fluid filled in the hollow portion; A heat source installed on one side of the heat pipe to rapidly heat the heat pipe; And a cooling unit installed on the other side of the heat pipe to rapidly cool the heat pipe.

In addition, similar to the heating device proposed by the present applicant, Patent Publication No. 10-2008-0008701 discloses a heat pipe dual pressure cooker for both heating and cooling.

In addition, in the lift apparatus for repairing the inner wall of the heating zone of the bright annealing furnace of the Utility Model Publication No. 20-0325211, a technique that serves as a background for the heating apparatus proposed by the present applicant is described.

However, the heating apparatus according to the above-described techniques, the purpose of heating the raw materials accommodated therein is different, and therefore the structure is inevitably different.

Registered Utility Model Publication No. 20-0257973 (announced on December 24, 2001) Registered Patent Publication No. 10-0736354 (2007.07.06. Announcement) Publication Patent Publication No. 10-2008-0008701 (2008.01.24.) Registered Utility Model Publication No. 20-0325211 (announced on Sep. 02, 2003)

The purpose of the present invention, when using the anti-sticking agent, to be able to perform the conventional work done with a conventional roller or brush through the nebulizer, can reduce the viscosity of the anti-sticking agent suitable for use in the nebulizer, for use of the anti-sticking agent It is to provide a heating device structure.

The heating device structure for use of the nebulizer of the anti-sticking agent according to the present invention was devised to achieve the above object,

The outer wall 10, the inner wall 20 positioned to form a hollow 30 inside the outer wall 10, and the upper portion positioned above the outer wall 10 and the inner wall 20 to function as a closing function It includes a sieve 40,

The inner wall 20 has a lower surface than the outer wall 10 is formed so that the hollow 30 is formed in both sides and the bottom direction,

The bottom wall hollow 30 between the inner wall 20 and the outer wall 10 is characterized in that a heater (H) and a heater (D) for supplying a heat source to the heater (H) is provided.

At this time, the heater (H),

It is characterized by heating so that the temperature of the anti-sticking agent accommodated inside the inner wall becomes 48-50°C.

In addition, water is accommodated in the hollow 30 between the outer wall 10 and the inner wall 20,

The outer wall 10 is provided with a water valve 11a for discharging water, and the inner wall 20 is provided with an anti-adhesive valve 21a for discharging the anti-sticking agent through the outer wall 10. do.

In addition, the upper body 40,

A pressure regulator configured to allow communication with the inside of the inner wall 20 on one side, a through hole opened and closed by the lid 41, and a function of sensing and discharging to adjust the pressure inside the inner wall 20 Characterized in that it comprises a (42).

According to the structure of the heating device for using the sprayer of the anti-sticking agent according to the present invention, when using the sticking-proofing agent, it is possible to perform a conventional work that was performed with a conventional roller or brush through the sprayer.

In addition, when heating the anti-sticking agent to enable use as a nebulizer, it is possible to control the pressure generated inside the heating device, and is configured to cool so as not to exceed an appropriate temperature.

In addition, by being configured to facilitate the discharge of the processed anti-sticking agent, it is configured to facilitate the dissemination of the anti-sticking agent.

1 and 2 show the structure of a heating device for use with the sprayer of the anti-sticking agent according to the present invention.

The terms or words used in the present specification and claims should not be construed as being limited to ordinary or dictionary meanings, and the inventor can appropriately define the concept of terms in order to best describe his or her invention in the best way. Based on the principles, it should be interpreted as meanings and concepts consistent with the technical spirit of the present invention.

Therefore, the examples shown in the embodiments and drawings described herein are only the most preferred embodiments of the present invention and do not represent all of the technical spirit of the present invention, and various equivalents can be substituted at the time of this application. It should be understood that there may be water and variations.

Hereinafter, prior to the description with reference to the drawings, not necessary to reveal the gist of the present invention, that is, a known configuration that can be added by those of ordinary skill in the art will not be shown or not specifically described Well, reveal the notes.

The present invention relates to a heating device structure for the use of an anti-sticking agent sprayer.

Specifically, when using the anti-sticking agent, it is possible to perform a conventional operation using a conventional roller or brush through a nebulizer, but can lower the viscosity of the anti-sticking agent to be suitable for use in the nebulizer, a heating device for use of the anti-sticking agent It's about structure.

The present invention will be described through the accompanying drawings.

1 and 2 show the structure of a heating device for use with the sprayer of the anti-sticking agent according to the present invention.

The heating device structure for use of the sprayer of the anti-sticking agent of the present invention according to the attached drawings mainly includes an outer wall 10 and an inner wall 20 positioned to form a hollow 30 inside the outer wall 10 Includes.

At this time, the inner wall 20 has a lower surface than the outer wall 10 is formed so that the hollow 30 is formed not only in both directions, but also in the bottom direction.

The inside of the inner wall 20 allows the anti-sticking agent to be accommodated, and allows the normal water to be accommodated in the hollow 30 between the outer wall 10 and the inner wall 20.

The water functions as a cooling water when heating the inside of the inner wall 20. This will be described later in detail.

Further, each of the outer wall 10 and the inner wall 20 is provided with valves 11a and 21a, and the valve 21a of the inner wall 20 can be discharged from the outside of the structure of the anti-sticking agent. As an anti-sticking agent valve 21a to be formed, it is formed on one side of the inner wall 20 and is formed to penetrate the outer wall 10.

At this time, an airtight packing is coupled to one side of the anti-adhesive valve 21a penetrating the outer wall 10 to improve airtightness and water tightness of the area of the pierced outer wall 10.

In addition, the valve 11a of the outer wall 10 is a water valve 11a for discharging water of the hollow 30 to the outside of the heating device structure, and the water valve 11a as well as the anti-tack agent valve All of (21a) has a structure capable of opening and closing through the valve.

Since the structure of such a valve has been variously disclosed in the related art, one of them is employed.

The upper wall 40 closing the upper surface is coupled to the upper side of the outer wall 10 and the inner wall 20. The upper body 40 may have a variety of forms, such as bolt fastening, thread fastening, and may be opened and closed using a hinge or the like, if necessary.

One side of the upper body 40 includes a through-hole penetrated in the up and down direction, the through-hole is opened and closed by the lid 41, the upper body 40 to the outer wall 10 and the inner wall It is possible to inject the anti-sticking agent into the inner wall 20 without separating from (20). At this time, the anti-sticking agent means a conventional one.

At this time, the other side of the upper body 40 is provided with a pressure regulator 42. The pressure regulator 42 is composed of a conventional structure that enables normal pressure detection and discharge, and when heated to lower the viscosity of the anti-sticking agent, a function for adjusting the pressure generated inside the inner wall 20 Do it.

The hollow 30 corresponding to the bottom of the hollow 30, which is a space between the outer wall 10 and the inner wall 20, is provided with a heater D and a heater H receiving a heat source from the heater D. do. The heater D is controlled through a controller provided inside or outside the heating apparatus structure according to the present invention, and an electric wire for this may be wired. In this process, even if the electric wire passes through the outer wall and the inner wall, the watertightness and airtightness are improved by applying the packing.

At this time, since the viscosity of the anti-sticking agent is adjusted to the extent that it can be discharged through a conventional sprayer device when heated to a temperature of 48 to 52°C, preferably 50°C, the temperature of the heater H is inside the inner wall 20 It is preferred that the temperature of the anti-sticking agent has a temperature that can be within or outside 50°C.

However, in the case of the hollow 30 provided with the heater D and the heater H described above, since water is received as described above, it is necessary to protect the heater D and the heater H from water. have.

Of course, it may be possible to have a degree of waterproofing that does not require protection from water, but this is up to the designer's choice.

When the support wall 50 is configured as described above, in FIG. 2 of the accompanying drawings, the support wall 50 is shown only in the form of a wall, but in reality it is configured in a box shape to form an outer wall and an outer wall of the inner wall 20. It is combined with the inner wall of (10) and welding, so that the heater (D) and heater (H) can be completely protected from water.

In addition, water accommodated in the periphery of the support wall 50 may function to cool the heat source generated inside the support wall 50.

However, in the case of the support wall 50, because of its own durability and the load of the anti-sticking agent contained in the inner wall 20 and/or the inner wall 20, there is a possibility of damage due to the accumulation of stress, the following [Table 1] ].

According to [Table 1], the support walls 50 are configured to be divided into two, but are referred to as a lower wall 51 and an upper wall 52, respectively.

On the upper surface of the lower wall 51, a concave groove portion 51a is formed downward, and the outer diameter of the upper wall 52 is inserted into the groove portion 51a while having a size and shape corresponding to the inner diameter of the groove portion 51a. .

At this time, between the bottom surface of the groove portion 51a of the lower wall 51 and the upper wall 52 are supported (53, 54), the support is divided into a lower support 53 and the upper support 54, they A pressure is generated inside the groove portion 51a by the operation being operated.

In other words, when it is expanded, a cylinder is provided on the upper surface of the lower support body 53 and the lower surface of the upper support body 54. When the upper wall 52 applies pressure from the upper side to the lower side, the upper supporting body 54 is the lower supporting body 53. The cylinder is contracted to be adjacent to.

In this process, as the upper support 54 is moved to the surface, pressure is generated in the groove portion 51a. Through this pressure generation, through the through hole 53a penetrating from the groove portion 51a to the outside of the lower wall 51 Let the pressure release.

Accordingly, when water flows through the separation space formed according to the division into the upper wall 52 and the lower wall 51, even if the upper wall 52 tries to rise somewhat due to the accumulation of water, due to the load of the upper wall 51 At the same time as pressurization proceeds, pressure (water pressure) is generated inside the groove portion 51a to allow water inside the groove portion 51a to be discharged through the through hole 53a.

A valve body (55, 56, 57) is formed in the through hole (53a) so that a discharge path is formed only from the inside of the groove portion (51a) to the outside, and conversely, water flows into the groove portion (51a) from the outside. Try to prevent.

The valve body includes, among the ends of the through holes 53a, a third valve body 57 adjacent to the opposite end of the groove portion 51a, and a through hole 53a on one surface of the third valve body 57. The second valve body 56 is formed vertically in the direction, and is formed in a direction horizontal to the third valve body 57 at one end of the second valve body 56, the edge in the circumferential direction through hole (53a) ) Is inserted into and fixed to the inner wall of the first valve body 55.

That is, the through hole 53a may have a groove that can be fixed to one side of the edge of the first valve body 55 along the circumferential direction of the inner diameter. The combination of the first valve body 55 and the groove may be adhered through a strong water-resistant adhesive to be firmly coupled.

In addition, the first valve body 55 is formed with a plurality of through holes on one side to form a flow path through which water can flow.

In addition, all of the valve bodies 55, 56, and 57 may be made of a flexible material such as silicon.

As described above, preferred embodiments according to the present invention have been described, and the fact that the present invention can be embodied in other specific forms without departing from the spirit or scope of the embodiments described above is common knowledge in the art. It is obvious to those who have.

Therefore, the above-described embodiments are to be regarded as illustrative rather than restrictive, and accordingly, the present invention is not limited to the above description and may be changed within the scope of the appended claims and their equivalents.

10: outer wall
11a: water valve
20: inner wall
21a: Anti-adhesive valve
30: hollow
40: upper body
41: lid
42: pressure regulator
50: support wall
D: heater
H: Heater
51: Lower Wall
51a: Home part
52: upper wall
53: lower support
53a: Through hole
54: upper support
55: first valve body
56: second valve body
57: third valve body

Claims (4)

The outer wall 10, the inner wall 20 positioned to form a hollow 30 inside the outer wall 10, and the upper portion positioned above the outer wall 10 and the inner wall 20 to function as a closing function It includes a sieve 40,
The inner wall 20 has a lower surface than the outer wall 10 is formed so that the hollow 30 is formed in both sides and the bottom direction,
The bottom wall hollow 30 between the inner wall 20 and the outer wall 10 is provided with a heater (H) and a heater (D) for supplying a heat source to the heater (H), for the use of the anti-stick sprayer In the heating device structure,
(a) water is accommodated in the hollow 30 between the outer wall 10 and the inner wall 20,
The outer wall 10 is provided with a water valve 11a for discharging water, and the inner wall 20 is provided with an anti-adhesive valve 21a for discharging the anti-sticking agent through the outer wall 10,
(b) further comprising a support wall 50 configured in a box shape to protect the heater H and the heater D provided in the hollow 30 from water accommodated in the hollow 30,
The support wall 50,
It is divided into two in the up/down direction, and includes an upper wall 52 and a lower wall 51,
On the upper surface of the lower wall 51, a concave groove portion 51a is formed downward, and the outer diameter of the upper wall 52 is inserted into the groove portion 51a while having a size corresponding to the inner diameter of the groove portion 51a,
(c) between the bottom surface of the groove portion 51a of the lower wall 51 and the upper wall 52, a support divided into a lower support 53 and an upper support 54 is located,
A cylinder is provided on the upper surface of the lower supporter 53 and the lower surface of the upper supporter 54 so that pressure is generated inside the groove portion 51a when the upper wall 52 is operated from above to below,
By allowing the pressure to be released through the through hole 53a penetrated from the groove portion 51a to the outside of the lower wall 51,
Even if the upper wall 52 tries to rise by water flowing into the groove portion 51a, which is a space formed according to the division into the upper wall 52 and the lower wall 51, the upper wall 51 is pressurized due to the load and simultaneously the groove portion 51a ) As the pressure is generated therein, the heating device structure for use of the sprayer of the anti-sticking agent is characterized in that water can be discharged from the groove portion 51a through the through-hole 53a.
The method according to claim 1,
The heater (H),
The heating device structure for use of the nebulizer of the anti-sticking agent, which is characterized in that the temperature of the anti-sticking agent contained inside the inner wall is heated to 48 to 50°C.
delete The method according to claim 1,
The upper body 40,
Through the inner wall 20 to communicate with the inside, and the through-hole opened and closed by the lid 41,
It characterized in that it comprises a pressure regulator (42) configured to enable the function of detection and discharge to control the pressure inside the inner wall (20), heating device structure for the use of the anti-sticking agent sprayer.

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