CN105690554B - Whote-wet method concrete curb forming machine - Google Patents
Whote-wet method concrete curb forming machine Download PDFInfo
- Publication number
- CN105690554B CN105690554B CN201610130634.8A CN201610130634A CN105690554B CN 105690554 B CN105690554 B CN 105690554B CN 201610130634 A CN201610130634 A CN 201610130634A CN 105690554 B CN105690554 B CN 105690554B
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- Prior art keywords
- frame
- mould
- sucker
- fixed
- crane
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- 238000000034 method Methods 0.000 title claims abstract description 23
- 230000007246 mechanism Effects 0.000 claims abstract description 100
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims abstract description 36
- 239000000284 extract Substances 0.000 claims abstract description 18
- 238000007664 blowing Methods 0.000 claims abstract description 10
- 238000003860 storage Methods 0.000 claims description 57
- 230000009471 action Effects 0.000 claims description 49
- 230000037433 frameshift Effects 0.000 claims description 45
- 230000000694 effects Effects 0.000 claims description 32
- 230000007704 transition Effects 0.000 claims description 27
- 239000000853 adhesive Substances 0.000 claims description 24
- 230000001070 adhesive effect Effects 0.000 claims description 24
- 239000004575 stone Substances 0.000 claims description 22
- 230000009467 reduction Effects 0.000 claims description 18
- 238000007493 shaping process Methods 0.000 claims description 17
- 238000005096 rolling process Methods 0.000 claims description 14
- 238000004140 cleaning Methods 0.000 claims description 11
- 238000013016 damping Methods 0.000 claims description 9
- 238000013519 translation Methods 0.000 claims description 9
- 238000000605 extraction Methods 0.000 claims description 8
- 238000010079 rubber tapping Methods 0.000 claims description 8
- 238000005086 pumping Methods 0.000 claims description 7
- 239000007787 solid Substances 0.000 claims description 7
- XEEYBQQBJWHFJM-UHFFFAOYSA-N Iron Chemical compound [Fe] XEEYBQQBJWHFJM-UHFFFAOYSA-N 0.000 claims description 5
- 230000000994 depressogenic effect Effects 0.000 claims description 5
- 101100532451 Rattus norvegicus Slc22a17 gene Proteins 0.000 claims description 4
- 239000000203 mixture Substances 0.000 claims description 4
- 230000005540 biological transmission Effects 0.000 claims description 3
- 238000003780 insertion Methods 0.000 claims description 3
- 230000037431 insertion Effects 0.000 claims description 3
- 230000005611 electricity Effects 0.000 claims description 2
- 229910052742 iron Inorganic materials 0.000 claims description 2
- 241000252254 Catostomidae Species 0.000 claims 1
- 239000006096 absorbing agent Substances 0.000 abstract description 2
- 239000000047 product Substances 0.000 description 88
- 239000003921 oil Substances 0.000 description 19
- 238000006073 displacement reaction Methods 0.000 description 10
- 239000007788 liquid Substances 0.000 description 5
- 239000000463 material Substances 0.000 description 5
- 239000002994 raw material Substances 0.000 description 5
- 239000004480 active ingredient Substances 0.000 description 4
- 239000011449 brick Substances 0.000 description 4
- 239000004568 cement Substances 0.000 description 4
- 238000000465 moulding Methods 0.000 description 4
- 238000007789 sealing Methods 0.000 description 4
- 239000007921 spray Substances 0.000 description 4
- 238000005516 engineering process Methods 0.000 description 3
- 238000004519 manufacturing process Methods 0.000 description 3
- 230000009286 beneficial effect Effects 0.000 description 2
- 238000009826 distribution Methods 0.000 description 2
- 239000002828 fuel tank Substances 0.000 description 2
- 230000008569 process Effects 0.000 description 2
- 239000002002 slurry Substances 0.000 description 2
- 238000011144 upstream manufacturing Methods 0.000 description 2
- 241000237858 Gastropoda Species 0.000 description 1
- 238000010521 absorption reaction Methods 0.000 description 1
- 239000006227 byproduct Substances 0.000 description 1
- 230000008859 change Effects 0.000 description 1
- 239000011456 concrete brick Substances 0.000 description 1
- 230000007812 deficiency Effects 0.000 description 1
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- 238000013461 design Methods 0.000 description 1
- 238000010586 diagram Methods 0.000 description 1
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- 238000002474 experimental method Methods 0.000 description 1
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- 239000010720 hydraulic oil Substances 0.000 description 1
- 230000010354 integration Effects 0.000 description 1
- 230000013011 mating Effects 0.000 description 1
- 238000011085 pressure filtration Methods 0.000 description 1
- 239000002689 soil Substances 0.000 description 1
- 230000001360 synchronised effect Effects 0.000 description 1
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Classifications
-
- 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
- B28B15/00—General arrangement or layout of plant ; Industrial outlines or plant installations
-
- 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
- B28B1/00—Producing shaped prefabricated articles from the material
- B28B1/08—Producing shaped prefabricated articles from the material by vibrating or jolting
- B28B1/087—Producing shaped prefabricated articles from the material by vibrating or jolting by means acting on the mould ; Fixation thereof to the mould
- B28B1/0873—Producing shaped prefabricated articles from the material by vibrating or jolting by means acting on the mould ; Fixation thereof to the mould the mould being placed on vibrating or jolting supports, e.g. moulding tables
-
- 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
- B28B17/0063—Control arrangements
- B28B17/0081—Process control
-
- 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
- B28B7/00—Moulds; Cores; Mandrels
- B28B7/40—Moulds; Cores; Mandrels characterised by means for modifying the properties of the moulding material
- B28B7/46—Moulds; Cores; Mandrels characterised by means for modifying the properties of the moulding material for humidifying or dehumidifying
Abstract
A kind of Whote-wet method concrete curb forming machine, including hydraulic mechanism, are made up of shaped platform, hydraulic press and guide pillar；Upper die mechanism, including top mold frame, upper bolster and upper mould, lower die mechanism include low mold frame, die shoe and lower mould；Frame, is connected with the left side of hydraulic press；Finished product curb scoops out mechanism, is located at the bottom of frame；Finished product curb extracts relieving mechanism, is located at the top of frame；Upper bolster suction hole is set on upper bolster, the position in aperture sets upper bolster water suction pipe joint, it is connected with negative pressure water absorber, the surface of side of the upper mould under sets upper mould pick trough, suction hole, gas hole, the position in gas hole aperture sets mould air blowing pipe joint, it is connected with compressed air generator, and side of the upper mould under sets upper mould sieve plate；Lower mould is set towards the surface of upper side and mould apopore is set on mould effluent trough, lower mould, and lower mould sets mould sieve plate towards the surface of upper side.Forming Quality is ensured, is economized on resources, efficiency high is suppressed.
Description
Technical field
The invention belongs to road pavement material molding machine tool technical field, and in particular to a kind of Whote-wet method concrete curb
Forming machine.
Background technology
Above mentioned curb is also known as curb brick, Lu Ya or road serratd edge（It is as follows）, because its raw material is concrete, because
And it is generally compressing by mould wet method by hydraulic forming machine.
Be no lack of the technical information being seen in for pressed concrete brick in disclosed Chinese patent literature, slightly with enumerate as
CN103171046A（A kind of brick shaped device and former）、CN2680431Y（Automatic block-building brick-making forming machine）、
CN200963871Y（Multi-functional automatic hydraulic non-baked brick make-up machine）、CN104162926A（A kind of brick-making shaping machine）、
CN2471506Y（Twin cylinder synchronous hydraulic moulding apparatus for concrete kerbstone）、CN102274869A（With frame and oil cylinder integration
The pressure filtration molding machine of structure）、CN102275215A（A kind of terrazzo brick forming machine）、CN102275209A（A kind of rotary-die type is mixed
Solidifying soil product molding machine）And CN102275207A（A kind of high-pressure forming machine for concrete products）, etc..
As is known in the industry, the raw material of curb is mixed by the cement of rational proportion, yellow ground, adhesive and water etc.,
Need to make the large quantity of moisture in raw material to release again during compressing, otherwise can not be by the curb after shaping from lower die mechanism
Lower mould on take from.In addition, need to avoid during the large quantity of moisture in making raw material releases active ingredient such as cement slurry with
Water releases, and otherwise can influence the quality of curb or even cause to scrap.However, the technical measures be not limited to it is exemplified above
Corresponding technical inspiration is not provided in patent document.
The degree that active ingredient such as cement slurry in raw material etc. releases with water can be reduced by slowing down compressing speed, but
The presence of the atypical technical problem attended to one thing and lose sight of another, so-called Gu this be the shaping matter for being able to ensure curb to a certain extent
Amount, it is so-called lose that be influence production capacity influence shaping efficiency.Especially, slow down compressing speed to extend under matched moulds state
Dwell time can not prevent foregoing active ingredient and released with water, only reduce the loss degree of active ingredient, thus be
The passive measure of non-positive formula controlled table rather than effected a permanent cure.
For above-mentioned prior art, the applicant has made positive and beneficial exploration and design, forms and will be detailed below being situated between
The technical scheme continued, and laboratory in the case where taking secrecy provision in the applicant is simulated experiment, as a result proves
It is practicable.
The content of the invention
The task of the present invention is to provide a kind of material for helping avoid cement composition etc during compressing
Released with water and use guarantee Forming Quality and economize on resources, be conducive to improving compressing speed and when using raising unit
The Whote-wet method concrete curb forming machine of interior production capacity.
What the task of the present invention was performed by, a kind of Whote-wet method concrete curb forming machine, including a hydraulic press
Structure, the hydraulic mechanism includes a shaped platform, a hydraulic press and one group of guide pillar, and shaped platform is supported on the terrace of field of employment
And a storage tank has been received on the left of the shaped platform, a storage tank has been equipped in the forward upper of storage tank and vacuumizes and connect
Head, the storage tank vacuumizing joint is connected by vacuum-pumping pipeline with vacuum extractor, and is arranged in the lower front of storage tank
There is a storage tank blowoff valve, and upper side is provided with a pair of moving cart guide rails in shaped platform, this pair of moving cart
Guide rail is parallel and extends to the storage tank, and hydraulic press is supported on one group to soar in the position of the top of shaped platform
The top of guide pillar, and one group of guide pillar is set perpendicular to shaped platform；One upper die mechanism, the upper die mechanism includes top mold frame, upper mould
Seat and upper mould, top mold frame are slidably matched corresponding to the position between the shaped platform and hydraulic press with one group of described guide pillar
And it is fixedly connected with the hydraulic jack post of hydraulic press, side of the upper bolster with top mold frame under is fixed, upper mould and upper bolster
Side under is fixed；One moving cart and a lower die mechanism, moving cart are constituted with a pair of described moving cart guide rails
Sliding pair, is provided with a shake table, under lower die mechanism includes in the top of the moving cart with the state soared in moving cart
Framed, die shoe and lower mould, the top that low mold frame corresponds to shake table with the state of fluctuating are set, and die shoe is corresponding under
The position of the lower section of mould is fixed with shake table, and lower mould is engaged with the low mold frame chamber of low mold frame and fixed with die shoe, in institute
State on shake table and offer shake table spilled water hole in the position of the middle section corresponding to the die shoe, corresponding to this
The position of shake table spilled water hole, which is matched somebody with somebody, is connected to one end of a shake table tapping pipe, and the other end and storage tank of the shake table tapping pipe
Connection；One follows a pair of described moving cart guide rails in the shaping for making the moving cart carry the lower die mechanism
The dolly haulage gear moved back and forth between platform and the storage tank, the dolly haulage gear corresponds to the right side of shaped platform
Set and be connected with moving cart；One frame, the bottom of the frame is supported in the position in the left side corresponding to the storage tank
In on the terrace of field of employment, and the top of the frame is stretched over to the right described hydraulic press and is held in the mouth with the left side of hydraulic press
Connect；One finished product curb scoops out mechanism, and the finished product curb scoops out mechanism and set in the position in the left side corresponding to the storage tank
Put in the bottom of the frame；One is used to the finished product curb after the shaping on the lower mould of the lower die mechanism is extracted and shifted
The finished product curb in mechanism is scooped out to the finished product curb and extracts relieving mechanism, the finished product curb extracts relieving mechanism and moved
The top of the frame is arranged on dynamicly；It is characterised by：Upper bolster suction hole is offered with space state on the upper bolster,
Upper bolster water suction pipe joint is provided with the position in the aperture corresponding to upper bolster suction hole, upper bolster water suction pipe joint passes through
Pipeline is connected with negative pressure water absorber, and the surface of side of the mould under offers depression with crisscross state on described
Mould suction hole and the air blowing of upper mould are also offered with space state in the upper mould pick trough of the lower surface of upper mould, and on upper mould
Hole, the position of upper mould suction hole it is corresponding with upper bolster suction hole while with upper mould pick trough and upper bolster suction hole phase
It is logical, the position in the aperture corresponding to upper mould gas hole is provided with mould air blowing pipe joint, mould air blowing pipe joint passes through pipe on this
Road is connected with compressed air generator, and the side in upper mould under is additionally provided with mould sieve plate on one；Under described
Mould offers the lower mould effluent trough for the upper surface for being depressed in lower mould towards the surface of upper side with crisscross state, and
Lower mould apopore is offered with space state on lower mould, the lower mould apopore is communicated with lower mould effluent trough, corresponding to lower mould
Mould sieve plate is additionally provided with towards the surface of upper side.
It is embedding with space state in a side surface of the described upper mould under in the specific embodiment of the present invention
Provided with upper mould sieve plate adhesive magnet, described upper mould sieve plate and upper mould sieve plate adhesive magnet are attracted；Under described
Mould is embedded with lower mould sieve plate adhesive magnet towards a upper side surface with space state, and described lower mould sieve plate is filtered with lower mould
Web plate adhesive magnet is attracted.
The present invention another specific embodiment in, the moving cart towards under side and corresponding to
The position of a pair of described moving cart guide rails is each provided with supporting rollern and guide roller, supporting rollern and a pair of moving carts
The upper surface of guide rail constitutes rolling pair, and the side of the opposite side of guide roller and a pair of moving cart guide rails constitutes and rolled
Pair, moving cart towards upper side and the front side and the position of rear side corresponding to the shake table length direction it is each with
Space state is provided with shake table damping column, and a shake table supporting and fixing beam is provided with the top of shake table damping column, described
The front side of the length direction of shake table and rear side are respectively supported on shake table supporting and fixing beam and existed by shake table fixing screws
Fixed after sequentially passing through shake table supporting and fixing beam and shake table damping column with moving cart, in the front side of shake table and rear side
Middle position is each provided with a vibrator；On the shake table and at four of the low mold frame corresponding to the lower die mechanism
The position in corner is each to be fixed with a low mold frame lift action cylinder, the low mold frame lifting of the low mold frame lift action cylinder with longitudinal state
Acting cylinder post is connected towards upper and with low mold frame corner, wherein, the lower extension of the cylinder body of low mold frame lift action cylinder is arrived
The lower section of shake table；The low mold frame intracavitary and around low mold frame chamber cavity wall surrounding be fixed with a low mold frame chamber lining
Plate, is provided with press box on a liner plate, press box is fixed with low mold frame on the liner plate on the top corresponding to the low mold frame chamber liner plate, and
Press box is equally fixed with low mold frame under the press box in the case where being provided with a liner plate corresponding to the bottom of low mold frame chamber liner plate, the liner plate；
One is provided with the left of low mold frame is used for the left shower to the upper mould cleaning showers, and one is provided with the right side of low mold frame
Be equally used for the right shower to the upper mould cleaning showers, left shower and right shower correspond to each other and by pipeline with
Water source device connection with pressure；Low mold frame guide rod is respectively provided with space state in the front and back of the shake table
Set, the low mold frame front and back and be respectively connected with low mold frame guide rod in the position corresponding to low mold frame leader casing
Upper end, and the lower end of low mold frame guide rod is slidably matched with low mold frame leader casing.
In another specific embodiment of the present invention, described dolly haulage gear includes gear box support, gear
Case, gear-box driving effect cylinder, gear, pivoted arm and connecting rod, gear box support is in the right flank corresponding to the shaped platform
Position is fixed with shaped platform, and gear-box is fixed with gear box support, and gear-box driving effect cylinder is with the horizontally-arranged state of level and tooth
The casing of roller box is fixed, and the acting cylinder piston boit rack and pinion of the gear-box driving effect cylinder is meshed, and gear is solid
It is scheduled on the gearbox shaft of gear-box, right-hand member and the gearbox shaft of pivoted arm are fixed, the left end of pivoted arm and the right-hand member of connecting rod are hinged, and
The left end of connecting rod is hinged on connecting rod base, and connecting rod base and the right flank of the moving cart are fixed.
In another specific embodiment of the present invention, a crane control is provided with the left of the top of the frame
Making sheet, the up limit position signal collector of a crane is provided with the top of the crane control panel, and in crane control
The bottom of making sheet is provided with the descending limit position signal collector of a crane；The upper right of frame is provided with a crane
Translating stroke control panel, is provided with crane translation limit position signal collection on the crane translating stroke control panel
Device；It is program control that line on one is provided with frame and in the position on the right side corresponding to the crane translating stroke control panel
The program control making sheet of making sheet and once line, the lower program control making sheet of line is connected with the lower end of the program control making sheet of upper line, program control in upper line
Mould down stroke limit position signal collector mould up stroke limit position signal collector and one on is provided with one in making sheet, on
Mould down stroke limit position signal collector corresponds to the lower section of upper mould up stroke limit position signal collector, in lower line journey
Mould up stroke limit position signal collector and once mould down stroke limit position signal collector are provided with control panel,
Lower mould down stroke limit position signal collector corresponds to the lower section of lower mould up stroke limit position signal collector；The finished product
Curb extracts position of the relieving mechanism in the frame and is located at the crane control panel and the crane translating stroke
Between control panel, and when the finished product curb extract relieving mechanism moved right in frame with the lower die mechanism
During the corresponding position in framed top, the work shape extracted into the finished product curb after the shaping being pointed on the lower mould
State, and the top that mechanism is scooped out with the finished product curb is moved to the left in frame when finished product curb extracts relieving mechanism
During corresponding position, working condition in mechanism is scooped out into the finished product curb of extraction is released into finished product curb；
The bottom of the frame, which is constituted, a rack chassis, and the finished product curb scoops out mechanism and is arranged on rack chassis.
In the also specific embodiment of the present invention, described crane up stroke limit position signal collection
Device, crane down stroke limit position signal collector, crane translation limit position signal collector, the up way limit of upper mould
Position signal acquisition device, upper mould down stroke limit position signal collector, lower mould up stroke limit position signal collector and under
Mould down stroke limit position signal collector is travel switch, microswitch, tongue tube or hall sensing element.
In a still more specific embodiment of the invention, described finished product curb scoop out mechanism including guide rail bracket,
Travelling carriage, travelling carriage driving effect cylinder and finished product curb plummer, the middle part of the length direction of guide rail bracket and the frame
Rack chassis are fixed, and the front-end and back-end of guide rail bracket are stretched over outside rack chassis, and in the length direction of guide rail bracket
Left side and right side are respectively fixed with a travelling carriage guide rail, and on the left of the front end of guide rail bracket and on the right side of front end and in corresponding position
Put and be respectively fixed with a position-limit foot axle bed, pivoted on position-limit foot axle bed by position-limit foot bearing pin and be provided with a position-limit foot, and
Also being constituted on position-limit foot axle bed has a gear convex, and the gear is convex corresponding with position-limit foot lower rearward side, travelling carriage and travelling carriage guide rail
It is slidably matched, travelling carriage driving effect cylinder is fixed with the horizontally-arranged state of level with guide rail bracket, and the travelling carriage driving effect cylinder
The rear end connection of travelling carriage driving effect cylinder post and travelling carriage, finished product curb plummer is found a place on travelling carriage, by it is described into
The finished product curb for completing shaping that product curb extraction relieving mechanism is extracted from the lower mould is discharged to the finished product road
Along along stone plummer.
The present invention's and then in a specific embodiment, the finished product curb extract relieving mechanism include vehicle frame,
Crane, vehicle frame shift reciprocately drive device, crane lifting drive, sucker fixed plate, sucker and a pair of sucker upsets
Acting cylinder, a pair of limited rollers, this pair of limited roller and the frame are each provided with the left end bottom and right-hand member bottom of vehicle frame
The surface of the opposite side on top constitutes rolling pair, and being rotationally provided with a vehicle frame in the left upper part of vehicle frame rolls left wheel shaft,
The roll left front-end and back-end of wheel shaft of the vehicle frame are respectively fixed with a vehicle frame left wheel, and the top surface of the vehicle frame left wheel and frame is constituted
Rolling pair, on the right-hand member top of vehicle frame and is being rotatably provided with the right roller of a vehicle frame corresponding to the roll left position of wheel shaft of vehicle frame
Axle, the top table of the right roller of a vehicle frame, the right roller of the vehicle frame and frame is respectively fixed with the front-end and back-end of the right roller shaft of the vehicle frame
Face constitutes rolling pair, and crane includes top guide bar frame, lower guide rod frame, the left linking arm of sucker fixed plate, the right connection of sucker fixed plate
Arm and one group of guide rod, one group of guide rod are distributed in the state of well cabinet frame and are slidably matched with leader casing, and leader casing is fixed on institute
State on vehicle frame, top guide bar frame is fixedly connected with the top of one group of guide rod, lower guide rod frame is fixedly connected with the bottom of one group of guide rod, inhale
The left side of the left linking arm of disk fixed plate and lower guide rod frame is fixed, and the right side of the right linking arm of sucker fixed plate and lower guide rod frame is fixed simultaneously
And it is corresponding with the left linking arm of sucker fixed plate, vehicle frame shift reciprocately drive device be arranged on the left end of the vehicle frame and with institute
State vehicle frame to roll left wheel shaft drive connection, crane lifting drive is arranged on car in the position of the lower section corresponding to top guide bar frame
The middle part of frame with top guide bar frame and lower guide rod frame while be connected, left end and the left connection of sucker fixed plate of sucker fixed plate
Arm is articulated and connected, and the right-hand member of sucker fixed plate is articulated and connected with the right linking arm of sucker fixed plate, in sucker fixed plate with
Sucker fixed plate suction hole is offered every state, the thickness direction of sucker fixed plate suction hole insertion sucker fixed plate, and
Sucker fixed plate Air suction pipe joint is plugged with corresponding to the position of sucker fixed plate suction hole, the sucker fixed plate Air suction pipe joint
It is connected by pipeline with depression generator；Side of the sucker with sucker fixed plate under is connected, on the sucker and
Sucker suction hole offered with space state corresponding to the position of sucker fixed plate suction hole, the sucker suction hole is fixed with sucker
Plate suction hole is communicated, and the sucker fixed plate Air suction pipe joint inserts the sucker suction hole, sucker towards under side and
The edge position of sucker is provided with a suction cup sealed circle, in side of the sucker under and positioned at by the sucker
The region that sealing ring is enclosed is provided with a sucker sieve plate, and the sucker sieve plate is inhaled by sucker sieve plate adhesive magnet attraction
Disk sieve plate adhesive magnet is embedded on sucker with space state, and a pair of sucker inverting action cylinders are with the state corresponded to each other and institute
State and be hinged on front side of lower guide rod frame, and the sucker inverting action cylinder post and the sucker fixed plate of this pair of sucker inverting action cylinder
Rear side be hinged.
The vehicle frame shift reciprocately drive device is included toward reset in yet a further embodiment of the present invention
Move driving deceleration block, transition connecting seat, vehicle frame shift reciprocately motor, vehicle frame shift reciprocately driving reduction box, drive chain
Wheel, driven sprocket and driving chain, the left end end face of shift reciprocately driving deceleration block and the vehicle frame are fixed, and vehicle frame is past to be resetted
Motor is moved with the driving reduction box transmission of vehicle frame shift reciprocately to coordinate and drive reduction box together with car by vehicle frame shift reciprocately
Frame shift reciprocately motor is fixed with transition connecting seat, and the transition connecting seat is fixed with shift reciprocately driving deceleration block,
Drive sprocket is fixed on the vehicle frame shift reciprocately driving reduction gearbox output shaft of vehicle frame shift reciprocately driving reduction box, driven sprocket
It is fixed on the vehicle frame to roll left on wheel shaft, one end of driving chain is nested with drive sprocket, and the other end is nested with driven sprocket
On, the vehicle frame shift reciprocately motor is the motor with positive and negative rotating function.
In the present invention again and then in a specific embodiment, described crane lifting drive includes crane
Lift motor seat support plate, it is crane lifting motor seat, crane lifting motor, little gear, gear wheel, big
In gear shaft sprocket wheel, conduction chain transition wheel and conduction chain, crane lifting motor seat support plate and the vehicle frame
Portion is fixed, and crane lifting motor seat is fixed on crane lifting motor seat support plate, crane lifting driving
Motor is the motor with positive and negative rotating function and fixed with the horizontally-arranged state of level and crane lifting motor seat, the lifting
The motor shaft of frame lifting motor is fixed on motor shaft through crane lifting motor seat, little gear, and gear wheel is solid
It is scheduled on the left end of Large Gear Shaft and is meshed with little gear, Large Gear Shaft is rotatably supported at crane lifting motor seat
On, Large Gear Shaft sprocket wheel is fixed on the right-hand member of Large Gear Shaft, conduction chain transition wheel by conduction chain transition wheel shaft rotationally
It is supported on conduction chain transition axle block, and the conduction chain transition axle block is fixed on the crane lifting motor
On seat support plate, the upper end of conduction chain is fixed by fixing ear on conduction chain with described top guide bar frame, conduction chain
Middle part is nested with conduction chain transition wheel and Large Gear Shaft sprocket wheel successively, and the lower end of conduction chain passes through under conduction chain
Fixed ear is fixed with described lower guide rod frame.
Technical scheme that the present invention is provided has technical effect that：Due to having opened up upper bolster suction hole on upper bolster,
Pick trough has been opened up on the surface of side of the upper mould under and communicated with upper bolster suction hole upper has been opened up on upper mould
Mould suction hole and upper mould gas hole, and side in upper mould under are provided with mould sieve plate, while in lower mould towards upper
The surface of side opened up lower mould effluent trough and the lower mould apopore that is communicated with lower mould effluent trough opened up on lower mould, with
And towards the surface of upper side lower mould sieve plate is provided with lower mould, thus curb building stones are being pressed into finished product curb
During the moisture in curb building stones can be made effectively to be suctioned out in the state of being separated with material, can not only ensure finished product curb
The Forming Quality of stone and economize on resources, and the delay time under matched moulds state can be shortened and accelerate to suppress efficiency.
Brief description of the drawings
Fig. 1 is embodiments of the invention schematic diagram.
Fig. 2 is hydraulic mechanism shown in Fig. 1, moving cart, the detailed structure view of lower die mechanism and dolly haulage gear.
Fig. 3 is the upper die mechanism and the sectional view of lower die mechanism shown in Fig. 1.
Fig. 4 scoops out the detailed structure view of mechanism for the finished product curb shown in Fig. 1.
Fig. 5 is the detailed structure view of the finished product curb extraction relieving mechanism shown in Fig. 1.
Fig. 6 is the detailed structure view of the sucker shown in Fig. 5.
Embodiment
In order that the public can be more clearly understood from the technical spirit and beneficial effect of the present invention, applicant will be below
Elaborate by way of examples, but to the description of embodiment be not the limitation to the present invention program, any foundation
Made by present inventive concept is only that formal rather than substantial equivalent transformation is regarded as technical scheme
Category.
Every concept for being related to upper and lower, left and right, the directionality of front and rear or directionality is except another in the following description
Row indicate it is outer be on the basis of Fig. 1 for, thus the spy of technical scheme that provides the present invention can not be understood as
Do not limit.
Refer to Fig. 1 and Fig. 2 and combine Fig. 3, show a hydraulic mechanism 1, the hydraulic mechanism 1 includes a shaped platform
11st, a hydraulic press 12 and one group of guide pillar 13, shaped platform 11 are supported on the terrace in the compressing place of field of employment i.e. curb
Receive above and in the left side of the shaped platform 11（Mating）There is a storage tank 111, and in shaped platform 11 towards upper side
A pair of moving cart guide rails 112 are provided with, this pair of moving cart guide rail 112 is front and rear parallel each other and extends to storage tank 111
Left end end edge position, that is to say, that the right-hand member end edge of a pair of self-forming platforms 111 of moving cart guide rail 112 position extension
To the position on the left end end edge of storage tank 111.As shown in Figure 3, it is equipped with a storage tank in the forward upper of storage tank 111 and takes out very
Empty joint 1111, the storage tank vacuumizing joint 1111 is by vacuum-pumping pipeline（Flexible pipe）It is connected with vacuum extractor such as vavuum pump,
And it is equipped with a storage tank blowoff valve 1112 in the lower front of storage tank 1111.It follows that storage tank 111 is totally-enclosed
, it is contemplated that the cleaning to the storage tank chamber of storage tank 111 needs and can open up a cleaning at the top of storage tank 111
Hole, sealing arranges a cleaning hole port lid in cleaning hole.Hydraulic press 12 is supported with the position soared in the top of shaped platform 11
In the top of one group of guide pillar 13, and one group of guide pillar 13 is set perpendicular to shaped platform 11, as shown in Figure 2, the number of one group of guide pillar 13
Amount has four, to form four corners that the state of square shape distribution is distributed in shaped platform 11, is specifically：In shaped platform 11
Four corners be respectively fixed with a guide pillar fixed cover 113, the lower end of one group of guide pillar 13 is solidly plugged on guide pillar fixed cover 113 and led to
Lock screw is crossed to lock one group of guide pillar 13 in the position corresponding to the screw hole being opened on each guide pillar fixed cover 113；
A upper die mechanism 2 is shown, the upper die mechanism 2 includes top mold frame 21, upper bolster 22 and upper mould 23, and top mold frame 21 is corresponding to before
State position between shaped platform 11 and hydraulic press 12 be slidably matched with one group of foregoing guide pillar 13 and with the liquid of hydraulic press 12
Compressing cylinder post 121 is fixedly connected, and is specifically：Being constituted in the lower end of hydraulic jack post 121 has an oil cylinder post flange 1211, by one
Group top mold frame fixing screws 211 fix top mold frame 21 with oil cylinder post method side 1211, and upper bolster 22 passes through upper bolster fixing screws
222（Fig. 3 shows）Fixed with side of the top mold frame 21 under, upper mould 23 passes through upper mould fixing screws 236（Fig. 3 shows）With upper bolster
22 side under is fixed；A moving cart 3 and a lower die mechanism 4 are shown, moving cart 3 and a pair of foregoing movements are small
Car guide rail 112 constitutes sliding pair, i.e., be slidably matched with a pair of moving cart guide rails 112, in the top of the moving cart 3 to soar
The state of moving cart 3 is provided with a shake table 31, lower die mechanism 4 includes low mold frame 41, die shoe 42 and lower mould 43, lower mould
The top that frame 41 corresponds to shake table 31 with the state of fluctuating is set（It is described in further detail below）, die shoe 42 corresponding to
The position of the lower section of lower mould 43 passes through die shoe fixing screws 421（Fig. 3 shows）Fixed with shake table 31, lower mould 43 and low mold frame 41
Low mold frame chamber 411 be engaged and by lower mould fixing screws 435（Fig. 3 shows）Fixed with die shoe 42, in foregoing shake table
Shake table spilled water hole 315 is offered on 31 and in the position of the middle section corresponding to die shoe 42（Fig. 3 shows）, corresponding to
The position of the shake table spilled water hole 315 is equipped with one end of a shake table tapping pipe 3151, and the shake table tapping pipe 3151
The other end is connected with storage tank 111；Show that one follows foregoing a pair for making foregoing moving cart 3 carry lower die mechanism 4
The dolly haulage gear 5 that left and right is moved back and forth between shaped platform 11 and storage tank 111 of moving cart guide rail 112, the dolly
The right side that haulage gear 5 corresponds to shaped platform 11 sets and is connected with moving cart 3；A frame 6 is shown, the frame 6
Bottom be supported on field of employment in the position in the left side corresponding to foregoing storage tank 111（The compressing place of curb）Ground
On level ground, and the top of the frame 6 is stretched over to the right foregoing hydraulic press 12 and is connected with the left side of hydraulic press 12；Show one
Finished product curb scoops out mechanism 7, and the finished product curb scoops out mechanism 7 and set in the position in the left side corresponding to foregoing storage tank 111
Put in the bottom of frame 6；Showing one is used to extract the finished product curb after the shaping on the lower mould 43 of foregoing lower die mechanism 4
And be transferred to foregoing finished product curb and scoop out finished product curb in mechanism 7 and extract relieving mechanism 8, the finished product curb is extracted and released
Laying mechanism 8 is movably arranged at the top of foregoing frame 6.
The oil pump motor 122 of the structural system of hydraulic press 12, oil pump 123 are also show in Fig. 1 and are arranged at liquid
The fuel tank 124 at the top of press 12, electricity is driven by oil pump that is being set with hydraulic press 12 and being connected with oil pump 123
Machine 122 drives oil pump 123 to work, by being connected with the oil circuit of fuel tank 124（Pass through hydraulic oil pipeline）Oil pump 123 make hydraulic press 12
The upstream or downstream of hydraulic jack post 121.Because the concrete structure and operation principle of hydraulic press 12 belong to known technology, for example may be used
Referring to including the CN102275206A referred in the superincumbent background technology column of applicant, CN102275209A,
CB102275207A, CN2471506Y, CN104162926A, CN200963871Y, CN2680431Y and CN103538141B
Etc., thus not reinflated explanation.
Refer to Fig. 3 and combine Fig. 1 and Fig. 2, the technical essential of the technical scheme provided as the present invention：On foregoing
Upper bolster suction hole 221 is offered with space state on die holder 22, in the aperture 2212 corresponding to upper bolster suction hole 221（Fig. 3
Show）Position be provided with upper bolster water suction pipe joint 2211, upper bolster water suction pipe joint 2211 passes through pipeline and negative pressure and absorbed water
Device such as pump is connected, and the surface of side of the mould 23 under is offered with crisscross state on foregoing is depressed in mould 23
Lower surface upper mould pick trough 231, and mould suction hole 232 is also offered with space state on upper mould 23 and upper mould blows
Stomata 233, the position of upper mould suction hole 232 it is corresponding with upper bolster suction hole 221 while with upper mould pick trough 231 and
Upper bolster suction hole 221 is communicated, and the position in the aperture corresponding to upper mould gas hole 233 is provided with mould air blowing pipe joint
2331, mould air blowing pipe joint 2331 is connected by pipeline with compressed air generator such as air compressor machine on this, and in upper mould 23
Side under is additionally provided with mould sieve plate 234 on one；Foregoing lower mould 43 towards upper side surface with crisscross
State offer the lower mould effluent trough 431 of the upper surface for being depressed in lower mould 43（Fig. 2 shows）, the shape of foregoing upper mould pick trough 231
Shape is identical with lower mould effluent trough 431, and offers lower mould apopore 432 on lower mould 43 with space state（Fig. 2 shows）, under this
Mould apopore 432 is communicated with lower mould effluent trough 431, and foregoing upper mould suction hole 232 is preferably corresponding with lower mould apopore 432,
Corresponding to lower mould 43 mould sieve plate 433 is being additionally provided with towards the surface of upper side.
Mould sieve plate adhesive magnet 235 is embedded with space state in a side surface of the foregoing upper mould 23 under,
Foregoing upper mould sieve plate 234 and upper mould sieve plate adhesive magnet 235 are attracted, that is to say, that by upper mould sieve plate adhesive magnet
235 are closely pull-in on upper mould sieve plate 234 in the upper cavity of upper mould 23；Same reason, in the foregoing direction of lower mould 43
On a side surface lower mould sieve plate adhesive magnet 434 is embedded with space state, foregoing lower mould sieve plate 433 is filtered with lower mould
Web plate adhesive magnet 434 is attracted, that is to say, that closely inhaled lower mould sieve plate 433 by lower mould sieve plate adhesive magnet 434
Close the lower mode cavity 436 in lower mould 43（Fig. 2 shows）Interior, lower mode cavity 436 can also claim forming cavity.
Please emphasis see Fig. 2, in side of the foregoing moving cart 3 under and corresponding to a pair of foregoing moving carts
The position of guide rail 112 is each provided with supporting rollern 32 and guide roller 33, supporting rollern 32 and a pair of moving cart guide rails 112
Upper surface constitute rolling pair, and the side of the opposite side of guide roller 33 and a pair of moving cart guide rails 112 constitute rolling
Pair, in moving cart 3 towards upper side and in the front side and the position of rear side corresponding to the foregoing length direction of shake table 31
Shake table damping column 34 of the material as rubber is respectively provided with using space state, set at the top of shake table damping column 34（Shelve）
There is a shake table supporting and fixing beam 341, the front side of the length direction of foregoing shake table 31 and rear side are respectively supported on shake table supporting
Shake table supporting and fixing beam 341 and shake table damping column are being sequentially passed through in fixed beam 341 and by shake table fixing screws 311
Fix, according to professional general knowledge, arranged in the end of shake table fixing screws 311 for solid to shake table with moving cart 3 after 34
Determine the nut of the locking of screw 311, a vibrator 312 is each provided with the middle position of the front side of shake table 31 and rear side；Preceding
State on shake table 31 and each solid with longitudinal state in the position in four corners of the low mold frame 41 corresponding to foregoing lower die mechanism 4
Surely there is a low mold frame lift action cylinder 313, the low mold frame lift action cylinder post 3131 of the low mold frame lift action cylinder 313 is towards upper
And it is connected with the corner of low mold frame 41.As shown in Figure 2, have at the middle part of the cylinder body of low mold frame lift action cylinder 313
Framed lift action cylinder fixed seat 3132, the low mold frame lift action cylinder fixed seat 3132 uses acting cylinder fixed seat screw
31321 fix with shake table 31.Foregoing low mold frame lift action cylinder post 3131 is upward through behind the corner of low mold frame 41 using work
Nut 31311 is limited with cylinder post（Fig. 2 shows）Limit.
As preferred scheme, also a dust excluder can be fixed the front side of the length direction of foregoing shake table 31 and rear side are each
316。
According to knowable to above description and combination Fig. 2：The lower extension of the cylinder body of foregoing low mold frame lift action cylinder 313
To the lower section of shake table 31.And then as shown in Figure 2, in the foregoing low mold frame chamber 411 and around the cavity wall of low mold frame chamber 411
Surrounding is fixed with a low mold frame chamber liner plate 4111 by low mold frame chamber liner plate fixing screws 41111, corresponding to the low mold frame chamber
The top of liner plate 4111 is provided with press box 4112 on press box 4112 on a liner plate, the liner plate and passes through press box fixing screws on liner plate
41121 fix with low mold frame 41, and in the case where being provided with a liner plate corresponding to the bottom of low mold frame chamber liner plate 4111 press box 4113, should
Press box 4113 passes through press box fixing screws 41131 under liner plate under liner plate（Fig. 3 shows）Equally fixed with low mold frame 41；In low mold frame 41
A pair of the left spray pipe supports 4121 that pass on left be provided with one and be used for the left showers 412 of the foregoing upper cleaning showers of mould 23, and
On the right side of low mold frame 41, by a pair, right spray pipe support 4131 is provided with one and is equally used for the right side to mould cleaning showers on foregoing
Shower 413.Specifically, left shower 412 is fixed between a pair of left spray pipe supports 4121, and right shower 413 is fixed
Between a pair of right spray pipe supports 4131, left shower 412 and right shower 413 correspond to each other and by pipeline with having pressure
The water source device of power such as water pump or the connection of similar device；Respectively set in the front and back of foregoing shake table 31 with space state
Have and be fixed with low mold frame leader casing 314 with lower die guiding rod set fixing screws 3141.In the front and back of foregoing low mold frame 41
And respectively it is connected with the upper end of low mold frame guide rod 414 in the position corresponding to low mold frame leader casing 314, and low mold frame guide rod 414
Lower end be slidably matched with low mold frame leader casing 314.Show the upper end of low mold frame guide rod 414 by low mold frame in figs. 2 and 3
Guide rod lock nut 4141 is locked in the situation being fixed in low mold frame 41.
Please continue to refer to Fig. 1 and Fig. 2, the structure that is preferred rather than being definitely limited to of foregoing dolly haulage gear 5 is as follows：Including tooth
Box bracket 51, gear-box 52, gear-box driving effect cylinder 53, gear 54, pivoted arm 55 and connecting rod 56 are taken turns, gear box support 51 is right
It should be fixed in the position of the right flank of foregoing shaped platform 11 by the right flank of supporting arm 511 and shaped platform 11, gear-box
52 are fixed with gear box support 51, and gear-box driving effect cylinder 53 is fixed with the horizontally-arranged state of level and the casing of gear-box 52, and
And the acting cylinder piston boit rack 531 of the gear-box driving effect cylinder 53 is meshed with gear 54, and gear 54 is fixed on gear
On the gearbox shaft 521 of case 52, right-hand member and the gearbox shaft 521 of pivoted arm 55 are fixed, and the left end of pivoted arm 55 passes through pivoted arm bearing pin 551
It is hinged with the connecting rod head 562 of the right-hand member of connecting rod 56, and the left end of connecting rod 56 is hinged on connecting rod base 561 by pitman pin 563,
Connecting rod base 561 and the right flank of foregoing moving cart 3 are fixed.
In the present embodiment, foregoing low mold frame lift action cylinder 313 and gear-box driving effect cylinder 53 use oil cylinder,
If however, substituting oil cylinder with cylinder for the purpose of the present invention is evaded, then equivalence changes should be considered as and still belonged to
Technical connotation category disclosed by the invention.
In addition, according to professional general knowledge, Whote-wet method concrete curb forming machine of the invention is furnished with electric control box（In figure
It is not shown）, under the control of electric control box, the oil pump motor 122 with positive and negative rotating function works and in oil pump 123
Under effect, the hydraulic jack post 121 of hydraulic press 12 is descending, drives upper die mechanism 2 descending, because lower die mechanism 4 now is small
In the presence of car haulage gear 5 in traction to shaped platform 11 station, thus upper die mechanism 2 it is descending when, upper die mechanism 2
The upper mould 23 of structural system and the matched moulds of lower mould 43 of the structural system of lower die mechanism 4, will await pressure in lower mode cavity 436
The curb building stones that type is made are compressing.
It is in the state of upper mould 23 and the lower matched moulds of mould 43 and the pressurize that is delayed, i.e., closely knit by loosely developing into curb building stones
During, vibrator 312 is in running order.Because storage tank vacuumizing joint 111 is in the storage tank chamber to storage tank 111
Vacuumize state, i.e., the vavuum pump being connected with the vacuum-pumping pipeline of storage tank vacuumizing joint 1111 is in running order, thus
The moisture gone out from curb building stones internal pressure collects through the downward mould apopore 432 of lower mould effluent trough 431, because lower mould apopore 432 exists
Position on lower mould 43 corresponds to the central region of die shoe 42, and because the central region of die shoe 42 is die shoe 42
Die shoe chamber 422, due also to position of the shake table apopore 315 on shake table 31 corresponds to the central region of die shoe 42,
Correspond to die shoe chamber 422, thus come from the water of lower mould apopore 432 and enter shake table spilled water hole 315, and shaken by being connected in
Shake table tapping pipe 3151 on dynamic platform spilled water hole 315 is introduced in storage tank 111.At the same time, upper bolster water suction pipe joint
2211 is in running order, i.e., in running order by suction line and the upper bolster pump that pipe joint 2211 is connected that absorbs water, road
Collect along the moisture in building stones through the upward mould suction hole 232 of upper mould pick trough 231, and drawn by upper mould water suction pipe joint 2211,
So that the moisture in curb building stones be removed to greatest extent in the way of double pass through together under, it is so-called it is double pass through together under refer to：One side
Face introduces storage tank 111 through shake table tapping pipe 3151, on the other hand passes through pipeline and upper bolster water suction pipe joint through foregoing
2211 connections are pumped out, and the water being pumped out by this is same introduces storage tank 111 by pipeline.When the storage tank chamber of storage tank 111
When the liquid level of interior water reaches the degree of storage tank vacuumizing joint 1111, side, which can open lower water tank blowoff valve 1112 and push away, removes,
The all backward, corrupt and reactionary things discharged from storage tank chamber transport the material that Treatment stations are used as mixing curb building stones to, or are reached after environmental protection treatment
Mark discharge.Online assignment personnel watch the liquid level of storage tank intracavitary for convenience, thus can arrange one in the front side of storage tank 111
Liquid level gauge.
After the completion of suppressing curb building stones, and connect in foregoing storage tank vacuumizing joint 1111 and upper bolster suction hose
First 2211 and vibrator 312 all in the state of be stopped, the foregoing reverse operation of oil pump motor 122, hydraulic pressure
Oil cylinder post 121 is up, drives upper die mechanism 2 up, mould 23 is left lower mould, i.e., upper and lower mould 23,43 is in die opening state.
Now, first by left shower 412 and the upper cleaning showers of mould 23 of 413 pairs of right shower, while by upper mould air blowing pipe joint 2331
Work（The air compressor machine being connected with the upper pipeline of mould air blowing pipe joint 2331 is in running order）, make mould 23 and upper mould sieve plate
234 are in clean conditions.Then by the reverse operation of dolly haulage gear 5, by moving cart 3 to left translation to foregoing storage tank
The position of 111 top, the position is feeding discharge zone 10（Fig. 1 is marked）Position.By it is to be described in detail below into
Finished product curb 9 on lower mould 43 is extracted and be discharged into by product curb extraction relieving mechanism 8 equally below will be detailed
Bright finished product curb is described in detail to scoop out in mechanism 7.
The operation principle of foregoing dolly haulage gear 5 is as follows：Worked by gear-box driving effect cylinder 53, gear-box driving
The acting cylinder piston boit rack 531 of acting cylinder 53 rotates with moving gear 54, drives gearbox shaft 521 to rotate by gear 54, by tooth
Roller box axle 521 drives pivoted arm 55 to move, and by the drivening rod 56 of pivoted arm 55, moving cart 3 is driven by connecting rod 56, so that movement is small
Car 3 follows a pair of moving cart guide rails 112 in shaped platform 11 and storage tank 111（That is feeding discharge zone 10）Between alternately move
It is dynamic.
Please emphasis see Fig. 1, a crane control panel 61 is provided with the left of the top of foregoing frame 6, in the crane
The top of control panel 61 is provided with the up limit position signal collector 611 of a crane, and under crane control panel 61
Portion is provided with the descending limit position signal collector 612 of a crane；The upper right of frame 6 is provided with crane translation
Stroke Control plate 62, is provided with crane translation limit position signal collector on the crane translating stroke control panel 62
621；Line on one is provided with frame 6 and in the position on the right side corresponding to foregoing crane translating stroke control panel 62
The program control making sheet 64 of program control making sheet 63 and once line, the lower program control making sheet 64 of line is connected with the lower end of the program control making sheet of upper line 63,
Mould descending way limit mould up stroke limit position signal collector 631 and one on is provided with one in the program control making sheet 63 of upper line
Position signal acquisition device 632, upper mould down stroke limit position signal collector 632 corresponds to upper mould up stroke limit position signal
The lower section of collector 631, is provided with the He of mould up stroke limit position signal collector 641 in the program control making sheet 64 of lower line
Once mould down stroke limit position signal collector 642, lower mould down stroke limit position signal collector 642 corresponds on lower mould
The lower section of stroke limit position signal picker 641；Foregoing finished product curb extracts position of the relieving mechanism 8 in foregoing frame 6
Released setting between crane control panel 61 and foregoing crane translating stroke control panel 62, and when the finished product curb is extracted
When laying mechanism 8 moves right to the position corresponding with the top of the low mold frame 41 of foregoing lower die mechanism 4 in frame 6, that is, move
When moving the position of foregoing feeding discharge zone 10, into the curb after the shaping being pointed on foregoing lower mould 43 i.e. finished product curb
The working condition that stone 9 is extracted, and be moved to the left to when finished product curb extracts relieving mechanism 8 in frame 6 and foregoing finished product road
During the corresponding position in the top that scoops out mechanism 7 along stone, scooped out into the finished product curb 9 of extraction is released into finished product curb
Working condition in mechanism 7；Being constituted in the bottom of foregoing frame 6 has a rack chassis 65, and foregoing finished product curb scoops out mechanism 7
It is arranged on rack chassis 65.
In the present embodiment, foregoing crane up stroke limit position signal collector 611, the descending way limit of crane
Position signal acquisition device 612, crane translation limit position signal collector 621, the collection of upper mould up stroke limit position signal
Under device 631, upper mould down stroke limit position signal collector 632, lower mould up stroke limit position signal collector 641 and lower mould
Stroke limit position signal picker 642 is travel switch, but also can be using microswitch or tongue tube or even using suddenly
That sensing element.
Refer to Fig. 4 and continuing with Fig. 1, foregoing finished product curb scoops out the preferred of mechanism 7 rather than is definitely limited to
Structure it is as follows：Including guide rail bracket 71, travelling carriage 72, travelling carriage driving effect cylinder 73 and finished product curb plummer 74, guide rail
The middle part of the length direction of frame 71 fixes ear 713 by guide rail bracket and ear snail nail 7131 and foregoing frame 6 is fixed with guide rail bracket
Rack chassis 65 fix, and front-end and back-end of guide rail bracket 71（By taking location status shown in Fig. 1 as an example）It is stretched over frame ground
Outside disk 65, and guide rail bracket 71 length direction left side and right side be respectively fixed with a shape of cross section be in ∧ fonts slip
Frame guide rail 711, and on the left of the front end of guide rail bracket 71 and on the right side of front end（By taking the location status shown in Fig. 1 as an example）And right
The position answered respectively is fixed with a position-limit foot axle bed 712, is pivoted and set by position-limit foot bearing pin 71211 on each position-limit foot axle bed 712
A position-limit foot 7121 is equipped with, and also composition has a gear convex 7122, the gear convex 7122 and position-limit foot on position-limit foot axle bed 712
7121 lower rearward side is corresponding（By taking location status shown in Fig. 4 as an example, if still by taking the location status shown in Fig. 1 as an example, then
Keep off convex 7122 corresponding with the front side of the bottom of position-limit foot 7121）, ∧ font grooves and travelling carriage that travelling carriage 72 passes through its bottom
Guide rail 711 is slidably matched, and travelling carriage driving effect cylinder 73 is fixed with the horizontally-arranged state of level and guide rail bracket 71, and the travelling carriage drives
The rear end of the travelling carriage driving effect cylinder post 731 and travelling carriage 72 of dynamic acting cylinder 73（Exemplified by location status shown in Fig. 1）Cylinder post
Engaging lug 721 is connected, and finished product curb plummer 74 is found a place on travelling carriage 72, and relieving mechanism is extracted by foregoing finished product curb
8 extract from foregoing lower mould 43（Draw）The curb for completing shaping i.e. finished product curb 9 discharge to foregoing finished product curb
On stone plummer 74.
When in use, travelling carriage driving effect cylinder 73 is first made to work, travelling carriage driving effect cylinder post 731 is to cylinder body outer displacement
Cylinder body is stretched out, drives travelling carriage 72 to follow the rearward displacement of travelling carriage guide rail 711 by travelling carriage driving effect cylinder post 731（With Fig. 4
For shown location status, to left dislocation）, drive finished product curb plummer 74 to make what is followed in sb's footsteps backward by travelling carriage 72
Displacement（Finished product curb plummer 74 now is in the temporary Light Condition without finished product curb 9）, then whenever finished product curb
After the one piece of finished product curb 9 extracted from lower mould 43 is released on finished product curb plummer 74 by stone extraction relieving mechanism 8,
Travelling carriage driving effect cylinder 73 is just acted once, travelling carriage driving effect cylinder post 731 is bounced back into cylinder body one piece of finished product curb
The distance of the thickness of stone 9, travelling carriage 72 also it is corresponding on travelling carriage guide rail 711 forward（With location status shown in Fig. 1）Displacement one
The distance of the thickness of piece finished product curb 9, until when being booked finished product curb 9 on finished product curb plummer 74, travelling carriage
72 front end surface is just contacted with position-limit foot 7121, that is to say, that by the stop of position-limit foot 7121, now by production operation
Lifting device such as crane finished product curb plummer 74 is hung in travelling carriage together with the finished product curb 9 of be set with thereon
72, and empty finished product curb plummer 74 is placed on travelling carriage 72, repeat said process.It follows that finished product road
It is substantially turnover tool along stone plummer 74.
In the present embodiment, foregoing travelling carriage driving effect cylinder 73 uses oil cylinder, specifically as lifted to foregoing lower mould
The explanation of the grade of acting cylinder 313, if using cylinder instead for purpose is evaded, is considered as equivalence change means.
Fig. 5 is referred to Fig. 6 and Fig. 1 and Fig. 2 is still combined, foregoing finished product curb extracts the preferred of relieving mechanism 8
Rather than the structure being definitely limited to is as follows：Including vehicle frame 81, crane 82, vehicle frame shift reciprocately drive device 83, crane lifting
Drive device 84, sucker fixed plate 85, sucker 86 and a pair of sucker inverting action cylinders 87, before and after the left end bottom of vehicle frame 81
The front and rear side of side and right-hand member bottom is respectively rotationally provided with a pair of limited rollers 811 by limited roller axle 8111, and this pair spacing
Roller 811 and the surface of the opposite side on the foregoing top of frame 6 constitute rolling pair（Fig. 5 shows）, lead in the left upper part of vehicle frame 81
Cross a pair of vehicle frames axle block 8122 that rolls left rotationally to be provided with a vehicle frame and roll left wheel shaft 812, before the vehicle frame rolls left wheel shaft 812
End and rear end are respectively fixed with a vehicle frame left wheel 8121 with flat key fixed form, the top table of the vehicle frame left wheel 8121 and frame 6
Face constitutes rolling pair, on the right-hand member top of vehicle frame 81 and is passing through a pair of vehicle frames corresponding to the roll left position of wheel shaft 812 of vehicle frame
Right roller axle bed 8132 is rotatably provided with the right roller shaft 813 of a vehicle frame, the front-end and back-end of the right roller shaft 813 of the vehicle frame it is each with
Flat key fixed form is fixed with the right roller 8131 of a vehicle frame, and the right roller 8131 of the vehicle frame and the top surface of frame 6 constitute rolling pair
（Fig. 5 shows）, crane 82 include top guide bar frame 821, lower guide rod frame 822, the left linking arm 823 of sucker fixed plate, sucker fixed plate
Right linking arm 824 and one group of guide rod 825, one group of guide rod 825 are distributed and with leading in the state distribution of well cabinet frame in square shape
Rod set 8251 is slidably matched, and leader casing 8251 is fixed on aforesaid frame 81, and top guide bar frame 821 fixes spiral shell by top guide bar frame
Mother 8211 is fixedly connected with the top of one group of guide rod 825, and lower guide rod frame 822 is led by lower guide rod frame fixing nut 8221 with one group
The bottom of bar 825 is fixedly connected, and the upper end of the left linking arm 823 of sucker fixed plate is welded with the left side lower surface of lower guide rod frame 822
It is fixed, and lower end is constituted the left linking arm hinged ear 8231 of a sucker fixed plate, the upper end of the right linking arm 824 of sucker fixed plate with
The right side lower surface of lower guide rod frame 822 is welded and fixed, and lower end composition has the right linking arm hinged ear 8241 of a sucker fixed plate, and
And the right linking arm 824 of sucker fixed plate is corresponding with sucker fixed plate left linking arm 823, vehicle frame shift reciprocately drive device 83 is set
Put the left end in aforesaid frame 81 and be connected with the foregoing vehicle frame wheel shaft 812 that rolls left, crane lifting drive 84
Be arranged on the middle part of vehicle frame 81 corresponding to the position of the lower section of top guide bar frame 821 while with top guide bar frame 821 and under
Guide rod frame 822 is connected, and left end and the left linking arm of sucker fixed plate 823 of sucker fixed plate 85 are articulated and connected, and is specifically：In sucker
The left end of fixed plate 85 is fixed with the left connection axis pin base 852 of a sucker fixed plate, the left company of sucker fixed plate towards upper side
Pin axle bed 852 is articulated and connected by left connection bearing pin 8521 with the left linking arm hinged ear 8231 of foregoing sucker fixed plate.Inhale
The right-hand member of disk fixed plate 85 is articulated and connected with the right linking arm of sucker fixed plate 824, is specifically：In the right-hand member court of sucker fixed plate 85
Upward side is fixed with the right connection axis pin base 853 of a sucker fixed plate, and the right connection axis pin base 853 of the sucker fixed plate passes through the right side
Connection bearing pin 8531 is articulated and connected with the right linking arm hinged ear 8241 of foregoing sucker fixed plate.In sucker fixed plate 85 with
Sucker fixed plate suction hole 851, the thickness side of the insertion sucker fixed plate 85 of sucker fixed plate suction hole 851 are offered every state
To, and it is plugged with the position corresponding to sucker fixed plate suction hole 851 sucker fixed plate Air suction pipe joint 8511, the sucker
Fixed plate Air suction pipe joint 8511 is connected by pipeline with depression generator such as vacuum pumping pump or similar device, described herein
Pipeline be controlled by the air intake duct control valve 854 being arranged in sucker fixed plate 85；Sucker 86 is with sucker fixed plate 85 under
Side connection, be specifically：In the left side and right side of the length direction of sucker fixed plate 85 and corresponding to default pin-guide hole
856 position is respectively provided with sucker fixed plate pilot pin 855 with space state, by the left side and right side of the length direction of sucker 86 simultaneously
And be connected in the position corresponding to sucker fixed plate pilot pin 855 using sucker attachment screw 864 with sucker fixed plate pilot pin 855,
Spring 8551 is equipped with sucker fixed plate pilot pin 855, the upper end of spring 8551 is supported in sucker fixed plate 85, and spring
8551 lower end is supported on sucker 86, and the space between sucker 86 and sucker fixed plate 85 is configured to sucker adjustment chamber 865, should
Sucker adjustment chamber 865 is also referred to as sucker flotation chamber.On sucker 86 and corresponding to sucker fixed plate suction hole 851
Position offers sucker suction hole 861 with space state, and the sucker suction hole 861 is communicated with sucker fixed plate suction hole 851, preceding
State sucker fixed plate Air suction pipe joint 8511 and insert the sucker suction hole 861, in side of the sucker 86 under and around inhaling
The edge position of disk 86 is provided with a suction cup sealed circle 862, is inhaled in side of the sucker 86 under and positioned at by foregoing
The region that disk sealing ring 862 is enclosed is provided with a sucker sieve plate 863, and the sucker sieve plate 863 is by sucker sieve plate adhesive magnetic
The adhesive of iron 8631, and sucker sieve plate adhesive magnet 8631 is embedded on sucker 86 with space state, a pair of sucker inverting actions
Cylinder 87 is hinged with the state corresponded to each other and the front side of foregoing lower guide rod frame 822, and the suction of this pair of sucker inverting action cylinder 87
Disk inverting action cylinder post 871 and the rear side of foregoing sucker fixed plate 85 are hinged.
Please emphasis referring to Fig. 5, in the front side of foregoing lower guide rod frame 822 and corresponding to a pair of sucker inverting action cylinders 87
Position be extended with a pair of sucker inverting action cylinder cylinder body axis pin bases and fix pin 8222, a pair of sucker inverting action cylinders 87 respectively pass through
Inverting action cylinder cylinder body bearing pin 872 is hinged on inverting action cylinder cylinder body axis pin base 8721, and the inverting action cylinder cylinder body bearing pin
The front end surface that seat 8721 fixes pin 8222 with sucker inverting action cylinder cylinder body axis pin base is fixed；In foregoing sucker fixed plate 85
Rear side and the column articulated seat of a pair of inverting action cylinders is extended with the position corresponding to sucker inverting action cylinder post 871 fixes pin
857, the end of sucker inverting action cylinder post 871 is hinged on inverting action cylinder pin axle bed by inverting action cylinder axis pin of column 8711
On 87111, and the inverting action cylinder pin axle bed 87111 is fixed pin 857 with the column articulated seat of inverting action cylinder and fixed.
In the present embodiment, a pair of foregoing sucker inverting action cylinders 87 use cylinder, and by source of the gas pipeline and conduct
The air pump of compressed air source unit or the connection of similar equipment, are provided with magnetic valve 873, magnetic valve 873, which is arranged on down, leads on source of the gas pipeline
On bridge 822.Applicant it should be noted that：If replacing cylinder by oil cylinder, the replacement of form should be considered as and still belonged to
In technical connotation category disclosed by the invention.
Applicant combines the work original that Fig. 1 to Fig. 3 and Fig. 5 to Fig. 6 draws to sucker 86 and discharges finished product curb 9
Reason is explained as follows：Make moving cart 3 together with shake table 31 and lower die mechanism 4 under the work of foregoing dolly haulage gear 5
It is when elapsing to the station of foregoing feeding discharge zone 10, due to lower die mechanism 4 now to elapse to the position of storage tank 111
The lower mode cavity 436 of the lower mould 43 of structural system is loaded with having completed one piece of finished product curb 9 of shaping, and finished product now
Curb extracts position of the relieving mechanism 8 in frame 6 and is in feeding discharge zone 10, specifically, and finished product curb is extracted and released
Laying mechanism 8 has returned to the work corresponding to feeding discharge zone 10 from the station for corresponding to the top that finished product curb scoops out mechanism 7
Position, and within the period of return, foregoing low mold frame lift action cylinder 313 enters working condition, low mold frame lift action
Cylinder post 3131 is to cylinder body intrinsic displacement, i.e., to bottom offset, drives low mold frame 41 to be moved to downwards under the guiding of low mold frame guide rod 414
It is concordant as upper plane of the upper plane substantially with lower mould 43 of the state shown in Fig. 1 and Fig. 2, i.e. low mold frame 41, prop up in this condition
Hold to lie substantially in the finished product curb 9 on lower mode cavity 436 and whole exposed states are tended to by Fig. 1 and Fig. 3 signals.
Under the work of foregoing crane lifting drive 84, top guide bar frame 821 and lower guide rod frame 822 are led with one group
Bar 825 is to bottom offset, until touching the upper surface patch of sucker 86 and finished product curb 9（Fig. 1 shows）, specifically, sucker 86
Sealing is formed between the upper surface of suction cup sealed circle 862 and finished product curb 9.Now pass through pipeline and sucker fixed plate air intake duct
The depression generator such as vacuum pumping pump that joint 8511 is connected is in running order, to sucker fixed plate suction hole 851 and suction
Disk suction hole 861 is aspirated, and makes to produce negative pressure in the region enclosed by suction cup sealed circle 861, so that under sucker 86 will be located at
Finished product curb 9 on die cavity 436 is reliably held.Now make top guide bar under the reverse operation of crane lifting drive 84
Frame 821, lower guide rod frame 822, sucker fixed plate 85 and hold finished product curb 9 sucker 86 it is up, by finished product curb 9
It is sucked away from lower mode cavity 436 and in the vacant state held by sucker 86.Now in the work of vehicle frame shift reciprocately drive device 83
Under, vehicle frame 81 is moved in frame 6 to left lateral, when row moves on to the position for the top for scooping out mechanism 7 corresponding to finished product curb,
Vehicle frame shift reciprocately drive device 83 is stopped, and crane lifting drive 84 then enters working condition, makes lifting
Frame 82 is descending, and the descending extreme degree of crane 82 by the foregoing descending limit position signal collector 612 of crane to be gathered
It is defined to signal, when the descending limit position signal collector 612 of crane collects the descending limit position signal of crane 82
When, the break-off of crane lifting drive 84, and sucker fixed plate 85 is made by the work of a pair of sucker inverting action cylinders 87
90 ° are overturn together with the sucker 86 for holding finished product curb 9.Specifically：The sucker upset of a pair of sucker inverting action cylinders 87 is made
With cylinder post 871 to cylinder body intrinsic displacement, the state for making sucker fixed plate 85 be changed into tending to vertical from being previously horizontal, by sucker
The 86 same examples of finished product curb 9 held, specifically, the lower surface of finished product curb 9 tends to and foregoing finished product curb just
The state that plummer 74 is in contact, now, is filled by pipeline with the negative pressure that sucker fixed plate Air suction pipe joint 8511 is connected
Put vacuum pumping pump such as and be in the state being stopped, so as to be released to the finished product curb 9 previously held by it by sucker 86
On finished product curb plummer 74, the state that finished product curb 9 is released on finished product curb plummer 74 is illustrated by Fig. 4.
After the completion of above-mentioned action, the task again of crane lifting drive 84 makes crane 82 up, up degree
Be defined by collecting signal by the up limit position signal collector 611 of crane, i.e., when it collects signal, then crane
Frame drive device 84 is risen to be stopped again.Simultaneously foregoing a pair of reverse operations of sucker inverting action cylinder 87 and fix sucker
Plate 85 recovers to horizontality.At the same time worked by vehicle frame shift reciprocately drive device 83, make vehicle frame 81 in frame 6 towards
The direction displacement of feeding discharge zone 10（Displacement to the right）, until arriving at the Rear frame shift reciprocately drive device 83 of feeding discharge zone 10
Ability break-off.The extreme position of the right lateral of vehicle frame 81 is gathered with translating limit position signal collector 621 by foregoing crane
It is defined to signal.
Moved in foregoing crane 82 from feeding discharge zone 10 towards the direction that finished product curb scoops out mechanism 7 to left lateral
Meanwhile, low mold frame lift action cylinder 313 works, and low mold frame lift action cylinder post 3131 stretches to outside cylinder body, promotes low mold frame 41
Shift up, and by the feeding mechanism corresponding to feeding discharge zone 10（Not shown in figure）Await to the feeding of lower mode cavity 436
Next time compressing curb building stones, and moving cart 3 is drawn to shaped platform 11 again by dolly haulage gear 5 pressed
Aforementioned process is suppressed, and the position that storage tank 111 is back to after compacting returns to feeding discharge zone 10, to be supported in crane 82
The action that the foregoing finished product curb 9 to shaping is extracted is repeated during up to feeding discharge zone 10.The displacement up or down of low mold frame 41
Degree respectively by lower mould up stroke limit position signal collector 641 and lower mould down stroke limit position signal collector
642, which collect signal, is limited.Equally, the degree of the foregoing upstream or downstream of upper mould 23 is with by upper mould up stroke limit position signal
Collector 631 and upper mould down stroke limit position signal collector 632 collect signal and are limited, and the position to the right of crane 82
The extreme position of shifting collects signal by crane translation limit position signal collector 621 and is defined.Foregoing low mold frame lifting
The control oil pump 3133 of the right flank for being controlled by as shown in Figure 1 and being fixed on shaped platform 11 that whether works of acting cylinder 313.
Please emphasis see Fig. 5, the structure that is preferred rather than being definitely limited to of aforesaid frame shift reciprocately drive device 83 is as follows：Bag
Include shift reciprocately driving deceleration block 831, transition connecting seat 832, vehicle frame shift reciprocately motor 833, vehicle frame shift reciprocately
Drive reduction box 834, drive sprocket 835, driven sprocket 836 and driving chain 837, shift reciprocately driving deceleration block 831 with
The left end end face of aforesaid frame 81 is fixed（It is preferred to use and is welded and fixed）, vehicle frame shift reciprocately motor 833 is reciprocal with vehicle frame
The transmission of displacement drive reduction box 834 coordinates and drives reduction box 834 to be driven together with vehicle frame shift reciprocately by vehicle frame shift reciprocately
Motor 833 is fixed with transition connecting seat 832, and the transition connecting seat 832 using transition connecting seat screw corresponding to being opened in
The position of adjusting hole 8311 on shift reciprocately driving deceleration block 831 is fixed with shift reciprocately driving deceleration block 831, actively
Sprocket wheel 835 is fixed on the vehicle frame shift reciprocately driving reduction gearbox output shaft 8341 of vehicle frame shift reciprocately driving reduction box 834, from
Movable sprocket 836 is fixed on aforesaid frame and rolled left on wheel shaft 812, and one end of driving chain 837 is nested with drive sprocket 835, separately
One end is nested with driven sprocket 836, and foregoing vehicle frame shift reciprocately motor 833 is the motor with positive and negative rotating function.
When vehicle frame shift reciprocately motor 833 works, vehicle frame shift reciprocately is driven to drive reduction box 834 by it, by
The vehicle frame shift reciprocately driving reduction gearbox output shaft 8341 of vehicle frame shift reciprocately driving reduction box 834 drives drive sprocket 835,
Driven sprocket 836 is driven through driving chain 837, drives foregoing vehicle frame to roll left wheel shaft 812 by driven sprocket 836, so that car
Frame 81 carries foregoing crane 82 and the crane lifting drive 84 that will be explained in below is moved simultaneously in frame 6
And made vehicle frame 81 to the right by working clockwise or counterclockwise for vehicle frame shift reciprocately motor 833 or be moved to the left.
Foregoing crane lifting drive 84 includes crane lifting motor seat support plate 841, crane liter
Drop motor seat 842, crane lifting motor 843, little gear 844, gear wheel 845, Large Gear Shaft sprocket wheel 846, lead
Draw chain transition wheel 847 and conduction chain 848, the middle part of crane lifting motor seat support plate 841 and aforesaid frame 81
Fixed, crane lifting motor seat 842 is fixed on crane lifting motor seat support plate 841, crane lifting
Motor 843 is the motor with positive and negative rotating function and lifts motor seat 842 with the horizontally-arranged state of level and crane
Fixed, the motor shaft 8431 of crane lifting motor 843 leans out lifting through crane lifting motor seat 842
The left side of frame motor seat 842（By taking Fig. 1 states as an example）, little gear 844 is fixed on motor shaft 8431, and gear wheel 845 is consolidated
It is scheduled on the left end of Large Gear Shaft 8451 and is meshed with little gear 844, Large Gear Shaft 8451 is rotatably supported at crane liter
Drop on motor seat 842, Large Gear Shaft sprocket wheel 846 is fixed on the right-hand member of Large Gear Shaft 8451, conduction chain transition wheel 847 leads to
Conduction chain transition wheel shaft 8471 is crossed to be rotatably supported on conduction chain transition axle block 8472, and the conduction chain transition wheel
Axle bed 8472 is fixed on foregoing crane lifting motor seat support plate 841, and the upper end of conduction chain 848 passes through haulage chain
Fix ear 8481 on bar to fix with foregoing top guide bar frame 821, the middle part of conduction chain 848 is nested with conduction chain transition successively
Wheel 847 and Large Gear Shaft sprocket wheel 846 on, and the lower end of conduction chain 848 by fixed under conduction chain ear 8482 with it is foregoing
Lower guide rod frame 822 fix.
When the vehicle frame shift reciprocately motor 833 of aforesaid frame shift reciprocately drive device 83 works and carry vehicle frame 81
Crane lifting drive 84 to move to after the station of foregoing feeding discharge zone 10 to right lateral in frame 6, such as when making
Crane 82 is descending to make during the absorption finished product curb 9 of sucker 86, and crane lifting motor 843 works, by its motor
Axle 8431 drives little gear 844 to turn clockwise, because gear wheel 845 is meshed with little gear 844, thus by little gear 844
The rotate counterclockwise of gear wheel 845 is driven, the rotate counterclockwise of Large Gear Shaft sprocket wheel 846 is driven through Large Gear Shaft 8451, by gear wheel
Axle sprocket wheel 846 drive conduction chain 848, because the upper end of conduction chain 848 is fixedly connected with top guide bar frame 821, and lower end and
Lower guide rod frame 822 is fixedly connected, thus during Large Gear Shaft sprocket wheel 846 drives conduction chain 848, by conduction chain
848 make whole crane 82 descending, until make sucker 86 be in finished product curb 9 be affixed it is tactile and by Fig. 1 with dotted line institute
The state shown.When crane lifts 843 reverse operation of motor, then crane 82 is up.
In summary, the technical scheme that the present invention is provided overcomes the deficiency in prior art, has favorably accomplished invention
Task, has objectively cashed the technique effect referred in the superincumbent technique effect column of applicant.
Claims (10)
1. a kind of Whote-wet method concrete curb forming machine, including a hydraulic mechanism (1), the hydraulic mechanism (1) include a shaping
Platform (11), a hydraulic press (12) and one group of guide pillar (13), shaped platform (11) be supported on the terrace of field of employment and
A storage tank (111) has been received on the left of the shaped platform (11), a storage tank is equipped in the forward upper of storage tank (111)
Vacuumizing joint (1111), the storage tank vacuumizing joint (1111) is connected by vacuum-pumping pipeline with vacuum extractor, and
The lower front of storage tank (111) is equipped with a storage tank blowoff valve (1112), and in shaped platform (11) towards upper side
A pair of moving cart guide rails (112) are provided with, this pair of moving cart guide rail (112) is parallel and extends to the storage tank
(111), hydraulic press (12) is supported on the top of one group of guide pillar (13) to soar in the position of the top of shaped platform (11), and one
Group guide pillar (13) is set perpendicular to shaped platform (11)；One upper die mechanism (2), the upper die mechanism (2) include top mold frame (21), on
Die holder (22) and upper mould (23), top mold frame (21) corresponding to the position between the shaped platform (11) and hydraulic press (12) with
One group of described guide pillar (13) is slidably matched and is fixedly connected with the hydraulic jack post (121) of hydraulic press (12), upper bolster
(22) side with top mold frame (21) under is fixed, and side of the upper mould (23) with upper bolster (22) under is fixed；One movement
Dolly (3) and a lower die mechanism (4), moving cart (3) constitute sliding pair with a pair of described moving cart guide rails (112),
The top of the moving cart (3) is provided with a shake table (31), lower die mechanism (4) bag with the state soared in moving cart (3)
Low mold frame (41), die shoe (42) and lower mould (43) are included, low mold frame (41) corresponds to shake table (31) with the state of fluctuating
Top is set, and die shoe (42) is fixed with shake table (31) in the position of the lower section corresponding to lower mould (43), and lower mould (43) is with
The low mold frame chamber (411) of framed (41) is engaged and fixed with die shoe (42), on the shake table (31) and right
The position of the middle section of die shoe described in Ying Yu (42) offers shake table spilled water hole (315), is let out corresponding to the shake table
The one end for being connected to a shake table tapping pipe (3151) is matched somebody with somebody in the position in water hole (315), and the shake table tapping pipe (3151) is another
End is connected with storage tank (111)；One follows described a pair for making the moving cart (3) carry the lower die mechanism (4)
The dolly hauling machine that moving cart guide rail (112) is moved back and forth between the shaped platform (11) and the storage tank (111)
Structure (5), the right side that the dolly haulage gear (5) corresponds to shaped platform (11) sets and is connected with moving cart (3)；One machine
Frame (6), the bottom of the frame (6) is supported on the terrace of field of employment in the position in the left side corresponding to the storage tank (111)
On, and the top of the frame (6) is stretched over to the right described hydraulic press (12) and is connected with the left side of hydraulic press (12)；One into
Product curb scoops out mechanism (7), and the finished product curb scoops out position of the mechanism (7) in the left side corresponding to the storage tank (111)
Put the bottom for being arranged on the frame (6)；One is used for the finished product road after the shaping on the lower mould (43) of the lower die mechanism (4)
Extracted along stone and be transferred to the finished product curb and scoop out finished product curb in mechanism (7) and extract relieving mechanism (8), the finished product
Curb extracts the top that relieving mechanism (8) is movably arranged at the frame (6)；It is characterized in that：In the upper bolster
(22) upper bolster suction hole (221) is offered with space state on, in the aperture (2212) corresponding to upper bolster suction hole (221)
Position be provided with upper bolster water suction pipe joint (2211), upper bolster water suction pipe joint (2211) passes through pipeline and negative pressure and absorbed water
Device is connected, and the surface of side of the mould (23) under is offered with crisscross state on described is depressed in upper mould (23)
Lower surface upper mould pick trough (231), and on upper mould (23) also with space state offer upper mould suction hole (232) and
Upper mould gas hole (233), the position of upper mould suction hole (232) it is corresponding with upper bolster suction hole (221) while with upper mould
Pick trough (231) and upper bolster suction hole (221) are communicated, and are set in the position in the aperture corresponding to upper mould gas hole (233)
There is upper mould air blowing pipe joint (2331), mould air blowing pipe joint (2331) is connected by pipeline with compressed air generator on this,
And it is additionally provided with mould sieve plate (234) on one in side of the upper mould (23) under；In the lower mould (43) towards upper one
The surface of side offers the lower mould effluent trough (431) for the upper surface for being depressed in lower mould (43) with crisscross state, and
Lower mould apopore (432) is offered with space state on lower mould (43), the lower mould apopore (432) and lower mould effluent trough (431)
Communicate, mould sieve plate (433) are additionally provided with the surface corresponding to lower mould (43) towards upper side.
2. Whote-wet method concrete curb forming machine according to claim 1, it is characterised in that in described upper mould (23)
A side surface under is embedded with upper mould sieve plate adhesive magnet (235), described upper mould sieve plate (234) with space state
It is attracted with upper mould sieve plate adhesive magnet (235)；It is embedding with space state towards a upper side surface in described lower mould (43)
Provided with lower mould sieve plate adhesive magnet (434), described lower mould sieve plate (433) and lower mould sieve plate adhesive magnet (434) phase
Adhesive.
3. Whote-wet method concrete curb forming machine according to claim 1, it is characterised in that in the moving cart (3)
Side under and it is each provided with supporting rollern (32) in the position corresponding to a pair of described moving cart guide rails (112)
With guide roller (33), supporting rollern (32) and the upper surface composition rolling pair of a pair of moving cart guide rails (112), and orienting roll
The side for taking turns (33) and the opposite side of a pair of moving cart guide rails (112) constitutes rolling pair, in moving cart (3) towards upper
Side and shaken in each be provided with space state in the front side and the position of rear side corresponding to the shake table (31) length direction
Dynamic platform damping column (34), is provided with a shake table supporting and fixing beam (341), the vibration at the top of shake table damping column (34)
The front side of the length direction of platform (31) and rear side are respectively supported on shake table supporting and fixing beam (341) and fix spiral shell by shake table
Nail (311) sequentially pass through shake table supporting and fixing beam (341) and shake table damping column (34) afterwards with moving cart (3) fixation,
A vibrator (312) is each provided with the middle position of the front side of shake table (31) and rear side；On the shake table (31) simultaneously
And mould once is respectively fixed with longitudinal state in the position in four corners of the low mold frame (41) corresponding to the lower die mechanism (4)
Frame lift action cylinder (313), the low mold frame lift action cylinder post (3131) of the low mold frame lift action cylinder (313) towards upper and
It is connected with the corner of low mold frame (41), wherein, the lower extension of the cylinder body of low mold frame lift action cylinder (313) to shake table (31)
Lower section；The surrounding of cavity wall in the low mold frame chamber (411) and around low mold frame chamber (411) is fixed with a low mold frame chamber
Liner plate (4111), press box (4112) on a liner plate, the liner plate are provided with the top corresponding to the low mold frame chamber liner plate (4111)
Upper press box (4112) is fixed with low mold frame (41), and is provided with the bottom corresponding to low mold frame chamber liner plate (4111) under a liner plate
Press box (4113) is equally fixed with low mold frame (41) under press box (4113), the liner plate；One is provided with the left of low mold frame (41)
For the left shower (412) to upper mould (23) cleaning showers, and a same use is provided with the right side of low mold frame (41)
In the right shower (413) to upper mould (23) cleaning showers, left shower (412) and right shower (413) correspond to each other
And it is connected by pipeline with the water source device with pressure；It is each with space state in the front and back of the shake table (31)
Be provided with low mold frame leader casing (314), the low mold frame (41) front and back and corresponding to low mold frame leader casing
(314) position is respectively connected with the upper end of low mold frame guide rod (414), and the lower end of low mold frame guide rod (414) and low mold frame guide rod
Set (314) is slidably matched.
4. Whote-wet method concrete curb forming machine according to claim 1, it is characterised in that described dolly hauling machine
Structure (5) includes gear box support (51), gear-box (52), gear-box driving effect cylinder (53), gear (54), pivoted arm (55) and connected
Bar (56), gear box support (51) is solid in the position of the right flank corresponding to the shaped platform (11) and shaped platform (11)
Fixed, gear-box (52) is fixed with gear box support (51), and gear-box driving effect cylinder (53) is with the horizontally-arranged state of level and gear-box
(52) casing is fixed, and the acting cylinder piston boit rack (531) and gear (54) phase of the gear-box driving effect cylinder (53)
Engagement, and gear (54) is fixed on the gearbox shaft of gear-box (52) (521), the right-hand member and gearbox shaft of pivoted arm (55)
(521) fixed, the right-hand member of the left end and connecting rod (56) of pivoted arm (55) is hinged, and the left end of connecting rod (56) is hinged on connecting rod base
(561) on, connecting rod base (561) and the right flank of the moving cart (3) are fixed.
5. Whote-wet method concrete curb forming machine according to claim 1, it is characterised in that in the upper of the frame (6)
A crane control panel (61) is provided with the left of portion, it is up that the top of the crane control panel (61) is provided with a crane
Limit position signal collector (611), and the bottom of crane control panel (61) is provided with the descending extreme position of a crane
Signal picker (612)；The upper right of frame (6) is provided with a crane translating stroke control panel (62), in the lifting
Crane translation limit position signal collector (621) is provided with frame translating stroke control panel (62)；In frame (6) simultaneously
And the position on the right side corresponding to the crane translating stroke control panel (62) is provided with the program control making sheet of line on one (63)
The program control making sheet of line once (64), the lower program control making sheet of line (64) is connected with the lower end of the program control making sheet of upper line (63), upper
Mould descending way limit mould up stroke limit position signal collector (631) and one on is provided with one in the program control making sheet of line (63)
Position signal acquisition device (632), upper mould down stroke limit position signal collector (632) corresponds to upper mould up stroke extreme position
The lower section of signal picker (631), mould up stroke limit position signal is provided with the program control making sheet of lower line (64) and is adopted
Storage (641) and once mould down stroke limit position signal collector (642), lower mould down stroke limit position signal collector
(642) lower section of lower mould up stroke limit position signal collector (641) is corresponded to；The finished product curb extracts relieving mechanism
(8) position in the frame (6) is located at the crane control panel (61) and the crane translating stroke control panel
(62) between, and moved right to when the finished product curb extracts relieving mechanism (8) in frame (6) and the lower die mechanism
(4) during the corresponding position in the top of low mold frame (41), the finished product road into after the shaping being pointed on the lower mould (43)
The working condition extracted along stone, and when finished product curb extract relieving mechanism (8) be moved to the left in frame (6) with it is described into
When product curb scoops out the corresponding position in top of mechanism (7), finished product curb is released into by the finished product curb of extraction
Stone scoops out the working condition in mechanism (7)；Being constituted in the bottom of the frame (6) has a rack chassis (65), the finished product road
Mechanism (7) is scooped out along stone to be arranged on rack chassis (65).
6. Whote-wet method concrete curb forming machine according to claim 5, it is characterised in that described crane is up
Way limit position signal acquisition device (611), crane down stroke limit position signal collector (612), the crane translation limit
Position signal acquisition device (621), upper mould up stroke limit position signal collector (631), upper mould down stroke limit position signal
Collector (632), lower mould up stroke limit position signal collector (641) and lower mould down stroke limit position signal collector
(642) it is travel switch, microswitch, tongue tube or hall sensing element.
7. Whote-wet method concrete curb forming machine according to claim 5, it is characterised in that described finished product curb
Scooping out mechanism (7) includes guide rail bracket (71), travelling carriage (72), travelling carriage driving effect cylinder (73) and finished product curb plummer
(74), the middle part of the length direction of guide rail bracket (71) and the rack chassis (65) of the frame (6) are fixed, and guide rail bracket (71)
Front-end and back-end are stretched over rack chassis (65) outside, and each fixation in left side and right side of the length direction in guide rail bracket (71)
There is a travelling carriage guide rail (711), and it is on the left of the front end of guide rail bracket (71) and on the right side of front end and each solid in corresponding position
Surely there is a position-limit foot axle bed (712), pivoted on position-limit foot axle bed (712) by position-limit foot bearing pin (71211) and be provided with a limit
Position pin (7121), and also being constituted on position-limit foot axle bed (712) has a gear convex (7122), the gear convex (7122) and position-limit foot
(7121) lower rearward side is corresponding, and travelling carriage (72) is slidably matched with travelling carriage guide rail (711), travelling carriage driving effect cylinder
(73) it is fixed with the horizontally-arranged state of level and guide rail bracket (71), and the travelling carriage driving effect of the travelling carriage driving effect cylinder (73)
Cylinder post (731) is connected with the rear end of travelling carriage (72), and finished product curb plummer (74) is found a place on travelling carriage (72), by described
The finished product curb for completing shaping that finished product curb extraction relieving mechanism (8) is extracted from the lower mould (43) is discharged to institute
State on finished product curb plummer (74).
8. the Whote-wet method concrete curb forming machine according to claim 5 or 7, it is characterised in that the finished product curb
Extracting relieving mechanism (8) includes vehicle frame (81), crane (82), vehicle frame shift reciprocately drive device (83), crane lifting drive
Dynamic device (84), sucker fixed plate (85), sucker (86) and a pair of sucker inverting action cylinders (87), under the left end of vehicle frame (81)
Portion and right-hand member bottom are each provided with a pair of limited rollers (811), this pair of limited roller (811) and the phase on the frame (6) top
Rolling pair is constituted to the surface of side, being rotationally provided with a vehicle frame in the left upper part of vehicle frame (81) rolls left wheel shaft (812),
The roll left front-end and back-end of wheel shaft (812) of the vehicle frame are respectively fixed with a vehicle frame left wheel (8121), the vehicle frame left wheel (8121)
Rolling pair is constituted with the top surface of frame (6), is rolled left wheel shaft (812) on the right-hand member top of vehicle frame (81) and corresponding to vehicle frame
Position be rotatably provided with the right roller shaft of a vehicle frame (813), be respectively fixed with the front-end and back-end of the right roller shaft of the vehicle frame (813)
The top surface of the right roller of one vehicle frame (8131), the right roller of the vehicle frame (8131) and frame (6) constitutes rolling pair, crane (82) bag
Include top guide bar frame (821), lower guide rod frame (822), the left linking arm of sucker fixed plate (823), the right linking arm of sucker fixed plate (824)
With one group of guide rod (825), one group of guide rod (825) is distributed in the state of well cabinet frame and is slidably matched with leader casing (8251), and
Leader casing (8251) is fixed on the vehicle frame (81), and top guide bar frame (821) is fixedly connected with the top of one group of guide rod (825),
Lower guide rod frame (822) is fixedly connected with the bottom of one group of guide rod (825), the left linking arm of sucker fixed plate (823) and lower guide rod frame
(822) left side is fixed, and the right side of the right linking arm of sucker fixed plate (824) and lower guide rod frame (822) is fixed and solid with sucker
The left linking arm of fixed board (823) is corresponding, vehicle frame shift reciprocately drive device (83) be arranged on the left end of the vehicle frame (81) and
With the vehicle frame roll left wheel shaft (812) drive connection, crane lifting drive (84) is corresponding to top guide bar frame (821)
The position of lower section is arranged on the middle part of vehicle frame (81) while being connected with top guide bar frame (821) and lower guide rod frame (822), inhales
The left end of disk fixed plate (85) is articulated and connected with the left linking arm of sucker fixed plate (823), and the right-hand member of sucker fixed plate (85) with
The right linking arm of sucker fixed plate (824) is articulated and connected, and sucker fixed plate is offered with space state in sucker fixed plate (85)
Suction hole (851), the thickness direction of sucker fixed plate suction hole (851) insertion sucker fixed plate (85), and corresponding to suction
The position of disk fixed plate suction hole (851) is plugged with sucker fixed plate Air suction pipe joint (8511), the sucker fixed plate air intake duct
Joint (8511) is connected by pipeline with depression generator；Side of the sucker (86) with sucker fixed plate (85) under connects
Connect, sucker is offered on the sucker (86) and in the position corresponding to sucker fixed plate suction hole (851) with space state
Suction hole (861), the sucker suction hole (861) is communicated with sucker fixed plate suction hole (851), the sucker fixed plate air intake duct
Joint (8511) inserts the sucker suction hole (861), in side of the sucker (86) under and around the surrounding of sucker (86)
Edge is provided with a suction cup sealed circle (862), in side of the sucker (86) under and positioned at by the suction cup sealed
The region that circle (862) is enclosed is provided with a sucker sieve plate (863), and the sucker sieve plate (863) is by sucker sieve plate adhesive magnetic
Iron (8631) adhesive, and sucker sieve plate adhesive magnet (8631) is embedded on sucker (86) with space state, a pair of suckers are turned over
The state for turning acting cylinder (87) to correspond to each other on front side of the lower guide rod frame (822) with being hinged, and this pair of sucker upset is made
With the sucker inverting action cylinder post (871) of cylinder (87) with being hinged on rear side of the sucker fixed plate (85).
9. Whote-wet method concrete curb forming machine according to claim 8, it is characterised in that the vehicle frame shift reciprocately
Drive device (83) includes shift reciprocately driving deceleration block (831), transition connecting seat (832), vehicle frame shift reciprocately driving electricity
Machine (833), vehicle frame shift reciprocately driving reduction box (834), drive sprocket (835), driven sprocket (836) and driving chain
(837), the left end end face of shift reciprocately driving deceleration block (831) and the vehicle frame (81) is fixed, the driving of vehicle frame shift reciprocately
Motor (833) coordinates with vehicle frame shift reciprocately driving reduction box (834) transmission and drives reduction box by vehicle frame shift reciprocately
(834) it is fixed together with vehicle frame shift reciprocately motor (833) and transition connecting seat (832), and the transition connecting seat (832) with
Shift reciprocately driving deceleration block (831) is fixed, and drive sprocket (835) is fixed on vehicle frame shift reciprocately driving reduction box (834)
Vehicle frame shift reciprocately driving reduction gearbox output shaft (8341) on, driven sprocket (836) is fixed on the vehicle frame and rolled left wheel shaft
(812) on, one end of driving chain (837) is nested with drive sprocket (835), and the other end is nested with driven sprocket (836),
The vehicle frame shift reciprocately motor (833) is the motor with positive and negative rotating function.
10. Whote-wet method concrete curb forming machine according to claim 8, it is characterised in that described crane lifting
Drive device (84) includes crane lifting motor seat support plate (841), crane lifting motor seat (842), risen
Frame lifting motor (843), little gear (844), gear wheel (845), Large Gear Shaft sprocket wheel (846), conduction chain transition are dropped
(847) and conduction chain (848) are taken turns, the middle part of crane lifting motor seat support plate (841) and the vehicle frame (81) is consolidated
Fixed, crane lifting motor seat (842) is fixed on crane lifting motor seat support plate (841), crane liter
Motor (843) is dropped to be the motor with positive and negative rotating function and lift motor seat with the horizontally-arranged state of level and crane
(842) fixed, the motor shaft (8431) of crane lifting motor (843) lifts motor seat through crane
(842), little gear (844) is fixed on motor shaft (8431), and gear wheel (845) is fixed on the left end of Large Gear Shaft (8451) simultaneously
And be meshed with little gear (844), Large Gear Shaft (8451) is rotatably supported on crane lifting motor seat (842),
Large Gear Shaft sprocket wheel (846) is fixed on the right-hand member of Large Gear Shaft (8451), and conduction chain transition wheel (847) passes through conduction chain mistake
Ferry boat axle (8471) is rotatably supported on conduction chain transition axle block (8472), and the conduction chain transition axle block
(8472) it is fixed on the crane lifting motor seat support plate (841), the upper end of conduction chain (848) passes through traction
Fix ear (8481) on chain to fix with described top guide bar frame (821), the middle part of conduction chain (848) is nested with traction successively
On chain transition wheel (847) and Large Gear Shaft sprocket wheel (846), and the lower end of conduction chain (848) passes through under conduction chain admittedly
Determine ear (8482) fixed with described lower guide rod frame (822).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610130634.8A CN105690554B (en) | 2016-03-09 | 2016-03-09 | Whote-wet method concrete curb forming machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610130634.8A CN105690554B (en) | 2016-03-09 | 2016-03-09 | Whote-wet method concrete curb forming machine |
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| Publication Number | Publication Date |
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| CN105690554A CN105690554A (en) | 2016-06-22 |
| CN105690554B true CN105690554B (en) | 2017-08-11 |
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| CN201610130634.8A Active CN105690554B (en) | 2016-03-09 | 2016-03-09 | Whote-wet method concrete curb forming machine |
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Families Citing this family (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106217612B (en) * | 2016-08-29 | 2018-08-17 | 无锡市东北塘永丰橡塑厂 | A kind of curb stone mould of adjustable length |
| CN106217601B (en) * | 2016-08-29 | 2018-10-12 | 无锡市东北塘永丰橡塑厂 | A kind of inside can fill the curb manufacture mold of reinforcing bar |
| CN110406123B (en) * | 2019-07-08 | 2021-05-18 | 上海赫峰建材科技有限公司 | Vibration press equipment for artificial stone plate and using method |
| CN117359759B (en) * | 2023-12-04 | 2024-03-29 | 福建群峰机械有限公司 | Double-layer curb filter pressing forming process |
| CN117359758A (en) * | 2023-12-04 | 2024-01-09 | 福建群峰机械有限公司 | Curb forming device |
Family Cites Families (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS5844054B2 (en) * | 1980-05-21 | 1983-09-30 | 株式会社 三石深井鉄工所 | Vacuum brick forming equipment |
| CN2471506Y (en) * | 2001-04-19 | 2002-01-16 | 傅炳煌 | Twin cylinder synchronous hydraulic moulding apparatus for concrete kerbstone |
| CN2680431Y (en) * | 2003-08-05 | 2005-02-23 | 福建省南安市三联机械制造厂 | Automatic block-building brick-making forming machine |
| CN101003147A (en) * | 2006-12-28 | 2007-07-25 | 周凯 | Forming machine for concrete building unit |
| CN201824447U (en) * | 2010-06-09 | 2011-05-11 | 常熟通江机械有限公司 | Die revolving type concrete product forming machine |
| CN104532718A (en) * | 2014-12-15 | 2015-04-22 | 沈阳市政集团有限公司 | L-shaped concrete kerb and preparation method thereof |
| CN205552836U (en) * | 2016-03-09 | 2016-09-07 | 常熟通江机械有限公司 | Full wet process concrete curbstone make -up machine |
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