CN108325267A - A kind of automatic water filling drainage equipment - Google Patents
A kind of automatic water filling drainage equipment Download PDFInfo
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- CN108325267A CN108325267A CN201810121824.2A CN201810121824A CN108325267A CN 108325267 A CN108325267 A CN 108325267A CN 201810121824 A CN201810121824 A CN 201810121824A CN 108325267 A CN108325267 A CN 108325267A
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- China
- Prior art keywords
- support
- connection
- wheel
- pipe
- water tank
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D36/00—Filter circuits or combinations of filters with other separating devices
- B01D36/02—Combinations of filters of different kinds
Abstract
The invention discloses a kind of automatic water filling drainage equipment, its structure includes gas vent, water check valve, blowdown apparatus, water tank head cover, clean water tank, drainpipe, sink mounts, support base, U-shaped water receiving pipe, suction pump, regulation pipe, triplet water-stopping device, connecting pipe, regulating valve, the upper center of support base is welded in the lower end of sink mounts, the upper end of sink mounts is installed in the lower end of clean water tank, beneficial effects of the present invention：By increasing blowdown apparatus in equipment; make its equipment when carrying out automatic water filling draining; the impurity in its water can voluntarily be filtered; to protect the quality of its detection device; and its impurity can be discharged in time; to ensure the practicability of its equipment, not only increases the practical safety of equipment and greatly reduced the workload of staff, it is more practical.
Description
Technical field
The present invention is a kind of automatic water filling drainage equipment, belongs to automation apparatus detection filtration art.
Background technology
Automatic water filling drainage equipment refers to that may be implemented in automatic voluntarily water filling draining in mechanical equipment, to reach inspection
The functional a kind of mechanical equipment for testing its experimental subjects is surveyed, is usually used in the equipment such as clean water tank, lautertuns.
In the prior art, equipment usually quotes its extraneous water supply, nothing when carrying out automatic water filling drainage equipment operation
Impurity in its filter water source of method, is easy to cause the damage of its detection device, when the impurity in water source is more or prolonged
Under use, it is not only easy to cause the damage of equipment, and is increased and the workload of staff, it is more inconvenient.
Invention content
In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of automatic water filling drainage equipment, it is existing to solve
Have in technology, equipment usually quotes its extraneous water supply when carrying out automatic water filling drainage equipment operation, can not its cross drainage
Impurity in source is easy to cause the damage of its detection device, when the impurity in water source is more or under prolonged use, not only
It is easy to cause the damage of equipment, and is increased and the workload of staff, more inconvenient problem.
To achieve the goals above, the present invention is to realize by the following technical solutions：A kind of draining of automatic water filling is set
It is standby, structure include gas vent, water check valve, blowdown apparatus, water tank head cover, clean water tank, drainpipe, sink mounts, support base,
U-shaped water receiving pipe, suction pump, regulation pipe, triplet water-stopping device, connecting pipe, regulating valve, the upper center welding of the support base
In the lower end of sink mounts, the upper end of the sink mounts is installed in the lower end of clean water tank, is filled on the downside of the front end of the clean water tank
Set on the rear end of drainpipe, the upper mechanical of the clean water tank is connected to the lower end of water tank head cover, and the triplet water-stopping device is equipped with
Three and lower thread are connected to the right side of clean water tank upper end, and the lower end of the regulating valve is installed in the rear end of clean water tank upper end,
The upper end of the regulating valve is connected by blowdown apparatus with the lower end of water check valve, and the upper end of the water check valve is installed in gas vent
Lower end, the front end robot of the gas vent is connected to the rear end of connecting pipe, and the middle part of the connecting pipe lower end, which is equipped with, adjusts
The upper end of pipe is saved, the lower thread of the regulation pipe is connected to the upper end of U-shaped water receiving pipe, the lower end of the U-shaped water receiving pipe and pumping
Lower end on the left of water pump is connected, and in the right end of support base upper end, the threeway stops the lower end screw connection of the suction pump
The backend space of hydrophone is matched with the front end of regulating valve, and the outer surface clearance fit of the connecting pipe front end is after clean water tank
The rear end at end, the clean water tank is equipped with drainpipe, and the blowdown apparatus includes filter screen, dirt scraping equipment, sewage outlet pipe, secondary mistake
Filter structure, support reciprocating apparatus, support transverse slat, the fixed montant of limit, motor threaded rod, control motor, conduction device, water outlet
The left end of pipe, isolation protection shell, water inlet pipe, the control motor is mechanically connected to the right end of motor threaded rod, the motor
It is past that the lower mechanical that the lower end of threaded rod is meshed on the left of the downside of conduction device right end, the conduction device is connected to support
Upper end on the right side of apparatus for coating, the middle part supported on the left of reciprocating apparatus are welded in the lower end of support transverse slat, the support transverse slat
Upper end be installed in the lower end of secondary filter mechanism, the upper end of the secondary filter mechanism through the middle part on the left of water inlet pipe,
The right side clearance fit of the water inlet pipe is in the lower end of isolation protection shell, and the outer surface clearance fit of the water inlet pipe is in isolation
The upper end of shell is protected, it is described to completely cut off the left end for protecting the left end of shell through sewage outlet pipe lower end, the water inlet pipe lower end
Right end is installed in the left end of outlet pipe, and the lower end of the outlet pipe is welded in the middle part of isolation protection enclosure, the filtering
Sieve is equipped with more than two and left and right ends and is installed in into water inside pipe wall, and the dirt scraping equipment is equipped with more than two and clearance fit
In the upper end of filter screen, the lower mechanical of the dirt scraping equipment is connected to the upper end on the left of support reciprocating apparatus, the support
The left end of the fixed montant of limit is installed on the right side of reciprocating apparatus lower end, the lower end of the fixed montant of limit is welded in isolation and protects
The lower end of enclosure is protected, the outer surface of the control motor protects the left end of shell, the secondary filter machine through isolation
The right end of structure is mechanically connected to the lower end on the left of conduction device, and the right end clearance fit of the conduction device protects shell in isolation
Internal right end.
Further, the conduction device includes upper driven pedrail, left side rotating wheel, limited support axis, connection transmission chain
Item, right side rotating wheel, support rotating wheel, right side half-thread axis, underdrive crawler belt.
Further, the rear end that the lower end of the right side half-thread axis is meshed on the left of motor threaded rod, the right side
The threaded upper ends of half-thread axis are connected to the lower end of right side rotating wheel, and the outer surface of the right side rotating wheel is by connecting transmission chain
Item is connected with the outer surface of left side rotating wheel, and the lower thread of the left side rotating wheel is connected to the upper end of limited support axis,
The lower mechanical of the limited support axis is connected to the upper end of right side half-thread axis, the upside of the right side half-thread axis outer surface
It is connected with the inner wall on the right side of upper driven pedrail, the downside of the inner wall on the left of the underdrive crawler belt and support rotation wheel outer surface
It fits.
Further, the support reciprocating apparatus includes center driving axis, transmission helical gear, conversion fifth wheel, transmission skin
Band, support balance guide plate, T-type driving toothed plate, No. two transmission gears, connects No.1 transmission gear, uniform rotation wheel, groove card wheel
Connect latch plate, driven pulley, stretch cord, fixed limited block, connecting rope, half rotating wheel, connection card wheel, support limit axis, rotation
Fixed plate, connection gag lever post.
Further, the outer surface of center driving axis upper end is affixed together in the inner wall on the right side of underdrive crawler belt, described
The lower thread of center driving axis is connected to the helical gear upper end of transmission, and the helical gear lower end of transmission is meshed to be passed in No.1
The front end of the upper end of moving gear, the No.1 transmission gear is connected by driving belt with the outer surface of conversion fifth wheel, institute
The front end for stating conversion fifth wheel is matched with the front end of uniform rotation wheel by driving belt, a left side for uniform rotation wheel front end
Side and the middle part of groove card wheel are mechanically connected, and the left end clearance fit of the groove card wheel is in the right end of support balance guide plate, institute
The left end for stating support balance guide plate is installed in the right end of T-type driving toothed plate, the left end of the T-type driving toothed plate and No. two driving cogs
The right end of wheel is meshed, and the left end of No. two transmission gears is meshed in the downside of connection card tooth plate left end, the connection card
The upper end of tooth plate is connected by connecting rope with the left end of fixed limited block, and the right end of the fixed limited block is installed in stretch cord
Right end, the outer surface of the driven pulley and half rotating wheel is affixed the inner wall together in connecting rope, the upper end of half rotating wheel
It is mechanically connected to the lower end of connection card wheel, the upper end of the connection card wheel is installed in the lower end of support limit axis, the support limit
The upper end of position axis is installed in the lower end of rotation fixed plate, and the left end machine system Ei of the rotation fixed plate is connected to connection gag lever post
Lower end.
Further, the secondary filter mechanism include support limit riser, first connection push rod, left side half-thread wheel,
Screw-driven wheel, second connection push rod, compression spring, spring supporting bar, third connection push rod, pressure support bar, vertical supporting rod,
Completely cut off sieve.
Further, the inside of the connection gag lever post left end is affixed the lower end together in left side half-thread wheel, the left side
The upper end of half-thread wheel is meshed in the rear end of screw-driven wheel, and the front center of the screw-driven wheel is mechanically connected to second
The lower end of push rod is connected, the upper end of the second connection push rod is installed in the lower end of the first connection push rod, and first connection pushes away
The upper end of bar is movably connected on the lower end of support limit riser, and the upper end of the support limit riser is welded in isolation protection shell
Internal middle part, the left end that the first connection push rod connect push rod with second are mechanically connected to the right end of third connection push rod,
The left end of the third connection push rod is installed in the middle part of spring supporting bar front end, and the lower end of the spring supporting bar passes through pressure
It is connected in the middle part of spring and support transverse slat upper end, the upper end of the spring supporting bar is welded in the lower end of pressure support bar, institute
The upper mechanical for stating pressure support bar is connected to the lower end of vertical supporting rod, and the upper end of the vertical supporting rod is welded in isolation sieve
Lower end, the outer surface of the isolation sieve is through the middle part of outlet pipe.
Further, the dirt scraping equipment includes upper pushing block, support quarter butt, upper connection inclined plate, supporting post-rod, two-way company
Extension bar, lower connection inclined plate, lower pushing block.
Further, the upper mechanical of the connection gag lever post is connected to the lower end of lower connection inclined plate, and the lower connection is oblique
The right side of the lower end of plate is connected by being bi-directionally connected bar with the lower end of upper connection inclined plate, on the upside of the right end of the lower connection inclined plate
By supporting quarter butt to be connected with the lower end of lower pushing block, the lower end of the upper pushing block is by supporting quarter butt and upper connection inclined plate
It is connected on the upside of left end, the lower end screw connection of the supporting post-rod is in the front center of upper connection inclined plate, the upper promotion
The lower gap of block and lower pushing block is matched with the outer surface of filter screen upper end.
Further, the right end of the sewage outlet pipe is affixed the left end together in water inlet pipe.
Further, the filter screen is equipped with more than two and is mutually parallel two-by-two.
Further, the water tank head cover uses stainless steel, have be not easy to get rusty, wear-resisting characteristic.
Advantageous effect
A kind of automatic water filling drainage equipment of the present invention, when needing to carry out equipment automatic water filling draining, staff
First the suction pump in equipment can be connected at water source, and the equipment detected is needed to be placed in clean water tank, when equipment opens
When dynamic, if connection is external water source, staff first should open equipment from control motor, at this point, control motor will be just
Often operation, and its motor threaded rod is driven to rotate, keep its right side half-thread shaft rotation dynamic, and drive its right side rotating wheel rotation,
Under the action of connecting driving chain, normal rotation is driven its support by right side rotating wheel page under the action of limited support axis
Rotating wheel, in the case where the connection of support rotating wheel drives, upper driven pedrail and underdrive crawler belt will normal operation, and by underdrive
Crawler belt drives its center transmission shaft rotation, and being driven helical gear page under the action of center driving axis will normally rotate, and make it
Transmission gear rotate, driving belt with conversion fifth wheel effect transmission under, uniform rotation wheel will normal operation rotation, and
Its groove card wheel differential is set to rotate, and support balance guide plate will be moved upwards with T-type tooth plate under the action of groove card wheel,
Under the connection of No. two transmission gears, connection card tooth plate will move downward, and pull connecting rope, and by band under the action of connecting rope
Dynamic half rotating wheel is since groove card wheel is a quarter rotation, so under the action of stretch cord, connecting rope will do reciprocal fortune
Dynamic, under the transmission of half rotating wheel, connection card wheel will also rotate, and drive its to rotate fixed plate rotation by support limit axis,
Under the drive for connecting gag lever post, lower connection inclined plate can drive upper connection inclined plate or so to move back and forth with bar is bi-directionally connected, and support
Under the connection of quarter butt, the impurity that upper pushing block and lower pushing block will be filtered on pusher filter screen, and its impurity is pushed away
To sewage outlet pipe, and excluding, left side half-thread wheel will drive screw-driven wheel to rotate under the action of upper driven pedrail,
And in the case where the second connection push rod connect the connection of push rod with third, its spring supporting bar is set to move back and forth up and down, in compression spring
Under the action of, it will stronger thrust is provided, and under the action of its support limit riser connect push rod with second, first connects
It connects push rod and connect push rod with third and will preferably move, under the promotion of spring supporting bar, pressure support bar and vertical supporting rod
Isolation sieve will be driven to move back and forth, and its water source is made to be discharged from outlet pipe：By increasing blowdown apparatus in equipment, make
Its equipment can voluntarily be filtered the impurity in its water when carrying out automatic water filling draining, to protect its detection device
Quality, and its impurity can be discharged in time, to ensure the practicability of its equipment, not only increase the practical peace of equipment
Full property and the workload that greatly reduced staff, it is more practical.
Description of the drawings
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 a kind of structural schematic diagram of automatic water filling drainage equipment of the present invention.
Fig. 2 is a kind of structural schematic diagram of the blowdown apparatus of automatic water filling drainage equipment of the present invention.
Fig. 3 is the structural schematic diagram of the support reciprocating apparatus and conduction device of blowdown apparatus of the present invention.
Fig. 4 is the structural schematic diagram of the secondary filter mechanism of blowdown apparatus of the present invention.
Fig. 5 is the structural schematic diagram of the dirt scraping equipment of blowdown apparatus of the present invention.
Fig. 6 is the structural schematic diagram of the working condition of blowdown apparatus of the present invention.
In figure：Gas vent -1, water check valve -2, blowdown apparatus -3, water tank head cover -4, clean water tank -5, drainpipe -6, sink bottom
Seat -7, U-shaped water receiving pipe -9, suction pump -10, regulation pipe -11, triplet water-stopping device -12, connecting pipe -13, is adjusted support base -8
Section -14, filter screen -31, dirt scraping equipment -32, sewage outlet pipe -33, secondary filter mechanism -34, support reciprocating apparatus -35, support
Transverse slat -36, the fixed montant -37 of limit, motor threaded rod -38, control motor -39, conduction device -310, outlet pipe -311, every
Shell -312 is protected absolutely, water inlet pipe -313, upper driven pedrail -3101, left side rotating wheel -3102, limited support axis -3103, is connected
Connect driving chain -3104, right side rotating wheel -3105, support rotating wheel -3106, right side half-thread axis -3107, underdrive crawler belt -
3108, center driving axis -351, transmission helical gear -352, conversion fifth wheel -353, driving belt -354, No.1 transmission gear -
355, -359, No. two uniform rotation wheel -356, groove card wheel -357, support balance guide plate -358, T-type driving toothed plate driving cogs
Wheel -3510, connection card tooth plate -3511, driven pulley -3512, stretch cord -3513, fixed limited block -3514, connecting rope -
3515, half rotating wheel -3516, connection card wheel -3517, support limit axis -3518, rotation fixed plate -3519, connection gag lever post -
3520, support limit riser -341, first connects push rod -342, left side half-thread wheel -343, screw-driven wheel -344, second and connects
Push rod -345 is connect, compression spring -346, spring supporting bar -347, third connection push rod -348, pressure support bar -349, supports and erects
Bar -3410, isolation sieve -3411, upper pushing block -321, support quarter butt -322, upper connection inclined plate -323, supporting post-rod -324,
It is bi-directionally connected bar -325, lower connection inclined plate -326, lower pushing block -327.
Specific implementation mode
To make the technical means, the creative features, the aims and the efficiencies achieved by the present invention be easy to understand, with reference to
Specific implementation mode, the present invention is further explained.
It please refers to Fig.1 to Fig. 6, the present invention provides a kind of automatic water filling drainage equipment：Its structure includes gas vent 1, sealing
Valve 2, blowdown apparatus 3, water tank head cover 4, clean water tank 5, drainpipe 6, sink mounts 7, support base 8, U-shaped water receiving pipe 9, suction pump
10, regulation pipe 11, triplet water-stopping device 12, connecting pipe 13, regulating valve 14, the upper center of the support base 8 are welded in water
The lower end of slot bottom seat 7, the upper end of the sink mounts 7 are installed in the lower end of clean water tank 5, are filled on the downside of the front end of the clean water tank 5
Set on the rear end of drainpipe 6, the upper mechanical of the clean water tank 5 is connected to the lower end of water tank head cover 4, the triplet water-stopping device 12
If there are three and lower thread is connected to the right side of 5 upper end of clean water tank, and the lower end of the regulating valve 14 is installed in 5 upper end of clean water tank
Rear end, the upper end of the regulating valve 14 is connected by blowdown apparatus 3 with the lower end of water check valve 2, the upper end of the water check valve 2
It is installed in the lower end of gas vent 1, the front end robot of the gas vent 1 is connected to the rear end of connecting pipe 13, the connecting pipe
The middle part of 13 lower ends is equipped with the upper end of regulation pipe 11, and the lower thread of the regulation pipe 11 is connected to the upper end of U-shaped water receiving pipe 9,
The lower end of the U-shaped water receiving pipe 9 is connected with the lower end in 10 left side of suction pump, and the lower end screw connection of the suction pump 10 is in branch
The right end of 8 upper end of pedestal is supportted, the backend space of the triplet water-stopping device 12 is matched with the front end of regulating valve 14, the connecting pipe
The outer surface clearance fit of 13 front ends is equipped with drainpipe 6, the blowdown dress in the rear end of clean water tank 5, the rear end of the clean water tank 5
It includes filter screen 31, dirt scraping equipment 32, sewage outlet pipe 33, secondary filter mechanism 34, support reciprocating apparatus 35, support transverse slat to set 3
36, fixed montant 37, motor threaded rod 38, control motor 39, conduction device 310, outlet pipe 311, isolation protection shell are limited
312, the left end of water inlet pipe 313, the control motor 39 is mechanically connected to the right end of motor threaded rod 38, the motor threaded rod
38 lower end is meshed in the downside of 310 right end of conduction device, and the lower mechanical in 310 left side of the conduction device is connected to support
The middle part of the upper end on 35 right side of reciprocating apparatus, 35 left side of support reciprocating apparatus is welded in the lower end of support transverse slat 36, described
The upper end of support transverse slat 36 is installed in the lower end of secondary filter mechanism 34, and the upper end of the secondary filter mechanism 34 is through water inlet
The middle part in 313 left side of pipe, the right side clearance fit of the water inlet pipe 313 is in the lower end of isolation protection shell 312, the water inlet pipe
313 outer surface clearance fit is in the upper end of isolation protection shell 312, and the left end of the isolation protection shell 312 is through going out
The right end of the left end of 33 lower end of dirty pipe, 313 lower end of the water inlet pipe is installed in the left end of outlet pipe 311, the outlet pipe 311
Lower end is welded in the middle part inside isolation protection shell 312, and the filter screen 31 is equipped with more than two and left and right ends and installs
In 313 inner wall of water inlet pipe, the dirt scraping equipment 32 is equipped with two or more and clearance fit is in the upper end of filter screen 31, described to scrape
The lower mechanical of dirty device 32 is connected to the upper end in 35 left side of support reciprocating apparatus, the right side of 35 lower end of the support reciprocating apparatus
It is installed in the left end that montant 37 is fixed in limit, the lower end that montant 37 is fixed in the limit is welded in inside isolation protection shell 312
Lower end, it is described control motor 39 outer surface through isolation protection shell 312 left end, the secondary filter mechanism 34
Right end is mechanically connected to the lower end in 310 left side of conduction device, and the right end clearance fit of the conduction device 310 is outer in isolation protection
Right end inside shell 312, the conduction device 310 include upper driven pedrail 3101, left side rotating wheel 3102, limited support axis
3103, driving chain 3104, right side rotating wheel 3105, support rotating wheel 3106, right side half-thread axis 3107, underdrive is connected to carry out
The lower end of band 3108, the right side half-thread axis 3107 is meshed in the rear end in 38 left side of motor threaded rod, half spiral shell of the right side
The threaded upper ends of line axis 3107 are connected to the lower end of right side rotating wheel 3105, and the outer surface of the right side rotating wheel 3105 passes through company
It connects driving chain 3104 with the outer surface of left side rotating wheel 3102 to be connected, the lower thread connection of the left side rotating wheel 3102
In the upper end of limited support axis 3103, the lower mechanical of the limited support axis 3103 is connected to the upper of right side half-thread axis 3107
The upside at end, 3107 outer surface of right side half-thread axis is connected with the inner wall on 3101 right side of upper driven pedrail, is passed under described
It fits on the downside of the inner wall in 3108 left side of dynamic crawler belt and 3106 outer surface of support rotating wheel, the support reciprocating apparatus 35 includes
Center driving axis 351, conversion fifth wheel 353, driving belt 354, No.1 transmission gear 355, at the uniform velocity turns transmission helical gear 352
Driving wheel 356, groove card wheel 357, support balance guide plate 358,359, No. two transmission gears 3510 of T-type driving toothed plate, connection latch
Plate 3511, driven pulley 3512, stretch cord 3513, fixed limited block 3514, connecting rope 3515, half rotating wheel 3516, connection card
Wheel 3517, support limit axis 3518 rotate fixed plate 3519, connect gag lever post 3520, outside 351 upper end of center driving axis
Surface is affixed the inner wall together in 3108 right side of underdrive crawler belt, and the lower thread of the center driving axis 351 is connected to transmission tiltedly
The lower end of the upper end of gear 352, the transmission helical gear 352 is meshed in the upper end of No.1 transmission gear 355, and the No.1 passes
The front end of moving gear 355 is connected by driving belt 354 with the outer surface of conversion fifth wheel 353, the conversion fifth wheel 353
Front end matched by driving belt 354 with the front end of uniform rotation wheel 356, the left side of 356 front end of uniform rotation wheel
It is mechanically connected with the middle part of groove card wheel 357, the left end clearance fit of the groove card wheel 357 is in support balance guide plate 358
The left end of right end, the support balance guide plate 358 is installed in the right end of T-type driving toothed plate 359, the T-type driving toothed plate 359
Left end is meshed with the right end of No. two transmission gears 3510, and the left end of No. two transmission gears 3510 is meshed in connection latch
The upper end of the downside of 3511 left end of plate, the connection card tooth plate 3511 passes through connecting rope 3515 and fixes the left end of limited block 3514
It is connected, the right end of the fixed limited block 3514 is installed in the right end of stretch cord 3513, the driven pulley 3512 and half way around
The outer surface of driving wheel 3516 is affixed the inner wall together in connecting rope 3515, and the upper mechanical of half rotating wheel 3516 is connected to connection
The upper end of the lower end of card wheel 3517, the connection card wheel 3517 is installed in the lower end of support limit axis 3518, the support limit
The upper end of axis 3518 is installed in the lower end of rotation fixed plate 3519, and the left end machine system Ei of the rotation fixed plate 3519 is connected to
The lower end of gag lever post 3520 is connect, the secondary filter mechanism 34 includes that support limit riser 341, first connects push rod 342, left side
Half-thread wheel 343, screw-driven wheel 344, second connect push rod 345, compression spring 346, spring supporting bar 347, third connection
Push rod 348, pressure support bar 349, vertical supporting rod 3410, isolation sieve 3411, the inside of connection 3520 left end of gag lever post
It is affixed the lower end together in left side half-thread wheel 343, the upper end of the left side half-thread wheel 343 is meshed in screw-driven wheel 344
Rear end, the front center of the screw-driven wheel 344 is mechanically connected to the lower end of the second connection push rod 345, and described second connects
The upper end for connecing push rod 345 is installed in the lower end of the first connection push rod 342, the upper end flexible connection of the first connection push rod 342
In the lower end of support limit riser 341, the upper end of the support limit riser 341 is welded in inside isolation protection shell 312
Middle part, the left end that the first connection push rod 342 connect push rod 345 with second are mechanically connected to the right side of third connection push rod 348
The left end at end, the third connection push rod 348 is installed in the middle part of 347 front end of spring supporting bar, the spring supporting bar 347
By being connected in the middle part of compression spring 346 and 36 upper end of support transverse slat, the upper end of the spring supporting bar 347 is welded in for lower end
The upper mechanical of the lower end of pressure support bar 349, the pressure support bar 349 is connected to the lower end of vertical supporting rod 3410, described
The upper end of vertical supporting rod 3410 is welded in the lower end of isolation sieve 3411, and the outer surface of the isolation sieve 3411 is through water outlet
The middle part of pipe 311, the dirt scraping equipment 32 include upper pushing block 321, support quarter butt 322, upper connection inclined plate 323, supporting post-rod
324, bar 325, lower connection inclined plate 326, lower pushing block 327, the upper mechanical connection of the connection gag lever post 3520 are bi-directionally connected
In the lower end of lower connection inclined plate 326, the right side of the lower end of the lower connection inclined plate 326 is by being bi-directionally connected bar 325 and upper connection
The lower end of inclined plate 323 is connected, by supporting quarter butt 322 and lower pushing block 327 on the upside of the right end of the lower connection inclined plate 326
Lower end is connected, and the lower end of the upper pushing block 321 is by supporting quarter butt 322 and the upside of upper connection 323 left end of inclined plate to be connected
It connects, the lower end screw connection of the supporting post-rod 324 is in the front center of upper connection inclined plate 323, and the upper pushing block 321 is under
The lower gap of pushing block 327 is matched with the outer surface of 31 upper end of filter screen, the right end of the sewage outlet pipe 33 be affixed together in into
The left end of water pipe 313, the filter screen 31 are equipped with more than two and are mutually parallel two-by-two, and the water tank head cover 4 is using stainless
Steel material, have be not easy to get rusty, wear-resisting characteristic.
Suction pump 10 described in this patent refers to each one of the mouth that draws water, water draining beak for having one-in-and-one-out, and in import
Place can persistently form vacuum or negative pressure；Micro-positive pressure is formed at water draining beak.Working media can be gas or liquid, body
A kind of small and exquisite instrument of product,
Carry out in use, staff should first confirm automatic water filling drainage equipment whether can normal use, and blowdown
Whether device 3 damages, and after confirming no problem, this equipment will can be used normally, and is needing to carry out equipment automatic water filling draining
When operation, the suction pump 10 in equipment can be first connected at water source by staff, and the equipment detected is needed to be placed on
In clean water tank 5, when equipment starts, if connection is external water source, staff first should open equipment from control motor 39,
At this point, control motor 39 will normal operation, and its motor threaded rod 38 is driven to rotate, makes its 3107 turns of right side half-thread axis
It is dynamic, and its right side rotating wheel 3105 is driven to rotate, under the action of connecting driving chain 3104, right side rotating wheel page 3102 will just
Often rotation, and drive it to support rotating wheel 3106 under the action of limited support axis 3103, in the connection of support rotating wheel 3106
Under drive, upper driven pedrail 3101 and underdrive crawler belt 3108 will normal operation, and driven wherein by underdrive crawler belt 3108
Heart transmission shaft 351 rotates, and helical gear page 352 is driven under the action of center driving axis 351 normally to be rotated, and makes its transmission
Gear 355 rotates, and under effect transmission of the driving belt 354 with conversion fifth wheel 353, uniform rotation wheel 356 will be transported normally
Row rotation, and its 357 differential of groove card wheel is made to rotate, and support balance guide plate 358 and T-type under the action of groove card wheel 357
Tooth plate will move upwards, and under the connection of No. two transmission gears 3510, connection card tooth plate 3511 will move downward, and pull
Connecting rope 3515, and by driven under the action of connecting rope 3,515 half rotating wheel 3516 due to groove card wheel 357 be a quarter turn
Dynamic, so under the action of stretch cord 3513, connecting rope 3515 will move reciprocatingly, under the transmission of half rotating wheel 3516,
Connecting card wheel 3517 will also rotate, and drive it to rotate fixed plate 3519 by support limit axis 3518 and rotate, in connection gag lever post
Under 3520 drive, lower connection inclined plate 326 can drive upper connection inclined plate 323 or so to move back and forth with bar 325 is bi-directionally connected, and prop up
Under the connection for supportting quarter butt 322, the impurity that upper pushing block 321 and lower pushing block 327 will be filtered on pusher filter screen 31,
And push its impurity to sewage outlet pipe 33 to, and excluded, the left side half-thread wheel 343 under the action of upper driven pedrail 31011
Screw-driven wheel 344 will be driven to rotate, and in the case where the second connection push rod 345 connect the connection of push rod 348 with third, make its bullet
About 347 spring supporting rod moves back and forth, under the action of compression spring 346, it will provides stronger thrust, and in its support
Under the action of limit riser 341 connect push rod 345 with second, the first connection push rod connect push rod with third and will preferably transport
Dynamic, under the promotion of spring supporting bar 347, pressure support bar 349 will drive isolation sieve 3411 with vertical supporting rod 3410
Backhaul it is dynamic, and make its water source from outlet pipe 311 be discharged.
Problems solved by the invention in the prior art, when carrying out automatic water filling drainage equipment operation usually quote by equipment
Its extraneous water supply, impurity that can not be in its filter water source are easy to cause the damage of its monitoring device, when the impurity in water source
When more or under prolonged use, it is not only easy to cause the damage of equipment, and is increased and the workload of staff, more
Inconvenience, the present invention are combined with each other by above-mentioned component, by increasing blowdown apparatus in equipment, its equipment are made to carry out certainly
When dynamic water filling draining, the impurity in its water can be voluntarily filtered, to protect the quality of its detection device, and can be in time
Its impurity is discharged, to ensure the practicability of its equipment, the practical safety of equipment is not only increased and greatly subtracts
Lack the workload of staff, it is more practical.
The above shows and describes the basic principles and main features of the present invention and the advantages of the present invention, for this field skill
For art personnel, it is clear that invention is not limited to the details of the above exemplary embodiments, and without departing substantially from the present invention spirit or
In the case of essential characteristic, the present invention can be realized in other specific forms.Therefore, in all respects, should all incite somebody to action
Embodiment regards exemplary as, and is non-limiting, the scope of the present invention by appended claims rather than on state
Bright restriction, it is intended that including all changes that come within the meaning and range of equivalency of the claims in the present invention
It is interior.Any reference signs in the claims should not be construed as limiting the involved claims.
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 embodiment being appreciated that.
Claims (10)
1. a kind of automatic water filling drainage equipment, structure includes gas vent (1), water check valve (2), blowdown apparatus (3), water tank head cover
(4), clean water tank (5), drainpipe (6), sink mounts (7), support base (8), U-shaped water receiving pipe (9), suction pump (10), adjusting
Manage (11), triplet water-stopping device (12), connecting pipe (13), regulating valve (14), it is characterised in that：
The upper center of the support base (8) is welded in the lower end of sink mounts (7), the upper end dress of the sink mounts (7)
Lower end set on clean water tank (5), the front end downside of the clean water tank (5) are installed in the rear end of drainpipe (6), the clean water tank
(5) upper mechanical is connected to the lower end of water tank head cover (4), the triplet water-stopping device (12) set there are three and lower thread connect
The lower end on the right side in clean water tank (5) upper end, the regulating valve (14) is installed in the rear end of clean water tank (5) upper end, the adjusting
The upper end of valve (14) is connected by blowdown apparatus (3) with the lower end of water check valve (2), and the upper end of the water check valve (2) is installed in
The front end robot of the lower end of gas vent (1), the gas vent (1) is connected to the rear end of connecting pipe (13), the connecting pipe
(13) middle part of lower end is equipped with the upper end of regulation pipe (11), and the lower thread of the regulation pipe (11) is connected to U-shaped water receiving pipe (9)
Upper end, the lower end of the U-shaped water receiving pipe (9) is connected with the lower end on the left of suction pump (10), under the suction pump (10)
Terminal screw is connected to the right end of support base (8) upper end, and the backend space of the triplet water-stopping device (12) is matched with regulating valve
(14) front end, the outer surface clearance fit of connecting pipe (13) front end is in the rear end of clean water tank (5), the clean water tank
(5) rear end is equipped with drainpipe (6)；
The blowdown apparatus (3) include filter screen (31), dirt scraping equipment (32), sewage outlet pipe (33), secondary filter mechanism (34),
It supports reciprocating apparatus (35), support transverse slat (36), the fixed montant (37) of limit, motor threaded rod (38), control motor (39), pass
Lead device (310), outlet pipe (311), isolation protection shell (312), water inlet pipe (313)；
The left end of the control motor (39) is mechanically connected to the right end of motor threaded rod (38), the motor threaded rod (38)
The lower mechanical that lower end is meshed on the left of the downside of conduction device (310) right end, the conduction device (310) is connected to support
Upper end on the right side of reciprocating apparatus (35), the middle part supported on the left of reciprocating apparatus (35) are welded under support transverse slat (36)
The upper end at end, the support transverse slat (36) is installed in the lower end of secondary filter mechanism (34), the secondary filter mechanism (34)
Shell is protected in isolation in upper end through the middle part on the left of water inlet pipe (313), the right side clearance fit of the water inlet pipe (313)
(312) lower end, the outer surface clearance fit of the water inlet pipe (313) is in the upper end of isolation protection shell (312), the isolation
Protect the left end of shell (312) through the left end of sewage outlet pipe (33) lower end, the right end of water inlet pipe (313) lower end is installed in
The lower end of the left end of outlet pipe (311), the outlet pipe (311) is welded in the internal middle part of isolation protection shell (312), described
Filter screen (31) is equipped with more than two and left and right ends and is installed in water inlet pipe (313) inner wall, and the dirt scraping equipment (32) is equipped with
For more than two and clearance fit in the upper end of filter screen (31), it is past that the lower mechanical of the dirt scraping equipment (32) is connected to support
Upper end on the left of apparatus for coating (35), it is described to support the left side that the fixed montant (37) of limit is installed on the right side of reciprocating apparatus (35) lower end
The lower end at end, the fixed montant (37) of limit is welded in the internal lower end of isolation protection shell (312), the control motor
(39) left end of shell (312), the right end mechanical connection of the secondary filter mechanism (34) are protected through isolation in outer surface
Lower end on the left of conduction device (310), the right end clearance fit of the conduction device (310) is in isolation protection shell (312)
Internal right end.
2. a kind of automatic water filling drainage equipment according to claim 1, it is characterised in that：Conduction device (310) packet
Include driven pedrail (3101), left side rotating wheel (3102), limited support axis (3103), connection driving chain (3104), right side
Rotating wheel (3105), support rotating wheel (3106), right side half-thread axis (3107), underdrive crawler belt (3108).
3. a kind of automatic water filling drainage equipment according to claim 2 or 1, it is characterised in that：The right side half-thread axis
(3107) lower end is meshed the rear end on the left of motor threaded rod (38), the threaded upper ends of the right side half-thread axis (3107)
It is connected to the lower end of right side rotating wheel (3105), the outer surface of the right side rotating wheel (3105) is by connecting driving chain
(3104) it is connected with the outer surface of left side rotating wheel (3102), the lower thread of the left side rotating wheel (3102) is connected to limit
The lower mechanical of the upper end of position support shaft (3103), the limited support axis (3103) is connected to right side half-thread axis (3107)
The upside of upper end, right side half-thread axis (3107) outer surface is connected with the inner wall on the right side of upper driven pedrail (3101), institute
It states and fits on the downside of inner wall and support rotating wheel (3106) outer surface on the left of underdrive crawler belt (3108).
4. a kind of automatic water filling drainage equipment according to claim 1, it is characterised in that：The support reciprocating apparatus (35)
Including center driving axis (351), transmission helical gear (352), conversion fifth wheel (353), driving belt (354), No.1 driving cog
Take turns (355), uniform rotation wheel (356), groove card wheel (357), support balance guide plate (358), T-type driving toothed plate (359), No. two
Transmission gear (3510), connection card tooth plate (3511), driven pulley (3512), stretch cord (3513), fixed limited block (3514),
Connecting rope (3515), half rotating wheel (3516), connection card wheel (3517), support limit axis (3518), rotation fixed plate (3519),
Connect gag lever post (3520).
5. a kind of automatic water filling drainage equipment according to claim 4 or 2, it is characterised in that：The center driving axis
(351) outer surface of upper end is affixed together in the inner wall on the right side of underdrive crawler belt (3108), the lower end of the center driving axis (351)
It is threadedly connected to the upper end of transmission helical gear (352), the lower end of the transmission helical gear (352) is meshed in No.1 transmission gear
(355) by driving belt (354) and the outer of fifth wheel (353) is converted in the front end of upper end, the No.1 transmission gear (355)
Surface is connected, and the front end and the front end of uniform rotation wheel (356) of the conversion fifth wheel (353) pass through driving belt (354)
It matches, the left side of uniform rotation wheel (356) front end is mechanically connected with the middle part of groove card wheel (357), the groove card
The left end clearance fit of (357) is taken turns in the right end of support balance guide plate (358), the left end dress of the support balance guide plate (358)
Right end set on T-type driving toothed plate (359), the right side of the left end and No. two transmission gears (3510) of the T-type driving toothed plate (359)
End is meshed, and the left end of No. two transmission gears (3510) is meshed in the downside of connection card tooth plate (3511) left end, described
The upper end of connection card tooth plate (3511) is connected by connecting rope (3515) with the left end of fixed limited block (3514), the fixation
The right end of limited block (3514) is installed in the right end of stretch cord (3513), the driven pulley (3512) and half rotating wheel (3516)
Outer surface be affixed the inner wall together in connecting rope (3515), the upper mechanical of half rotating wheel (3516) is connected to connection card wheel
(3517) upper end of lower end, the connection card wheel (3517) is installed in the lower end of support limit axis (3518), the support limit
The upper end of position axis (3518) is installed in the lower end of rotation fixed plate (3519), the left end machine system Ei of the rotation fixed plate (3519)
It is connected to the lower end of connection gag lever post (3520).
6. a kind of automatic water filling drainage equipment according to claim 1, it is characterised in that：The secondary filter mechanism (34)
Including support limit riser (341), the first connection push rod (342), left side half-thread wheel (343), screw-driven wheel (344), the
Two connection push rods (345), compression spring (346), spring supporting bar (347), third connection push rod (348), pressure support bar
(349), vertical supporting rod (3410), isolation sieve (3411).
7. a kind of automatic water filling drainage equipment according to claim 6 or 2 or 1, it is characterised in that：The connection gag lever post
(3520) inside of left end is affixed the lower end together in left side half-thread wheel (343), the upper end phase of the left side half-thread wheel (343)
It is engaged in the rear end of screw-driven wheel (344), the front center of the screw-driven wheel (344) is mechanically connected to the second connection and pushes away
The lower end of bar (345), the upper end of the second connection push rod (345) are installed in the lower end of the first connection push rod (342), and described the
The upper end of one connection push rod (342) is movably connected on the lower end of support limit riser (341), the support limit riser (341)
Upper end be welded in the internal middle part of isolation protection shell (312), the first connection push rod (342) connect push rod with second
(345) left end is mechanically connected to the right end of third connection push rod (348), the left end installing of the third connection push rod (348)
The lower end at the middle part in spring supporting bar (347) front end, the spring supporting bar (347) passes through compression spring (346) and support
It is connected in the middle part of transverse slat (36) upper end, the upper end of the spring supporting bar (347) is welded under pressure support bar (349)
End, the upper mechanical of the pressure support bar (349) are connected to the lower end of vertical supporting rod (3410), the vertical supporting rod (3410)
Upper end be welded in the lower end of isolation sieve (3411), the outer surface of the isolation sieve (3411) is through outlet pipe (311)
Middle part.
8. a kind of automatic water filling drainage equipment according to claim 1, it is characterised in that：The dirt scraping equipment (32) includes
Upper pushing block (321), support quarter butt (322), upper connection inclined plate (323), supporting post-rod (324), be bi-directionally connected bar (325), under
Connect inclined plate (326), lower pushing block (327).
9. a kind of automatic water filling drainage equipment according to claim 8 or 4 or 1, it is characterised in that：The connection gag lever post
(3520) upper mechanical is connected to the lower end of lower connection inclined plate (326), and the right side of the lower end of the lower connection inclined plate (326) is logical
Cross be bi-directionally connected bar (325) with it is upper connection inclined plate (323) lower end be connected, it is described it is lower connection inclined plate (326) right end on the upside of
By supporting quarter butt (322) to be connected with the lower end of lower pushing block (327), the lower end of the upper pushing block (321) passes through support
Be connected on the upside of quarter butt (322) and upper connection inclined plate (323) left end, the lower end screw connection of the supporting post-rod (324) in
The front center of upper connection inclined plate (323), the lower gap of the upper pushing block (321) and lower pushing block (327) were matched with
The outer surface of screen net (31) upper end.
10. a kind of automatic water filling drainage equipment according to claim 1, it is characterised in that：The sewage outlet pipe (33)
Right end is affixed the left end together in water inlet pipe (313).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810121824.2A CN108325267A (en) | 2018-02-07 | 2018-02-07 | A kind of automatic water filling drainage equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810121824.2A CN108325267A (en) | 2018-02-07 | 2018-02-07 | A kind of automatic water filling drainage equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108325267A true CN108325267A (en) | 2018-07-27 |
Family
ID=62928318
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810121824.2A Withdrawn CN108325267A (en) | 2018-02-07 | 2018-02-07 | A kind of automatic water filling drainage equipment |
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| Country | Link |
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| CN (1) | CN108325267A (en) |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| FR2990936A1 (en) * | 2012-07-13 | 2013-11-29 | Laurent Topelet | INSTALLATION FOR WASHING AND RECYCLING WATER CHARGED WITH GRAVES |
| CN204434389U (en) * | 2015-01-27 | 2015-07-01 | 丰顺县梅丰水电发展有限公司 | Use in a kind of power station from water filter |
| US20150183673A1 (en) * | 2013-12-30 | 2015-07-02 | Ecolab Usa Inc. | Method of reducing industrial water use |
| CN205296315U (en) * | 2016-01-01 | 2016-06-08 | 杨恕宽 | Domestic wastewater reutilization device |
| CN106698737A (en) * | 2015-11-17 | 2017-05-24 | 哈尔滨皓威伟业科技发展有限公司 | Full-automatic water purifier |
| CN206735993U (en) * | 2017-05-17 | 2017-12-12 | 盐城大丰尊一环保科技有限公司 | A kind of B-grade sewage processing unit |
-
2018
- 2018-02-07 CN CN201810121824.2A patent/CN108325267A/en not_active Withdrawn
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| FR2990936A1 (en) * | 2012-07-13 | 2013-11-29 | Laurent Topelet | INSTALLATION FOR WASHING AND RECYCLING WATER CHARGED WITH GRAVES |
| US20150183673A1 (en) * | 2013-12-30 | 2015-07-02 | Ecolab Usa Inc. | Method of reducing industrial water use |
| CN204434389U (en) * | 2015-01-27 | 2015-07-01 | 丰顺县梅丰水电发展有限公司 | Use in a kind of power station from water filter |
| CN106698737A (en) * | 2015-11-17 | 2017-05-24 | 哈尔滨皓威伟业科技发展有限公司 | Full-automatic water purifier |
| CN205296315U (en) * | 2016-01-01 | 2016-06-08 | 杨恕宽 | Domestic wastewater reutilization device |
| CN206735993U (en) * | 2017-05-17 | 2017-12-12 | 盐城大丰尊一环保科技有限公司 | A kind of B-grade sewage processing unit |
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Application publication date: 20180727 |