CN105621095A - Road edge stone discharging device of road edge stone forming machine - Google Patents

Abstract

The invention discloses a road edge stone discharging device of a road edge stone forming machine and belongs to the technical field of road paving material forming machinery. The road edge stone forming machine comprises a hydraulic mechanism, an upper mold mechanism, a moving trolley, a lower mold mechanism and a trolley pulling mechanism. The road edge stone discharging device comprises a rack, a finished road edge stone receiving mechanism and a finished road edge stone extracting and releasing mechanism, wherein the lower portion of the rack is supported on the ground and the upper portion of the rack rightwards extends to the hydraulic mechanism to be connected with the left side of the hydraulic mechanism; the finished road edge stone receiving mechanism is disposed on the lower portion of the rack by corresponding to the position of the left side of a water storing tank; and the finished road edge stone extracting and releasing mechanism is used for extracting and transferring finished road edge stones formed by the lower mold mechanism onto the finished road edge stone receiving mechanism and is movably mounted on the upper portion of the rack. By means of the road edge stone discharging device of the road edge stone forming machine, the efficiency is high, and stand-by time is shortened; the finished road edge stones are prevented from being damaged; and the structure is simple, and the interference influence on the hydraulic mechanism, the upper mold mechanism, the lower mold mechanism and the like is avoided.

Description

The curb take-off equipment of curb forming machine

Technical field

The invention belongs to road paver forming machine technical field, it is specifically related to the curb take-off equipment of a kind of curb forming machine.

Background technology

The curb mentioned above along brick, Lu Ya or road serratd edge (as follows) also known as road, is concrete due to its raw material and for Whote-wet method concrete, thus usually relies on mould wet method compression moulding by hydraulic forming machine. It can thus be seen that aforesaid curb forming machine is essentially Whote-wet method concrete curb forming machine.

Disclosed Chinese patent literature is no lack of the technical intelligence being seen in for suppressing concrete brick, slightly with enumerate such as CN103171046A(brick shaped device and molding device), CN2680431Y(automatic block-building brick-making forming machine), CN200963871Y(Multi-functional automatic hydraulic non-baked brick make-up machine), CN104162926A(brick-making shaping machine), CN2471506Y(twin cylinder synchronous hydraulic moulding apparatus for concrete kerbstone), CN102274869A(has the pressure filtration molding machine of frame and oil cylinder integrated structure), CN102275215A(terrazzo brick forming machine), CN102275209A(mono-kind turns pattern forming concrete products machine) and CN102275207A(high-pressure forming machine for concrete products), etc..

The function of the curb take-off equipment mentioned above be by curb forming machine compression moulding after finished product curb get from the counterdie of lower die mechanism, in a state of use, this curb take-off equipment is arranged with curb forming machine. As is known in the industry, the speed that the curb completing compression moulding leaves counterdie is more fast, then the shaping efficiency of curb forming machine is more high, otherwise with example. Because if can not fast and efficiently finished product curb be got from counterdie, so standby (also can claim idle machine) time of curb forming machine extends relatively, affect production capacity on the one hand, cause the energy consumption of the power mechanism for ordering about the work of curb forming machine to increase on the other hand. In addition, relatively fragile owing to just completing the intensity of shaping finished product curb, after rational curing time, just can reach the intensity index of expectation, therefore finished product curb is being got from considering that in the process of counterdie the operation stability of curb take-off equipment takes into account reliable in action when being extracted by finished product curb again. But in disclosed China and foreign countries' patent up to now and non-patent literature, it is showed no Zhu get so that curb take-off equipment meets the technology enlightenment of aforementioned claim.

For above-mentioned prior art, the applicant has done lasting and useful design, and technical scheme described below produces under this background.

Summary of the invention

The task of the present invention is to provide a kind of contributing to be extracted from lower die mechanism by finished product curb efficiently in an automated manner and use and ensure the shaping efficiency of forming machine and embody good energy-saving effect, be conducive to the stability of guarantee action and reliability and use and avoid damaging and finished product curb, be of value to and simplify structure and use the curb take-off equipment avoiding producing the curb forming machine of interference effect with curb forming machine.

The task of the present invention completes like this, the curb take-off equipment of a kind of curb forming machine, described curb forming machine comprises the hydraulic gear having shaped platform and receive water tank in the left side of shaped platform, the upper die mechanism being fixedly connected with hydraulic gear, one dolly is moved with shaped platform is slidably matched, the lower die mechanism being arranged on mobile dolly and the right side being arranged on shaped platform and the dolly moved back and forth between shaped platform and water tank for ordering about mobile little vehicle-mounted lower die mechanism that is connected with mobile dolly draws mechanism, described curb take-off equipment comprises a frame, the bottom of this frame is supported on the terrace of field of employment in the position in the left side corresponding to described water tank, and the top of this frame is stretched over described hydraulic gear to the right and is connected with the left side of hydraulic gear, one finished product curb scoops out mechanism, and this finished product curb scoops out the bottom that mechanism is arranged on described frame in the position in the left side corresponding to described water tank, the one finished product curb after shaping by described lower die mechanism extracts and is transferred to the finished product curb that described finished product curb scoops out in mechanism and extracts releasing mechanism, and this finished product curb extracts the top that releasing mechanism is arranged on described frame movably.

In a specific embodiment of the present invention, a lifting support switchboard it is provided with in the left side on the top of described frame, it is provided with on a lifting support on the top of this lifting support switchboard row limit position signal collector, and it is provided with a descending limit position signal collector of lifting support in the bottom of lifting support switchboard, upper right in frame is provided with a lifting support translating stroke switchboard, is provided with a lifting support translation limit position signal collector on this lifting support translating stroke switchboard, in frame and the position on right side corresponding to described lifting support translating stroke switchboard is provided with a patrix Stroke Control plate and a counterdie Stroke Control plate, counterdie Stroke Control plate is connected with the lower end of patrix Stroke Control plate, patrix Stroke Control plate is provided with on a patrix stroke limit position signal picker and extreme limit of travel position signal acquisition device under a patrix, under patrix, extreme limit of travel position signal acquisition device is corresponding to the lower section of stroke limit position signal picker on patrix, counterdie Stroke Control plate is provided with on a counterdie stroke limit position signal picker and the descending way limit position signal acquisition device of a counterdie, under counterdie, extreme limit of travel position signal acquisition device is corresponding to the lower section of stroke limit position signal picker on counterdie, the position of described finished product curb extraction releasing mechanism in described frame is between described lifting support switchboard and described lifting support translating stroke switchboard, and when this finished product curb extract releasing mechanism in frame, move to corresponding with above described lower die mechanism position to the right time, enter to be positioned in described lower die mechanism shaping after the working order extracted of finished product curb, and when finished product curb extract releasing mechanism be moved to the left in frame scoop out corresponding above mechanism position with described finished product curb time, enter the working order that the finished product curb of extraction is released to finished product curb and scoops out in mechanism, being configured with a rack chassis in the bottom of described frame, described finished product curb scoops out organization establishes on rack chassis.

In another specific embodiment of the present invention, on described lifting support on extreme limit of travel position signal acquisition device under stroke limit position signal picker, lifting support, lifting support translation limit position signal collector, patrix under stroke limit position signal picker, patrix on extreme limit of travel position signal acquisition device, counterdie under stroke limit position signal picker and counterdie extreme limit of travel position signal acquisition device be travel switch, vernier switch, position proximity switch, dry-reed tube or hall sensing element.

In another specific embodiment of the present invention, described finished product curb scoops out mechanism and comprises guide rail frame, sliding support, sliding support drives acting cylinder and finished product curb carrying platform, the middle part of the length direction of guide rail frame and the rack chassis of described frame are fixed, and the front-end and back-end of guide rail frame are all stretched over outside rack chassis, and respectively it is fixed with a sliding support guide rail in the left side of length direction of guide rail frame and right side, and on the left of the front end of guide rail frame and on the right side of front end and in the position of correspondence, respectively it is fixed with a position-limit foot axle bed, position-limit foot axle bed is provided with a position-limit foot by position-limit foot bearing pin pivotable, and it is convex to be also configured with a gear on position-limit foot axle bed, this gear is convex corresponding with the lower rearward side of position-limit foot, sliding support and sliding support guide rail are slidably matched, sliding support drives acting cylinder to fix with the horizontally-arranged state of level and guide rail frame, and this sliding support drives the sliding support of acting cylinder to drive acting cylinder post to be connected with the rear end of sliding support, finished product curb carrying platform is found a place on sliding support, the shaping finished product curb that completes extracted in described lower die mechanism by described finished product curb extraction releasing mechanism is released on described finished product curb carrying platform.

In another specific embodiment of the present invention, described sliding support drives acting cylinder to be oil cylinder or cylinder.

In a specific embodiment in addition of the present invention, described finished product curb extracts releasing mechanism and comprises vehicle frame, lifting support, vehicle frame shift reciprocately drive unit, lifting support lifting drive, sucker retaining plate, sucker is overturn acting cylinder by sucker and, one pair of limited roller respectively it is provided with in the left end bottom of vehicle frame and right-hand member bottom, the surface formation of limited roller and the side in opposite directions of described upper rack is rolled secondary by this, left upper part at vehicle frame is provided with a vehicle frame rotationally and rolls left wheel shaft, a vehicle frame left wheel respectively it is fixed with in the roll left front-end and back-end of wheel shaft of this vehicle frame, the top surface of this vehicle frame left wheel and frame forms pair of rolling, on the right-hand member top of vehicle frame and be provided with a right roller shaft of vehicle frame rotationally corresponding to the roll left position of wheel shaft of vehicle frame, a right roller of vehicle frame respectively it is fixed with in the front-end and back-end of the right roller shaft of this vehicle frame, the top surface of the right roller of this vehicle frame and frame forms pair of rolling, lifting support comprises guide rod frame, lower guide rod frame, the left connecting arm of sucker retaining plate, the right connecting arm of sucker retaining plate and one group of guide rod, one group of guide rod is the distributions of well cabinet frame and is slidably matched with guide rod cover, and guide rod cover is fixed on described vehicle frame, upper guide rod 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, the left side of the left connecting arm of sucker retaining plate and lower guide rod frame is fixed, the right connecting arm of sucker retaining plate is fixed with the right side of lower guide rod frame and corresponding with the left connecting arm of sucker retaining plate, vehicle frame shift reciprocately drive unit is arranged on the left end of described vehicle frame and is connected with described vehicle frame left wheel shaft drive, the position of lifting support lifting drive lower section of guide rod frame on corresponding to is arranged on the middle part of vehicle frame and is connected with upper guide rod frame and lower guide rod frame simultaneously, left end and the left connecting arm of sucker retaining plate of sucker retaining plate are articulated and connected, and the right-hand member of sucker retaining plate and the right connecting arm of sucker retaining plate are articulated and connected, sucker retaining plate has offered sucker retaining plate air-breathing hole with interval state, the thickness direction of the through sucker retaining plate in sucker retaining plate air-breathing hole, and it is plugged with sucker retaining plate Air suction pipe joint in the position corresponding to sucker retaining plate air-breathing hole, this sucker retaining plate Air suction pipe joint is connected with depression generator by pipeline, sucker and sucker retaining plate towards under side be connected, on this sucker and offering sucker air-breathing hole corresponding to the position in sucker retaining plate air-breathing hole with interval state, this sucker air-breathing hole communicates with sucker retaining plate air-breathing hole, described sucker retaining plate Air suction pipe joint inserts this sucker air-breathing hole, sucker towards under side and the position, edge of sucker is provided with a suction cup sealed circle, sucker towards under side and be positioned at by described suction cup sealed corral close region be provided with a sucker sieve plate, this sucker sieve plate is by sucker sieve plate adhesive magnet attraction, and sucker sieve plate adhesive magnet is embedded on sucker with interval state, one pair of sucker upset acting cylinder is hinged with the front side of the state that corresponds to each other and described lower guide rod frame, and the rear side that this sucker that sucker overturns acting cylinder overturns acting cylinder post and described sucker retaining plate is hinged.

In more and in a specific embodiment of the present invention, described vehicle frame shift reciprocately drive unit comprises shift reciprocately and drives deceleration block, transition Connection Block, vehicle frame shift reciprocately drive-motor, vehicle frame shift reciprocately drives reduction box, drive sprocket, driven sprocket wheel and driving chain, shift reciprocately drives the left end end face of deceleration block and described vehicle frame to fix, vehicle frame shift reciprocately drive-motor coordinates with the driving reduction box transmission of vehicle frame shift reciprocately and drives reduction box to fix together with vehicle frame shift reciprocately drive-motor and transition Connection Block by vehicle frame shift reciprocately, and this transition Connection Block and shift reciprocately drive deceleration block to fix, drive sprocket is fixed on vehicle frame shift reciprocately and drives the vehicle frame shift reciprocately of reduction box to drive on reduction gearbox output shaft, driven sprocket wheel is fixed on described vehicle frame and rolls left on wheel shaft, one end of driving chain is nested with on drive sprocket, the other end is nested with on driven sprocket wheel.

The present invention's and then in a specific embodiment, described vehicle frame shift reciprocately drive-motor is the motor with rotating function.

In the present invention again more and in a specific embodiment, described lifting support lifting drive comprises lifting support lifting drive-motor seat supporting plate, lifting support lifting drive-motor seat, lifting support lifting drive-motor, pinion(gear), master wheel, Large Gear Shaft sprocket wheel, conduction chain transition wheel and conduction chain, the middle part of lifting support lifting drive-motor seat supporting plate and described vehicle frame is fixed, lifting support lifting drive-motor seat is fixed on lifting support lifting drive-motor seat supporting plate, and fix with the horizontally-arranged state of level and lifting support lifting drive-motor seat, the motor shaft of this lifting support lifting drive-motor is through lifting support lifting drive-motor seat, pinion(gear) is fixed on motor shaft, master wheel is fixed on the left end of Large Gear Shaft and is meshed with pinion(gear), Large Gear Shaft is bearing on lifting support lifting drive-motor seat rotationally, Large Gear Shaft sprocket wheel is fixed on the right-hand member of Large Gear Shaft, conduction chain transition wheel is bearing on conduction chain transition wheel axle bed by conduction chain transition wheel shaft rotationally, and this conduction chain transition wheel axle bed is fixed on described lifting support lifting drive-motor seat supporting plate, the upper end of conduction chain by conduction chain is fixed ear and described upper guide rod frame fix, the middle part of conduction chain is nested with successively on conduction chain transition wheel and Large Gear Shaft sprocket wheel, and the lower end of conduction chain by fixing under conduction chain ear and described lower guide rod frame fix.

In again and then in a specific embodiment of the present invention, described lifting support lifting drive-motor is the motor with rotating function.

The technique effect of technical scheme provided by the invention is: due to by the finished product curb that is arranged in frame extract releasing mechanism automatically extract lower die mechanism shaping after finished product curb and the finished product curb of extraction is released into finished product curb and scoops out mechanism, thus there is efficiency height and shortened the standby time of hydraulic gear, and embody energy-conservation; Being drawn by finished product curb in the way of adhesive and discharge owing to finished product curb extracts releasing mechanism, thus not only excellent in stability, and reliability degree height, can not damage and finished product curb; Owing to one-piece construction is terse, thus hydraulic gear, upper and lower mold mechanism etc. can not be produced interference effect.

Accompanying drawing explanation

Fig. 1 is embodiments of the invention schematic diagram.

Fig. 2 is the detailed structure view that the hydraulic gear shown in Fig. 1, mobile dolly, lower die mechanism and dolly draw mechanism.

Fig. 3 is the sectional view of the upper die mechanism shown in Fig. 1 and lower die mechanism.

Fig. 4 is the detailed structure view that the finished product curb shown in Fig. 1 scoops out mechanism.

Fig. 5 is the detailed structure view that the finished product curb shown in Fig. 1 extracts releasing mechanism.

Fig. 6 is the detailed structure view of the sucker shown in Fig. 5.

Embodiment

In order to enable the public clearly understand the technical spirit of the present invention and useful effect, applicant will do explanation in detail below by way of example, but it not all the restriction to the present invention program to the description of embodiment, any according to being only formal and the equivalent transformation of unsubstantiality all should be considered as the technical scheme category of the present invention done by present inventive concept.

In the following description every relate to upper and lower, left and right, front and rear directivity or claim directionality concept be all benchmark taking Fig. 1 except otherwise noted, thus can not be understood as being particularly limited to technical scheme provided by the invention.

Refer to Fig. 1 and Fig. 2 and composition graphs 3, show a hydraulic gear 1 of the structural system belonging to curb forming machine, this hydraulic gear 1 comprises a shaped platform 11, one hydropress 12 and one group of guide pillar 13, shaped platform 11 is supported on the terrace in field of employment and curb compression moulding place and receives (connecting) in the left side of this shaped platform 11 and have a water tank 111, and shaped platform 11 towards on side be provided with one to mobile vehicle guide 112, this to mobile vehicle guide 112 each other before and after parallel and extend to the position on the left end end edge of water tank 111, that is one the position on the right-hand member end edge of mobile vehicle guide 112 self-forming platform 111 extended to the position on the left end end edge of water tank 111. as shown in Figure 3, forward upper at water tank 111 is equipped with a water tank vacuumizing joint 1111, this water tank vacuumizing joint 1111 by vacuum-pumping pipeline (flexible pipe) with vacuum extractor as vacuum pump is connected, and be equipped with a water tank wash water valve 1112 at the lower front of water tank 1111. it can thus be seen that water tank 111 is totally-enclosed, it is contemplated that the cleaning requirement in the water tank chamber of water tank 111 can be offered a lancing door at the top of water tank 111, on lancing door, sealing arranges a lancing door hole lid. hydropress 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 of guide pillar 13 is perpendicular to shaped platform 11 arranges, as shown in Figure 2, the quantity of one group of guide pillar 13 has four, to form mouthful distributions of font distribution in four corners of shaped platform 11, specifically: be respectively fixed with a guide pillar permanent sleeve 113 in four corners of shaped platform 11, the lower end of one group of guide pillar 13 is solidly plugged on guide pillar permanent sleeve 113 and is locked by one group of guide pillar 13 in the position corresponding to the screw hole being opened on each guide pillar permanent sleeve 113 by lock screw, show a upper die mechanism 2, this upper die mechanism 2 comprises top mold frame 21, upper die holder 22 and patrix 23, top mold frame 21 is being slidably matched with aforesaid one group of guide pillar 13 corresponding to the position between aforementioned shaped platform 11 and hydropress 12 and is fixedly connected with the hydraulic ram post 121 of hydropress 12, specifically: the lower end at hydraulic ram post 121 is configured with an oil cylinder post flange 1211, by one group of top mold frame set screw 211, top mold frame 21 and oil cylinder post method limit 1211 are fixed, upper die holder 22 is shown by upper die holder set screw 222(Fig. 3) with top mold frame 21 towards under side fix, patrix 23 is shown by patrix set screw 236(Fig. 3) with upper die holder 22 towards under side fix, show one and move dolly 3 and a lower die mechanism 4, mobile vehicle guide 112 formation is slided secondary with aforesaid one by mobile dolly 3, namely with one, mobile vehicle guide 112 is slidably matched, move, above dolly 3, the state in mobile dolly 3 of soaring is provided with a shaking table 31 at this, lower die mechanism 4 comprises low mold frame 41, lower die holder 42 and counterdie 43, low mold frame 41 is arranged (also to be illustrated in detail below) with the top of the state of fluctuating corresponding to shaking table 31, lower die holder 42 is shown by lower die holder set screw 421(Fig. 3 in the position of the lower section corresponding to counterdie 43) fix with shaking table 31, counterdie 43 is matched with the low mold frame chamber 411 of low mold frame 41 and is shown by counterdie set screw 435(Fig. 3) fix with lower die holder 42, on aforementioned shaking table 31 and offered shaking table weep hole 315(Fig. 3 in the position of middle section corresponding to lower die holder 42 and shown), one end of a shaking table water discharge pipe 3151 it is equipped with in the position corresponding to this shaking table weep hole 315, and the other end of this shaking table water discharge pipe 3151 is connected with water tank 111,Showing one and follow aforesaid one to mobile vehicle guide 112 dolly that left and right moves back and forth between shaped platform 11 and water tank 111 traction mechanism 5 for making aforementioned mobile dolly 3 carry lower die mechanism 4, this dolly traction mechanism 5 arranges corresponding to the right side of shaped platform 11 and is connected with mobile dolly 3.

Show a frame 6 of the structural system belonging to curb take-off equipment, the bottom of this frame 6 is supported on the terrace in field of employment (curb compression moulding place) in the position in left side corresponding to aforementioned water tank 111, and the top of this frame 6 is stretched over aforesaid hydropress 12 to the right and left side with hydropress 12 is connected; Showing a finished product curb and scoop out mechanism 7, this finished product curb scoops out the bottom that mechanism 7 is arranged on frame 6 in the position in the left side corresponding to aforementioned water tank 111; Showing one for being extracted by the finished product curb after shaping on the counterdie 43 of aforementioned lower die mechanism 4 and to be transferred to the finished product curb that aforementioned finished product curb scoops out in mechanism 7 and extract releasing mechanism 8, this finished product curb extracts the top that releasing mechanism 8 is arranged on aforementioned frame 6 movably.

Also show the oil pump drive-motor 122 of the structural system of hydropress 12, oil pump 123 in FIG and it is arranged at the fuel tank 124 at the top of hydropress 12, drive oil pump 123 to work by oil pump drive-motor 122 that is that arrange with hydropress 12 and that be in transmission connection with oil pump 123, make hydraulic ram post 121 upstream or downstream of hydropress 12 by the oil pump 123 being connected (passing through hydraulic oil pipeline) with fuel tank 124 oil circuit. Owing to concrete structure and the principle of work of hydropress 12 belongs to known technology, such as see comprising in the background technology hurdle of applicant above CN102275206A, CN102275209A, CB102275207A, CN2471506Y, CN104162926A, CN200963871Y, CN2680431Y and CN103538141B of mentioning etc., thus can no longer launch explanation.

Refer to Fig. 3 and composition graphs 1 and Fig. 2, technical essential as technical scheme provided by the invention: offered die holder suction hole 221 with interval state on die holder 22 on aforementioned, on corresponding to, aperture 2212(Fig. 3 of die holder suction hole 221 shows) position be provided with upper die holder water absorption tube joint 2211, on this, die holder water absorption tube joint 2211 is connected with negative pressure water absorber such as pump by pipeline, aforementioned patrix 23 towards under side surface with crisscross state offer the lower surface being depressed in patrix 23 patrix water suction groove 231, and on patrix 23, patrix suction hole 232 and patrix gas hole 233 has also been offered with interval state, the position of patrix suction hole 232 is corresponding with upper die holder suction hole 221 and communicates with patrix water suction groove 231 and upper die holder suction hole 221 simultaneously, the position in the aperture corresponding to patrix gas hole 233 is provided with patrix gas blow pipe joint 2331, this patrix gas blow pipe joint 2331 by pipeline with compressed air generator as air compressor machine is connected, and patrix 23 towards under side be also provided with a patrix sieve plate 234, aforementioned counterdie 43 towards on the surface of side counterdie effluent trough 431(Fig. 2 of offering the upper surface being depressed in counterdie 43 with crisscross state show), the shape of aforementioned patrix water suction groove 231 is identical with counterdie effluent trough 431, and on counterdie 43, offer counterdie posticum 432(Fig. 2 with interval state show), this counterdie posticum 432 communicates with counterdie effluent trough 431, aforesaid patrix suction hole 232 is preferably corresponding with counterdie posticum 432, correspond to counterdie 43 towards on the surface of side be also provided with a counterdie sieve plate 433.

Aforesaid patrix 23 towards under side surface be embedded with patrix sieve plate adhesive magnet 235 with interval state, aforesaid patrix sieve plate 234 and patrix sieve plate adhesive magnet 235 phase adhesive, be that is closely pull-in in the upper cavity of patrix 23 by patrix sieve plate adhesive magnet 235 by patrix sieve plate 234; Same reason, aforesaid counterdie 43 towards on side surface be embedded with counterdie sieve plate adhesive magnet 434 with interval state, aforesaid counterdie sieve plate 433 and counterdie sieve plate adhesive magnet 434 phase adhesive, that is the lower mode cavity 436(Fig. 2 by counterdie sieve plate adhesive magnet 434 counterdie sieve plate 433 being closely pull-in on counterdie 43 shows) in, lower mode cavity 436 also can claim forming cavity.

Please see Fig. 2 by emphasis, aforementioned mobile dolly 3 towards under side and corresponding to aforesaid one, the position of mobile vehicle guide 112 is respectively being provided with supporting roller 32 and pedestal fairload 33, supporting roller 32 and one is secondary to the upper surface formation rolling of mobile vehicle guide 112, and pedestal fairload 33 and is secondary to the side formation rolling of the side in opposite directions of mobile vehicle guide 112, mobile dolly 3 towards on side and respectively interval state is being provided with the shaking table damping column 34 of material as rubber corresponding to the front side of aforementioned shaking table 31 length direction and the position of rear side, (shelving) is set at the top of shaking table damping column 34 and has a shaking table supporting and fixing beam 341, the front side of the length direction of aforementioned shaking table 31 and rear side are respectively bearing on shaking table supporting and fixing beam 341 and are fixing with mobile dolly 3 after shaking table supporting and fixing beam 34 and shaking table damping column 34 successively by shaking table set screw 311, according to specialty general knowledge, end at shaking table set screw 311 arranges the nut being used for shaking table set screw 311 locks, a vibrator 312 respectively it is provided with in the middle position of the front side of shaking table 31 and rear side, respectively being fixed with a low mold frame lift action cylinder 313 with longitudinal state on aforementioned shaking table 31 and in the position in four corners of the low mold frame 41 corresponding to aforementioned lower die mechanism 4, the low mold frame lift action cylinder post 3131 of this low mold frame lift action cylinder 313 is connected towards upper and with low mold frame 41 corner. as shown in Figure 2, having a low mold frame lift action cylinder permanent seat 3132 at the middle part of the cylinder body of low mold frame lift action cylinder 313, this low mold frame lift action cylinder permanent seat 3132 adopts acting cylinder permanent seat screw 31321 to fix with shaking table 31. aforementioned low mold frame lift action cylinder post 3131 adopts acting cylinder post to limit nut 31311(Fig. 2 to show after being upward through the corner of low mold frame 41) limit.

As preferred scheme, also each in the front side of the length direction of aforementioned shaking table 31 and rear side a dust-proof bar 316 can be fixed.

According to above description and composition graphs 2 is known: the lower extension of the cylinder body of aforementioned low mold frame lift action cylinder 313 is to the lower section of shaking table 31. and then as shown in Figure 2, it is fixed with a low mold frame chamber liner plate 4111 by low mold frame chamber liner plate set screw 41111 in aforementioned low mold frame chamber 411 and around the surrounding of the chamber wall in low mold frame chamber 411, it is being provided with on a liner plate press box 4112 corresponding to the top of this low mold frame chamber liner plate 4111, on this liner plate, press box 4112 is fixed by press box set screw on liner plate 41121 and low mold frame 41, and press box 4113 under a liner plate it is being provided with corresponding to the bottom of low mold frame chamber liner plate 4111, under this liner plate, press box 4113 is shown by press box set screw 41131(Fig. 3 under liner plate) same fixing with low mold frame 41, by one, left spray shower pipe frame 4121 is provided with one for the left spray shower pipe 412 to aforementioned patrix 23 cleaning showers in the left side of low mold frame 41, and by one, right spray shower pipe frame 4131 is provided with one equally for the right spray shower pipe 413 to aforementioned patrix cleaning showers on the right side of low mold frame 41. specifically, left spray shower pipe 412 is fixed on one between left spray shower pipe frame 4121, and right spray shower pipe 413 is fixed on one to, between right spray shower pipe frame 4131, left spray shower pipe 412 and right spray shower pipe 413 are corresponded to each other and be connected with water source device such as water pump or the similar device with pressure by pipeline, respectively it is provided with interval state in the front of aforementioned shaking table 31 and rear and namely it is fixed with low mold frame guide rod cover 314 with counterdie guide rod cover set screw 3141. in the front of aforementioned low mold frame 41 and rear and be respectively connected with the upper end of low mold frame guide rod 414 in the position corresponding to low mold frame guide rod cover 314, and the lower end of low mold frame guide rod 414 and low mold frame guide rod overlap 314 and are slidably matched. the upper end showing low mold frame guide rod 414 in figs. 2 and 3 is locked in, by low mold frame guide rod lock nut 4141, the situation being namely fixed in low mold frame 41.

Please continue to refer to Fig. 1 and Fig. 2, aforementioned dolly traction mechanism 5 preferably but not the structure being definitely limited to is as follows: comprise gear box support 51, wheel casing 52, wheel casing drives acting cylinder 53, gear 54, pivoted arm 55 and connecting rod 56, gear box support 51 is fixed by the face, right side of a bearing arm 511 with shaped platform 11 in the position in the face, right side corresponding to aforementioned shaped platform 11, wheel casing 52 is fixed with gear box support 51, wheel casing drives acting cylinder 53 to fix with the casing of the horizontally-arranged state of level and wheel casing 52, and the acting cylinder piston post tooth bar 531 that this wheel casing drives acting cylinder 53 is meshed with gear 54, and gear 54 is fixed on the gearbox shaft 521 of wheel casing 52, right-hand member and the gearbox shaft 521 of pivoted arm 55 are fixed, the left end of pivoted arm 55 is hinged with the connecting rod head 562 of the right-hand member of connecting rod 56 by pivoted arm bearing pin 551, and the left end of connecting rod 56 is hinged on connecting rod base 561 by connecting rod bearing pin 563, the face, right side of connecting rod base 561 and aforementioned mobile dolly 3 is fixed.

In the present embodiment, aforesaid low mold frame lift action cylinder 313 and wheel casing drive acting cylinder 53 all to adopt oil cylinder, but, if substituting oil cylinder for the object evading the present invention with cylinder, so should be considered as equivalence change and still belonging to technical connotation category disclosed by the invention.

In addition, according to specialty general knowledge, aforesaid curb forming machine is furnished with electric control box (not shown), under the control of electric control box, the oil pump drive-motor 122 with rotating function work and under the effect of oil pump 123, the hydraulic ram post 121 of hydropress 12 is descending, drive upper die mechanism 2 descending, draw to the station of shaped platform 11 owing to lower die mechanism 4 now is in draw the effect of mechanism 5 at dolly under, thus when upper die mechanism 2 is descending, the patrix 23 of the structural system of upper die mechanism 2 closes mould with the counterdie 43 of the structural system of lower die mechanism 4, the curb material compression moulding awaiting compression moulding of lower mode cavity 436 will be positioned at.

Closing mould at patrix 23 and counterdie 43 and when time delay pressurize, namely develop in closely knit process at curb material by loose, vibrator 312 is in running order. state is vacuumized due to what water tank vacuumizing joint 111 was in the water tank chamber to water tank 111, namely the vacuum pump being connected with water tank vacuumizing joint 1111 vacuum-pumping pipeline is in running order, thus the moisture extruded in curb material collects to counterdie posticum 432 through counterdie effluent trough 431, owing to the position of counterdie posticum 432 on counterdie 43 is corresponding to the central region of lower die holder 42, again owing to the central region of lower die holder 42 is the lower die holder chamber 422 of lower die holder 42, also owing to the position of shaking table posticum 315 on shaking table 31 is corresponding to the central region of lower die holder 42, namely corresponding to lower die holder chamber 422, thus the water coming from counterdie posticum 432 enters shaking table weep hole 315, and introduce in water tank 111 by the shaking table water discharge pipe 3151 being connected on shaking table weep hole 315. meanwhile, upper die holder water absorption tube joint 2211 is in running order, namely the pump being connected with upper die holder water absorption tube joint 2211 by suction line is in running order, moisture in curb material collects to patrix suction hole 232 through patrix water suction groove 231, and draw by patrix water absorption tube joint 2211, thus in the way of two passing through under together, the moisture in curb material is removed to greatest extent, so-called two passing through under together refers to: introduce water tank 111 through shaking table water discharge pipe 3151 on the one hand, on the other hand through the aforesaid pump sucking-off being connected with upper die holder water absorption tube joint 2211 by pipeline, water tank 111 is introduced by pipeline equally by the water of this pump sucking-off. when the degree of the liquid level arrival water tank vacuumizing joint 1111 of the water in the water tank chamber of water tank 111, side can be opened lower water tank wash water valve 1112 and be pushed away and remove, from water tank chamber discharge all backward, corrupt and reactionary things transport the material that Treatment stations is used as mixing curb material to, or after environmental protection treatment qualified discharge. in order to facilitate online assignment personnel to watch the liquid level in water tank chamber, thus a liquidometer can be arranged in the front side of water tank 111.

After satisfying the need and having suppressed along building stones; and when aforementioned water tank vacuumizing joint 1111 is all in stopping work with upper die holder water absorption tube joint 2211 and vibrator 312; aforesaid oil pump drive-motor 122 reverse operation; row on hydraulic ram post 121; drive row on upper die mechanism 2; making patrix 23 leave counterdie, namely upper and lower mould 23,43 is in die opening state. Now, first by left spray shower pipe 412 and right spray shower pipe 413 to patrix 23 cleaning showers, work (air compressor machine being connected with patrix gas blow pipe joint 2331 pipeline is in running order) by patrix gas blow pipe joint 2331 simultaneously, make patrix 23 and patrix sieve plate 234 be in clean conditions. Then drawing mechanism 5 reverse operation by dolly, by mobile dolly 3 to left translation to the position of the top of aforementioned water tank 111, this position is feeding discharge zone 10(Fig. 1 and marks) position. Extract releasing mechanism 8 by finished product curb to be described in detail below to be extracted by the finished product curb 9 being positioned on counterdie 43 and be discharged into the finished product curb that will illustrate in detail equally below and scoop out in mechanism 7.

The principle of work that aforesaid dolly draws mechanism 5 is as follows: drive acting cylinder 53 to work by wheel casing, wheel casing drives acting cylinder piston post tooth bar 531 driven gear 54 of acting cylinder 53 to rotate, rotate by gear 54 driven gear case axle 521, pivoted arm 55 is driven to move by gearbox shaft 521, by pivoted arm 55 drivening rod 56, drive mobile dolly 3 by connecting rod 56, thus make mobile dolly 3 follow one to mobile vehicle guide 112 in shaped platform 11 and water tank 111(and feeding discharge zone 10) between alternately mobile.

Please see Fig. 1 by emphasis, the left side on the top of aforementioned frame 6 is provided with a lifting support switchboard 61, it is provided with on a lifting support on the top of this lifting support switchboard 61 row limit position signal collector 611, and it is provided with a descending limit position signal collector 612 of lifting support in the bottom of lifting support switchboard 61, upper right in frame 6 is provided with a lifting support translating stroke switchboard 62, is provided with a lifting support translation limit position signal collector 621 on this lifting support translating stroke switchboard 62, in frame 6 and the position on right side corresponding to aforementioned lifting support translating stroke switchboard 62 is provided with patrix Stroke Control plate 63 and a counterdie Stroke Control plate 64, counterdie Stroke Control plate 64 is connected with the lower end of patrix Stroke Control plate 63, patrix Stroke Control plate 63 is provided with on a patrix stroke limit position signal picker 631 and extreme limit of travel position signal acquisition device 632 under a patrix, under patrix, extreme limit of travel position signal acquisition device 632 is corresponding to the lower section of stroke limit position signal picker 631 on patrix, counterdie Stroke Control plate 64 is provided with on a counterdie stroke limit position signal picker 641 and the descending way limit position signal acquisition device 642 of a counterdie, under counterdie, extreme limit of travel position signal acquisition device 642 is corresponding to the lower section of stroke limit position signal picker 641 on counterdie, the position of aforementioned finished product curb extraction releasing mechanism 8 in aforementioned frame 6 is between lifting support switchboard 61 and aforementioned lifting support translating stroke switchboard 62, and when this finished product curb extract releasing mechanism 8 in frame 6, move to corresponding above the low mold frame 41 with aforementioned lower die mechanism 4 position to the right time, when namely moving to the position of aforementioned feeding discharge zone 10, enter to be positioned on aforementioned counterdie 43 shaping after curb and the working order extracted of finished product curb 9, and when finished product curb extract releasing mechanism 8 be moved to the left in frame 6 scoop out corresponding above mechanism 7 position with aforementioned finished product curb time, enter and the finished product curb 9 of extraction is released to finished product curb scoops out the working order in mechanism 7, being configured with a rack chassis 65 in the bottom of aforementioned frame 6, aforementioned finished product curb scoops out mechanism 7 and is arranged on rack chassis 65.

In the present embodiment, on aforesaid lifting support on extreme limit of travel position signal acquisition device 612 under stroke limit position signal picker 611, lifting support, lifting support translation limit position signal collector 621, patrix under stroke limit position signal picker 631, patrix on extreme limit of travel position signal acquisition device 632, counterdie under stroke limit position signal picker 641 and counterdie extreme limit of travel position signal acquisition device 642 be travel switch, but also can adopt vernier switch, position proximity switch or dry-reed tube and even adopt hall sensing element.

Refer to Fig. 4 and continue composition graphs 1, aforesaid finished product curb scoop out mechanism 7 preferably but not the structure being definitely limited to is as follows: comprise guide rail frame 71, sliding support 72, sliding support drives acting cylinder 73 and finished product curb carrying platform 74, the middle part of the length direction of guide rail frame 71 is by the fixing ear 713 of guide rail frame and fixes with the rack chassis 65 of the fixing ear snail nail 7131 of guide rail frame with aforementioned frame 6, and the front-end and back-end of guide rail frame 71 (for position state shown in Fig. 1) is all stretched over outside rack chassis 65, and respectively it is fixed with, in the left side of length direction of guide rail frame 71 and right side, the sliding support guide rail 711 that a cross section shape is �� font, and a position-limit foot axle bed 712 on the left of the front end of guide rail frame 71 and on the right side of front end, respectively it is fixed with (for the position state shown in Fig. 1) and in the position of correspondence, each position-limit foot axle bed 712 is provided with a position-limit foot 7121 by position-limit foot bearing pin 71211 pivotable, and on position-limit foot axle bed 712, also it is configured with a gear convex 7122, this gear convex 7122 is corresponding with the lower rearward side of position-limit foot 7121 (for position state shown in Fig. 4, if still for the position state shown in Fig. 1, so keep off convex 7122 corresponding with the front side of the bottom of position-limit foot 7121), sliding support 72 is slidably matched by the �� font groove bottom it and sliding support guide rail 711, sliding support drives acting cylinder 73 to fix with the horizontally-arranged state of level and guide rail frame 71, and this sliding support drives the sliding support of acting cylinder 73 to drive the cylinder post of the rear end (Fig. 1 shown in position state be example) of acting cylinder post 731 with sliding support 72 to be connected ear 721 to be connected, finished product curb carrying platform 74 is found a place on sliding support 72, by aforementioned finished product curb extract releasing mechanism 8 extracts on aforementioned counterdie 43 (absorption) complete shaping curb and finished product curb 9 is released into aforementioned finished product curb and carries on platform 74.

In use, sliding support is first made to drive acting cylinder 73 to work, sliding support drives acting cylinder post 731 namely to stretch out cylinder body to the external displacement of cylinder, acting cylinder post 731 is driven to drive sliding support 72 to follow sliding support guide rail 711 rearward displacement (with the position state shown in Fig. 4 by sliding support, displacement to the left), displacement that finished product curb carrying platform 74 does to follow in sb's footsteps backward (finished product curb carrying platform 74 now is in temporarily no cargo conditions without finished product curb 9) is driven by sliding support 72, so after the one piece of finished product curb 9 extracted from counterdie 43 is released on finished product curb carrying platform 74 by finished product curb extraction releasing mechanism 8, sliding support drives acting cylinder 73, and just action is once, sliding support is made to drive acting cylinder post 731 to bounce back in cylinder body the distance of thickness of one piece of finished product curb 9, sliding support 72 also corresponding on sliding support guide rail 711 distance of the thickness of displacement one piece of finished product curb 9 (with position state shown in Fig. 1) forward, until when being booked finished product curb 9 on finished product curb carrying platform 74, the front end surface of sliding support 72 just contacts with position-limit foot 7121, that is the stop of position-limit foot 7121 is suffered, now by the lifting device in production operation place, as finished product curb is carried platform 74 by crane, together with arranging, the finished product curb 9 put on it hangs in sliding support 72, and the finished product curb of sky carrying platform 74 is placed on sliding support 72, repeat said process. it can thus be seen that finished product curb carrying platform 74 is substantially turnover tool.

In the present embodiment, aforesaid sliding support drives acting cylinder 73 to adopt oil cylinder, specifically as the explanation to aforementioned counterdie lift action cylinder 313 grade, if namely use cylinder instead for evading object, is then considered as equivalence change means.

Refer to Fig. 5 to Fig. 6 and still composition graphs 1 and Fig. 2, aforementioned finished product curb extract releasing mechanism 8 preferably but not the structure being definitely limited to is as follows: comprise vehicle frame 81, lifting support 82, vehicle frame shift reciprocately drive unit 83, lifting support lifting drive 84, sucker retaining plate 85, sucker is overturn acting cylinder 87 by sucker 86 and, respectively one pair of limited roller 811 it is provided with rotationally by limited roller axle 8111 in the side, front and back of the left end bottom of vehicle frame 81 and the side, front and back of right-hand member bottom, the surface formation of limited roller 811 with the side in opposite directions on aforementioned frame 6 top is rolled secondary (Fig. 5 shows) by this, left upper part at vehicle frame 81 is provided with a vehicle frame rotationally by one pair of vehicle frame left wheel axle bed 8122 and rolls left wheel shaft 812, respectively it is fixed with a vehicle frame left wheel 8121 in the fixing mode of flat key in the roll left front-end and back-end of wheel shaft 812 of this vehicle frame, this vehicle frame left wheel 8121 forms, with the top surface of frame 6, pair of rolling, on the right-hand member top of vehicle frame 81 and be provided with a right roller shaft 813 of vehicle frame corresponding to the roll left position of wheel shaft 812 of vehicle frame rotationally by one pair of vehicle frame right roller axle bed 8132, respectively it is fixed with a right roller 8131 of vehicle frame in the fixing mode of flat key in the front-end and back-end of the right roller shaft of this vehicle frame 813, the right roller 8131 of this vehicle frame is formed roll secondary (Fig. 5 shows) with the top surface of frame 6, lifting support 82 comprises guide rod frame 821, lower guide rod frame 822, the left connecting arm 823 of sucker retaining plate, the right connecting arm 824 of sucker retaining plate and one group of guide rod 825, the distributions of one group of guide rod 825 in well cabinet frame namely in mouth font distribution and overlap 8251 with guide rod and be slidably matched, and guide rod cover 8251 is fixed on aforesaid frame 81, upper guide rod frame 821 is fixedly connected with the top of one group of guide rod 825 by upper guide rod frame set screw nut 8211, lower guide rod frame 822 is fixedly connected with the bottom of one group of guide rod 825 by lower guide rod frame set screw nut 8221, the upper end of the left connecting arm 823 of sucker retaining plate and the left side lower surface of lower guide rod frame 822 are welded and fixed, and lower end is configured with a hinged ear 8231 of the left connecting arm of sucker retaining plate, the upper end of the right connecting arm 824 of sucker retaining plate and the right side lower surface of lower guide rod frame 822 are welded and fixed, and lower end is configured with a hinged ear 8241 of the right connecting arm of sucker retaining plate, and the right connecting arm of sucker retaining plate 824 is corresponding with sucker retaining plate left connecting arm 823, vehicle frame shift reciprocately drive unit 83 is arranged on the left end of aforesaid frame 81 and is in transmission connection with the aforesaid vehicle frame wheel shaft 812 that rolls left, the position of lifting support lifting drive 84 lower section of guide rod frame 821 on corresponding to is arranged on the middle part of vehicle frame 81 and is connected with upper guide rod frame 821 and lower guide rod frame 822 simultaneously, the left end of sucker retaining plate 85 and the left connecting arm 823 of sucker retaining plate are articulated and connected, specifically: sucker retaining plate 85 left end towards on side be fixed with a left joint pin axle bed 852 of sucker retaining plate, this sucker retaining plate left joint pin axle bed 852 is articulated and connected with the aforesaid hinged ear 8231 of the left connecting arm of sucker retaining plate by left connection bearing pin 8521. the right-hand member of sucker retaining plate 85 and the right connecting arm 824 of sucker retaining plate are articulated and connected, specifically: sucker retaining plate 85 right-hand member towards on side be fixed with a right joint pin axle bed 853 of sucker retaining plate, this sucker retaining plate right joint pin axle bed 853 is articulated and connected by right connection bearing pin 8531 and the aforesaid hinged ear 8241 of the right connecting arm of sucker retaining plate. sucker retaining plate 85 has offered sucker retaining plate air-breathing hole 851 with interval state, the thickness direction of the through sucker retaining plate 85 in sucker retaining plate air-breathing hole 851, and it is plugged with sucker retaining plate Air suction pipe joint 8511 in the position corresponding to sucker retaining plate air-breathing hole 851, this sucker retaining plate Air suction pipe joint 8511 by pipeline with depression generator as vacuum pumping pump or similar device are connected, the pipeline mentioned here is controlled by the air suction pipe control valve 854 being arranged on sucker retaining plate 85,Sucker 86 and sucker retaining plate 85 towards under side be connected, specifically: in the left side of sucker retaining plate 85 length direction and right side and respectively interval state is being provided with sucker retaining plate pilot pin 855 corresponding to the position of pin-guide hole 856 preset, by the left side of the length direction of sucker 86 and right side and corresponding to sucker retaining plate pilot pin 855 position adopt sucker coupling screw 864 be connected with sucker retaining plate pilot pin 855, sucker retaining plate pilot pin 855 is equipped with spring 8551, the upper end of spring 8551 is supported on sucker retaining plate 85, and the lower end of spring 8551 is bearing on sucker 86, space between sucker 86 and sucker retaining plate 85 is configured to sucker adjustment chamber 865, this sucker adjustment chamber 865 also can be referred to as sucker flotation chamber. on sucker 86 and offering sucker air-breathing hole 861 corresponding to the position in sucker retaining plate air-breathing hole 851 with interval state, this sucker air-breathing hole 861 communicates with sucker retaining plate air-breathing hole 851, aforementioned sucker retaining plate Air suction pipe joint 8511 inserts this sucker air-breathing hole 861, sucker 86 towards under side and the position, edge of sucker 86 is provided with a suction cup sealed circle 862, sucker 86 towards under side and be positioned at the region enclosing conjunction by aforementioned suction cup sealed circle 862 and be provided with a sucker sieve plate 863, this sucker sieve plate 863 is by sucker sieve plate adhesive magnet 8631 adhesive, and sucker sieve plate adhesive magnet 8631 is embedded on sucker 86 with interval state, one pair of sucker upset acting cylinder 87 is hinged with the front side of the state that corresponds to each other and aforementioned lower guide rod frame 822, and this sucker upset acting cylinder post 871 that sucker overturns acting cylinder 87 is hinged with the rear side of aforementioned sucker retaining plate 85.

Please emphasis see Fig. 5, in the front side of aforementioned lower guide rod frame 822 and be extended with one pair of sucker upset acting cylinder cylinder body axis pin base fixing feet 8222 in position sucker being overturn acting cylinder 87 corresponding to, one pair of sucker upset acting cylinder 87 is respectively hinged on upset acting cylinder cylinder body axis pin base 8721 by upset acting cylinder cylinder body bearing pin 872, and this upset acting cylinder cylinder body axis pin base 8721 and the front end surface that sucker overturns acting cylinder cylinder body axis pin base fixing feet 8222 are fixed; In the rear side of aforementioned sucker retaining plate 85 and corresponding to sucker upset acting cylinder post 871 position be extended with one to upset the column articulated seat fixing feet 857 of acting cylinder, the end of sucker upset acting cylinder post 871 is hinged on upset acting cylinder pin axle bed 87111 by upset acting cylinder axis pin of column 8711, and this upset acting cylinder pin axle bed 87111 is fixed with the column articulated seat fixing feet 857 of upset acting cylinder.

In the present embodiment, sucker is overturn acting cylinder 87 by aforesaid one adopts cylinder, and by gas source pipe road with as the air pump of gas source apparatus or similar equipment connection, gas source pipe road is provided with magnetic valve 873, magnetic valve 873 is arranged on lower guide rod frame 822. If applicant it should be understood that replace cylinder by oil cylinder, then should be considered as the replacement of form and still belong to technical connotation category disclosed by the invention.

Sucker 86 is drawn by applicant composition graphs 1 to Fig. 3 and Fig. 5 to Fig. 6 and the principle of work that discharges finished product curb 9 is explained as follows: aforementioned dolly draw make mobile dolly 3 namely pass the station to aforesaid feeding discharge zone 10 together with the position that shaking table 31 and lower die mechanism 4 are passed to water tank 111 under the work of mechanism 5 time, due to lower die mechanism 4 now structural system counterdie 43 lower mode cavity 436 on be loaded with and complete shaping one piece finished product curb 9, and the position of finished product curb extraction releasing mechanism 8 now in frame 6 is in feeding discharge zone 10, specifically, finished product curb extracts releasing mechanism 8 and has returned the station corresponding to feeding discharge zone 10 from the station corresponding to the top that finished product curb scoops out mechanism 7, and within the period returned, aforesaid low mold frame lift action cylinder 313 enters working order, low mold frame lift action cylinder post 3131 is to displacement in cylinder body, namely to bottom offset, low mold frame 41 is driven to be moved to by the state shown in Fig. 1 and Fig. 2 under the guiding of low mold frame guide rod 414 downwards, namely the upper plane of low mold frame 41 is basic concordant with the upper plane of counterdie 43, the finished product curb 9 being supported on lower mode cavity 436 in this condition is substantially in and is tending towards all exposed state by Fig. 1 and Fig. 3 signal.

Under the work of aforementioned lifting support lifting drive 84, upper guide rod frame 821 and lower guide rod frame 822 with one group of guide rod 825 to bottom offset, until making sucker 86 paste tactile (Fig. 1 shows) with the upper surface of finished product curb 9, specifically, sealing is formed between the suction cup sealed circle 862 of sucker 86 and the upper surface of finished product curb 9. the depression generator being now connected with sucker retaining plate Air suction pipe joint 8511 by pipeline is as in running order in vacuum pumping pump, sucker retaining plate air-breathing hole 851 and sucker air-breathing hole 861 are aspirated, make to produce negative pressure in the region enclosed by suction cup sealed circle 861, thus by sucker 86, the finished product curb 9 being positioned on lower mode cavity 436 is reliably held. guide rod frame 821, lower guide rod frame 822, sucker retaining plate 85 and hold on the sucker 86 of finished product curb 9 row on now making under the reverse operation of lifting support lifting drive 84, inhale finished product curb 9 from lower mode cavity 436 and be in the vacant state held by sucker 86. now under the work of vehicle frame shift reciprocately drive unit 83, vehicle frame 81 is moved to left lateral in frame 6, when row moves when scooping out the position of top of mechanism 7 corresponding to finished product curb, vehicle frame shift reciprocately drive unit 83 stops work, and lifting support lifting drive 84 enters working order, make lifting support 82 descending, the descending limit degree of lifting support 82 is as the criterion to collect signal by the descending limit position signal collector 612 of aforesaid lifting support, when the descending limit position signal collector 612 of lifting support collects the descending limit position signal of lifting support 82, lifting support lifting drive 84 suspends work, and make sucker retaining plate 85 overturn 90 �� together with the sucker 86 holding finished product curb 9 by the work of one pair of sucker upset acting cylinder 87. specifically: one to sucker overturn acting cylinder 87 sucker upset acting cylinder post 871 to displacement in cylinder body, make sucker retaining plate 85 from the state being previously the level of state and turning into being tending towards vertical, the finished product curb 9 held by sucker 86 is with example, specifically, the lower surface of finished product curb 9 is tending towards the state carrying platform 74 contact with aforementioned finished product curb just, now, the depression generator being connected with sucker retaining plate Air suction pipe joint 8511 by pipeline such as vacuum pumping pump is in the state stopping work, thus by sucker 86, the finished product curb 9 previously held by it is released on finished product curb carrying platform 74, the state that finished product curb 9 is released on finished product curb carrying platform 74 is illustrated by Fig. 4.

After above-mentioned action completes, lifting support lifting drive 84 task again, makes row on lifting support 82, and the degree of upper row is as the criterion to collect signal by row limit position signal collector 611 on lifting support, namely when it collects signal, then lifting support rises frame drive unit 84 and again stops work. Aforesaid one sucker is overturn acting cylinder 87 reverse operation and makes sucker retaining plate 85 return to horizontality simultaneously. Meanwhile work by vehicle frame shift reciprocately drive unit 83, make vehicle frame 81 direction displacement (to the right displacement) towards feeding discharge zone 10 in frame 6, until arriving at feeding discharge zone 10 Rear frame shift reciprocately drive unit 83 just suspend work. The limit position of vehicle frame 81 right lateral is as the criterion to collect signal by aforesaid lifting support translation limit position signal collector 621.

At aforementioned lifting support 82 while namely the direction that feeding discharge zone 10 scoops out mechanism 7 towards finished product curb is moved to left lateral, low mold frame lift action cylinder 313 works, low mold frame lift action cylinder post 3131 is to the external stretching, extension of cylinder, promote low mold frame 41 to top offset, and await the curb material of compression moulding next time to lower mode cavity 436 feeding by the feeding mechanism (not shown) corresponding to feeding discharge zone 10, and draw mechanism 5 by dolly again to be drawn by movement dolly 3 to shaped platform 11 and suppress by aforementioned process, namely the position being back to water tank 111 after compacting returns to feeding discharge zone 10, to repeat the aforementioned action extracted by shaping finished product curb 9 when lifting support 82 arrives at feeding discharge zone 10. the degree of low mold frame 41 displacement up or down respectively by stroke limit position signal picker 641 on counterdie and under counterdie extreme limit of travel position signal acquisition device 642 collect signal and be limited. equally, the degree of aforesaid patrix 23 upstream or downstream with by stroke limit position signal picker 631 on patrix and under patrix extreme limit of travel position signal acquisition device 632 collect signal and be limited, and the limit position of lifting support 82 displacement to the right translates limit position signal collector 621 with lifting support and collects signal and be as the criterion. whether the work of aforesaid low mold frame lift action cylinder 313 is controlled by as shown in Figure 1 and is fixed on the control oil pump 3133 in the face, right side of shaped platform 11.

Please see Fig. 5 by emphasis, aforesaid frame shift reciprocately drive unit 83 preferably but not the structure being definitely limited to is as follows: comprise shift reciprocately drive deceleration block 831, transition Connection Block 832, vehicle frame shift reciprocately drive-motor 833, vehicle frame shift reciprocately drives reduction box 834, drive sprocket 835, driven sprocket wheel 836 and driving chain 837, shift reciprocately drives the left end end face of deceleration block 831 and aforesaid frame 81 to fix (preferably adopt and be welded and fixed), vehicle frame shift reciprocately drive-motor 833 coordinates with driving reduction box 834 transmission of vehicle frame shift reciprocately and drives reduction box 834 to fix together with vehicle frame shift reciprocately drive-motor 833 and transition Connection Block 832 by vehicle frame shift reciprocately, and this transition Connection Block 832 adopts transition Connection Block screw driving the position of the adjusting hole 8311 on deceleration block 831 and shift reciprocately to drive deceleration block 831 to fix corresponding to being opened in shift reciprocately, drive sprocket 835 is fixed on vehicle frame shift reciprocately and drives the vehicle frame shift reciprocately of reduction box 834 to drive on reduction gearbox output shaft 834, driven sprocket wheel 836 is fixed on aforesaid frame and rolls left on wheel shaft 812, one end of driving chain 837 is nested with on drive sprocket 835, the other end is nested with on driven sprocket wheel 836, aforesaid vehicle frame shift reciprocately drive-motor 833 is for having the motor of rotating function.

When vehicle frame shift reciprocately drive-motor 833 works, vehicle frame shift reciprocately is driven to drive reduction box 834 by it, the vehicle frame shift reciprocately of reduction box 834 is driven to drive reduction gearbox output shaft 8341 to drive drive sprocket 835 by vehicle frame shift reciprocately, driven sprocket wheel 836 is driven through driving chain 837, aforesaid vehicle frame is driven to roll left wheel shaft 812 by driven sprocket wheel 836, thus make vehicle frame 81 carry aforementioned lifting support 82 and the lifting support lifting drive 84 that is about to illustrate in detail moves in frame 6 and by the clockwise or counterclockwise work of vehicle frame shift reciprocately drive-motor 833, vehicle frame 81 or is moved to the left below to the right.

Aforesaid lifting support lifting drive 84 comprises lifting support lifting drive-motor seat supporting plate 841, lifting support lifting drive-motor seat 842, lifting support lifting drive-motor 843, pinion(gear) 844, master wheel 845, Large Gear Shaft sprocket wheel 846, conduction chain transition wheel 847 and conduction chain 848, the middle part of lifting support lifting drive-motor seat supporting plate 841 and aforesaid frame 81 is fixed, lifting support lifting drive-motor seat 842 is fixed on lifting support lifting drive-motor seat supporting plate 841, lifting support lifting drive-motor 843 is for having the motor of rotating function and fixes with the horizontally-arranged state of level and lifting support lifting drive-motor seat 842, namely the motor shaft 8431 of this lifting support lifting drive-motor 843 leans out the left side (for Fig. 1 state) of lifting support drive-motor seat 842 through lifting support lifting drive-motor seat 842, pinion(gear) 844 is fixed on motor shaft 8431, master wheel 845 is fixed on the left end of Large Gear Shaft 8451 and is meshed with pinion(gear) 844, Large Gear Shaft 8451 is bearing on lifting support lifting drive-motor seat 842 rotationally, Large Gear Shaft sprocket wheel 846 is fixed on the right-hand member of Large Gear Shaft 8451, conduction chain transition wheel 847 is bearing on conduction chain transition wheel axle bed 8472 by conduction chain transition wheel shaft 8471 rotationally, and this conduction chain transition wheel axle bed 8472 is fixed on aforementioned lifting support lifting drive-motor seat supporting plate 841, the upper end of conduction chain 848 is fixing with aforesaid upper guide rod frame 821 by fixing ear 8481 on conduction chain, the middle part of conduction chain 848 is nested with successively on conduction chain transition wheel 847 and Large Gear Shaft sprocket wheel 846, and the lower end of conduction chain 848 is fixing with aforesaid lower guide rod frame 822 by fixing ear 8482 under conduction chain.

Work when the vehicle frame shift reciprocately drive-motor 833 of aforesaid frame shift reciprocately drive unit 83 and make vehicle frame 81 carry lifting support lifting drive 84 and move to the station of aforementioned feeding discharge zone 10 to right lateral in frame 6, such as when to be made lifting support 82 descending so that when making sucker 86 draw finished product curb 9, lifting support lifting drive-motor 843 works, pinion(gear) 844 is driven to turn clockwise by its motor shaft 8431, owing to master wheel 845 is meshed with pinion(gear) 844, thus master wheel 845 is driven to be rotated counterclockwise by pinion(gear) 844, Large Gear Shaft sprocket wheel 846 is driven to be rotated counterclockwise through Large Gear Shaft 8451, conduction chain 848 is driven by Large Gear Shaft sprocket wheel 846, owing to the upper end of conduction chain 848 is fixedly connected with upper guide rod frame 821, and lower end is fixedly connected with lower guide rod frame 822, thus drive in the process of conduction chain 848 at Large Gear Shaft sprocket wheel 846, make whole lifting support 82 descending by conduction chain 848, until make sucker 86 be in be affixed with finished product curb 9 tactile and by Fig. 1 with the state shown in dotted line. during lifting support lifting drive-motor 843 reverse operation, so row on lifting support 82.

In sum, technical scheme provided by the invention overcomes the deficiency in prior art, completes invention task smoothly, has cashed in the technique effect hurdle of applicant above objectively and has carried the technique effect stated.

Claims (10)

1. the curb take-off equipment of a curb forming machine, described curb forming machine comprises the hydraulic gear (1) having shaped platform (11) and receive water tank (111) in the left side of shaped platform (11), the upper die mechanism (2) being fixedly connected with hydraulic gear (1), one dolly (3) is moved with shaped platform (11) is slidably matched, the lower die mechanism (4) being arranged on mobile dolly (3) and the right side being arranged on shaped platform (11) and be connected with mobile dolly (3) carry the dolly that lower die mechanism (4) moves back and forth between shaped platform (11) and water tank (111) draw mechanism (5) for ordering about mobile dolly (3), it is characterized in that described curb take-off equipment comprises a frame (6), the bottom of this frame (6) is supported on the terrace of field of employment in the position in the left side corresponding to described water tank (111), and the top of this frame (6) is stretched over described hydraulic gear (1) to the right and left side with hydraulic gear (1) is connected, one finished product curb scoops out mechanism (7), and this finished product curb scoops out the bottom that mechanism (7) is arranged on described frame (6) in the position in the left side corresponding to described water tank (111), one extracts for the finished product curb after shaping by described lower die mechanism (4) and is transferred to the finished product curb that described finished product curb scoops out in mechanism (7) and extracts releasing mechanism (8), and this finished product curb extracts the top that releasing mechanism (8) is arranged on described frame (6) movably.

2. the curb take-off equipment of curb forming machine according to claim 1, it is characterized in that being provided with a lifting support switchboard (61) in the left side on the top of described frame (6), it is provided with on a lifting support on the top of this lifting support switchboard (61) row limit position signal collector (611), and it is provided with a descending limit position signal collector (612) of lifting support in the bottom of lifting support switchboard (61), upper right in frame (6) is provided with lifting support translating stroke switchboard (62), is provided with lifting support translation limit position signal collector (621) on this lifting support translating stroke switchboard (62), above and the position on the right side corresponding to described lifting support translating stroke switchboard (62) is provided with patrix Stroke Control plate (63) and counterdie Stroke Control plate (64) in frame (6), counterdie Stroke Control plate (64) is connected with the lower end of patrix Stroke Control plate (63), patrix Stroke Control plate (63) is provided with on a patrix stroke limit position signal picker (631) and extreme limit of travel position signal acquisition device (632) under a patrix, under patrix, extreme limit of travel position signal acquisition device (632) is corresponding to the lower section of stroke limit position signal picker (631) on patrix, counterdie Stroke Control plate (64) is provided with on a counterdie stroke limit position signal picker (641) and a counterdie descending way limit position signal acquisition device (642), under counterdie, extreme limit of travel position signal acquisition device (642) is corresponding to the lower section of stroke limit position signal picker (641) on counterdie, the position of described finished product curb extraction releasing mechanism (8) in described frame (6) is positioned between described lifting support switchboard (61) and described lifting support translating stroke switchboard (62), and when this finished product curb extract releasing mechanism (8) in frame (6), move to corresponding with the top of described lower die mechanism (4) position to the right time, enter to be positioned in described lower die mechanism (4) shaping after the working order extracted of finished product curb, and when finished product curb extract releasing mechanism (8) in frame (6), be moved to the left to corresponding position, the top scooping out mechanism (7) with described finished product curb time, enter and the finished product curb of extraction is released to finished product curb scoops out the working order in mechanism (7), being configured with a rack chassis (65) in the bottom of described frame (6), described finished product curb scoops out mechanism (7) and is arranged on rack chassis (65).

3. the curb take-off equipment of curb forming machine according to claim 2, it is characterized in that stroke limit position signal picker (611) on described lifting support, extreme limit of travel position signal acquisition device (612) under lifting support, lifting support translation limit position signal collector (621), stroke limit position signal picker (631) on patrix, extreme limit of travel position signal acquisition device (632) under patrix, on counterdie, under stroke limit position signal picker (641) and counterdie, extreme limit of travel position signal acquisition device (642) is travel switch, vernier switch, position proximity switch, dry-reed tube or hall sensing element.

4. the curb take-off equipment of curb forming machine according to claim 1, it is characterized in that described finished product curb scoops out mechanism (7) and comprises guide rail frame (71), sliding support (72), sliding support drives acting cylinder (73) and finished product curb carrying platform (74), the middle part of the length direction of guide rail frame (71) and the rack chassis (65) of described frame (6) are fixed, and the front-end and back-end of guide rail frame (71) are all stretched over rack chassis (65) outward, and respectively it is fixed with a sliding support guide rail (711) in the left side of length direction of guide rail frame (71) and right side, and on the left of the front end of guide rail frame (71) and on the right side of front end and in the position of correspondence, respectively it is fixed with a position-limit foot axle bed (712), position-limit foot axle bed (712) is provided with a position-limit foot (7121) by position-limit foot bearing pin (71211) pivotable, and on position-limit foot axle bed (712), also it is configured with a gear convex (7122), this gear convex (7122) is corresponding with the lower rearward side of position-limit foot (7121), sliding support (72) and sliding support guide rail (711) are slidably matched, sliding support drives acting cylinder (73) to fix with the horizontally-arranged state of level and guide rail frame (71), and this sliding support drives the sliding support of acting cylinder (73) to drive acting cylinder post (731) to be connected with the rear end of sliding support (72), finished product curb carrying platform (74) is found a place on sliding support (72), extract releasing mechanism (8) by described finished product curb to be released on described finished product curb carrying platform (74) from the upper shaping finished product curb that completes extracted of described lower die mechanism (4).

5. the curb take-off equipment of curb forming machine according to claim 4, it is characterised in that described sliding support drives acting cylinder (73) to be oil cylinder or cylinder.

6. the curb take-off equipment of curb forming machine according to claim 1, it is characterized in that described finished product curb extracts releasing mechanism (8) and comprises vehicle frame (81), lifting support (82), vehicle frame shift reciprocately drive unit (83), lifting support lifting drive (84), sucker retaining plate (85), sucker is overturn acting cylinder (87) by sucker (86) and, one pair of limited roller (811) respectively it is provided with in the left end bottom of vehicle frame (81) and right-hand member bottom, the surface formation of limited roller (811) with the side in opposite directions on described frame (6) top is rolled secondary by this, left upper part at vehicle frame (81) is provided with a vehicle frame rotationally and rolls left wheel shaft (812), a vehicle frame left wheel (8121) respectively it is fixed with in the roll left front-end and back-end of wheel shaft (812) of this vehicle frame, this vehicle frame left wheel (8121) forms, with the top surface of frame (6), pair of rolling, on the right-hand member top of vehicle frame (81) and be provided with the right roller shaft of a vehicle frame (813) rotationally corresponding to the roll left position of wheel shaft (812) of vehicle frame, the right roller of a vehicle frame (8131) respectively it is fixed with in the front-end and back-end of the right roller shaft of this vehicle frame (813), the right roller of this vehicle frame (8131) forms, with the top surface of frame (6), pair of rolling, lifting support (82) comprises guide rod frame (821), lower guide rod frame (822), the left connecting arm of sucker retaining plate (823), the right connecting arm of sucker retaining plate (824) and one group of guide rod (825), distributions in well cabinet frame of one group of guide rod (825) and be slidably matched with guide rod cover (8251), and guide rod cover (8251) is fixed on described vehicle frame (81), upper guide rod 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 side of the left connecting arm of sucker retaining plate (823) and lower guide rod frame (822) is fixed, the right connecting arm of sucker retaining plate (824) is fixed with the right side of lower guide rod frame (822) and corresponding with the left connecting arm of sucker retaining plate (823), vehicle frame shift reciprocately drive unit (83) is arranged on the left end of described vehicle frame (81) and is in transmission connection with the described vehicle frame wheel shaft (812) that rolls left, the position of lifting support lifting drive (84) lower section of guide rod frame (821) on corresponding to is arranged on the middle part of vehicle frame (81) and is connected with upper guide rod frame (821) and lower guide rod frame (822) simultaneously, left end and the left connecting arm of the sucker retaining plate (823) of sucker retaining plate (85) are articulated and connected, and the right-hand member of sucker retaining plate (85) and the right connecting arm of sucker retaining plate (824) are articulated and connected, sucker retaining plate (85) has offered sucker retaining plate air-breathing hole (851) with interval state, the thickness direction of the through sucker retaining plate (85) of sucker retaining plate air-breathing hole (851), and it is plugged with sucker retaining plate Air suction pipe joint (8511) in the position corresponding to sucker retaining plate air-breathing hole (851), this sucker retaining plate Air suction pipe joint (8511) is connected with depression generator by pipeline, sucker (86) and sucker retaining plate (85) towards under side be connected, above and sucker air-breathing hole (861) has been offered in the position corresponding to sucker retaining plate air-breathing hole (851) with interval state at this sucker (86), this sucker air-breathing hole (861) communicates with sucker retaining plate air-breathing hole (851), described sucker retaining plate Air suction pipe joint (8511) inserts this sucker air-breathing hole (861), sucker (86) towards under side and the position, edge of sucker (86) is provided with a suction cup sealed circle (862), sucker (86) towards under side and be positioned at the region enclosing conjunction by described suction cup sealed circle (862) and be provided with a sucker sieve plate (863), this sucker sieve plate (863) is by sucker sieve plate adhesive magnet (8631) adhesive, and sucker sieve plate adhesive magnet (8631) is embedded on sucker (86) with interval state, one pair of sucker upset acting cylinder (87) is hinged with the front side of the state that corresponds to each other and described lower guide rod frame (822), and this sucker upset acting cylinder post (871) that sucker overturns acting cylinder (87) is hinged with the rear side of described sucker retaining plate (85).

7. the curb take-off equipment of curb forming machine according to claim 6, it is characterized in that described vehicle frame shift reciprocately drive unit (83) comprises shift reciprocately and drives deceleration block (831), transition Connection Block (832), vehicle frame shift reciprocately drive-motor (833), vehicle frame shift reciprocately drives reduction box (834), drive sprocket (835), driven sprocket wheel (836) and driving chain (837), shift reciprocately drives the left end end face of deceleration block (831) and described vehicle frame (81) to fix, vehicle frame shift reciprocately drive-motor (833) coordinates with driving reduction box (834) transmission of vehicle frame shift reciprocately and drives reduction box (834) to fix together with vehicle frame shift reciprocately drive-motor (833) and transition Connection Block (832) by vehicle frame shift reciprocately, and this transition Connection Block (832) and shift reciprocately drive deceleration block (831) to fix, drive sprocket (835) is fixed on vehicle frame shift reciprocately and drives the vehicle frame shift reciprocately of reduction box (834) to drive on reduction gearbox output shaft (834), driven sprocket wheel (836) is fixed on described vehicle frame and rolls left on wheel shaft (812), one end of driving chain (837) is nested with on drive sprocket (835), the other end is nested with on driven sprocket wheel (836).

8. the curb take-off equipment of curb forming machine according to claim 7, it is characterised in that described vehicle frame shift reciprocately drive-motor (833) is for having the motor of rotating function.

9. the curb take-off equipment of curb forming machine according to claim 6, it is characterized in that described lifting support lifting drive (84) comprises lifting support lifting drive-motor seat supporting plate (841), lifting support lifting drive-motor seat (842), lifting support lifting drive-motor (843), pinion(gear) (844), master wheel (845), Large Gear Shaft sprocket wheel (846), conduction chain transition wheel (847) and conduction chain (848), the middle part of lifting support lifting drive-motor seat supporting plate (841) and described vehicle frame (81) is fixed, lifting support lifting drive-motor seat (842) is fixed on lifting support lifting drive-motor seat supporting plate (841), and fix with the horizontally-arranged state of level and lifting support lifting drive-motor seat (842), the motor shaft (8431) of this lifting support lifting drive-motor (843) is through lifting support lifting drive-motor seat (842), pinion(gear) (844) is fixed on motor shaft (8431), master wheel (845) is fixed on the left end of Large Gear Shaft (8451) and is meshed with pinion(gear) (844), Large Gear Shaft (8451) is bearing on lifting support lifting drive-motor seat (842) rotationally, Large Gear Shaft sprocket wheel (846) is fixed on the right-hand member of Large Gear Shaft (8451), conduction chain transition wheel (847) is bearing on conduction chain transition wheel axle bed (8472) by conduction chain transition wheel shaft (8471) rotationally, and this conduction chain transition wheel axle bed (8472) is fixed on described lifting support lifting drive-motor seat supporting plate (841), the upper end of conduction chain (848) is fixing with described upper guide rod frame (821) by fixing ear (8481) on conduction chain, the middle part of conduction chain (848) is nested with successively on conduction chain transition wheel (847) and Large Gear Shaft sprocket wheel (846), and the lower end of conduction chain (848) is fixing with described lower guide rod frame (822) by fixing ear (8482) under conduction chain.

10. the curb take-off equipment of curb forming machine according to claim 9, it is characterised in that described lifting support lifting drive-motor (843) is for having the motor of rotating function.