KR20230055408A - A car washing service system for residents that can efficiently utilize small spaces in underground parking lots of apartments - Google Patents

Abstract

The present invention relates to a car wash service system for a resident capable of efficiently utilizing the narrow space of an apartment complex underground parking lot, that can be used conveniently by a resident and minimize handling and management costs as a way to efficiently utilize narrow and wasted space of an underground parking lot installed in the basement of an apartment complex. More specifically, the present invention relates to a new type of a car wash service system for a resident capable of efficiently utilizing the narrow space of an apartment complex underground parking lot. A car owner who is a resident can conveniently wash a car in a residential area at any time the car owner wants. Car wash equipment installed in an underground parking lot fundamentally blocks the generation of wastewater by spraying high-pressure air or using high-pressure steam to wash the car automatically or manually by the car owner, making installation and management easy as there is no need for separate auxiliary facilities such as wastewater treatment facilities. Since the use of the car wash equipment is managed online, a manager is not required, which can improve residents' satisfaction with car management without increasing residents' housing costs due to a car wash service. The car wash service system comprises a car owner terminal, a car wash management server, and a car wash device.

Description

A car washing service system for residents that can efficiently utilize small spaces in underground parking lots of apartments}

The present invention is a method for efficiently utilizing the abandoned narrow space of an underground parking lot installed in the basement of an apartment house, and the narrow space of an apartment house underground parking lot that can be conveniently used by residents and minimize handling and management costs It relates to a car wash service system for residents that can be efficiently utilized, and more specifically, a vehicle owner, a resident, can conveniently wash a car in a residential area at a time he/she wants, and a car wash equipment installed in an underground parking lot uses high-pressure air. By spraying or using high-pressure steam, car washing can be done either automatically or manually by the vehicle owner, thereby fundamentally blocking the generation of wastewater, so that separate auxiliary facilities such as wastewater treatment facilities are unnecessary, making it easy to install and manage. Since the use of car washing equipment is managed online, a manager is unnecessary, so the narrow space of the underground parking lot of a new type of apartment house can be efficiently used to improve the satisfaction of the residents without increasing the residential cost of the residents due to the car washing service. It is about a car wash service system for residents.

In order to usually wash a car at a car wash, a customer purchases a disposable car wash ticket and then enters the car wash number to enter the car wash. Automatic Machine Car Wash There is a manual car wash method that is used.

All of these car wash methods require the customer to drive the car and go to the car wash. Therefore, there are many cases where busy modern people, especially office workers, do not have enough time to use these car wash facilities because they have to spend time separately for car washing and have to wait in a long line.

In addition, in the case of mechanical car washing, it is mainly used as a service after refueling at a gas station, but the car is washed with a rotating brush without providing a sufficient amount of water necessary for car washing, so if the car is washed for a long time, the gloss of the vehicle's surface (painting) disappears and fine scratches occur Water stains are trapped between the and the scratches, and the windshield can be scratched by the fine stones remaining on the rotating brush. Due to the scratches, there is a disadvantage in that a headlight beam irradiated from a front vehicle is diffusely reflected during night driving, which may cause a traffic accident.

Moreover, since such car washing is limited to car washing outside the vehicle, in the case of desiring to wash the car indoors, a method of washing the car separately at home or ordering a car washing service by phone or the Internet is mainly used.

However, even in the case of a business trip car wash as described above, the cost required for car washing is higher than that of an automatic mechanical car wash, and there is a hassle of coordinating a car washing time with a business trip car wash company.

Korean Patent Laid-open Publication No. 10-2001-0069592 (published on July 25, 2001) as a conventionally known technique for solving the above problems, a car wash service method using a communication network and its system are In a server/client system that orders and pays for a product, a user who wants to wash a car requests a car wash service to a car wash service site using a communication network, and a mobile team (mobilizer) to dispatch to the user The step of providing a photo and identification information of the user, the step of mobilizing a car wash dispatch command and dispatching a car wash operation team (mobility agent) by managing/organizing a car wash agent at the request of the user, and The step of confirming identity and identity, the step of inspecting the vehicle by the mobile team (mobilizer) and the user, and the step of moving to the car wash/maintenance center organized in the car wash agency management network after receiving the inspected vehicle to wash/repair the vehicle and finally delivering the washed/maintained vehicle to a place desired by the user, and paying the car wash/maintenance cost.

However, although the car washing time can be efficiently adjusted through the car washing proxy method using the above-configured communication network, the problem of incurring costs for car washing continues.

Republic of Korea Patent Publication No. 10-2001-0069592 (Publication date: July 25, 2001) "A car wash service method using a communication network and its system"

The present invention has been made in consideration of the above circumstances, and an object of the present invention is that residents living in apartment houses, such as apartments, can use the community of the Internet interface environment configured for residents by the management server of the management office to help vehicle owners You can conveniently wash your car at the time you want in the underground parking space of the apartment house, and the car wash system is managed online, so management is convenient and a manager is unnecessary, so the residents' housing costs are not increased by the car wash service. It is to provide a car wash service system for residents using the underground parking lot of an apartment house that can improve management satisfaction.

As another object of the present invention, a car washing system installed in an underground parking lot sprays air at high pressure or a car washing system using high-pressure steam to automatically or manually by a vehicle owner, so that wastewater is fundamentally generated. It is to provide a car wash service system for residents using a new type of apartment complex underground parking lot that is easy to install and manage because it does not require separate auxiliary facilities such as wastewater treatment facilities.

The car wash service system for residents using an underground parking lot in an apartment house according to the object of the present invention described above includes a borrower's terminal operated by a resident, such as a resident's mobile phone or an interphone installed inside the resident's residence, and the borrower's terminal and wired or wireless It includes a car wash management server that communicates with the complex AI platform and a car wash device controlled by a signal of the car wash management server,

The borrower terminal is configured in the form of an application installed on a mobile phone that is easily carried and used by residents, or is configured in the form of an application on an interphone installed indoors in the residence of a resident, and a borrower terminal communication unit that communicates with a car wash management server wirelessly , A maintenance mode selected when maintenance of a resident's vehicle is required, a car wash mode selected when a resident's vehicle needs to be washed, and a time reservation mode for reserving usage time of the car wash device when the car wash mode is selected,

The car wash management server is included in the complex AI platform system of an apartment or large-scale villa, or is interlocked with the previously installed complex AI platform, and communicates with the owner terminal in real time through the car wash management server communication unit, and the name and number of residents, whether or not the vehicle is owned. occupant registration information, which stores information such as vehicle type, type, vehicle number, etc. of residents; It includes a notice management unit that notifies the owner terminal of availability, car wash management specific issues, and a cost settlement unit that calculates the cost incurred according to the residents' use of the car wash system.

The car wash device has a form capable of real-time communication of information such as availability of the car wash device, damage to the car wash device, reservation status, etc. to the car wash management server communication unit through the car wash device communication unit, and whether or not a vehicle entering the car wash device has been reserved. A camera that checks the vehicle, a parking sensor that guides the vehicle to park in a stable and accurate location and detects whether or not it is parked correctly, and is installed inside the car wash device and contains car wash products such as polish, glass cleaner, and brush. A supply box opening/closing unit that controls whether the supply box is opened or closed, a screen drive unit that drives a screen to prevent scattering of dust generated during car washing, a dust suction fan driver unit that quickly sucks in and removes dust generated during car washing, A cavity characterized in that it includes a wet car wash mode using a steam injection unit driven by the user's selection and supplied through a steam boiler and a dry car wash mode using an air injection unit driven by the user's selection and supplied through an air compressor This can be achieved by a car wash service system for residents using a residential underground parking lot.

The dust suction fan driver has several suction holes installed on the wall and bottom of the car wash device, and sucks and removes floating dust inside the car wash device and dust settled on the floor by driving an external dust suction fan. It is characterized in that the suction efficiency of sedimentation dust is improved by the negative pressure environment of the car wash space generated by the.

When the parking detection unit transmits to the car washing device control unit that the vehicle to be washed is parked in an accurate parking position, high-pressure air is sprayed on the surface of the vehicle to remove dust or foreign substances in advance to reduce the user's car washing labor force. It is characterized in that it further comprises a car washing means.

The pre-car washing means is formed on the bottom surface of the car washing space and has a “ㅁ” shaped injection pipe receiving groove in which the injection pipe is accommodated, guide grooves formed in communication with both sides of the injection pipe receiving groove, and the injection pipe An injection pipe accommodated in the receiving groove and having a plurality of injection nozzles formed at regular intervals, a guider formed on both sides of the injection pipe and having a hollow interior to supply air to the injection pipe and having a rack gear meshed with a driving motor on one side thereof; An air supply hose connected to the air supply pipe at the lower part of the guider and a spring providing tension to the air supply hose, one side fixed to the fixing part, and the other side connected to the air supply hose.

As described above, the car wash service system for residents using the underground parking lot of the apartment house according to the present invention uses the car wash system formed in the same space to remove the vehicle parked in the underground parking lot without the residents of the apartment house moving the vehicle to a long distance. It is possible to wash a car, so there is no need for waiting time for car washing, and the infrastructure for using a high-quality, pollution-free car washing system is presented to residents without the inconvenience of spending extra time for car washing and moving to a place. It has the effect of resolving concerns and improving tenants' satisfaction with car management.

In addition, the car wash system uses high-pressure air to remove dust from the surface of the vehicle by blowing it off or uses high-pressure steam to remove the dust on the surface of the vehicle. By washing the car, the generation of wastewater is fundamentally blocked and separate wastewater treatment facilities such as As auxiliary facilities are unnecessary, the installation cost of the car wash system can be remarkably reduced, and the configuration is simple, handling and management are easy, and at the same time, there is an effect of preventing the increase in management cost of the occupant according to the operation of the car wash system.

In addition, it does not stop at simply providing a convenient car wash service, but can also contribute to changing the image of underground parking spaces with few human beings. By presenting the possibility of being reborn as a space, the meaning of environmental purification and beautification of the underground parking lot is also a great advantage.

Moreover, it has the possibility of providing and developing various services for various residents based on the database of the collected residents, so it has the advantage of being a real-time communication tool between the residents and the management body of the apartment house.

1 is an exemplary view showing a form in which a car wash service system for residents for utilizing the narrow space of an underground parking lot of an apartment house according to a first embodiment of the present invention is installed in a narrow space of an underground parking lot
2 is a block diagram of a car wash service system for residents for utilizing a narrow space in an underground parking lot of an apartment house according to a first embodiment of the present invention.
3 is a block diagram showing the configuration of a borrower's terminal in a car wash service system for residents for utilizing a narrow space in an underground parking lot of an apartment house according to a first embodiment of the present invention.
4 is a schematic diagram of a borrower's terminal in a car wash service system for residents for utilizing a narrow space in an underground parking lot of an apartment house according to a first embodiment of the present invention.
5 is a schematic diagram of a car wash time reservation item of a borrower terminal in a car wash service system for residents for utilizing a narrow space in an underground parking lot of an apartment house according to a first embodiment of the present invention.
6 is a block diagram of a car wash management server in a car wash service system for residents for utilizing a narrow space in an underground parking lot of an apartment house according to a first embodiment of the present invention.
7 is a block diagram of a car wash device among car wash service systems for residents for utilizing a narrow space in an underground parking lot of an apartment house according to a first embodiment of the present invention.
8 is a perspective view showing a schematic configuration of a car wash device among a car wash service system for residents for utilizing a narrow space in an underground parking lot of an apartment house according to a first embodiment of the present invention;
9 is a cross-sectional view of a car wash device among car wash service systems for residents for utilizing a narrow space in an underground parking lot of an apartment house according to a first embodiment of the present invention.

Hereinafter, with reference to the accompanying drawings, embodiments of the present invention will be described in detail so that those skilled in the art can easily carry out the present invention. However, since the description of the present invention is only an embodiment for structural or functional description, the scope of the present invention should not be construed as being limited by the embodiments described in the text.

That is, since the embodiment can be changed in various ways and can have various forms, it should be understood that the scope of the present invention includes equivalents capable of realizing the technical idea. In addition, since the object or effect presented in the present invention does not mean that a specific embodiment should include all of them or only such effects, the scope of the present invention should not be construed as being limited thereto.

On the other hand, the meaning of terms described in the present invention should be understood as follows.

Terms such as "first" and "second" are used to distinguish one component from another, and the scope of rights should not be limited by these terms.

For example, a first element may be termed a second element, and similarly, a second element may be termed a first element.

It should be understood that when an element is referred to as “connected” to another element, it may be directly connected to the other element, but other elements may exist in the middle. On the other hand, when an element is referred to as being “directly connected” to another element, it should be understood that no intervening elements exist. Meanwhile, other expressions describing the relationship between components, such as “between” and “immediately between” or “adjacent to” and “directly adjacent to” should be interpreted similarly.

Singular expressions should be understood to include plural expressions unless the context clearly dictates otherwise, and terms such as “comprise” or “having” refer to a described feature, number, step, operation, component, part, or It should be understood that it is intended to indicate that a combination exists, and does not preclude the possibility of the presence or addition of one or more other features, numbers, steps, operations, components, parts, or combinations thereof.

All terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which the present invention belongs, unless defined otherwise. Terms defined in commonly used dictionaries should be interpreted as consistent with meanings in the context of related art, and cannot be interpreted as having ideal or excessively formal meanings unless explicitly defined in the present invention.

Now, a car wash service system for residents for utilizing a narrow space in an underground parking lot of an apartment house according to a first embodiment of the present invention will be described in detail with reference to drawings.

Among the accompanying drawings, FIG. 1 is an exemplary view showing a form in which a car wash service system for residents for utilizing the narrow space of an underground parking lot of an apartment house according to a first embodiment of the present invention is installed in a narrow space of an underground parking lot, and FIG. 2 is an exemplary view of the present invention. 3 is a block diagram of a car wash service system for residents using an underground parking lot for apartment houses according to the first embodiment of the present invention, and FIG. Figure 4 is a schematic diagram of a car owner's terminal in a car wash service system for residents using an underground parking lot for apartment houses according to the first embodiment of the present invention, and Figure 5 is a joint according to the first embodiment of the present invention. It is a schematic diagram of a car wash time reservation item of a borrower terminal in a car wash service system for residents using a house underground parking lot, and FIG. 6 is a car wash management server 7 is a block diagram of a car wash device among car wash service systems for residents using an underground parking lot for apartment houses according to the first embodiment of the present invention, and FIG. 8 is a block diagram of a car wash device according to the first embodiment of the present invention It is a perspective view showing a schematic configuration of a car wash system among car wash service systems for residents using a parking lot, and FIG.

The present invention relates to a car wash service system for residents using an underground parking lot of an apartment house, which can provide a car wash service for the residents of the apartment house by using vehicle information of the residents of the apartment house, and more particularly, to a car wash service system for residents of the apartment house It is possible to wash the car conveniently in the residential area at any time, and the car washing equipment installed in the underground parking lot sprays air at high pressure or uses high-pressure steam to wash the car automatically or manually by the vehicle owner, thereby generating wastewater. It is easy to install and manage as separate auxiliary facilities such as wastewater treatment facilities are not required, and the use of car wash equipment is managed online, so there is no need for a manager. It is about a car wash service system for residents using a new type of apartment housing underground parking lot that can improve the satisfaction of vehicle management.

As shown, the car wash service system for residents (hereinafter referred to as 'resident car wash system') (A) using an underground parking lot in an apartment house according to the present invention is largely a resident's mobile phone or an intercom installed in the resident's residence. According to the car owner terminal 100 manipulated by the car wash management server 200, which communicates with the car owner terminal 100 by wire or wirelessly and interlocks with the complex AI platform, and the signal of the car wash management server 200 It is composed of a car washing device 300 to be controlled.

As shown in FIGS. 2 to 4 , the borrower's terminal 100 is configured in the form of an application 110 installed on a mobile phone that is easily carried and used by residents, or in the form of an application on an interphone installed inside a residence of a resident. can be formed as

In addition, looking at the schematic configuration of the borrower terminal 100,

The owner's terminal 100 includes a borrower's terminal communication unit 120 that communicates wirelessly with the car wash management server 200, a maintenance mode 130 selected when maintenance of a resident's vehicle is required, and a case where a resident's vehicle needs to be washed. It is configured to include a selected car wash mode 140 and a time reservation mode 141 for reserving usage time of the car wash device when the car wash mode 140 is selected.

In addition, as shown in FIG. 4, the car wash time reservation mode 141 divides the car wash time into 1-hour intervals so that the residents can select the car wash time, and the car wash time reservation mode 141 provides the car wash time. When this car wash reservation time is selected, the selection unit 142 on one side is selected in a form in which the color is changed so that the residents can confirm the selected reservation time.

In addition, when the maintenance mode 130 is selected, the vehicle owner's terminal 100 can perform self-maintenance of the vehicle using maintenance equipment formed on one side of the car wash device.

In addition, the maintenance mode 130 has a feature in that a space is divided by a car wash screen 351 of the car wash device 300, which will be described later, so that vehicle maintenance can be performed even when the car wash mode 140 proceeds.

As shown in FIG. 5, the car wash management server 200 may be included in the complex AI platform system of the management office in the case of an apartment or a large villa, or may be interlocked with an existing complex AI platform.

In addition, the car wash management server 200 has a form capable of real-time communication with the car owner terminal 100 through the car wash management server communication unit 210 .

In addition, the car wash management server 200 includes a resident registration information unit 220 in which information such as the name of the resident, the number of the building, and whether or not the vehicle is owned is stored, and information such as the type, shape, and vehicle number of the resident's vehicle is stored. A vehicle registration information unit 230, a move-in/out information unit 240 that stores whether or not residents move in or move out, and a notice management unit that notifies whether or not the car wash device can be used and special matters related to car wash device management to the borrower terminal 100 ( 250) and a cost calculation unit 260 that calculates the cost imposed according to the use of the car wash device by the residents.

In addition, the cost calculation unit 260 checks the actual use time of the car wash device by the car wash management server 200, withdraws it in real time through the car wash management server or the resident information input to the complex AI platform, or a general real-time payment service. Alternatively, it can be made in the form of integrated withdrawal by including it in the details of the management fee notice issued by the management office.

The car wash device 300 has a form capable of real-time communication with the car wash management server communication unit 210 through the car wash device communication unit 310 of information such as whether or not the car wash device can be used, whether the car wash device is damaged, and the reservation status.

In addition, the car wash device 300 includes a camera 320 that checks whether a vehicle entering the car wash device is a reserved vehicle or not, and guides the vehicle to stably park in an accurate location and determines whether or not the vehicle is parked accurately. A parking detection unit 330 for detecting, a supply box opening/closing unit 340 installed inside the car washing device and controlling whether or not to open or close a supply box containing car washing supplies such as polish, glass cleaner, and brush therein, and dust generated during car washing A screen driving unit 350 for driving a screen to prevent scattering of the car, a dust suction fan driving unit 360 for quickly sucking and removing dust generated during car washing, and removing dust from a vehicle parked in a car washing device at high pressure. A preliminary car wash mode 370 that removes through air, a wet car wash mode 380 that is driven by the user's selection and using steam supplied through a steam boiler (not shown), and an air compressor that is driven by the user's selection It is configured to include a dry car wash mode 390 using high-pressure air supplied through (not shown).

The camera 320 captures the license plate number of the vehicle entering the car wash device, transmits it to the car wash device control unit 300, and transmits it to the car wash management server 200 through the car wash device communication unit 310 to check whether the car is reserved. In the case of an unreserved vehicle, a warning sound is output to notify entry prohibition.

The parking detecting unit 330 has a configuration for inducing and detecting an entering vehicle so that it can accurately park in a parking area, and as shown in FIGS. 331 and a parking detection sensor 332 that detects whether or not the vehicle is parked at the correct location, and when the vehicle enters in a direction other than the guidance direction, a warning sound is output to correct the entry direction. keep it so

When the parking detecting unit 330 confirms that the vehicle is parked in an accurate parking position, the supply opening/closing unit 340 outputs an open signal to the supply opening/closing unit 340 so that the supply box 341 is opened. Car wash products such as polish, glass cleaner, and brushes stored inside can be used comfortably.

When the parking detecting unit 330 confirms that the vehicle is parked in an accurate parking position, the screen driver 350 transmits an electrical signal to the screen driver 350 to operate the electrically connected car wash screen 351 to wash the car of the car wash device. By sealing the area, it is possible to minimize scattering of dust generated during car washing and to minimize contamination of the external parking space.

In the dust suction fan driver 350, when the parking detector 330 confirms that the vehicle is parked in an accurate parking position, the car wash controller 300 transmits an electrical signal to the dust suction fan driver 360 so that the dust suction fan ( 361) is driven to suck in and remove dust inside the car wash area.

In addition, the dust suction fan 361 has several suction holes installed on the wall and bottom surfaces of the car wash device, and the external dust suction fan 361 is driven to suck and remove floating dust and precipitated dust inside the car wash device. Furthermore, since the suction port is also installed on the bottom surface, negative pressure is generated in the car wash space sealed by the screen to maximize dust suction efficiency.

The preliminary car washing unit 370 transmits to the car washing controller 300 that the vehicle is parked in an accurate parking position from the parking detection unit 330, and the preliminary car washing unit 370 drives the high-pressure air on the outer circumferential surface of the parked vehicle. to remove dust and debris from the surface.

As described above, by removing dust or foreign substances from the surface of the vehicle to be washed in advance using high-pressure air, the user's car wash during the main car wash consisting of a wet car wash using steam or a dry car wash using air performed by the user after the car It has a feature that can reduce the fatigue caused by car washing of the vehicle because it can reduce the labor force.

In addition, the preliminary car wash unit 370 is installed in a form buried in the bottom surface of the car wash device, and while the spray pipe 371 rises, the contaminants attached to the surface of the vehicle parked in the car wash space are blown off with high-pressure air to remove made up in the form

As shown in FIGS. 7 and 8 , the preliminary car washing unit 370 is formed on the bottom surface of the car washing space and includes a spray pipe accommodating groove 372 in which the spray pipe 371 is accommodated, and the spray pipe accommodating groove. A guide groove 373 formed in communication with both sides of the 372, an injection pipe 371 accommodated in the injection pipe receiving groove 372 and having a plurality of injection nozzles 371a formed at regular intervals, and the injection pipe ( 371) formed on both sides and having a hollow inside to supply air to the injection pipe 371, and a guider 377 having a rack gear 377a meshed with a drive motor 375 on one side, and a lower part of the guider 377 Provides tension to the air supply hose 379 connected to the air supply pipe 378 and the air supply hose 379, one side is fixed to the fixing part 374, and the other side is connected to the air supply hose 379 It is configured to include a spring 376.

In addition, the injection pipe 371 is formed in a substantially "ㅁ" shape to accommodate a vehicle therein, and a plurality of injection nozzles 371a are formed in the direction of the vehicle so that the injection pipe 371 moves up and down to the vehicle. Remove attached dust or foreign matter by spraying high-pressure air.

That is, in the preliminary car washing unit 370 configured as described above, in a state where the injection pipe 371 is accommodated in the injection pipe receiving groove 372 on the ground, the vehicle crosses the injection pipe receiving groove 372 and enters the injection pipe 371 When parked in, a pair of drive motors 375 are driven to move the guider 377 formed with the meshed rack gear 377a upward, so that the injection pipe 371 formed on the upper part of the guider 377 moves upward. .

In addition, as the injection pipe 371 moves upward, high-pressure air is introduced through the air supply pipe 378, and the high-pressure air passes through the air supply hose 379 and the inside of the guider 377 to the injection pipe ( 371) and is injected toward the vehicle through a plurality of injection nozzles 371a formed in the injection pipe 371.

As described above, the injection pipe 371 through which the high-pressure air is injected rises to the height of the vehicle by the forward and reverse rotation of the drive motor 375 connected to the guider 377 and then descends again to accommodate the injection pipe receiving groove 372 As it continues up to, a preliminary car wash is performed in which high-pressure air is sprayed on the entire outer surface of the vehicle to remove foreign substances by blowing them off.

In addition, the air supply hose 379 buried in the floor of the car washing space is automatically extended and contracted by a pair of springs 376 having one side fixed to the fixing part 374 and the other side connected to the air supply hose 379. As it is made of, there is a feature that can physically prevent clogging due to twisting in the process of moving the air supply hose 379.

Meanwhile, the car washing device 300 includes a wet car wash mode 380 in which high-temperature steam is sprayed through a steam spraying unit 381 to wash the inside and outside of the vehicle, and high-pressure air is supplied through an air spraying unit 391. Car washing may be performed by selecting one of the dry car washing modes 390 in which the interior and exterior surfaces of the vehicle are washed by spraying.

As described above, the car wash device installed in the underground parking lot of the apartment house is washed in one car wash mode selected from wet car wash using steam or dry car wash using high-pressure air, so that the generation of wastewater can be fundamentally blocked, resulting in wastewater treatment facility As separate auxiliary facilities are not required, the installation cost of the car washing system can be significantly reduced, maintenance is easy, and general residents can use it safely without training on the use of the equipment.

As described above, the car wash service system for residents using the underground parking lot of the apartment house according to the present invention uses the car wash system formed in the same space to remove the vehicle parked in the underground parking lot without the residents of the apartment house moving the vehicle to a long distance. It is possible to wash a car, so there is no need for waiting time for car washing, and the infrastructure for using a high-quality, pollution-free car washing system is presented to residents without the inconvenience of spending extra time for car washing and moving to a place. It has features that can resolve concerns and improve tenants' vehicle management satisfaction.

In addition, the car wash system uses high-pressure air to remove dust from the surface of the vehicle by blowing it off or uses high-pressure steam to remove the dust on the surface of the vehicle. By washing the car, the generation of wastewater is fundamentally blocked and separate wastewater treatment facilities such as As auxiliary facilities are unnecessary, the installation cost of the car wash system can be significantly reduced, and the configuration is simple and easy to handle and manage. , Moreover, it does not stop at simply providing a convenient car washing service, but can also contribute to changing the image of underground parking spaces where people are sparse. It also has the meaning of environmental purification and beautification of the underground parking lot by presenting the possibility of being reborn as a humane space.

As described above, the optimum embodiment has been disclosed in the drawings and specifications. Although specific terms have been used herein, they are only used for the purpose of describing the present invention and are not used to limit the meaning or limit the scope of the present invention described in the utility model claims. Therefore, those of ordinary skill in the art will understand that various modifications and equivalent other embodiments are possible therefrom. Therefore, the true technical protection scope of the present invention should be determined by the technical spirit of the attached utility model claims.

100: self-propelled terminal 110: application
120: borrower terminal communication unit 130: maintenance mode
140: car wash mode 141: city car time reservation mode
142: selection unit
200: car wash management server 210: car wash management server communication unit
220: occupant registration information unit 230: vehicle registration information unit
240: move-in information department 250: notice management department
260: cost settlement unit
300: car wash device 310: car wash device communication unit
320: camera 330: parking detection unit
331: parking guidance lamp 332: parking detection sensor
340: supply box opening part 341: supply box
350: screen driving unit 351: car wash screen
360: dust suction fan drive unit 361: dust suction fan
370: preliminary car wash 380: wet car wash mode
390: dry car wash mode

Claims (4)

In the car wash service system for residents using an underground parking lot in an apartment house,
The car wash service system for residents using the underground parking lot of the apartment house,
A borrower terminal 100 operated by a resident, such as a resident's mobile phone or an interphone installed inside the resident's residence, and a car wash management server 200 that communicates with the borrower terminal 100 by wire or wirelessly and interlocks with the complex AI platform and a car wash device 300 controlled by a signal from the car wash management server 200,
The car owner terminal 100 is configured in the form of an application 110 installed on a mobile phone that is easily carried and used by residents, or configured in the form of an application on an interphone installed inside the residence of a resident, and the car wash management server 200 A vehicle owner terminal communication unit 120 wirelessly communicating with the vehicle, a maintenance mode 130 selected when maintenance of a resident's vehicle is required, a car wash mode 140 selected when a resident's vehicle needs to be washed, and the car wash mode When (140) is selected, a time reservation mode (141) for reserving the use time of the car wash device is included,
The car wash management server 200 is included in the complex AI platform system of an apartment or large-scale villa or interlocks with an existing complex AI platform, communicates with the borrower terminal 100 in real time through the car wash management server communication unit 210, and provides residents The resident registration information unit 220, which stores information such as the name, building number, and vehicle ownership, and the vehicle registration information unit 230, which stores information such as the type, shape, and vehicle number of the resident's vehicle, and the move-in of the resident Or, the move-in/out information unit 240 stores whether or not the person has moved out, the notice management unit 250 notifies the vehicle owner terminal 100 of whether or not the car wash device can be used, and the car wash device management specific matters, and is imposed according to the use of the car wash device by the residents. Including a cost settlement unit 260 for settling the cost to be,
The car wash device 300 has a form capable of real-time communication with the car wash management server communication unit 210 through the car wash device communication unit 310 of information such as whether or not the car wash device is usable, whether the car wash device is damaged, and the reservation status, , A camera 320 that checks whether a vehicle entering the inside of the car wash device is reserved, a parking detector 330 that guides the vehicle to stably park in an accurate location and detects whether or not the vehicle is parked correctly, and the inside of the car wash device A supply box opening/closing unit 340 that is installed on the inside and controls whether or not to open or close the supply box containing car wash products such as polish, glass cleaner, and brush, and a screen drive unit that drives a screen to prevent scattering of dust generated during car washing ( 350), a dust suction fan driver 360 for quickly sucking and removing dust generated during car washing, and a steam spraying unit 381 driven by a user's selection and supplied through a steam boiler (not shown). An apartment house basement characterized in that it includes a wet car wash mode 380 using a wet car wash mode 380 and a dry car wash mode 390 using an air blowing unit 391 driven by a user's selection and supplied through an air compressor (not shown) A car wash service system for residents that can efficiently utilize the narrow space of the parking lot.
According to claim 1,
The dust suction fan driver 350 has several suction holes installed on the wall and bottom surfaces of the car wash device, and sucks airborne dust inside the car wash device and dust settled on the floor by driving an external dust suction fan 361. A car wash service system for residents that can efficiently utilize the narrow space of an underground parking lot in an apartment building, characterized in that the suction efficiency of sedimentation dust is improved by the negative pressure environment of the car wash space generated by the screen drive unit 350.
According to claim 1,
When the parking detection unit 330 transmits to the car wash control unit 300 that the car to be washed is parked in an accurate parking position, high-pressure air is sprayed on the surface of the vehicle to preliminarily remove dust or foreign substances to wash the user's car. A car wash service system for residents that can efficiently utilize the narrow space of an underground parking lot in an apartment house, further comprising a preliminary car wash means 370 capable of reducing labor.
According to claim 3,
The pre-car washing means 370 is formed on the bottom surface of the car washing space and has a “ㅁ” shaped injection pipe receiving groove 372 in which the injection pipe 371 is accommodated, and both sides of the injection pipe receiving groove 372 A guide groove 373 formed in communication with the injection pipe 371 accommodated in the injection pipe receiving groove 372 and a plurality of injection nozzles 371a formed at regular intervals, and on both sides of the injection pipe 371 An air supply pipe ( An air supply hose 379 connected to 378) and a spring 376 that provides tension to the air supply hose 379 and has one side fixed to the fixing part 374 and the other side connected to the air supply hose 379 A car wash service system for residents that can efficiently utilize the narrow space of an underground parking lot in an apartment building, characterized in that it comprises a.

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