CN109647587A - A kind of turbine type paint sand mill increasing mist using air pressure reaction aperture - Google Patents
A kind of turbine type paint sand mill increasing mist using air pressure reaction aperture Download PDFInfo
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- CN109647587A CN109647587A CN201811622712.1A CN201811622712A CN109647587A CN 109647587 A CN109647587 A CN 109647587A CN 201811622712 A CN201811622712 A CN 201811622712A CN 109647587 A CN109647587 A CN 109647587A
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- air pressure
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- mist
- pipe
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C17/00—Disintegrating by tumbling mills, i.e. mills having a container charged with the material to be disintegrated with or without special disintegrating members such as pebbles or balls
- B02C17/18—Details
- B02C17/1815—Cooling or heating devices
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C17/00—Disintegrating by tumbling mills, i.e. mills having a container charged with the material to be disintegrated with or without special disintegrating members such as pebbles or balls
- B02C17/16—Mills in which a fixed container houses stirring means tumbling the charge
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Abstract
The invention discloses a kind of turbine type paint sand mills for increasing mist using air pressure reaction aperture, its structure includes pedestal, slot is sanded, external frame, cool down sanding apparatus, when passing through high-speed flow inside air pressure attachment device, air pressure inside air pressure attachment device will decrease, aqueous can rise from air-flow side draught pipe and enter air pressure attachment device, the water mist of atomization is recycled directly to cool down to shaft inside, the circulation of the air-flow of water mist cooperation simultaneously, improve cooling effect, under the premise of being cooled down using water mist cooperation air-flow, due to air pressure reaction switch can be limited by throughput, air-flow will receive reaction force, make sliding dislocation plate that spring lever be overcome to slide outward, it can make the through-hole mutual dislocation in stomata and fixed ring, and then the caliber for passing through water mist is smaller, and then atomization needed for making water mist is higher, control The diameter of water mist, and then keep the quality of water mist lower, shaft right end can be drifted under the drive of air-flow, realize whole cooling.
Description
Technical field
The present invention is a kind of turbine type paint sand mill for increasing mist using air pressure reaction aperture, belongs to turbine type
Sand mill field.
Background technique
Turbine type paint needs the high-speed rotation by motor with sand mill at runtime, realizes frosted finish effect, by
Continue high-speed rotation in sanding disc and there is friction, while the friction between shaft and board between material, it is big to be easy accumulation
The heat of amount needs cooling device to carry out cooling treatment to sand mill at this time for safe operation, general using with reflux
Cooling water pipe device cools down sand mill.
But existing turbine type paint is suffered from the drawback that with sand mill
When the heating of sand mill high-speed rotation, the general sanding disc using with the cooling water pipe device to flow back to sand mill
It is cooled down, due to being directly easy occur aqueous residual after use to internal cooling using water flow, Yi Yinqi gets rusty
Damage, therefore cooling water pipe can only be as far as possible close to sanding disc, the temperature by changing sanding disc nearby is cooled down, this inter-species
Connecing property is cooling, and cooling effect is poor, the temperature that panel surface is sanded can only be made to decline slightly, but the heat of sand mill is divided into appearance
Temperature arrising caused by friction and internal shaft rotation heat up, especially internal temperature, not fugitive often under the accumulation of mechanical energy conversion
Hair, be easy continuous high temperature, therefore will appear coating cross melt even explosion phenomenon.
Summary of the invention
In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of whirlpools for increasing mist using air pressure reaction aperture
Wheeled paint sand mill is general using the cooling water pipe with reflux to solve when the heating of sand mill high-speed rotation
Device cools down the sanding disc of sand mill, due to being directly easy occur water after use to internal cooling using water flow
The damages such as liquid remains, and Yi Yinqi gets rusty, therefore cooling water pipe can only pass through sanding disc near changing as far as possible close to sanding disc
Temperature is cooled down, and this indirect is cooling, and cooling effect is poor, the temperature that panel surface is sanded can only be made to decline slightly, still
The heat of sand mill is divided into appearance temperature arrising caused by friction and internal shaft rotation heats up, especially internal temperature, often in mechanical energy
It under the accumulation of conversion, is not easy to distribute, is easy continuous high temperature, therefore will appear coating and spend the problem of melting even explosion phenomenon.
To achieve the goals above, the present invention is to realize by the following technical solutions: a kind of to utilize air pressure reaction
Aperture increases the turbine type paint sand mill of mist, and structure includes pedestal, slot, external frame, cooling sanding apparatus, institute is sanded
It states chassis interior and is fixed by screws with trench bottom is sanded, the sand milling trench bottom connects with base top, described outer
It is to fit that frame left end, which is connect, with the sanding apparatus middle-end that cools down, and the cooling sanding apparatus right end and external frame inner wall are that activity connects
It connects, is equipped with controller outside cooling sanding apparatus and the devices such as blower are controlled by wiring board；
The cooling sanding apparatus is made of shaft, sanding disc, mist pipe, reciprocal water pipe, air atomization device, and described turn
Axis outer wall connects with sanding disc middle-end, and the sanding disc middle-end is mutually welded with shaft outer wall, and the shaft and console are to live
Dynamic connection, the reciprocal water pipe rear end fit with sanding disc front end, and the atomization pipe outer wall is integrated with sanding disc inside
It is connected at the top of structure, the atomization bottom of the tube and air atomization device, the air atomization bottom of device is fixed with control cabinet
Connection, reciprocal water pipe left end are equipped with pump machine and are used to be pressurized reciprocal water pipe water flow inside, while reciprocal water pipe and shaft, sanding disc
Outer wall is close to reducing the temperature near sanding disc appearance by the quick flowing of water flow.
Correspondingly, the air atomization device is made of water tank, air-flow side draught pipe, air pressure attachment device, blower, the gas
Stream side draught pipe bottom connects with water tank right end, connects on the left of the air-flow side draught pipe right end and air pressure attachment device lower end,
Air pressure attachment device bottom is connected at the top of blower by connecting tube, and water tank outer end is equipped with buffer tank, and air-flow side is inhaled
Pipe is the cylindrical tube structure at 45 degree of angles of inclination, while right end is connected with air pressure attachment device left end, is filled when air pressure connects
When setting inside and passing through high-speed flow, the air pressure inside air pressure attachment device will decrease, and at this time be normal atmosphere inside water tank
Pressure, therefore aqueous can rise from air-flow side draught pipe and enter air pressure attachment device.
Correspondingly, the air pressure attachment device is made of air pressure reaction switch, shock plate, straight pipe, the air pressure is anti-
Action switch outer wall fits with shock plate inner wall, mutually welds at the top of the shock plate bottom outer wall and straight pipe, shock plate bottom
Portion is welded with tip convex block, when water flow cooperates gas shock, is easy to make water flow under air pressure and the double action of tip convex block,
What is be atomized is more rapid.
Correspondingly, the air pressure reaction switch is by three-limb tube, telescoping tube, spring, runner, wraping plate, operated pneumatic valve
Composition, the three-limb tube top are to be tightly connected with operated pneumatic valve bottom, are at the top of the operated pneumatic valve side and wraping plate
It is flexibly connected, fits at the top of the wraping plate bottom and runner, the runner bottom and spring bottom are embedded connection, described
It fits, is mutually binded at the top of the telescoping tube with runner bottom, the flexible bottom of the tube and three inside spring outer wall and telescoping tube
Leading to adapter tube side mutually to bind, the tracheae of three-limb tube side is thinner relative to intermediate tracheae, therefore intermediate tube is main siphunculus,
Wraping plate lower end is to be folded outward transverse slat, facilitates the shock of runner, prevents runner and wraping plate from misplacing.
Correspondingly, the operated pneumatic valve is made of fixed plate, fixed ring, margin stop, sliding dislocation plate, stomata, it is described
Fixed plate outer wall and sliding dislocation plate middle-end are clearance fit, and the fixed plate rear end is mutually welded with fixed ring front end, described solid
Determining ring front end with sliding dislocation plate rear end is to be flexibly connected, and the sliding dislocation intralamellar part is integrated with stomata middle-end,
The margin stop outer wall is mutually welded with fixed ring inner ring side, and through-hole is again provided with inside fixed ring, and aperture is equal with stomata,
And under stationary state, connect with stomata, sliding dislocation plate is left and right two halves, while being connected with bullet between two sliding dislocation plates
Spring base, spring lever middle-end are fixed on inside fixed plate.
Correspondingly, being connected with straight-bar, while straight-bar and pole at the top of the middle-end and wraping plate of the sliding dislocation plate left and right sides
Limited block middle-end connects.
Beneficial effect
It is carrying out in use, shaft is connected with motor together with sanding disc left end, the two rotates synchronously, the connection of mist pipe left end
There is hinge, enable its rotation that cooperates with shaft, blower is blown toward air pressure attachment device, increases air velocity, empty reducing
While gas air pressure, while partial heat can be taken away by the flowing of air, pass through high speed gas inside air pressure attachment device
When stream, the air pressure inside air pressure attachment device will decrease, and be at this time normal atmosphere (An) inside water tank, therefore aqueous can be from air-flow
Side draught pipe rises and enters air pressure attachment device, and shock plate bottom is welded with tip convex block, when water flow cooperates gas shock, holds
Easily make water flow under the double action of air pressure and tip convex block, atomization it is more rapid, while equipped with straight hole inside shock plate, when
Water mist after atomization descends through straight hole in the drive of air-flow, the tracheae of three-limb tube side relative to intermediate tracheae compared with
Carefully, thus intermediate tube be main siphunculus, at this time due to air pressure reaction switch can be limited by throughput, air-flow will receive reaction
Power makes more air-flows blow to three-limb tube side, and wraping plate lower end is to be folded outward transverse slat, facilitates the shock of runner, prevents runner
It misplaces with wraping plate, when runner is impacted by air pressure (air-flow impacts runner by telescoping tube), runner is forced to overcome spring up
Sliding, wraping plate will be squeezed at this time, be rotated inside, while top pulls sliding dislocation plate toward outside, same inside fixed ring
Sample is equipped with through-hole, and aperture is equal with stomata, and under stationary state, connects with stomata, and sliding dislocation plate is left and right two halves, together
When two sliding dislocation plates between be connected with spring lever, spring lever middle-end is fixed on inside fixed plate, when sliding dislocation plate overcome bullet
When spring base slides outward, the through-hole mutual dislocation in stomata and fixed ring can be made, and then the caliber for passing through water mist is smaller, in turn
Atomization needed for making water mist is higher, that is, controls the diameter of water mist, and then keeps the quality of water mist lower, can float under the drive of air-flow
It is scattered to shaft right end, realizes whole cooling.
Compared to the prior art, the present invention suffers from the drawback that
1, when passing through high-speed flow inside air pressure attachment device, the air pressure inside air pressure attachment device will decrease,
It is at this time normal atmosphere (An) inside water tank, therefore aqueous can rise from air-flow side draught pipe and enter air pressure attachment device, shock plate bottom
Portion is welded with tip convex block, when water flow cooperates gas shock, is easy to make water flow under air pressure and the double action of tip convex block,
What is be atomized is more rapid, is directly cooled down to shaft inside using the water mist of atomization, avoids water flow use from leaving and cause to get rusty
The phenomenon that, while the circulation of water mist cooperation air-flow, improve cooling effect.
2, under the premise of being cooled down using water mist cooperation air-flow, due to can having by throughput for air pressure reaction switch
Limit, air-flow will receive reaction force, more air-flows made to blow to three-limb tube side, and sliding dislocation plate is made to overcome spring lever past
Outer sliding can make the through-hole mutual dislocation in stomata and fixed ring, and then the caliber for passing through water mist is smaller, and then makes water mist institute
The atomization needed is higher, that is, controls the diameter of water mist, and then keeps the quality of water mist lower, and shaft can be drifted under the drive of air-flow
Right end realizes whole cooling.
Detailed description of the invention
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention,
Objects and advantages will become more apparent upon:
Fig. 1 is that a kind of structure for the turbine type paint sand mill for being increased mist using air pressure reaction aperture of the present invention is shown
It is intended to；
Fig. 2 is the sectional front view of present invention cooling sanding apparatus；
Fig. 3 is the enlarged drawing of air atomization device in Fig. 2 of the present invention；
Fig. 4 is the sectional front view of air pressure attachment device of the present invention；
Fig. 5 is the enlarged drawing of air pressure reaction switch in Fig. 4 of the present invention；
Fig. 6 is the part enlarged drawing of C in Fig. 5 of the present invention；
Fig. 7 is the enlarged drawing of operated pneumatic valve in Fig. 5 of the present invention；
Fig. 8 is the face upwarding section of operated pneumatic valve of the present invention.
In figure: slot -2, external frame -3, cooling sanding apparatus -4, shaft -40, sanding disc -41, atomization is sanded in pedestal -1
Manage -42, reciprocal water pipe -43, air atomization device -44, water tank -440, air-flow side draught pipe -441, air pressure attachment device -442, wind
Machine -443, air pressure reaction switch -4420, shock plate -4421, straight pipe -4422, three-limb tube-A1, telescoping tube-A2, bullet
Spring-A3, runner-A4, wraping plate-A5, operated pneumatic valve-A6, fixed plate-B1, fixed ring-B2, margin stop-B3, sliding dislocation plate-
B4, stomata-B5.
Specific embodiment
To be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, below with reference to
Specific embodiment, the present invention is further explained.
Referring to Fig. 1, the present invention provides a kind of turbine type paint sand milling for increasing mist using air pressure reaction aperture
Machine technical solution: its structure includes pedestal 1, slot 2, external frame 3, cooling sanding apparatus 4,1 inside of pedestal and sand milling is sanded
2 bottom of slot is fixed by screws, and is connected at the top of 2 bottom of sand milling slot and pedestal 1, external 3 left end of frame and drop
Warm 4 middle-end of sanding apparatus is to fit, and 4 right end of cooling sanding apparatus is to be flexibly connected with external 3 inner wall of frame, and cooling is sanded
It is equipped with controller outside device 4, the devices such as blower are controlled by wiring board；
Fig. 2 is please referred to, the cooling sanding apparatus 4 is by shaft 40, sanding disc 41, mist pipe 42, reciprocal water pipe 43, air pressure
Atomising device 44 forms, and 40 outer wall of shaft connects with 41 middle-end of sanding disc, outside 41 middle-end of sanding disc and shaft 40
Wall mutually welds, and the shaft 40 is to be flexibly connected with console, and reciprocal 43 rear end of water pipe fits with 41 front end of sanding disc,
It is integrated inside 42 outer wall of mist pipe and sanding disc 41,42 bottom of mist pipe and air atomization device 44 push up
Portion is connected, and 44 bottom of air atomization device is fixedly connected with control cabinet, reciprocal 43 left end of water pipe be equipped with pump machine for pair
Reciprocal 43 water flow inside of water pipe pressurization, while reciprocal water pipe 43 and shaft 40,41 outer wall of sanding disc are close to passing through the quick of water flow
Flowing reduces the temperature near 41 appearance of sanding disc, and shaft 40 is connected with motor together with 41 left end of sanding disc, and the two is synchronous to be turned
Dynamic, 42 left end of mist pipe is connected with hinge, so that it is cooperated with shaft 40 and rotates.
Referring to Fig. 3, the air atomization device 44 by water tank 440, air-flow side draught pipe 441, air pressure attachment device 442,
Blower 443 forms, and 441 bottom of air-flow side draught pipe connects with 440 right end of water tank, 441 right end of air-flow side draught pipe and
It connects on the left of 442 lower end of air pressure attachment device, passes through connecting tube at the top of 442 bottom of air pressure attachment device and blower 443
It is connected, 440 outer end of water tank is equipped with buffer tank, and air-flow side draught pipe 441 is the cylindrical tube structure for tilting 45 degree of angles, simultaneously
Right end is connected with 442 left end of air pressure attachment device, when passing through high-speed flow inside air pressure attachment device 442, air pressure connection
Air pressure inside device 442 will decrease, and be at this time normal atmosphere (An) inside water tank 440, therefore aqueous can be from air-flow side draught pipe
441 rise and enter air pressure attachment device 442, and blower 443 is blown toward air pressure attachment device 442, increase air velocity, are reducing
While air pressure, while partial heat can be taken away by the flowing of air.
Referring to Fig. 4, the air pressure attachment device 442 is by air pressure reaction switch 4420, shock plate 4421, straight pipe
4422 compositions, 4420 outer wall of air pressure reaction switch fit with 4421 inner wall of shock plate, 4421 bottom of shock plate
Outer wall is mutually welded with 4422 top of straight pipe, and 4421 bottom of shock plate is welded with tip convex block, when water flow cooperates gas shock,
Be easy to make water flow under air pressure and the double action of tip convex block, atomization it is more rapid, while being equipped with inside shock plate 4421
Straight hole, water mist after atomization descend through straight hole in the drive of air-flow.
Please refer to Fig. 5-Fig. 6, the air pressure reaction switch 4420 by three-limb tube A1, telescoping tube A2, spring A3, turn
A4, wraping plate A5, operated pneumatic valve A6 composition are taken turns, the top three-limb tube A1 is to be tightly connected with the bottom operated pneumatic valve A6, institute
Stating at the top of the side operated pneumatic valve A6 and wraping plate A5 is to be flexibly connected, and is fitted at the top of the bottom the wraping plate A5 and runner A4, described
The bottom runner A4 and the bottom spring A3 are embedded connection, are fitted inside the spring A3 outer wall and telescoping tube A2, described to stretch
It is mutually binded at the top of draw A2 with the bottom runner A4, the bottom the telescoping tube A2 is mutually binded with the side three-limb tube A1, and three lead to
The tracheae of the side adapter tube A1 is thinner relative to intermediate tracheae, therefore intermediate tube is main siphunculus, and the lower end wraping plate A5 is to be folded outward transverse slat, side
Just the shock of runner A4 prevents runner A4 and wraping plate A5 from misplacing, and when runner A4 is impacted by air pressure, (air-flow passes through telescoping tube A2
Impact runner A4), runner A4 is forced that spring A3 is overcome up to slide, and wraping plate A5 will be squeezed at this time, be rotated inside, pushes up simultaneously
Sliding dislocation plate B4 is pullled in portion toward outside.
Fig. 7-Fig. 8 is please referred to, the operated pneumatic valve A6 is by fixed plate B1, fixed ring B2, margin stop B3, sliding dislocation plate
B4, stomata B5 composition, the fixed plate B1 outer wall and sliding dislocation plate B4 middle-end be clearance fit, the rear end the fixed plate B1 with
Fixed ring B2 is mutually welded front end, and the front end the fixed ring B2 is to be flexibly connected with the sliding dislocation rear end plate B4, the sliding dislocation
It being integrated inside plate B4 with stomata B5 middle-end, the margin stop B3 outer wall is mutually welded with fixed ring B2 inner ring side,
Through-hole is again provided with inside fixed ring B2, aperture is equal with stomata B5, and under stationary state, connects, slide with stomata B5
Dislocation plate B4 is left and right two halves, while being connected with spring lever between two sliding dislocation plate B4, and spring lever middle-end is fixed on fixed plate
Inside B1, when sliding dislocation plate B4 overcomes spring lever to slide outward, the through-hole mutual dislocation on stomata B5 and fixed ring B2 can be made,
And then the caliber that passes through water mist is smaller, and then atomization needed for making water mist is higher, that is, controls the diameter of water mist, and then make water mist
Quality it is lower, 40 right end of shaft can be drifted under the drive of air-flow, realizes whole cooling.
It is connected with straight-bar at the top of the middle-end and wraping plate A5 of the sliding dislocation plate B4 left and right sides, while straight-bar and the limit are kept off
Block B3 middle-end connects.
It is carrying out in use, shaft 40 is connected with motor together with 41 left end of sanding disc, the two rotates synchronously, and mist pipe 42 is left
End is connected with hinge, so that it is cooperated with shaft 40 and rotates, and blower 443 is blown toward air pressure attachment device 442, increases air
Flow velocity while reducing air pressure, while can take away partial heat by the flowing of air, when air pressure attachment device
When passing through high-speed flow inside 442, the air pressure inside air pressure attachment device 442 will decrease, and be positive inside water tank 440 at this time
Normal atmospheric pressure, therefore aqueous can rise from air-flow side draught pipe 441 and enter air pressure attachment device 442, the welding of 4421 bottom of shock plate
There is tip convex block, when water flow cooperates gas shock, is easy to make water flow under air pressure and the double action of tip convex block, atomization
More rapid, while straight hole is equipped with inside shock plate 4421, water mist after atomization descends through straight hole in the drive of air-flow, and three
The tracheae for leading to the side adapter tube A1 is thinner relative to intermediate tracheae, therefore intermediate tube is main siphunculus, at this time due to air pressure reaction
Switch 4420 can be limited by throughput, air-flow will receive reaction force, and more air-flows is made to blow to the side three-limb tube A1
End, the lower end wraping plate A5 are to be folded outward transverse slat, facilitate the shock of runner A4, prevent runner A4 and wraping plate A5 from misplacing, when runner A4 by
When air pressure is impacted (air-flow impacts runner A4 by telescoping tube A2), runner A4 is forced that spring A3 is overcome up to slide, at this time wraping plate
A5 will be squeezed, and be rotated inside, while top pulls sliding dislocation plate B4 toward outside, is again provided with inside fixed ring B2 logical
Hole, aperture is equal with stomata B5, and under stationary state, connects with stomata B5, and sliding dislocation plate B4 is left and right two halves, simultaneously
It is connected with spring lever between two sliding dislocation plate B4, spring lever middle-end is fixed on inside fixed plate B1, when B4 grams of plate of sliding dislocation
When taking spring lever and sliding outward, the through-hole mutual dislocation on stomata B5 and fixed ring B2, and then the caliber for passing through water mist can be made
It is smaller, and then atomization needed for making water mist is higher, that is, controls the diameter of water mist, and then keeps the quality of water mist lower, in air-flow
40 right end of shaft can be drifted under driving, realizes whole cooling.
The present invention is solved when the heating of sand mill high-speed rotation, general to use the cooling water pipe device with reflux to sand milling
The sanding disc of machine is cooled down, due to being directly easy occur aqueous residual after use to internal cooling using water flow, easily
The damage such as cause to get rusty, therefore cooling water pipe can only pass through as far as possible close to sanding disc and change the temperature of sanding disc nearby and carry out
Cooling, this indirect is cooling, and cooling effect is poor, and the temperature that panel surface is sanded can only be made to decline slightly, but sand mill
Heat is divided into appearance temperature arrising caused by friction and internal shaft rotation heats up, especially internal temperature, often in the heap of mechanical energy conversion
It under product, is not easy to distribute, is easy continuous high temperature, therefore will appear coating and spend the problem of melting even explosion phenomenon, the present invention passes through above-mentioned
Component is combined with each other, and when passing through high-speed flow inside air pressure attachment device, the air pressure inside air pressure attachment device will
It reduces, is at this time normal atmosphere (An) inside water tank, therefore aqueous can rise from air-flow side draught pipe and enter air pressure attachment device, impact
Board bottom portion is welded with tip convex block, when water flow cooperates gas shock, is easy the dual work for making water flow in air pressure and tip convex block
Under, atomization it is more rapid, directly shaft inside is cooled down using the water mist of atomization, avoids water flow use from leaving and causes
The phenomenon that getting rusty, while the circulation of water mist cooperation air-flow, improve cooling effect, in the premise using water mist cooperation air-flow cooling
Under, due to air pressure reaction switch can be limited by throughput, air-flow will receive reaction force, and more air-flows is made to blow to three
Lead to adapter tube side, make sliding dislocation plate that spring lever be overcome to slide outward, the through-hole mutual dislocation in stomata and fixed ring can be made,
And then the caliber that passes through water mist is smaller, and then atomization needed for making water mist is higher, that is, controls the diameter of water mist, and then make water mist
Quality it is lower, shaft right end can be drifted under the drive of air-flow, realizes whole cooling.
Above only describes basic principle of the invention and preferred embodiment, those skilled in the art can be according to foregoing description
Many changes may be made and improves, and these changes and improvements should be within the scope of protection of the invention.
In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped
Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should
It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art
The other embodiments being understood that.
Claims (5)
1. a kind of turbine type paint sand mill for increasing mist using air pressure reaction aperture, structure includes pedestal (1), sand
Slot grinding (2), external frame (3), cooling sanding apparatus (4), it is characterised in that:
The pedestal (1) is internal to be fixed by screws with sand milling slot (2) bottom, the sand milling slot (2) bottom and pedestal (1)
Top connects, and external frame (3) left end is to fit with cooling sanding apparatus (4) middle-end, the cooling sanding apparatus (4)
Right end is to be flexibly connected with external frame (3) inner wall；
The cooling sanding apparatus (4) is by shaft (40), sanding disc (41), mist pipe (42), reciprocal water pipe (43), air atomization
Device (44) composition, shaft (40) outer wall connect with sanding disc (41) middle-end, sanding disc (41) middle-end and shaft
(40) outer wall mutually welds, and the shaft (40) is to be flexibly connected with console, reciprocal water pipe (43) rear end and sanding disc
(41) front end fits, and is integrated inside mist pipe (42) outer wall and sanding disc (41), the mist pipe (42)
It is connected at the top of bottom and air atomization device (44), air atomization device (44) bottom is fixedly connected with control cabinet.
2. a kind of turbine type paint sand mill for increasing mist using air pressure reaction aperture according to claim 1,
It is characterized by: the air atomization device (44) by water tank (440), air-flow side draught pipe (441), air pressure attachment device (442),
Blower (443) composition, air-flow side draught pipe (441) bottom connect with water tank (440) right end, the air-flow side draught pipe
(441) it connects on the left of right end and air pressure attachment device (442) lower end, air pressure attachment device (442) bottom and blower
(443) top is connected by connecting tube.
3. a kind of turbine type paint sand mill for increasing mist using air pressure reaction aperture according to claim 2,
It is characterized by: the air pressure attachment device (442) switchs (4420), shock plate (4421), straight pipe by air pressure reaction
(4422) it forms, air pressure reaction switch (4420) outer wall fits with shock plate (4421) inner wall, the shock plate
(4421) it is mutually welded at the top of bottom outer wall and straight pipe (4422).
4. a kind of turbine type paint sand mill for increasing mist using air pressure reaction aperture according to claim 3,
It is characterized by: the air pressure reaction switch (4420) is by three-limb tube (A1), telescoping tube (A2), spring (A3), runner
(A4), wraping plate (A5), operated pneumatic valve (A6) composition, three-limb tube (A1) top and the operated pneumatic valve bottom (A6) are sealing
Connection, the operated pneumatic valve side (A6) are to be flexibly connected with wraping plate (A5) top, the wraping plate bottom (A5) and runner (A4)
Top fits, and the runner bottom (A4) and the spring bottom (A3) are embedded connection, spring (A3) outer wall and flexible
Fits inside pipe (A2), is mutually binded at the top of the telescoping tube (A2) with the bottom runner (A4), the telescoping tube bottom (A2) and
It mutually binds the side three-limb tube (A1).
5. a kind of turbine type paint sand mill for increasing mist using air pressure reaction aperture according to claim 4,
It is characterized by: the operated pneumatic valve (A6) is by fixed plate (B1), fixed ring (B2), margin stop (B3), sliding dislocation plate
(B4), stomata (B5) forms, and fixed plate (B1) outer wall and sliding dislocation plate (B4) middle-end are clearance fit, the fixed plate
(B1) rear end is mutually welded with the front end fixed ring (B2), and the fixed ring front end (B2) is that activity connects with the sliding dislocation plate rear end (B4)
Connect, be integrated inside sliding dislocation plate (B4) with stomata (B5) middle-end, margin stop (B3) outer wall with consolidate
Determine ring (B2) inner ring side mutually to weld.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811622712.1A CN109647587B (en) | 2018-12-28 | 2018-12-28 | Turbo type sand mill for paint coating by utilizing air pressure reaction aperture to increase fog |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811622712.1A CN109647587B (en) | 2018-12-28 | 2018-12-28 | Turbo type sand mill for paint coating by utilizing air pressure reaction aperture to increase fog |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN109647587A true CN109647587A (en) | 2019-04-19 |
| CN109647587B CN109647587B (en) | 2020-11-24 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201811622712.1A Active CN109647587B (en) | 2018-12-28 | 2018-12-28 | Turbo type sand mill for paint coating by utilizing air pressure reaction aperture to increase fog |
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Cited By (3)
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| CN110227587A (en) * | 2019-06-04 | 2019-09-13 | 东莞市琅菱机械有限公司 | A kind of grinder with horizontally moving device |
| CN110328020A (en) * | 2019-06-04 | 2019-10-15 | 东莞市琅菱机械有限公司 | A kind of compact-sized grinder |
| CN111841755A (en) * | 2020-07-16 | 2020-10-30 | 赵好 | Grinding shaft cooling device of rotating shaft type grinding machine |
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| CN110328020B (en) * | 2019-06-04 | 2021-09-17 | 东莞市琅菱机械有限公司 | Grinding machine with compact structure |
| CN111841755A (en) * | 2020-07-16 | 2020-10-30 | 赵好 | Grinding shaft cooling device of rotating shaft type grinding machine |
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| CN109647587B (en) | 2020-11-24 |
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