CN108340484A - A kind of pipe of concrete centrifugal molding process useless slurry anti-splash device - Google Patents
A kind of pipe of concrete centrifugal molding process useless slurry anti-splash device Download PDFInfo
- Publication number
- CN108340484A CN108340484A CN201810115966.8A CN201810115966A CN108340484A CN 108340484 A CN108340484 A CN 108340484A CN 201810115966 A CN201810115966 A CN 201810115966A CN 108340484 A CN108340484 A CN 108340484A
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- China
- Prior art keywords
- bearing seat
- fixed
- installing frame
- cored slab
- mounting blocks
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B28—WORKING CEMENT, CLAY, OR STONE
- B28B—SHAPING CLAY OR OTHER CERAMIC COMPOSITIONS; SHAPING SLAG; SHAPING MIXTURES CONTAINING CEMENTITIOUS MATERIAL, e.g. PLASTER
- B28B21/00—Methods or machines specially adapted for the production of tubular articles
- B28B21/02—Methods or machines specially adapted for the production of tubular articles by casting into moulds
- B28B21/10—Methods or machines specially adapted for the production of tubular articles by casting into moulds using compacting means
- B28B21/22—Methods or machines specially adapted for the production of tubular articles by casting into moulds using compacting means using rotatable mould or core parts
- B28B21/30—Centrifugal moulding
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B28—WORKING CEMENT, CLAY, OR STONE
- B28B—SHAPING CLAY OR OTHER CERAMIC COMPOSITIONS; SHAPING SLAG; SHAPING MIXTURES CONTAINING CEMENTITIOUS MATERIAL, e.g. PLASTER
- B28B17/00—Details of, or accessories for, apparatus for shaping the material; Auxiliary measures taken in connection with such shaping
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- Engineering & Computer Science (AREA)
- Chemical & Material Sciences (AREA)
- Ceramic Engineering (AREA)
- Mechanical Engineering (AREA)
- Manufacturing & Machinery (AREA)
- Manufacturing Of Tubular Articles Or Embedded Moulded Articles (AREA)
Abstract
The present invention relates to a kind of anti-splash device more particularly to a kind of pipe of concrete centrifugal molding process useless slurry anti-splash devices.The pipe of concrete centrifugal molding process useless slurry anti-splash device that the technical problem to be solved in the present invention is to provide a kind of block pulps is with obvious effects, easy to use.In order to solve the above-mentioned technical problem, the present invention provides such a pipe of concrete centrifugal molding process useless slurry anti-splash devices, include the first installing frame, the first cored slab, the first expansion plate, regulating mechanism, bindiny mechanism, the first mounting blocks, the first Antisplash machanism, the second mounting blocks, the second Antisplash machanism, the second cored slab, the second expansion plate and the second installing frame；First cored slab is fixed at the top of the first installing frame.The effect that invention achieves block pulps is with obvious effects, easy to use.
Description
Technical field
The present invention relates to a kind of anti-splash device more particularly to a kind of pipe of concrete centrifugal molding process useless slurry anti-splash devices.
Background technology
Currently, for cement useless slurry processing of the pipe of concrete centrifugal shaper in centrifugal forming generally using in centrifuge
One of block pulp wall is respectively arranged to prevent influence of the water mud useless slurry to surrounding enviroment and equipment in both sides.Traditional this block pulp facility by
In the handling height that must take into consideration centrifugation pipe die, therefore cannot be too high by the setting of block pulp wall, its block pulp effect unobvious is caused, it is right
Centrifuge surrounding enviroment and equipment pollution are very big, and the quantities for making the consuming of block pulp wall is larger, time-consuming and laborious.
Existing block pulp wall haves the shortcomings that block pulp effect unobvious, inconvenient for use, therefore there is an urgent need for research and develop a kind of block pulp effect
Apparent, the easy to use pipe of concrete centrifugal molding process useless slurry anti-splash device of fruit.
Invention content
（1）Technical problems to be solved
The present invention in order to overcome existing block pulp wall to have the shortcomings that block pulp effect unobvious, inconvenient for use, the invention solves
The technical issues of be to provide the pipe of concrete centrifugal molding process useless slurry anti-splash device that a kind of block pulp is with obvious effects, easy to use.
（2）Technical solution
In order to solve the above technical problem, the present invention provides such a pipe of concrete centrifugal molding process useless slurry splashproof dresses
It sets, includes the first installing frame, the first cored slab, the first expansion plate, regulating mechanism, bindiny mechanism, the first mounting blocks, first anti-
Splash mechanism, the second mounting blocks, the second Antisplash machanism, the second cored slab, the second expansion plate and the second installing frame；First cored slab is solid
It is connected at the top of the first installing frame, the first expansion plate and the first cored slab inner surface slide, and the second cored slab is fixed in the second installation
Arch, the second expansion plate and the second cored slab inner surface slide；Regulating mechanism is installed on the first installing frame, and the first expansion plate
It is sequentially connected with regulating mechanism output end；First mounting blocks are fixed at the top of the first expansion plate, and the second mounting blocks are fixed in second
At the top of expansion plate, connected by bindiny mechanism between the first mounting blocks and the second mounting blocks, the first Antisplash machanism is installed on first
Side of the mounting blocks far from bindiny mechanism, the second mounting blocks side be connected with matched first pendant of the first Antisplash machanism,
Second Antisplash machanism is installed on the second cored slab side, and the second cored slab side is connected with and the second Antisplash machanism matched
Two pendants；It is mounted on mobile mechanism in first installing frame, the second installing frame.
Preferably, regulating mechanism includes first bearing seat, lead screw, the first sliding block, nut, second bearing seat, T shapes turn
Disk, 3rd bearing seat, first bevel gear and second bevel gear；First expansion plate side is equipped with the first sliding groove, and first bearing seat is solid
It is connected to the first expansion plate side, second bearing seat is pivotally connected at the top of lead screw with first bearing seat, lead screw at the top of the first installing frame
Bottom is pivotally connected with second bearing seat, and nut is connect with screw rod transmission, and the first sliding block is slidably connected with the first sliding groove；First sliding block one
Side is affixed with nut, and the other side and the first expansion plate side lower end are affixed；3rd bearing seat is embedded in the first installing frame side, lead screw
Bottom is affixed through second bearing seat and second bevel gear；T shapes turntable and 3rd bearing seat are pivotally connected, and through 3rd bearing seat with
First bevel gear is affixed；First bevel gear is engaged with second bevel gear.
Preferably, mobile mechanism includes that the first sliding rail, the second sliding block, wheel, mounting rod, the first fixed block, L-shaped are fixed
Bar, third sliding block, the first threaded hole, the first bolt and elastic component；It is fixed in the second installing frame inner top at the top of first sliding rail, the
One sliding rail bottom is fixed in bottom in the second installing frame, and the secondth installing frame side is equipped with second sliding slot；Mounting rod one end passes through
Second sliding block is slidably connected with the first sliding rail, and the other end is slidably connected by third sliding block with second sliding slot；Multiple wheel installations
In mounting rod bottom, the second installation frame bottom is equipped with for the perforative through-hole of wheel, mounting rod top and the second installing frame inner top
Between connected by elastic component；First fixed block is fixed in the first installing frame side, and below the first sliding groove；Third sliding block
Top is equipped with the first threaded hole；L-shaped fixed link one end is articulated with the first fixed block, and the other end is touched with third slider top；The
One bolt-through L-shaped is fixed boom end and is threadedly coupled with the first threaded hole.
Preferably, bindiny mechanism includes the first card slot hollow pipe, telescopic rod, fixture block, the second bolt and third bolt；The
One mounting blocks side is equipped with the first card slot, and hollow tube end and the inserting of the first card slot coordinate, and first is equipped at the top of the first mounting blocks
Pilot hole, hollow pipe top are equipped with the second threaded hole, and second the first pilot hole of bolt-through is threadedly coupled with the second threaded hole, stretches
Contracting bar is slidably connected with hollow pipe internal surface, and fixture block is fixed in telescopic rod end, and the second mounting blocks side is equipped with the second card slot, card
Block and the inserting of the second card slot coordinate, and the second pilot hole is equipped at the top of the second mounting blocks, third threaded hole, third are equipped at the top of fixture block
The second pilot hole of bolt-through is threadedly coupled with third threaded hole.
Preferably, the first Antisplash machanism includes fourth bearing seat, the first splashproof cloth, the first roller, first rotating shaft, the 5th
Bearing block and first band handle turntable；Fourth bearing seat, 5th bearing seat are fixed in side of first mounting blocks far from bindiny mechanism
Portion；First rotating shaft one end is pivotally connected with fourth bearing seat, and the other end is pivotally connected with 5th bearing seat；The 5th axis is run through in first rotating shaft end
Bearing and first band handle turntable are affixed；First roller is fixed in first rotating shaft, and the first roller is located at fourth bearing seat, the 5th axis
Between bearing；First splashproof cloth is wire-wrapped in the first roller, and the other end is connected with the first hook；First hook matches with the first pendant
It closes.
Preferably, the second Antisplash machanism includes 6th bearing seat, the second shaft, second tin roller, 7th bearing seat, second
Band handle turntable and the second splashproof cloth；6th bearing seat, 7th bearing seat are fixed in the side of the second cored slab；Second shaft one
End is pivotally connected with 6th bearing seat, seat；Second roller end is affixed through 7th bearing seat and the second band handle turntable；Second tin roller is solid
It is connected to the second shaft, and second tin roller is between 6th bearing seat, 7th bearing seat；Second splashproof cloth is wire-wrapped in the second rolling
Cylinder, the other end are connected with the second hook；Second hook is matched with the second pendant.
Preferably, further include having baffle, the first sealing ring and the second sealing ring；First installing frame, the second installing frame side
It is hinged with baffle, baffle is located at second sliding slot side, and the first sealing ring is fixed at the top of the first cored slab, and the first expansion plate passes through
The first sealing ring is worn, the second sealing ring is fixed at the top of the second cored slab, and the second expansion plate runs through the second sealing ring.
Preferably, the first splashproof cloth, the second splashproof cloth material be disposed as waterproof cloth material.
Operation principle：Originally, which is pushed into the position where pipe of concrete centrifugal shaper by modeling worker, is made
Pipe of concrete centrifugal shaper is obtained between the first cored slab, the second cored slab, at this time according to pipe of concrete centrifugal shaper
Width, left and right pulls the first cored slab, the second cored slab, then bindiny mechanism operates, until meet pipe of concrete centrifugal forming
After the width of machine, and then, modeling worker operates mobile mechanism so that mobile mechanism's output end is made in the gravity of the anti-splash device
With in the first installing frame of lower retraction, the second installing frame, at this point, the bottom of the first installing frame, the second installing frame is supported on ground,
That is the distance between the first cored slab, second cored slab are fixed, to improve the anti-splash device block pulp effect, then, model work
People operates regulating mechanism according to the handling height of centrifugation pipe die, and regulating mechanism output end can drive and be moved down on the first expansion plate
It is dynamic, to which the first expansion plate can drive the first Antisplash machanism on the first mounting blocks to move up and down, and pass through bindiny mechanism's band
Dynamic second mounting blocks move up and down, i.e., the second expansion plate moves up and down, so that the height of bindiny mechanism, the first Antisplash machanism
After the handling height for meeting centrifugation pipe die, at this point, modeling worker operates the first Antisplash machanism, the second Antisplash machanism so that first
Antisplash machanism output end and the first pendant snapping, the second Antisplash machanism output end bypass the first cored slab and the second pendant snapping,
To which the first splashproof cloth can prevent the upward splash of mud, the second splashproof cloth from can prevent mud splash around, to improve
The anti-splash device block pulp effect, finally, after the completion of pipe of concrete centrifugation, modeling worker operates the first Antisplash machanism, second anti-
Splash mechanism so that the first Antisplash machanism, the second Antisplash machanism reset, and operate mobile mechanism at this time so that mobile mechanism's output end
It resets, at this point, modeling worker pushes the anti-splash device, and far from pipe of concrete centrifugal shaper, to operate bindiny mechanism,
So that the first cored slab, the second cored slab are not connecting, in order to which the first cored slab, the second cored slab are moved away；In this way,
The Antisplash machanism achievees the effect that block pulp is with obvious effects, is easy to use.
Because regulating mechanism includes first bearing seat, lead screw, the first sliding block, nut, second bearing seat, T shapes turntable,
Three bearing blocks, first bevel gear and second bevel gear；First expansion plate side is equipped with the first sliding groove, and first bearing seat is fixed in the
One expansion plate side, second bearing seat are pivotally connected at the top of lead screw with first bearing seat at the top of the first installing frame, lead screw bottom with
Second bearing seat is pivotally connected, and nut is connect with screw rod transmission, and the first sliding block is slidably connected with the first sliding groove；First sliding block side and spiral shell
Female affixed, the other side and the first expansion plate side lower end are affixed；3rd bearing seat is embedded in the first installing frame side, and lead screw bottom is passed through
It is affixed with second bevel gear to wear second bearing seat；T shapes turntable is pivotally connected with 3rd bearing seat, and through 3rd bearing seat and the first cone
Gear is affixed；First bevel gear is engaged with second bevel gear；So modeling worker rotates T shape turntables, T shapes turntable can be by the
One bevel gear drives second bevel gear rotation, at this point, second bevel gear can drive nut rotation by lead screw, i.e. nut can
The first sliding block is driven to be moved up and down along the first sliding groove track so that the first sliding block can drive the first expansion plate to move up and down, from
And the height of the first Antisplash machanism is had adjusted, so that the height of the first Antisplash machanism can meet the handling height of centrifugation pipe die.
Because mobile mechanism include the first sliding rail, the second sliding block, wheel, mounting rod, the first fixed block, L-shaped fixed link,
Third sliding block, the first threaded hole, the first bolt and elastic component；It is fixed in the second installing frame inner top at the top of first sliding rail, first
Sliding rail bottom is fixed in bottom in the second installing frame, and the secondth installing frame side is equipped with second sliding slot；Mounting rod one end passes through
Two sliding blocks are slidably connected with the first sliding rail, and the other end is slidably connected by third sliding block with second sliding slot；Multiple wheels are installed on
Mounting rod bottom, the second installation frame bottom are equipped with for the perforative through-hole of wheel, at the top of mounting rod with the second installing frame inner top it
Between connected by elastic component；First fixed block is fixed in the first installing frame side, and below the first sliding groove；Third sliding block top
Portion is equipped with the first threaded hole；L-shaped fixed link one end is articulated with the first fixed block, and the other end is touched with third slider top；First
Bolt-through L-shaped is fixed boom end and is threadedly coupled with the first threaded hole；So when need not move the anti-splash device, worker is modeled
First bolt is screwed out from the first threaded hole, and rotates L-shaped fixed link so that L-shaped fix boom end no longer with third sliding block top
Portion touches, at this point, wheel is moved up by under the gravity of the anti-splash device, and by through-hole, meanwhile, wheel being capable of band
Dynamic mounting rod moves up, to mounting rod one end by the second sliding block along the first sliding rail track upward sliding, the also other end
By third sliding block along second sliding slot upward sliding, elastic component is compressed, to which the first installing frame, the second installing frame can support
In ground；When needing to move the Antisplash machanism, Antisplash machanism is raised so that mounting rod is multiple in the elastic force effect of elastic component
Position, i.e. wheel are by through-hole, at this point, rotation L-shaped fixed link so that L-shaped is fixed boom end and touched with third slider top, and will
In first the first threaded hole of bolt precession, to which the anti-splash device can move.
Because bindiny mechanism includes the first card slot hollow pipe, telescopic rod, fixture block, the second bolt and third bolt；First
Mounting blocks side is equipped with the first card slot, and hollow tube end and the inserting of the first card slot coordinate, led equipped with first at the top of the first mounting blocks
Xiang Kong, hollow pipe top are equipped with the second threaded hole, and second the first pilot hole of bolt-through is threadedly coupled with the second threaded hole, is stretched
Bar is slidably connected with hollow pipe internal surface, and fixture block is fixed in telescopic rod end, and the second mounting blocks side is equipped with the second card slot, fixture block
It inserts and coordinates with the second card slot, the second pilot hole is equipped at the top of the second mounting blocks, third threaded hole, third spiral shell are equipped at the top of fixture block
Bolt is threadedly coupled through the second pilot hole with third threaded hole；So needing to adjust between the first cored slab, the second cored slab
Apart from when, modeling worker or so pulls the first cored slab or the second cored slab, then telescopic rod left and right in hollow pipe is flexible；When
When needing to be split the anti-splash device, worker is modeled first and screws out the second bolt from the second threaded hole, and extracts first
Pilot hole at this point, third bolt is screwed out from third threaded hole, and extracts out the second pilot hole, and then, modeling worker will be hollow
Tube end is separated from the first card slot, then fixture block is separated from the second card slot, then the anti-splash device, which is split, completes,
So as to the carrying and movement of the anti-splash device.
Because the first Antisplash machanism includes fourth bearing seat, the first splashproof cloth, the first roller, first rotating shaft, the 5th axis
Bearing and first band handle turntable；Fourth bearing seat, 5th bearing seat are fixed in side of first mounting blocks far from bindiny mechanism；
First rotating shaft one end is pivotally connected with fourth bearing seat, and the other end is pivotally connected with 5th bearing seat；5th bearing is run through in first rotating shaft end
Seat is affixed with first band handle turntable；First roller is fixed in first rotating shaft, and the first roller is located at fourth bearing seat, 5th bearing
Between seat；First splashproof cloth is wire-wrapped in the first roller, and the other end is connected with the first hook；First hook matches with the first pendant
It closes；So modeling worker pulls out the first splashproof cloth so that the first splashproof cloth bypasses bindiny mechanism, and then, the first hook is hung
Firmly on the first pendant, to which the first splashproof cloth can prevent the upward splash of mud；It, will when needing to pack up the first splashproof cloth
First hook is removed from the first pendant, at this point, modeling worker rotates first band handle turntable, first band handle turntable can be by the
One shaft drives the rotation of the first roller so that the first roller rolls the first splashproof cloth, to which the first splashproof cloth is packed up.
Because the second Antisplash machanism includes 6th bearing seat, the second shaft, second tin roller, 7th bearing seat, the second band
Handle turntable and the second splashproof cloth；6th bearing seat, 7th bearing seat are fixed in the side of the second cored slab；Second shaft one end
It is pivotally connected with 6th bearing seat, seat；Second roller end is affixed through 7th bearing seat and the second band handle turntable；Second tin roller is affixed
In the second shaft, and second tin roller is between 6th bearing seat, 7th bearing seat；Second splashproof cloth is wire-wrapped in second tin roller,
The other end is connected with the second hook；Second hook is matched with the second pendant；So modeling worker pulls out the second splashproof cloth, make
It obtains the second splashproof cloth then to tangle second on the second pendant around the first cored slab side, to the second splashproof
Cloth can prevent mud splash around；When needing to pack up the second splashproof cloth, the second hook is removed from the second pendant, this
When, modeling worker rotation the second band handle turntable, the second band handle turntable can drive second tin roller rotation by the second shaft so that
Second tin roller rolls the second splashproof cloth, to which the second splashproof cloth is packed up.
Because further including having baffle, the first sealing ring and the second sealing ring；First installing frame, the second installing frame side are cut with scissors
It is connected to baffle, baffle is located at second sliding slot side, and the first sealing ring is fixed at the top of the first cored slab, and the first expansion plate is through the
One sealing ring, the second sealing ring are fixed at the top of the second cored slab, and the second expansion plate runs through the second sealing ring；Prevent mud from pouring into
The inside of first installing frame, the second installing frame, the first cored slab, the second cored slab avoids the use for influencing the anti-splash device.
Because the material of the first splashproof cloth, the second splashproof cloth is disposed as waterproof cloth material；It can prevent water stain, part mud
Slurry rests on the first splashproof cloth, the second splashproof cloth surface.
（3）Advantageous effect
The present invention is moved to the anti-splash device by mobile mechanism or localization process, so as to the use of the anti-splash device,
The height that the first cored slab, the second cored slab, the first Antisplash machanism are adjusted by regulating mechanism, to improve anti-splash device gear
The effect of slurry is carried out assembled or is split, so as to the anti-splash device pair by the first cored slab of bindiny mechanism pair, the second cored slab
Use and carry, the upward splash of mud is prevented by the first Antisplash machanism, mud is prevented around by the second Antisplash machanism
Splash solves existing block pulp wall and haves the shortcomings that block pulp effect unobvious, inconvenient for use, reached block pulp it is with obvious effects,
Effect easy to use.
Description of the drawings
Fig. 1 is the first main structure diagram of the present invention.
Fig. 2 is the main structure diagram of regulating mechanism of the present invention.
Fig. 3 is the main structure diagram of mobile mechanism of the present invention.
Fig. 4 is the main structure diagram of bindiny mechanism of the present invention.
Fig. 5 is the main structure diagram of the first Antisplash machanism of the invention.
Fig. 6 is the main structure diagram of the second Antisplash machanism of the invention.
Fig. 7 is second of main structure diagram of the present invention.
Label in attached drawing be：The first installing frames of 1-, the first cored slabs of 2-, the first expansion plates of 3-, 4- regulating mechanisms, 41-
First bearing seat, 42- the first sliding grooves, 43- lead screws, the first sliding blocks of 44-, 45- nuts, 46- second bearing seats, 47-T shape turntables,
48- 3rd bearing seats, 49- first bevel gears, 410- second bevel gears, 5- mobile mechanisms, the first sliding rails of 51-, 52- second are slided
Block, 53- wheels, 54- through-holes, 55- mounting rods, the first fixed blocks of 56-, 57-L shape fixed links, 58- third sliding blocks, the first spiral shells of 59-
Pit, the first bolts of 510-, 511- second sliding slots, 512- elastic components, 6- bindiny mechanisms, the first card slots of 61-, 62- hollow pipes,
63- telescopic rods, the second card slots of 64-, 65- fixture blocks, the first pilot holes of 66-, the second bolts of 67-, the second threaded holes of 68-, 69- thirds
Bolt, the second pilot holes of 610-, 611- third threaded holes, the first mounting blocks of 7-, the first Antisplash machanisms of 8-, 81- fourth bearing seats,
82- the first splashproof cloth, the first rollers of 83-, 84- first rotating shafts, 85- 5th bearing seats, 86- first band handle turntables, 87- first are hung
Hook, the first pendants of 9-, the second mounting blocks of 10-, the second pendants of 11-, the second Antisplash machanisms of 12-, 121- 6th bearing seats, 122-
Two shafts, 123- second tin rollers, 124- second are linked up with, and 125- 7th bearing seats, 126- second is with handle turntable, the second splashproofs of 127-
Cloth, the second cored slabs of 13-, the second expansion plates of 14-, the second installing frames of 15-, 16- baffles, the first sealing rings of 17-, 18- second are close
Seal.
Specific implementation mode
The present invention is further illustrated with reference to the accompanying drawings and examples.
Embodiment 1
A kind of pipe of concrete centrifugal molding process useless slurry anti-splash device includes as shown in figs. 1-7 that the first installing frame 1, first is empty
Core 2, the first expansion plate 3, regulating mechanism 4, bindiny mechanism 6, the first mounting blocks 7, the first Antisplash machanism 8, the second mounting blocks 10,
Second Antisplash machanism 12, the second cored slab 13, the second expansion plate 14 and the second installing frame 15；First cored slab 2 is fixed in first
1 top of installing frame, the first expansion plate 3 and 2 inner surface of the first cored slab slide, and the second cored slab 13 is fixed in the second installing frame 15
Top, the second expansion plate 14 and 13 inner surface of the second cored slab slide；Regulating mechanism 4 is installed on the first installing frame 1, and first stretches
Contracting plate 3 is sequentially connected with 4 output end of regulating mechanism；First mounting blocks 7 are fixed in 3 top of the first expansion plate, the second mounting blocks 10
It is fixed in 14 top of the second expansion plate, is connected by bindiny mechanism 6 between the first mounting blocks 7 and the second mounting blocks 10, first is anti-
It splashes mechanism 8 and is installed on the first side of the mounting blocks 7 far from bindiny mechanism 6,10 side of the second mounting blocks is connected with and the first splashproof
8 matched first pendant 9 of mechanism, the second Antisplash machanism 12 are installed on 13 side of the second cored slab, 13 side of the second cored slab
It is connected with and 12 matched second pendant 11 of the second Antisplash machanism；It is mounted on shifting in first installing frame 1, the second installing frame 15
Motivation structure 5.
Regulating mechanism 4 includes first bearing seat 41, lead screw 43, the first sliding block 44, nut 45, second bearing seat 46, T shapes
Turntable 47,3rd bearing seat 48, first bevel gear 49 and second bevel gear 410；First expansion plate, 3 side is equipped with the first sliding groove
42, first bearing seat 41 is fixed in 3 side of the first expansion plate, and second bearing seat 46 is pushed up embedded in 1 top of the first installing frame, lead screw 43
Portion is pivotally connected with first bearing seat 41, and 43 bottom of lead screw is pivotally connected with second bearing seat 46, and nut 45 is sequentially connected with lead screw 43, and first
Sliding block 44 is slidably connected with the first sliding groove 42；First sliding block, 44 side and nut 45 are affixed, the other side and 3 side of the first expansion plate
Lower end is affixed；3rd bearing seat 48 is embedded in 1 side of the first installing frame, and tooth is bored in 43 bottom of lead screw through second bearing seat 46 and second
It is affixed to take turns 410；T shapes turntable 47 is pivotally connected with 3rd bearing seat 48, and affixed through 3rd bearing seat 48 and first bevel gear 49；The
One bevel gear 49 engages with second bevel gear 410.
Mobile mechanism 5 includes the first sliding rail 51, the second sliding block 52, wheel 53, mounting rod 55, the first fixed block 56, L-shaped
Fixed link 57, third sliding block 58, the first threaded hole 59, the first bolt 510 and elastic component 512；First sliding rail, 51 top is fixed in
Second installing frame, 15 inner top, 51 bottom of the first sliding rail are fixed in bottom in the second installing frame 15,15 side of the secondth installing frame
Equipped with second sliding slot 511；55 one end of mounting rod is slidably connected by the second sliding block 52 and the first sliding rail 51, and the other end passes through third
Sliding block 58 is slidably connected with second sliding slot 511；Multiple wheels 53 are installed on 55 bottom of mounting rod, and 15 bottom of the second installing frame is equipped with
For 53 perforative through-hole 54 of wheel, connected by elastic component 512 between 55 top of mounting rod and 15 inner top of the second installing frame；The
One fixed block 56 is fixed in 1 side of the first installing frame, and positioned at 42 lower section of the first sliding groove；58 top of third sliding block is equipped with the first spiral shell
Pit 59；57 one end of L-shaped fixed link is articulated with the first fixed block 56, and the other end is touched with 58 top of third sliding block；First bolt
510 are threadedly coupled through 57 end of L-shaped fixed link with the first threaded hole 59.
Bindiny mechanism 6 includes 61 hollow pipe 62 of the first card slot, telescopic rod 63, fixture block 65, the second bolt 67 and third spiral shell
Bolt 69；First mounting blocks, 7 side is equipped with the first card slot 61, and 62 end of hollow pipe coordinates with the inserting of the first card slot 61, the first installation
7 top of block is equipped with the first pilot hole 66, and 62 top of hollow pipe is equipped with the second threaded hole 68, and the second bolt 67 runs through the first pilot hole
66 are threadedly coupled with the second threaded hole 68, and telescopic rod 63 is slidably connected with 62 inner surface of hollow pipe, and fixture block 65 is fixed in telescopic rod
63 ends, 10 side of the second mounting blocks are equipped with the second card slot 64, and fixture block 65 and the inserting of the second card slot 64 coordinate, the second mounting blocks 10
Top is equipped with the second pilot hole 610, and 65 top of fixture block is equipped with third threaded hole 611, and third bolt 69 runs through the second pilot hole 610
It is threadedly coupled with third threaded hole 611.
First Antisplash machanism 8 includes fourth bearing seat 81, the first splashproof cloth 82, the first roller 83, first rotating shaft 84,
Five bearing blocks 85 and first band handle turntable 86；Fourth bearing seat 81,5th bearing seat 85 are fixed in the first mounting blocks 7 far from even
The side of connection mechanism 6；84 one end of first rotating shaft is pivotally connected with fourth bearing seat 81, and the other end is pivotally connected with 5th bearing seat 85；First
84 end of shaft is affixed through 5th bearing seat 85 and first band handle turntable 86；First roller 83 is fixed in first rotating shaft 84, and
First roller 83 is between fourth bearing seat 81,5th bearing seat 85；First splashproof cloth 82 is wire-wrapped in the first roller 83, another
End is connected with the first hook 87；First hook 87 is matched with the first pendant 9.
Second Antisplash machanism 12 includes 6th bearing seat 121, the second shaft 122, second tin roller 123,7th bearing seat
125, the second band handle turntable 126 and the second splashproof cloth 127；6th bearing seat 121,7th bearing seat 125 are fixed in the second sky
The side of core 13；Second shaft, 122 one end is pivotally connected with 6th bearing seat 121, seat；The 7th axis is run through in second shaft, 122 end
Bearing 125 and the second band handle turntable 126 are affixed；Second tin roller 123 is fixed in the second shaft 122, and second tin roller 123 is located at the
Between six bearing blocks 121,7th bearing seat 125；Second splashproof cloth 127 is wire-wrapped in second tin roller 123, and the other end is connected with second
Hook 124；Second hook 124 is matched with the second pendant 11.
Further include having baffle 16, the first sealing ring 17 and the second sealing ring 18；First installing frame 1,15 side of the second installing frame
Portion is hinged with baffle 16, and baffle 16 is located at 511 side of second sliding slot, and the first sealing ring 17 is fixed in 2 top of the first cored slab,
First expansion plate 3 runs through the first sealing ring 17, and the second sealing ring 18 is fixed in 13 top of the second cored slab, and the second expansion plate 14 passes through
Wear the second sealing ring 18.
First splashproof cloth 82, the second splashproof cloth 127 material be disposed as waterproof cloth material.
Operation principle：Originally, which is pushed into the position where pipe of concrete centrifugal shaper by modeling worker, is made
Pipe of concrete centrifugal shaper is obtained between the first cored slab 2, the second cored slab 13, at this time according to pipe of concrete centrifugal forming
The width of machine, left and right pull the first cored slab 2, the second cored slab 13, then bindiny mechanism 6 operate, until meet pipe of concrete from
After the width of heart molding machine, and then, modeling worker operates mobile mechanism 5 so that 5 output end of mobile mechanism is in the anti-splash device
Gravity under retract the first installing frame 1, in the second installing frame 15, at this point, the bottom of the first installing frame 1, the second installing frame 15
Portion is supported on ground, i.e. the distance between the first cored slab 2, second cored slab 13 are fixed, to improve anti-splash device gear
Effect is starched, then, modeling worker operates regulating mechanism 4 according to the handling height of centrifugation pipe die, and 4 output end of regulating mechanism being capable of band
Dynamic first expansion plate 3 moves up and down, to which the first expansion plate 3 can drive the first about 8 Antisplash machanism on the first mounting blocks 7
It is mobile, and drive the second mounting blocks 10 to move up and down by bindiny mechanism 6, i.e., the second expansion plate 14 moves up and down, so that
Bindiny mechanism 6, the first Antisplash machanism 8 height meet the handling height of centrifugation pipe die after, at this point, modeling worker's running first is anti-
Splash mechanism 8, the second Antisplash machanism 12 so that 9 snapping of 8 output end of the first Antisplash machanism and the first pendant, the second Antisplash machanism 12
Output end bypasses 11 snapping of the first cored slab 2 and the second pendant, so that the first splashproof cloth 82 can prevent the upward splash of mud, the
Two splashproof cloth 127 can prevent mud splash around, to improve the anti-splash device block pulp effect, finally, pipe of concrete
After the completion of centrifugation, modeling worker operates the first Antisplash machanism 8, the second Antisplash machanism 12 so that the first Antisplash machanism 8, second is anti-
The reset of mechanism 12 is splashed, operates mobile mechanism 5 at this time so that 5 output end of mobile mechanism resets, at this point, modeling worker by the splashproof
Device pushes, and far from pipe of concrete centrifugal shaper, to operate bindiny mechanism 6 so that the first cored slab 2, second is hollow
Plate 13 is not connecting, in order to which the first cored slab 2, second cored slab 13 are moved away；In this way, the Antisplash machanism reaches block pulp
Effect with obvious effects, easy to use.
Because regulating mechanism 4 includes first bearing seat 41, lead screw 43, the first sliding block 44, nut 45, second bearing seat
46, T shapes turntable 47,3rd bearing seat 48, first bevel gear 49 and second bevel gear 410；First expansion plate, 3 side is equipped with first
Sliding slot 42, first bearing seat 41 are fixed in 3 side of the first expansion plate, and second bearing seat 46 is embedded in 1 top of the first installing frame, lead screw
43 tops are pivotally connected with first bearing seat 41, and 43 bottom of lead screw is pivotally connected with second bearing seat 46, and nut 45 is sequentially connected with lead screw 43,
First sliding block 44 is slidably connected with the first sliding groove 42；First sliding block, 44 side and nut 45 are affixed, the other side and the first expansion plate 3
Side lower end is affixed；3rd bearing seat 48 is embedded in 1 side of the first installing frame, and second bearing seat 46 and second is run through in 43 bottom of lead screw
Bevel gear 410 is affixed；T shapes turntable 47 is pivotally connected with 3rd bearing seat 48, and solid with first bevel gear 49 through 3rd bearing seat 48
It connects；First bevel gear 49 is engaged with second bevel gear 410；So modeling worker rotates T shapes turntable 47, T shapes turntable 47 can lead to
Crossing first bevel gear 49 drives second bevel gear 410 to rotate, at this point, second bevel gear 410 can drive nut by lead screw 43
45 rotations, i.e., nut 45 can drive the first sliding block 44 to be moved up and down along 42 track of the first sliding groove so that the first sliding block 44 can
The first expansion plate 3 is driven to move up and down, so as to adjust the height of the first Antisplash machanism 8, so as to the height of the first Antisplash machanism 8
The handling height of centrifugation pipe die can be met.
Because mobile mechanism 5 includes the first sliding rail 51, the second sliding block 52, wheel 53, mounting rod 55, the first fixed block
56, L-shaped fixed link 57, third sliding block 58, the first threaded hole 59, the first bolt 510 and elastic component 512；First sliding rail, 51 top
It is fixed in 15 inner top of the second installing frame, 51 bottom of the first sliding rail is fixed in bottom in the second installing frame 15, the secondth installing frame
15 sides are equipped with second sliding slot 511；55 one end of mounting rod is slidably connected by the second sliding block 52 and the first sliding rail 51, and the other end is logical
Third sliding block 58 is crossed to be slidably connected with second sliding slot 511；Multiple wheels 53 are installed on 55 bottom of mounting rod, 15 bottom of the second installing frame
Portion is equipped with for 53 perforative through-hole 54 of wheel, passes through elastic component 512 between 55 top of mounting rod and 15 inner top of the second installing frame
Connection；First fixed block 56 is fixed in 1 side of the first installing frame, and positioned at 42 lower section of the first sliding groove；58 top of third sliding block is set
There is the first threaded hole 59；57 one end of L-shaped fixed link is articulated with the first fixed block 56, and the other end is touched with 58 top of third sliding block；
First bolt 510 is threadedly coupled through 57 end of L-shaped fixed link with the first threaded hole 59；So the anti-splash device need not be moved
When, modeling worker screws out the first bolt 510 from the first threaded hole 59, and rotates L-shaped fixed link 57 so that L-shaped fixed link 57
End is no longer touched with 58 top of third sliding block, at this point, wheel 53 is moved up by under the gravity of the anti-splash device, and
By through-hole 54, meanwhile, wheel 53 can drive mounting rod 55 to move up, to which 55 one end of mounting rod passes through the second sliding block 52
Along 51 track upward sliding of the first sliding rail, also the other end by third sliding block 58 along 511 upward sliding of second sliding slot, elastic component
512 are compressed, to which the first installing frame 1, the second installing frame 15 can be supported in ground；When needing to move the Antisplash machanism,
Antisplash machanism is raised so that mounting rod 55 elastic component 512 elastic force act on reset, i.e. wheel 53 by through-hole 54, at this point,
Rotate L-shaped fixed link 57 so that touched at the top of 57 end of L-shaped fixed link and third sliding block 58, and by 510 precession of the first bolt the
In one threaded hole 59, to which the anti-splash device can move.
Because bindiny mechanism 6 includes 61 hollow pipe 62 of the first card slot, telescopic rod 63, fixture block 65, the second bolt 67 and
Three bolts 69；First mounting blocks, 7 side is equipped with the first card slot 61, and 62 end of hollow pipe coordinates with the inserting of the first card slot 61, and first
7 top of mounting blocks is equipped with the first pilot hole 66, and 62 top of hollow pipe is equipped with the second threaded hole 68, and the second bolt 67 is led through first
It is threadedly coupled to hole 66 with the second threaded hole 68, telescopic rod 63 is slidably connected with 62 inner surface of hollow pipe, and fixture block 65, which is fixed in, to be stretched
63 end of contracting bar, 10 side of the second mounting blocks are equipped with the second card slot 64, and fixture block 65 and the inserting of the second card slot 64 coordinate, the second installation
10 top of block is equipped with the second pilot hole 610, and 65 top of fixture block is equipped with third threaded hole 611, and third bolt 69 is oriented to through second
Hole 610 is threadedly coupled with third threaded hole 611；So needing to adjust the distance between the first cored slab 2, second cored slab 13
When, modeling worker or so pulls the first cored slab 2 or the second cored slab 13, then the left and right in hollow pipe 62 of telescopic rod 63 is stretched
Contracting；When needing to be split the anti-splash device, worker is modeled first and screws out the second bolt 67 from the second threaded hole 68, and
The first pilot hole 66 is extracted, at this point, third bolt 69 is screwed out from third threaded hole 611, and extracts out the second pilot hole 610,
Then, modeling worker separates 62 end of hollow pipe from the first card slot 61, then fixture block 65 is divided from the second card slot 64
It separates out and, then the anti-splash device, which is split, completes, so as to the carrying and movement of the anti-splash device.
Because the first Antisplash machanism 8 includes fourth bearing seat 81, the first splashproof cloth 82, the first roller 83, first rotating shaft
84,5th bearing seat 85 and first band handle turntable 86；Fourth bearing seat 81,5th bearing seat 85 are fixed in the first mounting blocks 7
Side far from bindiny mechanism 6；84 one end of first rotating shaft is pivotally connected with fourth bearing seat 81, the other end and 85 pivot of 5th bearing seat
It connects；84 end of first rotating shaft is affixed through 5th bearing seat 85 and first band handle turntable 86；First roller 83 is fixed in first turn
Axis 84, and the first roller 83 is between fourth bearing seat 81,5th bearing seat 85；First splashproof cloth 82 is wire-wrapped in the first roller
83, the other end is connected with the first hook 87；First hook 87 is matched with the first pendant 9；So modeling worker by the first splashproof
Cloth 82 pulls out so that and the first splashproof cloth 82 bypasses bindiny mechanism 6, and then, the first hook 87 is tangled on the first pendant 9,
To which the first splashproof cloth 82 can prevent the upward splash of mud；When needing to pack up the first splashproof cloth 82, by first hook 87 from
It is removed on first pendant 9, at this point, modeling worker rotates first band handle turntable 86, first band handle turntable 86 can pass through first turn
Axis 84 drives the rotation of the first roller 83 so that the first roller 83 rolls the first splashproof cloth 82, to which the first splashproof cloth 82 is packed up.
Because the second Antisplash machanism 12 includes 6th bearing seat 121, the second shaft 122, second tin roller 123, the 7th axis
Bearing the 125, second band handle turntable 126 and the second splashproof cloth 127；6th bearing seat 121,7th bearing seat 125 are fixed in
The side of two cored slabs 13；Second shaft, 122 one end is pivotally connected with 6th bearing seat 121, seat；Second shaft, 122 end is through the
Seven bearing blocks 125 and the second band handle turntable 126 are affixed；Second tin roller 123 is fixed in the second shaft 122, and second tin roller 123
Between 6th bearing seat 121,7th bearing seat 125；Second splashproof cloth 127 is wire-wrapped in second tin roller 123, and the other end is connected with
Second hook 124；Second hook 124 is matched with the second pendant 11；So modeling worker pulls out the second splashproof cloth 127, make
It obtains the second splashproof cloth 127 and bypasses 2 side of the first cored slab, then, the second hook 124 is tangled on the second pendant 11, from
And the second splashproof cloth 127 can prevent mud splash around；When needing to pack up the second splashproof cloth 127,124 are linked up with by second
It is removed from the second pendant 11, at this point, modeling worker the second band of rotation handle turntable 126, the second band handle turntable 126 can be by the
Two shafts 122 drive second tin roller 123 to rotate so that second tin roller 123 rolls the second splashproof cloth 127, to the second splashproof
Cloth 127 is packed up.
Because further including having baffle 16, the first sealing ring 17 and the second sealing ring 18；First installing frame 1, the second installing frame
15 sides are hinged with baffle 16, and baffle 16 is located at 511 side of second sliding slot, and the first sealing ring 17 is fixed in the first cored slab 2
Top, the first expansion plate 3 run through the first sealing ring 17, and the second sealing ring 18 is fixed in 13 top of the second cored slab, and second is flexible
Plate 14 runs through the second sealing ring 18；Prevent mud from pouring into the first installing frame 1, the second installing frame 15, the first cored slab 2, second empty
The inside of core 13 avoids the use for influencing the anti-splash device.
Because the material of the first splashproof cloth 82, the second splashproof cloth 127 is disposed as waterproof cloth material；Can prevent it is water stain,
Part mud rests on the first splashproof cloth 82,127 surface of the second splashproof cloth.
The preferred embodiment of the present invention above described embodiment only expresses, the description thereof is more specific and detailed, but simultaneously
Cannot the limitation to the scope of the claims of the present invention therefore be interpreted as.It should be pointed out that for those of ordinary skill in the art
For, without departing from the inventive concept of the premise, several deformations can also be made, improves and substitutes, these belong to this hair
Bright protection domain.Therefore, the protection domain of patent of the present invention should be determined by the appended claims.
Claims (8)
1. a kind of pipe of concrete centrifugal molding process useless slurry anti-splash device, which is characterized in that include the first installing frame（1）,
One cored slab（2）, the first expansion plate（3）, regulating mechanism（4）, bindiny mechanism（6）, the first mounting blocks（7）, the first Antisplash machanism
（8）, the second mounting blocks（10）, the second Antisplash machanism（12）, the second cored slab（13）, the second expansion plate（14）With the second installing frame
（15）；First cored slab（2）It is fixed in the first installing frame（1）Top, the first expansion plate（3）With the first cored slab（2）Inner surface
Sliding, the second cored slab（13）It is fixed in the second installing frame（15）Top, the second expansion plate（14）With the second cored slab（13）It is interior
It slides on surface；Regulating mechanism（4）It is installed on the first installing frame（1）, and the first expansion plate（3）With regulating mechanism（4）Output end passes
Dynamic connection；First mounting blocks（7）It is fixed in the first expansion plate（3）Top, the second mounting blocks（10）It is fixed in the second expansion plate
（14）Top, the first mounting blocks（7）With the second mounting blocks（10）Between pass through bindiny mechanism（6）Connection, the first Antisplash machanism（8）
It is installed on the first mounting blocks（7）Far from bindiny mechanism（6）Side, the second mounting blocks（10）Side is connected with and the first splashproof machine
Structure（8）Matched first pendant（9）, the second Antisplash machanism（12）It is installed on the second cored slab（13）Side, the second cored slab
（13）Side is connected with and the second Antisplash machanism（12）Matched second pendant（11）；First installing frame（1）, the second installing frame
（15）Inside it is mounted on mobile mechanism（5）.
2. a kind of pipe of concrete centrifugal molding process useless slurry anti-splash device according to claim 1, which is characterized in that adjust
Mechanism（4）It include first bearing seat（41）, lead screw（43）, the first sliding block（44）, nut（45）, second bearing seat（46）, T shapes
Turntable（47）, 3rd bearing seat（48）, first bevel gear（49）And second bevel gear（410）；First expansion plate（3）Side is equipped with
The first sliding groove（42）, first bearing seat（41）It is fixed in the first expansion plate（3）Side, second bearing seat（46）Embedded in the first installation
Frame（1）Top, lead screw（43）Top and first bearing seat（41）Pivot joint, lead screw（43）Bottom and second bearing seat（46）Pivot joint,
Nut（45）With lead screw（43）It is sequentially connected, the first sliding block（44）With the first sliding groove（42）It is slidably connected；First sliding block（44）One
Side and nut（45）It is affixed, the other side and the first expansion plate（3）Side lower end is affixed；3rd bearing seat（48）Embedded in the first installation
Frame（1）Side, lead screw（43）Second bearing seat is run through in bottom（46）With second bevel gear（410）It is affixed；T shape turntables（47）With
Three bearing blocks（48）Pivot joint, and run through 3rd bearing seat（48）With first bevel gear（49）It is affixed；First bevel gear（49）With
Two bevel gears（410）Engagement.
3. a kind of pipe of concrete centrifugal molding process useless slurry anti-splash device according to claim 2, which is characterized in that mobile
Mechanism（5）It include the first sliding rail（51）, the second sliding block（52）, wheel（53）, mounting rod（55）, the first fixed block（56）, L-shaped
Fixed link（57）, third sliding block（58）, the first threaded hole（59）, the first bolt（510）And elastic component（512）；First sliding rail
（51）Top is fixed in the second installing frame（15）Inner top, the first sliding rail（51）Bottom is fixed in the second installing frame（15）Interior bottom
Portion, the secondth installing frame（15）Side is equipped with second sliding slot（511）；Mounting rod（55）One end passes through the second sliding block（52）With first
Sliding rail（51）It is slidably connected, the other end passes through third sliding block（58）With second sliding slot（511）It is slidably connected；Multiple wheels（53）Peace
Loaded on mounting rod（55）Bottom, the second installing frame（15）Bottom is equipped with for wheel（53）Perforative through-hole（54）, mounting rod（55）
Top and the second installing frame（15）Pass through elastic component between inner top（512）Connection；First fixed block（56）It is fixed in the first peace
It frames up（1）Side, and it is located at the first sliding groove（42）Lower section；Third sliding block（58）Top is equipped with the first threaded hole（59）；L-shaped is fixed
Bar（57）One end is articulated with the first fixed block（56）, the other end and third sliding block（58）Top touches；First bolt（510）Run through
L-shaped fixed link（57）End and the first threaded hole（59）It is threadedly coupled.
4. a kind of pipe of concrete centrifugal molding process useless slurry anti-splash device according to claim 3, which is characterized in that connection
Mechanism（6）It include the first card slot（61）Hollow pipe（62）, telescopic rod（63）, fixture block（65）, the second bolt（67）With third spiral shell
Bolt（69）；First mounting blocks（7）Side is equipped with the first card slot（61）, hollow pipe（62）End and the first card slot（61）Inserting is matched
It closes, the first mounting blocks（7）Top is equipped with the first pilot hole（66）, hollow pipe（62）Top is equipped with the second threaded hole（68）, second
Bolt（67）Through the first pilot hole（66）With the second threaded hole（68）It is threadedly coupled, telescopic rod（63）With hollow pipe（62）Interior table
Face is slidably connected, fixture block（65）It is fixed in telescopic rod（63）End, the second mounting blocks（10）Side is equipped with the second card slot（64）, card
Block（65）With the second card slot（64）Inserting cooperation, the second mounting blocks（10）Top is equipped with the second pilot hole（610）, fixture block（65）Top
Portion is equipped with third threaded hole（611）, third bolt（69）Through the second pilot hole（610）With third threaded hole（611）Screw thread connects
It connects.
5. a kind of pipe of concrete centrifugal molding process useless slurry anti-splash device according to claim 4, which is characterized in that first
Antisplash machanism（8）It include fourth bearing seat（81）, the first splashproof cloth（82）, the first roller（83）, first rotating shaft（84）, the 5th
Bearing block（85）With first band handle turntable（86）；Fourth bearing seat（81）, 5th bearing seat（85）It is fixed in the first mounting blocks
（7）Far from bindiny mechanism（6）Side；First rotating shaft（84）One end and fourth bearing seat（81）Pivot joint, the other end and the 5th axis
Bearing（85）Pivot joint；First rotating shaft（84）5th bearing seat is run through in end（85）With first band handle turntable（86）It is affixed；First rolling
Cylinder（83）It is fixed in first rotating shaft（84）, and the first roller（83）Positioned at fourth bearing seat（81）, 5th bearing seat（85）Between；
First splashproof cloth（82）It is wire-wrapped in the first roller（83）, the other end is connected with the first hook（87）；First hook（87）With first
Pendant（9）It matches.
6. a kind of pipe of concrete centrifugal molding process useless slurry anti-splash device according to claim 5, which is characterized in that second
Antisplash machanism（12）It include 6th bearing seat（121）, the second shaft（122）, second tin roller（123）, 7th bearing seat
（125）, second band handle turntable（126）With the second splashproof cloth（127）；6th bearing seat（121）, 7th bearing seat（125）It is solid
It is connected to the second cored slab（13）Side；Second shaft（122）One end and 6th bearing seat（121）Pivot joint, seat；Second shaft
（122）7th bearing seat is run through in end（125）With the second band handle turntable（126）It is affixed；Second tin roller（123）It is fixed in second turn
Axis（122）, and second tin roller（123）Positioned at 6th bearing seat（121）, 7th bearing seat（125）Between；Second splashproof cloth
（127）It is wire-wrapped in second tin roller（123）, the other end is connected with the second hook（124）；Second hook（124）With the second pendant
（11）It matches.
7. a kind of pipe of concrete centrifugal molding process useless slurry anti-splash device according to claim 6, which is characterized in that also wrap
Baffle is included（16）, the first sealing ring（17）With the second sealing ring（18）；First installing frame（1）, the second installing frame（15）Side
It is hinged with baffle（16）, baffle（16）Positioned at second sliding slot（511）Side, the first sealing ring（17）It is fixed in the first cored slab
（2）Top, the first expansion plate（3）Through the first sealing ring（17）, the second sealing ring（18）It is fixed in the second cored slab（13）Top
Portion, the second expansion plate（14）Through the second sealing ring（18）.
8. a kind of pipe of concrete centrifugal molding process useless slurry anti-splash device according to claim 7, which is characterized in that first
Splashproof cloth（82）, the second splashproof cloth（127）Material be disposed as waterproof cloth material.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810115966.8A CN108340484A (en) | 2018-02-06 | 2018-02-06 | A kind of pipe of concrete centrifugal molding process useless slurry anti-splash device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810115966.8A CN108340484A (en) | 2018-02-06 | 2018-02-06 | A kind of pipe of concrete centrifugal molding process useless slurry anti-splash device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108340484A true CN108340484A (en) | 2018-07-31 |
Family
ID=62958951
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810115966.8A Pending CN108340484A (en) | 2018-02-06 | 2018-02-06 | A kind of pipe of concrete centrifugal molding process useless slurry anti-splash device |
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Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN203077457U (en) * | 2012-12-20 | 2013-07-24 | 姚玖坪 | Splashing-proof device of concrete pipe centrifugal molding machine |
| CN203471920U (en) * | 2013-09-03 | 2014-03-12 | 嘉善县里泽构件有限公司 | Anti-splashing flow diversion device |
| US20170239837A1 (en) * | 2016-02-24 | 2017-08-24 | Carlburg Pottery, LLC | Potter's wheel stand |
| CN206703276U (en) * | 2017-03-18 | 2017-12-05 | 英德市友鹏建材有限公司 | Applied to the anti-sizing device on electric pole centrifugal former |
| CN206855731U (en) * | 2017-05-24 | 2018-01-09 | 建华建材（蚌埠）有限公司 | A kind of blanking car in concrete tubular pile production |
-
2018
- 2018-02-06 CN CN201810115966.8A patent/CN108340484A/en active Pending
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN203077457U (en) * | 2012-12-20 | 2013-07-24 | 姚玖坪 | Splashing-proof device of concrete pipe centrifugal molding machine |
| CN203471920U (en) * | 2013-09-03 | 2014-03-12 | 嘉善县里泽构件有限公司 | Anti-splashing flow diversion device |
| US20170239837A1 (en) * | 2016-02-24 | 2017-08-24 | Carlburg Pottery, LLC | Potter's wheel stand |
| CN206703276U (en) * | 2017-03-18 | 2017-12-05 | 英德市友鹏建材有限公司 | Applied to the anti-sizing device on electric pole centrifugal former |
| CN206855731U (en) * | 2017-05-24 | 2018-01-09 | 建华建材（蚌埠）有限公司 | A kind of blanking car in concrete tubular pile production |
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Application publication date: 20180731 |
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