CN208965370U - A kind of pneumatic-tired rollers tire automatic fuel spray device - Google Patents
A kind of pneumatic-tired rollers tire automatic fuel spray device Download PDFInfo
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- CN208965370U CN208965370U CN201821266671.2U CN201821266671U CN208965370U CN 208965370 U CN208965370 U CN 208965370U CN 201821266671 U CN201821266671 U CN 201821266671U CN 208965370 U CN208965370 U CN 208965370U
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Abstract
The utility model discloses a kind of pneumatic-tired rollers tire automatic fuel spray devices, the fuel injection control system including fueling injection equipment and control fueling injection equipment.The utility model discloses a kind of pneumatic-tired rollers tire automatic fuel spray devices, it is simple and compact for structure, configuration is rationally, at low cost, easy for installation, artificial oil spout can not only be substituted, labour is saved, reduces the generation of oiling worker casualty accident, and spray uniformly without water clock, and has automatic cleaning function, solve the problems, such as that pipeline spray head is susceptible to plugging.
Description
Technical field
The utility model relates to technical field of road construction, more particularly to a kind of pneumatic-tired rollers tire is automatic
Fueling injection equipment.
Background technique
In recent years, higher and higher to the total quality requirement of the bituminous pavement of highway and high-grade highway, especially
The work progress of decking and rolling directly influences the service life of highway to the quality for improving road surface compactness.
Currently, asphalt pavement construction is all rolled using dual-steel wheel road roller and pneumatic-tired rollers cooperation substantially, two kinds
The effect that different types of road roller plays in roller compaction process is also different, especially pneumatic-tired rollers tyre contact area
Pressure is big in small, unit area, and front and back tire is evenly distributed, and can eliminate the wheelmark of dual-steel wheel road roller and go out in longitudinal rolling
Existing ripple bulge reaches closely knit to asphalt material extruding and kneading using tire.And in work progress, road roller must be closely followed and be paved
Machine roller-compaction within the scope of 120 DEG C -165 DEG C of asphalt temperature, but be generally using artificial oil spout at present
Mode, it can prevent adherency from playing a role to tire although manually smearing vegetable oil, but worker is closely following roller compaction process
In, it is necessary to it is smeared immediately following road roller, long-time high temperature is difficult to adhere to, because being influenced by tired and sense of responsibility, smears
Off and on, holiday is easily caused, or is smeared unevenly, finally still influences and rolls quality, and road roller quantity is more (especially
It is in whole picture paving process), it is man-machine to mix, as long as oiling worker or road roller operator have a side absent minded, match
Close it is uncoordinated, easily generation oiling worker casualty accident, hidden danger is big, as one can imagine.
The trendy pneumatic-tired rollers of individual construction road machinery manufacturer factory domestic at present have also been equipped with fueling injection equipment,
But the device has the following deficiencies: cumbersome in use, and only manually without automatic, human factor causes to use oil mass
It in (35-45) KG, wastes larger within 10 hours；Electronic pump pressure is low, and sprinkling is uneven, it is also necessary to hand fit's oil spout again；No
Pipeline and spray head cleaning device, pipeline spray head easily block；Configured in one piece is not scientific, high failure rate, generally abandons it after client's purchase
Do not have to.
Therefore, how to provide one kind can solve the easy blockage problem of pipeline spray head and the reasonable pneumatic-tired rollers tire of configuration
The problem of automatic fuel spray device is those skilled in the art's urgent need to resolve.
Utility model content
It is simple and compact for structure in view of this, the present invention provides a kind of pneumatic-tired rollers tire automatic fuel spray device,
Configuration is rationally, at low cost, easy for installation, can not only substitute artificial oil spout, saves labour, reduces oiling worker casualty accident
Generation, and spray uniformly without water clock, and have automatic cleaning function, solve the problems, such as that pipeline spray head is susceptible to plugging.
To achieve the goals above, the utility model adopts the following technical solution:
A kind of pneumatic-tired rollers tire automatic fuel spray device, the oil spout control including fueling injection equipment and the control fueling injection equipment
System processed；Wherein, the fueling injection equipment includes electrodynamic pump M, lubricating fluid fuel tank, cleaning solution water tank and multiple nozzles, and described
It is provided with lubricating fluid liquidometer GA1 in lubricating fluid fuel tank, cleaning solution liquidometer GA2 is provided in the cleaning solution water tank, it is described
One end of electrodynamic pump M is separately connected the lubricating fluid fuel tank and the cleaning solution water tank by pipeline, and the other end is connected by pipeline
Connect multiple nozzles；The fuel injection control system includes main line, and be connected in parallel on the main line lubricating fluid controlling brancher,
Cleaning solution controlling brancher and electrodynamic pump controlling brancher, and the lubricating fluid controlling brancher and the lubricating fluid liquidometer GA1 are controlled
Connection, the cleaning solution controlling brancher and the cleaning solution water tank control connect, the electrodynamic pump controlling brancher with it is described electronic
Pump M control connection.
By a kind of pneumatic-tired rollers tire automatic fuel spray device of the utility model, the lubricating fluid controlling brancher passes through
The lubricating fluid liquidometer GA1 accurately grasps the content of the lubricating fluid in the lubricating fluid fuel tank, so as to control the profit
The working condition of synovia liquidometer GA1, and accurately grasped in the cleaning solution fuel tank by the cleaning solution liquidometer GA2
The content of cleaning solution, so as to control the working condition of the cleaning solution liquidometer GA2, to work as the pipeline and the spray
When mouth blocks, the working condition of the cleaning solution liquidometer GA2 and the cleaning solution fuel tank are opened, the utility model is made
A kind of pneumatic-tired rollers tire automatic fuel spray device have automatic cleaning function, solve the problems, such as that pipeline spray head is susceptible to plugging,
And by the electrodynamic pump controlling brancher can control a kind of pneumatic-tired rollers tire automatic fuel spray device of the utility model into
The mode of row spread by hand lubricating fluid or cleaning solution, or the mode of automatic spraying lubricating fluid or cleaning solution is carried out, it can only replace
For artificial oil spout, labour is saved, reduces the generation of oiling worker casualty accident, and is configured rationally, it is easy to operate.
Preferably, lubricating fluid fuel tank hand control valve is provided between the electrodynamic pump M and the lubricating fluid fuel tank, thus
Being switched on or switched off between the lubricating fluid fuel tank and the electrodynamic pump M is controlled by the lubricating fluid fuel tank hand control valve
State.
Preferably, cleaning solution water tank hand control valve is provided between the electrodynamic pump M and the cleaning solution water tank, thus
Being switched on or switched off between the cleaning solution water tank and the electrodynamic pump M is controlled by the cleaning solution water tank hand control valve
State.
Preferably, the nozzle is corresponding with each tire, realizes uniformly sprinkling lubricating fluid or uniformly sprays cleaning solution
Effect, and can effectively improve sprinkling lubricating fluid or spray the efficiency of cleaning solution, while can be improved to lubricating fluid or cleaning solution
Utilization rate.
Preferably, the nozzle is fan-shaped anti-gravity flow spray head, effectively prevent in sprinkling lubricating fluid or sprays cleaning solution
Occur the problem of water clock in the process, improves the utilization rate to lubricating fluid or cleaning solution.
Preferably, the main line connects DC power supply, and the one end being connected with the anode of the DC power supply successively
It is serially connected with to get lines crossed and insures FU and power switch SA1, to can not only control the entire oil spout by the power switch SA1
Control system opens or closes, can also by it is described get lines crossed insure FU and protect the fuel injection control system, when the oil spout
Control system occur short circuit when, it is described get lines crossed insure FU fusing.
Preferably, the fuel injection control system further includes power supply indicator HL1, and the power supply indicator HL1 is connected in parallel on
Between the DC power supply positive and negative anodes, and one end of the power supply indicator HL1 is passing sequentially through the power switch SA1 and is getting lines crossed
Insurance FU is connected to the anode of the DC power supply, and the other end is connected to the cathode of the DC power supply, to pass through the electricity
Source indicator light HL1 shows the switch state of the power switch SA1, i.e., the described power switch SA1 in the closure state, institute
It is bright to state power supply indicator HL1, when the power switch SA1 is in an off state, the power supply indicator HL1 does not work.
Preferably, the lubricating fluid controlling brancher includes that lubricating fluid switch SA2, lubricating fluid liquidometer GA1 and lubricating fluid refer to
Show lamp HL2, includes lubricating fluid switch terminal 1, lubricating fluid switch terminal 2, lubricating fluid in the lubricating fluid switch SA2
Switch terminal 3 and lubricating fluid switch terminal 4, and the lubricating fluid switch terminal 1 and the lubricating fluid switch
Connecting terminal 3 is connect with the anode of the DC power supply, and the lubricating fluid switch terminal 2 passes sequentially through the lubricating fluid
The liquidometer GA1 and lubricating fluid indicator light HL2 is connected to the cathode of the DC power supply, the lubricating fluid switch terminal
4 are connected to the cathode of the DC power supply, and the lubricating fluid switch terminal 1 by the lubricating fluid indicator light HL2
Connection, the lubricating fluid switch terminal 3 and the lubricating fluid switch wire connection are matched with the lubricating fluid switch terminal 2
The matching connection of terminal 4, thus when the lubricating fluid switch terminal 1 is connected with the lubricating fluid switch terminal 2, and moisten
When the liquid level of synovia is higher than the minimum limit of the lubricating fluid liquidometer GA1, the lubricating fluid indicator light HL2 is bright, then can be just
The work for often carrying out sprinkling lubricating fluid, when the lubricating fluid switch terminal 1 and the lubricating fluid switch terminal 2 connect
It is logical, and when minimum limit of the liquid level of lubricating fluid lower than the lubricating fluid liquidometer GA1, the lubricating fluid indicator light HL2 does not work,
The work of sprinkling lubricating fluid cannot then be carried out；In the work for executing sprinkling lubricating fluid, if the lubricating fluid liquidometer
GA1 occur catastrophic failure, but still need into shape spray lubricating fluid work when, by the lubricating fluid switch terminal 1 with it is described
Lubricating fluid switch terminal 2 disconnects, while by the lubricating fluid switch terminal 3 and the lubricating fluid switch terminal
Son 4 is connected, and the lubricating fluid liquidometer GA1 does not work, but the lubricating fluid indicator light HL2 is bright, so as to continue to execute spray
Of short duration follow-up work is completed in the work for spilling lubricating fluid.
Preferably, the cleaning solution controlling brancher includes that cleaning solution switch SA3, cleaning solution liquidometer GA2 and cleaning solution refer to
Show lamp HL3, includes cleaning solution switch terminal 1, cleaning solution switch terminal 2, cleaning solution in the cleaning solution switch SA3
Switch terminal 3 and cleaning solution switch terminal 4, and the cleaning solution switch terminal 1 and the cleaning solution switch
Connecting terminal 3 is connect with the anode of the DC power supply, and the cleaning solution switch terminal 2 passes sequentially through the cleaning solution
The liquidometer GA2 and cleaning solution indicator light HL3 is connected to the cathode of the DC power supply, the cleaning solution switch terminal
4 are connected to the cathode of the DC power supply, and the cleaning solution switch terminal 1 by the cleaning solution indicator light HL3
Connection, the cleaning solution switch terminal 3 and the cleaning solution switch wire connection are matched with the cleaning solution switch terminal 2
The matching connection of terminal 4, thus when the cleaning solution switch terminal 1 is connected with the cleaning solution switch terminal 2, and it is clear
When the liquid level of washing lotion is higher than the minimum limit of the cleaning solution liquidometer GA2, the cleaning solution indicator light HL3 is bright, then can be just
The work for often carrying out sprinkling cleaning solution, when the cleaning solution switch terminal 1 and the cleaning solution switch terminal 2 connect
It is logical, and when minimum limit of the liquid level of cleaning solution lower than the cleaning solution liquidometer GA2, the cleaning solution indicator light HL3 does not work,
The work of sprinkling cleaning solution cannot then be carried out；In the work for executing sprinkling cleaning solution, if the cleaning solution liquidometer
GA2 occur catastrophic failure, but still need into shape spray cleaning solution work when, by the cleaning solution switch terminal 1 with it is described
Cleaning solution switch terminal 2 disconnects, while by the cleaning solution switch terminal 3 and the cleaning solution switch terminal
Son 4 is connected, and the liquidometer GA2 does not work, but the cleaning solution indicator light HL3 is bright, so as to continue to execute sprinkling cleaning
Of short duration follow-up work is completed in the work of liquid.
Preferably, the electrodynamic pump controlling brancher include electrodynamic pump working selecting switch SA4, relay KV1 manufal operation time,
Automatic cycle time relay KV2, electrodynamic pump M, electrodynamic pump work light HL4 and electronic pump relay KV3, it is described electronic
Pump work selection switch SA4 includes manual switch connecting terminal 1, manual switch connecting terminal 2, automatic switch 3 and of connecting terminal
Be automatically switched connecting terminal 4, and the manual switch connecting terminal 1 and the automatic switch connecting terminal 3 with the direct current
The anode connection of power supply, the manual switch connecting terminal 2 are sequentially connected the output end of the relay manufal operation time KV1, institute
The input terminal of electronic pump relay KV3 and the electrodynamic pump M and the cathode of the DC power supply are stated, and the manual switch connects
Line terminals 1 match connection with the manual switch connecting terminal 2, and the automatic switch connecting terminal 3 and the automatic switch connect
The matching connection of line terminals 4；The automatic switch connecting terminal 4 is sequentially connected the output of the automatic cycle time relay KV2
The cathode at end, the input terminal of the electronic pump relay KV3 and the electrodynamic pump M and the DC power supply, and it is described electronic
The output end of the pump work indicator light HL4 and relay manufal operation time KV1 and the automatic cycle time relay KV2 are short
It connects.
To whether just when needing to carry out manual oil spout, first confirm the time of the relay manufal operation time KV1 setting
Really, the manual switch connecting terminal 1 and the manual switch connecting terminal 2 are connected after confirmation, and makes relay manufal operation time
Device KV1 is closed built-in contact, so that output voltage gives the electronic pump relay KV3, drives the electrodynamic pump M to work, makes institute
Nozzles spray lubricating fluid or sprinkling cleaning solution are stated, while the electrodynamic pump work light HL4 is bright；When relay manufal operation time
When device KV1 worked to the time of setting, the relay manufal operation time KV1 disconnects built-in contact, and the electrodynamic pump M stops work
Make, while the electrodynamic pump work light HL4 does not work.When needing to reuse manual oil spout function, need to will it is described manually
Switch terminal 1 and the manual switch connecting terminal 2 reset.
When needing to carry out automatic oil spout, first confirm whether the time of the automatic time relay KV2 setting is correct, really
The automatic switch connecting terminal 3 and the automatic switch connecting terminal 4 are connected after recognizing, and make automatic time relay KV2
It is closed built-in contact, so that output voltage gives the electronic pump relay KV3, drives the electrodynamic pump M to work, makes the spray
Mouth sprays lubricating fluid or sprinkling cleaning solution, while the electrodynamic pump work light HL4 is bright；When the automatic time relay
When KV2 worked to the time of setting, the automatic time relay KV2 disconnects built-in contact, and the electrodynamic pump M stops working,
The electrodynamic pump work light HL4 does not work simultaneously, and the automatic time relay KV2 continues to be closed built-in contact, continues defeated
Voltage gives the electronic pump relay KV3 out, and the electrodynamic pump M is driven to work, and keeps the nozzles spray lubricating fluid or sprinkling clear
Washing lotion, while the electrodynamic pump work light HL4 is bright, so recycles.
It can be seen via above technical scheme that compared with prior art, the utility model, which discloses, provides a kind of rubber tire pressure
Road wheel tire automatic fuel spray device, may be implemented following technical effect:
1. simple and compact for structure, configuration is rationally, at low cost, easy for installation；
2. manipulation is simple and efficient, artificial oil spout can be substituted, saves labour, reduces the hair of oiling worker casualty accident
It is raw；
3. spraying uniformly without water clock；
4. have automatic cleaning function, can after carrying out sprinkling lubricating fluid using cleaning solution to pipeline and atomizer into
Row cleaning, solves the problems, such as that pipeline spray head is susceptible to plugging.
Detailed description of the invention
In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment
Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only
It is the embodiments of the present invention, for those of ordinary skill in the art, without creative efforts, also
Other attached drawings can be obtained according to the attached drawing of offer.
Fig. 1 attached drawing is a kind of structural representation of the fueling injection equipment of pneumatic-tired rollers tire automatic fuel spray device of the utility model
Figure；
Fig. 2 attached drawing is a kind of structure of the fuel injection control system of pneumatic-tired rollers tire automatic fuel spray device of the utility model
Schematic diagram.
Specific embodiment
The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model
Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole
Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work
Every other embodiment obtained, fall within the protection scope of the utility model.
The utility model embodiment discloses a kind of pneumatic-tired rollers tire automatic fuel spray device, including fueling injection equipment and control
The fuel injection control system of fueling injection equipment processed；Wherein, fueling injection equipment includes electrodynamic pump M101, lubricating fluid fuel tank 102, cleaning solution water tank
103 and multiple nozzles 106, and lubricating fluid liquidometer GA1107 is provided in lubricating fluid fuel tank 102, in cleaning solution water tank 103
It is provided with cleaning solution liquidometer GA2108, one end of electrodynamic pump M101 is separately connected lubricating fluid fuel tank 102 and cleaning by pipeline
Liquid water tank 103, the other end pass through the multiple nozzles 106 of piping connection；Fuel injection control system includes main line 201, and is connected in parallel on dry
Lubricating fluid controlling brancher 202, cleaning solution controlling brancher 203 and electrodynamic pump controlling brancher 204 on road 201, and lubricating fluid controls
Branch 202 and lubricating fluid liquidometer GA1107 control connect, and cleaning solution controlling brancher 203 and the control of cleaning solution water tank 103 connect
It connects, electrodynamic pump controlling brancher 204 and electrodynamic pump M101 control connect.
In order to further optimize the above technical scheme, lubricating fluid is provided between electrodynamic pump M101 and lubricating fluid fuel tank 102
Fuel tank hand control valve 104.
In order to further optimize the above technical scheme, cleaning solution is provided between electrodynamic pump M101 and cleaning solution water tank 103
Water tank hand control valve 105.
In order to further optimize the above technical scheme, nozzle 106 is corresponding with each tire 109.
In order to further optimize the above technical scheme, nozzle 106 is fan-shaped anti-gravity flow spray head.
In order to further optimize the above technical scheme, main line 201 connects DC power supply, and in the anode with DC power supply
Connected one end, which is being sequentially connected in series to get lines crossed, insures FU and power switch SA1.
In order to further optimize the above technical scheme, fuel injection control system further includes power supply indicator HL1, and power supply instruction
Lamp HL1 is connected in parallel between DC power supply positive and negative anodes, and one end of power supply indicator HL1 is passing sequentially through power switch SA1 and getting lines crossed
Insurance FU is connected to the anode of DC power supply, and the other end is connected to the cathode of DC power supply.
In order to further optimize the above technical scheme, lubricating fluid controlling brancher 202 includes lubricating fluid switch SA2, lubricating fluid
It is opened in liquidometer GA1107 and lubricating fluid indicator light HL2, lubricating fluid switch SA2 including lubricating fluid switch terminal 1, lubricating fluid
Close connecting terminal 2, lubricating fluid switch terminal 3 and lubricating fluid switch terminal 4, and lubricating fluid switch terminal 1 with
Lubricating fluid switch terminal 3 is connect with the anode of DC power supply, and lubricating fluid switch terminal 2 passes sequentially through lubricating fluid liquid
Position meter GA1107 and lubricating fluid indicator light HL2 is connected to the cathode of DC power supply, and lubricating fluid switch terminal 4 passes through lubrication
Liquid indicator light HL2 is connected to the cathode of DC power supply, and lubricating fluid switch terminal 1 and lubricating fluid switch terminal 2
Matching connection, lubricating fluid switch terminal 3 match connection with lubricating fluid switch terminal 4.
In order to further optimize the above technical scheme, cleaning solution controlling brancher 203 includes cleaning solution switch SA3, cleaning solution
It is opened in liquidometer GA2108 and cleaning solution indicator light HL3, cleaning solution switch SA3 including cleaning solution switch terminal 1, cleaning solution
Close connecting terminal 2, cleaning solution switch terminal 3 and cleaning solution switch terminal 4, and cleaning solution switch terminal 1 with
Cleaning solution switch terminal 3 is connect with the anode of DC power supply, and cleaning solution switch terminal 2 passes sequentially through cleaning solution liquid
Position meter GA2108 and cleaning solution indicator light HL3 is connected to the cathode of DC power supply, and cleaning solution switch terminal 4 passes through cleaning
Liquid indicator light HL3 is connected to the cathode of DC power supply, and cleaning solution switch terminal 1 and cleaning solution switch terminal 2
Matching connection, cleaning solution switch terminal 3 match connection with cleaning solution switch terminal 4.
In order to further optimize the above technical scheme, electrodynamic pump controlling brancher 204 includes electrodynamic pump working selecting switch
SA4, relay KV1 manufal operation time, automatic cycle time relay KV2, electrodynamic pump M101, electrodynamic pump work light HL4 and
Electronic pump relay KV3, electrodynamic pump working selecting switch SA4 include manual switch connecting terminal 1, manual switch connecting terminal 2,
It is automatically switched connecting terminal 3 and automatic switch connecting terminal 4, and manual switch connecting terminal 1 and automatic switch connecting terminal 3 are equal
It is connect with the anode of DC power supply, manual switch connecting terminal 2 is sequentially connected the output end, electronic of relay KV1 manufal operation time
The cathode of the input terminal and DC power supply of pump relay KV3 and electrodynamic pump M101, and manual switch connecting terminal 1 with open manually
Close the matching connection of connecting terminal 2, automatic switch connecting terminal 3 and the automatic switch matching connection of connecting terminal 4；It is automatically switched wiring
Terminal 4 is sequentially connected the input of the output end, electronic pump relay KV3 and electrodynamic pump M101 of automatic cycle time relay KV2
The cathode of end and DC power supply, and electrodynamic pump work light HL4 and relay manufal operation time KV1 and automatic cycle time after
The output end of electric appliance KV2 is shorted.
Implement 1:
The operating procedure of spread by hand lubricating fluid is as follows:
S1: lubricating fluid fuel tank hand control valve is opened, cleaning solution water tank hand control valve is simultaneously closed off；
S2: closure power switch SA1, power supply indicator HL1 is bright；
S3: connecting lubricating fluid switch terminal 1 and the lubricating fluid switch terminal 2, when the liquid level of lubricating fluid is high
When the minimum limit of lubricating fluid liquidometer GA1, lubricating fluid indicator light HL2 is bright, then can be normally carried out the work of sprinkling lubricating fluid
Make, when lubricating fluid switch terminal 1 and the connection of lubricating fluid switch terminal 2, and the liquid level of lubricating fluid is lower than lubricating fluid liquid
When the minimum limit of position meter GA1, lubricating fluid indicator light HL2 does not work, then cannot carry out the work of sprinkling lubricating fluid；But work as
In the work for executing sprinkling lubricating fluid, if catastrophic failure occurs for lubricating fluid liquidometer GA1, but still need to spray lubricating fluid into shape
When work, lubricating fluid switch terminal 1 and lubricating fluid switch terminal 2 are disconnected, while by lubricating fluid switch terminal
Son 3 is connected with lubricating fluid switch terminal 4, and lubricating fluid liquidometer GA1 does not work, but lubricating fluid indicator light HL2 is bright, so as to
To continue to execute the work of sprinkling lubricating fluid, of short duration follow-up work is completed；
Meanwhile confirm relay manufal operation time KV1 setting time it is whether correct, and by manual switch connecting terminal 1 with
Manual switch connecting terminal 2 is connected, and relay KV1 manufal operation time is made to be closed built-in contact, thus output voltage to electrodynamic pump after
Electric appliance KV3, driving electrodynamic pump M101 work, makes nozzle 106 spray lubricating fluid, while electrodynamic pump work light HL4 is bright；
S4: when manufal operation time, relay KV1 worked to the time of setting, relay KV1 manufal operation time disconnects built-in touching
Point, electrodynamic pump M101 stop working, while electrodynamic pump work light HL4 does not work；
S5:, need to be by manual switch connecting terminal 1 and manual switch terminals when needing to reuse manual oil spout function
Son 2 resets, and circulation step S3-S4.
Embodiment 2:
The operating procedure of spread by hand cleaning solution is as follows:
S1: cleaning solution water tank hand control valve is opened, lubricating fluid fuel tank hand control valve is simultaneously closed off；
S2: closure power switch SA1, power supply indicator HL1 is bright；
S3: connecting cleaning solution switch terminal 1 and the cleaning solution switch terminal 2, when the liquid level of cleaning solution is high
When the minimum limit of cleaning solution liquidometer GA2, cleaning solution indicator light HL3 is bright, then can be normally carried out the work of sprinkling cleaning solution
Make, when cleaning solution switch terminal 1 and the connection of cleaning solution switch terminal 2, and the liquid level of cleaning solution is lower than cleaning solution liquid
When the minimum limit of position meter GA2, cleaning solution indicator light HL3 does not work, then cannot carry out the work of sprinkling cleaning solution；But work as
In the work for executing sprinkling cleaning solution, if catastrophic failure occurs for cleaning solution liquidometer GA2, but still need to spray cleaning solution into shape
When work, cleaning solution switch terminal 1 and cleaning solution switch terminal 2 are disconnected, while by cleaning solution switch terminal
Son 3 is connected with cleaning solution switch terminal 4, and cleaning solution liquidometer GA2 does not work, but cleaning solution indicator light HL3 is bright, so as to
To continue to execute the work of sprinkling cleaning solution, of short duration follow-up work is completed；
Meanwhile confirm relay manufal operation time KV1 setting time it is whether correct, and by manual switch connecting terminal 1 with
Manual switch connecting terminal 2 is connected, and relay KV1 manufal operation time is made to be closed built-in contact, thus output voltage to electrodynamic pump after
Electric appliance KV3, driving electrodynamic pump M101 work, makes nozzle 106 spray cleaning solution, while electrodynamic pump work light HL4 is bright；
S4: when manufal operation time, relay KV1 worked to the time of setting, relay KV1 manufal operation time disconnects built-in touching
Point, electrodynamic pump M101 stop working, while electrodynamic pump work light HL4 does not work；
S5:, need to be by manual switch connecting terminal 1 and manual switch terminals when needing to reuse manual oil spout function
Son 2 resets, and circulation step S3-S4.
Embodiment 3:
The operating procedure of automatic spraying lubricating fluid is as follows:
S1: lubricating fluid fuel tank hand control valve is opened, cleaning solution water tank hand control valve is simultaneously closed off；
S2: closure power switch SA1, power supply indicator HL1 is bright；
S3: connecting lubricating fluid switch terminal 1 and the lubricating fluid switch terminal 2, when the liquid level of lubricating fluid is high
When the minimum limit of lubricating fluid liquidometer GA1, lubricating fluid indicator light HL2 is bright, then can be normally carried out the work of sprinkling lubricating fluid
Make, when lubricating fluid switch terminal 1 and the connection of lubricating fluid switch terminal 2, and the liquid level of lubricating fluid is lower than lubricating fluid liquid
When the minimum limit of position meter GA1, lubricating fluid indicator light HL2 does not work, then cannot carry out the work of sprinkling lubricating fluid；But work as
In the work for executing sprinkling lubricating fluid, if catastrophic failure occurs for lubricating fluid liquidometer GA1, but still need to spray lubricating fluid into shape
When work, lubricating fluid switch terminal 1 and lubricating fluid switch terminal 2 are disconnected, while by lubricating fluid switch terminal
Son 3 is connected with lubricating fluid switch terminal 4, and lubricating fluid liquidometer GA1 does not work, but lubricating fluid indicator light HL2 is bright, so as to
To continue to execute the work of sprinkling lubricating fluid, of short duration follow-up work is completed；
Meanwhile confirming whether the time of automatic time relay KV2 setting is correct, and connecting terminal will be automatically switched after confirmation
3 connect with automatic switch connecting terminal 4, and automatic time relay KV2 is made to be closed built-in contact, so that output voltage is to electronic
Pump relay KV3, driving electrodynamic pump M101 work, makes nozzle 106 spray lubricating fluid, while electrodynamic pump work light HL4 is bright；
S4: when automatic time relay KV2 worked to the time of setting, automatic time relay KV2 disconnects built-in touching
Point, electrodynamic pump M101 stop working, while electrodynamic pump work light HL4 does not work；
S5: automatic time relay KV2 continues to be closed built-in contact, continues to output voltage to electronic pump relay KV3, drives
Dynamic electrodynamic pump M101 work, makes nozzles spray lubricating fluid, while electrodynamic pump work light HL4 is bright, so recycles.
Embodiment 4:
The operating procedure of automatic spraying cleaning solution is as follows:
S1: cleaning solution water tank hand control valve is opened, lubricating fluid fuel tank hand control valve is simultaneously closed off；
S2: closure power switch SA1, power supply indicator HL1 is bright；
S3: connecting cleaning solution switch terminal 1 and the cleaning solution switch terminal 2, when the liquid level of cleaning solution is high
When the minimum limit of cleaning solution liquidometer GA2, cleaning solution indicator light HL3 is bright, then can be normally carried out the work of sprinkling cleaning solution
Make, when cleaning solution switch terminal 1 and the connection of cleaning solution switch terminal 2, and the liquid level of cleaning solution is lower than cleaning solution liquid
When the minimum limit of position meter GA2, cleaning solution indicator light HL3 does not work, then cannot carry out the work of sprinkling cleaning solution；But work as
In the work for executing sprinkling cleaning solution, if catastrophic failure occurs for cleaning solution liquidometer GA2, but still need to spray cleaning solution into shape
When work, cleaning solution switch terminal 1 and cleaning solution switch terminal 2 are disconnected, while by cleaning solution switch terminal
Son 3 is connected with cleaning solution switch terminal 4, and cleaning solution liquidometer GA2 does not work, but cleaning solution indicator light HL3 is bright, so as to
To continue to execute the work of sprinkling cleaning solution, of short duration follow-up work is completed；
Meanwhile confirming whether the time of automatic time relay KV2 setting is correct, and connecting terminal will be automatically switched after confirmation
3 connect with automatic switch connecting terminal 4, and automatic time relay KV2 is made to be closed built-in contact, so that output voltage is to electronic
Pump relay KV3, driving electrodynamic pump M101 work, makes nozzle 106 spray cleaning solution, while electrodynamic pump work light HL4 is bright；
S4: when automatic time relay KV2 worked to the time of setting, automatic time relay KV2 disconnects built-in touching
Point, electrodynamic pump M101 stop working, while electrodynamic pump work light HL4 does not work；
S5: automatic time relay KV2 continues to be closed built-in contact, continues to output voltage to electronic pump relay KV3, drives
Dynamic electrodynamic pump M101 work, makes nozzles spray cleaning solution, while electrodynamic pump work light HL4 is bright, so recycles.
Embodiment 5:
The combination of any the two that embodiment 5 is embodiment 1-4.
Each embodiment in this specification is described in a progressive manner, the highlights of each of the examples are with other
The difference of embodiment, the same or similar parts in each embodiment may refer to each other.For device disclosed in embodiment
For, since it is corresponded to the methods disclosed in the examples, so being described relatively simple, related place is said referring to method part
It is bright.
The foregoing description of the disclosed embodiments can be realized professional and technical personnel in the field or using originally practical new
Type.Various modifications to these embodiments will be readily apparent to those skilled in the art, and determine herein
The General Principle of justice can be realized in other embodiments without departing from the spirit or scope of the present utility model.Cause
This, the present invention will not be limited to the embodiments shown herein, and is to fit to and principles disclosed herein
The widest scope consistent with features of novelty.
Claims (10)
1. a kind of pneumatic-tired rollers tire automatic fuel spray device, which is characterized in that including fueling injection equipment and control the fuel injector cartridge
The fuel injection control system set；Wherein, the fueling injection equipment includes electrodynamic pump M (101), lubricating fluid fuel tank (102), cleaning solution water tank
(103) and multiple nozzles (106) it is provided with, and in the lubricating fluid fuel tank (102) lubricating fluid liquidometer GA1 (107), it is described
Cleaning solution liquidometer GA2 (108) is provided in cleaning solution water tank (103), one end of the electrodynamic pump M (101) passes through pipeline point
The lubricating fluid fuel tank (102) and the cleaning solution water tank (103) are not connected, and the other end passes through the multiple nozzles of piping connection
(106)；The fuel injection control system includes main line (201), and the lubricating fluid controlling brancher being connected in parallel on the main line (201)
(202), cleaning solution controlling brancher (203) and electrodynamic pump controlling brancher (204), and the lubricating fluid controlling brancher (202) and institute
Lubricating fluid liquidometer GA1 (107) control connection is stated, the cleaning solution controlling brancher (203) and the cleaning solution water tank (103) control
System connection, the electrodynamic pump controlling brancher (204) and the electrodynamic pump M (101) control connect.
2. a kind of pneumatic-tired rollers tire automatic fuel spray device according to claim 1, which is characterized in that the electrodynamic pump
Lubricating fluid fuel tank hand control valve (104) is provided between M (101) and the lubricating fluid fuel tank (102).
3. a kind of pneumatic-tired rollers tire automatic fuel spray device according to claim 1, which is characterized in that the electrodynamic pump
Cleaning solution water tank hand control valve (105) is provided between M (101) and the cleaning solution water tank (103).
4. a kind of pneumatic-tired rollers tire automatic fuel spray device according to claim 1, which is characterized in that the nozzle
(106) corresponding with each tire (109).
5. a kind of pneumatic-tired rollers tire automatic fuel spray device according to claim 1, which is characterized in that the nozzle
It (106) is fan-shaped anti-gravity flow spray head.
6. a kind of pneumatic-tired rollers tire automatic fuel spray device according to claim 1, which is characterized in that the main line
(201) connect DC power supply, and the one end being connected with the anode of the DC power supply be sequentially connected in series get lines crossed insure FU and
Power switch SA1.
7. a kind of pneumatic-tired rollers tire automatic fuel spray device according to claim 6, which is characterized in that the oil spout control
System processed further includes power supply indicator HL1, and the power supply indicator HL1 is connected in parallel between the positive and negative anodes of the DC power supply,
And one end of the power supply indicator HL1 is passing sequentially through the power switch SA1 and is getting lines crossed and insuring FU and be connected to the direct current
The anode in source, the other end are connected to the cathode of the DC power supply.
8. a kind of pneumatic-tired rollers tire automatic fuel spray device according to claim 6, which is characterized in that the lubricating fluid
Controlling brancher (202) includes lubricating fluid switch SA2, lubricating fluid liquidometer GA1 (107) and lubricating fluid indicator light HL2, the lubrication
It include lubricating fluid switch terminal 1, lubricating fluid switch terminal 2,3 and of lubricating fluid switch terminal in liquid switch SA2
Lubricating fluid switch terminal 4, and the lubricating fluid switch terminal 1 and the lubricating fluid switch terminal 3 are and institute
The anode connection of DC power supply is stated, the lubricating fluid switch terminal 2 passes sequentially through the lubricating fluid liquidometer GA1 (107)
The cathode of the DC power supply is connected to the lubricating fluid indicator light HL2, the lubricating fluid switch terminal 4 passes through described
Lubricating fluid indicator light HL2 is connected to the cathode of the DC power supply, and the lubricating fluid switch terminal 1 and the lubrication
The matching connection of liquid switch terminal 2, the lubricating fluid switch terminal 3 are matched with the lubricating fluid switch terminal 4
Connection.
9. a kind of pneumatic-tired rollers tire automatic fuel spray device according to claim 6, which is characterized in that the cleaning solution
Controlling brancher (203) includes cleaning solution switch SA3, cleaning solution liquidometer GA2 (108) and cleaning solution indicator light HL3, the cleaning
It include cleaning solution switch terminal 1, cleaning solution switch terminal 2,3 and of cleaning solution switch terminal in liquid switch SA3
Cleaning solution switch terminal 4, and the cleaning solution switch terminal 1 and the cleaning solution switch terminal 3 are and institute
The anode connection of DC power supply is stated, the cleaning solution switch terminal 2 passes sequentially through the cleaning solution liquidometer GA2 (108)
The cathode of the DC power supply is connected to the cleaning solution indicator light HL3, the cleaning solution switch terminal 4 passes through described
Cleaning solution indicator light HL3 is connected to the cathode of the DC power supply, and the cleaning solution switch terminal 1 and the cleaning
The matching connection of liquid switch terminal 2, the cleaning solution switch terminal 3 are matched with the cleaning solution switch terminal 4
Connection.
10. a kind of pneumatic-tired rollers tire automatic fuel spray device according to claim 6, which is characterized in that described electronic
Pumping controlling brancher (204) includes electrodynamic pump working selecting switch SA4, relay KV1 manufal operation time, the automatic cycle time relay
KV2, electrodynamic pump M (101), electrodynamic pump work light HL4 and electronic pump relay KV3, the electrodynamic pump working selecting switch
SA4 includes manual switch connecting terminal 1, manual switch connecting terminal 2, automatic switch connecting terminal 3 and automatic switch terminals
Son 4, and the manual switch connecting terminal 1 is connect with the anode of the DC power supply with the automatic switch connecting terminal 3,
The manual switch connecting terminal 2 is sequentially connected the output end of the relay manufal operation time KV1, the electronic pump relay
The cathode of the input terminal and the DC power supply of KV3 and the electrodynamic pump M (101), and the manual switch connecting terminal 1 with
The manual switch connecting terminal 2 matching connection, the automatic switch connecting terminal 3 and automatic switch connecting terminal 4 described
With connection；The automatic switch connecting terminal 4 is sequentially connected output end, the electricity of the automatic cycle time relay KV2
The input terminal of the dynamic pump relay KV3 and electrodynamic pump M (101) and the cathode of the DC power supply, and the electrodynamic pump work
The output end for making the indicator light HL4 and relay manufal operation time KV1 and automatic cycle time relay KV2 is shorted.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821266671.2U CN208965370U (en) | 2018-08-07 | 2018-08-07 | A kind of pneumatic-tired rollers tire automatic fuel spray device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821266671.2U CN208965370U (en) | 2018-08-07 | 2018-08-07 | A kind of pneumatic-tired rollers tire automatic fuel spray device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208965370U true CN208965370U (en) | 2019-06-11 |
Family
ID=66749838
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821266671.2U Active CN208965370U (en) | 2018-08-07 | 2018-08-07 | A kind of pneumatic-tired rollers tire automatic fuel spray device |
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| Country | Link |
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| CN (1) | CN208965370U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110479513A (en) * | 2019-09-02 | 2019-11-22 | 徐州宏嵩机电设备有限公司 | Road roller wheel tire tread oil spout/water spray dual-purpose apparatus |
-
2018
- 2018-08-07 CN CN201821266671.2U patent/CN208965370U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110479513A (en) * | 2019-09-02 | 2019-11-22 | 徐州宏嵩机电设备有限公司 | Road roller wheel tire tread oil spout/water spray dual-purpose apparatus |
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| TR01 | Transfer of patent right |
Effective date of registration: 20200814 Address after: 750001 room 1217, 12 / F, building 1, Fortune Center, Qingchun building, Xingqing District, Yinchuan City, Ningxia Hui Autonomous Region Patentee after: Ningxia Zhongda Highway Construction Co.,Ltd. Address before: 750000 Wanshou Road, Yinchuan City, the Ningxia Hui Autonomous Region, No. 142, Wanshou Road Patentee before: NINGXIA ROAD & BRIDGE ENGINEERING Co.,Ltd. |
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| TR01 | Transfer of patent right | ||
| CP03 | "change of name, title or address" |
Address after: Office building 2, Luqiao building, 142 Wanshou Road, Jinfeng District, Yinchuan City, Ningxia Hui Autonomous Region, 750004 Patentee after: Ningxia highway and Bridge Construction Co., Ltd Address before: 750001 room 1217, 12 / F, building 1, Fortune Center, Qingchun building, Xingqing District, Yinchuan City, Ningxia Hui Autonomous Region Patentee before: Ningxia Zhongda Highway Construction Co.,Ltd. |
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| CP03 | "change of name, title or address" |