CN202783144U - Full-automatic computer car washing machine - Google Patents
Full-automatic computer car washing machine Download PDFInfo
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- CN202783144U CN202783144U CN 201220465905 CN201220465905U CN202783144U CN 202783144 U CN202783144 U CN 202783144U CN 201220465905 CN201220465905 CN 201220465905 CN 201220465905 U CN201220465905 U CN 201220465905U CN 202783144 U CN202783144 U CN 202783144U
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- traveling crane
- overhead traveling
- jet flow
- dolly
- bar
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Abstract
The utility model provides a car washing machine, and particularly relates to a full-automatic computer car washing machine. The full-automatic computer car washing machine is a machine for controlling mechanical equipment to wash a car through a computer. According to the full-automatic computer car washing machine, a car box system, a jet-flow rod system, a car rotating joint system, a crown block rotating joint system and an electric control system are arranged in a crown block frame system, wherein the crown block frame system is in slide connection by a frame body system; the car rotating joint system is arranged on the car box system and is communicated with the car box system; the jet-flow rod system is arranged below the car box system and is communicated with the car box system; the car rotating joint system is communicated with the crown block rotating joint system; and the electric control system is used for controlling the car box system, the jet-flow rod system, the car rotating joint system and the crown block rotating joint system. The full-automatic computer car washing machine is compact in structure, convenient to install and simple to operate, improves the effect and the efficiency, and saves energy.
Description
Technical field
The utility model is a kind of motor washer, and particularly a kind of full-automatic computer car washing machine utilizes computer control mechanical equipment to clean a kind of machine of automobile.
Background technology
It is pure manual carwash mode in the prior art, need a large amount of manually to operate, inefficiency, the carwash employee is unprofessional can't offer high-quality service, investment is large, cost is high, profit is low, the carwash mode is dumb, causes easily problems such as hindering car lacquer, customer churn.
Chinese patent 201110380190.0, a kind of hydraulic automatic water-saving vehicle cleaning equipment is disclosed, relate to a kind of motor washer, it comprises water saving fixtures, hydraulic efficiency gear, sensing-controlling device, water saving fixtures comprise middle water tank, clear water tanks, water tank, certainly take out pump, hydraulic fluid tank, nanometer filter screen, hydraulic valve, automatically interchange valve, automatic pumping valve, interior from foul valve, hydraulic efficiency gear comprises between previous cleaning, between spray, between hydro-peening, dry between, between wax spray, between polishing, hydraulic pressure nozzle, self-induction nozzle, dry configuration, polishing is disposed, sensing-controlling device comprises self-con-tained unit and remote control equipment (RCE).Vehicle is previous cleaning between previous cleaning first, enters and sprays cleaning agent between spray, and it is clean to advance between hydro-peening hydro-peening again, proceeds to wax spray agent between wax spray by drying between drying, and namely finishes vehicle again and clean and maintenance after polishing between polishing, and realize synchronously comprehensive water-saving synergy.This structure relative complex, although function is more, carwash poor effect, simultaneously inconvenient operation.
The utility model content
The utility model mainly is to solve the deficiencies in the prior art, compact conformation, and can improve carwash efficient by actv., and reduce car-cleaning cost, promote the full-automatic computer car washing machine of carwash effect.
Above-mentioned technical matters of the present utility model is mainly solved by following technical proposals:
A kind of full-automatic computer car washing machine, comprise the support body system, the overhead traveling crane frame system, the railway carriage system, the jet flow lever system, the dolly rotary joint system, crown block rotary adapter system and electric control system, be provided with the railway carriage system in the described overhead traveling crane frame system, the jet flow lever system, the dolly rotary joint system, crown block rotary adapter system and electric control system, described overhead traveling crane frame system is by support body system phase sliding block joint, the top of described railway carriage system is provided with and is attached thereto logical dolly rotary joint system, the below of described railway carriage system is provided with and is attached thereto logical jet flow lever system, described dolly rotary joint system is connected with the crown block rotary adapter system, and described electric control system is controlled the railway carriage system, the jet flow lever system, dolly rotary joint system and crown block rotary adapter system;
Described frame system turnkey is drawn together support body, is provided with slide bar in the described support body, and described overhead traveling crane frame system is by slide bar phase sliding block joint;
Described overhead traveling crane frame system comprises a day frame, be provided with guide rail in the described day frame, described guide rail is provided with tooth bar, cross-under has vertical driven shaft and longitudinal drive shaft in the described day frame, the two side ends of described vertical driven shaft and longitudinal drive shaft is respectively equipped with sidecar wheel, be provided with vertical driving speed reducer and vertical movable motor in the described day frame, described vertical movable motor drives vertical driving speed reducer and rotates, described vertical driving speed reducer drives longitudinal drive shaft and turns to, the lateral wall at described day frame two ends is respectively equipped with the overhead traveling crane approach switch, be provided with foam water inlet linkage connector in the described day frame, described foam water inlet linkage connector is connected described sidecar wheel and slide bar phase sliding block joint with foam water outlet linkage connector;
Described railway carriage system comprises box body, be provided with rotation reductor and cross motor in the described box body, be provided with the rotation reductor shaft in the described rotation reductor, described rotation reductor rotates by the rotation reducing motor, cover has foam rotation assembly on the described rotation reductor shaft, the sidewall of described foam rotation assembly is provided with the foam water supply connector, the lower end of described rotation reductor shaft is provided with the foam coolant outlet pipe, the top of described foam rotation assembly is provided with the dish that is in the light, be provided with the railway carriage approach switch in the described box body, described railway carriage approach switch is positioned at the top of the dish that is in the light, described cross motor rotates with decelerating chassis and is connected, the lateral wall of described box body is provided with the railway carriage gear, described railway carriage gear rotates by decelerating chassis, the bottom of described box body is provided with the axletree of a pair of symmetrical distribution, the two side ends of described axletree is respectively equipped with wheel, described rotation reductor shaft extends to the top of box body, be provided with foam communicating pipe in the described rotation reductor shaft, the upper end of described foam communicating pipe is connected with foam rotation assembly, the lower end of described foam communicating pipe is connected with the foam coolant outlet pipe, the transmission that is meshed of described railway carriage wheel and rack, be provided with the foam inlet pipe in the described box body, described foam inlet pipe is connected with foam rotation assembly, and described foam water supply connector is connected with foam water outlet linkage connector;
Described dolly rotary joint system comprises dolly rotation straight joint, described dolly rotation straight joint is provided with the dolly locking cap, the top of described dolly locking cap is connected with the dolly connector, described dolly rotation straight joint, dolly locking cap and dolly connector are connected, and described dolly rotation straight joint is fixedly connected with the rotation reductor shaft;
Described crown block rotary adapter system comprises the crown block rotary joint, the sidewall of described crown block rotary joint is provided with and is attached thereto logical crown block rotary joint water outlet bar, the top of described crown block rotary joint is provided with and is attached thereto logical overhead traveling crane Connection Block, and described overhead traveling crane Connection Block is connected with the overhead traveling crane connector;
Described electric control system comprises the PLC control desk, and described PLC control desk is provided with Switching Power Supply, relay, Programmable Logic Controller, actuator, supply transformer, miniature circuit breaker, protective tube and connection terminal;
Described jet flow lever system comprises jet flow bar cover body, be provided with jet flow bar and emulsion pipe in the described jet flow bar cover body, the madial wall of described jet flow bar cover body is respectively equipped with and is attached thereto logical jet flow bar spray orifice and emulsion pipe spray orifice, be evenly distributed with the jet flow bar shower nozzle corresponding with jet flow bar spray orifice on the described jet flow bar, be provided with jet flow bar connector in the described jet flow bar, described jet flow bar is provided with the jet flow joint element for bar, described jet flow bar cover body is provided with jet flow bar high pressure hose, one end of described jet flow bar high pressure hose is connected with jet flow bar connector, the other end of described jet flow bar high pressure hose is connected with the jet flow joint element for bar, described jet flow joint element for bar is connected fixing with the rotation reductor shaft, be evenly distributed with the emulsion pipe shower nozzle corresponding with the emulsion pipe spray orifice on the described emulsion pipe, described emulsion pipe is provided with and is attached thereto logical foam feedthrough, and described foam feedthrough is connected with the foam coolant outlet pipe.
As preferably, the top cover of described rotation reductor shaft has the swivel joint lengthening bar, the lateral wall of described box body is provided with horizontal proximity test bar, described horizontal proximity test bar is located at the top of wheel, the top of described box body is provided with bellows joint and waterproof joint, described waterproof joint is connected by the foam inlet pipe with foam rotation assembly, and described foam water supply connector is connected by bellows joint with foam water outlet linkage connector; Be fixedly connected by the swivel joint lengthening bar between described dolly rotation straight joint and rotation reductor shaft, described dolly rotation straight joint and dolly locking cap are fastened by the dolly lock sleeve, are provided with the dolly stationary seat that fits with dolly rotation straight joint in the described dolly locking cap; The bottom of described crown block rotary joint is provided with overhead traveling crane crossbeam-rotating plinth, between the top of described overhead traveling crane Connection Block and crown block rotary joint, fix by overhead traveling crane locking cap mechanism respectively between the bottom of overhead traveling crane crossbeam-rotating plinth and crown block rotary joint, described overhead traveling crane locking cap mechanism comprises the overhead traveling crane locking cap, between described overhead traveling crane locking cap and overhead traveling crane Connection Block, be respectively equipped with the overhead traveling crane lining between overhead traveling crane locking cap and overhead traveling crane crossbeam-rotating plinth, the upper and lower of described overhead traveling crane lining is respectively equipped with the overhead traveling crane single direction thrust ball bearing, described overhead traveling crane single direction thrust ball bearing is locked mutually by the overhead traveling crane circular nut, be provided with the overhead traveling crane stationary seat between the bottom of the top of described crown block rotary joint and overhead traveling crane Connection Block, the top of described overhead traveling crane Connection Block is provided with and is attached thereto logical overhead traveling crane connector; The head of described jet flow bar blocks up mutually by jet flow bar plug respectively with afterbody and connects, described jet flow joint element for bar fixes by jet flow joint element for bar anchor ear and jet flow bar, be provided with intermeshing dimple and projection seat in the described jet flow joint element for bar, described dimple is by the crimping of jet flow bar spring phase, described dimple, projection seat and jet flow bar spring and jet flow bar socket-connect, and the head of described emulsion pipe blocks up mutually by the emulsion pipe plug respectively with afterbody and connects;
The front end side wall of described overhead traveling crane frame system and rear end sidewall are respectively equipped with the flank system, described electric control system is controlled the flank system, described flank system comprises support, a pair of end face adapter plate and a pair of fixedly long slab, described support and overhead traveling crane frame system fix, be provided with the decoration pipe between described end face adapter plate, be provided with the trunk lamp in the sidewall of described end face adapter plate, described decoration pipe and end face adapter plate fix by a pair of fixedly long slab, and described support and one of them fixedly long slab fix; Left end sidewall and the right-hand member sidewall of described overhead traveling crane frame system are respectively equipped with laser sensor system, described laser sensor system is connected with the electric control system phase control, described laser sensor system comprises pipe box, cover has hollow screw mandrel in the described sleeve pipe, the head of described hollow screw mandrel is provided with lamp body, is provided with the diffuser reflection sensor in the described lamp body; Be provided with crown block rotary joint adapter plate in the described day frame, described overhead traveling crane crossbeam-rotating plinth is located at the top of crown block rotary joint adapter plate, by the electromagnetic valve phase control, cover has walking encoder on described vertical driven shaft between described foam water inlet linkage connector and foam water outlet linkage connector; Between the left-hand end in the described support body system and be respectively equipped with end spray system between right-hand end, described end spray system comprises end spray boom, the two side ends of spray boom of the described end is respectively equipped with and is attached thereto logical end spray extension pipe, is respectively equipped with the well-distributed shower nozzle on spray boom of the described end and the end spray extension pipe; Described overhead traveling crane frame system is provided with the overhead traveling crane packaging system outward, described overhead traveling crane packaging system comprises radiator grille, rear mask, left side cover and right side cover, described radiator grille and rear mask fasten, the operation cavity is formed at the top between described radiator grille and rear mask, be provided with the railway carriage system in the described operation cavity, the jet flow lever system, the dolly rotary joint system, crown block rotary adapter system and electric control system, the described left side is located at the left-hand end of radiator grille and rear mask, the described right side is located at the right-hand end of radiator grille and rear mask, between described left side cover and radiator grille and rear mask, be respectively equipped with the sidecar wheel breach between right side cover and radiator grille and rear mask, described sidecar wheel is arranged in the sidecar wheel breach.
As preferably, be provided with the dolly lining between described dolly lock sleeve and dolly rotation straight joint, the upper and lower of described dolly lining is respectively equipped with the single direction thrust ball bearing that fits with the dolly lock sleeve, described single direction thrust ball bearing is locked mutually by the dolly circular nut, described dolly stationary seat and dolly locking cap fix by the dolly elastic cylindrical pin, the lateral wall of described dolly stationary seat is provided with the dolly seal ring that is halved together with it and seals mutually with the dolly locking cap, and the upper end sidewall of described dolly stationary seat seals by the dolly oil sealing mutually with the dolly locking cap; Described overhead traveling crane stationary seat is fastened by the overhead traveling crane elastic cylindrical pin, the lateral wall of described overhead traveling crane stationary seat is provided with the overhead traveling crane seal ring that is halved together with it and seals mutually with the crown block rotary joint, and the bottom lateral wall of described overhead traveling crane stationary seat seals mutually by overhead traveling crane oil sealing and crown block rotary joint;
Described hollow screw mandrel and lamp body fix by bracket of lamp body, described bracket of lamp body is located mutually by laser nut and hollow screw mandrel, lock by the locking screw parent phase between described bracket of lamp body and lamp body, described diffuser reflection sensor is fixed in the reflective sensor support, the bottom of described hollow screw mandrel is provided with base, and described base and overhead traveling crane frame system fix; Described crown block rotary joint adapter plate is provided with a pair of bellows fixed mount, described walking encoder comprises ring and coder outer shroud in the coder, ring is located in the coder outer shroud in the described coder, ring is located by the walking deep groove ball bearing respectively mutually with the top and bottom of the outer interannular of coder in the described coder, be provided with magnet ring between described walking deep groove ball bearing, ring passes through the clamping of snap ring phase with the upper end of the outer interannular of coder in the described coder, the sidewall of described coder outer shroud is provided with wiring board, the two ends of described coder outer shroud sidewall are respectively equipped with the coder support, and described coder support fixes with a day frame; Described end spray extension pipe fixes by lower margin and support body system, spray boom of the described end fixes by base plate and ground, be respectively equipped with end spray orifice in described lower margin and the base plate, the corresponding distribution with shower nozzle of spray orifice of the described end, spray boom of the described end sprays between extension pipe the end of with and is connected by end spray joint, the two side ends of described end spray joint is respectively equipped with the end and sprays oblique spray boom, and spray oblique spray boom and is provided with oblique shower nozzle at the described end; Described laser sensor system is located at respectively on radiator grille and the rear mask, and described flank system is located at respectively left side cover and cover on the right side.
As preferably, be provided with rotation reductor interface board between described rotation reducing motor and rotation reductor, between the top of described box body and rotation reductor shaft, the bottom of box body seals by the box body outside framework oil seal respectively mutually with rotating between reductor shaft, the bottom of described rotation reductor shaft is fastened by box body lock nut and box body, and the top and bottom of described foam rotation assembly seal mutually by box body seal ring and rotation reductor shaft respectively; Be provided with the dolly connecting bend between described dolly connector and dolly locking cap, the lateral wall of described dolly connector is provided with the dolly line that is spirally connected; Be provided with the overhead traveling crane connecting bend between described overhead traveling crane connector and overhead traveling crane Connection Block, the inwall of described overhead traveling crane connector is provided with the overhead traveling crane negative thread; Described jet flow bar fixes by jet flow bar adapter plate and jet flow pole anchor ear and jet flow bar cover body, described jet flow pole anchor ear and jet flow bar adapter plate fix, described jet flow bar adapter plate and jet flow bar cover body fix, be connected with well-distributed emulsion pipe pipe clamp on the described jet flow bar, described emulsion pipe and the clamping of emulsion pipe pipe clamp phase; The two side ends of described longitudinal drive shaft and vertical driven shaft fixes by the sky bearing respectively with a day frame, described overhead traveling crane approach switch fixes by the lateral wall of overhead traveling crane approach switch frame with day frame, described longitudinal drive shaft and the vertically symmetrical distribution of driven shaft.
As preferably, described box body comprises casing and case lid, and described case lid is located at the top of casing, and four jiaos in the described box body are respectively equipped with full silk double-screw bolt, and described full silk bolt coat has spring, and described spring is by the crimping of fly nut phase; Described PLC control desk is located in the electrical box, and described electrical box is located in the overhead traveling crane frame system; Described jet flow bar cover body comprises the front cover body of jet flow bar and jet flow bar rear cover body, and cover body and jet flow bar rear cover body fix by screw before the described jet flow bar; The sidewall of described day frame is provided with handle and suspension ring, and described suspension ring are located at the top of handle.
Principle of work: when the surveyed area of automobile by the doorway, correlation photoelectricity signals to PLC, and PLC control starting mode of pump, and air pump switching controls electromagnetic valve switches to end jet mould formula, and end spray startup is sprayed at the bottom of when automobile sails out of this zone and automatically stopped; The guide of automobile by positive stop is parked in fixing carwash zone, normally starts motor washer, and vertically motor reducer drives the control overhead traveling crane and travels to the tailstock from the initial position, and laser sensor system is finished detection to bodywork length by the mode of real-time detection.PLC sends the instruction feed pump, starting mode of pump, and air pump switching controls electromagnetic valve switches to jet flow bar pattern, and the high pressure water of water pump is delivered to jet flow bar shower nozzle by water circuit system with water, jet flow bar ejection high pressure water cleaning auto body.The high pressure no touch of finishing 360 ° of vehicle bodies by the accurate control of the stepping motor in the little railway carriage and rotating machine cleans.
Therefore, the full-automatic computer car washing machine that the utility model provides, compact conformation, easy for installation, simple to operate, promote effect vehicle and efficient, the energy-conservation energy.
Description of drawings
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the structural representation of support body system in the utility model;
Fig. 3 is plan structure scheme drawing of the present utility model;
Fig. 4 is the structural representation of overhead traveling crane frame system in the utility model;
Fig. 5 is the blast structural representation of overhead traveling crane frame system in the utility model;
Fig. 6 is the structural representation of railway carriage system in the utility model;
Fig. 7 is the blast structural representation of railway carriage system in the utility model;
Fig. 8 is the structural representation of jet flow lever system in the utility model;
Fig. 9 is the blast structural representation of jet flow lever system in the utility model;
Figure 10 is the structural representation of jet flow lever system in the utility model;
Figure 11 is the structural representation of crown block rotary adapter system in the utility model;
Figure 12 is the structural representation of electric control system in the utility model;
Figure 13 is the structural representation of flank system in the utility model;
Figure 14 is the blast structural representation of flank system in the utility model;
Figure 15 is the structural representation of laser sensor system in the utility model;
Figure 16 is the blast structural representation of laser sensor system in the utility model;
Figure 17 is the structural representation of walking encoder in the utility model;
Figure 18 is the blast structural representation of walking encoder in the utility model;
Figure 19 is the structural representation of spray system in the end in the utility model;
Figure 20 is the blast structural representation of spray system in the end in the utility model;
Figure 21 is the structural representation of overhead traveling crane packaging system in the utility model.
The specific embodiment
Below by embodiment, and by reference to the accompanying drawings, the technical solution of the utility model is described in further detail.
Embodiment: such as Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14, Figure 15, Figure 16, Figure 17, Figure 18, Figure 19, Figure 20 and shown in Figure 21, a kind of full-automatic computer car washing machine, comprise support body system 1, overhead traveling crane frame system 2, railway carriage system 3, jet flow lever system 4, dolly rotary joint system 5, crown block rotary adapter system 6 and electric control system 7, be provided with railway carriage system 3 in the described overhead traveling crane frame system 2, jet flow lever system 4, dolly rotary joint system 5, crown block rotary adapter system 6 and electric control system 7, described overhead traveling crane frame system 6 is by support body system 1 phase sliding block joint, the top of described railway carriage system 3 is provided with and is attached thereto logical dolly rotary joint system 5, the below of described railway carriage system 3 is provided with and is attached thereto logical jet flow lever system 4, described dolly rotary joint system 5 is connected with crown block rotary adapter system 6, and described electric control system 7 is controlled railway carriage systems 3, jet flow lever system 4, dolly rotary joint system 5 and crown block rotary adapter system 6;
Described support body system 1 comprises support body 8, is provided with slide bar 9 in the described support body 8, and described overhead traveling crane frame system 2 is by slide bar 9 phase sliding block joints;
Described overhead traveling crane frame system 2 comprises day frame 10, be provided with guide rail 11 in the described day frame 10, described guide rail 11 is provided with tooth bar 12, cross-under has vertical driven shaft 13 and longitudinal drive shaft 14 in the described day frame 10, the two side ends of described vertical driven shaft 13 and longitudinal drive shaft 14 is respectively equipped with sidecar wheel 15, be provided with vertical driving speed reducer 16 and vertical movable motor 17 in the described day frame 10, described vertical movable motor 17 drives vertical driving speed reducer 16 and rotates, described vertical driving speed reducer 16 drives longitudinal drive shaft 14 and turns to, the lateral wall at described day frame 10 two ends is respectively equipped with overhead traveling crane approach switch 18, be provided with foam water inlet linkage connector 19 in the described day frame 10, described foam water inlet linkage connector 19 is connected described sidecar wheel 15 and slide bar 9 phase sliding block joints with foam water outlet linkage connector 20;
Described railway carriage system 3 comprises box body 21, be provided with rotation reductor 22 and cross motor 23 in the described box body 21, be provided with rotation reductor shaft 24 in the described rotation reductor 22, described rotation reductor 22 rotates by rotation reducing motor 25, cover has foam rotation assembly 26 on the described rotation reductor shaft 24, the sidewall of described foam rotation assembly 26 is provided with foam water supply connector 27, the lower end of described rotation reductor shaft 24 is provided with foam coolant outlet pipe 28, the top of described foam rotation assembly 26 is provided with the dish 29 that is in the light, be provided with railway carriage approach switch 30 in the described box body 21, described railway carriage approach switch 30 is positioned at the top of the dish 29 that is in the light, described cross motor 23 rotates with decelerating chassis 31 and is connected, the lateral wall of described box body 21 is provided with railway carriage gear 32, described railway carriage gear 32 rotates by decelerating chassis 31, the bottom of described box body 21 is provided with the axletree 33 of a pair of symmetrical distribution, the two side ends of described axletree 33 is respectively equipped with wheel 34, described rotation reductor shaft 24 extends to the top of box body 21, be provided with foam communicating pipe 35 in the described rotation reductor shaft 24, the upper end of described foam communicating pipe 35 is connected with foam rotation assembly 26, the lower end of described foam communicating pipe 25 is connected with foam coolant outlet pipe 28, the transmission that is meshed with tooth bar 12 of described railway carriage gear 32, be provided with foam inlet pipe 36 in the described box body 21, described foam inlet pipe 36 is connected with foam rotation assembly 26, and described foam water supply connector 27 is connected with foam water outlet linkage connector 20;
Described dolly rotary joint system 5 comprises dolly rotation straight joint 37, described dolly rotation straight joint 37 is provided with dolly locking cap 38, the top of described dolly locking cap 38 is connected with dolly connector 39, described dolly rotation straight joint 37, dolly locking cap 38 and dolly connector 39 are connected, and described dolly rotation straight joint 37 is fixedly connected with rotation reductor shaft 24;
Described crown block rotary adapter system 6 comprises crown block rotary joint 40, the sidewall of described crown block rotary joint 40 is provided with and is attached thereto logical crown block rotary joint water outlet bar 41, the top of described crown block rotary joint 40 is provided with and is attached thereto logical overhead traveling crane Connection Block 42, and described overhead traveling crane Connection Block 42 is connected with overhead traveling crane connector 43;
Described electric control system 7 comprises PLC control desk 44, and described PLC control desk 44 is provided with Switching Power Supply 45, relay 46, Programmable Logic Controller 47, actuator 48, supply transformer 49, miniature circuit breaker 50, protective tube 51 and connection terminal 156;
Described jet flow lever system 4 comprises jet flow bar cover body 52, be provided with jet flow bar 53 and emulsion pipe 54 in the described jet flow bar cover body 52, the madial wall of described jet flow bar cover body 52 is respectively equipped with and is attached thereto logical jet flow bar spray orifice 55 and emulsion pipe spray orifice 56, be evenly distributed with the jet flow bar shower nozzle 57 corresponding with jet flow bar spray orifice 55 on the described jet flow bar 53, be provided with jet flow bar connector 58 in the described jet flow bar 53, described jet flow bar 53 is provided with jet flow joint element for bar 59, described jet flow bar cover body 52 is provided with jet flow bar high pressure hose 60, one end of described jet flow bar high pressure hose 60 is connected with jet flow bar connector 58, the other end of described jet flow bar high pressure hose 60 is connected with jet flow joint element for bar 59, described jet flow joint element for bar 59 is connected fixing with rotation reductor shaft 24, be evenly distributed with the emulsion pipe shower nozzle 61 corresponding with emulsion pipe spray orifice 56 on the described emulsion pipe 54, described emulsion pipe 54 is provided with and is attached thereto logical foam feedthrough 62, and described foam feedthrough 62 is connected with foam coolant outlet pipe 28.
The top cover of described rotation reductor shaft 24 has swivel joint lengthening bar 63, the lateral wall of described box body 21 is provided with horizontal proximity test bar 64, described horizontal proximity test bar 64 is located at the top of wheel 34, the top of described box body 21 is provided with bellows joint 65 and waterproof joint 66, described waterproof joint 66 is connected by foam inlet pipe 36 with foam rotation assembly 26, and described foam water supply connector 27 is connected by bellows joint 65 with foam water outlet linkage connector 20; Described dolly rotation straight joint 37 with rotate 24 of reductor shafts and be fixedly connected by swivel joint lengthening bar 63, described dolly rotation straight joint 37 is fastened by dolly lock sleeve 67 with dolly locking cap 38, is provided with the dolly stationary seat 68 that fits with dolly rotation straight joint 37 in the described dolly locking cap 67; The bottom of described crown block rotary joint 40 is provided with overhead traveling crane crossbeam-rotating plinth 69, between the top of described overhead traveling crane Connection Block 42 and crown block rotary joint 40, fix by overhead traveling crane locking cap mechanism respectively between the bottom of overhead traveling crane crossbeam-rotating plinth 69 and crown block rotary joint 40, described overhead traveling crane locking cap mechanism comprises overhead traveling crane locking cap 70,42 of described overhead traveling crane locking cap 70 and overhead traveling crane Connection Blocks, overhead traveling crane locking cap 70 and 69 of overhead traveling crane crossbeam-rotating plinths are respectively equipped with overhead traveling crane lining 71, the upper and lower of described overhead traveling crane lining 71 is respectively equipped with overhead traveling crane single direction thrust ball bearing 72, described overhead traveling crane single direction thrust ball bearing 72 is locked mutually by overhead traveling crane circular nut 73, be provided with overhead traveling crane stationary seat 74 between the bottom of the top of described crown block rotary joint 40 and overhead traveling crane Connection Block 42, the top of described overhead traveling crane Connection Block 42 is provided with and is attached thereto logical overhead traveling crane connector 43; The head of described jet flow bar 53 blocks up mutually by jet flow bar plug 76 respectively with afterbody and connects, described jet flow joint element for bar 59 fixes by jet flow joint element for bar anchor ear 77 and jet flow bar 53, be provided with intermeshing dimple 78 and projection seat 79 in the described jet flow joint element for bar 59, described dimple 78 is by the 80 phase crimping of jet flow bar spring, described dimple 78, projection seat 79 and jet flow bar spring 80 socket-connect with jet flow bar 53, and the head of described emulsion pipe 54 blocks up mutually by emulsion pipe plug 81 respectively with afterbody and connects; The front end side wall of described overhead traveling crane frame system 2 and rear end sidewall are respectively equipped with flank system 157, described electric control system 7 is controlled flank systems 157, described flank system 157 comprises support 82, a pair of end face adapter plate 83 and a pair of fixedly long slab 84, described support 82 fixes with overhead traveling crane frame system 2,83 of described end face adapter plates are provided with decorates pipe 85, be provided with trunk lamp 86 in the sidewall of described end face adapter plate 83, described decoration pipe 85 and end face adapter plate 83 fix by a pair of fixedly long slab 84, and described support 82 and one of them fixedly long slab 84 fix; Left end sidewall and the right-hand member sidewall of described overhead traveling crane frame system 2 are respectively equipped with laser sensor system 158, described laser sensor system 158 is connected with electric control system 7 phase controls, described laser sensor system 158 comprises pipe box 88, cover has hollow screw mandrel 89 in the described sleeve pipe 88, the head of described hollow screw mandrel 89 is provided with lamp body 90, is provided with diffuser reflection sensor 91 in the described lamp body 90; Be provided with crown block rotary joint adapter plate 92 in the described day frame 10, described overhead traveling crane crossbeam-rotating plinth 69 is located at the top of crown block rotary joint adapter plate 92, described foam water inlet linkage connector 19 and 20 of foam water outlet linkage connectors pass through electromagnetic valve 93 phase controls, and cover has walking encoder 94 on described vertical driven shaft 13; Between the left-hand end in the described support body system 1 and be respectively equipped with end spray system 159 between right-hand end, spray system 159 and comprise end spray boom 95 at the described end, the two side ends of spray boom of the described end 95 is respectively equipped with and is attached thereto logical end spray extension pipe 96, is respectively equipped with well-distributed shower nozzle 97 on spray boom 95 of the described end and the end spray extension pipe 96; The described overhead traveling crane frame system 2 outer overhead traveling crane packaging systems that are provided with, described overhead traveling crane packaging system comprises radiator grille 98, rear mask 99, left side cover 100 and right side cover 101, described radiator grille 98 and rear mask 99 fasten, operation cavity 102 is formed at the top that described radiator grille 98 and rear mask are 99, be provided with railway carriage system 3 in the described operation cavity 102, jet flow lever system 4, dolly rotary joint system 5, crown block rotary adapter system 6 and electric control system 7, described left side cover 100 is located at the left-hand end of radiator grille 98 and rear mask 99, described right side cover 101 is located at the right-hand end of radiator grille 98 and rear mask 99,99 of described left side cover 100 and radiator grille 98 and rear masks, right side cover 101 and radiator grille 98 and 99 of rear masks are respectively equipped with sidecar wheel breach 103, and described sidecar wheel 15 is arranged in sidecar wheel breach 103.
Described dolly lock sleeve 67 and 37 of straight joints of dolly rotation are provided with dolly lining 104, the upper and lower of described dolly lining 104 is respectively equipped with the single direction thrust ball bearing 105 that fits with dolly lock sleeve 67, described single direction thrust ball bearing 105 is locked mutually by dolly circular nut 106, described dolly stationary seat 68 fixes by dolly elastic cylindrical pin 107 with dolly locking cap 38, the lateral wall of described dolly stationary seat 68 is provided with the dolly seal ring 108 that is halved together with it and seals mutually with dolly locking cap 38, and the upper end sidewall of described dolly stationary seat 68 seals by dolly oil sealing 109 mutually with dolly locking cap 38; Described overhead traveling crane stationary seat 74 is fastened by overhead traveling crane elastic cylindrical pin 110, the lateral wall of described overhead traveling crane stationary seat 74 is provided with the overhead traveling crane seal ring 111 that is halved together with it and seals mutually with crown block rotary joint 40, and the bottom lateral wall of described overhead traveling crane stationary seat 74 seals with crown block rotary joint 40 mutually by overhead traveling crane oil sealing 112; Described hollow screw mandrel 89 fixes by bracket of lamp body 113 with lamp body 90, described bracket of lamp body 113 is located with hollow screw mandrel 89 mutually by laser nut 114, described bracket of lamp body 113 passes through jam nut 115 with 90 of lamp bodies and locks mutually, described diffuser reflection sensor 91 is fixed in the reflective sensor support 116, the bottom of described hollow screw mandrel 89 is provided with base 117, and described base 117 fixes with overhead traveling crane frame system 2; Described crown block rotary joint adapter plate 92 is provided with a pair of bellows fixed mount 118, described walking encoder 94 comprises ring 119 and coder outer shroud 120 in the coder, ring 119 is located in the coder outer shroud 120 in the described coder, ring 119 is located by walking deep groove ball bearing 121 respectively mutually with the top and bottom of 120 of coder outer shrouds in the described coder, 121 of described walking deep groove ball bearings are provided with magnet ring 122, ring 119 passes through snap ring 123 phase clampings with the upper end of 120 of coder outer shrouds in the described coder, the sidewall of described coder outer shroud 120 is provided with wiring board 124, the two ends of described coder outer shroud 120 sidewalls are respectively equipped with coder support 125, and described coder support 125 fixes with a day frame 10; Described end spray extension pipe 96 fixes with support body system 1 by lower margin 126, spray boom 95 of the described end fixes by base plate 127 and ground, be respectively equipped with end spray orifice 128 in described lower margin 126 and the base plate 127, spray orifice 128 of the described end and shower nozzle 97 corresponding distributions, spray boom 95 of the described end sprays joint 129 with 96 of the end spray extension pipes end of by and is connected, the two side ends of described end spray joint 129 is respectively equipped with the end and sprays oblique spray boom 130, and spray oblique spray boom 130 and is provided with oblique shower nozzle 131 at the described end; Described laser sensor system 158 is located at respectively on radiator grille 98 and the rear mask 99, and described flank system 157 is located at respectively on left side cover 100 and the right side cover 101.
Described rotation reducing motor 25 and 22 of reductors of rotation are provided with rotation reductor interface board 132, the top of described box body 21 seals by box body outside framework oil seal 133 respectively mutually with bottom and 24 of the rotation reductor shafts of 24 of reductor shafts of rotation, box body 21, the bottom of described rotation reductor shaft 24 is fastened by box body lock nut 134 and box body 21, and the top and bottom of described foam rotation assembly 26 seal mutually by box body seal ring 135 and rotation reductor shaft 24 respectively; 38 of described dolly connector 39 and dolly locking caps are provided with dolly connecting bend 138, and the lateral wall of described dolly connector 39 is provided with the dolly line 137 that is spirally connected; 42 of described overhead traveling crane connector 43 and overhead traveling crane Connection Blocks are provided with overhead traveling crane connecting bend 138, and the inwall of described overhead traveling crane connector 43 is provided with overhead traveling crane negative thread 139; Described jet flow bar 53 fixes with jet flow bar cover body 52 by jet flow bar adapter plate 140 and jet flow pole anchor ear 141, described jet flow pole anchor ear 141 fixes with jet flow bar adapter plate 140, described jet flow bar adapter plate 140 fixes with jet flow bar cover body 52, be connected with well-distributed emulsion pipe pipe clamp 142 on the described jet flow bar 53, described emulsion pipe 54 and the 142 phase clampings of emulsion pipe pipe clamp; The two side ends of described longitudinal drive shaft 14 and vertical driven shaft 13 fixes by sky bearing 143 respectively with a day frame 10, described overhead traveling crane approach switch 18 fixes by the lateral wall of overhead traveling crane approach switch frame 144 with day frame 10, described longitudinal drive shaft 14 and vertically driven shaft 13 symmetrical distributions.
Described box body 21 comprises casing 145 and case lid 146, described case lid 146 is located at the top of casing 145, four jiaos in the described box body 21 are respectively equipped with full silk double-screw bolt 147, and described full silk bolt 147 overcoats have spring 148, and described spring 148 is by fly nut 149 phase crimping; Described PLC control desk 44 is located in the electrical box, and described electrical box is located in the overhead traveling crane frame system; Described jet flow bar cover body 52 comprises the front cover body 151 of jet flow bar and jet flow bar rear cover body 152, and cover body 151 and jet flow bar rear cover body 152 fix by screw 153 before the described jet flow bar; The sidewall of described day frame 10 is provided with handle 154 and suspension ring 155, and described suspension ring 155 are located at the top of handle 154.
Claims (5)
1. full-automatic computer car washing machine, it is characterized in that: comprise support body system (1), overhead traveling crane frame system (2), railway carriage system (3), jet flow lever system (4), dolly rotary joint system (5), crown block rotary adapter system (6) and electric control system (7), be provided with railway carriage system (3) in the described overhead traveling crane frame system (2), jet flow lever system (4), dolly rotary joint system (5), crown block rotary adapter system (6) and electric control system (7), described overhead traveling crane frame system (6) is by support body system (1) phase sliding block joint, the top of described railway carriage system (3) is provided with and is attached thereto logical dolly rotary joint system (5), the below of described railway carriage system (3) is provided with and is attached thereto logical jet flow lever system (4), described dolly rotary joint system (5) is connected with crown block rotary adapter system (6), described electric control system (7) control railway carriage system (3), jet flow lever system (4), dolly rotary joint system (5) and crown block rotary adapter system (6);
Described support body system (1) comprises support body (8), is provided with slide bar (9) in the described support body (8), and described overhead traveling crane frame system (2) is by slide bar (9) phase sliding block joint;
Described overhead traveling crane frame system (2) comprises a day frame (10), be provided with guide rail (11) in the described sky frame (10), described guide rail (11) is provided with tooth bar (12), the middle cross-under of described day frame (10) has vertical driven shaft (13) and longitudinal drive shaft (14), the two side ends of described vertical driven shaft (13) and longitudinal drive shaft (14) is respectively equipped with sidecar wheel (15), be provided with vertical driving speed reducer (16) and vertical movable motor (17) in the described sky frame (10), described vertical movable motor (17) drives vertical driving speed reducer (16) and rotates, described vertical driving speed reducer (16) drives longitudinal drive shaft (14) and turns to, the lateral wall at described day frame (10) two ends is respectively equipped with overhead traveling crane approach switch (18), be provided with foam water inlet linkage connector (19) in the described sky frame (10), described foam water inlet linkage connector (19) is connected described sidecar wheel (15) and slide bar (9) phase sliding block joint with foam water outlet linkage connector (20);
Described railway carriage system (3) comprises box body (21), be provided with rotation reductor (22) and cross motor (23) in the described box body (21), be provided with rotation reductor shaft (24) in the described rotation reductor (22), described rotation reductor (22) rotates by rotation reducing motor (25), the upper cover of described rotation reductor shaft (24) has foam rotation assembly (26), the sidewall of described foam rotation assembly (26) is provided with foam water supply connector (27), the lower end of described rotation reductor shaft (24) is provided with foam coolant outlet pipe (28), the top of described foam rotation assembly (26) is provided with the dish (29) that is in the light, be provided with railway carriage approach switch (30) in the described box body (21), described railway carriage approach switch (30) is positioned at the top of dish (29) of being in the light, described cross motor (23) rotates with decelerating chassis (31) and is connected, the lateral wall of described box body (21) is provided with railway carriage gear (32), described railway carriage gear (32) rotates by decelerating chassis (31), the bottom of described box body (21) is provided with the axletree (33) of a pair of symmetrical distribution, the two side ends of described axletree (33) is respectively equipped with wheel (34), described rotation reductor shaft (24) extends to the top of box body (21), be provided with foam communicating pipe (35) in the described rotation reductor shaft (24), the upper end of described foam communicating pipe (35) is connected with foam rotation assembly (26), the lower end of described foam communicating pipe (25) is connected with foam coolant outlet pipe (28), described railway carriage gear (32) transmission that is meshed with tooth bar (12), be provided with foam inlet pipe (36) in the described box body (21), described foam inlet pipe (36) is connected with foam rotation assembly (26), and described foam water supply connector (27) is connected with foam water outlet linkage connector (20);
Described dolly rotary joint system (5) comprises dolly rotation straight joint (37), described dolly rotation straight joint (37) is provided with dolly locking cap (38), the top of described dolly locking cap (38) is connected with dolly connector (39), described dolly rotation straight joint (37), dolly locking cap (38) and dolly connector (39) are connected, and described dolly rotation straight joint (37) is fixedly connected with rotation reductor shaft (24);
Described crown block rotary adapter system (6) comprises crown block rotary joint (40), the sidewall of described crown block rotary joint (40) is provided with and is attached thereto logical crown block rotary joint water outlet bar (41), the top of described crown block rotary joint (40) is provided with and is attached thereto logical overhead traveling crane Connection Block (42), and described overhead traveling crane Connection Block (42) is connected with overhead traveling crane connector (43);
Described electric control system (7) comprises PLC control desk (44), and described PLC control desk (44) is provided with Switching Power Supply (45), relay (46), Programmable Logic Controller (47), actuator (48), supply transformer (49), miniature circuit breaker (50), protective tube (51) and connection terminal (156);
Described jet flow lever system (4) comprises jet flow bar cover body (52), be provided with jet flow bar (53) and emulsion pipe (54) in the described jet flow bar cover body (52), the madial wall of described jet flow bar cover body (52) is respectively equipped with and is attached thereto logical jet flow bar spray orifice (55) and emulsion pipe spray orifice (56), be evenly distributed with the jet flow bar shower nozzle (57) corresponding with jet flow bar spray orifice (55) on the described jet flow bar (53), be provided with jet flow bar connector (58) in the described jet flow bar (53), described jet flow bar (53) is provided with jet flow joint element for bar (59), described jet flow bar cover body (52) is provided with jet flow bar high pressure hose (60), one end of described jet flow bar high pressure hose (60) is connected with jet flow bar connector (58), the other end of described jet flow bar high pressure hose (60) is connected with jet flow joint element for bar (59), described jet flow joint element for bar (59) is connected fixing with rotation reductor shaft (24), be evenly distributed with the emulsion pipe shower nozzle (61) corresponding with emulsion pipe spray orifice (56) on the described emulsion pipe (54), described emulsion pipe (54) is provided with and is attached thereto logical foam feedthrough (62), and described foam feedthrough (62) is connected with foam coolant outlet pipe (28).
2. full-automatic computer car washing machine according to claim 1 is characterized in that:
The top cover of described rotation reductor shaft (24) has swivel joint lengthening bar (63), the lateral wall of described box body (21) is provided with horizontal proximity test bar (64), described horizontal proximity test bar (64) is located at the top of wheel (34), the top of described box body (21) is provided with bellows joint (65) and waterproof joint (66), described waterproof joint (66) is connected by foam inlet pipe (36) with foam rotation assembly (26), and described foam water supply connector (27) is connected by bellows joint (65) with foam water outlet linkage connector (20);
Be fixedly connected by swivel joint lengthening bar (63) between described dolly rotation straight joint (37) and rotation reductor shaft (24), described dolly rotation straight joint (37) is fastened by dolly lock sleeve (67) with dolly locking cap (38), is provided with the dolly stationary seat (68) that fits with dolly rotation straight joint (37) in the described dolly locking cap (67);
The bottom of described crown block rotary joint (40) is provided with overhead traveling crane crossbeam-rotating plinth (69), between the top of described overhead traveling crane Connection Block (42) and crown block rotary joint (40), fix by overhead traveling crane locking cap mechanism respectively between the bottom of overhead traveling crane crossbeam-rotating plinth (69) and crown block rotary joint (40), described overhead traveling crane locking cap mechanism comprises overhead traveling crane locking cap (70), between described overhead traveling crane locking cap (70) and overhead traveling crane Connection Block (42), be respectively equipped with overhead traveling crane lining (71) between overhead traveling crane locking cap (70) and overhead traveling crane crossbeam-rotating plinth (69), the upper and lower of described overhead traveling crane lining (71) is respectively equipped with overhead traveling crane single direction thrust ball bearing (72), described overhead traveling crane single direction thrust ball bearing (72) is locked mutually by overhead traveling crane circular nut (73), be provided with overhead traveling crane stationary seat (74) between the bottom of the top of described crown block rotary joint (40) and overhead traveling crane Connection Block (42), the top of described overhead traveling crane Connection Block (42) is provided with and is attached thereto logical overhead traveling crane connector (43);
The head of described jet flow bar (53) blocks up mutually by jet flow bar plug (76) respectively with afterbody and connects, described jet flow joint element for bar (59) fixes by jet flow joint element for bar anchor ear (77) and jet flow bar (53), be provided with intermeshing dimple (78) and projection seat (79) in the described jet flow joint element for bar (59), described dimple (78) is by jet flow bar spring (80) phase crimping, described dimple (78), projection seat (79) and jet flow bar spring (80) socket-connect with jet flow bar (53), and the head of described emulsion pipe (54) blocks up mutually by emulsion pipe plug (81) respectively with afterbody and connects;
The front end side wall of described overhead traveling crane frame system (2) and rear end sidewall are respectively equipped with flank system (157), described electric control system (7) control flank system (157), described flank system (157) comprises support (82), a pair of end face adapter plate (83) and a pair of fixedly long slab (84), described support (82) fixes with overhead traveling crane frame system (2), be provided with between described end face adapter plate (83) and decorate pipe (85), be provided with trunk lamp (86) in the sidewall of described end face adapter plate (83), described decoration pipe (85) and end face adapter plate (83) fix by a pair of fixedly long slab (84), and described support (82) and one of them fixedly long slab (84) fix;
The left end sidewall of described overhead traveling crane frame system (2) and right-hand member sidewall are respectively equipped with laser sensor system (158), described laser sensor system (158) is connected with electric control system (7) phase control, described laser sensor system (158) comprises pipe box (88), cover has hollow screw mandrel (89) in the described sleeve pipe (88), the head of described hollow screw mandrel (89) is provided with lamp body (90), is provided with diffuser reflection sensor (91) in the described lamp body (90);
Be provided with crown block rotary joint adapter plate (92) in the described sky frame (10), described overhead traveling crane crossbeam-rotating plinth (69) is located at the top of crown block rotary joint adapter plate (92), by electromagnetic valve (93) phase control, the upper cover of described vertical driven shaft (13) has walking encoder (94) between described foam water inlet linkage connector (19) and foam water outlet linkage connector (20);
Between the left-hand end in the described support body system (1) and be respectively equipped with spray system (159) in the end between right-hand end, described end spray system (159) comprises end spray boom (95), the two side ends of spray boom of the described end (95) is respectively equipped with and is attached thereto logical end spray extension pipe (96), is respectively equipped with well-distributed shower nozzle (97) on spray boom of the described end (95) and the end spray extension pipe (96);
The outer overhead traveling crane packaging system that is provided with of described overhead traveling crane frame system (2), described overhead traveling crane packaging system comprises radiator grille (98), rear mask (99), left side cover (100) and right side cover (101), described radiator grille (98) and rear mask (99) fasten, operation cavity (102) is formed at the top between described radiator grille (98) and rear mask (99), be provided with railway carriage system (3) in the described operation cavity (102), jet flow lever system (4), dolly rotary joint system (5), crown block rotary adapter system (6) and electric control system (7), described left side cover (100) is located at the left-hand end of radiator grille (98) and rear mask (99), described right side cover (101) is located at the right-hand end of radiator grille (98) and rear mask (99), between described left side cover (100) and radiator grille (98) and rear mask (99), be respectively equipped with sidecar wheel breach (103) between right side cover (101) and radiator grille (98) and rear mask (99), described sidecar wheel (15) is arranged in sidecar wheel breach (103).
3. full-automatic computer car washing machine according to claim 2 is characterized in that:
Be provided with dolly lining (104) between described dolly lock sleeve (67) and dolly rotation straight joint (37), the upper and lower of described dolly lining (104) is respectively equipped with the single direction thrust ball bearing (105) that fits with dolly lock sleeve (67), described single direction thrust ball bearing (105) is locked mutually by dolly circular nut (106), described dolly stationary seat (68) fixes by dolly elastic cylindrical pin (107) with dolly locking cap (38), the lateral wall of described dolly stationary seat (68) is provided with the dolly seal ring (108) that is halved together with it and seals mutually with dolly locking cap (38), and the upper end sidewall of described dolly stationary seat (68) seals by dolly oil sealing (109) mutually with dolly locking cap (38);
Described overhead traveling crane stationary seat (74) is fastened by overhead traveling crane elastic cylindrical pin (110), the lateral wall of described overhead traveling crane stationary seat (74) is provided with the overhead traveling crane seal ring (111) that is halved together with it and seals mutually with crown block rotary joint (40), and the bottom lateral wall of described overhead traveling crane stationary seat (74) seals with crown block rotary joint (40) mutually by overhead traveling crane oil sealing (112);
Described hollow screw mandrel (89) fixes by bracket of lamp body (113) with lamp body (90), described bracket of lamp body (113) is located with hollow screw mandrel (89) mutually by laser nut (114), lock mutually by jam nut (115) between described bracket of lamp body (113) and lamp body (90), described diffuser reflection sensor (91) is fixed in the reflective sensor support (116), the bottom of described hollow screw mandrel (89) is provided with base (117), and described base (117) fixes with overhead traveling crane frame system (2);
Described crown block rotary joint adapter plate (92) is provided with a pair of bellows fixed mount (118), described walking encoder (94) comprises ring (119) and coder outer shroud (120) in the coder, ring (119) is located in the coder outer shroud (120) in the described coder, ring (119) is located by walking deep groove ball bearing (121) respectively mutually with the top and bottom between coder outer shroud (120) in the described coder, be provided with magnet ring (122) between described walking deep groove ball bearing (121), ring (119) passes through snap ring (123) phase clamping with the upper end between coder outer shroud (120) in the described coder, the sidewall of described coder outer shroud (120) is provided with wiring board (124), the two ends of described coder outer shroud (120) sidewall are respectively equipped with coder support (125), and described coder support (125) fixes with a day frame (10);
Described end spray extension pipe (96) fixes with support body system (1) by lower margin (126), spray boom of the described end (95) fixes by base plate (127) and ground, be respectively equipped with end spray orifice (128) in described lower margin (126) and the base plate (127), spray orifice of the described end (128) and the corresponding distribution of shower nozzle (97), spray boom of the described end (95) sprays between extension pipe (96) end of with and is connected by end spray joint (129), the two side ends of described end spray joint (129) is respectively equipped with the end and sprays oblique spray boom (130), and spray oblique spray boom (130) and is provided with oblique shower nozzle (131) at the described end;
Described laser sensor system (158) is located at respectively on radiator grille (98) and the rear mask (99), and described flank system (157) is located at respectively on left side cover (100) and the right side cover (101).
4. full-automatic computer car washing machine according to claim 1 and 2 is characterized in that:
Be provided with rotation reductor interface board (132) between described rotation reducing motor (25) and rotation reductor (22), between the top of described box body (21) and rotation reductor shaft (24), seal mutually by box body outside framework oil seal (133) respectively between the bottom of box body (21) and rotation reductor shaft (24), the bottom of described rotation reductor shaft (24) is fastened by box body lock nut (134) and box body (21), and the top and bottom of described foam rotation assembly (26) seal mutually by box body seal ring (135) and rotation reductor shaft (24) respectively;
Be provided with dolly connecting bend (138) between described dolly connector (39) and dolly locking cap (38), the lateral wall of described dolly connector (39) is provided with the dolly line (137) that is spirally connected;
Be provided with overhead traveling crane connecting bend (138) between described overhead traveling crane connector (43) and overhead traveling crane Connection Block (42), the inwall of described overhead traveling crane connector (43) is provided with overhead traveling crane negative thread (139);
Described jet flow bar (53) fixes with jet flow bar cover body (52) by jet flow bar adapter plate (140) and jet flow pole anchor ear (141), described jet flow pole anchor ear (141) fixes with jet flow bar adapter plate (140), described jet flow bar adapter plate (140) fixes with jet flow bar cover body (52), be connected with well-distributed emulsion pipe pipe clamp (142) on the described jet flow bar (53), described emulsion pipe (54) and emulsion pipe pipe clamp (142) phase clamping;
The two side ends of described longitudinal drive shaft (14) and vertical driven shaft (13) fixes by a day bearing (143) respectively with a day frame (10), described overhead traveling crane approach switch (18) fixes by overhead traveling crane approach switch frame (144) and day lateral wall of frame (10), described longitudinal drive shaft (14) and the vertically symmetrical distribution of driven shaft (13).
5. full-automatic computer car washing machine according to claim 1 and 2 is characterized in that:
Described box body (21) comprises casing (145) and case lid (146), described case lid (146) is located at the top of casing (145), four jiaos in the described box body (21) are respectively equipped with full silk double-screw bolt (147), described full silk bolt (147) overcoat has spring (148), and described spring (148) is by fly nut (149) phase crimping;
Described PLC control desk (44) is located in the electrical box, and described electrical box is located in the overhead traveling crane frame system;
Described jet flow bar cover body (52) comprises the front cover body (151) of jet flow bar and jet flow bar rear cover body (152), and cover body (151) and jet flow bar rear cover body (152) fix by screw (153) before the described jet flow bar;
The sidewall of described sky frame (10) is provided with handle (154) and suspension ring (155), and described suspension ring (155) are located at the top of handle (154).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220465905 CN202783144U (en) | 2012-09-13 | 2012-09-13 | Full-automatic computer car washing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220465905 CN202783144U (en) | 2012-09-13 | 2012-09-13 | Full-automatic computer car washing machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202783144U true CN202783144U (en) | 2013-03-13 |
Family
ID=47810463
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220465905 Withdrawn - After Issue CN202783144U (en) | 2012-09-13 | 2012-09-13 | Full-automatic computer car washing machine |
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| Country | Link |
|---|---|
| CN (1) | CN202783144U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102874228A (en) * | 2012-09-13 | 2013-01-16 | 杭州水斧洗车设备有限公司 | Full-automatic computer-controlled automobile washer |
| CN105752045A (en) * | 2016-05-21 | 2016-07-13 | 徐洪军 | Rotary car washing robot |
| CN106184141A (en) * | 2016-09-23 | 2016-12-07 | 洛长庆 | A kind of automatic car washing line apparatus |
| CN107380134A (en) * | 2017-07-24 | 2017-11-24 | 余燕军 | A kind of car roof cleaning device |
-
2012
- 2012-09-13 CN CN 201220465905 patent/CN202783144U/en not_active Withdrawn - After Issue
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102874228A (en) * | 2012-09-13 | 2013-01-16 | 杭州水斧洗车设备有限公司 | Full-automatic computer-controlled automobile washer |
| CN102874228B (en) * | 2012-09-13 | 2015-09-30 | 杭州水斧洗车设备有限公司 | Full-automatic computer car washing machine |
| CN105752045A (en) * | 2016-05-21 | 2016-07-13 | 徐洪军 | Rotary car washing robot |
| CN105752045B (en) * | 2016-05-21 | 2018-02-13 | 宁波优学智能科技有限公司 | A kind of rotary carwash robot |
| CN106184141A (en) * | 2016-09-23 | 2016-12-07 | 洛长庆 | A kind of automatic car washing line apparatus |
| CN106184141B (en) * | 2016-09-23 | 2018-12-28 | 辽宁伺技机器人有限公司 | A kind of automatic car washing line apparatus |
| CN107380134A (en) * | 2017-07-24 | 2017-11-24 | 余燕军 | A kind of car roof cleaning device |
| CN107380134B (en) * | 2017-07-24 | 2018-05-22 | 台州鼎拓工业设计有限公司 | A kind of car roof cleaning device |
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