CN109384186A - A kind of oily fuel delivery device of pilotless automobile fortune - Google Patents
A kind of oily fuel delivery device of pilotless automobile fortune Download PDFInfo
- Publication number
- CN109384186A CN109384186A CN201811221641.4A CN201811221641A CN109384186A CN 109384186 A CN109384186 A CN 109384186A CN 201811221641 A CN201811221641 A CN 201811221641A CN 109384186 A CN109384186 A CN 109384186A
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- China
- Prior art keywords
- spray gun
- downside
- gear
- valve
- connecting rod
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B67—OPENING, CLOSING OR CLEANING BOTTLES, JARS OR SIMILAR CONTAINERS; LIQUID HANDLING
- B67D—DISPENSING, DELIVERING OR TRANSFERRING LIQUIDS, NOT OTHERWISE PROVIDED FOR
- B67D7/00—Apparatus or devices for transferring liquids from bulk storage containers or reservoirs into vehicles or into portable containers, e.g. for retail sale purposes
- B67D7/04—Apparatus or devices for transferring liquids from bulk storage containers or reservoirs into vehicles or into portable containers, e.g. for retail sale purposes for transferring fuels, lubricants or mixed fuels and lubricants
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65D—CONTAINERS FOR STORAGE OR TRANSPORT OF ARTICLES OR MATERIALS, e.g. BAGS, BARRELS, BOTTLES, BOXES, CANS, CARTONS, CRATES, DRUMS, JARS, TANKS, HOPPERS, FORWARDING CONTAINERS; ACCESSORIES, CLOSURES, OR FITTINGS THEREFOR; PACKAGING ELEMENTS; PACKAGES
- B65D88/00—Large containers
- B65D88/74—Large containers having means for heating, cooling, aerating or other conditioning of contents
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B67—OPENING, CLOSING OR CLEANING BOTTLES, JARS OR SIMILAR CONTAINERS; LIQUID HANDLING
- B67D—DISPENSING, DELIVERING OR TRANSFERRING LIQUIDS, NOT OTHERWISE PROVIDED FOR
- B67D7/00—Apparatus or devices for transferring liquids from bulk storage containers or reservoirs into vehicles or into portable containers, e.g. for retail sale purposes
- B67D7/06—Details or accessories
- B67D7/42—Filling nozzles
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B67—OPENING, CLOSING OR CLEANING BOTTLES, JARS OR SIMILAR CONTAINERS; LIQUID HANDLING
- B67D—DISPENSING, DELIVERING OR TRANSFERRING LIQUIDS, NOT OTHERWISE PROVIDED FOR
- B67D7/00—Apparatus or devices for transferring liquids from bulk storage containers or reservoirs into vehicles or into portable containers, e.g. for retail sale purposes
- B67D7/06—Details or accessories
- B67D7/78—Arrangements of storage tanks, reservoirs or pipe-lines
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B67—OPENING, CLOSING OR CLEANING BOTTLES, JARS OR SIMILAR CONTAINERS; LIQUID HANDLING
- B67D—DISPENSING, DELIVERING OR TRANSFERRING LIQUIDS, NOT OTHERWISE PROVIDED FOR
- B67D7/00—Apparatus or devices for transferring liquids from bulk storage containers or reservoirs into vehicles or into portable containers, e.g. for retail sale purposes
- B67D7/06—Details or accessories
- B67D7/80—Arrangements of heating or cooling devices for liquids to be transferred
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Filling Or Discharging Of Gas Storage Vessels (AREA)
Abstract
The present invention relates to a kind of fuel delivery devices, are in particular a kind of oily fuel delivery devices of pilotless automobile fortune.Pilotless automobile is highly-safe, can avoid accident caused by driver neglects, is provided with spray gun on device, rescue task can be executed to the automobile paralysed because of gasoline after-flame on the way, refrigeration system reduces oil temperature, avoids that the danger such as fire explosion occur, can pass through the oil mass in instrumental observation device.Oil storage tank is installed on the downside of refrigeration system, and oil storage tank is connect with refrigeration system, and oil storage tank is installed on the left of pressure gauge, oil storage tank is connect with pressure gauge, and oil storage tank is installed on the left of gun system, and oil storage tank is connect with gun system, oil storage tank is installed on the upside of tilting gearing, and oil storage tank is connect with tilting gearing.
Description
Technical field
The present invention relates to a kind of fuel delivery devices, are in particular a kind of oily fuel delivery devices of pilotless automobile fortune.
Background technique
Unmanned automobile is to realize unpiloted automobile by the interior intelligent driving instrument based on computer system,
Safety is to pull the principal element of automatic driving car demand growth.Every year, the negligence of drivers can all lead to many things
Therefore especially during transporting oil, if driver's carelessness will generate serious consequence, according to pilotless automobile safety
High feature, so devising this pilotless automobile transports oily fuel delivery device.
Summary of the invention
The present invention provides a kind of oily fuel delivery device of pilotless automobile fortune, is pilotless automobile safety beneficial to benefit
Height can avoid accident caused by driver neglects, be provided with spray gun on device, can be to the vapour paralysed on the way by gasoline after-flame
Vehicle executes rescue task, and refrigeration system reduces oil temperature, avoids that the danger such as fire explosion occur, can be by instrumental observation device
Oil mass.
In order to solve the above technical problems, the present invention relates to a kind of fuel delivery devices, it is in particular a kind of unmanned vapour
Vehicle transports oily fuel delivery device, including oil storage tank, refrigeration system, pressure gauge, gun system, tilting gearing composition, pilotless automobile
It is highly-safe, it can avoid accident caused by driver neglects, be provided with spray gun on device, can paralyse to because of gasoline after-flame on road
On automobile execute rescue task, refrigeration system reduces oil temperature, avoids that the danger such as fire explosion occur, can be filled by instrumental observation
Set interior oil mass.
Refrigeration system is made of cooling air compression set, radiator, cooling tube, and cooling air compression set is installed on heat dissipation
On the left of device, cooling air compression set is connect with radiator, and cooling air compression set is installed on the right side of cooling tube, cooling air pressure
Compression apparatus is connect with cooling tube, and radiator is installed on the left of cooling tube, and radiator is connect with cooling tube；
Cooling air compression set by compression motor, pinion gear, gear wheel, crankshaft, connecting rod, gas outlet, shell, air inlet,
Non-return valve, unidirectional plate valve, piston composition, compression motor are installed on the left of pinion gear, and compression motor is installed on the left of gear wheel,
Compression motor is installed on the downside of crankshaft, and compression motor is installed on the downside of connecting rod, and compression motor is installed on the downside of gas outlet, compression electricity
Machine is installed on the downside of shell, and compression motor is installed on the downside of air inlet, and compression motor is installed on the downside of non-return valve, compression motor
It is installed on the downside of unidirectional plate valve, compression motor is installed on piston underside, and pinion gear is installed on the downside of gear wheel, pinion gear and canine tooth
Wheel engagement, pinion gear are installed on the downside of crankshaft, and pinion gear is installed on the downside of connecting rod, and pinion gear is installed on the downside of gas outlet, small tooth
Wheel is installed on the downside of shell, and pinion gear is installed on the downside of air inlet, and pinion gear is installed on the downside of non-return valve, and pinion gear is installed on
On the downside of unidirectional plate valve, pinion gear is installed on piston underside, and gear wheel is installed on the right side of crankshaft, and gear wheel and crankshaft are keyed, greatly
Gear is installed on the downside of connecting rod, and gear wheel is installed on the downside of gas outlet, and gear wheel is installed on the downside of shell, gear wheel be installed on into
On the downside of port, gear wheel is installed on the downside of non-return valve, and gear wheel is installed on the downside of unidirectional plate valve, and gear wheel is installed under piston
Side, on the downside of the connecting rod, crankshaft connect crankshaft installed with connecting rod, crankshaft installed in gas outlet downside, crankshaft installed in shell downside,
Crankshaft installed on the downside of the air inlet, crankshaft installed on the downside of non-return valve, crankshaft installed on the downside of unidirectional plate valve, crankshaft installed in
Piston underside, connecting rod are installed on the downside of gas outlet, and connecting rod is installed on the downside of shell, and connecting rod is installed on the downside of air inlet, connecting rod peace
Loaded on the downside of non-return valve, connecting rod is installed on the downside of unidirectional plate valve, and connecting rod is installed on piston underside, connecting rod and piston axis connection,
Gas outlet is installed on the upside of shell, and gas outlet is installed on the left of air inlet, and gas outlet is installed on the left of non-return valve, gas outlet peace
On the left of unidirectional plate valve, gas outlet is installed on the left of piston, and shell is installed on the left of air inlet, and shell is installed on non-return valve
Outside, shell are installed on the outside of unidirectional plate valve, and shell is installed on the outside of piston, and air inlet is installed on the right side of non-return valve, air inlet
Mouth is installed on the right side of unidirectional plate valve, and air inlet is installed on the right side of piston, and non-return valve is installed on the right side of unidirectional plate valve, air inlet
It is installed on the right side of piston, unidirectional plate valve is installed on piston on the side；
Non-return valve is made of individual event ball valve spring, non-return valve, and individual event ball valve spring is installed on the left of non-return valve, single
Item ball valve spring is connect with non-return valve；
Unidirectional plate valve is made of individual event plate valve spring, individual event plate valve air inlet, and individual event plate valve spring is installed on individual event plate valve
On the right side of air inlet, individual event plate valve spring is connect with individual event plate valve air inlet；
Pressure gauge is made of point gear, motion amplification mechanism, metal pipe frame, pressure solution pot, and point gear is installed on
On the upside of motion amplification mechanism, point gear is connect with motion amplification mechanism, and point gear is installed on the upside of metal pipe frame, pointer machine
Structure is connect with metal pipe frame, and metal pipe frame is installed on the downside of point gear, and metal pipe frame is connect with point gear, pressure solution pot
It is installed on the downside of motion amplification mechanism, pressure solution pot is installed on the downside of motion amplification mechanism, pressure solution pot and motion amplification
Mechanism connection；
Point gear is made of pressure dial plate, pointer, pointer gear, and pressure dial plate is installed on rear side of pointer, pressure dial plate
With pointer axis connection, pointer gear is installed on front side of pointer, pointer gear and pointer axis connection；
Motion amplification mechanism is made of thin metallic tubd, metal tube connecting rod, gear connecting rod, sector gear, thin metallic tubd
It being installed on the left of metal tube connecting rod, thin metallic tubd is connect with metal tube connecting rod, and thin metallic tubd is installed on the left of gear connecting rod,
Thin metallic tubd is installed on the left of sector gear, and metal tube connecting rod is installed on the upside of gear connecting rod, and metal tube connecting rod and gear connect
Bar connection, metal tube connecting rod are installed on the upside of sector gear, and gear connecting rod is installed on the upside of sector gear, gear connecting rod and sector
Gear axis connection；
Gun system is made of spray gun pump, spray gun, pump housing oil inlet pipe, spray gun oil inlet pipe, and spray gun pump is installed on the left of spray gun,
Spray gun pump is installed on the right side of pump housing oil inlet pipe, and spray gun pump is connect with pump housing oil inlet pipe, and spray gun pump is installed on the left of spray gun oil inlet pipe,
Spray gun pump is connect with spray gun oil inlet pipe, and spray gun is installed on the right side of pump housing oil inlet pipe, and spray gun is installed on the right side of spray gun oil inlet pipe, the pump housing
Oil inlet pipe is installed on the left of spray gun oil inlet pipe；
Spray gun is made of gun body, spray gun valve spring, spray gun valve, spray gun spanner, spray gun valve idler wheel, and gun body is installed on spray
On the outside of rifle valve spring, gun body is connect with spray gun valve spring, and gun body is installed on the outside of spray gun valve, and gun body is installed on spray gun and pulls
On the outside of hand, gun body is installed on the outside of spray gun valve idler wheel, and spray gun valve spring is installed on the upside of spray gun valve, spray gun valve spring and spray gun
Valve connection, spray gun valve spring are installed on the upside of spray gun spanner, and spray gun valve spring is installed on the upside of spray gun valve idler wheel, the installation of spray gun valve
On the upside of spray gun spanner, spray gun valve is installed on the upside of spray gun valve idler wheel, and spray gun spanner is installed on the downside of spray gun valve idler wheel, and spray gun is pulled
Hand is connect with spray gun valve idler wheel；
Tilting gearing is made of hydraulic stem, inclined seat, connection sheet, pedestal, and hydraulic stem is installed on the left of inclined seat, hydraulic stem
With inclined seat axis connection, inclined seat is installed on the upside of connection sheet, and inclined seat is connect with connection sheet, and connection sheet is installed on base side
Face, connection sheet and pedestal axis connection, hydraulic stem are mounted on the base side, and hydraulic stem is connect with pedestal, and inclined seat is installed on pedestal
Upside；
Oil storage tank is installed on the downside of refrigeration system, and oil storage tank is connect with refrigeration system, and oil storage tank is installed on the left of pressure gauge,
Oil storage tank is connect with pressure gauge, and oil storage tank is installed on the left of gun system, and oil storage tank is connect with gun system, and oil storage tank is installed on
On the upside of tilting gearing, oil storage tank is connect with tilting gearing.
As advanced optimizing for the technical program, a kind of pilotless automobile of the present invention transports oil storage described in oily fuel delivery device
Tank material is concrete.
As advanced optimizing for the technical program, a kind of pilotless automobile of the present invention is transported to be connected described in oily fuel delivery device
Piece quantity is two.
As advanced optimizing for the technical program, a kind of pilotless automobile of the present invention transports individual event described in oily fuel delivery device
Ball valve spring is connect with shell.
Pilotless automobile of the present invention transports having the beneficial effect that for oily fuel delivery device
Pilotless automobile is highly-safe, can avoid accident caused by driver neglects, is provided with spray gun on device, can be right
The automobile paralysed because of gasoline after-flame on the way executes rescue task, and refrigeration system reduces oil temperature, avoids that fire explosion etc. occurs
Danger can pass through the oil mass in instrumental observation device.
Detailed description of the invention
The present invention will be further described in detail with specific implementation method with reference to the accompanying drawing.
Fig. 1 is the structural schematic diagram that a kind of pilotless automobile of the present invention transports oily fuel delivery device.
Fig. 2 is 2 structural schematic diagram of refrigeration system that a kind of pilotless automobile of the present invention transports oily fuel delivery device.
Fig. 3 is the cooling air compression set 2-1 structural schematic diagram that a kind of pilotless automobile of the present invention transports oily fuel delivery device.
Fig. 4 is the non-return valve 2-1-9 structural schematic diagram that a kind of pilotless automobile of the present invention transports oily fuel delivery device.
Fig. 5 is the unidirectional plate valve 2-1-10 structural schematic diagram that a kind of pilotless automobile of the present invention transports oily fuel delivery device.
Fig. 6 is 3 structural schematic diagram of pressure gauge that a kind of pilotless automobile of the present invention transports oily fuel delivery device.
Fig. 7 is the point gear 3-1 structural schematic diagram that a kind of pilotless automobile of the present invention transports oily fuel delivery device.
Fig. 8 is the motion amplification mechanism 3-2 partial enlargement structure that a kind of pilotless automobile of the present invention transports oily fuel delivery device
Schematic diagram.
Fig. 9 is 4 structural schematic diagram of gun system that a kind of pilotless automobile of the present invention transports oily fuel delivery device.
Figure 10 is the spray gun 4-2 structural schematic diagram that a kind of pilotless automobile of the present invention transports oily fuel delivery device.
Figure 11 is 5 structural schematic diagram of tilting gearing that a kind of pilotless automobile of the present invention transports oily fuel delivery device.
In figure: oil storage tank 1；Refrigeration system 2；Cooling air compression set 2-1；Compression motor 2-1-1；Pinion gear 2-1-2；Greatly
Gear 2-1-3；Crankshaft 2-1-4；Connecting rod 2-1-5；Gas outlet 2-1-6；Shell 2-1-7；Air inlet 2-1-8；Non-return valve 2-1-
9；Individual event ball valve spring 2-1-9-1；Non-return valve 2-1-9-2；Unidirectional plate valve 2-1-10；Individual event plate valve spring 2-1-10-1；It is single
Item plate valve air inlet 2-1-10-2；Piston 2-1-11；Radiator 2-2；Cooling tube 2-3；Pressure gauge 3；Point gear 3-1；Pressure
Power dial plate 3-1-1；Pointer 3-1-2；Pointer gear 3-1-3；Motion amplification mechanism 3-2；Thin metallic tubd 3-2-1；Metal tube connects
Bar 3-2-2；Gear connecting rod 3-2-3；Sector gear 3-2-4；Metal pipe frame 3-3；Pressure solution pot 3-4；Gun system 4；Spray gun
Pump 4-1；Spray gun 4-2；Gun body 4-2-1；Spray gun valve spring 4-2-2；Spray gun valve 4-2-3；Spray gun spanner 4-2-4；The rolling of spray gun valve
Take turns 4-2-5；Pump housing oil inlet pipe 4-3；Spray gun oil inlet pipe 4-4；Tilting gearing 5；Hydraulic stem 5-1；Inclined seat 5-2；Connection sheet 5-3；
Pedestal 5-4.
Specific embodiment
Specific embodiment 1:
Illustrate present embodiment below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11,
The present invention relates to a kind of fuel delivery devices, are in particular that a kind of pilotless automobile transports oily fuel delivery device, including oil storage tank 1,
Refrigeration system 2, pressure gauge 3, gun system 4, tilting gearing 5 form, and pilotless automobile is highly-safe, can avoid driver and dredge
Suddenly caused accident is provided with spray gun on device, and rescue task, system can be executed to the automobile paralysed because of gasoline after-flame on the way
Cooling system reduces oil temperature, avoids that the danger such as fire explosion occur, can pass through the oil mass in instrumental observation device.
Refrigeration system 2 is made of cooling air compression set 2-1, radiator 2-2, cooling tube 2-3, cooling air compression set
2-1 is installed on the left of radiator 2-2, and cooling air compression set 2-1 is connect with radiator 2-2, cooling air compression set 2-1
It is installed on the right side of cooling tube 2-3, cooling air compression set 2-1 is connect with cooling tube 2-3, and radiator 2-2 is installed on cooling tube
On the left of 2-3, radiator 2-2 is connect with cooling tube 2-3, and gas flows into radiator 2-2, and fan takes away the heat of gas coming through
Amount is flowed into cooling tube 2-3 after so that gas is cooled down, and cooling tube 2-3 is installed in oil storage tank 1, is contacted with oil in oil storage tank 1,
Cooling tube 2-3 band go rancid in heat；
Cooling air compression set 2-1 is by compression motor 2-1-1, pinion gear 2-1-2, gear wheel 2-1-3, crankshaft 2-1-4, company
Bar 2-1-5, gas outlet 2-1-6, shell 2-1-7, air inlet 2-1-8, non-return valve 2-1-9, unidirectional plate valve 2-1-10, piston 2-
1-11 composition, compression motor 2-1-1 are installed on the left of pinion gear 2-1-2, and it is left that compression motor 2-1-1 is installed on gear wheel 2-1-3
Side, compression motor 2-1-1 are installed on the downside of crankshaft 2-1-4, and compression motor 2-1-1 is installed on the downside of connecting rod 2-1-5, compression motor
2-1-1 is installed on the downside of the 2-1-6 of gas outlet, and compression motor 2-1-1 is installed on the downside of shell 2-1-7, compression motor 2-1-1 installation
On the downside of air inlet 2-1-8, compression motor 2-1-1 is installed on the downside of non-return valve 2-1-9, and compression motor 2-1-1 is installed on list
To on the downside of plate valve 2-1-10, compression motor 2-1-1 is installed on the downside of piston 2-1-11, and pinion gear 2-1-2 is installed on gear wheel 2-
On the downside of 1-3, pinion gear 2-1-2 is engaged with gear wheel 2-1-3, and pinion gear 2-1-2 is installed on the downside of crankshaft 2-1-4, pinion gear 2-
1-2 is installed on the downside of connecting rod 2-1-5, and pinion gear 2-1-2 is installed on the downside of the 2-1-6 of gas outlet, and pinion gear 2-1-2 is installed on shell
On the downside of 2-1-7, pinion gear 2-1-2 is installed on the downside of air inlet 2-1-8, and pinion gear 2-1-2 is installed under non-return valve 2-1-9
Side, pinion gear 2-1-2 are installed on the downside of unidirectional plate valve 2-1-10, and pinion gear 2-1-2 is installed on the downside of piston 2-1-11, gear wheel
2-1-3 is installed on the right side of crankshaft 2-1-4, and gear wheel 2-1-3 and crankshaft 2-1-4 are keyed, and gear wheel 2-1-3 is installed on connecting rod 2-
On the downside of 1-5, gear wheel 2-1-3 is installed on the downside of the 2-1-6 of gas outlet, and gear wheel 2-1-3 is installed on the downside of shell 2-1-7, canine tooth
Wheel 2-1-3 is installed on the downside of air inlet 2-1-8, and gear wheel 2-1-3 is installed on the downside of non-return valve 2-1-9, gear wheel 2-1-3 peace
On the downside of unidirectional plate valve 2-1-10, gear wheel 2-1-3 is installed on the downside of piston 2-1-11, and crankshaft 2-1-4 is installed on connecting rod 2-
On the downside of 1-5, crankshaft 2-1-4 is connect with connecting rod 2-1-5, and crankshaft 2-1-4 is installed on the downside of the 2-1-6 of gas outlet, crankshaft 2-1-4 installation
On the downside of shell 2-1-7, crankshaft 2-1-4 is installed on the downside of air inlet 2-1-8, and crankshaft 2-1-4 is installed under non-return valve 2-1-9
Side, crankshaft 2-1-4 are installed on the downside of unidirectional plate valve 2-1-10, and crankshaft 2-1-4 is installed on the downside of piston 2-1-11, connecting rod 2-1-5
It is installed on the downside of the 2-1-6 of gas outlet, connecting rod 2-1-5 is installed on the downside of shell 2-1-7, and connecting rod 2-1-5 is installed on air inlet 2-1-8
Downside, connecting rod 2-1-5 are installed on the downside of non-return valve 2-1-9, and connecting rod 2-1-5 is installed on the downside of unidirectional plate valve 2-1-10, connecting rod
2-1-5 is installed on the downside of piston 2-1-11, and connecting rod 2-1-5 and piston 2-1-11 axis connection, gas outlet 2-1-6 are installed on shell 2-
On the upside of 1-7, gas outlet 2-1-6 is installed on the left of air inlet 2-1-8, and gas outlet 2-1-6 is installed on the left of non-return valve 2-1-9,
Gas outlet 2-1-6 is installed on the left of unidirectional plate valve 2-1-10, and gas outlet 2-1-6 is installed on the left of piston 2-1-11, shell 2-1-7
It is installed on the left of air inlet 2-1-8, shell 2-1-7 is installed on the outside of non-return valve 2-1-9, and shell 2-1-7 is installed on one-way slabs
On the outside of valve 2-1-10, shell 2-1-7 is installed on the outside of piston 2-1-11, and it is right that air inlet 2-1-8 is installed on non-return valve 2-1-9
Side, air inlet 2-1-8 are installed on the right side of unidirectional plate valve 2-1-10, and air inlet 2-1-8 is installed on the right side of piston 2-1-11, single-direction balls
Valve 2-1-9 is installed on the right side of unidirectional plate valve 2-1-10, and air inlet 2-1-8 is installed on the right side of piston 2-1-11, unidirectional plate valve 2-
1-10 is installed on the upside of piston 2-1-11, and cooling working principle is compression motor 2-1-1 rotation, and compression motor 2-1-1 drives
Pinion gear 2-1-2 rotation, pinion gear 2-1-2 drive gear wheel 2-1-3 rotation, and gear wheel 2-1-3 band dynamic crankshaft 2-1-4 rotates,
Right section of crankshaft 2-1-4 when rotating to highest point, connecting rod 2-1-5 is moved upwards on the right of right section of drive of crankshaft 2-1-4, connecting rod 2-1-5
The right piston 2-1-11 is driven to move upwards, gas when piston 2-1-11 is moved upwards in compression shell 2-1-7 right chamber, shell
The right cavity pressure of 2-1-7 increases, and rotates to minimum point, left section of drive left side connecting rod 2- of crankshaft 2-1-4 for left section of crankshaft 2-1-4 at this time
1-5 is moved downward, and connecting rod 2-1-5 drives piston 2-1-11 in the left side to move downward, stretching housing when piston 2-1-11 is moved downward
Gas in 2-1-7 left chamber, the left cavity pressure of shell 2-1-7 reduce, and the unidirectional plate valve 2-1-10 on the left side is opened, and gas is from pressure
Contracting shell 2-1-7 right chamber enters compression shell 2-1-7 left chamber；Right section of crankshaft 2-1-4 when rotating to minimum point, crankshaft 2-1-4
Connecting rod 2-1-5 is moved downward on the right of right section of drive, and connecting rod 2-1-5 drives the right piston 2-1-11 to move downward, piston 2-1-11
Gas when moving upwards in stretching housing 2-1-7 right chamber, the right cavity pressure of shell 2-1-7 reduce, and gas passes through air inlet 2-
1-8 enters in shell 2-1-7 right chamber, rotates to highest point for left section of crankshaft 2-1-4 at this time, the left section of drive left side crankshaft 2-1-4 connects
Bar 2-1-5 is moved upwards, and connecting rod 2-1-5 drives piston 2-1-11 in the left side to move upwards, promotion when piston 2-1-11 is moved upwards
Gas in shell 2-1-7 left chamber, the left cavity pressure of shell 2-1-7 increase, the unidirectional plate valve 2-1-10 of gas outlet 2-1-6 connection
It is opened, gas is flowed out from the 2-1-6 of gas outlet；
Non-return valve 2-1-9 is made of individual event ball valve spring 2-1-9-1, non-return valve 2-1-9-2, individual event ball valve spring 2-
1-9-1 is installed on the left of non-return valve 2-1-9-2, and individual event ball valve spring 2-1-9-1 is connect with non-return valve 2-1-9-2, is pulled
Non-return valve 2-1-9-2 is moved downward, and individual event ball valve spring 2-1-9-1 is compressed；
Unidirectional plate valve 2-1-10 is made of individual event plate valve spring 2-1-10-1, individual event plate valve air inlet 2-1-10-2, individual event
Plate valve spring 2-1-10-1 is installed on the right side of individual event plate valve air inlet 2-1-10-2, individual event plate valve spring 2-1-10-1 and individual event plate
The 2-1-10-2 connection of valve air inlet pushes non-return valve 2-1-9-2 to move right, and individual event ball valve spring 2-1-9-1 is stretched, high
Body of calming the anger is opened by individual event plate valve air inlet 2-1-10-2, the individual event plate valve lower part spring 2-1-10-1 by thrust, and gas is logical
Individual event plate valve air inlet 2-1-10-2 is crossed to enter in shell 2-1-7 left chamber；
Pressure gauge 3 is made of point gear 3-1, motion amplification mechanism 3-2, metal pipe frame 3-3, pressure solution pot 3-4, is referred to
Needle mechanism 3-1 is installed on the upside of motion amplification mechanism 3-2, and point gear 3-1 is connect with motion amplification mechanism 3-2, point gear
3-1 is installed on the upside of metal pipe frame 3-3, and point gear 3-1 is connect with metal pipe frame 3-3, and metal pipe frame 3-3 is installed on pointer machine
On the downside of structure 3-1, metal pipe frame 3-3 is connect with point gear 3-1, and pressure solution pot 3-4 is installed under motion amplification mechanism 3-2
Side, pressure solution pot 3-4 are installed on the downside of motion amplification mechanism 3-2, and pressure solution pot 3-4 is connect with motion amplification mechanism 3-2；
Point gear 3-1 is made of pressure dial plate 3-1-1, pointer 3-1-2, pointer gear 3-1-3, pressure dial plate 3-1-1
It is installed on rear side of pointer 3-1-2, pressure dial plate 3-1-1 and pointer 3-1-2 axis connection, pointer gear 3-1-3 are installed on pointer 3-
On front side of 1-2, pointer gear 3-1-3 and pointer 3-1-2 axis connection, sector gear 3-2-4 are engaged with pointer gear 3-1-3, fan-shaped
Gear 3-2-4 drives pointer gear 3-1-3 counterclockwise movement, and pointer gear 3-1-3 drives pointer 3-1-2 to rotate counterclockwise, refers to
It is directed toward the scale on pressure dial plate 3-1-1 in the upper end needle 3-1-2；
Motion amplification mechanism 3-2 is by thin metallic tubd 3-2-1, metal tube connecting rod 3-2-2, gear connecting rod 3-2-3, sector
3-2-4 composition is taken turns, thin metallic tubd 3-2-1 is installed on the left of metal tube connecting rod 3-2-2, thin metallic tubd 3-2-1 and metal tube
Connecting rod 3-2-2 connection, thin metallic tubd 3-2-1 are installed on the left of gear connecting rod 3-2-3, and thin metallic tubd 3-2-1 is installed on fan
On the left of shape gear 3-2-4, metal tube connecting rod 3-2-2 is installed on the upside of gear connecting rod 3-2-3, metal tube connecting rod 3-2-2 and gear
Connecting rod 3-2-3 connection, metal tube connecting rod 3-2-2 are installed on the upside of sector gear 3-2-4, and gear connecting rod 3-2-3 is installed on sector
On the upside of gear 3-2-4, gear connecting rod 3-2-3 and sector gear 3-2-4 axis connection, when the oil in oil storage tank 1 is reduced, pressure solution
The pressure that tank 3-4 is subject to reduces, and solution is flowed into pressure solution pot 3-4 in thin metallic tubd 3-2-1, pulls metal tube connecting rod
3-2-2 is moved upwards, and metal tube connecting rod 3-2-2 pulls gear connecting rod 3-2-3 to move upwards, and gear connecting rod 3-2-3 drives fan-shaped
Gear 3-2-4 right end moves upwards, and the left end sector gear 3-2-4 to transport with pressure dial plate 3-1-1 connecting shaft as the center of circle counterclockwise
It is dynamic；
Gun system 4 is made of spray gun pump 4-1, spray gun 4-2, pump housing oil inlet pipe 4-3, spray gun oil inlet pipe 4-4, and spray gun pumps 4-
1 is installed on the left of spray gun 4-2, and spray gun pump 4-1 is installed on the right side of pump housing oil inlet pipe 4-3, and spray gun pumps 4-1 and pump housing oil inlet pipe 4-3
Connection, spray gun pump 4-1 are installed on the left of spray gun oil inlet pipe 4-4, and spray gun pump 4-1 is connect with spray gun oil inlet pipe 4-4, spray gun 4-2 peace
On the right side of pump housing oil inlet pipe 4-3, spray gun 4-2 is installed on the right side of spray gun oil inlet pipe 4-4, and pump housing oil inlet pipe 4-3 is installed on spray gun
On the left of oil inlet pipe 4-4；
Spray gun 4-2 is by gun body 4-2-1, spray gun valve spring 4-2-2, spray gun valve 4-2-3, spray gun spanner 4-2-4, spray gun valve
Idler wheel 4-2-5 composition, gun body 4-2-1 are installed on the outside of spray gun valve spring 4-2-2, gun body 4-2-1 and spray gun valve spring 4-
2-2 connection, gun body 4-2-1 are installed on the outside of spray gun valve 4-2-3, and gun body 4-2-1 is installed on the outside of spray gun spanner 4-2-4,
Gun body 4-2-1 is installed on the outside of spray gun valve idler wheel 4-2-5, and spray gun valve spring 4-2-2 is installed on the upside of spray gun valve 4-2-3, spray
Rifle valve spring 4-2-2 is connect with spray gun valve 4-2-3, and spray gun valve spring 4-2-2 is installed on the upside of spray gun spanner 4-2-4, spray gun valve
Spring 4-2-2 is installed on the upside of spray gun valve idler wheel 4-2-5, and spray gun valve 4-2-3 is installed on the upside of spray gun spanner 4-2-4, spray gun valve
4-2-3 is installed on the upside of spray gun valve idler wheel 4-2-5, and spray gun spanner 4-2-4 is installed on the downside of spray gun valve idler wheel 4-2-5, and spray gun is pulled
Hand 4-2-4 is connect with spray gun valve idler wheel 4-2-5, and spray gun spanner 4-2-4, spray gun spanner 4-2-4 is pushed to push spray gun valve idler wheel 4-
2-5 is moved upwards, and spray gun valve idler wheel 4-2-5 pushes spray gun valve 4-2-3 to move upwards, and spray gun valve spring 4-2-2 is compressed, high pressure
Oil is flowed out by gun body 4-2-1 front port, unclamps spray gun spanner 4-2-4, spray gun valve spring 4-2-2 elastic potential energy is converted into dynamic
Can, push spray gun valve 4-2-3 to move downward, spray gun 4-2 is closed；
Tilting gearing 5 is made of hydraulic stem 5-1, inclined seat 5-2, connection sheet 5-3, pedestal 5-4, and hydraulic stem 5-1 is installed on
On the left of inclined seat 5-2, hydraulic stem 5-1 and inclined seat 5-2 axis connection, inclined seat 5-2 are installed on the upside of connection sheet 5-3, inclined seat
5-2 is connect with connection sheet 5-3, and connection sheet 5-3 is installed on the side pedestal 5-4, connection sheet 5-3 and pedestal 5-4 axis connection, hydraulic stem
5-1 is installed on the upside of pedestal 5-4, and hydraulic stem 5-1 is connect with pedestal 5-4, and inclined seat 5-2 is installed on the upside of pedestal 5-4；
Oil storage tank 1 is installed on 2 downside of refrigeration system, and oil storage tank 1 is connect with refrigeration system 2, and oil storage tank 1 is installed on pressure gauge
3 left sides, oil storage tank 1 are connect with pressure gauge 3, and oil storage tank 1 is installed on 4 left side of gun system, and oil storage tank 1 is connect with gun system 4,
Oil storage tank 1 is installed on 5 upside of tilting gearing, and oil storage tank 1 is connect with tilting gearing 5.
Specific embodiment 2:
Illustrate present embodiment below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11,
Present embodiment is described further embodiment one, and 1 material of oil storage tank is concrete.
Specific embodiment 3:
Illustrate present embodiment below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11,
Present embodiment is described further embodiment one, and the connection sheet 5-3 quantity is two.
Specific embodiment 4:
Illustrate present embodiment below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11,
Present embodiment is described further embodiment one, and the individual event ball valve spring 2-1-9-1 is connect with shell 2-1-7.
The working principle of the present apparatus are as follows: cooling working principle is compression motor 2-1-1 rotation, compression motor 2-1-1 band
Dynamic pinion gear 2-1-2 rotation, pinion gear 2-1-2 drive gear wheel 2-1-3 rotation, and gear wheel 2-1-3 band dynamic crankshaft 2-1-4 revolves
Turn, right section of crankshaft 2-1-4 when rotating to highest point, right section of drives the right connecting rod 2-1-5 of crankshaft 2-1-4 is moved upwards, connecting rod 2-
1-5 drives the right piston 2-1-11 to move upwards, gas when piston 2-1-11 is moved upwards in compression shell 2-1-7 right chamber,
The right cavity pressure of shell 2-1-7 increases, and pushes non-return valve 2-1-9-2 to move right, individual event ball valve spring 2-1-9-1 is drawn
It stretches, high pressure gas is opened by individual event plate valve air inlet 2-1-10-2, the individual event plate valve lower part spring 2-1-10-1 by thrust, gas
Body is entered in shell 2-1-7 left chamber by individual event plate valve air inlet 2-1-10-2, at this time left section of crankshaft 2-1-4 rotate to it is minimum
Point, left section of drive left side connecting rod 2-1-5 of crankshaft 2-1-4 are moved downward, and connecting rod 2-1-5 drives piston 2-1-11 in the left side to transport downwards
Dynamic, gas when piston 2-1-11 is moved downward in stretching housing 2-1-7 left chamber, the left cavity pressure of shell 2-1-7 reduces, the left side
Unidirectional plate valve 2-1-10 be opened, gas enters compression shell 2-1-7 left chamber from compression shell 2-1-7 right chamber；Crankshaft 2-
Right section of 1-4 when rotating to minimum point, connecting rod 2-1-5 is moved downward on the right of right section of drive of crankshaft 2-1-4, and connecting rod 2-1-5 drives right
Side piston 2-1-11 is moved downward, gas when piston 2-1-11 is moved upwards in stretching housing 2-1-7 right chamber, shell 2-1-7
Right cavity pressure reduces, and pulls non-return valve 2-1-9-2 to move downward, individual event ball valve spring 2-1-9-1 is compressed, and gas passes through
Air inlet 2-1-8 enters in shell 2-1-7 right chamber, rotates to highest point, left section of band of crankshaft 2-1-4 for left section of crankshaft 2-1-4 at this time
Dynamic left side connecting rod 2-1-5 is moved upwards, and connecting rod 2-1-5 drives piston 2-1-11 in the left side to move upwards, and piston 2-1-11 is transported upwards
The gas in shell 2-1-7 left chamber is pushed when dynamic, the left cavity pressure of shell 2-1-7 increases, the one-way slabs of gas outlet 2-1-6 connection
Valve 2-1-10 is opened, and gas is flowed out from the 2-1-6 of gas outlet.Gas flows into radiator 2-2, and fan takes away gas coming through
Heat, make gas cool down after be flowed into cooling tube 2-3, cooling tube 2-3 is installed in oil storage tank 1, is connect with oil in oil storage tank 1
Touching, cooling tube 2-3 band go rancid in heat, enter in refrigeration system 2.The working principle that pressure is shown is in oil storage tank 1
When oil is reduced, the pressure that pressure solution pot 3-4 is subject to reduces, and solution is flowed into pressure solution pot 3-4 in thin metallic tubd 3-2-1
It is dynamic, pull metal tube connecting rod 3-2-2 to move upwards, metal tube connecting rod 3-2-2 pulls gear connecting rod 3-2-3 to move upwards, gear
Connecting rod 3-2-3 drives sector gear 3-2-4 right end to move upwards, and the left end sector gear 3-2-4 with pressure dial plate 3-1-1 to connect
Axis is center of circle counterclockwise movement, and sector gear 3-2-4 is engaged with pointer gear 3-1-3, and sector gear 3-2-4 drives pointer gear
3-1-3 counterclockwise movement, pointer gear 3-1-3 drive pointer 3-1-2 to rotate counterclockwise, and pressure gauge is directed toward in the upper end pointer 3-1-2
Scale on disk 3-1-1.The working principle of oil transportation is that starting spray gun pumps 4-1, and spray gun pumps the rotation of 4-1 internal gear, makes oil from left-hand
Right displacement, oil pressure rises in spray gun oil inlet pipe 4-4 at this time, and spray gun spanner 4-2-4, spray gun spanner 4-2-4 is pushed to push spray
Rifle valve idler wheel 4-2-5 is moved upwards, and spray gun valve idler wheel 4-2-5 pushes spray gun valve 4-2-3 to move upwards, spray gun valve spring 4-2-2
It is compressed, high pressure oil is flowed out by gun body 4-2-1 front port, unclamps spray gun spanner 4-2-4, spray gun valve spring 4-2-2 elasticity
Potential energy is kinetic energy, and spray gun valve 4-2-3 is pushed to move downward, and spray gun 4-2 is closed.
Certainly, above description is not limitation of the present invention, and the present invention is also not limited to the example above, the art
The variations, modifications, additions or substitutions that those of ordinary skill is made within the essential scope of the present invention also belong to guarantor of the invention
Protect range.
Claims (4)
1. a kind of pilotless automobile transports oily fuel delivery device, including oil storage tank (1), refrigeration system (2), pressure gauge (3), spray gun system
Unite (4), tilting gearing (5), it is characterised in that: refrigeration system (2) by cooling air compression set (2-1), radiator (2-2),
Cooling tube (2-3) composition, cooling air compression set (2-1) are installed on the left of radiator (2-2), cooling air compression set (2-
1) it is connect with radiator (2-2), cooling air compression set (2-1) is installed on the right side of cooling tube (2-3), cooling air compression set
(2-1) is connect with cooling tube (2-3), and radiator (2-2) is installed on the left of cooling tube (2-3), radiator (2-2) and cooling
Manage (2-3) connection；
Cooling air compression set (2-1) is by compression motor (2-1-1), pinion gear (2-1-2), gear wheel (2-1-3), crankshaft (2-
1-4), connecting rod (2-1-5), gas outlet (2-1-6), shell (2-1-7), air inlet (2-1-8), non-return valve (2-1-9), unidirectional
Plate valve (2-1-10), piston (2-1-11) composition, compression motor (2-1-1) are installed on the left of pinion gear (2-1-2), compression motor
(2-1-1) is installed on the left of gear wheel (2-1-3), and compression motor (2-1-1) is installed on the downside of crankshaft (2-1-4), compression motor
(2-1-1) is installed on the downside of connecting rod (2-1-5), and compression motor (2-1-1) is installed on the downside of gas outlet (2-1-6), compression motor
(2-1-1) is installed on the downside of shell (2-1-7), and compression motor (2-1-1) is installed on the downside of air inlet (2-1-8), compression motor
(2-1-1) is installed on the downside of non-return valve (2-1-9), and compression motor (2-1-1) is installed on the downside of unidirectional plate valve (2-1-10), pressure
Contracting motor (2-1-1) is installed on the downside of piston (2-1-11), and pinion gear (2-1-2) is installed on the downside of gear wheel (2-1-3), small tooth
Wheel (2-1-2) is engaged with gear wheel (2-1-3), and pinion gear (2-1-2) is installed on the downside of crankshaft (2-1-4), pinion gear (2-1-2)
It is installed on the downside of connecting rod (2-1-5), pinion gear (2-1-2) is installed on the downside of gas outlet (2-1-6), pinion gear (2-1-2) installation
On the downside of shell (2-1-7), pinion gear (2-1-2) is installed on the downside of air inlet (2-1-8), and pinion gear (2-1-2) is installed on list
On the downside of to ball valve (2-1-9), pinion gear (2-1-2) is installed on the downside of unidirectional plate valve (2-1-10), and pinion gear (2-1-2) is installed on
On the downside of piston (2-1-11), gear wheel (2-1-3) is installed on the right side of crankshaft (2-1-4), gear wheel (2-1-3) and crankshaft (2-1-
4) it is keyed, gear wheel (2-1-3) is installed on the downside of connecting rod (2-1-5), and gear wheel (2-1-3) is installed on gas outlet (2-1-6)
Downside, gear wheel (2-1-3) are installed on the downside of shell (2-1-7), and gear wheel (2-1-3) is installed on the downside of air inlet (2-1-8),
Gear wheel (2-1-3) is installed on the downside of non-return valve (2-1-9), and gear wheel (2-1-3) is installed under unidirectional plate valve (2-1-10)
Side, gear wheel (2-1-3) are installed on the downside of piston (2-1-11), and crankshaft (2-1-4) is installed on the downside of connecting rod (2-1-5), crankshaft
(2-1-4) is connect with connecting rod (2-1-5), and crankshaft (2-1-4) is installed on the downside of gas outlet (2-1-6), and crankshaft (2-1-4) is installed on
On the downside of shell (2-1-7), crankshaft (2-1-4) is installed on the downside of air inlet (2-1-8), and crankshaft (2-1-4) is installed on non-return valve
On the downside of (2-1-9), crankshaft (2-1-4) is installed on the downside of unidirectional plate valve (2-1-10), and crankshaft (2-1-4) is installed on piston (2-1-
11) downside, connecting rod (2-1-5) are installed on the downside of gas outlet (2-1-6), and connecting rod (2-1-5) is installed on the downside of shell (2-1-7),
Connecting rod (2-1-5) is installed on the downside of air inlet (2-1-8), and connecting rod (2-1-5) is installed on the downside of non-return valve (2-1-9), connecting rod
(2-1-5) is installed on the downside of unidirectional plate valve (2-1-10), and connecting rod (2-1-5) is installed on the downside of piston (2-1-11), connecting rod (2-1-
5) with piston (2-1-11) axis connection, gas outlet (2-1-6) is installed on the upside of shell (2-1-7), and gas outlet (2-1-6) is installed on
On the left of air inlet (2-1-8), gas outlet (2-1-6) is installed on the left of non-return valve (2-1-9), and gas outlet (2-1-6) is installed on
On the left of unidirectional plate valve (2-1-10), gas outlet (2-1-6) is installed on the left of piston (2-1-11), shell (2-1-7) be installed on into
On the left of port (2-1-8), shell (2-1-7) is installed on the outside of non-return valve (2-1-9), and shell (2-1-7) is installed on one-way slabs
On the outside of valve (2-1-10), shell (2-1-7) is installed on the outside of piston (2-1-11), and air inlet (2-1-8) is installed on non-return valve
On the right side of (2-1-9), air inlet (2-1-8) is installed on the right side of unidirectional plate valve (2-1-10), and air inlet (2-1-8) is installed on piston
On the right side of (2-1-11), non-return valve (2-1-9) is installed on the right side of unidirectional plate valve (2-1-10), and air inlet (2-1-8) is installed on
On the right side of piston (2-1-11), unidirectional plate valve (2-1-10) is installed on the upside of piston (2-1-11)；
Non-return valve (2-1-9) is made of individual event ball valve spring (2-1-9-1), non-return valve (2-1-9-2), individual event ball valve spring
(2-1-9-1) is installed on the left of non-return valve (2-1-9-2), individual event ball valve spring (2-1-9-1) and non-return valve (2-1-9-2)
Connection；
Unidirectional plate valve (2-1-10) is by individual event plate valve spring (2-1-10-1), individual event plate valve air inlet
(2-1-10-2) composition, individual event plate valve spring (2-1-10-1) are installed on the right side of individual event plate valve air inlet (2-1-10-2),
Individual event plate valve spring (2-1-10-1) is connect with individual event plate valve air inlet (2-1-10-2)；
Pressure gauge (3) is by point gear (3-1), motion amplification mechanism (3-2), metal pipe frame (3-3), pressure solution pot (3-4)
Composition, point gear (3-1) are installed on the upside of motion amplification mechanism (3-2), point gear (3-1) and motion amplification mechanism (3-
2) it connecting, point gear (3-1) is installed on the upside of metal pipe frame (3-3), and point gear (3-1) is connect with metal pipe frame (3-3),
Metal pipe frame (3-3) is installed on the downside of point gear (3-1), and metal pipe frame (3-3) is connect with point gear (3-1), and pressure is molten
Flow container (3-4) is installed on the downside of motion amplification mechanism (3-2), and pressure solution pot (3-4) is installed under motion amplification mechanism (3-2)
Side, pressure solution pot (3-4) are connect with motion amplification mechanism (3-2)；
Point gear (3-1) is made of pressure dial plate (3-1-1), pointer (3-1-2), pointer gear (3-1-3), pressure dial plate
(3-1-1) is installed on rear side of pointer (3-1-2), pressure dial plate (3-1-1) and pointer (3-1-2) axis connection, pointer gear (3-1-
3) it is installed on front side of pointer (3-1-2), pointer gear (3-1-3) and pointer (3-1-2) axis connection；
Motion amplification mechanism (3-2) is by thin metallic tubd (3-2-1), metal tube connecting rod (3-2-2), gear connecting rod (3-2-3), fan
Shape gear (3-2-4) composition, thin metallic tubd (3-2-1) are installed on the left of metal tube connecting rod (3-2-2), thin metallic tubd (3-
It 2-1) is connect with metal tube connecting rod (3-2-2), thin metallic tubd (3-2-1) is installed on the left of gear connecting rod (3-2-3), thin-walled gold
Belong to pipe (3-2-1) to be installed on the left of sector gear (3-2-4), metal tube connecting rod (3-2-2) is installed on gear connecting rod (3-2-3)
Side, metal tube connecting rod (3-2-2) are connect with gear connecting rod (3-2-3), and metal tube connecting rod (3-2-2) is installed on sector gear (3-
2-4) upside, gear connecting rod (3-2-3) are installed on the upside of sector gear (3-2-4), gear connecting rod (3-2-3) and sector gear
(3-2-4) axis connection；
Gun system (4) is made of spray gun pump (4-1), spray gun (4-2), pump housing oil inlet pipe (4-3), spray gun oil inlet pipe (4-4), is sprayed
Rifle pump (4-1) is installed on the left of spray gun (4-2), and spray gun pump (4-1) is installed on the right side of pump housing oil inlet pipe (4-3), and spray gun pumps (4-1)
It is connect with pump housing oil inlet pipe (4-3), spray gun pump (4-1) is installed on the left of spray gun oil inlet pipe (4-4), and spray gun pumps (4-1) and spray gun
Oil inlet pipe (4-4) connection, spray gun (4-2) are installed on the right side of pump housing oil inlet pipe (4-3), and spray gun (4-2) is installed on spray gun oil inlet pipe
On the right side of (4-4), pump housing oil inlet pipe (4-3) is installed on the left of spray gun oil inlet pipe (4-4)；
Spray gun (4-2) by gun body (4-2-1), spray gun valve spring (4-2-2), spray gun valve (4-2-3), spray gun spanner (4-2-4),
Spray gun valve idler wheel (4-2-5) composition, gun body (4-2-1) are installed on the outside of spray gun valve spring (4-2-2), gun body (4-2-1)
It is connect with spray gun valve spring (4-2-2), gun body (4-2-1) is installed on the outside of spray gun valve (4-2-3), gun body (4-2-1) peace
Loaded on the outside of spray gun spanner (4-2-4), gun body (4-2-1) is installed on the outside of spray gun valve idler wheel (4-2-5), spray gun valve spring
(4-2-2) is installed on the upside of spray gun valve (4-2-3), and spray gun valve spring (4-2-2) is connect with spray gun valve (4-2-3), spray gun valve bullet
Spring (4-2-2) is installed on the upside of spray gun spanner (4-2-4), and spray gun valve spring (4-2-2) is installed on spray gun valve idler wheel (4-2-5)
Side, spray gun valve (4-2-3) are installed on the upside of spray gun spanner (4-2-4), and spray gun valve (4-2-3) is installed on spray gun valve idler wheel (4-2-
5) upside, spray gun spanner (4-2-4) are installed on the downside of spray gun valve idler wheel (4-2-5), spray gun spanner (4-2-4) and spray gun valve idler wheel
(4-2-5) connection；
Tilting gearing (5) is made of hydraulic stem (5-1), inclined seat (5-2), connection sheet (5-3), pedestal (5-4), hydraulic stem (5-
1) it is installed on the left of inclined seat (5-2), hydraulic stem (5-1) and inclined seat (5-2) axis connection, inclined seat (5-2) are installed on connection
On the upside of piece (5-3), inclined seat (5-2) is connect with connection sheet (5-3), and connection sheet (5-3) is installed on the side pedestal (5-4), connection
Piece (5-3) and pedestal (5-4) axis connection, hydraulic stem (5-1) are installed on the upside of pedestal (5-4), hydraulic stem (5-1) and pedestal (5-
4) it connects, inclined seat (5-2) is installed on the upside of pedestal (5-4)；
Oil storage tank (1) is installed on the downside of refrigeration system (2), and oil storage tank (1) is connect with refrigeration system (2), and oil storage tank (1) is installed on
On the left of pressure gauge (3), oil storage tank (1) is connect with pressure gauge (3), and oil storage tank (1) is installed on the left of gun system (4), oil storage tank
(1) it is connect with gun system (4), oil storage tank (1) is installed on the upside of tilting gearing (5), and oil storage tank (1) and tilting gearing (5) are even
It connects.
2. a kind of pilotless automobile according to claim 1 transports oily fuel delivery device, it is characterised in that: the oil storage tank
(1) material is concrete.
3. a kind of pilotless automobile according to claim 1 transports oily fuel delivery device, it is characterised in that: the connection sheet
(5-3) quantity is two.
4. a kind of pilotless automobile according to claim 1 transports oily fuel delivery device, it is characterised in that: the individual event ball valve
Spring (2-1-9-1) is connect with shell (2-1-7).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811221641.4A CN109384186A (en) | 2018-10-19 | 2018-10-19 | A kind of oily fuel delivery device of pilotless automobile fortune |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811221641.4A CN109384186A (en) | 2018-10-19 | 2018-10-19 | A kind of oily fuel delivery device of pilotless automobile fortune |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109384186A true CN109384186A (en) | 2019-02-26 |
Family
ID=65427032
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811221641.4A Pending CN109384186A (en) | 2018-10-19 | 2018-10-19 | A kind of oily fuel delivery device of pilotless automobile fortune |
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| Country | Link |
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Application publication date: 20190226 |