JP2000335382A - Golf cart automatic washing device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To facilitate the washing guide by providing a rotary brush rising and falling with an inclination to a seat back and performing the washing of a horizontal surface by the advance of a conveyor and the brush rising and falling speed ratio interlocking inclined surface stroke. SOLUTION: A seat brush 1 moves along the seat back 53 and seat surface 50 of a first row seat by the guide of a slide rail 19 inclined in parallel to the seat back, stops in a brush properly pressurizing position upper limit during the stop of a conveyor, and washes the back 53 during the rotating descending of the seat brush 1. The seat surface 50 is washed with a lower limit brush 17 in the pushback stroke of the conveyor. For a second row seat type, the seat brush 1 returns to the ascending end for avoiding the interference with the first row seat back 53, reaches the upper limit of the second row seat position back 53 by the returning stroke of the conveyor during the stop of rotation, and performs the same rotating descending washing stork as the first row, whereby the seat washing is ended.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

The present invention relates to an automatic golf car cleaning apparatus.

[0002]

2. Description of the Related Art There are no examples of automatic cleaning devices and materials for golf cars.

[0003]

SUMMARY OF THE INVENTION A room guidance guide for a golf car in which the front wheel tire trend, which is different from that of a passenger car, is narrower than that of a rear wheel. Is a double-acting guide to push back the conveyor to handle unnecessary processes such as cleaning of unnecessary clay-adhered soil and weeds on the inner and outer surfaces of the tires, cleaning of covered seats, etc. with simple and low-cost functions. To realize the base, there are too many difficulties to simplify everything and establish a cleaning purpose at low cost.

[0004]

Means for Solving the Problems A tapered guide is provided by a vertical axis guide roller or a horizontal axis roller inside each of the left and right front wheel tires at the entrance of the car guidance room where the front wheel trend is narrow. The vertical part of the front is simply raised and lowered by the rotating brush while the conveyor is stopped. The inclined window surface is controlled by the speed ratio interlocking control between the twin dog conveyor and the lifting brush, and the horizontal plane such as the roof is stopped by the brush and the conveyor is moved. Equipped with a dedicated rotary brush guide with the same inclination as the back of the seat, or on the inclined surface and the horizontal surface in conjunction with the advance of the conveyor and the brush elevating speed ratio, or the reverse of the conveyor with the reverse rotation of the conveyor. The window inclination angle is composed of the conveyor feed and the brush elevating speed ratio. High pressure air jet is applied to the floor from one side before the water jet to prevent the adhesion of the stagnant vegetation, which is troublesome to remove, and the first step is spraying the dust generation prevention spray to the opposite side. Seat is 90 degree swivel horizontal axis rotating brush or water, air nozzle and cleaning enhancement support air discharge port configuration swing deployment amplitude slide washing unit Equipped with fixed nozzle water washing as a simple form other than horizontal axis rotating brush on the roof The cleaning effect is exhibited. Front and rear wheel advance prevention brush scrapers are provided inside and outside the tire.

[0005]

BEST MODE FOR CARRYING OUT THE INVENTION Golf cars have reached the early stage of diffusion, while golf cars in Europe and the United States have become open types. In addition, in terms of economy, in addition to outside the seat measures, it is necessary to develop a unique contract type that is more multifunctional and multi-stroke compatible than the outer surface-based car wash system, which eliminates the need to remove viscous earth and sand on the tire surface and the adhesion of grass, It is destined to supply a low-cost thorough mechanism for added value for depreciation. Golf cars require single-row or double-row seating and floor cleaning, and priority must be given to the idea of reducing costs. The present invention is a room with a roof when entering a room 1-2 rows of seats,
It does not matter whether it is confused or not. Claim 1 will be described with reference to FIGS. 1 to 10 and FIGS.
First, the entire cleaning process will be described. The configuration function is based on the interlocking of the conveyor, and it is easy to remove dirt left on the floor at the stop point of entry at the entry position and it is easy to remove before water accumulation. There is an exit. Next, after washing the seat, the process proceeds to the washing of the side and the inclined window to the roof, and the operation is completed. Since the front side of the golf car is narrower than the rear wheel trend, in the room guidance, the inside of the front wheel tire is connected to the protection bar at the front end and the two vertical shaft rollers 20 at the rear end at the right end of the washing room 39 in FIG. Horizontal axis guide roller 2
1 is a tapered construction of a front wheel tire inner guide unitized to guide the inner surfaces of the left and right front tires straight, and a cleaning room 3
The cleaning process cannot be sufficiently achieved by the positional deviation at the time of stopping the movement between the processes, including the stop at the fixed position in front of each process cleaning unit of the left and right side wall configuration 9. In addition, the one-way retraction dog has an irregular stop inertia, cannot push back the position, and cannot avoid the trouble. Invite.
The function of emphasizing the provision should always be appropriate in interlocking timing without wasteful play clearance between the twin dogs, which does not hinder the rolling of the approaching end and the front wheel and the dog roller in progress. The dog running horizontally is Twin Dog 2 in Fig. 4.
Referring to FIG. 4, the front wheel leading side and thrust side twin dog at the approach end, which is trivial as shown in FIG. Front wheel 4 shown by solid line
In order to enable front wheel guidance in relation to the leading dog 24 in the one traveling direction and the normal traveling twin span thrust position dog 25,
Thrust-side standby dog 27 by balance configuration of diameter and number of teeth of drive-side sprocket 29 and length of dog arm 22
However, it is a necessary and sufficient condition for the twin dog function to be formed that the front wheels are not interfered with each other by the twin dog pitch without interfering with the tire rear surface having the diameter and the number of teeth of the front wheels 41A shown by chain lines. That is, the twin-span leading position dog 31 is at the initial fixed position stop point where the remaining stroke of the leading dog 24 coincides with the twin-span thrust position dog 25 and the thrust-side standby dog 27 or is longer than the allowable difference. Can not be neglected. When soil is left and the soil and weeds are hydrated,
Since the thin leaves that adhere to the floor surface together with the muddy muddy clay cannot be eliminated simply by using water and air jet,
Firstly, one or two rows of seats are installed at an appropriate angle on one side, and the two rows of seats are simultaneously intensely eliminated with a high-pressure air jet nozzle on the floor, and on the other side, a mist spray alternative to a dust collector compatible with synchronously generated powder is washed. The seat washing mechanism will be described with reference to FIGS. FIG. 7 is a front view of the cleaning unit on the side surface of the room on a 90-degree swivel seat. The functional task is to solve the room side mechanism with a horizontal swivel space for the covered low seat deployment space. FIG. 8 is a side view. This is a washing sharing function for the left and right halves of the seat width. Therefore, the left and right rotary brushes are driven by directly connecting one shaft of the two bearings 3 to the rotary motor 4. The slide rail 19 is mounted on the back of the seat and in two rows on the same inclined frame. The slide metal 11 is mounted on the elevating base 10. The revolving base 5 is a thrust bearing 6, and the flange unit 7 is a stable and light rotating mechanism of a revolving shaft. A worm speed reducer 8 and a motor 9 are directly connected to stabilize the position, and 90-degree turning control is performed. The lifting and lowering is performed by the motor 14 via the chain 16 and the sprocket 12. The 90-degree rotation can be applied to each type of air actuator and pneumatic cylinder without having to limit the structure of the electric and reduction gears. The seat washing will be described. The slide rail 19 inclined in parallel with the back of the seat in FIG. 8 is a fixed position stop type, and the back 53 of the single row seat and the seat brush 1 are stopped at the upper limit of the appropriate brush pressing position while the conveyor is stopped, and during rotation of the seat brush 1 during the descent. The back surface 53 is washed, and the seat seat 50 is washed by the lower limit brush 17 by the conveyor pushback process. In the case of the two-row seat type, the seat brush 1 returns to the interference avoiding rising end of the single-row seat back face 53 and stops rotating. By the return stroke of the conveyor, the upper limit of the back row 53 of the two-row seat position is reached, the washing of the rotating descent is completed as in the first row, and the washing of the seat is completed. Immediately after the washing start fixed position, the rotating front surface of the car is stopped and the rotating brush 33 is washed by lowering and rising. After stopping at the lower end of the inclined window, the conveyor moves horizontally and the brush 33 rises vertically. The speeds interlocking synthesis end cleaning tilt window, with the progress of the stop during rotation conveyor roof starting end of the window upper limit, to clean the roof 55. The vertical shaft rotating brush 44 for the side is deployed by the swing or slide stroke of the cylinder 46 through the timing interlock of the conveyor, and performs the interlock conveyor cleaning. Next, the stationary lift type horizontal rotating brush 33 will be described with reference to FIGS. The lower sprocket 62 to the deflecting sprocket 7 via the lower end connecting chain of the elevating saddle 28, which can be moved up and down lightly by four bearing rollers 59 on one side of the lifting rail and eight bearing rollers 59 on the left and right sides.
The drive shaft 73 is connected to the upper end of the elevating saddle 28 from the second drive shaft sprocket 64 to the lower end corner sprocket 63, and a left-right synchronized light lifting section is established by left and right wall bearings, and the elevating drive shaft 73 is driven by a motor. The horizontal shaft rotating brush 33 is stably supported by the left and right flange units 60, is driven by an appropriate rotation by an inverter control motor 61, and is mounted on the brush housing 65 by a washing nozzle 3 (not shown).
Six of them are deployed and configured. Further, a sliding door 38 for car driver access is provided on the driver's seat side to shorten the total length of the washing room. Next, to supplement the external structure of the twin dog conveyor, the straight running control tread 47 may be a draining-grating type that does not hinder the rolling of the front wheels by roller dog driving. In addition, a drainage pit 57 is formed in a non-interference space between the upper and lower chain courses of the horizontal line that does not interfere with both sprocket shafts in order to make the equipment pit shallow, and interlock stops the progress of the dog's underground horizontal line at both shaft ends You can also FIG. 14 is an image diagram of the swivel point of the seat washing brassier 1 and the seat back 53 descending in a single-row seat format, washing the seat surface 50 in the process of pushing back the conveyor, and stopping the rising end. FIG. 15 is a plan view illustrating the structure of FIG. 14, and FIG. 16 is a side view of a two-row seat. Claim 2 will be described with reference to FIGS. 11 to 13 and FIGS. 17 to 20 and FIGS. Immediately after stopping at a fixed position in the first cleaning step of the room entrance end provided with the basic structure of claim 1, FIGS.
The air jet nozzle 37 and the water jet nozzle 3 of the one- or two-row combined full-surface cleaning unit 34 shown in FIG.
The cleaning swing unit 45 comprising the cleaning air support port 6 and the cleaning enhancement support air outlet 78, etc., simultaneously jets the floor by the high-pressure air jet nozzle 37 immediately after the inclined deployment to the seat side in conjunction with the conveyor, even in a two-row seat type. Is 1
The nozzle operation for each of the two-row type is separately controlled by electromagnetic switching, and the cleaning swing unit 45 is of a rapid sliding type with an amplitude of 100 to 150 mm via a cylinder 74 and a spring 77 for shortening the time by strengthening the cleaning. Window 54
17 and 18 and FIGS. 23 and 24, a stationary water nozzle 36 is provided as shown in FIGS. A plurality of outlets 78 are provided, and the cleaning time is reduced by amplitude slide through the cylinder driving end 58. Except for the common use of the window, 1-row seat type has a roof target rear nozzle of electromagnetic control stop type for 1-row or 2-row seat type. Claim 3
This will be described with reference to Figs. Following the inclined window cleaning by the speed control of the conveyor-linked stationary elevating type rotary brush 33 as in claim 1,
In the first aspect, the entire width of the seat can be processed simultaneously for the operation of two 90-degree rotating / developing rotary brushes having left and right side walls, but the floor surface is subjected to the same first stroke processing before cleaning as in the first and second aspects. The side surface can also be treated with a double sided slide or a swing type vertical rotating brush or both side wall fixed type water nozzle 36 and cleaning enhanced support air amplitude slide. 21 and 22, and FIGS. 25 and 26
This will be described below. The distinction between golf car and passenger car washing is fatal. In addition to seat washing, washing tires on paved road surfaces is not the same as cleaning, and low cost mechanisms are eliminated for viscous sediment road surfaces, deciduous leaves and grass deposits. . Cleaning function for removing tire deposits. Parallel equipment using a draw-in conveyor in the room line could not be adopted due to the functional merit and cost demerit and complicated space, and simple mechanism processing before the entry end would be profitable. The high-pressure water jet nozzle 36 also neglected the jet environment and could not be equipped with one side of the removal efficiency, and the cleaning effective length on both sides of the stationary type tire was set to the entire length of the outer circumference of the tire. Avoid collision interference of rear tires and scrapers 80, 8
In order to reduce the effective required stroke into two nodes, the pair of left and right scrapers on the tire surface are collectively configured to expand or reduce the span individually. The problem is solved by synchronous span opening and closing control. In contrast to the stationary scraper, the draw-in conveyor guiding type is not practical because of the complexity and cost as described above, and its explanation is omitted. FIG.
With respect to and 26, the front left wheel 41 and the rear wheel 79 at the left end in the span between the front and rear axles of the single-row seat are set to the cleaning room entry stop fixed position. In the figure, the entire circumference of the tire outer diameter of the effective brush scraper is formed on each side of the left and right tires by front and rear segmented scrapers 80 and 81, a plurality of water nozzles 36 are formed, and the left and right scrapers are connected to the slide rails 82 for each segment. The rear wheel interference is avoided by the shortest scraper stroke via the left and right slide connection ends 83 and the synchronous slide lever 84, via the interlocking control system by the tire tread pressing activation by the cylinder 85, and the shortest scraper stroke. Next, a single-row seat type minimum required scraper shared by front and rear wheels will be described with reference to FIGS. 4
_41A is 1 and 79 in the front and rear wheels 0 to A ₃ and _79A 0 to A
Reference numeral ₃ denotes a related movement of the front wheel 41 and the rear wheel 79, respectively.
L is the span between the front and rear axles of a single row seat. When the entire circumference of the tire outer diameter is set to the scraper plane stroke, the scrapers 80 and 81 are divided into two sections, and the front wheels are divided into front and rear section scrapers 8.
Since the 0 and 81 passes alone cause interference of the rear wheels, the front section scraper 80 is divided into two sections in order to first slide the scraper 80 for the rear wheels in order to avoid this in advance. In a two-row seat, the span equivalent to L is long, so it is necessary to extend the front section scraper more than twice to make it a three-section split type. The extension of the extension of the evacuation stroke is made irrespective of the front-wheel traffic interference, and the rear-wheel-only three-bar split type is used. Claim 5 will be described with reference to FIGS. 7A and 8A. For simultaneous cleaning of the seat 50 and the back 53, the inner surface of the bellows support spring 48 is used to avoid various types of interference during the storage of the side wall and during the horizontal or vertical 90-degree swivel deployment with the brush diameter expansion of FIGS. The bellows 69 with a large diameter with a small diameter is safely expanded and contracted by the cylinder 88. Utilizing a section between the drive end side of the seat cleaning brush 1 and the bearing 3, two slide guides 49 in the outer diameter direction of the flanged bellows 69 are used.
Are formed on the inner surface of a coil-type bellows support spring 48 having a coarse pitch guided by the guide rod 87 through the guide rod 87, and are fixed to the spring mounting surface 42 at the back end. The expansion and contraction of the flanged bellows 69 is performed by the cylinder 88 via the horizontal linear guide of the guide rod 87 having two diameters. Claim 6 will be described with reference to FIGS. 17 and 18 and FIGS. A vertical roller 20 is provided with a protection bar at the entry end and a rear side of the vertical roller 20 for guiding the inside of the tire.
Following the straight front guiding unit on the inner surface of the front wheel tires, which are arranged in parallel, the entire seat cleaning unit is arranged on the inside of the front wheel tire 41 and on the rear wheel course, and has a floor air jet nozzle 37, a water nozzle 36 and a cleaning enhancement support air outlet 78. 34
Is provided on one side wall and the floor air jet nozzle 3 is provided on the opposite wall.
A plurality of spray-prevention water nozzles 36 for spraying are arranged at appropriate positions and high places. Roof is fixed water nozzle 3
A plurality of 6 are provided, and a plurality of cleaning enhancement support air discharge ports 78 are provided on the slide frame 43 which is orthogonal to the traveling direction, and the tire adhesion removal is basically performed during the slow running of the seat cleaning stroke fixed position stopper from the entrance end. At the first stroke, or at the same time as the stroke before the brush scraper, a water washing pit provided with a high-pressure water spray is provided with a tire washing pool 40 in which tire treads are configured with gratings. 21 and 22 are provided with independent processes. Next, the inner and outer tires are moved forward, and the two-part split-type brush scrapers 80 and 81 are moved forward by a cylinder 85 through a slide rail unit 82, a slide connection end 83 and a left and right two wheel synchronous slide lever 84 in a single row seat form. The same scraper on the rear wheel can be shared and removed by splitting and opening the two nodes. 21 and 22 are illustrations of a single-row seat. The rear wheel for two rows of seats with a wide front and rear wheel axle is provided independently, and the sliding stroke is effective to avoid interference with the front wheel scraper. Claim 7 will be described. Claim 7
Is provided with various functions configured in claims 1 to 6 and selectively configures functions in an adaptive environment, and formal drawings are omitted. It should be noted that the present invention is not limited only to the description examples, and it goes without saying that various modifications and improvements can be made without departing from the spirit of the invention.

According to the present invention, even when the front tire span (trend) is narrower than that of the rear wheel, it is easy to guide the front and rear wheels on the same side in the washing room, and the car front-inclined window-roof and seat washing is a point of cost reduction of the apparatus. The twin dog conveyor that can prevent the stop position shift of the lifting interlocking stroke has simplified the inclination stroke of the rotating brush. The swiveling type seat rotating brush enables the cleaning with and without the roof. The non-brush type fixed position self-propelled stop platform system enabled compact and marginally low cost cleaning.

[Brief description of the drawings]

FIG. 1 is a side view of the outline of the configuration of a double-acting twin dog type interlocking conveyor.

FIG. 2 is a side view of a rotary brush type by interlocking a dog conveyor on one side of a front wheel, and a plan view for explaining a seat and a roof cleaning method.

FIG. 3 is an explanatory view of a position of a travel contrast golf car.

FIG. 4 is an explanatory front view of a fixed-point guiding method for a front-wheel retraction standby by a double-acting dog conveyor.

FIG. 5 is an explanatory side view of a driving end of FIG. 4;

FIG. 6 is a plan view of FIG. 4;

FIG. 7 is a front view of a 90-degree horizontal swivel type seat cleaning rotary brush developed.

7A is an enlarged front view of the brush diameter expansion type of the brush diameter reduction type at the time of storage and turning while accommodating the brush diameter expansion so that the back side of the seat and the both sides of the seat can be washed at the same time in FIG.

FIG. 8 is a side view of FIG. 7;

FIG. 8A is a side view of FIG. 7A.

FIG. 9 is a front view of a vertically rotating saddle-type horizontal rotating brush.

FIG. 10 is a side view of FIG. 9;

FIG. 11 is a front view schematically illustrating a nozzle unit for cleaning a seat in a swing deployment type.

FIG. 12 is a side view of FIG.

FIG. 13 is a plan view of the nozzle arrangement in FIG. 12;

FIG. 14 is a side view of a single-row seat car with a roof.

FIG. 15 is a plan view of FIG. 14;

FIG. 16 is a side view of a two-row seat car with a roof.

FIG. 17 is a schematic rear view of the platform compact automatic cleaning device.

18 is a plan view of FIG.

FIG. 19 is a schematic front view of a swing and slide unit for washing the entire surface of the seat, which is equipped with a floor high-pressure air jet nozzle and a washing nozzle combined with a washing support air.

FIG. 20 is a side view of FIG. 19;

FIG. 21 is an explanatory side view of a brush scraper of a tire surface brush configuration in which a retractable conveyor interlocking front wheel and rear wheel span difference adaptive automatic adjustment type high pressure water nozzle configuration.

FIG. 22 is a plan view of FIG. 21;

FIG. 23 is a side view schematically illustrating a roof washing unit for a stationary washing nozzle and a slide type washing enhancement support air discharge port.

FIG. 24 is a plan view of FIG. 23;

FIG. 25 is an illustration of a group of tires related to front-rear wheel trend difference adaptive two-node split type tire scraper removal brush scraper deployment and front-rear wheel progression.

26 is a plan view of FIG. 25.

[Explanation of symbols]

1, seat cleaning brush (or seat brush) 2, shaft 3, bearing 4, motor 5, turning base 6, thrust bearing 7, flange unit (or pillow block) 8, reduction gear (or turning actuator) 9, motor 10, Elevating base 11, slide metal 12, sprocket 13, drive sprocket 14, motor 15, motor base 16, chain 17, descent limit brush 18, revolving shaft 19, slide rail 20, vertical roller 21, guide roller 22, dog arm 23 , Dog chain 24, leading dog (or push-back dog) 25, thrust position dog (or retraction dog) 26, motor (drive unit) 27, front-wheel entry thrust standby dog (or thrust standby dog) 28, lifting saddle 29, sprocket 30, chain 1. Lead position dog 32, shaft 33, horizontal axis rotating brush (or roof brush) 34, whole seat cleaning unit (or seat cleaning unit) 35, left and right synchronous shaft (or counter shaft) 36, water jet nozzle (or water) nozzle) 37, the floor air jet nozzle (or bed jet nozzle) 38, a sliding door 39, the washing room 40, a tire wash pool 41, the front wheels 41A ₀ to A ₃ step described front wheel 42, the spring mounting surface 43, the slide frame 44, vertical Shaft rotating brush 45, Seat washing swing arm (or washing swing unit) 46, Swing cylinder (or swing unit) 47, Straight running regulation tread 48, Bellows support spring 49, Slide guide 50, Seat seat (or seat surface) 51, Roof One row seat car 52, with roof 2 Row seat car 53, seat back (or back) 54, inclined window surface (or window surface) 55, roof 56, drain port 57, drain pit 58, slide cylinder drive end 59, bearing roller 60, flange unit 61, motor 62 , Sprocket 63, sprocket 64, sprocket 65, brush housing 66, rail 67, floor 68, support air supply pipe 69, throttle bellows (or bellows) 70, rail 71, bellows operating cylinder 72, deflecting sprocket 73, elevation drive shaft 74, the cylinder 75, the swing bearing 76, the roller 77, spring 78, supporting air discharge port 79, the rear wheels 79A stroke described rear wheel 79A ₀ to A ₃ step described rear wheel 80, the previous section Burashisu scraper (or Burashikon A) 81, rear section brush scraper (or brush conveyor) 82, slide rail unit 83, slide connection end 84, synchronous slide lever 85, cylinder 86, high-pressure water nozzle (or nozzle constituting scraper) 87, guide rod 88, cylinder L Single row front and rear wheel axle span

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[Procedure amendment]

[Submission date] June 18, 1999 (1999.6.1
8)

[Procedure amendment 2]

[Document name to be amended] Statement

[Correction target item name] Full text

[Correction method] Change

[Correction contents]

[Document Name] Statement

[Title of the Invention] Automatic golf car cleaning device

[Claims]

8. claims 1-7 Configuration feature various environmental, conditions <br/> matter, golf car automatic cleaning device that features adaptive equipment configuration.

DETAILED DESCRIPTION OF THE INVENTION

[0001]

The present invention relates to an automatic golf car cleaning apparatus.

[0002]

2. Description of the Related Art There are no examples of automatic cleaning devices for golf cars and no reference materials.

[0003]

BRIEF Problems to be Solved] passenger car and added value front tires trend to room straight guide information passenger washed narrower golf car than the rear wheels of the differences in addition to the relatively too little golf car wash, passenger car wash weeds contact cleaning unwanted clay attachment sediment and tire tread及 beauty out side, to process the cleaning and many other stroke Covered seat with a simple low-cost feature requires double acting induced conveyor pushed back, further Golf There are too many difficulties to achieve a multi-step cleaning objective at a low cost and simple, everything to achieve a profitable car cleaning base.

[0004]

[Means to solve the problem]
-At the entrance to the guidance room, vertical
Guide roller or horizontal shaft roller for tapered guide
Provide. The vertical part of the front is a rotating brush when the conveyor is stopped.
Simple lifting and lowering, twin dog conveyor with inclined window surface
-The horizontal plane of the roof etc. by the speed ratio interlocking regulation control of the lift brush
Is performed by stopping the brush and moving the conveyor. Dedicated rotary brush with the same inclination as the back of the seatThe railGuy
The equipment is equipped with a conveyor or a slope and a horizontal surface.
Interlocking with the vertical speed ratio or pushing back the sheet surface in reverse direction of the conveyor
Perform in the process.The floor is especially water-tight to prevent the adhesion of aquatic plants, which takes time to eliminate.
Before jetting, press the high-pressure air jet or air flow rate from one side.
, High-pressure turbo blower, and discharge with slide.
Spray mist to prevent dust generation on the other side. Covered car seats can be divided into two vertical car spans or horizontal or horizontal.
Is a vertical rotation type rotating brush or a cleaning surface with a time difference
Multi-angle water, air nozzle, cleaning enhancement and drainer support
Air discharge port configuration, or high-speed
Equipped with a discharge cleaning unit  Fixed on the roof as a simple type other than the horizontal axis rotating brush
Nozzle washingFast reboundslideSupply support airBy
Demonstrate the cleaning effect.Seat to c
India-Roof-Outside same brush processing type
Neek and ultimately simplified mechanism . Front and rear wheel non-interference brush scrapers inside and outside the tire
Deploy.

[0005]

BEST MODE FOR CARRYING OUT THE INVENTION Golf cars have reached the stage of popularization, while golf cars in Europe and the United States are open types, while in Japan the roofing is becoming the base on the climate, and the roofing makes the seat washing process complicated and the front and rear wheels become complicated. In addition to the trend-difference-tolerant economic handy, it requires a unique and simple type development that is more versatile and multi-stroke compatible than an exterior-oriented car wash system, but is destined to supply a thorough cost-saving mechanism for added value for depreciation. Golf cars require single-row or two-row seating and floor cleaning before washing water , and all-in-one unique low-cost concept practical car
Determining the realization. Passenger cars require simple cleaning of the exterior,
The floor of the golf car has poor seating properties due to poor garbage dewatering properties.
Necessary to instantly remove grass leaves and cohesive soil on the floor where the foot is left
Regardless of the temperature during the washing process, the drying promotion accessory function is provided after washing.
I have to ask for a cutting air jet. Wash as described above
Golf cars with a large number of purification processes have even higher passenger car wash productivity.
Low value-added improvement and significant cost reduction in terms of equipment depreciation
Is the highest priority. The invention is expensive floor high pressure air
Measures for the front jet nozzle 37 or draining air
-A dual-purpose high-pressure turbo is adopted as an alternative.
Seat slide unit 45, roof support air outlet
High-speed reversing slide by 78 angle deployment and cylinder,
Angle arrangement of water nozzle 36, floor surface air discharge hanging supply pipe 1
03. Each of the intersecting air discharge drooping supplies 104 is a high-speed
Ride or self-propelled timing slide effect, discharge deployment position
Aerial exchange of jet effect reduction by synergistic effect of
It avoids the difference and adopts self-propelled utilization promotion. The present invention employs automatic selection control of a vehicle type in order to eliminate a mistake in a washing setting operation, whether or not a roof is provided when entering a washing room, one or two rows of seats, and a washing setting operation error.
Claim 1 will be described with reference to FIGS. 1 to 10 and FIGS. First, the entire cleaning process will be briefly described. The configuration function is based on the assumption that the conveyor is linked, and trash left on the floor at the entrance stop position can be easily removed before washing water and 1-2 rows seats
Priority is given to the floor, and the time difference is interposed between the cleaning surfaces before the aquifer except for the floor
Multi-angle cleaning enhancement support air discharge pipe for intersection and water
A washing nozzle is provided . Next, after washing the seat, the process proceeds to the washing of the side and the inclined window to the roof, and the operation is completed. In the golf car, the front wheel is narrower than the rear wheel trend. Therefore, in the guidance of the cleaning process , the inside of the front wheel tire is connected to the protection bar at the tip and two vertical shaft rollers 20 on the rear side at the entrance end of the cleaning mechanism room 39 in FIG. A front-wheel tire inner guide in which the horizontal axis guide roller 21 is tapered is unitized to guide the left and right front wheel tires in a straight line, and the left and right sidewalls of the cleaning mechanism room 39 are stopped at the entrance fixed position before each cleaning unit. The cleaning process cannot be sufficiently achieved with the positional shift at the time of stopping the transfer. In addition, the one-way retraction dog has an irregular stop inertia and misalignment.
When trouble because of the push-back disabled can not be avoided, and even in a large twin-dog of the play gap across the front and rear wheels tire, resulting in an arrow-clad position shift trouble. The emphasis preparation function must always be appropriate in interlocking timing without wasteful play clearance between the twin dogs which is more than appropriate without interfering with the approaching end and rolling of the front wheel and the dog roller in progress. The dog traveling horizontally is mediocre as shown by the twin dogs 24 and 25 in FIG. 4, but the front-wheel leading side and thrust-side twin dogs at the approach end, which are absolute conditions for determining the approach position, will be described with reference to FIG. . Leading side dog 24 in the traveling direction of front wheel 41 shown in solid line and normal traveling twin span thrust position dog 2
In order to enable the front wheels to be guided in the five relations, the thrust-side standby dog 27 having a configuration in which the diameter and the number of teeth of the drive-side sprocket 29 and the length of the dog arm 22 are balanced,
It is a necessary and sufficient condition for forming the twin dog function that the front wheel be sandwiched by the twin dog pitch without interference of the tire rear surface having a diameter of 1A and the number of teeth. That is, the twin span leading position dog 31
The remaining stroke up to the leading side dog 24 is the same as the twin span thrust position dog 25 and the thrust side standby dog 27, or the allowable difference is long. Can not.
Also of course, separate management for tire puncture and other abnormal volume changes
Is required . The straight running control tread 47 employs a drainage-grating type that does not hinder the rolling of the front wheels by roller dog driving. When water is added to soil and weeds, etc., the leaves are not muddy and the thin leaves that adhere to the floor surface cannot be removed simply by using high-pressure water and air jet. Even in the seat, one or two rows of floor debris from one side of the seat are instantaneously synchronized and discharged at the appropriate angle before washing water
Deployed high pressure air jet tube or air flow and cost
High-pressure turbo air discharge with excellent elimination and detailed illustration
Although omitted, the facing deployment fixing unit 89 of FIG.
Constructing a mist spray alternative to dust collectors for synchronous powder generation
I have . Hereinafter, the seat cleaning mechanism as the first cleaning step will be described with reference to FIGS. Fig. 7 shows cleaning of the left and right half of the seat width
Rotating the side seat cleaning brush 1 by 90 degrees with the sharing mechanism
FIG. Figures 14 and 15 show a single turn
This is a solution in which the rotating brush 1 with the side surface structure of the system is solved by developing a low seat space with a roof. FIG. 8 is a side view. Therefore, the left and right rotary brushes directly drive one side of the two bearings 3 with the horizontal or vertical rotary motor 4. The slide rail 19 is installed in two rows on the same inclined frame as the back of the seat, and the right and left and top and bottom
The turning base 5 is a thrust bearing 6 and the flange unit 7 is a stable and light rotating mechanism of the turning shaft, and the worm reducer 8 and the motor 9 are directly connected to the stop position brake position directly below the lifting base 10 equipped with four slide metals 11. Then, 90-degree turning control is performed. Lifting and lowering with chain 16 and sprocket 1
2 through a motor 14. In addition, 90-degree turning is not required for electric and reduction gear structure, air actuator,
Pneumatic cylinders and other forms are also available. The seat washing will be described. The seat brush 1 is guided by a slide rail 19 parallel to the back of the seat shown in FIG.
3 and the seat surface 50 are stopped at the upper limit of the brush proper pressing position while the conveyor is stopped, and the rear surface 53 is
The seat seat 50 is washed by the lower limit brush 17 by the push-back process of the conveyor, and in the two-row seat type, the seat brush 1 returns to the interference avoiding rising end of the back row 53 of the one-row seat, and the rotation of the conveyor is stopped. The return stroke reaches the upper limit of the two-row seat position rear surface 53, completes the rotary descent washing process as in the first row, finishes the seat washing, and then proceeds from the window to the roof stroke.
Will be explained. Upright stationary car span as shown in Figures 9 and 10
When the horizontal axis rotating brush 33 is at the rising end, the brush cleaning start position is just under standby.
It was cleaned using a rotating brush 33 Fall-elevated stop interlock stops again <br/> inclined lower window edge, the end of the cleaning of the inclined window by speed interlocking synthesis of vertical rise of horizontal movement and the brush 33 of the conveyor, the window The roof 55 is cleaned by advancing the conveyor during stop rotation at the upper end of the roof. The vertical shaft rotating brush 44 for the side is deployed by the swing or slide stroke of the cylinder 46 through the timing interlock of the conveyor, and performs the interlock conveyor cleaning. Conveyor speed ratio
Window tilting and parallel lifting / lowering type that do not require interlocking are also possible .
Next, an outline of the structure of the stationary upright elevating type horizontal rotating brush 33 will be described with reference to FIGS. The lifting rail 66
And side vertical four receiving the id, lower through the lower end connecting Chiein lifting saddle 28 that enables light lifting the left and right eight bearing rollers 59 sprocket 62 to deflecting sprocket 72 to the drive shaft sprocket 64 to drop end The corner sprocket 63 is connected to the upper end of the elevating saddle 28, and the left and right synchronized lifting is established by the left and right wall bearings, and the elevating drive shaft 73 is driven by a common motor. The horizontal axis rotating brush 33 has two flange units 60 on each of the left and right sides.
The supported stably, driven by proper rotation by the reduction motor or inverter control motor 61, and deployment configuration the washing nozzle 36 plurality While not shown in the brush housing 65. The order to shorten the cleaning mechanism room 39 full length shown in FIG. 2 is provided with a car driver and out for sliding door 38 on the driver's seat side. Next is the presence or absence of a roof and the type of 1-2 row seats
For identification, a phototube is used as an example, although illustration is omitted.
Various simple such as detection of stop point and rear wheel or roof rear end or vehicle type symbol
Ru can be identified. FIG. 14 is an image diagram of the swivel point of the seat cleaning brush 1 and the seat back 53 descending in a single-row seat format, cleaning the seat surface 50 in the process of pushing back the conveyor, and stopping at the rising end. FIG. 15 is a plan view illustrating the structure of FIG. 14, and FIG. 16 is a side view of a two-row seat. Claim 2 will be described with reference to FIGS. 11 to 13 and FIGS. 17 to 20, FIGS. Non-blanc cleaning unit is available on one side or both
Can be expanded to the side when stationary or when getting off the golf car
Back and forth movement on the handle side and diagonal line deployment
Equipped with various mechanisms such as sliding or swiveling only on the moving or handle side
I have a band . 17 and 18 show the cleaning unit 3 on one side .
4 and a fixed cleaning unit 89 is provided on the opposite side.
You. First, the basics of the configuration of the single-sided stationary swing unit 45
The format will be described with reference to FIGS . Air jet nozzles 37 on the floor 67 of the one- or two-row seat full-surface cleaning unit 34, a plurality of inclined water jet nozzles 36 interposed with a time difference on the cleaning surface, and a cleaning air support outlet 78 for cleaning and cleaning in place. Cleaning unit 45 composed of a mixture of
Is immediately linked to the conveyor and the floor 67 is washed immediately after deployment to the seat side.
Before water supply, even in the case of a two-row seat type by means of the high-pressure air jet nozzle 37, except for simultaneous jetting, the nozzle operation according to the one- or two-row type is separately controlled by electromagnetic switching, and the cleaning swing unit 45 is a time by strengthening the cleaning. 100-150 mm for high-speed return slide is a cylinder 74 and spring 77 construction type for shortening. Of the cleaning swing unit 45
On the other side, the dust prevention associated with the floor air jet nozzle 37
Mist spray nozzle for stopping 36, seat back 53 and outside washing
Fixed cleaning unit with air discharge pipe configuration to support cleaning on clean surface
A knit 89 is provided . And Figure 17 and 18 and 23 with respect to the window 54 and the roof 55, as shown in 20 roof
A guide rail 70 is provided on the fixed water nozzle 36 line immediately above.
And the bearing roller 59 to enhance the cleaning of the
Turbo supply static pressure of 1000mm is increased by pneumatic cylinder.
Slide type T-shape with long hole processing pipe ring compatible with high speed slide supply
Endless pipe 1 of two parallel rows directly connected to supply pipe 57
13, a plurality of cleaning surface crossing air discharge pipes 78 are provided,
Drive end 58 slides at high speed by cylinder connection
Through the cleaning surface to reduce the cleaning time
ing. FIGS. 36 and 37 show cleaning aids of the same type as in FIG.
It is a complete type, and it is a switching electromagnetic control system for one or two rows of seats except for the window for the roof . Self-propelled form for claim 3
This will be described with reference to FIGS. 25 to 27 and FIGS. First
Outline of the vertical swivel structure of the rotating brush 1 with the seat width divided into two and the synchronous rise and fall
32 and 33 and 2
7 will be described. Left and right ascending and descending parallel to the window inclination
The 66-saddle saddle 28 can be made more compact and lighter
The cam followers 59 are provided on the top, bottom, left, right,
And the rotating brush 1 with the seat width divided into two parts is connected to the deceleration motor 61.
And the rotating shaft is supported by two flange units 60
Then , the miter bevel gear 95 at the shaft end is connected to the turning drive shaft 99 and the bevel tooth.
Car keep bearing 98 ensures proper meshing and full lifting
This enables the vertical rotation of the inter-row rotating brush 1 .
Pin join lower part for car window inclination and parallel adjustment type
25, the left and right rail 66 elevating saddle 28 in FIG.
Synchronous lifting and lowering is the same as the sprocket 12 at the lower end of the rail 66
Driven by the number of upper end sprockets and chain 16
Motor 14 via the connecting shaft 105 on the upper part of the
As a result, synchronous vertical drive is performed. Turning is equipped with a miter bevel gear
A gear 110 having the same number of teeth as the upper and lower lifting drive shafts 99,
Left and right same diameter sprockets or bevel gears 100 mounted on the same axis
Is configured as a synchronous swivel by chain or interlocking shaft drive.
You. The merit of adopting the vertical rotation type is the seat cleaning rotary brush 1.
The wind surface is rotated horizontally, and the side is tilted downward.
The roof can be washed completely by tilting or horizontal rotation
Low cost format. Next, crossing method with time difference between cleaning surfaces
Will be described. Improvement of jet air and water efficiency
Avoids crossing of the air and the cleaning surface at each discharge to save efficiency
Tie by moving the discharge conditions at multiple angles to enhance cleaning well
Performed by electromagnetic control such as mining intersection or ejection timing
It is . Next, the high-pressure turbo air supply type will be described.
You. Floor air discharge dripping supply pipe 1 equipped with one side of cleaning device
Before cleaning water through 03, remove high-pressure air
Air for pipe 37 and cleaning plane intersection strengthening air and draining air
-The electric slide shutter system equipped
Including supply unit 92, depending supply pipe 104 and window surface
Provided from the high-pressure turbo 90 via the four-route branch pipe 107
Pay. The high-pressure air discharge pipe 37 for removing dust from the floor is one side.
Mist spray nose on the opposite side to suppress generated dust
Are deployed. In addition, supply of air drooping at the time crossing the cleaning surface
Tubes 104 are arranged on the left and right, and as shown in FIG.
A plurality of discharge ends having different angles are provided on the inclined portion of the hanging supply pipe 104.
It consists of pieces. The air supplied to the compressor is electromagnetically controlled.
I will. Next, the self-propelled form is explained with reference to FIGS. 25 and 26.
I do. The left and right rear wheel drive switches are
Srocket 106 configuration counter with the same number of teeth as the proket
The rear wheels are driven via shafts, and the left and right rear wheels and front wheels are each
Srockets with the same number of teeth are chain-driven all-wheel drive type
You. Except for the air jet on the floor surface, the same rotation brush line
It is a simple form that is possible. Conversely, remove the wheel on the trolley
Dock conveyor as described in claim 1
The guiding method is also adopted. Description is omitted . Claim 4
7 and 8 and the description based on FIGS.
First, a rotating brush with a seat span divided into two parts according to FIGS.
The description of lifting and lowering of the 1-mounted swivel base is as described in claim 1.
The horizontal turning opening and closing will be described. The turning base 5 is tilted
Right and left split through the door 19 and the conveyor arch 16
In contrast to the individually driven lifting and lowering, the structures shown in FIGS.
Equipped with a bearing roller 59 on the
The lifting saddle 28 of the configuration is
Connect the sprockets 12 with chains 16 and
Synchronization of sprocket penetration interlocking shaft 105 by motor drive
It is a lifting type. Keys for horizontal swivel type in FIGS. 28 and 29
Or, it is always fitted to the spline type lifting / lowering turning drive shaft 99.
Sprocket with sprocket 95 and rotating brush 1 turning support shaft
Sprocket key that allows the same horizontal ascent and descent at all times
The upper and lower lifting drive shafts 99 constitute a
As shown in FIG.
01 and the rod ends of the drive arms 100 on one side
Can be opened and closed synchronously by power cylinder or motor drive
It was done. Of course, turning angle is within 90 ° or blind spot stop
It has a stop avoidance structure. 7A and 8A for claim 5
This will be described below. For simultaneous cleaning of the seat 50 and the back 53, the brush diameter in FIGS.
The bellows 69 with a large-diameter squeezed collar that is safely extended and retracted on the inner surface of the bellows support spring 48 to avoid various types of interference during side wall storage and horizontal or vertical 90-degree turning deployment.
Is enlarged / reduced by the cylinder 88. A coil-type bellows support spring with a coarse pitch guided by a guide rod 87 through two slide guides 49 in the outer diameter direction of a flanged bellows 69 by utilizing a section between the driving end side of the seat cleaning brush 1 and the bearing 3. 48, which is fixed to the terminal spring mounting surface 42 at the back, and which expands and contracts the flanged bellows 69 through a horizontal straight guide of a guide rod 87 having two points in diameter. Do. 21 and 22 for claim 6 and
This will be described with reference to FIGS. First, slide format
This will be described with reference to FIGS. Brush stationary tire
The effective brush length on both sides is defined as the total tire circumference.
In the configuration of 36 water nozzles with brush, narrow train
Interference of rear tires with brushes deploying front tires
Avoidance and waste reduction of slide brushes 81 and 80
Even in the short configuration, the effective required stroke is divided into two nodes.
Separately, the bra on the left and right sections of the tire surface to expand or reduce the span
One pair consists of a single base, with two rows of left and right wheels in a single row seat
The problem is solved by the synchronous span opening / closing control for each division. FIG.
The left end of No.1 is from the dog conveyer in the washing room.
The right side from the guiding end is the front and rear wheels
To avoid interference between slide brush and following rear wheel for adaptation to render difference
Tire advancing system side view divided into two sections at front and rear wheel span
is there. FIG. 22 is a plan view. Next, the brush slide mechanism
The outline will be described with reference to FIG. A two-section brush
The previous section brush 81, which is developing in the trend, flattens the tire circumference.
Front wheel 4 when the surface deployment stroke is shorter than the front and rear axle span
While 1A is passing the front section, there is no fear of interference with the rear wheel 79, and the front wheel 41
After passing A, the previous section brush 81 is controlled to expand and slide.
The front and rear section stroke and the front section 81
And the following 80 various brush spans are properly deployed. Ta
The left and right slide brush connection ends 83 and the synchronous slide
Front and rear wheel trays are operated by cylinder 85 via lever 84.
This is an expansion / reduction format of the command. Golf car washing passenger car
Unlike the front and rear wheel span constant model, the brush stroke
Before and after segmentation planning is easy. Next, the fixed form
Will be explained. 34 and 35 of the spring-supported stationary brush
Make the brush longer and slid
It adopts a harder material than the Do type, and the brush equipment belt 15 ~
Tolerance of brush for 20cm section to expand / reduce trend
The flexible space 116 is interposed,
Completely use cleaning water jet nozzles for both ends and each brush section.
Deployed. FIG. 34 is a sectional view of a side surface in the traveling direction.
FIG. 35 is a plan view. Golf car structurally
Jet nozzle water supply pipe left and right below 15cm
Equipped next to the inner and outer surfaces of the tire, also used for front and rear wheel trends
When the pressure on the tire surface is within the specified pressure, the turning pin 117
1 to 2 stage spring support type brush 11
5 and a brush bending space 1 for each divided brush
16 also protects the brush during turning. Spring support
The brush is a 5cm trend difference and the inner and outer surfaces of the front and rear tires
It must have a function. The illustration shows a single-stage support type
Although it is a brush, the two-stage type uses a pivot pin type for the support spring 118
And a supporting spring must be provided. Claim
7 is omitted from the specific drawings, and will be described with reference to FIGS.
You. The self-propelled sprocket 106 shown is converted into a bevel gear and fitted.
2. A drooping shaft for driving a rear wheel is formed between the shafts.
Sprockets or gears for driving the vertical rotary brush 44
In addition, self-propelled interlocking side washing is used together . Claim 8 is provided with the various functions configured in Claims 1 to 7 and selectively configures the functions in an adaptive environment. It should be noted that the present invention is not limited only to the description examples, and it goes without saying that various modifications and improvements can be made without departing from the spirit of the invention.

【The invention's effect】Front wheel left and rightTire span (trend)
Even if the front wheel is narrower than the rear wheel,
Easy cleaning guidance and low cost equipment
Car front ~ inclined window ~ roof and seat washing rise
Reversible twin that enables prevention of displacement of stop position during descending interlocking stroke
Dog conveyor simplifies each stroke of the rotating brushSure
Can beSeat to window by car span 2 split rotary brush,
Batch processing of the outside and roof can be realized at low cost. Roofing presence seat 1-2 row confusion identification washing is also adopted Carspan 2-split rotary brush synchronously up or down
Enables low-cost cleaning of the entire surface including the side and roof.
Came.

[Brief description of the drawings]

FIG. 1 is a side view of the outline of the configuration of a double-acting twin dog type interlocking conveyor.

FIG. 2 is a side view of a rotary brush type by interlocking a dog conveyor on one side of a front wheel, and a plan view for explaining a seat and a roof cleaning method.

FIG. 3 is an explanatory view of a position of a golf car for a cleaning process control.

FIG. 4 is an explanatory front view of a fixed point guidance method for a front wheel retraction standby using a twin dog conveyor.

FIG. 5 is an explanatory side view of a driving end of FIG. 4;

FIG. 6 is a plan view of FIG. 4;

FIG. 7 is a front view of a 90-degree horizontal swiveling deployment type seat washing rotary brush deployment.

FIG. 8 is a side view of FIG. 7;

FIG. 7A is a front view of a brush diameter expansion / deployment mechanism of the brush diameter reduction type during storage and turning in accordance with the brush diameter expansion so that the back of the seat and the both sides of the seat can be simultaneously cleaned in the form of FIG.

FIG. 8A is a side view of FIG. 7A.

FIG. 9 is a front view of an upright stationary vertical lifting saddle type horizontal rotating brush.

FIG. 10 is a side view of FIG. 9;

[11] driver's seat side swing deployment format equipped with opposite-side fixed side
General Description front view of formula seat cleaning nozzle unit configuration

FIG. 12 is a side view of FIG.

FIG. 13 is a plan view of the nozzle arrangement in FIG. 12;

FIG. 14 is a side view of a single-row seat car with a roof.

FIG. 15 is a plan view of FIG. 14;

FIG. 16 is a side view of a two-row seat car with a roof.

FIG. 17 is a rear view showing the outline of the configuration of a compact automatic cleaning device fixed to the opposite side of the driver's seat from the swing deployment type to the opposite side.

18 is a plan view of FIG.

FIG. 19 is a front view of a swing unit for cleaning the entire seat surface and a slide type equipped with a high-pressure air jet nozzle on a floor surface and a flush nozzle combined with cleaning support air, and a slide type.

FIG. 20 is a side view of FIG. 19;

FIG. 21 is an explanatory side view of an automatic sliding type tire traveling system of a front and rear wheel trend difference adaptive brush interlocking with a retracting conveyor.

FIG. 22 is a plan view of FIG. 21;

FIG. 23 is a side view schematically illustrating a roof washing unit configured with a stationary water washing nozzle and a T-shaped orthogonal reciprocating slide-type cleaning enhanced support air discharge port equipped with a host device.

FIG. 24 is a plan view of FIG. 23;

FIG. 25 is a side view of a self-propelled type in which a drive unit is located above a ceiling, and a left and right rear wheel chain drive front wheel is interlocked.

26 is a plan view of FIG. 25.

FIG. 27 is a front view of FIG. 25;

FIG. 28: A left-right synchronous electric lifting / lowering turning system of a horizontal shaft rotating brush
Outline of the basic structure of the horizontal opening / closing saddle with open / close cylinder
Clear map

FIG. 29 is a plan view of FIG. 28;

FIG. 30 shows a model of a left / right rotating brush for cleaning a car span in two parts.
Synchronous opening / closing with power cylinder
Overview overview front view

FIG. 31 is a plan view of FIG. 30;

FIG. 32: Carspan left / right 2-split washing vertical revolving and deploying rotary blade
Side view explaining the synchronous opening / closing mechanism of the brush

FIG. 33 is a plan view of FIG. 32;

FIG. 34: Hard longitudinal brush fixed allowing front and rear wheel trend difference
Cross section of progress of tire cleaning pool

FIG. 35 is a plan view of FIG. 34;

FIG. 36. Operation of target water and air jet system according to claim 2
Single-row seat-type washing unit with handle-side passing span slide open
Fixed cleaning unit for two rows seat and side knitted on the opposite side
Configuration layout

37. The washing unit for a single-row seat according to claim 2;
Synchronous reverse sliding type seat and side washing with parallel diagonal deployment
Unit configuration layout

[Description of Signs] 1. Seatrotationbrush(Or split into twoSeat brush) 2, shaft 3, bearing 4, motor 5, revolving base 6, thrust bearing 7, flange unit (or pillow block) 8, reduction gear (or revolving actuator) 9, motor 10, elevating base 11, slide metal 12 , Sprocket 13, drive sprocket 14, motor (or ascending / descending motor) 15, motor base 16, chain (or ascending / descending chain) 17, descent limit brush (outside developing brush) 18, rotating shaft 19, slide rail 20, vertical shaft roller 21, guide roller 22, dog arm 23, dog chain 24, leading dog (or push-back dog) 25, thrust position dog (or retraction dog) 26, motor (drive unit) 27, transfer-in front wheel thrust waiting dog (or Thrust side standby
28), elevating saddle 29, sprocket 30, chain 31, lead position dog 32, shaft 33, horizontal axis rotating brush (or roof brush) 34, entire seat cleaning unit (or seat cleaning unit)
G) 35, left and right synchronous axis (or counter axis) 36,Water nozzle (or mist spray)  37, floor air jet pipe (or floor jet nose)
Le) 38, sliding door 39, cleaning mechanism room 40, tire cleaning pool 41, front wheel 41A₀~ A₃ Process description Front wheel 42, Spring mounting surface 43, Slide frame 44, Vertical rotating brush 45, Seat washing unit (or washing slide unit)
G) 46, swing cylinder (or swing unit) 47, straight running control tread(Or grating type tread)  48, bellows support spring 49, slide guide 50, seat (or seat surface) 51, covered single-row seat car 52, covered double-row seat car 53, seat back (or back) 54, inclined window surface (or window) Surface) 55, roof 56, drain port 57, T-shaped slide supply pipe 58, slide drive end 59, bearing roller 60, flange unit 61, motor 62, sprocket 63, sprocket 64, sprocket 65, brush housing 66, rail ( 67, floor 68, support air supply pipe 69, throttle with bellows (or bellows with flange) 70, rail 71, bellows operating cylinder 72, deflecting sprocket 73, vertical drive shaft 74, cylinder 75, swing bearing 76, Over La 77, a spring 78, support the air discharge port (Or cleaning surface crossing air
Discharge port) 79, rear wheel 79A stroke explanation rear wheel 79A₀~ A₃ Process explanation rear wheel 80,rearSection slide brush (or brush conveyor) 81,PreviousKnot slide brush (or brush conveyor) 82, slide guide rail 83, slide connection end 84, synchronous slide lever 85, cylinder 86,handle  87, guide rod 88, cylinder89, Fixed washing unit 90, high pressure blower (or high pressure air supply pipe) )91, Self-propelled motor 92. Air supply shutter unit 93, self-propelled chain (or hanging drive shaft) )94, wheels (or V roller) )95, bevel gear (or sprocket) )96, turning opening and closing start point 97, turn limit 98, bevel gear keep bearing (or sprocket keep shaft)
Receiving )99, swivel drive shaft 100, synchronous turning drive arm (or sprocket)
(Or bevel gear )101, interlocking rod 102, opening / closing cylinder (or opening / closing motor )103, Floor air discharge hanging supply pipe 104, Time crossing air drooping supply pipe (or crossing air
ー Drunk supply pipe )105, linked axis 106, self-propelled gear (or sprocket) )107, 4-route branch pipe 108, rail 109, motor 110, gear 111, grating type tire pool 112, tension screw 113, parallel two-row endless tube 114, 1-2 row switching valve 115, spring support type brush 116, deflection space 117, swivel pin 118, support spring  L, 1 row front and rear axle span

[Procedure amendment 3]

[Document name to be amended] Drawing

[Correction target item name] All figures

[Correction method] Change

[Correction contents]

FIG.

FIG. 2

FIG. 5

FIG. 3

FIG. 4

FIG. 6

FIG. 7

FIG. 8

FIG. 10

FIG. 11

FIG. 14

FIG.

FIG. 7A

FIG. 8A

FIG. 9

FIG.

FIG. 13

FIG. 16

FIG.

FIG.

FIG.

FIG.

FIG. 21

FIG. 36

FIG. 37

FIG.

FIG. 23

FIG. 24

FIG. 28

FIG. 29

FIG. 25

FIG. 26

FIG. 27

FIG.

FIG. 31

FIG. 32

FIG. 34

FIG. 35

FIG. 33 ────────────────────────────────────────────────── ───

[Procedure amendment]

[Submission date] December 8, 1999 (1999.12.
8)

[Procedure amendment 2]

[Document name to be amended] Statement

[Correction target item name] Full text

[Correction method] Change

[Correction contents]

[Document Name] Statement

[Title of the Invention] Automatic golf car cleaning device

[Claims]

4. A 90-degree swivel-development type horizontal axis rotating brush for cleaning the seat, which can be simultaneously used for both the back of the seat and the seat surface, so that the brush diameter can be increased, and the side wall can be stored and the swivel-development process can be prevented from interfering. Automatic cleaning system for golf car featuring simultaneous cleaning of the seat and back with the brush diameter enlargement / reduction function by bellows case through pneumatic and other controls.

5. A self-propelled rear wheel gear drive motor formed on an upper part of a bogie according to claim 3, wherein a self-propelled wheel drive bevel gear is mounted on the left and right hanging shafts, and a vertical shaft rotating brush or an independent shaft for cleaning an outer surface is swinged on a hanging shaft. A golf car automatic cleaning device that features a sprocket or gear device for driving a vertical shaft rotating brush in conjunction with a model concentric device.

6. The golf car automatic cleaning apparatus according to claim 1-5 configuration features that features various environmental conditions adaptive equipment configuration format.

DETAILED DESCRIPTION OF THE INVENTION

[0001]

The present invention relates to an automatic golf car cleaning apparatus.

[0002]

2. Description of the Related Art There is no actual example of an automatic cleaning device for a golf car and no reference material.

[0003]

SUMMARY OF THE INVENTION A guide for a vehicle going straight in a room of a normal golf car in which the front wheel tire trend which is different from that of a passenger car is narrower than that of a rear wheel. To handle unnecessary processes such as unnecessary adhesion of clayey soil and weeds on tire treads and inner and outer surfaces, and cleaning of covered seats with simple and low-cost functions, use a conveyer push-back double-acting induction system or the same rotating brush. Yo
In order to achieve a multi-stroke washing mode at a low cost, there are too many difficulties.

[0004]

[Means to solve the problem]
-At the entrance to the guidance room, vertical
Guide roller or horizontal shaft roller for tapered guide
Provide. The inclined window surface isInclined up / down rotating brush orTwin Dot
The gear ratio is controlled by the speed ratio of the conveyor and the lifting brush.
For the horizontal surface such as the root, stop the brush and move the conveyor. Use a rotating brush with the same inclination as the back of the seat.Equipment orHorizontal plane
Conveyor progress and brush elevating speed ratio interlockingGo on the slope
U. Eliminate trash especially on the floorIsTime-consuming aquiferousWater jet
Close contactBefore starting, press the high-pressure air jet or air flow from one side.
, High-pressure turbo blower, and discharge with slide.
Spray mist to prevent dust generation on the other side.  Fixed on the roof as a simple type other than the horizontal axis rotating brush
Nozzle rinsing with high-speed return slide supply support air
Demonstrate the cleaning effect. Carspan 2 split rotating brush pieceOn the road or round trip
Various eccentricities that enable surface cleaningSeat to win due to vertical turning
Do-roof-outside same brush processing type
The ultimate mechanism is simplified.

[0005]

BEST MODE FOR CARRYING OUT THE INVENTION Golf cars have entered the popularization period, while golf cars in Europe and the United States are becoming open bases, while those with roofs are becoming the base in Japan. In addition to economic handicrafts, golf cars that require the development of unique and simple models that are more functional and multi-stroke compatible than exterior-oriented car wash systems, but are destined to supply a thorough low-cost mechanism for added value for depreciation One- or two-row seating and floor washing are required before washing water, and the unique idea of reducing cost is a decisive factor in the realization and spread of practical vehicles. Passenger cars are simply washed on the outside, whereas golf car floors are poorly water-removing garbage. The post-drying promotion function has to be sought for abundant air volume and high pressure draining air jet. As described above, in a golf car having a large number of washing steps, the idea of improving the added value and significantly reducing the cost in terms of equipment depreciation is given top priority to the further low car washing productivity of the passenger car. The present invention adopts a cost countermeasure for the front jet nozzle 37 of the high pressure air on the floor surface which becomes expensive, or adopts a high pressure turbo which also serves as draining air as an alternative. High-speed reciprocating slide by cylinder, angle arrangement of water nozzle 36, floor air discharge drooping supply pipe 103, cross air discharge drooping supply 104, respectively
Cleaning surface slide intersect to avoid air crossing down killing exert a jet effect of both angles synergy between the discharge deployed position, thereby achieving a self-running use cleaning promoted. In addition, the same rotating brush is used to achieve a consistent cleaning process for the outer surface and the seat. The present invention employs automatic selection control of a vehicle type in order to eliminate a mistake in a washing setting operation, whether or not a roof is provided when entering a washing room, one or two rows of seats, and a washing setting operation error. Claims 1 to 8 and 11 and FIGS. 14 to 16
The description will be given with reference to FIGS. First, the entire cleaning process will be briefly described. Automatic detection of vehicle type set at specified stop point
1 or 2 rows of seats by washing process decision or selection push button
Or, at the entry end through detection by registered vehicle type identification code, etc.
Determine the cleaning process. Dust left on the floor 67 at the entry point stop position is easy to remove dust on the floor before washing, and prioritize individual or simultaneous removal of floors in one or two rows of seats, and there is a time difference to the washing surface before washing except for the floor. Equipped with a multi-angle cleaning enhancement support air discharge pipe for intervening intersections and a washing nozzle. Transfer Ru with the side seat washed then through the inclined window-roof cleaning but Ru reverse More <br/>. In a normal golf car, the front wheel is narrower than the rear wheel trend. Therefore, in the cleaning guidance, at the entrance end of the cleaning machine configuration room 39 in FIG. Subsequently, a front wheel tire inner guide having a tapered horizontal axis guide roller 21 is unitized to linearly guide the left and right front wheel inner surfaces. Positional displacement at the time of stopping the movement between strokes , especially in the seat stroke , can not sufficiently achieve the washing . In addition, the one-way retraction dog has an irregular stop inertia, and cannot be pushed back when it is out of position. Troubles cannot be avoided. Invites trouble. The emphasis preparation function must always be appropriate in interlocking timing without wasteful play clearance between the twin dogs that is more than appropriate without interfering with the approaching end and the rolling of the front wheel and the dog roller in progress. The dog traveling horizontally is mediocre as shown by the twin dogs 24 and 25 in FIG. 4, but the front-wheel leading side and thrust-side twin dogs at the approach end, which are absolute conditions for determining the approach position, will be described with reference to FIG. . In order to enable the front wheels to be guided by the relationship between the leading dog 24 and the normal traveling twin span thrust position dog 25 in the traveling direction of the front wheel 41 shown by the solid line, the diameter and number of teeth of the driving sprocket 29 and the length of the dog arm 22 must be balanced. It is a necessary and sufficient condition for the twin dog function to be formed that the thrust-side standby dog 27 does not interfere with the rear surface of the tire having the diameter and the number of teeth of the chain line shown in FIG. That is, when the remaining stroke of the twin-span leading position dog 31 to the leading-side dog 24 is the same as the twin-span thrust position dog 25 and the thrust-side standby dog 27 or the allowable difference is long, the stable pinch of the twin dog driving conveyor enters the initial fixed position stop. Displacement at a point cannot be neglected. Naturally, tire puncture and other abnormal volume changes require separate management. Straight running tread 4
No. 7 employs a drainage-passing grating type which does not hinder the rolling of the front wheels by the roller dog drive. When water is added to soil and weeds that are left on the soil, the thin leaves that adhere to the floor surface together with muddy water due to the mixed viscous sand cannot be simply eliminated by using high-pressure water and air jet.
Even with two-row seats, one or two rows of floor debris can be instantly individually or synchronously discharged from one side of the seat at an appropriate angle before flushing with a high-pressure air jet tube or high-pressure turbo air discharge with excellent air volume and cost advantages A mist spray as an alternative to a dust collector compatible with synchronously generated powder is formed in the face-to-face fixed unit 89 of FIG. The horizontal swivel development of the full-stroke comprehensive washing function as the essential first washing cycle The seat washing mechanism will be described with reference to FIGS. FIG. 7 is a left-right independent cleaning system, which is a full-scale comprehensive cleaning process sharing mechanism for the left and right halves of the seat width . FIG. 8 is a front view of the 90-degree horizontal turning development of the side-constituting seat cleaning rotary brush 1, and FIG . Figures 14 and 1
Numeral 5 is a solution in which the rotating brush 1 constituting the room side surface is solved by a low seat space with a roof in a single turn. Therefore, the left and right rotary brushes directly drive one side of the two bearings 3 with the horizontal or vertical rotary motor 4. The slide rail 19 is installed in two rows on the same inclined frame as the back of the seat. The vertical base 10 is equipped with four slide metals 11, left and right and up and down. The revolving base 5 is used for the thrust bearing 6, and the flange unit 7 is used for stable revolving shaft. The worm speed reducer 8 and the motor 9 of the swing deployment position brake function are directly connected to the
Degree turning control. The window and roof cleaning elevation are driven by a motor 14 via a chain 16 and a sprocket 12. For 90-degree turning, there is no need to limit the structure of the electric and reduction gears, and there are also air actuators, pneumatic cylinders, and other types. The seat washing will be described. The seat brush 1 is provided with a slide rail 19 guides parallel to the seat back of FIG.
In the first row, the back 53 and the seat surface 50 of the single-row seat are stopped at the upper limit of the brush proper pressing position while the conveyor is stopped, the back 53 is washed while the seat brush 1 is rotating down, and the seat 50 is conveyed by the lower limit brush 17. Cleaning by the push-back process
In the row seat type, the seat brush 1 returns to the rising end of the first row seat back 53 to avoid interference, reaches the upper limit of the second row seat position back 53 due to the return stroke of the conveyor while the rotation is stopped, and the rotary descent cleaning process as in the first row. It was digested with seat cleaning Ru final. Note instead of sloped rail format, such as an upright elevating horizontal reference 9 and 10
Conveyor speed ratio interlocking gradient synthesis type can also be used . Further, a car driver access door 38 is provided on the driver's seat side to shorten the total length of the cleaning mechanism room 39 shown in FIG. Next, in order to identify the presence or absence of a roof and the type of vehicle having one or two rows of seats, for example, a phototube can be used to easily identify a fixed position stop point and a rear wheel, a rear end of a roof, or a vehicle type symbol detection. FIG.
Reference numeral 4 denotes a single-row seat type in which the swivel point of the seat cleaning brush 1 and the seat back 53 are lowered, and the seat surface 50 is moved in the process of pushing back the conveyor.
FIG. 5 is a conceptual diagram of a rising edge stop after cleaning. FIG. 15 shows FIG.
FIG. 16 is a side view of a two-row seat.
Next, the right and left synchronous interlocking operation of the seat rotation brush 1 for full-stroke comprehensive cleaning will be described with reference to FIGS. Turning base 5 with respect to the right and left bisected door by driving the lifting via the sloped rail 19 and the conveyor Chie In 16, FIG.
The 28-31 structure has a bearing row on the upright elevating rail 66.
Equipped with a rotating brush 1 and a lifting brush
The sprockets 12 are arranged on the right, left, upper and lower ends of the rail 66.
Connected at the in 16
Reference numeral 105 denotes a synchronous elevation type driven by a motor. FIG.
Key or spline type lifting and lowering for horizontal swivel type of and 29
Sprocket 95 which is always fitted to turning drive shaft 99 and rotates
The same horizontal elevation as the sprocket mounted on the brush 1 turning support shaft
A sprocket keep bearing 98 that enables the lowering is configured,
As shown in FIG. 31, a left and right turning drive shaft is
The moving arm 100 is connected with the interlocking rod 101, and one side
The rod end of the drive arm 100 of the power cylinder or
The motor can be driven to open and close synchronously. Of course
The turning angle is within 90 ° or a blind spot stop avoiding structure.
Next, regarding the vertical turning deployment type, the self-propelled bogie type of claim 3
FIGS. 25 to 27 and FIGS.
32A is a fixed form and the structural explanation is duplicated
Omitted. FIG. 11 and FIG.
7 to 20 and FIGS . Nonbura Shi wash <br/> purification units constitute the passage expansible combined during stationary type or golf car gets off the Gofuruka one side or both sides. 17 and 18 show a seat washing unit 34 on one side and a fixed washing unit 89 on the other side. First, the basic type of the one-side stationary swing unit 45 will be described with reference to FIGS. Air jet nozzle 3 for the 67 floor of the 1- or 2-row seat full-surface cleaning unit 34
7, a plurality of inclined water jet nozzles 36 having a time difference on the cleaning surface and a cleaning air support port 78 for strengthening the fixed position cleaning.
The washing swing unit 45, which is composed of a mixture of the components, is tilted to the seat side in conjunction with the conveyor, and immediately after the floor 67 is unfolded, the floor 67 is flushed with water before washing.
Except for simultaneous jetting, even in the two-row seat type, the nozzle operation for each one- or two-row type is controlled separately by electromagnetic switching with the high-pressure air jet nozzle 37, and the cleaning swing unit 45 returns quickly to shorten the time by strengthening the cleaning. 100 to 150 mm for slide is a cylinder 74 and spring 77 configuration type. On the opposite side of the cleaning swing unit 45, a mist spray nozzle 36 for preventing dust associated with the floor air jet nozzle 37, a fixed cleaning unit 89 having a cleaning promotion support air discharge pipe structure on the seat back 53 and the outer cleaning surface.
Has been deployed. As for the window 54 and the roof 55, as shown in FIGS. 17, 18, 23 and 24 , the stationary cleaning type water nozzle 36 line immediately above the roof is supplied with a guide rail 70 and a bearing roller 59 via a guide rail 70 and a bearing roller 59 to enhance the high pressure turbo supply. An endless pipe 8 of a parallel two-row configuration, which is directly connected to a slide-type T-shaped supply pipe 57 having a pressure of 1000 to 1200 mm adapted to high-speed slide supply by a pneumatic cylinder and adapted to a slotted processing pipe ring.
2 , a plurality of cleaning surface crossing air discharge pipes 78 are provided, and the driving time 58 is shortened by the cleaning surface crossing air through a high-speed return slide by cylinder connection. Figure 21 and 22 in the cleaning complement format of Figure 19 like the left and right configuration, figures 21 a for one row seats in the driver's seat side, 2-row and
With two rows of fixed seats on the opposite side
Fig. 22 shows a single-row seat for the synchronous sliding
It is an id type deployment drawing. Except for the window, it is a switching electromagnetic control system for one or two rows of seats except for the window. 25 to 27 and FIGS. 32 and 33 and FIG .
32A . First, an outline of a concentric synchronization object vertical turning structure of the seat width two-piece rotating brush 1 and a right-left synchronous raising / lowering, synchronous vertical eccentric turning arm deploying mechanism will be described. To enable compact and fast lifting of the window inclined parallel left and right lifting rails 66 mounted saddle 28, various slide Les
Roller type or bearing roller type is adopted. Destination
In the basic example, cam followers 59 are formed on the upper, lower, left, right, and inner and outer surfaces, and the rotary brush 1 having the seat width divided into two is supported by a rotating brush shaft U-shaped support.
Directly connected to the motor 61 via the holding bracket 113 and used together with the flange unit 60 and the thrust bearing on the opposite brush side
Supporting the rotating shaft in the form of a miter bevel gear 95 at the end of the rotating shaft
By the turning drive shaft 99 and the bevel gear position keep bearing 98,
The appropriate meshing is always possible and the rotating brush 1 can be easily turned vertically during the entire lifting stroke . Car window inclined parallel equipped readily pin joint the bottom also view different every maker
Ri, driven by upper sprocket and Chiein 16 synchronized lifting the rails 66 the sprocket 12 the same number of teeth of the lower end of the left and right saddle 28 in Figure 25, by a motor 14 via a horizontal rails 66 the upper portion of the connecting shaft 105 in FIG. 27, Drive synchronously up and down. The turning is performed by connecting the middle gear 110 of the same number of teeth with the upper end of the right and left elevating drive shaft 99 mounted with the miter bevel gear and the chain of the left and right same diameter sprockets mounted on the upper side of the opposite turning drive shaft 99. The synchronous turning by driving is constituted. Concentric turning or side and droop parallel approaching turning eccentric arc
The advantage of adopting the vertical swivel type is that the window surface can be rotated horizontally with only the washing brush 1 and the side can be tilted downward, and the roof can be rotated in the same direction, such as elevation or horizontal rotation.
This is a low-cost, high-productivity type that enables full-surface cleaning. Brush tip for car side washing by concentric downward tilting swivel
Figure of eccentric rotation type that prevents contact surface decline from inclined
32A and FIG. 32A in comparison with FIG.
You. Details of FIGS. 32 and 32A are slightly different, but are similar.
It is a turning mechanism. FIG. 32A is a concentric turning type FIG.
90 degree downward tilt deployment by adding eccentric swing arm 85
Sometimes the full eccentric stroke approaches parallel to the outer surface of the car
32A shows the eccentricity of the concentric turning center shown in FIG. 32.
At the upper limit, the rotating brush 1 is configured to be horizontally developed. Under eccentricity
Ideally, the rotating brush 115 is parallel to the side of the car.
And brushes when moving forward and backward even at an inclination of about 80 degrees
Combined with raising and lowering, there is no problem with cleaning, and further behind the brush tip diameter
With a slightly larger diameter to compensate for the cornering of turning suppression
You. Brush diameter and turning angle are permissible for washing room 39 and car stop
Suitable for span, brush diameter and shape, eccentric arm, etc.
It is set to positive . Next, an explanation will be given of a cleaning surface time difference intervening intersection method. In order to improve the efficiency of jet air and water, avoid the simultaneous intersection of the air and the cleaning surface at the time of each ejection, and always intersect the timing by moving the ejection angle of multiple angles,
Alternatively, the discharge timing is controlled by electromagnetic control. Next, a high-pressure turbo air supply system will be described with reference to FIG . Before the cleaning water supply through the floor air discharge dripping supply pipe 103 equipped with one side of the cleaning device, the air for the floor 67 dust removal high pressure air jet pipe 37 and the cleaning surface intersection strengthening air and draining air are supplied to the electric equipment on the outer surface of the ceiling. Slide shutter type supply unit 92 and time intersecting air dripping supply pipe 1
Supplied from the high-pressure turbo 90 via four routes including the pipe 04 and the window surface branch pipe 107 . In the basic example, a high-pressure air discharge pipe 37 for removing dust from the floor is provided on one side of the seat, and a mist spray nozzle for suppressing generated dust is provided on the opposite side. The cleaning surface time intersecting air drooping supply pipe 104 is disposed on the left and right, and as shown in FIG.
A plurality of discharge ends having different angles are formed in the inclined portion 4. In the compressor supply type, electromagnetic control is performed. Next, the self-propelled type will be described with reference to FIGS. Scan Rocket 106 constituting the counter shaft of the left and right rear wheel drive sprocket and the same number of teeth by Ceiling outer surface equipped motor 91 and Chiei
The left and right rear wheels are driven via a pin 93 , and the left and right rear wheels and the front wheel are chain-conducting all-wheel drive systems each having the same number of teeth. The third aspect is a simple type in which the same rotary brush stroke can be performed on the entire surface except for the air jet on the floor surface. Conversely, it is fixed by removing the wheels on the trolley and can be adopted in the dock conveyor guidance system of the detailed description of claim 1. Description is omitted. Claim 4 will be described with reference to FIGS. 7A and 8A. For simultaneous cleaning of the seat 50 and the back 53, the inner surface of the bellows support spring 48 is used to avoid various types of interference during the storage of the side wall and during the horizontal or vertical 90-degree swivel deployment with the brush diameter expansion of FIGS. The bellows 69 with a large-diameter squeezed collar, which is safely expanded and contracted and pooled, is operated to be enlarged or reduced by a cylinder 88. Utilizing a section between the drive end side of the seat cleaning brush 1 and the bearing 3, two slide guides 49 in the outer diameter direction of the flanged bellows 69 are used.
Is formed on the inner surface of a coil-type bellows support spring 48 having a coarse pitch guided by the guide rod 87 through the guide rod 87, and is fixed to the terminal spring mounting surface 42 at the back. The cylinder 88 deploys and stores the guide rod 87 through the horizontal straight guide. Specific drawings are omitted for claim 5 , and FIGS.
This will be described below. The self-propelled sprocket 106 shown in the figure is formed into a bevel gear to form a rear wheel drive hanging shaft which is fitted and fitted with a bevel gear. Washing is also used. Claim 6 is provided with the various functions configured in Claims 1 to 5 and selectively configures the functions in an adaptive environment, and the formal drawings are omitted. It should be noted that the present invention is not limited only to the description examples, and it goes without saying that various modifications and improvements can be made without departing from the spirit of the invention.

[Effect of the Invention] Tire span (trend) on the left and right front wheels
Even if is narrower than the rear wheel, washing guidance is facilitated by the left and right inner guides of the front wheel at the entry end, and it is possible to prevent the shift position of the car front-inclined window-roof and seat washing / lifting interlocking process, which is a low cost point of equipment. The reversible twin dog conveyor makes it possible to simplify each stroke of the rotating brush. With a rotating brush that has a carspane split into two parts and a comprehensive cleaning process , batch processing of the seat, window, outside, and roof can be realized with a low-cost mechanism. Presence and automatic identification cleaning or push button selection seat 1-2 rows of roof
Also adopted

[Brief description of the drawings]

FIG. 1 is a side view of the outline of the configuration of a double-acting twin dog type interlocking conveyor.

FIG. 2 is a side by the front wheel on one side induction dog conveyor linked
Explained cleaning surface comprehensive rotating brush configuration system explanation plan view

FIG. 3 is an explanatory view showing a position of a golf car for a cleaning process control.

FIG. 4 is an explanatory front view of a fixed point guidance method for a front wheel retraction standby using a twin dog conveyor.

FIG. 5 is an explanatory side view of a driving end of FIG. 4;

FIG. 6 is a plan view of FIG. 4;

FIG. 7 shows a 90-degree horizontal swiveling deployment type with left and right split seats
Front view of rotating brush with full cleaning function

FIG. 8 is a side view of FIG. 7;

FIG. 7A is a front view of a brush diameter expansion / deployment mechanism of the brush diameter reduction type during storage and turning in accordance with the brush diameter expansion so that the back of the seat and the both sides of the seat can be simultaneously cleaned in the form of FIG.

FIG. 8A is a side view of FIG. 7A.

FIG. 9: Conveyor speed ratio interlocking tilt elevating type upright stationary vertical elevating saddle type horizontal rotating brush reference front view

FIG. 10 is a side view of FIG. 9;

FIG. 11 is a front view schematically illustrating the configuration of a nozzle unit for cleaning the seat on the opposite side of the driver side swing deployment type equipment;

FIG. 12 is a side view of FIG.

FIG. 13 is a plan view of the nozzle arrangement in FIG. 12;

FIG. 14 is a side view of a single-row seat car with a roof.

FIG. 15 is a plan view of FIG. 14;

FIG. 16 is a side view of a two-row seat car with a roof.

FIG. 17 is a rear view showing the outline of the configuration of a compact automatic cleaning device fixed to the opposite side of the driver's seat from the swing deployment type to the opposite side.

18 is a plan view of FIG.

FIG. 19 is a front view of a swing unit for cleaning the entire seat surface and a slide type equipped with a high-pressure air jet nozzle on a floor surface and a flush nozzle combined with cleaning support air, and a slide type.

FIG. 20 is a side view of FIG. 19;

FIG. 21 is the opposite of the water and air jet type operation handle side passage span slide open single row type washing unit.
2 rows of seats on the side and fixed washing unit configuration layout for the side

FIG. 22 shows a left-right parallel diagonal arrangement of a single-row seat cleaning unit.
Synchronous sliding slide type seat and side washing unit
Configuration layout

FIG. 23 is a side view schematically illustrating a roof washing unit configured with a stationary water washing nozzle and a T-shaped orthogonal reciprocating slide-type cleaning enhanced support air discharge port equipped with a host device.

FIG. 24 is a plan view of FIG. 23;

FIG. 25 is a side view of a self-propelled type in which a drive unit is located above a ceiling, and a left and right rear wheel chain drive front wheel is interlocked.

26 is a plan view of FIG. 25.

FIG. 27 is a front view of FIG.
Eccentric downward inclined rotating brush 115
The 90-degree downward turning drooping state is displayed .

FIG. 28 is a schematic explanatory view of the basic structure of a horizontally rotating and unfolding type saddle for opening and closing a horizontally rotating electric lifting and lowering rotating cylinder of a horizontal shaft rotating brush.

FIG. 29 is a plan view of FIG. 28;

FIG. 30 is a front view of a general description of synchronously moving up and down by a motor for synchronous rotation of a left and right rotating brush for a car span two-part cleaning and synchronous opening and closing by a power cylinder.

FIG. 31 is a plan view of FIG. 30;

FIG. 32 is a side view for explaining a synchronous opening / closing mechanism of a car-span left / right two-part cleaning vertical revolving rotary brush.

32A is an eccentric swivel arm with the concentric swivel axis of FIG. 32;
85 is the upper limit point of eccentricity.
Figure

FIG. 33 is a plan view of FIG. 32;

[Description of Signs] 1, seat rotating brush (or two-part seat brush) 2, shaft 3, bearing 4, motor 5, turning base 6, thrust bearing 7, flange unit (or pillow block) 8, reduction gear (or turning) Actuator 9, Motor 10, Elevating base 11, Slide metal 12, Sprocket 13, Driving sprocket 14, Motor (or ascending and descending motor) 15, Motor base 16, Chain (or elevating chain) 17, Descent limit brush (Outer deployment brush) 18, swivel shaft 19, slide rail 20, vertical roller 21, guide roller 22, dog arm 23, dog chain 24, leading dog (or push-back dog) 25, thrust position dog (or retract dog) 26, motor (Driving device) 27, Stand-in side (Or thrust wait dog) 28, lifting saddle 29, sprocket 30, chain 31, leading position dog 32, shaft 33, horizontal axis rotating brush (or roof brush) 34, whole seat cleaning unit (or seat cleaning unit) 35, left and right synchronous axis (or counter axis) 36, water nozzle (or mist spray) 37, floor air jet tube (or floor jet nozzle) 38, sliding door 39, cleaning machine configuration room (or cleaning room) 40, tire cleaning pool 41, front wheels 41A ₀ to A ₃ step described front wheel 42, the spring mounting surface 43, the slide frame 44, Tatejiku rotary brush 45, a seat-cleaning unit (or washing slide unit) 46, a swing cylinder (or swing unit) 47, straight Regulated tread (or grating type tread) 8, bellows support spring 49, slide guide 50, seat (or seat surface) 51, covered single-row seat car 52, covered double-row seat car 53, seat back (or back) 54, inclined window surface (or window) Surface) 55, roof 56, drain port 57, T-shaped slide supply pipe 58, slide drive end 59, bearing roller 60, flange unit 61, motor 62, sprocket 63, sprocket 64, sprocket 65, brush housing 66, rail (or) Elevating guide rail) 67, floor 68, support air supply pipe 69, throttle bellows (or flanged bellows) 70, rail 71, bellows operating cylinder 72, deflecting sprocket 73, lifting drive shaft 74, cylinder 75, swing bearing 76, Low LA 77, spring 78, support air discharge port (or cleaning surface crossing air discharge port) 79, rear wheel 79A process description rear wheel 80, rear section slide brush (or brush conveyor) 81, front section slide brush (or brush conveyor) 82 , Parallel two row endless pipe 83, one or two row switching valve 84, rotary brush shaft eccentric locus 85, eccentric turning arm 86, handle 87, guide rod 88, cylinder 89, fixed cleaning unit 90, high pressure blower (or high pressure air Tube) 91, self-propelled motor 92, air supply shutter unit 93, self-propelled chain (or hanging drive shaft) 94, wheel (or V roller) 95, bevel gear (or sprocket) 96, turning open / close starting point 97, turning Opening / closing descent limit 98, bevel gear keep bearing (or sprocket keep bearing) 99, turning Drive shaft 100, synchronous pivoting drive arm (or sprocket)
(Or bevel gear) 101, interlocking rod 102, opening / closing cylinder (or opening / closing motor) 103, floor surface air discharge hanging supply pipe 104, time crossing air hanging supply pipe (or crossing air hanging supply pipe) 105, interlocking shaft 106, Self-propelled gear (or sprocket) 107, 4-route branch pipe 108, rail 109, motor 110, gear 111, grating type tire pool 112, tension screw 113, U-shaped bracket 114, O-ring ("O, ring") 115, eccentric Downward rotating brush ────────────────────────────────────────────────── ───

[Procedure amendment]

[Submission date] June 30, 2000 (2006.3.3)
0)

[Procedure amendment 3]

[Document name to be amended] Drawing

[Correction target item name] All figures

[Correction method] Change

[Correction contents]

FIG.

FIG. 2

FIG.

FIG. 3

FIG. 4

FIG. 5

FIG. 10

FIG. 11

FIG. 6

FIG. 7

FIG. 8

FIG. 7A

FIG.

FIG. 8A

FIG. 13

FIG.

FIG. 9

FIG. 14

FIG.

FIG. 16

FIG.

FIG. 23

FIG.

FIG. 21

FIG.

FIG. 24

FIG. 25

FIG. 26

FIG. 27

FIG. 28

FIG. 29

FIG.

FIG. 32

FIG. 31

FIG. 33

FIG. 32A

Claims (7)

[Claims] 1. In a golf car guidance system in a washing room, guidance of a golf car in which a front wheel trend is narrower than that of a rear wheel follows the deployment of a guide rail unit on the left and right front wheels at the approach end.
In-room cleaning Conveyor with pull-in and push-back, reversible twin dog conveyor equipment, and front and rear straight-wheel control tire tread guides on the inside and rear of the front wheel that can suppress displacements such as movement and stop during each process of interlocking. High-speed air jet on floor and water nozzles on both side walls combined with 90 ° horizontal or vertical swiveling horizontal axis rotating brush and car side cleaning, swing or slide overhang on both sides wall, assuming interlocking In addition to the vertical axis rotating brush and the inclined window to the roof, the vertical axis type rotating axis rotating brush is fixed, and the presence / absence of the roof, 1-2 row seat type, etc. An automatic golf car cleaning apparatus characterized by detecting a rear end position or a unique setting number for each vehicle type. 2. The method according to claim 1, wherein the brush cleaning method is changed to a water and air jet method. Twin dog conveyor interlocking seat full-surface washing unit that also combines side water cleaning with cleaning water nozzles and cleaning enhancement support air, etc., water spray for preventing dust generation on the floor due to high pressure air jet on the floor and stationary nozzle for inclined window to roof cleaning and cleaning An automatic golf car cleaning device featuring a non-brush cleaning system with an enhanced amplitude slide support air discharge port configuration. 3. Roofless having the basic form of claim 1,
In an open car type, a reversible double-acting twin dog conveyor according to claims 1 and 2, a vertically moving horizontal axis rotating brush fixed to a combined use of a window surface and a seat which is an additional function of a floor high pressure air jet nozzle, and a side surface An automatic golf car cleaning system featuring an open car cleaning system using a vertical jet rotary brush construction system or additional functions instead of using a seat jet cleaning unit, a flush nozzle for the inclined window surface and a cleaning enhancement support air amplitude slide. 4. A scraper system for removing tire deposits on a golf car having basic wheels equipped with different front and rear trend spans according to claim 1, irrespective of a stationary or a conveyor interlocking guidance type, a front and rear wheel shaft span entanglement. In order to avoid collision between the scraper that is deployed in the front wheel trend span and the advancing rear wheel and to minimize the equipment scraper, the minimum tire scraper is shared by the front and rear wheels and the two-node splitter individually by expanding / reducing the span to reduce the tire outer diameter. The effective stroke stationary type, which is the entire circumference, includes multiple sets of left and right nozzles for both sides of the tire between brush scrapers, or a method in which a pair of nozzles are linked and guided by a conveyor for each joint section, such as the front and rear of the front and rear wheel shaft span entanglement Combination of wheel-mounted stationary type, span-slide type brush scraper between left and right wheels or high-pressure water nozzle or a pair of nozzles on both sides of tire An automatic golf car cleaning apparatus characterized in that a one-row seat of tires is linked to the outer circumference and two-row seats are divided into two sections of the entire outer diameter and three-sections of the two-row seats are separated into three sections to remove tire deposits. 5. A 90-degree swivel-developing horizontal axis rotating brush for cleaning a seat, which is configured as described in claim 1 and 3, enables simultaneous cleaning of a seat rear surface and a seat surface. An automatic golf car cleaning apparatus characterized by simultaneous cleaning of the seat and back with a brush diameter enlargement / reduction function using a bellows case via pneumatic and other controls. 6. In a simple and compact form by entering the cleaning platform in a fixed position, a base function such as a full-surface cleaning unit for floors and high-pressure air jets configured in claims 1 and 2 is provided, and an inclined window surface to a roof object are provided. In the second aspect, a cleaning enhanced amplitude slide type support air is used for the water nozzle, and a tire cleaning pool and a water nozzle configuration fixed brush scraper or a brush conveyor for a tire surface are configured in a slow approach section of the platform. A golf car automatic cleaning system featuring a simple and compact platform entry type with a straight-running control tread surface on the inside of the front wheel tire and the outside of the rear wheel tire between the stationary left and right of the front wheel tire guiding unit at the entry end, and between the stop of the platform. 7. An automatic cleaning apparatus for a golf car, characterized in that the constituent functions are combined to adapt to environmental conditions.