JPH07555U - Booth for application of ceramic coating agent - Google Patents

Abstract

(57) [Abstract] [Purpose] The present invention is a booth for accommodating a vehicle at the time of applying a ceramic car coating agent to a vehicle body, and the vehicle body can be heated to a high temperature and its surroundings are dry The main purpose is to be able to keep it at low cost and to be easily installed at low cost. [Structure] In a booth that accommodates a vehicle at the time of applying a ceramic car coating agent to a vehicle body, the booth is formed by covering a frame composed of a pillar pipe and a beam pipe with a heat resistant sheet containing carbon fiber, The outer wall surface is provided with an opening / closing part as an inlet and a setting port for setting the warm air generating device, and the hem is formed of a skirt part. Being controlled by a temperature control device, the temperature inside the booth can be controlled to a predetermined temperature while the vehicle A is housed inside the booth, and the coating, drying, and curing of the ceramic car coating agent can be performed. Is characterized by.

Description

[Detailed description of the device]

[0001]

[Industrial applications]

 The present invention relates to a booth for accommodating a vehicle during a coating operation for coating a ceramic car coating agent on a vehicle body.

[0002]

[Prior art]

 As is well known, the body of a vehicle is stained with dust, water stains and the like as it is used, so the vehicle was washed several times a month. The car wash is performed by washing with a brush, wiping, and waxing in that order, which requires a lot of labor and time. In addition, measures such as extending the life of the wax coating to save the time and effort of waxing during car washing, and developing an automatic car washing machine that automatically performs car washing have been devised.

However, there is a limit to the life extension of the above wax coating, and it is necessary to wax every 3 to 6 months after all, and when using an automatic car wash machine, it is certainly labor and time. However, there were problems such as not being able to reliably remove stains and possibly damaging the coating film on the vehicle body.

Therefore, as a means for solving the above-mentioned problems, a ceramic car coating is formed on the body of a vehicle by forming a ceramic film having a long life and a high hardness so that waxing is unnecessary and an automatic car wash machine can be used with confidence. Agents were developed and used.

Now, when the characteristics of the above-mentioned ceramic car coating agent are experimentally confirmed, it is found that the body of the vehicle to which the ceramic coating is applied is kept at about 30 ° C. and the surroundings are kept completely dry. It was confirmed that a very beautiful and ideal ceramic coating can be formed by applying a ceramic car coating agent to a vehicle, then keeping the vehicle body at about 70 ° C. and drying and curing the ceramic car coating agent. .

[0006]

[Problems to be solved by the device]

 By using the above-mentioned ceramic car coating agent, a ceramic film with a long film life and high hardness can be formed on the vehicle body, eliminating the need for waxing and at the same time using an automatic car wash machine with peace of mind. However, in order to form a beautiful and ideal ceramic coating, it is necessary to keep the body of the vehicle at a high temperature and to keep the surroundings dry, so that new equipment must be installed. However, due to problems such as installation cost and securing the installation location, the ceramic car coating agent is actually applied at normal temperature and room temperature, and as a result, a beautiful and ideal ceramic coating can be obtained. This makes it easy and at low cost to keep the body of the vehicle hot and to keep the area around the vehicle dry. Can the equipment has been demanded.

[0007]

[The purpose of the device]

 Therefore, an object of the present invention is to solve the above-mentioned problems of the conventional technique, and to keep the vehicle body at a high temperature when the ceramic car coating agent is applied to the vehicle body. It is possible to provide a booth for applying a ceramic coating agent, which can be installed at a low cost and can be installed easily, while keeping its surroundings dry.

[0008]

[Means for solving the problem]

 In order to achieve the above object, the present invention has the following technical means. That is, referring to the reference numerals used in the accompanying drawings corresponding to the embodiments, the booth accommodating the vehicle A at the time of applying the ceramic car coating agent to the body B of the vehicle A is as described above. The booth 1 is formed by covering a skeleton 2 composed of a pillar pipe 8 and a beam pipe 9 passed between the pillar pipes 8 with a heat resistant sheet 3 containing carbon fiber, and an outer wall surface of the booth 1 composed of the heat resistant sheet 3 containing carbon fiber. Is provided with an opening / closing part 5 which can be opened and closed as an inlet 4, and a setting port 6 for setting a warm air generator 11 containing an electric heater 12 and a blower blower 13. A skirt portion 7 that can be spread on the ground G in a skirt shape is formed on the hem of the lever.

The hot air generator 11 controls the electric heater 12 and the blower blower 13 on the basis of the detection of the temperature sensor, and is controlled by the temperature adjustment controller 14 that regulates the operating time of the electric heater 12. The warm air generator 11 is set in the set opening 6 of the booth 1, and the temperature in the booth 1 is maintained at a predetermined temperature while the vehicle A is accommodated in the booth 1 and the body of the vehicle A is maintained. The ceramic car coating agent can be applied, dried, and cured by applying B to the predetermined temperature, then applying the ceramic car coating agent, and then further raising the temperature in the booth 1. It is a booth for applying coating agents.

[0010]

[Action]

 The present invention comprises the above technical means, and blows the electric heater 12 to the booth 1 in which the frame 2 composed of the pillar pipe 8 and the beam pipe 9 passed between the pillar pipes 8 is covered with the heat resistant sheet 3 containing carbon fiber. By setting the warm air generator 11 containing the blower 13, the booth 1 can be kept at a high temperature, and thus the body B of the vehicle A housed in the booth 1 can be kept at a high temperature. Since an ideal ceramic coating can be formed and the booth 1 is composed of the frame 2 and the heat resistant sheet 3 containing carbon fiber, it can be installed at a low cost and can be installed in a parking lot or a small open space. Since a place that can be easily secured can be used, a booth for applying the ceramic car coating agent can be easily obtained.

Further, a skirt portion 7 is formed on the hem of the outer wall surface of the booth 1 to prevent outside air, dust, dust and the like from entering, and at the same time, heat inside the booth 1 leaks to the outside. In addition, since the operation of the hot air generator 11 set in the booth 1 is controlled by the temperature adjustment control device 14, the temperature control in the booth 1 is ensured. Therefore, a beautiful and ideal ceramic coating can be stably obtained, and it is economical.

[0012]

【Example】

 Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings. As shown in FIG. 1, FIG. 2, FIG. 3, FIG. 4 and FIG. 5, the booth for applying the ceramic car coating agent of the present invention is a pillar pipe 8 and a beam pipe 9 passed between the pillar pipes 8. The frame 2 which is held by the joint 10 is covered with the heat resistant sheet 3 containing carbon fiber, and the hot air generating device 11 including the electric heater 12 and the blower blower 13 is set in the booth 1. The booth 1 has an outer wall surface provided with an inlet 4 for loading and unloading the vehicle A into and from the booth 1, and a setting port 6 for setting the warm air generator 11.

The inlet 4 is an opening / closing portion 5 that can be opened and closed by a surface fastener 17, and in the present embodiment, is configured so as to be opened to the left and right, and a peripheral edge of the set opening 6 is provided. A surface fastener 18 corresponding to both fasteners (not shown) provided on the peripheral portion of the hot air generator 11 is formed on the inside of the booth 1, and the airtightness in the booth 1 when the warm air generator 11 is set is set. Is designed to be maintained. In addition, a skirt portion 7 that can be spread on the ground G in a skirt shape is formed at the hem portion of the carbon fiber-containing heat resistant sheet 3 to improve the airtightness in the booth 1. is there.

The hot air generator 11 controls the electric heater 12 and the blower blower 13 on the basis of the detection of the temperature sensor, and the temperature adjustment controller 14 which regulates the operation time of the electric heater 12 and the blower blower 13. Further, the warm air generated by the warm air generating device 11 is guided to the upper side of the vehicle A housed in the booth 1 by the duct 15 arranged in the booth 1, and then the blower port 16 The booth 1 is blown by the air to keep it at a predetermined temperature. Then, by dehumidifying this hot air when it is blown, the inside of the booth 1 can be made dry.

Next, an example of its use will be described based on the above configuration. First, the skeleton 2 is assembled in a place where the booth 1 can be installed, for example, a parking lot, and the booth 1 is formed by covering it with the carbon fiber-containing heat resistant sheet 3. Next, the warm air generating device 11 is set in the setting port 6 of the booth 1, the peripheral edge of the setting port 6 is brought into close contact with the peripheral portion of the warm air generating device 11 by the surface fastener 18, and the heat resistant sheet 3 containing the carbon fiber is By deploying the skirt portion 7 at the hem on the ground G, the outside air and the air inside the booth 1 are completely shut off, and the outside air and dust, dust, etc. are prevented from entering. As a result, the booth for coating the ceramic car coating agent is completed, and it can be installed very easily and at low cost.

Then, the vehicle A in which the ceramic coating is to be formed is housed in the booth 1, the opening / closing portion 5 of the entrance 4 is closed, and the interior of the booth 1 is sealed by the surface fastener 17, and at the same time, the warm air generator 11 is installed. Activate. At this time, the temperature inside the booth 1 is kept at 30 ° C. and the temperature of the body B of the vehicle A is kept at 30 ° C. The electric heater 12 of the hot air generator 11 and the blower blower 13 are controlled by the temperature adjusting controller 14. To do. Further, this control is a thermostat ON-OFF control, whereby the temperature adjustment control device 14 can be formed at low cost, and the temperature inside the booth 1 can be easily controlled.

After the operation of the warm air generator 11, when the temperature of the body B of the vehicle A reaches 30 ° C., the ceramic car coating agent prepared in advance is applied to the body B of the vehicle A. The ceramic car coating agent applied at this time is preferably an alkoxy metal-based one formed by mixing two kinds of liquids, which is mixed 12 to 24 hours before the coating operation and is protected from the light of 20 to 25 hours. By allowing it to stand at a temperature of ℃, it promotes the polycondensation reaction between the two kinds of liquids and has a high molecular weight. % Mix it so that it is easy to apply.

The ceramic car coating agent may be applied manually by using a power rotator such as a polisher or a spray gun, and may be applied by hand. By doing so, a beautiful film that does not require buffing can be formed, and if the surface smoothness is lost due to uneven coating or sagging, After hardening the film, buffing is performed and the surface is polished to obtain a beautiful film. Furthermore, the body B of the vehicle A to which the above-mentioned ceramic car coating agent is applied is washed in advance to remove adhered substances and oils and fats on the painted surface, and at the same time repair small scratches and deterioration of the paint to remove water during car washing. By doing so, a more beautiful film is formed.

After the application of the ceramic car coating agent is completed, the temperature inside the booth 1, that is, the temperature of the body B of the vehicle A is set to 70 ° C. and the humidity is kept at 50% or less for 50 minutes. As a result, the ceramic coating formed by the ceramic car coating agent on the body B of the vehicle A is completely cured. At this time, the temperature maintaining time in the booth 1 is controlled by the timer of the temperature adjustment controller 14, and can be set arbitrarily. Further, the ceramic coating formed by the above-mentioned ceramic car coating agent is not only hardened by being heated to a high temperature, but also hardened by contact with air or irradiation of light, and the progress of hardening particularly by the irradiation of light (ultraviolet rays) is remarkable. By installing the ultraviolet irradiation means inside, the film can be completely cured more efficiently and in a short time.

The ceramic coating of the body B of the vehicle A formed as described above has a very high hardness because it is completely cured, and has a long life, and has a very beautiful luster. Since it does not require waxing, the automatic car wash machine can be used with peace of mind. In addition, if there is unevenness in the ceramic film after complete hardening, buffing can be performed to form a beautiful film without unevenness.

By laying a heat-resistant sheet containing carbon fibers, a floor board having high heat insulation and high heat resistance, etc. on the floor surface of the booth 1, a booth 1 having higher heat retention can be formed and economical operation can be achieved. It is possible. In this example, the case of using an alkoxy metal type as the ceramic car coating agent is shown, but the present invention is not limited to this, and an alkali metal type, an organopolymetal type, an organoalkoxy metal, a modified acetylacetonate metal type is used. Etc., a better ceramic film can be obtained by setting the coating temperature, dry curing temperature and dry curing time according to the ceramic car coating agent used.

[0022]

[Effect of device]

 As described above in detail, the present invention has the following effects. That is, according to claim 1, a frame composed of a pillar pipe and a beam pipe extending between the pillar pipes is covered with a heat resistant sheet containing carbon fibers to form a booth for applying a ceramic car coating agent, and the booth is provided in the booth. Since a hot air generator is installed to keep the booth at a high temperature, a ceramic coating agent that can apply the ceramic coating agent to the vehicle body and provide an environment for forming an ideal ceramic coating The coating work booth can be provided at low cost and easily, and since the skirt is formed on the hem of the outer wall surface of the booth, the inside of the boot can be reliably shut off from the outside air. It can prevent outside air, dust, dust, etc. from entering, and can very efficiently raise the temperature inside the booth, as well as clean the air inside the booth. The hot air generating device is reliably performed temperature control in the booth at what is controlled by a temperature adjustment control device, in which it is possible to obtain a beautiful ideal ceramic coating economically.

Further, according to claim 2, an ideal ceramic film can be obtained by setting and controlling the temperature in the booth, that is, the temperature of the vehicle body to 30 ° C. when the ceramic car coating agent is applied and 70 ° C. when drying and curing. It is possible to create a favorable environment inside the booth, and to apply a more beautiful and ideal ceramic coating to the vehicle body.

[Brief description of drawings]

FIG. 1 is a top view of a booth for applying a ceramic car coating agent.

FIG. 2 is a front view showing a front surface of a booth for applying a ceramic car coating agent.

FIG. 3 is a front view showing a rear surface of a booth for applying a ceramic car coating agent.

FIG. 4 is a cross-sectional view taken along the line XX ′ in FIG.

5 is a cross-sectional view taken along line YY 'in FIG.

[Explanation of symbols]

 1 Booth 2 Frame 3 Heat resistant sheet containing carbon fiber 4 Inlet 5 Opening / closing part 6 Set mouth 7 Skirt part 8 Pillar pipe 9 Beam pipe 11 Hot air generator 12 Electric heater 13 Blower blower 14 Temperature control device A Vehicle B Body

Claims (2)

[Scope of utility model registration request] 1. A booth for accommodating a vehicle at the time of applying a ceramic car coating agent to a body B of a vehicle A, wherein the booth 1 is a pillar pipe 8 and a beam passed between the pillar pipes 8. A frame 2 made of a pipe 9 is covered with a heat resistant sheet 3 containing carbon fibers, and an opening / closing part 5 that can be opened and closed as an inlet 4 is provided on an outer wall surface of a booth 1 made of the heat resistant sheet 3 containing carbon fibers. A setting port 6 for setting a warm air generator 11 containing an electric heater 12 and a blower blower 13 is provided, and in addition, a skirt portion 7 that can be spread on the ground G in a skirt shape is formed at the hem. Further, the warm air generator 11 controls the electric heater 12 and the blower blower 13 on the basis of the detection of the temperature sensor, and at the same time, the operation is performed by a timer. It is controlled by a temperature adjustment control device 14 that regulates the time, and the warm air generator 11 is set in the setting port 6 of the booth 1 and the vehicle A is accommodated in the booth 1 so that the inside of the booth 1 After the temperature is kept at a predetermined temperature and the body B of the vehicle A is set to a predetermined temperature, the ceramic car coating agent is applied, and then the temperature in the booth 1 is further increased to apply and dry the ceramic car coating agent. A booth for applying a ceramic car coating agent, which can be cured. 2. The ceramic car coating agent according to claim 1, wherein the temperature in the booth is set and controlled to 30 ° C. at the time of applying the ceramic car coating agent and 70 ° C. at the time of drying and curing. Booth for application work.