CN207042702U - Spray equipment - Google Patents
Spray equipment Download PDFInfo
- Publication number
- CN207042702U CN207042702U CN201720694003.9U CN201720694003U CN207042702U CN 207042702 U CN207042702 U CN 207042702U CN 201720694003 U CN201720694003 U CN 201720694003U CN 207042702 U CN207042702 U CN 207042702U
- Authority
- CN
- China
- Prior art keywords
- coating
- shower nozzle
- spray equipment
- pipeline
- gas
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Landscapes
- Nozzles (AREA)
Abstract
The utility model provides a kind of spray equipment, including shower nozzle, spray equipment also include：Coating material supply system, coating material supply system have coating cyclic pipeline, the charging aperture connection of coating cyclic pipeline and shower nozzle, coating to be sprayed are sent into shower nozzle；Wherein, coating supply regulating valve, the flow for the coating being sent into control in shower nozzle are provided with coating cyclic pipeline.Spray equipment of the present utility model solves the problems, such as that the demoulding agent flux of releasing agent dynamical system supply of the prior art is unmanageable.
Description
Technical field
Spraying field is the utility model is related to, in particular to a kind of spray equipment.
Background technology
Using in mold injection industry, plastic product needs by being taken out in mould after moulding, however, mould with
Some positions of product easily produce adhesion and cause difficulty to the demoulding, it is therefore desirable to be sprayed in advance on some positions in a mold
Apply the releasing agent specified.And releasing agent spraying dosage number directly affects the convenience degree of product stripping and the outward appearance of product
Quality, the major general that crosses of releasing agent spray cause product to be difficult to depart from from mould, delay production, be forcibly taken away from it is also possible to causing to produce
Product damage.And releasing agent spray is excessive dirty by the surface for causing product, product quality is influenceed, produces defect ware.
In existing production process, the generally use man-hour manually hand-held compression canned spray release agents of class, in advance by operating personnel's hand
The dynamic appointed part to mould sprays releasing agent, or the demoulding of power supply is relied on by atomizer of the device on mechanical arm
Agent is sprayed at the appointed part of mould after being atomized via shower nozzle.
Man-hour manually hand-held compresses the canned spray release agents of class, sprays this mode with use to the appointed part of mould manually
The increase of number, the pressure in compressed tanks can reduce therewith, and the amount of releasing agent spraying is manually difficult to control, and this compressed filling
The preservation of releasing agent and use cost are all higher.Sprayed even the releasing agent of natural type is atomized by supercharging device power supply
Head, the appointed part of mould is sprayed at after releasing agent is atomized, but also because of the flow and pressure and mist of releasing agent power supply
Change the flow required by shower nozzle and pressure be difficult to match, and cause dynamical system excessive pressure damages, spraying excessive, quantity for spray deficiency,
The appearance of the problems such as atomization inequality and water clock, quality and yield to product bring serious influence.
Utility model content
Main purpose of the present utility model is to provide a kind of spray equipment, to solve releasing agent power of the prior art
The problem of demoulding agent flux of system supply is unmanageable.
To achieve these goals, the utility model provides a kind of spray equipment, including shower nozzle, spray equipment also wrap
Include：Coating material supply system, coating material supply system have a coating cyclic pipeline, and the charging aperture of coating cyclic pipeline and shower nozzle connects,
So that coating to be sprayed is sent into shower nozzle；Wherein, coating supply regulating valve is provided with coating cyclic pipeline, is sent into controlling
The flow of coating in shower nozzle.
Further, coating cyclic pipeline includes：Feed lines, the import of feed lines are used to connect with coating storage tank
Connect, the outlet of feed lines and the charging aperture of shower nozzle connect, and are sprayed so that the coating in coating storage tank is sent into by feed lines
In the storage cavity of head.
Further, coating cyclic pipeline also includes：Return pipeline, the import of return pipeline and the connection of feed lines,
The outlet of return pipeline is connected with coating storage tank, so that at least part coating in feed lines is returned to by return pipeline
Coating storage tank.
Further, coating supply regulating valve is arranged in return pipeline, and the coating of coating storage tank is flowed back to control
Flow.
Further, spray equipment also includes：First gas power supply system, first gas power supply system are sent
The connection of first air inlet of gas port and shower nozzle is so that pressurization gas is sent into shower nozzle, so that the coating in shower nozzle is in pressurization gas
Effect is lower to be atomized.
Further, first gas power supply system includes：First aspirating pipeline, the import of the first aspirating pipeline are used for
It is connected with air accumulator, the outlet of the first aspirating pipeline and the first air inlet of shower nozzle connect, so that the pressurization gas in air accumulator
It is sent into by the first aspirating pipeline in the storage cavity of shower nozzle.
Further, first gas power supply system also includes：Pressure regulator valve, pressure regulator valve are arranged on the first aspirating pipeline
On, with the pressure of the pressurization gas of regulation feeding storage cavity.
Further, shower nozzle includes：Head body, the spraying mouth that head body has storage cavity and connected with storage cavity；
Antidrip is switched, and antidrip switch is arranged in the storage cavity of head body, at least part position-adjustable of antidrip switch
Ground is blocked in the side of spraying mouth, to adjust the flow of the coating from spraying mouth outflow.
Further, antidrip switch is with the actuator for being used to block the block piece of spraying mouth and be connected with block piece；
Actuator is telescopically set to drive block piece to move.
Further, spray equipment also includes：Antidrip switch actuating mechanism, antidrip switch actuating mechanism and actuator
Drive connection, to drive actuator to stretch.
Further, antidrip switch actuating mechanism is second gas power supply system, second gas power supply system
The air taking port of system and the second air inlet of shower nozzle are connected so that pressurization gas is sent into shower nozzle, and are driven by pressurization gas
Part stretches.
Further, head body has the atmospheric pressure cavity for being used for installing actuator, and block piece has the piston being sequentially connected
Portion, rod body part and occlusion part, piston portion are movably disposed in atmospheric pressure cavity, and actuator is located at one of piston portion away from occlusion part
Side, occlusion part are arranged on the side of spraying mouth；Second air inlet connects with atmospheric pressure cavity, to promote piston portion to move by pressurization gas
It is dynamic, and drive actuator to be stretched in atmospheric pressure cavity by piston portion.
Further, storage cavity has backgauge room, and occlusion part is located in backgauge room；Wherein, backgauge room is conical cavity, taper
The miner diameter end of chamber connects with spraying mouth, and occlusion part is the spheroid to match with conical cavity.
Further, second gas power supply system includes：Second aspirating pipeline, the import of the second aspirating pipeline are used for
It is connected with air accumulator, the outlet of the second aspirating pipeline and the second air inlet of shower nozzle connect.
Further, second gas power supply system also includes：Controlling switch, controlling switch can be set to open or close
Put on the second aspirating pipeline, to control the break-make of the second aspirating pipeline.
Spray equipment of the present utility model is realized to the coating in feeding shower nozzle by shower nozzle and coating material supply system
Effective control of flow, wherein, coating material supply system has the charging aperture company of coating cyclic pipeline, coating cyclic pipeline and shower nozzle
Connect.During specifically coating is sent into, is ensureing the timing of feeding power one of coating material supply system, can followed by adjusting coating
The opening degree of coating supply regulating valve on endless tube road, realizes effective control of the flow of the coating to being sent into shower nozzle, compares
Shower nozzle inside courtyard flow is sent into by manual adjustment in the prior art, spray equipment of the present utility model can preferably be controlled and sent
Enter the flow of the coating in shower nozzle, be difficult to so as to solve the demoulding agent flux of releasing agent dynamical system supply of the prior art
The problem of control.
Brief description of the drawings
The Figure of description for forming the part of the application is used for providing further understanding to of the present utility model, this practicality
New schematic description and description is used to explain the utility model, does not form to improper restriction of the present utility model.
In the accompanying drawings：
Fig. 1 shows the structural representation of the embodiment according to spray equipment of the present utility model.
Wherein, above-mentioned accompanying drawing marks including the following drawings：
10th, shower nozzle；11st, charging aperture；12nd, storage cavity；13rd, the first air inlet；14th, mouth is sprayed；15th, antidrip switchs；16、
Actuator；17th, the second air inlet；18th, head body；19th, block piece；20th, coating material supply system；21st, coating cyclic pipeline；
211st, feed lines；212nd, return pipeline；22nd, coating supply regulating valve；30th, first gas power supply system；31st, first send
Air pipe；32nd, pressure regulator valve；33rd, pressure gauge；40th, second gas power supply system；41st, the second aspirating pipeline；42nd, control is opened
Close；50th, backgauge room.
Embodiment
It should be noted that in the case where not conflicting, the feature in embodiment and embodiment in the application can phase
Mutually combination.Describe the utility model in detail below with reference to the accompanying drawings and in conjunction with the embodiments.
The utility model provides a kind of spray equipment, as shown in figure 1, including shower nozzle 10, spray equipment also includes：Coating
Feed system 20, coating material supply system 20 have coating cyclic pipeline 21, the charging aperture 11 of coating cyclic pipeline 21 and shower nozzle 10
Connection, coating to be sprayed is sent into shower nozzle 10；Wherein, coating supply regulating valve is provided with coating cyclic pipeline 21
22, the flow for the coating being sent into control in shower nozzle 10.
Spray equipment of the present utility model is realized to being sent into shower nozzle 10 by shower nozzle 10 and coating material supply system 20
Effective control of the flow of coating, wherein, coating material supply system 20 has coating cyclic pipeline 21, coating cyclic pipeline 21 and spray
First 10 charging aperture 11 connects.During specifically coating is sent into, ensureing the timing of feeding power one of coating material supply system 20,
The opening degree of regulating valve 22 can be supplied by the coating on adjusting coating circulation line 21, realizes the painting to being sent into shower nozzle 10
Effective control of the flow of material, compared with prior art in pass through manual adjustment be sent into the inside courtyard flow of shower nozzle 10, the utility model
Spray equipment can preferably control be sent into shower nozzle 10 in coating flow, so as to solve releasing agent of the prior art
The problem of demoulding agent flux of dynamical system supply is unmanageable.
In order to which coating is sent into shower nozzle 10 by coating cyclic pipeline 21, as shown in figure 1, coating cyclic pipeline 21
Including：Feed lines 211, the import of feed lines 211 are used to be connected with coating storage tank, the outlet and spray of feed lines 211
First 10 charging aperture 11 connects, so that the coating in coating storage tank is sent into the storage cavity 12 of shower nozzle 10 by feed lines 211
It is interior.
In the present embodiment, by being provided with feed lines 211 on coating cyclic pipeline 21, wherein, feed lines 211
Import be used for be connected with coating storage tank, the outlet of feed lines 211 is connected with the charging aperture 11 of shower nozzle 10, so as to make
Coating in coating storage tank is sent into by feed lines 211 in the storage cavity 12 of shower nozzle 10.
In order to adjust the flow for the coating being sent into shower nozzle 10, coating cyclic pipeline 21 by coating cyclic pipeline 21
Also include：Return pipeline 212, the import of return pipeline 212 and the connection of feed lines 211, the outlet and painting of return pipeline 212
Storage tank connection is expected, so that at least part coating in feed lines 211 returns to coating storage tank by return pipeline 212.
By being provided with return pipeline 212 on coating cyclic pipeline 21, wherein, import and the feed lines 211 of return pipeline 212
Connection, the outlet of return pipeline 212 is connected with coating storage tank, so as to make at least part coating in feed lines 211
Coating storage tank is returned to by return pipeline 212.
In order to adjust the flow that return pipeline 212 returns to the coating of coating storage tank, as shown in figure 1, coating supplies
It is arranged on to regulating valve 22 in return pipeline 212, the flow of the coating of coating storage tank is flowed back to control.By the way that coating is supplied
Regulating valve 22 is arranged in return pipeline 212, is flowed back to so as to supply the opening degree control of regulating valve 22 by adjusting coating
The flow of the coating of coating storage tank.
In order to carry out atomization process to the coating in shower nozzle 10, spray equipment also includes：First gas power supply
System 30, the air taking port of first gas power supply system 30 are connected so that pressurization gas to be sent with the first air inlet 13 of shower nozzle 10
Enter in shower nozzle 10, so that the coating in shower nozzle 10 is atomized in the presence of pressurization gas.By being provided with spray equipment
One aerodynamic force feed system 30, wherein, the air taking port of first gas power supply system 30 and the first air inlet of shower nozzle 10
13 connection, by air accumulator pressurization gas be sent into shower nozzle 10 in, so as to so that the coating in shower nozzle 10 in pressurization gas
Effect is lower to be atomized.
In order to which the pressurization gas in air accumulator is sent into shower nozzle 10, first gas power supply system 30 includes：
First aspirating pipeline 31, the import of the first aspirating pipeline 31 are used to be connected with air accumulator, the outlet and spray of the first aspirating pipeline 31
First 10 the first air inlet 13 connects, so that the pressurization gas in air accumulator is sent into the storage of shower nozzle 10 by the first aspirating pipeline 31
Expect in chamber 12.
In the present embodiment, by being provided with the first aspirating pipeline 31 on first gas power supply system 30, wherein,
The import of first aspirating pipeline 31 is used to be connected with air accumulator, by by the first of the outlet of the first aspirating pipeline 31 and shower nozzle 10
Air inlet 13 connects, so as to so that the storage cavity that the pressurization gas in air accumulator passes through the first aspirating pipeline 31 feeding shower nozzle 10
In 12.
In order to control the flow for the pressurization gas being sent into the storage cavity 12 of shower nozzle 10, first gas power supply system
System 30 also includes：Pressure regulator valve 32, pressure regulator valve 32 are arranged on the first aspirating pipeline 31, and the supercharging gas of storage cavity 12 is sent into regulation
The pressure of body.By being provided with pressure regulator valve 32 on first gas power supply system 30, wherein, pressure regulator valve 32 is arranged on first
On aspirating pipeline 31, so as to the pressure for being sent into the pressurization gas of storage cavity 12 by adjusting the regulation of pressure regulator valve 32.
Preferably, it is provided with pressure gauge 33 on the first aspirating pipeline 31.
For the concrete structure of shower nozzle 10, as shown in figure 1, shower nozzle 10 includes：Head body 18, head body 18 have storage
Material chamber 12 and the spraying mouth 14 connected with storage cavity 12；Antidrip switch 15, antidrip switch 15 are arranged on head body 18
In storage cavity 12, block in the side of spraying mouth 14 at least part position-adjustable of antidrip switch 15, to adjust from spray
Apply the flow for the coating that mouth 14 flows out.
In the present embodiment, shower nozzle 10 includes：Head body 18 and antidrip switch 15, wherein, head body 18 has
Storage cavity 12 and the spraying mouth 14 connected with storage cavity 12, antidrip switch 15 are arranged in the storage cavity 12 of head body 18,
By the way that at least part position-adjustable of antidrip switch 15 is blocked in the side of spraying mouth 14, so as to pass through regulation
The flow of coating of the position of regulation antidrip switch 15 to being flowed out from spraying mouth 14 is adjusted.
The side of mouth 14 is being sprayed in order to block with realizing at least part position-adjustable of antidrip switch 15, such as
Shown in Fig. 1, antidrip switch 15 has the actuator 16 for being used for blocking the block piece 19 of spraying mouth 14 and be connected with block piece 19；
Actuator 16 is telescopically set to drive block piece 19 to move.By being provided with antidrip switch 15 for blocking spraying
The block piece 19 of mouth 14 and the actuator 16 being connected with block piece 19, by the way that actuator 16 is telescopically set so as to band
Dynamic block piece 19 moves.
In order to realize the telescopically setting of actuator 16, spray equipment also includes：Antidrip switch actuating mechanism,
Antidrip switch actuating mechanism and the drive connection of actuator 16, to drive actuator 16 flexible.
Preferably, antidrip switch actuating mechanism is second gas power supply system 40, second gas power supply system
The air taking port of system 40 is connected with the second air inlet 17 of shower nozzle 10 so that pressurization gas is sent into shower nozzle 10, and passes through pressurization gas
Drive actuator 16 flexible.
In order to drive actuator 16 flexible by pressurization gas, it is used to install as shown in figure 1, head body 18 has
The atmospheric pressure cavity of actuator 16, block piece 19 have piston portion, rod body part and the occlusion part being sequentially connected, and piston portion is movably set
Put in atmospheric pressure cavity, actuator 16 is located at side of the piston portion away from occlusion part, and occlusion part is arranged on the side of spraying mouth 14；The
Two air inlets 17 connect with atmospheric pressure cavity, to promote piston portion to move by pressurization gas, and drive actuator 16 by piston portion
Stretched in atmospheric pressure cavity.
In the present embodiment, head body 18 has the atmospheric pressure cavity for being used for installing actuator 16, and block piece 19 has successively
Piston portion, rod body part and the occlusion part of connection, wherein, piston portion is arranged in atmospheric pressure cavity, and it is remote that actuator 16 is located at piston portion
The side of occlusion part, occlusion part are arranged on the side of spraying mouth 14；Second air inlet 17 connects with atmospheric pressure cavity, so as to make increasing
Body of calming the anger enters atmospheric pressure cavity by the second air inlet 17, so that pressurization gas promotes piston portion movement, and is driven by piston portion
Dynamic actuator 16 is stretched in atmospheric pressure cavity, and mouth 14. is sprayed to open
Preferably, storage cavity 12 has backgauge room 50, and occlusion part is located in backgauge room 50；Wherein, backgauge room 50 is taper
Chamber, the miner diameter end of conical cavity connect with spraying mouth 14, and occlusion part is the spheroid to match with conical cavity.
In order to which the pressurization gas in air accumulator is sent into shower nozzle 10, as shown in figure 1, second gas power supply system
System 40 includes：Second aspirating pipeline 41, the import of the second aspirating pipeline 41 are used to be connected with air accumulator, the second aspirating pipeline 41
Outlet is connected with the second air inlet 17 of shower nozzle 10.
In order to facilitate the break-make of the second aspirating pipeline 41 of control, second gas power supply system 40 also includes：Control is opened
42 are closed, controlling switch 42 can be arranged on to open or close on the second aspirating pipeline 41, to control the logical of the second aspirating pipeline 41
It is disconnected.By being provided with controlling switch 42 on second gas power supply system 40, wherein, controlling switch 42 can open or close
Ground is arranged on the second aspirating pipeline 41, so as to the logical of the second aspirating pipeline of open and close controlling 41 by controlling controlling switch
It is disconnected.
Concrete structure and regulation process for spray equipment of the present utility model illustrate：
Spray equipment of the present utility model includes two fluid antidrip atomizers (shower nozzle 10), releasing agent Flow-rate adjustment pin
Valve (coating supplies regulating valve 22), atomization pressurization gas pressure-regulating valve (pressure regulator valve 32), (control of antidrip jettron control valve
System switch is 42).Increase loop (return pipeline 212) on the pipeline (feed lines 211) of releasing agent power supply, on loop
Installation and adjustment needle-valve；The shower nozzle of releasing agent spraying is two fluid drip-proof types, and pressure-regulating valve is installed in gas circuit is pressurized, anti-
Control valve is installed in water clock switch gas circuit.
Increase by a branch circuit for the power supply pipeline of releasing agent, a needle-valve is installed on the loop, passes through metering needle
Valve realizes the size of the releasing agent capacity of returns of regulation power supply, and antidrip twin fluid atomization shower nozzle is taken off so as to realize indirectly
The adjustment control of flow and pressure when mould agent supplies, and this flow that adjustment main road supply is realized using regulating loop size
With the mode of pressure, the power set that can effectively protect releasing agent to supply, excessive pressure damages are avoided.
Closed type antidrip jettron (controlling switch 42) is configured with inside antidrip twin fluid atomization shower nozzle, is opened for this
Close configuration power gas source and a normally closed switch is installed on the source of the gas pipeline, switch opens access power when needing spraying
Source of the gas, antidrip switch are opened, and releasing agent sprays.Switch and close after spraying, inside antidrip twin fluid atomization shower nozzle
The antidrip switch of configuration is closed, and avoids remaining the water clock of releasing agent.
Different switches may be selected with different applications in normally closed switch, and the covering device is that artificial hand-held device is controlled manually
When processed, it is optional press with finger or finger push formula switch, with reduce labor intensity and increase control facility.Such as the covering device should
During the open and close for realizing spraying with automatic production device, automatically controlling, magnetic valve can be selected as the switch by journey
Sequence controls its opening and closing.
It is secondary that antidrip twin fluid atomization shower nozzle need to be configured with the releasing agent that pressurization gas can supply common motive power all the way
Supercharging promotes atomization and gas-liquid mixed is so as to further improve atomizing effect.In the supercharging gas circuit (the first aspirating pipeline 31)
One pressure-regulating valve is installed, can be realized to de- by the regulating valve mutually adjusted on pressure-regulating valve and releasing agent supply circuit
The regulation of flow and atomizing effect when mould agent sprays.
As can be seen from the above description, the utility model the above embodiments realize following technique effect：
Spray equipment of the present utility model is realized to being sent into shower nozzle 10 by shower nozzle 10 and coating material supply system 20
Effective control of the flow of coating, wherein, coating material supply system 20 has coating cyclic pipeline 21, coating cyclic pipeline 21 and spray
First 10 charging aperture 11 connects.During specifically coating is sent into, ensureing the timing of feeding power one of coating material supply system 20,
The opening degree of regulating valve 22 can be supplied by the coating on adjusting coating circulation line 21, realizes the painting to being sent into shower nozzle 10
Effective control of the flow of material, compared with prior art in pass through manual adjustment be sent into the inside courtyard flow of shower nozzle 10, the utility model
Spray equipment can preferably control be sent into shower nozzle 10 in coating flow, so as to solve releasing agent of the prior art
The problem of demoulding agent flux of dynamical system supply is unmanageable.
Preferred embodiment of the present utility model is the foregoing is only, is not limited to the utility model, for this
For the technical staff in field, the utility model can have various modifications and variations.It is all in the spirit and principles of the utility model
Within, any modification, equivalent substitution and improvements made etc., it should be included within the scope of protection of the utility model.
Claims (15)
1. a kind of spray equipment, including shower nozzle (10), it is characterised in that the spray equipment also includes：
Coating material supply system (20), the coating material supply system (20) have coating cyclic pipeline (21), the coating cyclic pipe
Road (21) is connected with the charging aperture (11) of the shower nozzle (10), and coating to be sprayed is sent into the shower nozzle (10)；
Wherein, coating supply regulating valve (22) is provided with the coating cyclic pipeline (21), the shower nozzle is sent into control
(10) flow of the coating in.
2. spray equipment according to claim 1, it is characterised in that the coating cyclic pipeline (21) includes：
Feed lines (211), the import of the feed lines (211) are used to be connected with coating storage tank, the feed lines
(211) outlet is connected with the charging aperture (11) of the shower nozzle (10) so that the coating in the coating storage tank pass through it is described
Feed lines (211) are sent into the storage cavity (12) of the shower nozzle (10).
3. spray equipment according to claim 2, it is characterised in that the coating cyclic pipeline (21) also includes：
Return pipeline (212), the import of the return pipeline (212) and the connection of the feed lines (211), the feed back pipe
The outlet on road (212) is connected with the coating storage tank, so that at least part coating in the feed lines (211) passes through institute
State return pipeline (212) and return to the coating storage tank.
4. spray equipment according to claim 3, it is characterised in that the coating supply regulating valve (22) is arranged on described
In return pipeline (212), the flow of the coating of the coating storage tank is flowed back to control.
5. spray equipment according to claim 1, it is characterised in that the spray equipment also includes：
First gas power supply system (30), air taking port and the shower nozzle of the first gas power supply system (30)
(10) the first air inlet (13) is connected so that pressurization gas is sent into shower nozzle (10), so that the coating in the shower nozzle (10) exists
It is atomized in the presence of pressurization gas.
6. spray equipment according to claim 5, it is characterised in that first gas power supply system (30) bag
Include：
First aspirating pipeline (31), the import of first aspirating pipeline (31) are used to be connected with air accumulator, and described first supplies gas
The outlet of pipeline (31) is connected with first air inlet (13) of the shower nozzle (10), so that the supercharging gas in the air accumulator
Body is sent into by first aspirating pipeline (31) in the storage cavity (12) of the shower nozzle (10).
7. spray equipment according to claim 6, it is characterised in that the first gas power supply system (30) is also wrapped
Include：
Pressure regulator valve (32), the pressure regulator valve (32) are arranged on first aspirating pipeline (31), and the storing is sent into regulation
The pressure of the pressurization gas of chamber (12).
8. spray equipment according to claim 1, it is characterised in that the shower nozzle (10) includes：
Head body (18), the head body (18) have storage cavity (12) and the spraying mouth connected with the storage cavity (12)
(14)；
Antidrip switchs (15), and the antidrip switch (15) is arranged in the storage cavity (12) of the head body (18), institute
Block with stating at least part position-adjustable of antidrip switch (15) in the side of the spraying mouth (14), to adjust from described
Spray the flow of the coating of mouth (14) outflow.
9. spray equipment according to claim 8, it is characterised in that the antidrip switch (15), which has, to be used to block institute
The actuator (16) stated the block piece (19) of spraying mouth (14) and be connected with the block piece (19)；The actuator (16) can stretch
Contracting ground is set to drive the block piece (19) mobile.
10. spray equipment according to claim 9, it is characterised in that the spray equipment also includes：
Antidrip switch actuating mechanism, the antidrip switch actuating mechanism and actuator (16) drive connection, with described in driving
Actuator (16) is flexible.
11. spray equipment according to claim 10, it is characterised in that the antidrip switch actuating mechanism is the second gas
Body power supply system (40), the air taking port of the second gas power supply system (40) enter with the second of the shower nozzle (10)
Gas port (17) connection drives the actuator (16) to stretch so that pressurization gas is sent into shower nozzle (10) by the pressurization gas
Contracting.
12. spray equipment according to claim 11, it is characterised in that the head body (18), which has, to be used to install institute
The atmospheric pressure cavity of actuator (16) is stated, the block piece (19) has piston portion, rod body part and the occlusion part being sequentially connected, the work
Piston part is movably disposed in the atmospheric pressure cavity, and the actuator (16) is located at one of the piston portion away from the occlusion part
Side, the occlusion part are arranged on the side of the spraying mouth (14)；Second air inlet (17) connects with the atmospheric pressure cavity, with
Promote the piston portion to move by the pressurization gas, and the actuator (16) is driven in the gas by the piston portion
Pressure intracavitary is stretched.
13. spray equipment according to claim 12, it is characterised in that the storage cavity (12) has backgauge room (50),
The occlusion part is located in the backgauge room (50)；Wherein, the backgauge room (50) is conical cavity, the miner diameter end of the conical cavity
Connected with the spraying mouth (14), the occlusion part is the spheroid to match with the conical cavity.
14. spray equipment according to claim 11, it is characterised in that second gas power supply system (40) bag
Include：
Second aspirating pipeline (41), the import of second aspirating pipeline (41) are used to be connected with air accumulator, and described second supplies gas
The outlet of pipeline (41) is connected with second air inlet (17) of the shower nozzle (10).
15. spray equipment according to claim 14, it is characterised in that the second gas power supply system (40) is also
Including：
Controlling switch (42), the controlling switch (42) can be arranged on to open or close on second aspirating pipeline (41),
To control the break-make of second aspirating pipeline (41).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720694003.9U CN207042702U (en) | 2017-06-14 | 2017-06-14 | Spray equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720694003.9U CN207042702U (en) | 2017-06-14 | 2017-06-14 | Spray equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207042702U true CN207042702U (en) | 2018-02-27 |
Family
ID=61493906
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720694003.9U Active CN207042702U (en) | 2017-06-14 | 2017-06-14 | Spray equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207042702U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111359794A (en) * | 2020-04-10 | 2020-07-03 | 中磁科技股份有限公司 | Release agent spraying device |
| CN111889245A (en) * | 2020-07-29 | 2020-11-06 | 中铁十六局集团第五工程有限公司 | Spraying device for bridge steel structure |
| CN112191389A (en) * | 2020-10-26 | 2021-01-08 | 太原科技大学 | Intelligent spraying device |
-
2017
- 2017-06-14 CN CN201720694003.9U patent/CN207042702U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111359794A (en) * | 2020-04-10 | 2020-07-03 | 中磁科技股份有限公司 | Release agent spraying device |
| CN111889245A (en) * | 2020-07-29 | 2020-11-06 | 中铁十六局集团第五工程有限公司 | Spraying device for bridge steel structure |
| CN111889245B (en) * | 2020-07-29 | 2021-11-05 | 中铁十六局集团第五工程有限公司 | Spraying device for bridge steel structure |
| CN112191389A (en) * | 2020-10-26 | 2021-01-08 | 太原科技大学 | Intelligent spraying device |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN207042702U (en) | Spray equipment | |
| CN106040472A (en) | Sprayer and spray control apparatus | |
| CN110479983A (en) | A kind of die casting is with type spray system and release agent atomizer and nozzle | |
| CN206635517U (en) | The big spraying swath spraying valve of atomization and its control system outside a kind of | |
| CN214902775U (en) | Small-size electronic two ingredient sprinkling irrigation machines | |
| CN201431941Y (en) | Indoor spraying robot spraying system | |
| CN203002523U (en) | Water and air dual-purpose multi-function gun | |
| CN208554670U (en) | Die casting is with type spray system and release agent atomizer and nozzle | |
| GB508734A (en) | Improvements in spray producers | |
| CN211636999U (en) | Concrete prefabricated component mould platform release agent spraying system | |
| CN209476506U (en) | Flush coater and mining spraying system | |
| CN101733223A (en) | Pressure storage type agricultural chemical spraying device | |
| CN204892178U (en) | Paint spraying device | |
| CN207521194U (en) | A kind of quick fuel injection equipment of concrete test die | |
| CN213312565U (en) | Hyaluronic acid atomizing sprayer | |
| CN209174199U (en) | Automatic spray apparatus is used in a kind of production of paint plate | |
| CN208944397U (en) | A kind of adjustable two-component hybrid system of ratio for high pressure airless spray equipment | |
| CN210632326U (en) | Multi-functional atomizer of spraying scope adjustable | |
| CN208960170U (en) | Spray-painting plant in a kind of pipeline | |
| CN208632908U (en) | Novel plastic course flush coater | |
| CN211802082U (en) | Automatic glue supply machine | |
| CN2544823Y (en) | Pneumatic convection sprayer | |
| CN209476529U (en) | A kind of nozzle component of glue sprayer | |
| CN102463198A (en) | Air pressure jet-marking device for screw machine | |
| CN207025646U (en) | One kind rotation adjusting knob |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant |