CN209240241U - The clout reuse means of fine concrete - Google Patents
The clout reuse means of fine concrete Download PDFInfo
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- CN209240241U CN209240241U CN201821120853.9U CN201821120853U CN209240241U CN 209240241 U CN209240241 U CN 209240241U CN 201821120853 U CN201821120853 U CN 201821120853U CN 209240241 U CN209240241 U CN 209240241U
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Abstract
The utility model discloses a kind of clout reuse means of fine concrete, which includes hopper, x to driving cylinder, y to driving cylinder, z to driving cylinder and pressing plate；X is fixed with a toothrow shape cutting to driving cylinder；Y is fixed with row's straight cutting item to driving cylinder；Z is fixed with a row pressure item to driving cylinder；First installation side wall of hopper penetrates through the upper slot of a row；Second installation side wall of hopper is through with row's bar shaped jack, is through with slot under a row in every rooted tooth shape cutting；When whole tooth form cutting, straight cutting item and press strip are fully inserted into type chamber, every straight cutting item is inserted into corresponding lower slot, and every rooted tooth shape cutting is caught in corresponding lower short slot, and every press strip is shelved on corresponding straight cutting item.The device can realize the disengaging of grid and concrete pad without mobile Grouting Pipe nozzle in casting process and after being poured automatically.
Description
Technical field
The utility model relates to engineering construction technology field, be especially a kind of fine concrete clout it is sharp again
Use device.
Background technique
Concrete is also known as concrete, is one of the widest material applied in civil engineering.Concrete material is by cement gel
It is solidifying, it is stirred after sand, masonry aggregate, with the cooperation of water certain proportion.And fine aggregate refers to, particle diameter is below in 4.75mm
Aggregate.
Before construction, the concrete material prepared to be stored in storage tank, when construction, then pumps casting, and after casting complete,
It often has remaining concrete material to remain in storage tank, to avoid blocking storage tank after the concrete material being detained is stiff, only
Extra concrete material can be discharged from storage tank, in this way, just inevitably cause waste, the especially concrete of fine aggregate,
Price is also relatively high, outwells for no reason, wastes just more serious；Moreover, the concrete processing outwelled is not good at, it will cause pollution, break
Bad environment.
Certainly, to avoid wasting and pollute, the prior art also proposed the device and place that some pairs of clouts are recycled
Reason method for example, preparing the integral type hopper being made of bottom plate and four side walls, and is put into monoblock type in the hopper
Criss-cross grid, then clout is poured into grid one by one, after clout is stiff each grid formed a coagulation
Native rectangle cushion block, then above-mentioned cushion block is collected after grid abjection, as the subsequent auxiliary material for paving the way or spreading floor.
The recycling scheme of the above-mentioned prior art has the following deficiencies: firstly, since be poured to grid one by one, institute
It is also required on whole grids move one time one by one with the nozzle for the Grouting Pipe being connected to storage tank, and Grouting Pipe generally compares
Weight, such large labor intensity are time-consuming and laborious；Moreover, more it is essential that after casting complete, due to each after grid and hardening
The equal gluing of concrete rectangular cushion block is difficult to disengage grid and each concrete pad, or even sometimes at an entirety
It is basic just to take off not open, in this way, practical operation difficulty is big, it is difficult to promote；Even if being taken off finally moreover, finally having taken the tremendous effort
Grid is opened, it is also necessary to which one piece one piece of the concrete pad that will be left on hopper bottom plate is carried one by one, i.e. discharging process
It is cumbersome laborious.
Utility model content
The technical problems to be solved in the utility model be to provide one kind in casting process without mobile Grouting Pipe nozzle,
And the clout reuse means of the fine concrete of the disengaging of grid and concrete pad can be realized after being poured automatically.
The technical solution of the utility model is to provide a kind of clout reuse means of fine concrete, it is wrapped
Include the hopper being made of a bottom plate and four side walls, the device further include x to driving cylinder, the first connecting plate, y to driving cylinder,
Second connecting plate, z are to driving cylinder and pressing plate；
X is fixed with the horizontal slotting tooth form that is used for that a row extends in the x-direction through the first connecting plate to the piston rod of driving cylinder and inserts
Item；Piston rod from y to driving cylinder through the second connecting plate be fixed with that a row extends in the y-direction for horizontal slotting straight cutting item；Z is to drive
The piston rod of dynamic cylinder through pressing plate be fixed with a row along the direction y extend for depressing press strip；Above-mentioned row pressure item and straight cutting
Number is equal and corresponds；
Hopper is the first installation side wall close to the side wall of the first connecting plate, and a row and each is through on the first installation side wall
Upper slot, every rooted tooth shape cutting are plugged in corresponding one upper slot correspondingly for tooth form cutting；Hopper connects close to second
The side wall of fishplate bar is the second installation side wall, is through with a row on the second installation side wall and each one-to-one bar shaped of straight cutting item is inserted
Hole, every straight cutting item sealing are plugged in a corresponding bar shaped jack；It is through with a row in every rooted tooth shape cutting and every straight
Slot is descended in cutting correspondingly；Depth, the height of bar shaped jack of lower slot are equal with the height of straight cutting item；Each press strip
On be through with a row and short slot is descended in each tooth form cutting correspondingly；
After pressing plate presses to the upper opening of hopper, pressing plate and four side walls and bottom plate constitute closed type chamber, press strip with
The sum of height of straight cutting item, the height of tooth form cutting, the depth of upper slot are equal to the height of type chamber；
When whole tooth form cutting, straight cutting item and press strip protrude into type chamber to greatest extent, every straight cutting item insertion is every
In rooted tooth shape cutting in a corresponding lower slot, every rooted tooth shape cutting is caught in the corresponding lower short slot of every press strip, and
Every press strip bottom surface is shelved on the top surface of a corresponding straight cutting item.
The action process of the device are as follows: first disposably concrete is poured into hopper, then drive z to, y to x to drive
One row's straight parallel cutting, the inner cavity of the parallel tooth form cutting of row press strip insertion hopper parallel with a row are allowed to be formed vertical by dynamic cylinder
The complete concrete in hopper inner cavity is cut into the concrete rectangular cushion block of fritter by horizontal staggered grid, above-mentioned grid；It is dry to it
It after hard, first reset y and extracts straight cutting item out to driving cylinder, then reset x to driving cylinder to extract tooth form cutting out, finally reset z to drive
Cylinder is moved to extract press strip.
The clout reuse means of the utility model fine concrete compared with prior art, has following remarkable advantage
And beneficial effect.
Firstly, since hopper inner cavity at this time is complete continuous, therefore being entirely poured when being poured concrete into hopper
The nozzle of the mobile Grouting Pipe of Cheng Wuxu, so compared with prior art constantly moving nozzle against grid one by one, this is practical new
The casting process of type is obviously time saving and energy saving, and labor intensity is effectively reduced；Secondly, after concrete hardening, since grid is no longer as existing
Technology is equally whole, but the disassembly of point three steps, every time only one small part of disassembly, so, be subject to cohere resistance obvious
Reduce, the process of withdrawing cutting is more labor-saving, and while each twitch front portion component, has also loosened concrete and subsequent portion
The bonding of part leads to the demoulding of concrete rectangular cushion block so that the process of withdrawing subsequent parts such as press strip is also smooth laborsaving
Journey is simple and convenient, convenient power-saving, and above-mentioned knockout course be it is full automatic, further save manpower.
Preferably, the side wall on the first installation side wall opposite is equipped with and each one-to-one limiting slot of tooth form cutting；
When x is to driving cylinder outreach maximum, the free end of every rooted tooth shape cutting is resisted against in corresponding limiting slot；Second installation side
The side wall on wall opposite is equipped with limits socket with each straight cutting item correspondingly；It is every when y is to driving cylinder outreach maximum
The free end of root straight cutting item is resisted against in corresponding limit socket；In this way, limit socket and limiting slot can further limit it is each
The extreme position of cutting, so that it is solid and reliable that better effect is plugged and fixed.
As further preferred, the first installation side wall is externally provided with the spray for spraying the tooth form cutting for being extracted type chamber lubricating oil
Mouth；In this way, said nozzle can be before hopper type chamber be inserted into tooth form cutting to its oil jet lubrication, and tooth form cutting insert type chamber
Afterwards, then by straight cutting item the process being inserted into, each straight cutting item constantly pass through the lower slot of each tooth form cutting, connect with lower slot friction
In touching, each straight cutting item is also available effective glossy, therefore when later period withdrawing tooth form cutting and straight cutting, it can further decrease
The bonding resistance of concrete, so that knockout course is more smooth steady laborsaving.
As further improving, the device further include a z to rotary cylinder and one group of x to ball screw assembly,
The rotation axis of rotary cylinder be it is vertical, the rotating part and x of rotary cylinder are connected to the cylinder body of driving cylinder；The sliding block of ball screw assembly,
It is connect with z to the cylinder body of driving cylinder；In this way, rotary cylinder can make tooth form cutting horizontal hunting, opened above nozzle with evacuation
Space, and z can be moved to above nozzle by ball screw assembly, to driving cylinder and whole press strip, then from z to driving cylinder under be depressured
Item close to nozzle so that each press strip also obtain it is adequately glossy so that when later period withdrawing press strip, further reduction concrete
Bonding resistance.
It is improved as further, the side wall on the first installation side wall opposite is discharging side wall, other in addition to the side wall that discharges
Three side walls are fixed as one to form U-shaped snap-gauge, and bottom plate side and the first installation side wall are hinged below, the bottom plate other side and exit side
Wall is hinged below；The device includes the cam for regulating base board angle with horizontal plane, and bottom plate is shelved on cam；Discharge side wall
The latch structure for maintaining discharging sidewalls vertical is equipped between U-shaped snap-gauge.In this way, after each cutting and press strip are extracted,
Each concrete rectangular cushion block after demoulding is still shelved on the bottom plate of hopper, extracts bolt out at this time, so that discharging side wall is certainly
So sagging outward, then rotation cam, keeps its protrusion horizontal, causes bottom plate to discharging sidewall direction inclination, and then cause each
A concrete rectangular cushion block slides automatically along bottom plate and discharging side wall, can arrange in pairs or groups one below discharging side wall at this time automatically
Conveyer belt, to realize self-emptying.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the original state of the clout reuse means of the utility model fine concrete.
When Fig. 2 is the tooth form cutting partial insertion hopper of the clout reuse means of the utility model fine concrete
Structural schematic diagram.
Fig. 3 is the perspective view of the explosion of the part-structure of the clout reuse means of the utility model fine concrete.
Fig. 4 is that straight cutting item, tooth form cutting and the press strip of the clout reuse means of the utility model fine concrete are complete
Portion is inserted into structural schematic diagram when hopper.
Fig. 5 be the nozzle of the clout reuse means of the utility model fine concrete to tooth form cutting oil spout when side
Schematic cross-sectional view.
Fig. 6 be the nozzle of the clout reuse means of the utility model fine concrete to press strip oil spout when side section view
Structural schematic diagram.
Side sectional structure when Fig. 7 is the hopper discharging of the clout reuse means of the utility model fine concrete shows
It is intended to.
As shown in the figure 1, bottom plate, 2, hopper, 3, x to driving cylinder, the 4, first connecting plate, 5, y is to driving cylinder, the 6, second connection
Plate, 7, z to driving cylinder, 8, pressing plate, 9, tooth form cutting, 10, straight cutting item, 11, press strip, the 12, first installation side wall, 13, upper slot,
14, the second installation side wall, 15, bar shaped jack, 16, lower slot, 17, lower short slot, 18, limiting slot, 19, limit socket, 20, spray
Mouth, 21, rotary cylinder, 22, ball screw assembly, 23, discharging side wall, 24, U-shaped snap-gauge, 25, cam.
Specific embodiment
The utility model is described in further detail in the following with reference to the drawings and specific embodiments.
As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, the clout of the utility model fine concrete is recycled
Device, it includes the hopper 2 being made of a bottom plate 1 and four side walls, x to driving cylinder 3, the first connecting plate 4, y to driving cylinder
5, the second connecting plate 6, z are to driving cylinder 7 and pressing plate 8.
Piston rod from x to driving cylinder 3 through the first connecting plate 4 be fixed with that a row extends in the x-direction for horizontal slotting tooth form
Cutting 9；Piston rod from y to driving cylinder 5 through the second connecting plate 6 be fixed with that a row extends in the y-direction for horizontal slotting straight cutting item
10；Piston rod from z to driving cylinder 7 through pressing plate 8 be fixed with a row along the direction y extend for depressing press strip 11；Above-mentioned one
Row pressure item 11 is equal with row's straight cutting 10 numbers of item and corresponds.
Hopper 2 is the first installation side wall 12 close to the side wall of the first connecting plate 4, is through with a row on the first installation side wall 12
With the upper slot 13 of the one-to-one opening upwards of each tooth form cutting 9, every rooted tooth shape cutting 9 is plugged on corresponding one and above inserts
In slot 13.
Hopper 2 is the second installation side wall 14 close to the side wall of the second connecting plate 6, is through with a row on the second installation side wall 14
With the one-to-one bar shaped jack 15 of each straight cutting item 10, the every sealing of straight cutting item 10 is plugged on a corresponding bar shaped jack 15
It is interior.
A row and the one-to-one lower slot 16 that Open Side Down of every straight cutting item 10 are through in every rooted tooth shape cutting 9；
Depth, the height of bar shaped jack 15 of lower slot 16 are equal with the height of straight cutting item 10, width, the bar shaped jack of lower slot 16
15 width is equal with the thickness of straight cutting item 10.It is through with a row on each press strip 11 and each tooth form cutting 9 corresponds
Lower short slot 17, the width of lower short slot 17 is equal to the thickness of tooth form cutting 9, and the depth of lower short slot 17 is equal to the height of press strip 11.
After pressing plate 8 presses to the upper opening of hopper 2, pressing plate 8 and four side walls and bottom plate 1 constitute closed type chamber, pressure
The sum of height of item 11 and straight cutting item 10, the height of tooth form cutting 9, the depth of upper slot 13 are equal to the height of type chamber.Type chamber
1 top surface of height, that is, bottom plate to side wall top surface distance.
When whole tooth form cutting 9, straight cutting item 10 and press strip 11 protrude into type chamber to greatest extent, every straight cutting item 10
It is inserted into every rooted tooth shape cutting 9 in a corresponding lower slot 16, every rooted tooth shape cutting 9 is caught in every press strip 11 corresponding one
In lower short slot 17, and every 11 bottom surface of press strip is shelved on the top surface of a corresponding straight cutting item 10.
The side wall on the first installation 12 opposite of side wall is equipped with and the one-to-one limiting slot 18 of each tooth form cutting 9；When x to
The free end of every rooted tooth shape cutting 9 is resisted against in corresponding limiting slot 18 when 3 outreach maximum of driving cylinder；Second installation side wall
The side wall on 14 opposites is equipped with limits socket 19 with each straight cutting item 10 correspondingly；When y is maximum to 5 outreach of driving cylinder
When every straight cutting item 10 free end be resisted against in corresponding limit socket 19.
The device further include for spray 20, z of nozzle of lubricating oil to rotary cylinder 21 and one group of x to ball
Lead screw pair 22.The rotation axis of rotary cylinder 21 be it is vertical, the rotating part and x of rotary cylinder 21 are connected to the cylinder body of driving cylinder 3；Rolling
The sliding block and z of ballscrew pair 22 are connected to the cylinder body of driving cylinder 7.
Specifically, in the present embodiment, y to the cylinder body of driving cylinder 5, the cylinder body of rotary cylinder 21, nozzle 20 directly or
It is indirectly shelved on the ground through bracket.Ball screw assembly, 22 is also through column and crossbeam Suspending fixation above hopper 2, specifically
Say, the motor field frame of ball screw assembly, 22 is fixed on crossbeam, and along x to extension, crossbeam is equipped with x and slides to guiding crossbeam
Rail, sliding block are slidably fitted in sliding rail, and motor output shaft sets lead screw, and sliding block screws on lead screw.And z is to the cylinder of driving cylinder 7
Body is also secured on sliding block.Expecting in this way, horizontal ball screw assembly, 22 can draw press strip 11 to driving cylinder 7, pressing plate 8 through z
Move back and forth above 2 top of bucket or nozzle 20.When above slot 13 and tooth form cutting inner end and the first installation side are inserted into tooth form cutting 9
When 12 inner surface of wall is concordant, tooth form cutting 9 is located at the top of nozzle 20, and tooth form cutting 9 is after the extraction of upper slot 13, and is rotating
Cylinder 21 drives lower swing, so that it may which evacuation opens the space of 20 top of nozzle.
The side wall on the first installation 12 opposite of side wall is discharging side wall 23, and other three side walls in addition to the side wall 23 that discharges are fixed
Integrally formed U-shaped snap-gauge 24,1 side of bottom plate and the first installation side wall 12 are hinged through loose-leaf system hinge below, 1 other side of bottom plate and
The side wall 23 that discharges is following also hinged through loose-leaf system hinge.The device includes the cam 25 for 1 angle with horizontal plane of regulating base board,
Specifically, it is equipped with below bottom plate 1 through motor-operated cam, motor field frame is installed on the ground, and bottom plate 1 is shelved on convex
On wheel 25.Discharge the latch structure for being equipped between side wall 23 and U-shaped snap-gauge 24 and maintaining discharging side wall 23 vertical；Specifically, out
Expect that the side of side wall 23 is equipped with pin blind hole, a side wall adjacent with discharging side wall 23 is through with pin through-hole, and bolt sells through-hole
Insertion pin blind hole is to lock discharging side wall 23 and U-shaped snap-gauge 24.
The method that clout is handled using the clout reuse means of the utility model fine concrete, step is such as
Under.
A, 25 protrusion of cam upward, withstands bottom plate 1 and bottom plate 1 is made to keep horizontal, and the side wall 23 that discharges is also through bolt
Locking keeps vertical, and U-shaped snap-gauge 24 and bottom plate 1 and the side wall 23 that discharges collectively form complete hopper 2 this moment, and row's straight cutting item
10 are inserted into corresponding bar shaped jack 15 and with second to install the inner surface of side wall 14 concordant for the free end of straight cutting item 10,
And press strip 11 is suspended from 2 top of hopper, a toothrow shape cutting 9 is then located at 20 top of nozzle outside the first installation side wall 12；
B, rotary cylinder 21 is driven, so that x is to driving cylinder 3 and 9 horizontal hunting of tooth form cutting of whole to avoid out nozzle
Then 20 tops drive ball screw assembly, 22 to make its sliding block that z be driven to be moved on nozzle 20 to driving cylinder 7 and whole press strips 11
Side, driving z, which declines press strip 11 to driving cylinder 7, makes its close nozzle 20, and then nozzle 20 sprays lubricating oil to each press strip 11；
C, z is successively resetted to driving cylinder 7 and ball screw assembly, 22, is translated again so that the press strip 11 after immersion oil first rises, weight
Newly return to 2 top of hopper；Then rotary cylinder 21 is resetted, so that x is multiple to driving cylinder 3 and 9 horizontal hunting of tooth form cutting of whole
Position is to 20 top of nozzle, and nozzle 20 is to each 9 lubricating oil spraying of tooth form cutting；
D, driving x is to driving cylinder 3, so that each tooth form cutting 9 passes through corresponding upper slot 13 on the first installation side wall 12
And the free end of each tooth form cutting 9 and discharging side wall 23 inner surface against；Then driving y is to driving cylinder 5, so that each straight
Cutting 10 passes through corresponding lower slot 16 in each piece of tooth form cutting 9, and the free end of each straight cutting item 10 and the second installation side
The side wall on 14 opposite of wall against；Finally driving z is to driving cylinder 7, so that pressing plate 8 pushes the upper opening for closing hopper 2, while every
The bottom surface of root press strip 11 and corresponding 10 top surface of straight cutting item are against and the lower short slot 17 of each of every press strip 11 and corresponding tooth form
Cutting 9 pushes against；At this point, the type that whole tooth form cutting 9, straight cutting item 10 and press strips 11 is fully inserted into hopper 2 is intracavitary；And due to
Straight cutting item 10 is each passed through the corresponding lower slot 16 of every rooted tooth shape cutting 9, and 10 top of straight cutting item is also supported by corresponding press strip 11
It leans on, and press strip 11 and tooth form cutting 9 are immersion oil, therefore every straight cutting item 10 also obtains flooding system lubrication；
E, reset x to, y to, z to driving cylinder so that each press strip 11, tooth form cutting 9 and straight cutting item 10 exit hopper 2
Inner cavity and pressing plate 8 are also detached from the upper opening of feeding, then fine concrete clout is poured into the inner cavity of hopper 2, then drive again
The driving cylinder in dynamic three directions, so that whole tooth form cutting 9, straight cutting item 10 and press strips 11 is fully inserted into the type of hopper 2 again
It is intracavitary, at this point, x to tooth form cutting 9, y to straight cutting item 10 and press strip 11 be mutually inserted and collectively form vertical and horizontal grid, will
Complete cavity spacer is multiple completely self-contained rectangular chambers；
F, after the stiff cushion block at concrete rectangular of the indoor concrete of each rectangular cavity, successively three directions of reversing reset
Driving cylinder, straight cutting item 10, tooth form cutting 9 and press strip 11 are sequentially extracted out from the type chamber of hopper 2, successively with straight cutting item 10, tooth
Each concrete rectangular cushion block that shape cutting 9 and press strip 11 are detached from stays on the bottom plate 1 of hopper 2；
G, bolt is pulled out, tilts down discharging side wall 23 outward, then rotate cam 25, keeps 25 protrusion of cam horizontal,
Cause bottom plate 1 to tilt to discharging 23 side of side wall, and then leads to each concrete rectangular cushion block being shelved on bottom plate 1 originally certainly
It is dynamic to slide.
Claims (5)
1. a kind of clout reuse means of fine concrete, it includes the material being made of a bottom plate (1) and four side walls
It struggles against (2), it is characterised in that: the device further includes that x is connected to driving cylinder (3), the first connecting plate (4), y to driving cylinder (5), second
Plate (6), z are to driving cylinder (7) and pressing plate (8)；
Piston rod from x to driving cylinder (3) through the first connecting plate (4) be fixed with that a row extends in the x-direction for horizontal slotting tooth form
Cutting (9)；Piston rod from y to driving cylinder (5) through the second connecting plate (6) be fixed with that a row extends in the y-direction for horizontal slotting
Straight cutting item (10)；Piston rod from z to driving cylinder (7) through pressing plate (8) be fixed with a row along the direction y extend for depressing pressure
Item (11)；Above-mentioned row pressure item (11) is equal with straight cutting item (10) number and corresponds；
Side wall of the hopper (2) close to the first connecting plate (4) is the first installation side wall (12), is through in the first installation side wall (12)
Correspondingly upper slot (13), every rooted tooth shape cutting (9) is plugged on corresponding one and above inserts for one row and each tooth form cutting (9)
In slot (13)；Side wall of the hopper (2) close to the second connecting plate (6) is the second installation side wall (14), and second installs on side wall (14)
It is through with a row and the one-to-one bar shaped jack (15) of each straight cutting item (10), every straight cutting item (10) sealing is plugged on correspondence
A bar shaped jack (15) in；Under being through with a row and every straight cutting item (10) on every rooted tooth shape cutting (9) correspondingly
Slot (16)；Depth, the height of bar shaped jack (15) of lower slot (16) are equal with the height of straight cutting item (10)；Each press strip
(11) it is through with a row on and each tooth form cutting (9) descends short slot (17) correspondingly；
After pressing plate (8) presses to the upper opening of hopper (2), pressing plate (8) and four side walls and bottom plate (1) constitute closed type
Chamber, the sum of press strip (11) and the height of straight cutting item (10), the height of tooth form cutting (9), the depth of upper slot (13) are equal to type
The height of chamber；
When whole tooth form cutting (9), straight cutting item (10) and press strip (11) protrude into type chamber to greatest extent, every straight cutting item
(10) it is inserted on every rooted tooth shape cutting (9) in a corresponding lower slot (16), every rooted tooth shape cutting (9) is caught in every press strip
(11) in corresponding one lower short slot (17), and every press strip (11) bottom surface is shelved on the top of a corresponding straight cutting item (10)
Face.
2. the clout reuse means of fine concrete according to claim 1, it is characterised in that: the first installation side wall
(12) side wall on opposite is equipped with and the one-to-one limiting slot (18) of each tooth form cutting (9)；When x is stretched out to driving cylinder (3)
Distance is resisted against in corresponding limiting slot (18) free end of every rooted tooth shape cutting (9) when maximum；Second installation side wall (14) is right
The side wall in face is equipped with limits socket (19) with each straight cutting item (10) correspondingly；When y to driving cylinder (5) outreach most
The free end of every straight cutting item (10) is resisted against in corresponding limit socket (19) when big.
3. the clout reuse means of fine concrete according to claim 1, it is characterised in that: the first installation side wall
(12) be externally provided with the nozzle (20) that lubricating oil is sprayed the tooth form cutting (9) for being extracted type chamber.
4. the clout reuse means of fine concrete according to claim 3, it is characterised in that: it further includes one
Z to rotary cylinder (21) and one group of x to ball screw assembly, (22), the rotation axis of rotary cylinder (21) is vertical, rotary pneumatic
The rotating part and x of cylinder (21) are connected to the cylinder body of driving cylinder (3)；Cylinder of the sliding block and z of ball screw assembly, (22) to driving cylinder (7)
Body connection.
5. the clout reuse means of fine concrete according to claim 1, it is characterised in that: the first installation side wall
(12) side wall on opposite is discharging side wall (23), and except discharging, other three side walls in addition to side wall (23) are fixed as one to form U-shaped card
Plate (24), bottom plate (1) side is following hinged with the first installation side wall (12), and bottom plate (1) other side and discharging side wall (23) are following
Hingedly；The device includes the cam (25) for regulating base board (1) angle with horizontal plane, and bottom plate (1) is shelved on cam (25)；
Discharge side wall (23) latch structure for being equipped between U-shaped snap-gauge (24) and maintaining discharging side wall (23) vertical.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821120853.9U CN209240241U (en) | 2018-07-16 | 2018-07-16 | The clout reuse means of fine concrete |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821120853.9U CN209240241U (en) | 2018-07-16 | 2018-07-16 | The clout reuse means of fine concrete |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209240241U true CN209240241U (en) | 2019-08-13 |
Family
ID=67515918
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821120853.9U Active CN209240241U (en) | 2018-07-16 | 2018-07-16 | The clout reuse means of fine concrete |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209240241U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108818896A (en) * | 2018-07-16 | 2018-11-16 | 浙江省二建建设集团有限公司 | The clout reuse means and its processing method of fine concrete |
-
2018
- 2018-07-16 CN CN201821120853.9U patent/CN209240241U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108818896A (en) * | 2018-07-16 | 2018-11-16 | 浙江省二建建设集团有限公司 | The clout reuse means and its processing method of fine concrete |
| CN108818896B (en) * | 2018-07-16 | 2024-05-14 | 浙江省二建建设集团有限公司 | Surplus material recycling device of fine aggregate concrete and treatment method thereof |
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