CN106760547A - A kind of ground concrete starches device for grinding - Google Patents
A kind of ground concrete starches device for grinding Download PDFInfo
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- CN106760547A CN106760547A CN201611157591.9A CN201611157591A CN106760547A CN 106760547 A CN106760547 A CN 106760547A CN 201611157591 A CN201611157591 A CN 201611157591A CN 106760547 A CN106760547 A CN 106760547A
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- grinding
- moving substrate
- downside
- plate
- seismic mass
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- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04G—SCAFFOLDING; FORMS; SHUTTERING; BUILDING IMPLEMENTS OR AIDS, OR THEIR USE; HANDLING BUILDING MATERIALS ON THE SITE; REPAIRING, BREAKING-UP OR OTHER WORK ON EXISTING BUILDINGS
- E04G21/00—Preparing, conveying, or working-up building materials or building elements in situ; Other devices or measures for constructional work
- E04G21/02—Conveying or working-up concrete or similar masses able to be heaped or cast
- E04G21/06—Solidifying concrete, e.g. by application of vacuum before hardening
- E04G21/08—Internal vibrators, e.g. needle vibrators
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- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04G—SCAFFOLDING; FORMS; SHUTTERING; BUILDING IMPLEMENTS OR AIDS, OR THEIR USE; HANDLING BUILDING MATERIALS ON THE SITE; REPAIRING, BREAKING-UP OR OTHER WORK ON EXISTING BUILDINGS
- E04G21/00—Preparing, conveying, or working-up building materials or building elements in situ; Other devices or measures for constructional work
- E04G21/02—Conveying or working-up concrete or similar masses able to be heaped or cast
- E04G21/10—Devices for levelling, e.g. templates or boards
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- Engineering & Computer Science (AREA)
- Architecture (AREA)
- Mechanical Engineering (AREA)
- Civil Engineering (AREA)
- Structural Engineering (AREA)
- Crushing And Grinding (AREA)
- Processing Of Stones Or Stones Resemblance Materials (AREA)
Abstract
The invention provides a kind of ground concrete slurry device for grinding, belong to ground construction equipment technical field.It solves existing concrete slurry and polishes that labour intensity is high, and the poor problem of construction quality.This ground concrete starches device for grinding, including moving substrate, moving substrate is connected with bradyseism plate, the link of annular is fixed with bradyseism plate, some seismic mass are slidably connected on link, moving substrate front end is connected with connecting plate, mill is rotatably connected on connecting plate, the scraper plate of strip is also hinged with connecting plate downside, being provided between scraper plate and connecting plate can adjust the regulating part two of angle between scraper plate and connecting plate, and driving member is provided between motor and seismic mass.This ground concrete slurry device for grinding can be polished to the concrete grout for being cast in ground, and construction quality is good.
Description
Technical field
The invention belongs to ground construction equipment technical field, it is related to a kind of ground concrete slurry device for grinding.
Background technology
Concrete refers to by the general designation of the cementing integral engineered composite material that gathers materials, the coagulation generally said by Binder Materials
A native word refers to make Binder Materials with cement, and sand, masonry gather materials, and match somebody with somebody by a certain percentage with water (can contain additive and admixture)
Close, it is agitated obtained by cement concrete, also referred to as normal concrete, it is widely used in civil engineering.Concrete is according to apparent
The big I of density is divided into：Loaded concrete, normal concrete, lightweight concrete, these three concrete differences are exactly aggregate
Difference.In building construction process, concrete needs laying on the ground, and needs to polish the upper surface of concrete, hand
The dynamic labour intensity that carries out is high, and construction quality is poor.
The content of the invention
The purpose of the present invention is directed to existing technology and there is above mentioned problem, it is proposed that a kind of ground concrete slurry polishes dress
Put, this ground concrete slurry device for grinding can be polished to the concrete grout for being cast in ground, and construction quality is good.
The purpose of the present invention can be realized by following technical proposal：A kind of ground concrete starches device for grinding, including is in
The moving substrate of rectangle, the upper side of the moving substrate rear end is fixed with handle, and the downside of moving substrate rear end is hinged with
Two rollers, it is characterised in that the rear end of the moving substrate is connected with bradyseism plate, and annular is fixed with the bradyseism plate downside
Link, the link is horizontally disposed with, and is vertically slidably connected on the lower section of moving substrate, the link
There are some seismic mass, and seismic mass is circumferential uniform, and connecting plate, the connection are connected with the downside of the moving substrate front end
Plate is rotatably connected to mill on downside, and the mill is horizontally disposed with, and the moving substrate is provided with can drive mill circumferentially to turn
Dynamic motor, the moving substrate is provided with the regulating part one that can adjust connecting plate height, the connecting plate downside
On be also hinged with the scraper plate of strip, the length direction of the scraper plate is consistent with the width of moving substrate, and scraper plate is located at mill
Between disk and link, being provided between the scraper plate and connecting plate can adjust the regulating part of angle between scraper plate and connecting plate
Two, the driving member that some seismic mass can be driven to move up and down is provided between the motor and seismic mass.
This device for grinding is placed on concrete grout top, the mill downside of front end can be fitted in concrete grout upper table
Face, and the roller of rear end is then embedded in concrete grout and moving substrate is supported, workmen's hand-held handle is simultaneously dragged backward
Moving substrate, in moving process, motor is operated and by driving member so that the seismic mass on link up and down reciprocatingly shakes,
That is the lower end of seismic mass is inserted into concrete grout and back and forth shakes so that concrete grout can sink, it is to avoid concrete grout
Inside there is partial cavity or indivedual larger lump protrusion concrete grout upper surfaces, be that the plain grinding operation of mill is laid a solid foundation,
With the movement of moving substrate, scraper plate can further strike off concrete grout upper surface so that concrete grout upper surface
With preferable levelness, and then mill is moved to the concrete grout upper surface that strikes off and carries out plain grinding so that on concrete grout
Surface smooths, and due to that can adjust the height of connecting plate by regulating part one, that is, adjusts working face and idler wheel bottom under mill
Distance, therefore, it is possible to be applied to the concrete grout of different-thickness, at the same time, scraper plate can be further by mill plain grinding after striking off
So that concrete grout sinks, therefore needs to leave certain surplus after hanging plate strikes off, and the edge lower long of scraper plate is working edge
Edge, the angle of inclination of scraper plate can be adjusted by regulating part two, that is, adjust the difference in height of scraper plate lower edge and mill working face, because
This can adjust the altitude margin after scraper plate strikes off, strong applicability.
In above-mentioned ground concrete slurry device for grinding, the rear end of the moving substrate offers rectangular indentation, described
Bradyseism plate is rectangular, and four edges of bradyseism plate are respectively connected with bradyseism spring, and the free end of the bradyseism spring is connected to
The edge of rectangular indentation.I.e. bradyseism plate is connected on moving substrate by four bradyseism springs, it is to avoid the shaking force of seismic mass
Passing to moving substrate causes mill to rotate not enough steadily, influences plain grinding quality.
In above-mentioned ground concrete slurry device for grinding, vertically four connections are fixed with the link upper side
Post, four connecting poles are symmetrical arranged with respect to link center line, and the upper end of connecting pole is vertically connected in the downside of bradyseism plate
On, the link is circumferentially fixed with some adapter sleeves, and the seismic mass is in the form of a column, and seismic mass sliding plug is in adapter sleeve
Interior, the two ends of adapter sleeve are stretched out at the two ends of the seismic mass respectively, and the upper end of seismic mass circumferentially have annular against convex
Edge, is also arranged with back-moving spring in the seismic mass, the upper end of the back-moving spring is pressed on against on the downside of convex edge, lower end
It is pressed on adapter sleeve upper surface.I.e. seismic mass is plugged in the adapter sleeve of link, and the lower end of seismic mass is inserted into mixing
In solidifying soil paste, and back-moving spring then plays support to seismic mass, while for the vibrations of seismic mass provide elastic force.
In above-mentioned ground concrete slurry device for grinding, the driving member includes transmission ring, the bradyseism plate downside
Upper have a convex annular edge, and the convex annular circumferentially is circumferentially offered to be rotated in annular link slot, the link slot on wall and is arranged
There is turning set, above-mentioned transmission ring is connected on turning set, and transmission ring and the concentric setting of link, the downside of the transmission ring
Face circumferentially has some wedge-shaped drive blocks, and the upper end of above-mentioned seismic mass can lean with drive block, the motor with turn
It is connected between dynamic set, the front end of the moving substrate is rotatably connected to main shaft, and above-mentioned motor is connected with main shaft, institute
Moving substrate downside is stretched out in the lower end for stating main shaft, and is fixed with driving pulley in lower end, is connected on the turning set periphery wall
There is driven pulley, the driving pulley is connected with driven pulley by belt.I.e. motor is driven by belt wheel transmission and passed
Rotating ring rotates, and when transmission ring rotates, in the presence of back-moving spring, upper end is pressed on transmission ring downside seismic mass, while
With the rotation of transmission ring, the upper end of seismic mass slides into the top of drive block by the inclined-plane of the drive block of wedge shape, works as vibrations
Block skip drive block it is top when can quickly be pushed up to transmission ring side under action of reset spring so that seismic mass occur shake
Swing, and then realize vibrating effect.
In above-mentioned ground concrete slurry device for grinding, there are two bar shaped convex edges, two bar shaped convex edges on the connecting plate
Set along the width of moving substrate, bar-shaped trough, two are offered along its length on the downside of the bar shaped convex edge
Pilot hole is offered along its length on the opposing end surface of the bar shaped convex edge, and the pilot hole connects with bar-shaped trough, described
Sliding plug has nutted rod in pilot hole, and the bar-shaped trough is interior to be fixed with tensioning spring, the one of the nutted rod along its length
Bar-shaped trough is stretched at end, and is mutually compressed with tensioning spring, and the other end stretches out pilot hole, and is hinged with tensioning wheel in external part, described
Tensioning wheel is pressed on belt lateral surface.The bounce of position is likely to occur due to bradyseism plate, because compressing skin by two tensioning wheels
Band, it is to avoid loosening and skidding or come off occur in belt, and two tensioning wheels are respectively positioned at the both sides of belt, the tensioning to belt
Power is uniform.
In above-mentioned ground concrete slurry device for grinding, the end of the nutted rod is fixed with U-board, above-mentioned tensioning wheel
It is hinged on relative two medial surfaces of U-board, spacing fin, above-mentioned belt is respectively provided with relative two medial surfaces of the U-board
Between spacing fin and tensioning wheel, width of the distance between the spacing fin less than belt described in two.I.e. belt is stuck in U
In shape plate, while belt can be moved along its length, it is to avoid tensioning wheel departs from belt.
In above-mentioned ground concrete slurry device for grinding, circumferentially there are some abrading blocks, institute on the downside of the mill
State abrading block and be respectively provided with the spigot surface that pressure flat surface grinding and relative pressure flat surface grinding are obliquely installed, some described pressure flat surface grindings are same
In plane, the spigot surface is round and smooth with pressure flat surface grinding excessively.I.e. pressure flat surface grinding is the working face of mill, and concrete grout is by being oriented to
Face is pressed into pressure flat surface grinding, realizes pushing and plain grinding to concrete grout.
In above-mentioned ground concrete slurry device for grinding, the regulating part one includes some adjusting screw rods, the regulation
Screw rod is vertically connected on the upper side of connecting plate, and some connecting holes are offered on the moving substrate, above-mentioned adjusting screw rod
Upper end passes through connecting hole, and two adjusting nuts are bolted with the adjusting screw rod, and two adjusting nuts are located at the upper and lower of moving substrate
Both sides simultaneously mutually compress with moving substrate.Realize that the height of connecting plate is adjusted by rotating the adjusting nut on same adjusting screw rod
Section, simple structure is easy to operate.
In above-mentioned ground concrete slurry device for grinding, there is terminal pad, the connecting plate on the mill upper side
On offer centre bore, above-mentioned terminal pad is located in centre bore, and is connected by bearing with center bore inner wall, in the terminal pad
Spliced eye is offered, chute is offered on the spliced eye internal perisporium, the lower end of the main shaft is fixed with inserting column, the inserting column
Periphery wall on there is connection convex edge along its length, the inserting column is plugged in spliced eye, and connection convex edge is slidably connected
In chute.I.e. main shaft realizes spline fitted by inserting column and terminal pad, i.e., when connecting plate height is adjusted, terminal pad can
Relative to inserting column movement, while inserting column has circumferential driving force to terminal pad.
In above-mentioned ground concrete slurry device for grinding, the regulating part two includes two regulating bolts, the connecting plate
Downside on there are two connecting seats, the two ends of above-mentioned scraper plate respectively by hinge on two connecting seats, the connecting seat
On be respectively provided with the arc of arc strip, deep-slotted chip breaker is offered on the arc along its length, the two ends of the scraper plate are equal
Screw is offered, above-mentioned regulating bolt is through deep-slotted chip breaker and is screwed onto in screw.Scraper plate can be put after unscrewing regulating bolt
Dynamic regulation, while the deep-slotted chip breaker on arc is oriented to and is supported to scraper plate, Stability Analysis of Structures.
Compared with prior art, the present invention has advantages below：
1st, because the lower end of seismic mass is inserted into concrete grout and is back and forth shaken so that concrete grout can sink,
Avoid occurring partial cavity or indivedual larger lump protrusion concrete grout upper surfaces in concrete grout, be the plain grinding work of mill
Sequence is laid a solid foundation, and improves construction quality.
2nd, because the edge lower long of scraper plate is working edge edge, the angle of inclination of scraper plate can be adjusted by regulating part two, i.e.,
Regulation scraper plate lower edge and the difference in height of mill working face, therefore, it is possible to adjust the thickness surplus that scraper plate strikes off rear concrete grout,
Strong applicability.
3rd, because roller needs to be embedded in keep moving substrate steadily to move in concrete grout, therefore by the energy of regulating part one
The height of connecting plate is enough adjusted, that is, adjusts the distance of working face and idler wheel bottom under mill, enabling suitable for different-thickness
Concrete grout, strong applicability.
Brief description of the drawings
Fig. 1 is the dimensional structure diagram that this ground concrete starches device for grinding.
Fig. 2 is the structure sectional view that this ground concrete starches device for grinding.
Fig. 3 is the schematic enlarged-scale view at A in Fig. 2.
Fig. 4 is the schematic enlarged-scale view at B in Fig. 1.
Fig. 5 is the schematic enlarged-scale view at C in Fig. 1.
Fig. 6 is the schematic enlarged-scale view at D in Fig. 2.
Fig. 7 is the schematic enlarged-scale view at E in Fig. 1.
In figure, 1, moving substrate；11st, handle；12nd, roller；13rd, bradyseism plate；131st, bradyseism spring；132nd, convex annular edge；
133rd, link slot；14th, connecting plate；141st, bar shaped convex edge；142nd, bar-shaped trough；143rd, pilot hole；144th, connecting seat；15th, electricity is driven
Machine；16th, rectangular indentation；17th, main shaft；171st, driving pulley；172nd, inserting column；173rd, convex edge is connected；2nd, link；21st, shake
Block；211st, against convex edge；212nd, back-moving spring；22nd, connecting pole；23rd, adapter sleeve；3rd, mill；31st, abrading block；32nd, flat surface grinding is pressed；
33rd, spigot surface；34th, terminal pad；35th, spliced eye；36th, chute；4th, scraper plate；5th, regulating part one；51st, adjusting screw rod；52nd, spiral shell is adjusted
It is female；6th, regulating part two；61st, arc；62nd, deep-slotted chip breaker；63rd, regulating bolt；7th, driving member；71st, transmission ring；72nd, drive block；
73rd, turning set；74th, driven pulley；75th, belt；8th, tensioning wheel；81st, nutted rod；82nd, tensioning spring；83rd, U-board；84th, it is spacing
Fin.
Specific embodiment
The following is specific embodiment of the invention and with reference to accompanying drawing, technical scheme is further described,
But the present invention is not limited to these embodiments.
As shown in Figures 1 to 7, a kind of ground concrete slurry device for grinding, including rectangular moving substrate 1, mobile base
The upper side of the rear end of plate 1 is fixed with handle 11, and the downside of the rear end of moving substrate 1 is hinged with two rollers 12, after moving substrate 1
End is connected with bradyseism plate 13, and the link 2 of annular is fixed with the downside of bradyseism plate 13, and the link 2 is horizontally disposed with, and is located at
The lower section of moving substrate 1, vertically slidably connects some seismic mass 21 on link 2, and seismic mass 21 is circumferential uniform,
Connecting plate 14 is connected with the downside of the front end of moving substrate 1, connecting plate 14 is rotatably connected to mill 3 on downside, the mill 3
Horizontally disposed, moving substrate 1 is provided with the motor 15 that mill 3 can be driven to circumferentially rotate, and moving substrate 1 is provided with can
The regulating part 1 of the height of connecting plate 14 is adjusted, the scraper plate 4 of strip, the length of the scraper plate 4 are also hinged with the downside of connecting plate 14
Degree direction is consistent with the width of moving substrate 1, and scraper plate 4 is positioned between mill 3 and link 2, scraper plate 4 and connecting plate 14
Between be provided with the regulating part 26 that can adjust angle between scraper plate 4 and connecting plate 14, set between motor 15 and seismic mass 21
There is the driving member 7 that some seismic mass 21 can be driven to move up and down.
This device for grinding is placed on concrete grout top, the downside of mill 3 of front end can be fitted on concrete grout
Surface, and the roller 12 of rear end is then embedded in and concrete grout and is supported to moving substrate 1, workmen's hand-held handle 11 and to
Moving substrate 1 is dragged afterwards, and in moving process, motor 15 is operated and by driving member 7 so that seismic mass 21 on link 2
Up and down reciprocatingly shake, i.e. the lower end of seismic mass 21 is inserted into concrete grout and back and forth shakes so that concrete grout can under
It is heavy, it is to avoid to occur partial cavity or indivedual larger lump protrusion concrete grout upper surfaces in concrete grout, be the flat of mill 3
Grinder sequence is laid a solid foundation, and with the movement of moving substrate 1, scraper plate 4 can further strike off concrete grout upper surface, make
Concrete grout upper surface has a preferable levelness, and then mill 3 is moved to the concrete grout upper surface that strikes off and is put down
Mill so that concrete grout upper surface smooths, due to that can adjust the height of connecting plate 14 by regulating part 1, that is, adjusts mill 3
Lower working face and the distance of the bottom of roller 12, therefore, it is possible to be applied to the concrete grout of different-thickness, at the same time, scraper plate 4 is scraped
Pass through plain grinding meeting of mill 3 after flat further such that concrete grout sinking, therefore need to leave certain surplus after hanging plate strikes off,
And the edge lower long of scraper plate 4 is working edge edge, the angle of inclination of scraper plate 4 can be adjusted by regulating part 26, that is, adjust scraper plate 4
Lower edge and the difference in height of the working face of mill 3, therefore, it is possible to adjust the altitude margin after scraper plate 4 strikes off, strong applicability.
Specifically, the rear end of moving substrate 1 offers rectangular indentation 16, and bradyseism plate 13 is rectangular, and bradyseism plate 13
Four edges are respectively connected with bradyseism spring 131, and the free end of bradyseism spring 131 is connected to the edge of rectangular indentation 16, i.e.,
Bradyseism plate 13 is connected on moving substrate 1 by four bradyseism springs 131, it is to avoid the shaking force of seismic mass 21 passes to mobile base
It is not steady enough that plate 1 causes mill 3 to rotate, and influences plain grinding quality.
It is vertical on the upper side of the link 2 to be fixed with four connecting poles 22, the relative center line pair of link 2 of four connecting pole 22
Claim to set, and the upper end of connecting pole 22 is vertically connected on the downside of bradyseism plate 13, the link 2 is circumferentially fixed with some
Adapter sleeve 23, the seismic mass 21 is in the form of a column, and the sliding plug of seismic mass 21 is in adapter sleeve 23, the two ends of the seismic mass 21
The two ends of adapter sleeve 23 are stretched out respectively, and in the upper end of seismic mass 21 circumferentially with annular against convex edge 211, the seismic mass
Back-moving spring 212 is also arranged with 21, the upper end of the back-moving spring 212 is pressed on against on the downside of convex edge 211, and lower end is supported
It is pressed on the upper surface of adapter sleeve 23, i.e., seismic mass 21 is plugged in the adapter sleeve 23 of link 2, and the lower end of seismic mass 21 can
In insertion concrete grout, and back-moving spring 212 then plays support to seismic mass 21, while for the vibrations of seismic mass 21 provide bullet
Power.
Specifically, driving member 7 includes transmission ring 71, has the convex annular of annular on the downside of bradyseism plate 13 along 132, ring
Circumferentially offer to be rotated in annular link slot 133, link slot 133 on the periphery wall of shape convex edge 132 and be arranged with turning set 73, transmission ring
71 are connected on turning set 73, and transmission ring 71 and the concentric setting of link 2, and the downside of transmission ring 71 is circumferentially with some
Wedge-shaped drive block 72, the upper end of seismic mass 21 can lean with drive block 72, be driven between motor 15 and turning set 73
Connection, the front end of moving substrate 1 is rotatably connected to main shaft 17, and motor 15 is connected with main shaft 17, and the lower end of main shaft 17 is stretched
Go out the downside of moving substrate 1, and driving pulley 171 be fixed with lower end, driven pulley 74 is fixed with the periphery wall of turning set 73,
Driving pulley 171 is connected with driven pulley 74 by belt 75, i.e., motor 15 drives transmission ring 71 by belt wheel transmission
Rotation, when transmission ring 71 rotates, in the presence of back-moving spring 212, upper end is pressed on the downside of transmission ring 71 seismic mass 21,
Simultaneously with the rotation of transmission ring 71, the upper end of seismic mass 21 is slid into the top of drive block 72 by the inclined-plane of the drive block 72 of wedge shape
Point place, when seismic mass 21 skip drive block 72 it is top when can back-moving spring 212 act under quickly push up to the side of transmission ring 71
Face so that concussion occurs in seismic mass 21, and then realizes vibrating effect.
Specifically, there are two bar shaped convex edges 141, the two bar shapeds convex edge 141 is along the width of moving substrate 1 on connecting plate 14
Degree direction is set, and offers bar-shaped trough 142, the phase of two bar shaped convex edges 141 on the downside of bar shaped convex edge 141 along its length
To offering pilot hole 143 on end face along its length, the pilot hole 143 connects with bar-shaped trough 142, in pilot hole 143
Sliding plug has nutted rod 81, and bar-shaped trough 142 is interior to be fixed with tensioning spring 82 along its length, and bar is stretched into one end of nutted rod 81
Shape groove 142, and mutually compressed with tensioning spring 82, the other end stretches out pilot hole 143, and is hinged with tensioning wheel 8 in external part, tensioning
Wheel 8 is pressed on the lateral surface of belt 75, the bounce of position is likely to occur due to bradyseism plate 13, because being compressed by two tensioning wheels 8
Belt 75, it is to avoid loosening and skidding or come off occur in belt 75, and two tensioning wheels 8 are respectively positioned at the both sides of belt 75, right
The tensile force of belt 75 is uniform.
Specifically, the end of nutted rod 81 is fixed with U-board 83, and tensioning wheel 8 is hinged on relative two inner side of U-board 83
On face, be respectively provided with spacing fin 84 on relative two medial surfaces of U-board 83, belt 75 be located at spacing fin 84 and tensioning wheel 8 it
Between, less than the width of belt 75, i.e. belt 75 is stuck in U-board 83 the distance between two spacing fins 84, while belt 75
Can move along its length, it is to avoid tensioning wheel 8 departs from belt 75.
Specifically, circumferentially there are some abrading blocks 31, abrading block 31 is respectively provided with pressure flat surface grinding 32 and phase on the downside of mill 3
The spigot surface 33 being obliquely installed to pressure flat surface grinding 32, if dry-pressing flat surface grinding 32 is in the same plane, spigot surface 33 is polished with pressure
Face 32 is round and smooth excessively, that is, it is the working face of mill 3 to press flat surface grinding 32, and concrete grout is pressed into pressure flat surface grinding by spigot surface 33
32, realize pushing and plain grinding to concrete grout.
Specifically, regulating part 1 includes some adjusting screw rods 51, and adjusting screw rod 51 is vertically connected in the upper of connecting plate 14
On side, some connecting holes are offered on moving substrate 1, the upper end of adjusting screw rod 51 passes through connecting hole, spiral shell on adjusting screw rod 51
Two adjusting nuts 52 are connected to, and two adjusting nuts 52 are located at the both sides up and down of moving substrate 1 and are mutually compressed with moving substrate 1, i.e.,
The height for realizing connecting plate 14 by the adjusting nut 52 rotated on same adjusting screw rod 51 is adjusted, and simple structure is easy to operate.
There is terminal pad 34 on the upper side of mill 3, centre bore is offered on connecting plate 14, terminal pad 34 is located in centre bore, and with
Heart hole inwall is connected by bearing, and spliced eye 35 is offered in terminal pad 34, and chute 36 is offered on the internal perisporium of spliced eye 35, main
The lower end of axle 17 is fixed with inserting column 172, has connection convex edge 173, grafting on the periphery wall of the inserting column 172 along its length
Post 172 is plugged in spliced eye 35, and connection convex edge 173 be slidably connected in chute 36, i.e., main shaft 17 by inserting column 172 with
Terminal pad 34 realizes spline fitted, i.e., when 14 height of connecting plate is adjusted, terminal pad 34 can be moved relative to inserting column 172, while
Inserting column 172 has circumferential driving force to terminal pad 34.
Specifically, regulating part 26 includes two regulating bolts 63, has two connecting seats 144 on the downside of connecting plate 14,
The two ends of scraper plate 4 are respectively provided with the arc of arc strip respectively by hinge on two connecting seats 144 on connecting seat 144
61, deep-slotted chip breaker 62 is offered on arc 61 along its length, the two ends of scraper plate 4 offer screw, and regulating bolt 63 is passed through
Deep-slotted chip breaker 62 is simultaneously screwed onto in screw, and scraper plate 4 can carry out oscillation adjustment after unscrewing regulating bolt 63, while on arc 61
Deep-slotted chip breaker 62 is oriented to and is supported to scraper plate 4, Stability Analysis of Structures.
Specific embodiment described herein is only to the spiritual explanation for example of the present invention.Technology neck belonging to of the invention
The technical staff in domain can be made various modifications or supplement to described specific embodiment or be replaced using similar mode
Generation, but without departing from spirit of the invention or surmount scope defined in appended claims.
Claims (10)
1. a kind of ground concrete slurry device for grinding, including rectangular moving substrate (1), moving substrate (1) rear end
Upper side is fixed with handle (11), and the downside of moving substrate (1) rear end is hinged with two rollers (12), it is characterised in that described
The rear end of moving substrate (1) is connected with bradyseism plate (13), and the link of annular is fixed with bradyseism plate (13) downside
(2), the link (2) is horizontally disposed with, and is vertically slided on the lower section of moving substrate (1), the link (2)
Some seismic mass (21) are connected with, and seismic mass (21) is circumferential uniform, is connected with the downside of moving substrate (1) front end
Connecting plate (14), mill (3) is rotatably connected on connecting plate (14) downside, and the mill (3) is horizontally disposed with, the movement
Substrate (1) is provided with the motor (15) that mill (3) can be driven to circumferentially rotate, and the moving substrate (1) is provided with can
The regulating part one (5) of connecting plate (14) height is adjusted, the scraper plate of strip is also hinged with connecting plate (14) downside
(4), the length direction of the scraper plate (4) is consistent with the width of moving substrate (1), and scraper plate (4) positioned at mill (3) be connected
Between frame (2), being provided between the scraper plate (4) and connecting plate (14) can adjust angle between scraper plate (4) and connecting plate (14)
Regulating part two (6), be provided between the motor (15) and seismic mass (21) can drive some seismic mass (21) up and down
Mobile driving member (7).
2. ground concrete according to claim 1 starches device for grinding, it is characterised in that after the moving substrate (1)
End offer rectangular indentation (16), the bradyseism plate (13) is rectangular, and bradyseism plate (13) four edges be respectively connected with it is slow
Shake spring (131), the free end of the bradyseism spring (131) is connected to the edge of rectangular indentation (16).
3. ground concrete according to claim 2 starches device for grinding, it is characterised in that link (2) upper side
On be vertically fixed with four connecting poles (22), four connecting poles (22) are symmetrical arranged with respect to link (2) center line, and connecting pole (22)
Upper end be vertically connected on the downside of bradyseism plate (13), the link (2) is circumferentially fixed with some adapter sleeves (23), institute
Seismic mass (21) is stated to be in the form of a column, and seismic mass (21) sliding plug is in adapter sleeve (23), the two ends point of the seismic mass (21)
The two ends of adapter sleeve (23) are not stretched out, and in the upper end of seismic mass (21) circumferentially with annular against convex edge (211), the shake
Back-moving spring (212) is also arranged with motion block (21), the upper end of the back-moving spring (212) is pressed on against under convex edge (211)
On side, lower end is pressed on adapter sleeve (23) upper surface.
4. ground concrete according to claim 3 starches device for grinding, it is characterised in that the driving member (7) includes passing
Rotating ring (71), has convex annular along (132), convex annular edge (132) periphery wall last week on bradyseism plate (13) downside
Turning set (73), above-mentioned transmission ring (71) are arranged with to offering to be rotated in annular link slot (133), the link slot (133)
It is connected on turning set (73), and transmission ring (71) and link (2) concentric setting, the downside week of the transmission ring (71)
Can be leant with drive block (72) to the upper end with some wedge-shaped drive blocks (72), above-mentioned seismic mass (21), the driving
It is connected between motor (15) and turning set (73), the front end of the moving substrate (1) is rotatably connected to main shaft (17), above-mentioned
Motor (15) is connected with main shaft (17), and moving substrate (1) downside is stretched out in the lower end of the main shaft (17), and in lower end
Driving pulley (171) is fixed with, driven pulley (74), the driving pulley are fixed with turning set (73) periphery wall
(171) it is connected by belt (75) with driven pulley (74).
5. ground concrete according to claim 4 starches device for grinding, it is characterised in that have on the connecting plate (14)
Two bar shaped convex edges (141), the two bar shapeds convex edge (141) is set along the width of moving substrate (1), the bar shaped convex edge
(141) bar-shaped trough (142) is offered on downside along its length, on the opposing end surface of bar shaped convex edge (141) described in two
Pilot hole (143) is offered along its length, and the pilot hole (143) connects with bar-shaped trough (142), the pilot hole
(143) interior sliding plug has nutted rod (81), and the bar-shaped trough (142) is interior to be fixed with tensioning spring (82), institute along its length
Bar-shaped trough (142) is stretched into the one end for stating nutted rod (81), and is mutually compressed with tensioning spring (82), and the other end stretches out pilot hole
(143) tensioning wheel (8), and in external part is hinged with, the tensioning wheel (8) is pressed on belt (75) lateral surface.
6. ground concrete according to claim 5 starches device for grinding, it is characterised in that the end of the nutted rod (81)
U-board (83) is fixed with, above-mentioned tensioning wheel (8) is hinged on relative two medial surfaces of U-board (83), the U-board (83)
With respect to being respectively provided with spacing fin (84) on two medial surfaces, above-mentioned belt (75) between spacing fin (84) and tensioning wheel (8),
Width of the distance between the spacing fin (84) described in two less than belt (75).
7. the ground concrete according to claim 5 or 6 starches device for grinding, it is characterised in that the downside of the mill (3)
Circumferentially there are some abrading blocks (31), the abrading block (31) is respectively provided with pressure flat surface grinding (32) and relative pressure flat surface grinding (32) inclines on face
The spigot surface (33) of setting, in the same plane, the spigot surface (33) polishes with pressure for some described pressure flat surface grindings (32)
Face (32) is round and smooth excessively.
8. ground concrete according to claim 7 starches device for grinding, it is characterised in that the regulating part one (5) includes
Some adjusting screw rods (51), the adjusting screw rod (51) is vertically connected on the upper side of connecting plate (14), the moving substrate
(1) some connecting holes are offered on, the upper end of above-mentioned adjusting screw rod (51) passes through connecting hole, is spirally connected on the adjusting screw rod (51)
There are two adjusting nuts (52), and two adjusting nuts (52) offset positioned at the both sides up and down of moving substrate (1) and with moving substrate (1)
Pressure.
9. ground concrete according to claim 8 starches device for grinding, it is characterised in that on mill (3) upper side
With terminal pad (34), centre bore is offered on the connecting plate (14), above-mentioned terminal pad (34) in centre bore, and with
Heart hole inwall is connected by bearing, spliced eye (35) is offered on the terminal pad (34), on spliced eye (35) internal perisporium
Chute (36) is offered, the lower end of the main shaft (17) is fixed with inserting column (172), edge on the periphery wall of the inserting column (172)
Length direction has connection convex edge (173), and the inserting column (172) is plugged in spliced eye (35), and connection convex edge (173) is sliding
It is dynamic to be connected in chute (36).
10. ground concrete according to claim 9 starches device for grinding, it is characterised in that the regulating part two (6) includes
Two regulating bolts (63), have two connecting seats (144), the two ends point of above-mentioned scraper plate (4) on the downside of the connecting plate (14)
Not Tong Guo hinge on two connecting seats (144), the arc (61) of arc strip is respectively provided with the connecting seat (144),
Deep-slotted chip breaker (62) is offered on the arc (61) along its length, the two ends of the scraper plate (4) offer screw, above-mentioned
Regulating bolt (63) is through deep-slotted chip breaker (62) and is screwed onto in screw.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611157591.9A CN106760547B (en) | 2016-12-15 | 2016-12-15 | A kind of ground concrete slurry device for grinding |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201611157591.9A CN106760547B (en) | 2016-12-15 | 2016-12-15 | A kind of ground concrete slurry device for grinding |
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| CN106760547A true CN106760547A (en) | 2017-05-31 |
| CN106760547B CN106760547B (en) | 2019-01-25 |
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| CN201611157591.9A Active CN106760547B (en) | 2016-12-15 | 2016-12-15 | A kind of ground concrete slurry device for grinding |
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| CN108643575A (en) * | 2018-03-28 | 2018-10-12 | 安徽盛美金属科技有限公司 | A kind of automatic flat-plate process equipment |
| CN110670858A (en) * | 2019-10-12 | 2020-01-10 | 广东博智林机器人有限公司 | Trowelling device and trowelling machine |
| CN112681074A (en) * | 2020-12-23 | 2021-04-20 | 澧县荣友沥青混凝土有限责任公司 | A portable concrete vibrating device for road construction |
| CN112962970A (en) * | 2021-02-24 | 2021-06-15 | 周世荣 | Tool for building decoration and use method thereof |
| CN113322750A (en) * | 2021-05-31 | 2021-08-31 | 石河子大学 | Cement paving road surface construction equipment |
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| US20120177441A1 (en) * | 2009-01-20 | 2012-07-12 | Lura Dennis K | Powered roller screed with riser wheel |
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| CN112962970A (en) * | 2021-02-24 | 2021-06-15 | 周世荣 | Tool for building decoration and use method thereof |
| CN113322750A (en) * | 2021-05-31 | 2021-08-31 | 石河子大学 | Cement paving road surface construction equipment |
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| CN106760547B (en) | 2019-01-25 |
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