KR20060010946A - Portable cleaner for vehicles - Google Patents

Abstract

The present invention, the housing member 100 forming a body; A driving motor 120 that receives power and rotates; An intake fan 130 which is rotated by the drive motor 120; Loading portions (140a, 140b) loaded with a cleaning liquid for washing water and / or a polishing agent for polishing operations; A spray member for spraying the cleaning liquid and / or the brightening agent to the outside; A rotating plate 400 that is rotated by the drive motor 120 and detachably attached to the housing member 100; A connection member 500 connecting the drive motor 120 and the rotating plate 400 to each other; A vacuum cleaning member (600) detachably attached to the housing member (100) and sucking dust in the vehicle by the rotation of the intake fan (130); Control unit for controlling the operation of the drive motor 120 and the spray member; according to the present invention, according to the present invention, the vacuum cleaning operation of the vehicle, washing operation and polishing operation It is very easy to carry out by the individual at once, and it is very economical because there is no need to purchase a separate device for each task, and it is possible to clean the vehicle at any time and place without needing a separate space for cleaning the vehicle. Therefore, the user's convenience can be achieved.

Cleaner, water wash, polish, motor, tumbler, pumping

Description

Portable cleaner for vehicles

1 is a perspective view showing a portable combined vehicle cleaner according to the present invention.

Figure 2 is an exploded perspective view showing a portable combined vehicle cleaner according to the present invention.

3 is a cross-sectional view showing a portable combined vehicle cleaner according to the present invention.

4A and 4B are cross-sectional views respectively before and after coupling of the discharge member of the cleaner for a portable combined vehicle according to the present invention.

Figures 5a, 5b and 5c is a bottom perspective view, a bottom view and a cross-sectional view showing a rotating plate of the portable composite vehicle cleaner according to the present invention.

6A and 6B are cross-sectional views respectively before and after coupling of the connection member of the cleaner for a portable multi-function vehicle according to the present invention.

7A and 7B are a perspective view and a cross-sectional view showing a vacuum cleaner member of a portable vehicle cleaner according to the present invention.

* Description of the symbols for the main parts of the drawings *

100: housing member 110: housing cap

112: mounting groove 120: drive motor

130: intake fan 140a: cleaning liquid loading portion

140b: polish loading portion 150: handle

160a: power cord 160b: connection port

170: engaging piece 210: tube

220a, 220b: pumping device 230: spray nozzle

300: discharge member 310: upper outlet

312: first drainage 314: second drainage

316: moving piece 318: elastic spring

330: lower outlet 332: support protrusion

334: 3rd drain water 400: rotating plate

410: coupling portion 412: guide groove

414: fastening hole 430: brush portion

500: connecting member 510: reduction gear

530: rotation part 532: rotation axis

534: Combined piece 536: Guide protrusion

538: fastening protrusion 550: fastener

600: vacuum cleaning member 610: dust collecting chamber

620: suction nozzle 630: intake hole

640: dust filter 700: switch panel

710: power switch 720: drive switch

730: washing switch 740: glossy switch

The present invention relates to a portable multi-function vehicle cleaner, and more particularly, has a vacuum cleaning function for suctioning dust inside the vehicle, an external car wash function, and a gloss function outside the vehicle. The present invention relates to a portable multi-function vehicle cleaner having a size small enough to be portable.

In general, the cleaning means for cleaning the inside and outside of the vehicle include vacuum cleaning to remove dust accumulated in the interior of the vehicle, washing to remove dirt and stains accumulated on the exterior of the vehicle, and There are three main categories of gloss work for glossing the appearance of a vehicle.

The vacuum cleaning operation of the cleaning means refers to an operation for removing dirt, such as dust, in a vehicle using a normal vehicle vacuum cleaner, which has been supplied to the market from a previous time.

In addition, the cleaning operation is generally performed by directly connecting a hose to the water pipe, attaching a nozzle to the end of the hose, and spraying water directly to the outside of the vehicle through the nozzle. There is always the inconvenience of having to clean the vehicle near the water pipes, and the inconvenience of having to separately prepare the equipment for washing work such as hoses and nozzles. In addition, when the cleaning work is entrusted to an external service company, the individual does not need to perform the work directly, but there is a problem that it is costly to do it periodically. The same applies to spraying outside the vehicle through hoses and nozzles.

In addition, the gloss work is performed by using a waxing device, which is a very large mechanical device, to polish the exterior of a vehicle. Since the size of the waxing device is too large and expensive, a person usually purchases a waxing device and It is very rare to carry out the gloss work, and most of them are paying the cost to a professional service company equipped with a waxing device. However, even in the case of simple gloss work on the exterior of the vehicle, there is a problem that should be left to an external service company at a cost.

As mentioned above, vehicle cleaning is usually done individually by purchasing the cleaning products, such as vacuum cleaners, cleaning tools, and waxing devices, as needed, or by auto washing at a commercial car wash. It is being used as a situation. However, conventional vehicle cleaning supplies are expensive or inconvenient to use, and there is a hassle to purchase all the cleaning supplies for each function.In the case of automatic car wash through an external service company, there is a cost and There is a problem that damage such as residue occurs.

Recently, various car cleaners have been introduced to solve these problems and inconveniences, but most of them are simple or coarse ones centered on the vacuum cleaning function, and in reality, a vacuum cleaner, a waxing device, and a car sprayer must be purchased separately. There is a disadvantage that is not practical.

Most of all, except for automotive vacuum cleaners, few cleaning tools and polished tools have been made so small that they can be carried around, and each one is very expensive, and in particular all three functions are still available. It has not been developed until now, so it is small enough to be portable, can be purchased at low cost, and in particular, equipment with all three functions is urgently required.

The present invention has been made to solve the above-mentioned conventional problems, the device is small enough to be portable, vacuum cleaning function for removing dust and dirt inside the vehicle, dust and dirt outside the vehicle It is a technical object of the present invention to provide a portable multi-function vehicle cleaner equipped with a washing function for removing the oil, and a gloss function for gloss of the exterior of the vehicle, and which can be manufactured at a low cost so as not to burden the consumer. .

The portable composite vehicle cleaner according to the present invention for solving the above technical problems, the housing member to form a body; A driving motor embedded in the housing member and rotating with electric power; An intake fan rotated by the drive motor; A loading part embedded in the housing member and loaded with a cleaning liquid for washing water and / or a polishing agent for polishing work; A spray member for spraying the cleaning liquid and / or the brightening agent to the outside; A rotating plate rotated by the drive motor and detachably attached to the housing member; A connection member connecting the drive motor and the rotating plate; A vacuum cleaning member detachably attached to the housing member and sucking dust in the vehicle by rotation of the intake fan; And a controller for controlling the operation of the drive motor and the spray member.

And the spray member of the present invention, the discharge member is formed in the lower end of the loading portion, the cleaning liquid and / or polish agent is discharged; A hollow tube connected to the discharge member; A pumping device for pumping a cleaning liquid and / or a polishing agent from the loading section; And a spray nozzle connected to the tube to spray the cleaning solution and / or the polishing agent to the outside.

And the connecting member of the present invention, and a reduction gear connected to the drive motor; A rotating part connected to the reduction gear; It is characterized in that consisting of; fasteners for fixing the rotating plate to the rotating part.

In addition, the vacuum cleaning member of the present invention, the dust collector is attached to the lower end of the housing member is stored dust; A suction nozzle formed on the front surface of the dust collecting chamber and sucking dust; An intake hole formed in an upper portion of the dust collecting chamber and positioned directly below the intake fan; And a dust filter disposed between the intake hole and the intake fan to filter out dust.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1, 2, and 3 are a perspective view, an exploded perspective view and a cross-sectional view of a cleaner for a portable combined vehicle according to the present invention, respectively.

As illustrated, the portable vehicle cleaner according to the present invention includes a housing member 100 that forms a body, a drive motor 120 and mounting portions 140a and 140b embedded in the housing member 100, and An intake fan 130 connected to the drive motor 120, a spray member for spraying cleaning liquids and / or varnishes embedded in the loading units 140a and 140b to the outside, and a rotating plate rotating by the drive motor 120. 400, a connecting member 500 connecting the driving motor 120 and the rotating plate 400, a vacuum cleaning member 600 which sucks dust in the vehicle by the rotation of the intake fan 130, and the Control unit (not shown) for controlling the operation of the drive motor 120 and the spray member.

The housing cap 110 hingedly opens and closes the inside of the housing member 100 at an upper portion of the housing member 100. The loading portions 140a and 140b to which the cleaning cap or the polishing agent is built by opening the housing cap 110 are opened. ) Is inserted into the housing member (100). And a concave mounting groove 112 for mounting the user's hand is formed on the upper surface of the housing cap 110, the handle 150 is gripped to the user's hand is formed at the rear of the housing member 100 In a state where the user grasps the handle 150 with one hand and the other hand is mounted on the mounting groove 112, the portable composite vehicle cleaner according to the present invention is used.

On the other hand, the loading unit (140a, 140b) is to put the cleaning liquid or varnish according to the use of the cleaner, that is, to put the cleaning liquid in the cleaning liquid loading unit (140a) for water washing of the vehicle, the polishing agent for the gloss of the vehicle appearance It is put in the polish loading portion 140b. In addition, the cleaning liquid loading part 140a and the varnish loading part 140b may be embedded together in the housing member 100. When the cleaning liquid loading part 140a and the varnish loading part 140b are built in the housing member 100 as described above, it is preferable that a spray member is provided for each loading part 140a and 140b.

And one side of the inside of the housing member 100 is a drive motor 120 is built, the drive motor 120 is rotated by receiving power from the outside, to operate the intake fan 130 for vacuum cleaning, The rotating plate 400 is rotated for cleaning or polishing.

Since the intake fan 130 rotated by the drive motor 120 performs a function of sucking the external air during the vacuum cleaning operation to make the surroundings of the intake fan 130 into a vacuum state, the high intake fan 130 is required. Directly connected to the drive motor 120 is configured to match the rpm of the intake fan 130 and the rpm of the drive motor 120. However, the drive motor 120 and the intake fan 130 may be connected to a reduction gear or a speed increase gear to reduce or increase the rpm of the intake fan 130 than the rpm of the drive motor 120. In the embodiment of the present invention, by connecting the intake fan 130 directly to the drive motor 120 to match the rpm, the drive motor 120 is installed in the rear of the housing member 100, the intake fan 130 ) Is configured to be installed directly below the drive motor 120. The operation of the intake fan 130 will be described together with the following vacuum cleaning member 600.

In addition, the spray member for spraying the cleaning liquid or varnish embedded in each of the mounting portions 140a and 140b to the outside of the housing member 100 includes a discharge member 300 through which the cleaning liquid and / or the varnish is discharged, and the discharge member ( It consists of a hollow tube 210 connected to 300, and a spray nozzle 230 connected to the tube 210 to spray the cleaning solution or polish to the outside. That is, the cleaning liquid or polish agent contained in the stacking portions 140a and 140b flows out of the stacking portions 140a and 140b through the discharge member 300, and then the tube 210 connected to the discharge member 300. Sprayed to the outside of the housing member 100 through the nozzle. At this time, by adjusting the diameter and position of the spray nozzle 230, it is possible to adjust the spraying intensity and the spraying position of the cleaning liquid or polish. Meanwhile, as shown in the drawing, when the cleaning liquid loading part 140a and the polishing agent loading part 140b are embedded in the housing member 100 together, the discharge member 300, the tube 210, and the spray nozzle 230 are provided. It is preferable that each loading part 140a, 140b is comprised.

And when the housing member 100 is correctly positioned and the cleaning liquid or the varnish is sufficiently embedded in the stacking portions 140a and 140b, the above configuration is sufficient, but the housing member 100 is obliquely positioned or stacked. If the cleaning liquids or varnishes are not sufficiently embedded in the portions 140a and 140b, the cleaning liquids or varnishes may not be sprayed to the outside, or the spraying strength may be considerably weakened. Therefore, as shown, it is preferable to further include a pumping device (220a, 220b) for pumping the cleaning liquid and / and the polish of each of the mounting portion (140a, 140b) in the housing member (100). According to this configuration, the cleaning liquid or the polish agent built into each of the stacking portions 140a and 140b flows out of the stacking portions 140a and 140b through the respective discharge members 300, and then is pumped through the tubes 210. It enters the apparatus 220a, 220b, and again moves to the nozzle through the tube 210 to be sprayed out.

Meanwhile, FIGS. 4A and 4B illustrate a discharge member 300 for discharging the cleaning liquid and / or the varnish contained in each of the loading units 140a and 140b to the outside of the loading units 140a and 140b.

As shown, the discharge member 300, the upper discharge port 310 formed on the lower surface of each of the mounting portion (140a, 140b), and the inner bottom surface of the housing member 100 to correspond to the upper discharge port 310 The lower outlet 330 is formed in. The upper outlet 310 is formed in the side of the first drain hole 312 of the through hole communicated with the interior of the stacking portion (140a, 140b), and the bottom of the through hole formed in communication with the first drain hole (312) A second drain hole 314, a moving piece 316 for sealing the second drain hole 314, and an elastic spring 318 for elastically supporting the moving piece 316. Therefore, before the loading parts 140a and 140b are embedded in the housing member 100, since the moving piece 316 seals the second drain hole 314, the cleaning liquid or the polishing agent flows out of the loading parts 140a and 140b. Do not go out. The lower outlet 330 formed on the bottom surface of the housing member 100 includes a support protrusion 332 for supporting the movable piece 316 and a third drain hole 334 in communication with the tube 210. It consists of.

And when the mounting portion (140a, 140b) is installed in the housing member 100, by the discharge member 300, that is due to the combination of the upper outlet 310 and the lower outlet 330, loading portion 140a, The cleaning liquid or the polish agent incorporated in the 140b) is discharged to the outside of the stacking portions 140a and 140b. That is, when the support protrusion 332 of the lower outlet 330 pushes the movable piece 316 upward, the movable piece 316 moves elastically to release the sealing of the second drain hole 314. Therefore, after the cleaning liquid or the polishing agent embedded in the loading parts 140a and 140b moves to the tube 210 through the first drain hole 312, the second drain hole 314, and the third drain hole 334, Sprayed out through the nozzle.

5A, 5B, and 5C are bottom perspective views, bottom views, and cross-sectional views of a rotating plate of the cleaner for a portable combined vehicle according to the present invention, respectively.

The lower end of the housing member 100, the rotating plate 400 that is rotated by the drive motor 120 is detachably attached, the lower surface of the rotating plate 400 brush portion 430 for cleaning the vehicle appearance is Attached. The rotating plate 400 and the brush part 430 are attached to the lower end of the housing member 100 when the cleaning operation or the polishing operation is performed, and when the vacuum cleaning operation or the vacuum cleaner is not driven, the housing member ( Preferably separated from 100). On the other hand, the rotating plate 400 has a circular shape like a ring or wheel of a wagon to form a plurality of through holes therein, the cleaning liquid or polish sprayed from the housing member 100 inside the rotating plate 400 It is preferable to be sprayed directly to the exterior of the vehicle through the spray, or sprayed to the brush portion 430 of the lower rotating plate 400. In addition, the brush unit 430 attached to the lower portion of the rotating plate 400 may be configured in various forms depending on the purpose. For example, in the case of the cleaning operation, the interior of the brush unit 430 may be in communication with the through hole inside the rotating plate 400 so that the sprayed cleaning liquid may be directly sprayed on the exterior of the vehicle. The sprayed varnish is preferably configured in the form of a flat plate without a through hole in the brush portion 430 so that the brush portion 430 can be sprayed into the brush portion 430. Therefore, it is preferable that the brush part 430 is attached to the bottom surface of the rotating plate 400 in a velcro type so that different kinds of brush parts 430 can be detached to the rotating plate 400 according to each operation. .

6A and 6B show states before and after coupling of the connection member of the cleaner for a portable combined vehicle according to the present invention, respectively.

The rotating plate 400 is connected by the drive motor 120 and the connection member 500, the connection member 500 may be of various forms. When the rpm of the driving motor 120 and the rotating plate 400 are to be matched, the rotating plate 400 may be directly connected to the lower end of the driving motor 120, or the driving motor 120 may be a general belt. Rotational central axis of the rotational axis of the rotating plate 400 may be connected.

However, since the rpm of the drive motor 120 is very high compared to the rpm of the rotating plate 400 for general cleaning or polishing operations, the rpm of the rotating plate 400 is driven through the connecting member 500 to the driving motor 120. It is desirable to reduce the rpm. Accordingly, as shown in the drawing, the connection member 500 includes a reduction gear 510 connected to the drive motor 120, a rotation part 530 connected to the reduction gear 510, and a rotation plate on the rotation part 530. It is preferable that the fastener 550 is fixed to the 400.

The reduction gear 510 is to reduce the rpm of the drive motor 120 to be transmitted to the rotating plate 400, it can be used as a reduction gear 510, a spur gear or a planetary gear. In this case, when the center axis of the rotating plate 400 and the center axis of the driving motor 120 coincide with each other, a planetary gear is used as the reduction gear 510. Use gears. In addition, the rotating part 530 connected to the reduction gear 510 constitutes a central axis of rotation of the rotating plate 400, and is mostly located inside the housing member 100, and only the end portion coupled to the rotating plate 400 is provided in the housing member. 100 protrudes outward. Therefore, when the vehicle is not cleaned normally or when vacuuming, the rotating plate 400 is separated from the rotating part 530, and when the cleaning or polishing work using the fastener 550 The rotating plate 400 is coupled to the rotating part 530. However, the end portion of the rotating part 530 may also be configured to be located inside the housing member 100. When the rotating plate 400 is coupled to the rotating unit 530 as described above, the rotational force of the driving motor 120 rotates the rotating plate 400 via the reduction gear 510 and the rotating unit 530.

And in more detail with respect to the configuration of the connection member 500 according to the present embodiment with reference to the drawings as follows.

A coupling portion 410 coupled to the rotating portion 530 is convexly formed at the center of the rotating plate 400, and a plurality of guide grooves are formed on the upper surface of the coupling portion 410 to induce coupling with the rotating portion 530. 412 is formed concave, the fastening hole 414 of the through hole is formed in the center of the coupling portion 410.

The rotating part 530 is connected to the reduction gear 510 and has a rotating shaft 532 whose end portion passes through the fastening hole 414, and extends laterally from the rotating shaft 532 to the coupling part 410. Coupling piece 534 in contact with the upper surface of the, a plurality of guide protrusions 536 formed in the coupling piece 534 and inserted into the guide groove 412, and in the longitudinal direction at the end of the rotary shaft 532 It consists of a fastening protrusion 538 extending and having a diameter smaller than the rotation axis (532). The fastener 550 is coupled to the fastening protrusion 538 by a bolt tightening method, and is in contact with an end section of the rotation shaft 532.

Therefore, the combination of the rotating plate 400 and the rotating part 530 is made of a fastening by the bolt fastening method of the fastening protrusion 538 and the fastener 550, in this case to prevent the fastening of the fastener 550 It is preferable to fasten the fastener 550 and the fastening protrusion 538 in the same direction as the rotation direction of the rotating plate 400. On the other hand, when the configuration as described above, the fastener 550 and the fastening protrusion 538 is further tightened due to the rotation of the rotating plate 400, when separating the rotating plate 400 after completion of the cleaning or polishing work, fastening It becomes very difficult to separate the sphere 550 from the fastening protrusion 538. Therefore, the area of the end surface A of the rotary shaft 532 in contact with the fastener 550, that is, the area of the portion (A) excluding the fastening protrusion 538 in the end surface of the rotary shaft 532 is minimized, By minimizing the friction force between the sphere 550 and the end surface (A) of the rotating shaft 532, it is preferable to configure the fastener 550 and the fastening protrusion 538 to be easily separated.

In addition, in the case of the washing operation or the polishing operation, the cleaning liquid or varnish contained in the loading units 140a and 140b is sprayed by the spray member to the outside of the vehicle, and the sprayed cleaning liquid or varnish flows down to the user along the slope of the vehicle and the user There is a fear of corrupting the dress of clothing. Alternatively, the cleaning liquid or varnish sprayed on the exterior of the vehicle may be splashed around by the rotating plate or the brush portion, thereby soiling the user's clothing. Therefore, in the case of washing or polishing the vehicle in this manner, the arc-shaped locking piece 170 is attached to the rear lower end of the housing member 100 to protect the user from the cleaning liquid or polish sprayed on the vehicle exterior. It is preferable. And the locking piece 170 is configured to be detachably attached to the housing member 100, to facilitate the movement and storage of the cleaner, it is preferable to be removable during the vacuum cleaning operation.

7A and 7B, respectively, a vacuum cleaner member of a portable multi-function vehicle cleaner according to the present invention is shown.

As shown, the vacuum cleaning member 600 attached to the lower end to the housing member 100 during the vacuum cleaning operation, is formed in the front of the dust collecting chamber 610, the dust collecting chamber 610 is stored dust A suction nozzle 620 for sucking dust, an intake hole 630 formed in an upper portion of the dust collecting chamber 610, and located directly below the intake fan 130, and the intake hole 630. And a dust filter 640 positioned between the intake fan 130 to filter dust.

The dust collecting chamber 610 is a place where the dust sucked through the suction nozzle 620 is stored, thereby forming a body of the vacuum cleaning member 600. In order to remove dust accumulated in the dust collecting chamber 610 after the vacuum cleaning operation, one side of the dust collecting chamber 610 is configured to be opened and closed by a hinge connection, or the intake hole 630 without a separate opening and closing device. The dust in the dust collecting chamber 610 is removed. In addition, the suction nozzle 620 is formed to extend from the front of the dust collecting chamber 610 to suck the dust, it is configured so that a separate narrow nozzle is attached to the suction nozzle 620 to suck the dust of the narrow passageway You may.

In addition, the intake hole 630 is a passage connecting the intake fan 130 and the dust collecting chamber 610, and when the circumference of the intake fan 130 is in a vacuum state due to the high speed rotation of the intake fan 130, the intake hole ( As the air inside the dust collecting chamber 610 is sucked around the intake fan 130 through the 630, external dust is sucked into the dust collecting chamber 610 through the suction nozzle 620. The dust filter 640 filters the dust so that the dust passing through the intake hole 630 does not enter the inside of the housing member 100 in which the intake fan 130 is built. The dust filter 640 may be configured to be coupled to the bottom surface of the housing member 100, or may be configured to be directly attached to the intake hole 630. On the other hand, it is preferable that the coupling means 612, 614 for coupling to the housing member 100 is formed on the upper portion of the vacuum cleaning member 600.

In addition, a switch panel 700 in which various switches for driving the driving motor 120 and the respective pumping devices 220a and 220b is formed on one side or the handle 150 of the housing member 100. . The switch panel 700 includes a drive switch 720 which transmits an electric signal to the control unit to drive the drive motor 120, and a cleaning liquid built in the stacking units 140a and 140b by driving the spray member. The cleaning switch 730 for sending an electrical signal to the control unit to spray the spray, and the glossy switch for sending an electrical signal to the control unit to drive the spray member to spray the varnish embedded in the loading unit (140a, 140b) ( 740 is formed. In addition, the switch panel 700 is configured such that a power switch 710 capable of turning on / off the driving switch 720, the washing switch 730, and the glossy switch 740 is further formed. You may.

When the power switch 710 is in the OFF state, all other switches are locked, so that the cleaner does not operate even if the user presses another switch first. Therefore, the user must first turn the power switch 710 on and then operate another switch. After the power switch 710 is turned on, the control unit drives the driving motor 120 when the driving switch 720 is turned on. Therefore, when the vacuum cleaning member 600 is attached to the housing member 100 and the driving switch 720 is turned on, dust inside the vehicle is collected through the suction nozzle 620 while the intake fan 130 is rotated. Inhaled to the truth 610. In addition, after attaching the rotary plate 400 with the appropriate brush unit 430 to the connecting member 500 of the housing member 100, and turning the drive switch 720 in this way (ON) the rotary plate 400 is rotated While cleaning, the brush unit 430 attached to the rotating plate 400 cleans the exterior of the vehicle. Then, when the washing plate 730 or the gloss switch 740 is turned on again before or during the rotation of the rotating plate 400, the controller drives the pumping devices 220a and 220b of the respective spray members. The cleaning liquid or the varnish of each of the mounting parts 140a and 140b is sprayed to the outside of the vehicle, and the brush part 430 cleans the outside of the vehicle while the rotating plate 400 rotates. Then, while the cleaning is performed as described above, when the power switch 710 is turned off (OFF), all cleaning operations are stopped. In addition, the power switch 710 and the driving switch 720 is configured to be turned on (ON) once, and to be turned off (OFF) again, and the washing switch 730 and the gloss switch 740 are user It is desirable to configure the cleaning liquid or varnish to be sprayed only while pressing the switch.

In addition, one side of the housing member 100 or one side of the handle 150 is connected to a flexible power cord 160a for transmitting power, the end of the power cord 160a is electrically connected to the cigar jack of the vehicle The connector 160b to be coupled is located. Accordingly, when the connector 160b is fastened to the cigar jack of the vehicle, the power of the vehicle is driven along the connector 160b and the power cord 160a and the driving motor 120 and the respective pumping devices 220a and 220b and the control unit. Then, the switch panel 700 is moved. Meanwhile, in addition to the method of using the electric power of the vehicle as described above, a separate power supply source may be provided inside or outside the housing member 100, and a battery or a rechargeable battery may be placed in the power supply source.

Hereinafter, the operation of the portable combined vehicle cleaner according to the present invention having the configuration as described above will be described.

When the cleaning operation of the vehicle is not normally performed, the housing member 100, the rotating plate 400, and the vacuum cleaning member 600 are separated and stored. In the case of performing a vacuum cleaning operation for removing dust in the vehicle, first, the vacuum cleaning member 600 is attached to the lower end of the housing member 100, and the connection port 160b is fastened to the cigar jack of the vehicle. The power switch 710 and the driving switch 720 are turned on in order. Then, the dust is sucked through the suction nozzle 620 of the vacuum cleaning member 600, and after the vacuuming operation is completed, the power switch 710 is turned off (OFF), and then the connection port 160b is removed from the cigar jack. Dust of the dust collecting chamber 610 is removed.

In addition, when washing or polishing work outside the vehicle, the rotary plate 400 is coupled to the connection member 500 of the housing member 100, and the brush part 430 appropriate to the bottom surface of the rotary plate 400 according to the operation. Attach. Then, after the connection port 160b is fastened to the cigar jack, the power switch 710 and the driving switch 720 are turned on to rotate the rotating plate 400, and the washing switch 730 or the gloss switch 740 as necessary. ) Is pressed for a predetermined time while spraying the cleaning liquid or polish to the outside of the vehicle. In addition, the brush unit 430 may be changed as necessary during the operation. In addition, in order not to pollute the user's clothing, it is also possible to fasten the locking piece 170 to the rear lower end of the housing member (100). After the cleaning operation or the polishing operation is completed, the power switch 710 is turned off (OFF) to stop the operation of the cleaner, and after removing the rotating plate 400 and the engaging piece 170, the connection port 160b in the cigar jack Pull out. In addition, before the cleaning operation or the polishing operation, when the cleaning liquid and / or the polishing agent is insufficient in the loading portions 140a and 140b, the corresponding loading portion 140a, which is embedded in the housing member 100 by opening the housing cap 110, After removing the 140b), the cleaning liquid or the polishing agent is put into the loading parts 140a and 140b, and the loading parts 140a and 140b are inserted into the housing member 100, and then the cleaning or polishing work is performed.

 While the invention has been shown and described in connection with specific embodiments thereof, it is well known in the art that various modifications and changes can be made without departing from the spirit and scope of the invention as indicated by the claims. Anyone who owns it can easily find out.

According to the portable multi-function vehicle cleaner according to the present invention having the configuration as described above, since the individual can perform the vacuum cleaning operation, the cleaning operation and the polishing operation of the vehicle at once, it is very simple, and the device according to the above operations It is very economical not to buy a separate, and can also clean the vehicle anywhere and anytime without the need for a separate space for cleaning the vehicle, it is possible for the user's convenience. In addition, since only an appropriate amount of the cleaning liquid and the polishing agent are used, it is possible to improve the economics of the consumer and at the same time prevent environmental pollution.

Claims (13)

A housing member 100 forming a body; A driving motor (120) embedded in the housing member (100) and rotating by receiving power; An intake fan 130 which is rotated by the drive motor 120; A loading unit (140a, 140b) embedded in the housing member (100) and loaded with a cleaning liquid for washing water and / or a polishing agent for polishing work; A spray member for spraying the cleaning liquid and / or the brightening agent to the outside; A rotating plate 400 that is rotated by the drive motor 120 and detachably attached to the housing member 100; A connection member 500 connecting the drive motor 120 and the rotating plate 400 to each other; A vacuum cleaning member (600) detachably attached to the housing member (100) and sucking dust in the vehicle by the rotation of the intake fan (130); Control unit for controlling the operation of the drive motor 120 and the spray member; Portable composite vehicle cleaner comprising a. The method of claim 1, wherein the spray member, A discharge member 300 formed at the lower ends of the stacking portions 140a and 140b to discharge the cleaning liquid and / or the polish agent; A hollow tube 210 connected to the discharge member 300; A spray nozzle 230 connected to the tube 210 to spray the cleaning liquid and / or the brightener to the outside; Portable composite vehicle cleaner, characterized in that consisting of. The cleaner of claim 2, wherein the spray member further comprises a pumping device (220a, 220b) for pumping a cleaning liquid and / or a polishing agent from the loading parts (140a, 140b). The method of claim 2, wherein the discharge member 300, A first drain hole 312 of the through hole communicated with the interior of the loading parts 140a and 140b, a second drain hole 314 of the through hole communicated with the first drain hole 312, and the second drain hole 314 The sealing key has a moving piece 316 and an elastic spring 318 for elastically supporting the moving piece 316, and an upper discharge port 310 formed at a lower surface of the stacking portions 140a and 140b; The support protrusion 332 for supporting the moving piece 316, and the third drain hole 334 is in communication with the tube 210, the interior of the housing member 100 to correspond to the upper outlet 310 A lower outlet 330 formed on the bottom; In particular, the moving piece 316 is elastically separated from the second drain hole 314 by the support protrusion 332, so that the cleaning liquid and / or the polishing agent embedded in the stacking parts 140a and 140b are the first drain hole 312. And a second drain hole 314 and a third drain hole 334 to move to the tube 210. The method of claim 1, wherein the connection member 500, A reduction gear 510 connected to the drive motor 120; A rotating part 530 connected to the reduction gear 510; Fasteners 550 for fixing the rotating plate 400 to the rotating part 530; Portable composite vehicle cleaner, characterized in that consisting of. According to claim 5, The rotating plate 400, The coupling portion 410 is formed convex in the center, A plurality of guide grooves 412 formed concave on the upper surface of the coupling portion 410, It is provided with a fastening hole 414 of the through hole formed in the center of the coupling portion 410, The rotating part 530 is connected to the reduction gear 510 and the rotating shaft 532, the end of which passes through the fastening hole 414, and extends in the horizontal direction from the rotating shaft 532 to contact the upper surface of the engaging projection. A coupling piece 534, a plurality of guide protrusions 536 formed in the coupling piece 534 and inserted into the guide groove 412, extending in the longitudinal direction from the end of the rotary shaft 532 and the rotary shaft ( 532 is composed of a fastening protrusion 538 having a smaller diameter, The fastener 550 is coupled to the fastening protrusion 538 by a bolt tightening method, and is in contact with the end surface A of the rotation shaft 532. In particular, the fastener 550 and the fastening protrusion 538 are fastened in the same direction as the rotational direction of the rotating plate 400, and the contact end A between the fastener 550 and the rotating shaft 532 is easily minimized. Portable composite vehicle cleaner, characterized in that configured to be able to separate the fastener 550 and the fastening protrusion (538). The method of claim 1, wherein the vacuum cleaning member 600, A dust collecting chamber 610 attached to a lower end of the housing member 100 and storing dust; A suction nozzle 620 formed on the front surface of the dust collecting chamber 610 to suck dust; An intake hole 630 formed in an upper portion of the dust collecting chamber 610 and positioned directly below the intake fan 130; A dust filter 640 disposed between the intake hole 630 and the intake fan 130 to filter dust; Portable composite vehicle cleaner, characterized in that consisting of. The method of claim 1, further comprising a brush part 430 attached to the bottom of the rotating plate 400 in a velcro type to clean the cleaning liquid and / or the polishing agent sprayed to the outside of the vehicle. Portable composite vehicle cleaner, characterized in that. 8. The driving apparatus according to any one of claims 1 to 7, further comprising: a drive switch (720) for sending an electric signal to the control unit to drive the drive motor (120); A cleaning switch 730 for driving an atomizing member to send an electrical signal to the control unit to spray the cleaning solution embedded in the stacking units 140a and 140b; A gloss switch 740 which transmits an electric signal to the control unit to drive the spray member to spray the varnish embedded in the loading units 140a and 140b; A switch panel 700 in which the driving switch 720, the washing switch 730, and the glossy switch 740 are formed; Portable combined vehicle cleaner, characterized in that it further comprises a. The power switch of claim 9, wherein the driving switch 720, the washing switch 730, and the gloss switch 740 are turned on / off. Portable multi-function vehicle cleaner, characterized in that it further comprises 710. According to any one of claims 1 to 7, The housing cap 110 is hinged to the upper surface of the housing member 100 to open and close the interior of the housing member (100); A handle 150 formed at the rear of the housing member 100 and gripped by a user's hand; A concave groove 112 formed on the upper surface of the housing cap 110 to mount a user's hand; Portable combined vehicle cleaner, characterized in that it further comprises a. 8. The connector according to any one of claims 1 to 7, further comprising: a connector (160b) electrically coupled to the cigar jack of the vehicle; A flexible power cord 160a connected to the connector 160b to transmit power; Portable combined vehicle cleaner, characterized in that it further comprises. 8. The locking piece 170 according to any one of claims 1 to 7, wherein the locking piece 170 is detachably attached to the rear lower end of the housing member 100 and protects the user from the cleaning liquid and / or the polishing agent sprayed into the vehicle. Portable composite vehicle cleaner, characterized in that it further comprises.

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