CN205272297U - Rise core rotation vibration extrusion tuber - Google Patents
Rise core rotation vibration extrusion tuber Download PDFInfo
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- CN205272297U CN205272297U CN201620031200.8U CN201620031200U CN205272297U CN 205272297 U CN205272297 U CN 205272297U CN 201620031200 U CN201620031200 U CN 201620031200U CN 205272297 U CN205272297 U CN 205272297U
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Abstract
Rise core rotation vibration extrusion tuber. The utility model provides a centre form adopts automatic rising core mode, and the external mold adopts the special fork truck demoulding mechanism mould that opens and shuts rapidly to adopt rotary platform to take one's place fast to the external mold, improve production efficiency's rise core rotation vibration extrusion tuber. Including frame, feeding mechanism, roll set, rotary platform, a plurality of external mold, rotatory homocline mechanism, mobile core stick and centre form shake, a plurality of external molds are established rotary platform is last, and rotary platform drives the external mold and does rotatory activity, and rotary platform is located the centre form top, rotatory homocline mechanism establishes at the top of centre form, and the mobile core stick that shakes is established in the centre form, the centre form passes through elevating system and does the elevating movement for the frame, and the centre form gets into external mold formation lumen, feeding mechanism is used for the lumen pay -off, rolls the dish and establishes in the frame and do the elevating movement, rolls the dish and is used for rolling lumen upper portion concrete product. The utility model discloses the process time is assisted to the reduce production in -process, has improved work efficiency.
Description
Technical field
The utility model relates to the tubulation forming production device of concrete structure pipeline, particularly relates to and rises the shaping tubing machine of core rotary type vibration-extrusion.
Background technology
At present, to mainly contain the vertical shaping pipe die of the tubulation that vibrates, outstanding roller tubing machine, centrifugal pipe making machine, common core mould vibrating pipe-making machine and vertical radial extrusion pipe-making machine several for the production unit of domestic skeleton construction drainage pipeline. Wherein, all there is the defects such as production efficiency is low, labour intensity big, cost of labor height, energy consumption height in the shaping pipe die of vertical vibrating tubulation, outstanding roller tubing machine, this several technique of centrifugal pipe making machine, is not suitable for large-scale mass production; Common core mould vibrating pipe-making machine production efficiency promotes to some extent, but the amplitude of lifting is little, and product appearance quality exists certain defect, it is necessary to carry out later stage repairing; Vertical radial extrusion pipe-making machine production efficiency promotes greatly, but device fabrication cost is higher, when changing product specification, cost is higher simultaneously, need to change power according to pipe internal diameter size and roll head, and the concrete duct socket position produced is not easily closely knit, it is easy to cut phenomenon occurs, make troubles to subsequent production, pipe production is higher to the requirement of concrete raw material simultaneously, and the size of sand, stone, fineness modulus have higher requirement, cause manufacturing cost to increase.
Practical novel content
The utility model is for above problem; provide a kind of interior mould and adopt automatic lifting core mode; external mold adopts the special rapid folding mould of fork truck stripper structure; and it is in place fast to adopt rotation platform to be carried out by external mold; by the combination of each actuating mechanism; make production process smooth, it is to increase production efficiency rise the core shaping tubing machine of rotary type vibration-extrusion.
The technical solution of the utility model is: comprise frame, feeding mechanism, roll dish, rotation platform, some external molds, rotate homocline mechanism, vibration plug and Nei Mo;
Some external molds are located on described rotation platform, and described rotation platform drives external mold to make rotary moveable, and described rotation platform is positioned at above described mould;
Described rotation homocline mechanism is located at the top of described interior mould, and described vibration plug is located at described Nei Monei, and described interior mould does up-and-down movement by hoisting appliance relative to frame, and interior mould enters external mold and forms pipe chamber;
Described feeding mechanism is used for the feeding of pipe chamber, described in roll dish and be located in frame and do up-and-down movement, described in roll dish for rolling pipe chamber top concrete product.
Described external mold comprises one to the external mold cylinder of semicircle, external mold rotation axis, external mold folding axle and some external mold folding cam set, the side of one pair of external mold cylinder is undertaken hinged by external mold rotation axis, another side is connected by the external mold folding cam set of uniform setting, described external mold folding axle drives external mold folding cam set to rotate so that external mold cylinder is made opening and closing movement by one;
Described external mold folding cam set comprises draws plate one, draws plate two, swing bolt, cam and cam to draw plate, described in draw plate one and draw that plate two is fixing respectively to be located on the phase opposite of one pair of cylinder,
Described drawing plate two to be provided with vertical perforation, described external mold folding axle passes perpendicularly through described perforation, and described cam is fixedly connected with described external mold folding axle, and described cam draws plate to have middle hole, and described cam draws plate to be set on described cam by middle hole,
Described swing bolt is connected to cam and draws plate and draw between plate one, and described swing bolt is fixedly connected on cam and draws on plate, and described swing bolt draws on plate one by drawing plate pin to be movably connected in.
Also comprising some bed dies, described bed die connects one to one in the bottom of described external mold, and the center of described bed die has through hole, is equipped with step circle outward, and described external mold cylinder is located on described step circle.
Also comprise rope belt driving wheel and some bed die rotating pallet groups,
Described rope belt driving wheel is located at the bottom of described external mold folding axle, and some bed die rotating pallet groups are all laid in the bottom of one pair of external mold cylinder,
Described bed die rotating pallet group comprises rotor wheel, rotating shaft, support tube and supporting plate, described support tube is fixing to be located on external mold cylinder, described rotating shaft is actively installed in described support tube, described rotor wheel and supporting plate are fixing respectively to be located in described rotating shaft and is positioned at the upper and lower part of support tube, described rope belt driving wheel is taken turns by wireline connection of rotating, and described rotor wheel drives supporting plate to rotate the circle of the step for supporting bed die.
Also comprise fork truck open-and-close mechanism, described fork truck open-and-close mechanism comprises fork truck hanger and to external mold hanger, one pair of parallel setting of external mold hanger and being vertically located at respectively on fork truck hanger, the top of described external mold hanger is provided with support seat, the two ends of described external mold are respectively equipped with pillar, and described pillar is located on described support seat adaptedly.
Also comprise external mold ratchet, rotate push pedal seat, push pedal oil cylinder, push pedal and rotational fuel tank,
Described external mold ratchet is located on described external mold folding axle,
Described rotation push pedal seat is located at the end face of fork truck hanger, described push pedal is laid with some slots, described push pedal oil cylinder pushing or pull push pedal to make linear sliding motion rotating in push pedal seat, one end of described rotational fuel tank is fixed on fork truck hanger, the other end is fixed on and rotates on push pedal seat, the expanding-contracting action of described rotational fuel tank makes rotation push pedal seat, push pedal oil cylinder and push pedal do swing action so that push pedal is for contacting external mold ratchet.
The described dish that rolls comprises and rolls adjustable shelf, guide wheel shaft, rolls upper and lower oil cylinder and rolling body, described rolling body comprise roll rubbing oil cylinder, swing bearing, roll transmission dish, rubber spring washer and socket roll dish,
The described adjustable shelf that rolls comprises the vertical portion being connected as a single entity and level encloses frame, described guiding wheels are fixed in the vertical portion rolling adjustable shelf, and guiding wheels slide up and down along frame, and the upper end rolling upper and lower oil cylinder is fixed on rolls on adjustable shelf, lower end is fixed in frame
Described one end rolling rubbing oil cylinder is fixed on the level rolling adjustable shelf and encloses in frame, the other end is fixed on the outer ring of swing bearing, the inner ring of described swing bearing is fixed on the bottom surface that the level rolling adjustable shelf encloses frame, described in roll rubbing oil cylinder horizontal extension drive swing bearing outer ring do spinning movement;
The described transmission dish that rolls is fixed on below the outer ring of swing bearing, and described rubber spring washer and socket roll dish and be bolted on successively and roll on transmission dish, and described socket rolls dish and is positioned at described external mold.
Also comprise outer die positioning mechanism, described outer die positioning mechanism is positioned at the outer ring of described rolling body, described outer die positioning mechanism comprises external mold positional cylinder, positioning and guiding dish, location shaft collar and external mold dowel disc, the upper end of described external mold positional cylinder is fixed on the level rolling adjustable shelf and encloses in frame, lower end is fixed on external mold dowel disc, described external mold positional cylinder drives external mold dowel disc to do up-and-down movement, and described external mold dowel disc is provided with ring groove, and described ring groove is for placing external mold;
Described positioning and guiding dish is fixed on the top of external mold dowel disc, described location shaft collar is fixed on the bottom surface that the level rolling adjustable shelf encloses frame, described location shaft collar is positioned at the outside of described positioning and guiding dish, and described positioning and guiding dish can be slided up and down by key with location shaft collar.
Described rotation homocline mechanism comprises rotating head and motor, and described driven by motor rotating head action, described rotating head is laid with some arc shaped blades.
Uniform on described rotation platform being fixed with some bed die specification dowel discs, described bed die is placed on bed die specification dowel disc.
The utility model is at work, rotation platform sets external mold A and external mold B in advance, utilize feeding in the outside mould A of feeding mechanism, the rotation homocline mechanism on interior mould top, presses to the pipe chamber between Nei Mo and external mold A inwall by concrete, and vibration plug is installed on Nei Monei, motor drives vibration plug to drive inner mould vibration, inner mould vibration makes concrete compaction, and hoisting appliance drives interior mould, vibration plug and rotates homocline mechanism and constantly promotes, and makes concrete duct progressively shaping; Shaping complete after, roll dish and concrete product top rolled, make pipeline closely knit further.
After having rolled, hoisting appliance drives interior mould, vibration plug and rotates the decline of homocline mechanism, it is achieved the stripping action of interior mould, grinds platen lift, it is achieved roll dish and be separated with concrete product molectron with external mold A, bed die simultaneously. By rotation platform, the position of external mold A, bed die and concrete product molectron and external mold B, bed die molectron is rotated conversion, it is achieved the operation displacement that concrete duct is shaping. Roll dish decline to realize the location of external mold B and bed die molectron, proceed the production of next root concrete duct. External mold A, bed die and concrete product molectron, under the drive of fork truck, are transported to the placement position specified by fork truck clasp mould mechanism, and external mold A is opened by fork truck clasp mould mechanism, it is achieved external mold A and bed die, being separated of concrete product. Fork truck continues band electrical forklift clasp mould mechanism by the combination of external mold A and new bed die, form new external mold, bed die molectron be placed on and turn round on platform, proceed the production of next samsara.
The utility model reduces in production process the aided process time, it is to increase working efficiency.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model,
Fig. 2 is the vertical view of Fig. 1,
Fig. 3 is the right view of Fig. 1,
Fig. 4 is frame and the connection structural representation rolling dish in the utility model,
Fig. 5 is the vertical view of Fig. 4,
Fig. 6 is the connection structural representation of rolling body in the utility model, outer die positioning mechanism and external mold;
Fig. 7 is the structural representation of fork truck open-and-close mechanism in the utility model,
Fig. 8 is the vertical view of Fig. 7,
Fig. 9 is the left view of Fig. 7,
Figure 10 is the perspective view of Fig. 7,
Figure 11 is the connection structural representation one of external mold and bed die in the utility model,
Figure 12 is the connection structural representation two of external mold and bed die in the utility model,
Figure 13 is the vertical view of Figure 12,
Figure 14 is the left view of Figure 12,
Figure 15 is the perspective view of Figure 12,
Figure 16 is the connection structural representation of fork truck open-and-close mechanism and external mold in the utility model,
Figure 17 is the vertical view of Figure 16,
Figure 18 is the left view of Figure 16,
Figure 19 is the perspective view of Figure 16,
Figure 20 is the structural representation rotating homocline mechanism in the utility model,
Figure 21 is the perspective view one of Figure 20,
Figure 22 is the perspective view two of Figure 20,
Figure 23 is working state figure of the present utility model,
Figure 24 is the structural representation of external mold folding mould cam set in the utility model,
Figure 25 is the vertical view of Figure 24,
Figure 26 is three-dimensional structure diagram of the present utility model;
In figure, 1 is feeding mechanism, 2 is frame, 3 is roll dish, 4 is external mold A, 5 is bed die, 51 is through hole, 52 is step circle, 6 is external mold B, 7 is fork truck clasp mould mechanism, 8 is rotation platform, 9 is rotate homocline mechanism, 91 is rotating head, 92 is arc shaped blade, 10 is vibration plug, 11 is interior mould, 12 is hoisting appliance, 13 is guiding wheels, 14 is roll adjustable shelf, 141 is vertical portion, 142 is that level encloses frame, 15 is roll upper and lower oil cylinder, 16 is external mold positional cylinder, 17 is roll rubbing oil cylinder, 18 is swing bearing, 19 is positioning and guiding dish, 20 is location shaft collar, 21 is external mold dowel disc, 210 is ring groove, 22 is roll transmission dish, 23 is rubber spring washer, 24 is that socket rolls dish, 25 is fork truck hanger, 26 is rotate push pedal seat, 27 is push pedal oil cylinder, 28 is push pedal, 29 is rotational fuel tank, 30 is external mold hanger, 301 is support seat, 31 is bed die rotating pallet group, 311 is rotor wheel, 312 is rotating shaft, 313 is support tube, 314 is supporting plate, 32 is external mold rotation axis, 33 is external mold cylinder, 331 is left side external mold cylinder, 332 is right side external mold cylinder, 34 is external mold folding axle, 35 is external mold ratchet, 36 is external mold folding cam set, 361 is that left side external mold cylinder draws plate, 362 is that right side external mold cylinder draws plate, 363 is draw plate pin, 364 is swing bolt, 365 is that cam draws plate, 366 is tightening screw, 367 is rolling bearing units, 368 is cam, 37 is rope belt driving wheel, 38 is wireline changed course wheels, 39 is bed die specification dowel disc, and 40 is goods, 41 is pillar, 42 is hopper.
Embodiment
The utility model as shown in Fig. 1-2 6, comprise frame 2, feeding mechanism 1, roll dish 3, rotation platform 8, some external molds (as arranged external mold A5 and external mold B6), rotate homocline mechanism 9, vibration plug 10 and Nei Mo 11;
Some external molds are located on described rotation platform 8, and described rotation platform drives external mold to make rotary moveable, and described rotation platform is positioned at above described mould, rotation platform is at work, driving by motor and rotate, the surrounding of platform arranges roller, it is to increase the reliability of rotation;
Described rotation homocline mechanism is located at the top of described interior mould, and described vibration plug is located at described Nei Monei, and described interior mould does up-and-down movement by hoisting appliance 12 relative to frame, and interior mould enters external mold and forms pipe chamber;
Described feeding mechanism is used for the feeding of pipe chamber, described in roll dish 3 and be located in frame and do up-and-down movement, described in roll dish for rolling top, pipe chamber concrete product 40.
As shown in figs. 11 and 15, described external mold comprises one to the external mold cylinder 33(of semicircle i.e. left side external mold cylinder 331 and right side external mold cylinder 332), external mold rotation axis 32, external mold folding axle 34 and some external mold folding cam set 36, the side of one pair of external mold cylinder is undertaken hinged by external mold rotation axis, another side is connected by the external mold folding cam set of uniform setting, described external mold folding axle drives external mold folding cam set to rotate, one pair of external mold cylinder is made to make opening and closing movement, namely by external mold folding axle spinning movement, one pair of external mold cylinder is opened or closes;
Described external mold folding cam set comprises draws plate one (namely left side external mold cylinder draws plate 361), draws plate two (right side external mold cylinder draws plate 362), swing bolt, cam and cam to draw plate, described draw plate one and draw that plate two is fixing respectively to be located on the phase opposite of one pair of cylinder
Described drawing plate two to be provided with vertical perforation, described external mold folding axle passes perpendicularly through described perforation, and described cam is fixedly connected with described external mold folding axle, and described cam draws plate to have middle hole, and described cam draws plate to be set on described cam by middle hole,
Described swing bolt is connected to cam and draws plate and draw between plate one, and described swing bolt is fixedly connected on cam and draws on plate, and described swing bolt draws on plate one by drawing plate pin to be movably connected in.
As shown in figures 24-25, in embody rule, external mold folding mould cam set 36 comprises that left side external mold cylinder draws plate 361, right side external mold cylinder to draw plate 362, draws plate pin 363, swing bolt 364, cam draw plate 365, tightening screw 366, rolling bearing units 367 and cam 368;
Left side external mold cylinder draws plate 361 to be welded on the external mold cylinder 331 of left side, right side external mold cylinder draws plate 362 to be welded on the external mold cylinder 332 of right side, rolling bearing units 367 are fixed by bolts to right side external mold cylinder and draw on plate 362, external mold folding axle 34 injects in rolling bearing units 367, cam 368 tightening screw 366 is fixed on external mold folding axle 34, cam draws plate 365 to be enclosed within cam 368, cam draws plate 365 with swing bolt 364 and to draw plate pin 363 to draw plate 361 to be connected with left side external mold cylinder, in this case, swing bolt is arranged on one and draws in plate 361 to left side external mold cylinder, again by drawing plate pin to connect,
When external mold folding axle 34 rotates, tightening screw 366 makes cam 368 follow rotation, due to the eccentric action of cam 368, cam is made to draw plate 365 to produce displacement movement, through swing bolt 364 with draw plate pin 363 to make left side external mold cylinder draw plate 361 to produce the radial motion drawing plate 362 relative to right side external mold cylinder, with the object reaching left side external mold cylinder 331 and right side external mold cylinder 332 opens or closes.
Also comprising some bed dies 5, described bed die connects one to one in the bottom of described external mold, and the center of described bed die 5 has through hole 51, is equipped with step circle 52 outward, and described external mold cylinder is located on described step circle; In work, interior mould enters in external mold through the through hole of bed die;
Bed die 5, according to production efficiency requirement, need to configure multiple, and after bed die 5 and external mold A or external mold B combine, location is placed on rotation platform 8.
Also comprise rope belt driving wheel 37 and some bed die rotating pallet groups 31,
Described rope belt driving wheel 37 is located at the bottom of described external mold folding axle 34, and some bed die rotating pallet groups 31 are all laid in the bottom of one pair of external mold cylinder 33,
Described bed die rotating pallet group comprises rotor wheel 311, rotating shaft 312, support tube 313 and supporting plate 314, described support tube is fixing to be located on external mold cylinder, described rotating shaft is actively installed in described support tube, described rotor wheel and supporting plate are fixing respectively to be located in described rotating shaft and is positioned at the upper and lower part of support tube, described rope belt driving wheel is taken turns by wireline connection of rotating, and described rotor wheel drives supporting plate to rotate the circle of the step for supporting bed die.
External mold folding cam set 36 drives two halves formula structure external mold cylinder 33 folding, the rotation of external mold folding axle 34 simultaneously drives rope belt driving wheel 37 to rotate, the wireline that rotates through of rope belt driving wheel 37 drives bed die rotating pallet group 31 to rotate, the rotation of bed die rotating pallet group 31 makes external mold A4 or external mold B6 be connected with the generation of bed die 5 or unclamp action, it is convenient to the connection of external mold and bed die and unclamps, easy to operate.
In work, external mold cylinder being also provided with wireline changed course wheels 38, its effect is circular due to external mold cylinder 33, holds wireline, wireline can not be stuck on the vertical muscle of external mold cylinder 33, prevent damage of steel cable.
As shown in Fig. 7-10,16-19, also comprise fork truck open-and-close mechanism, described fork truck open-and-close mechanism comprises fork truck hanger 25 and to external mold hanger 30, one pair of parallel setting of external mold hanger 30 and being vertically located at respectively on fork truck hanger, the top of described external mold hanger is provided with and supports seat 301, the two ends of described external mold are respectively equipped with pillar 41, and described pillar is located on described support seat adaptedly. By fork truck open-and-close mechanism so that external mold is located between one pair of external mold hanger, it is convenient to carrying external mold, handled easily.
Also comprise external mold ratchet 35, rotate push pedal seat 26, push pedal oil cylinder 27, push pedal 28 and rotational fuel tank 29,
Described external mold ratchet 35 is located on described external mold folding axle,
Described rotation push pedal seat 26 is located at the end face of fork truck hanger 25, described push pedal 28 is laid with some slots, described push pedal oil cylinder 27 promotes or pulls push pedal 28 to make linear sliding motion in rotation push pedal seat, one end of described rotational fuel tank 29 is fixed on fork truck hanger, the other end is fixed on and rotates on push pedal seat, the expanding-contracting action of described rotational fuel tank makes rotation push pedal seat, push pedal oil cylinder and push pedal do swing action so that push pedal is for contacting external mold ratchet.
When external mold A4 or external mold B6 is transported to specified location together with goods, rotation push pedal seat 26, push pedal oil cylinder 27, push pedal 28 are rotated by rotational fuel tank 29 together, push pedal 28 is contacted with the external mold ratchet 35 of external mold A4 or external mold B6, push pedal oil cylinder 27 promotes push pedal 28, push pedal 28 makes external mold ratchet 35 produce to rotate, the rotation of external mold ratchet 35 drives the connection of external mold A4 or external mold B6 folding and external mold A4 or external mold B6 and bed die 5 and unclamps, easy to operate, reliable; Meanwhile, the folding of external mold makes the outward appearance plucking phenomenon that concrete structure pipeline visual appearance can not produce common core vibratory process and causes, it is to increase quality product.
As Figure 4-Figure 6, the described dish that rolls comprises and rolls adjustable shelf 14, guide wheel shaft 13, rolls upper and lower oil cylinder 15 and rolling body, described rolling body comprise roll during rubbing oil cylinder 17(applies arrange one to), swing bearing 18, roll transmission dish 22, rubber spring washer 23 and socket roll dish 24
The described adjustable shelf that rolls comprises the vertical portion 141 being connected as a single entity and level encloses frame 142, described guiding wheels 13 are fixed in the vertical portion rolling adjustable shelf, and guiding wheels slide up and down along frame, and the upper end rolling upper and lower oil cylinder 15 is fixed on rolls on adjustable shelf, lower end is fixed in frame
Described one end rolling rubbing oil cylinder 17 is fixed on the level rolling adjustable shelf and encloses in frame 142, the other end is fixed on the outer ring of swing bearing 18, the inner ring of described swing bearing 18 is fixed on the bottom surface that the level rolling adjustable shelf encloses frame 142, described in roll rubbing oil cylinder 17 horizontal extension drive swing bearing outer ring do spinning movement;
The described transmission dish 22 that rolls is fixed on below the outer ring of swing bearing, and described rubber spring washer 23 and socket roll dish 24 and be bolted on successively and roll on transmission dish, arrange rubber spring washer, ensures elasticity, it is to increase the density of goods; Described socket rolls dish and is positioned at described external mold.
Its working process is: the drive that presses down rolling upper and lower oil cylinder 15 rolls adjustable shelf 14, roll adjustable shelf 14 and drive swing bearing 18, swing bearing 18 drives and rolls transmission dish 22, rubber spring washer 23, socket roll dish 24 and realize pressing action, simultaneously, roll flexible drive swing bearing 18 outer ring of rubbing oil cylinder 17 and do spinning movement, swing bearing 18 outer ring drives and rolls transmission dish 22, rubber spring washer 23, socket roll dish 24 and do spinning movement and realize rubbing work, socket rolls the pressing action of dish 24 and rubbing work is joined together, realization rolls so that goods are closely knit.
In work, the level rolling adjustable shelf is enclosed frame top and can be arranged hopper 42, the outlet of its corresponding feeding mechanism, it is to increase the reliability of feeding.
Also comprise outer die positioning mechanism, described outer die positioning mechanism is positioned at the outer ring of described rolling body, described outer die positioning mechanism comprises in external mold positional cylinder 16(application, four reliable operations are set), positioning and guiding dish 19, location shaft collar 20 and external mold dowel disc 21, the upper end of described external mold positional cylinder 16 is fixed on the level rolling adjustable shelf and encloses in frame 142, lower end is fixed on external mold dowel disc 21, described external mold positional cylinder drives external mold dowel disc to do up-and-down movement, described external mold dowel disc is provided with ring groove 210, and described ring groove is for placing external mold;
Described positioning and guiding dish 19 is fixed on the top of external mold dowel disc 21, described location shaft collar 20 is fixed on the bottom surface that the level rolling adjustable shelf encloses frame, described location shaft collar is positioned at the outside of described positioning and guiding dish, described positioning and guiding dish can be slided up and down by key with location shaft collar, is convenient to guiding.
Its working process is: pressing down of external mold positional cylinder 16, make external mold dowel disc 21 realize the top to external mold A4 or external mold B6 by positioning and guiding dish 19 and location shaft collar 20 to locate, ensure the reliability of external mold position, firm property, it is convenient to realize the reliability of follow-up feeding action.
Described rotation homocline mechanism 9 comprises rotating head 91 and motor, and described driven by motor rotating head action, described rotating head is laid with some arc shaped blades 92; Charging is made evenly to enter in pipe chamber by rotating homocline mechanism, it is to increase the quality of goods.
Uniform on described rotation platform being fixed with some bed die specification dowel discs 39, described bed die 5 is placed on bed die specification dowel disc 39, and the position of rotation platform is by electrical control.
The utility model is at work, roll dish 3 can slide up and down in frame 2, roll dish 3 and realize location, top by outer die positioning mechanism external mould A4 or external mold B6, roll dish 3 simultaneously and realize being rolled on concrete product top by rolling body, make concrete product closely knit;
Rotate homocline mechanism 9, vibration plug 10, interior mould 11, hoisting appliance 12(is by chain transmission etc.) molectron rotating after homocline mechanism 9 enters external mold A4 or external mold B6, feeding mechanism 1(carries out feeding by transport tape) feeding can be carried out, concrete material external mold A4 or between external mold B6 and interior mould 11 shaping, vibration plug 10 makes interior mould 11 produce vibration under motor drives, make concrete material progressively closely knit, hoisting appliance 12 constantly promotes, concrete duct is progressively shaping and closely knit, after cloth terminates, feeding mechanism 1 stops feed, roll dish 3 to be rolled on concrete product top, make pipeline closely knit further, shaping.
Roll after dish 3 rolled, hoisting appliance 12 driven rotary homocline mechanism 9, vibration plug 10, interior mould 11 decline, and make concrete product inwall and interior mould 11 realize being separated, complete the stripping action of interior mould 11, roll dish 3 to rise, it is achieved roll being separated of dish and external mold.
External mold and bed die 5 can be carried by fork truck clasp mould mechanism 7, and when being transported to the stowed location specified, external mold is separated with bed die 5 or external mold and bed die 5 is combined by fork truck clasp mould mechanism.
The utility model patent can produce more rapidly concrete structure pipeline, can realize the batch production of concrete duct, can effectively improve the quality of products simultaneously, reduces production cost, and the manufacturing cost of effective reduction equipment, effectively reduces product energy consumption.
Claims (10)
1. rise the core shaping tubing machine of rotary type vibration-extrusion; It is characterized in that, comprise frame, feeding mechanism, roll dish, rotation platform, some external molds, rotate homocline mechanism, vibration plug and Nei Mo;
Some external molds are located on described rotation platform, and described rotation platform drives external mold to make rotary moveable, and described rotation platform is positioned at above described mould;
Described rotation homocline mechanism is located at the top of described interior mould, and described vibration plug is located at described Nei Monei, and described interior mould does up-and-down movement by hoisting appliance relative to frame, and interior mould enters external mold and forms pipe chamber;
Described feeding mechanism is used for the feeding of pipe chamber, described in roll dish and be located in frame and do up-and-down movement, described in roll dish for rolling pipe chamber top concrete product.
2. according to claim 1 rise the core shaping tubing machine of rotary type vibration-extrusion, it is characterized in that, described external mold comprises one to the external mold cylinder of semicircle, external mold rotation axis, external mold folding axle and some external mold folding cam set, the side of one pair of external mold cylinder is undertaken hinged by external mold rotation axis, another side is connected by the external mold folding cam set of uniform setting, described external mold folding axle drives external mold folding cam set to rotate so that external mold cylinder is made opening and closing movement by one;
Described external mold folding cam set comprises draws plate one, draws plate two, swing bolt, cam and cam to draw plate, described in draw plate one and draw that plate two is fixing respectively to be located on the phase opposite of one pair of cylinder,
Described drawing plate two to be provided with vertical perforation, described external mold folding axle passes perpendicularly through described perforation, and described cam is fixedly connected with described external mold folding axle, and described cam draws plate to have middle hole, and described cam draws plate to be set on described cam by middle hole,
Described swing bolt is connected to cam and draws plate and draw between plate one, and described swing bolt is fixedly connected on cam and draws on plate, and described swing bolt draws on plate one by drawing plate pin to be movably connected in.
3. according to claim 2 rise the core shaping tubing machine of rotary type vibration-extrusion, it is characterized in that, also comprise some bed dies, described bed die connects one to one in the bottom of described external mold, the center of described bed die has through hole, is equipped with step circle outward, and described external mold cylinder is located on described step circle.
4. according to claim 3 rise the core shaping tubing machine of rotary type vibration-extrusion, it is characterised in that, also comprise rope belt driving wheel and some bed die rotating pallet groups,
Described rope belt driving wheel is located at the bottom of described external mold folding axle, and some bed die rotating pallet groups are all laid in the bottom of one pair of external mold cylinder,
Described bed die rotating pallet group comprises rotor wheel, rotating shaft, support tube and supporting plate, described support tube is fixing to be located on external mold cylinder, described rotating shaft is actively installed in described support tube, described rotor wheel and supporting plate are fixing respectively to be located in described rotating shaft and is positioned at the upper and lower part of support tube, described rope belt driving wheel is taken turns by wireline connection of rotating, and described rotor wheel drives supporting plate to rotate the circle of the step for supporting bed die.
5. according to claim 1 and 2 rise the core shaping tubing machine of rotary type vibration-extrusion, it is characterized in that, also comprise fork truck open-and-close mechanism, described fork truck open-and-close mechanism comprises fork truck hanger and to external mold hanger, one pair of parallel setting of external mold hanger and being vertically located at respectively on fork truck hanger, the top of described external mold hanger is provided with support seat, and the two ends of described external mold are respectively equipped with pillar, and described pillar is located on described support seat adaptedly.
6. according to claim 5 rise the core shaping tubing machine of rotary type vibration-extrusion, it is characterised in that, also comprise external mold ratchet, rotate push pedal seat, push pedal oil cylinder, push pedal and rotational fuel tank,
Described external mold ratchet is located on described external mold folding axle,
Described rotation push pedal seat is located at the end face of fork truck hanger, described push pedal is laid with some slots, described push pedal oil cylinder pushing or pull push pedal to make linear sliding motion rotating in push pedal seat, one end of described rotational fuel tank is fixed on fork truck hanger, the other end is fixed on and rotates on push pedal seat, the expanding-contracting action of described rotational fuel tank makes rotation push pedal seat, push pedal oil cylinder and push pedal do swing action so that push pedal is for contacting external mold ratchet.
7. according to claim 1 rise the core shaping tubing machine of rotary type vibration-extrusion, it is characterised in that,
The described dish that rolls comprises and rolls adjustable shelf, guide wheel shaft, rolls upper and lower oil cylinder and rolling body, described rolling body comprise roll rubbing oil cylinder, swing bearing, roll transmission dish, rubber spring washer and socket roll dish,
The described adjustable shelf that rolls comprises the vertical portion being connected as a single entity and level encloses frame, described guiding wheels are fixed in the vertical portion rolling adjustable shelf, and guiding wheels slide up and down along frame, and the upper end rolling upper and lower oil cylinder is fixed on rolls on adjustable shelf, lower end is fixed in frame
Described one end rolling rubbing oil cylinder is fixed on the level rolling adjustable shelf and encloses in frame, the other end is fixed on the outer ring of swing bearing, the inner ring of described swing bearing is fixed on the bottom surface that the level rolling adjustable shelf encloses frame, described in roll rubbing oil cylinder horizontal extension drive swing bearing outer ring do spinning movement;
The described transmission dish that rolls is fixed on below the outer ring of swing bearing, and described rubber spring washer and socket roll dish and be bolted on successively and roll on transmission dish, and described socket rolls dish and is positioned at described external mold.
8. according to claim 7 rise the core shaping tubing machine of rotary type vibration-extrusion, it is characterized in that, also comprise outer die positioning mechanism, described outer die positioning mechanism is positioned at the outer ring of described rolling body, described outer die positioning mechanism comprises external mold positional cylinder, positioning and guiding dish, location shaft collar and external mold dowel disc, the upper end of described external mold positional cylinder is fixed on the level rolling adjustable shelf and encloses in frame, lower end is fixed on external mold dowel disc, described external mold positional cylinder drives external mold dowel disc to do up-and-down movement, described external mold dowel disc is provided with ring groove, described ring groove is for placing external mold,
Described positioning and guiding dish is fixed on the top of external mold dowel disc, described location shaft collar is fixed on the bottom surface that the level rolling adjustable shelf encloses frame, described location shaft collar is positioned at the outside of described positioning and guiding dish, and described positioning and guiding dish can be slided up and down by key with location shaft collar.
9. according to claim 1 rise the core shaping tubing machine of rotary type vibration-extrusion, it is characterised in that, described rotation homocline mechanism comprises rotating head and motor, and described driven by motor rotating head action, described rotating head is laid with some arc shaped blades.
10. according to claim 3 rise the core shaping tubing machine of rotary type vibration-extrusion, it is characterised in that, uniform on described rotation platform it is fixed with some bed die specification dowel discs, described bed die is placed on bed die specification dowel disc.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620031200.8U CN205272297U (en) | 2016-01-13 | 2016-01-13 | Rise core rotation vibration extrusion tuber |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620031200.8U CN205272297U (en) | 2016-01-13 | 2016-01-13 | Rise core rotation vibration extrusion tuber |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205272297U true CN205272297U (en) | 2016-06-01 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620031200.8U Withdrawn - After Issue CN205272297U (en) | 2016-01-13 | 2016-01-13 | Rise core rotation vibration extrusion tuber |
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| Country | Link |
|---|---|
| CN (1) | CN205272297U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105500519A (en) * | 2016-01-13 | 2016-04-20 | 孙祥 | Core-lifting rotary type vibrating extrusion forming tubing machine |
| CN109016125A (en) * | 2018-09-08 | 2018-12-18 | 安徽省方大水泥制品有限公司 | Lower core pulling reinforced concrete sewer pipe molding machine |
| CN110978252A (en) * | 2019-12-25 | 2020-04-10 | 扬州通外科技发展有限公司 | Gantry type core lifting moving vibration extrusion forming pipe making machine |
-
2016
- 2016-01-13 CN CN201620031200.8U patent/CN205272297U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105500519A (en) * | 2016-01-13 | 2016-04-20 | 孙祥 | Core-lifting rotary type vibrating extrusion forming tubing machine |
| CN105500519B (en) * | 2016-01-13 | 2017-12-26 | 孙祥 | One kind rises core swinging vibration-extrusion shaping tuber |
| CN109016125A (en) * | 2018-09-08 | 2018-12-18 | 安徽省方大水泥制品有限公司 | Lower core pulling reinforced concrete sewer pipe molding machine |
| CN110978252A (en) * | 2019-12-25 | 2020-04-10 | 扬州通外科技发展有限公司 | Gantry type core lifting moving vibration extrusion forming pipe making machine |
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| C14 | Grant of patent or utility model | ||
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Granted publication date: 20160601 Effective date of abandoning: 20171226 |