CN107253280B

CN107253280B - A kind of bridge pours facility

Info

Publication number: CN107253280B
Application number: CN201710681591.7A
Authority: CN
Inventors: 郑必达
Original assignee: Advocating Creation Shanghai Consulting Management Firm
Current assignee: Advocating Creation Shanghai Consulting Management Firm
Priority date: 2017-08-10
Filing date: 2017-08-10
Publication date: 2019-10-15
Anticipated expiration: 2037-08-10
Also published as: CN107253280A

Abstract

The invention discloses a kind of bridges to pour facility, including pedestal and the concrete box of pedestal left side top is set, coagulation provincialism is equipped in concrete box, lead in upper inner wall on the right side of coagulation provincialism and has provided soil outlet, the intracavitary neat fit of concrete is connected with slide plate, concrete is fixed with the first power device in intracavitary bottom, slot is equipped in slide plate, the locking axis of elongation setting up and down is connected in slot, it is cooperatively connected at the top of locking axis bottom elongation tip and the first power device, extension is visited to outside slide plate top end surface and outer surface smoother is connected with locking agitating set at the top of locking axis, locking agitating set bottom end and slide plate top end surface turn around mating connection, the tank of elongation setting downwards is equipped on the right side of coagulation provincialism in bottom, tank bottom extension probes into pedestal and tip is fixed with oil hydraulic cylinder；The configuration of the present invention is simple, it is easy to operate, it is able to achieve automatic manipulation and quantitatively pours work, reduce the cost poured.

Description

A kind of bridge pours facility

Technical field

The present invention relates to bridge field, specifically a kind of bridge pours facility.

Background technique

In bridge construction process, need largely to use concrete, generally all carry out at the construction field (site) to sand, stone, water etc. by Ratio cooperates agitating to generate concrete, and existing concrete agitating machine is bulky, and because construction needs, it is often necessary to few The concrete of amount carries out agitating, with the hollow filled up on bridge pavement or reserved hole, is mixed at this time using large-scale concrete It stirs chance and consumes unnecessary energy, increase construction cost, and these agitating machines cannot function simultaneously as the equipment filled up and use, function Can be single, road surface is filled up also to rely primarily on manually concrete is filled into hole at present, and it is time-consuming and laborious, and be difficult to manipulate and fill out hole The amount of required concrete is easy to overflow outside hole.

Summary of the invention

Technical problem to be solved by the invention is to provide a kind of bridges to pour facility, is able to solve above-mentioned present technology The problems in.

The present invention is achieved through the following technical solutions: a kind of bridge of the invention pour facility, including pedestal with And the concrete box of the pedestal left side top is set, coagulation provincialism is equipped in the concrete box, the coagulation provincialism is right Lead in upper side inner wall and provided soil outlet, the intracavitary neat fit of concrete is connected with slide plate, the intracavitary bottom of concrete It is fixed with the first power device in portion, slot is equipped in the slide plate, elongation setting up and down is connected in the slot Locking axis, be cooperatively connected at the top of the locking axis bottom elongation tip and first power device, at the top of the locking axis Extension is visited to outside the slide plate top end surface and outer surface smoother is connected with locking agitating set, and the locking agitating covers bottom Portion end and the slide plate top end surface turn around mating connection, are equipped with elongation setting downwards in bottom in the coagulation provincialism right side Tank, tank bottom extension probes into the pedestal and tip is fixed with oil hydraulic cylinder, cooperation at the top of the oil hydraulic cylinder Be connected with and bend and stretch bar with what the slide plate bottom end face was solidly connected, be equipped in the pedestal on the downside of first power device to The transmission cavity of right side elongation setting, first power device bottom is connected with the axis that turns around of elongation setting downwards, described It turns around the left side top position that axis bottom tip probes into the transmission cavity and tip is fixed with the first cone runner, described first Bore the line shaft that elongation setting up and down is equipped in the transmission cavity on the right side of runner, at the top of the line shaft elongation tip with it is described Transmission cavity inner top turns around mating connection, and bottom turns around cooperation and connects in the line shaft bottom elongation tip and the transmission cavity It connects, wedging is connected with the second cone runner on the line shaft on the right side of the first cone runner, described on the right side of the transmission cavity The amount of the pouring manipulation device being cooperatively connected with the line shaft is equipped in pedestal, on the right side of the amount of the pouring manipulation device described in state Lead in pedestal and provided soil-discharging port, equity is fixedly installed two groups of wheel carriers before and after the base bottom surface, is provided on the wheel carrier Scroll wheel, the base bottom surface right side are fixedly installed the advance track that route is used to manipulate the scroll wheel compared with position device, Agitating manipulation device is provided in first power device.

Preferably technical solution, left and right equity is fixed in the concrete cavity wall below the soil outlet Block is stopped, the locking agitating set outer surface is equipped with agitating leaf, is fixed between the soil outlet and the soil-discharging port and leads soil Pipe.

Preferably technical solution, the amount of the pouring manipulation device include that first leading on the right side of the transmission cavity is arranged in Sliding slot, be arranged in the second guide runner below first guide runner in the pedestal and setting in first guide runner and Cavity between second guide runner in the pedestal, the cavity top is connected with the first slide guide trench bottom to be set It sets, be connected setting at the top of the cavity bottom and second guide runner, and neat fit is connected in first guide runner First closes sideboard, and neat fit is connected with the second closing sideboard, the opposite institute in the cavity top in second guide runner It states and is equipped with the first teeth item in the first closing sideboard bottom end face, at the top of opposite the second closing sideboard in the cavity bottom The second teeth item is equipped in end face, turn around in the cavity be connected with top connect with the first teeth wedging and The tooth roller that bottom is connect with the second teeth wedging, the pedestal between first guide runner and the transmission cavity The interior logical neat fit that passes through is connected with slide bar, and extension probes into the transmission cavity on the left of the slide bar, elongation on the right side of the slide bar Section probes into first guide runner and tip is fixedly connected with the first closing sideboard left end face, end on the left of the slide bar The tip and the line shaft loose joint have pushing ram.

Preferably technical solution, first guide runner and the second guide runner right-hand end with the soil-discharging port Interior left side is connected setting.

Preferably technical solution, the agitating manipulation device include being fixedly mounted on the left of first power device The first executor and the second executor for being fixedly mounted on the right side of first power device, the left side of first executor Face and the right side of second executor are fixedly connected with the concrete box inner wall respectively.

The beneficial effects of the present invention are:

1. by setting the transmission cavity for extending setting to the right, the first power device bottom in the pedestal on the downside of the first power device Mating connection elongation setting downwards in portion's turns around axis, turns around left side top position and tip that axis bottom tip probes into transmission cavity It is fixed to set the first cone runner, the line shaft of elongation setting up and down is set in the transmission cavity on the right side of the first cone runner, is stretched at the top of line shaft Long tip and transmission cavity inner top turn around mating connection, and bottom turns around cooperation and connects in line shaft bottom elongation tip and transmission cavity It connects, the second cone of wedging connection runner on the line shaft on the right side of the first cone runner, sets in the pedestal on the right side of transmission cavity and match with line shaft The amount of the pouring manipulation device of connection is closed, stating on the right side of the amount of pouring manipulation device is led in pedestal provides soil-discharging port, to realize quantitative Interval pours the transmission work of work, improves working efficiency, reduces manual operation, reduces worker's workload.

2. including the first guide runner on the right side of transmission cavity is arranged in, being arranged in the first guide runner by the amount of pouring manipulation device The second guide runner in the pedestal of lower section and the cavity between the first guide runner and the second guide runner in pedestal is set, cavity top Portion and the first slide guide trench bottom are connected setting, and cavity bottom and the second guide runner top are connected setting, in the first guide runner Sideboard is closed in neat fit connection first, the second closing of neat fit connection sideboard in the second guide runner, opposite at the top of cavity The first teeth item is set in first closing sideboard bottom end face, sets second in the second opposite closing sideboard top end surface of cavity bottom Teeth item, turns around that mating connection top is connect with the first teeth wedging and bottom is connect with the second teeth wedging in cavity Tooth roller, lead in the pedestal between the first guide runner and transmission cavity and pass through neat fit connection slide bar, extension is visited on the left of slide bar Enter in transmission cavity, extension probes into the first guide runner on the right side of slide bar and tip and the first closing sideboard left end face are fixed and connected It connects, tip and line shaft loose joint pushing ram on the left of slide bar, to realize that automatic manipulation quantitatively pours work, improves placement position The accuracy of accuracy and the amount of pouring.

3. the configuration of the present invention is simple, easy to operate, it is able to achieve quick agitating work, automatic manipulation is able to achieve and quantitatively pours Work, improves the accuracy of placement position and the accuracy for the amount of pouring.

Detailed description of the invention

The present invention is described in detail by following specific embodiments and drawings for ease of explanation,.

Fig. 1 is that a kind of bridge of the invention pours facility exterior structural schematic diagram；

Fig. 2 is that a kind of bridge of the invention pours facility schematic diagram of internal structure；

Fig. 3 is that a kind of bridge of the invention pours structural schematic diagram when facility pours；

Fig. 4 is slide plate of the invention and stops structural schematic diagram when block abuts against；

Fig. 5 is base bottom surface structural schematic diagram；

Fig. 6 is the structural schematic diagram of agitating manipulation device of the invention.

Specific embodiment

As shown in figs 1 to 6, a kind of bridge of the invention pours facility, including pedestal 5 and setting on 5 left side of pedestal The concrete box 6 of lateral roof, is equipped with coagulation provincialism 61 in the concrete box 6, in the 61 right side upper inner wall of coagulation provincialism Logical to have provided soil outlet 63, neat fit is connected with slide plate 62 in the coagulation provincialism 61, in the coagulation provincialism 61 in bottom It is fixed with the first power device 64, slot 623 is equipped in the slide plate 62, is connected in the slot 623 and stretches up and down The locking axis 641 of long setting, locking 641 bottom of axis extends to be cooperatively connected at the top of tip and first power device 64, The 641 top extension of locking axis is visited to outside 62 top end surface of slide plate and outer surface smoother is connected with locking agitating Set 621, the locking agitating covers 621 bottom ends and 62 top end surface of slide plate turns around mating connection, the coagulation provincialism 61 The tank 65 of elongation setting downwards is equipped in right side in bottom, the 65 bottom extension of tank probes into the pedestal 5 and end The tip is fixed with oil hydraulic cylinder 651, is connected at the top of the oil hydraulic cylinder 651 and bends with what 62 bottom end face of slide plate was solidly connected The pedestal 5 of

boom

652,64 downside of the first power device is interior equipped with the transmission cavity 51 for extending setting to the right, described First power device, 64 bottom be connected with downwards elongation setting turn around axis 642, the 642 bottom tip of axis that turns around probes into Left side top position and tip in the transmission cavity 51 are fixed with the first cone runner 511,511 right side of the first cone runner The transmission cavity 51 in be equipped with the line shaft 512 of elongation setting up and down, elongation tip and the biography at the top of the line shaft 512 Defeated 51 inner top of chamber turns around mating connection, and 512 bottom of the line shaft elongation tip is turned around with bottom in the transmission cavity 51 matches Connection is closed, wedging is connected with the second cone runner 513, the transmission on the line shaft 512 on 511 right side of the first cone runner The amount of the pouring manipulation device being cooperatively connected with the line shaft 512, the amount of the pouring behaviour are equipped in the pedestal 5 on 51 right side of chamber It states to lead in pedestal 5 described on the right side of vertical device and has provided soil-discharging port 55, equity is fixedly installed two groups before and after 5 bottom surface of pedestal Wheel carrier 501 is provided with scroll wheel 502 on the wheel carrier 501, is fixedly installed route compared with position on the right side of 5 bottom surface of pedestal Device 503 is used to manipulate the advance track of the scroll wheel 502, is provided with agitating manipulation device in first power device 64.

Wherein, left and right equity is fixed with and stops block 611 in 61 inner wall of coagulation provincialism of 63 lower section of soil outlet, To the mobile excess of stroke of anti-limited slip plate 62, the locking agitating covers 621 outer surfaces and is equipped with agitating leaf 622, to realize concrete Quick agitating hybrid working, improves agitating working efficiency, is fixed between the soil outlet 63 and the soil-discharging port 55 and leads soil Pipe 66, to realize quick delivering concrete work.

Wherein, the amount of the pouring manipulation device includes the first guide runner 52 that 51 right side of transmission cavity is arranged in, setting The second guide runner 53 below first guide runner 52 in the pedestal 5 and it is arranged in first guide runner 52 and institute State the cavity 54 between the second guide runner 53 in the

pedestal

5,54 top of cavity and the 52 bottom phase of the first guide runner Be connected setting at the top of connection setting, 54 bottom of cavity and second guide runner 53, puts down in first guide runner 52 Sliding fit is connected with the first closing sideboard 521, and neat fit is connected with the second closing sideboard 531 in second guide runner 53, The first teeth item 522, the cavity 54 are equipped in opposite the first closing 521 bottom end face of sideboard in 54 top of cavity It is equipped with the second teeth item 532 in opposite the second closing 531 top end surface of sideboard in bottom, turns around cooperation in the cavity 54 It is connected with the tooth that top is connect with 522 wedging of the first teeth item and bottom is connect with 532 wedging of the second teeth item Gear wheel 541 leads in the pedestal 5 between first guide runner 52 and the transmission cavity 51 and passes through neat fit and be connected with slide bar 515, the 515 left side extension of slide bar probes into the transmission cavity 51, and the 515 right side extension of slide bar probes into described first In guide runner 52 and tip is fixedly connected with the first closing 521 left end face of sideboard, the 515 left side tip of slide bar and institute Stating 512 loose joint of line shaft has pushing ram 514, to realize that automatic manipulation quantitatively pours work, improves the accuracy of placement position And the accuracy for the amount of pouring.

Wherein, first guide runner 52 and 53 right-hand end of the second guide runner with left side phase in the soil-discharging port 55 Connection setting, thus realize first closing sideboard 521 and second closing sideboard 531 alternate probe into soil-discharging port 55 realization pour Quantitative manipulation.

Valuably, wherein the agitating manipulation device includes be fixedly mounted on first power device, 64 left side the One executor and the second executor for being fixedly mounted on 64 right side of the first power device, the left side of first executor Be fixedly connected respectively with 6 inner wall of concrete box with the right side of second executor, first executor to Manipulate the revolving speed of the agitating leaf 622, steering of second executor to manipulate the agitating leaf 622.

When original state, slide plate 62 is located at the lowest position in coagulation provincialism 61, at this point, bending and stretching bar 652, utmostly In tank 65, meanwhile, the locking axis 641 at the top of the first power device 64 utmostly probe into locking agitating set 621 and Neat fit connection keeps the first closing sideboard 521 maximum at this point, the first closing sideboard 521 is fully located in the first guide runner 52 Degree far from soil-discharging port 55, meanwhile, first closing sideboard 521 is utmostly probeed into transmission cavity 51 with moving slide-bar 515, at this point, Line shaft 512 drives pushing ram 514 to be utmostly located at the leftward position in transmission cavity 51, meanwhile, make pushing ram 514 and slide bar 515 is on same center lines, at this point, the second closing sideboard 531 utmostly probe into soil-discharging port 55 and with the soil-discharging port 55 Right side inner wall abuts against, meanwhile, make the 522 right side section of the first teeth item and 541 top end of tooth roller on the first closing sideboard 521 Wedging connection, connect the 532 left side section of the second teeth item on the second closing sideboard 531 with 541 bottom end wedging of tooth roller.

Need to pour operation source when needing to pour in use, being moved to by pedestal 5 first, then by silt, water, soil It is mixed to pour into coagulation provincialism 61, at this point, the first power device 64 of manipulation drives locking axis 641 and turns around axis 642 and turns around, together When, it drives locking agitating set 621 to realize by locking axis 641 and persistently turns around agitating work, then mobile foundation 5 to the left, simultaneously The manipulation drive of oil hydraulic cylinder 651 bends and stretches bar 652 and gradually pushes up slide plate 62, makes top of the slide plate 62 gradually in coagulation provincialism 61 Direction sliding, at this point, the concrete in coagulation provincialism 61 moves up simultaneously, up to the concrete of top in coagulation provincialism 61 It is moved to leading in native pipe 66 at soil outlet 63, so that concrete is led native 66 inclined direction right direction of pipe sliding, until coagulation Soil is fallen into the soil-discharging port 55 of 531 top of the second closing sideboard, meanwhile, the first cone runner 511 of bottom is driven by turning around axis 642 It turns around, and then drives the line shaft 512 on the second cone runner 513 and the second cone runner 513 to turn around by the first cone runner 511, And drive pushing ram 514 back and forth slide bar 515 to be pushed to move left and right by line shaft 512, meanwhile, the first closing is driven by slide bar 515 Sideboard 521 back and forth horizontally slips, when line shaft 512 is moved to the right-most position in transmission cavity 51, at this point, making pushing ram 514 and slide bar 515 be same center line on, meanwhile, by slide bar 515 drive first closing 521 right end face of sideboard utmostly It probes into soil-discharging port 55 and is abutted against with the right end face in soil-discharging port 55, at this point, the first teeth on the first closing sideboard 521 522 left side section of item is connect with 541 top end wedging of tooth roller, meanwhile, it is driven on the second closing sideboard 531 by tooth roller 541 Second teeth item, 532 right side section is connect with 541 bottom stage wedging of tooth roller, and the second closing sideboard 531 is made to be fully located at this time As shown in figure 4, at this point, obstructing the concrete in the soil-discharging port 55 of 521 top of the first closing sideboard in two guide runners 53 Work, meanwhile, by second closing sideboard 531 quantitatively poured work, until as shown in Figure 5 when 62 top end surface of slide plate with When obstruction block 611 abuts against, utmostly probeed into coagulation provincialism 61 at this point, bending and stretching bar 652, meanwhile, in coagulation provincialism 61 It pours to be led native pipe 66 completely and be transmitted in soil outlet 63 and completes last to pour work.

The beneficial effects of the present invention are:

3. the configuration of the present invention is simple, easy to operate, it is able to achieve quick agitating work, automatic manipulation is able to achieve and quantitatively pours work Make, improves the accuracy of placement position and the accuracy for the amount of pouring.

The above description is merely a specific embodiment, but scope of protection of the present invention is not limited thereto, any The change or replacement expected without creative work, should be covered by the protection scope of the present invention.Therefore, of the invention Protection scope should be determined by the scope of protection defined in the claims.

Claims

1. a kind of bridge pours facility, including pedestal and the concrete box of pedestal left side top is set, it is characterised in that: mixed It is equipped with coagulation provincialism in solidifying soil case, leads in upper inner wall on the right side of coagulation provincialism and has provided soil outlet, the intracavitary neat fit of concrete It is connected with slide plate, the first power device is fixed in the intracavitary bottom of concrete, slot is equipped in slide plate, is cooperatively connected in slot There is the locking axis of elongation setting up and down, is cooperatively connected at the top of locking axis bottom elongation tip and the first power device, locking axis top Portion's extension is visited to outside slide plate top end surface and outer surface smoother is connected with locking agitating set, locking agitating set bottom end with Slide plate top end surface turns around mating connection, is equipped with the tank of elongation setting downwards, tank bottom in coagulation provincialism right side in bottom Extension probes into pedestal and tip is fixed with oil hydraulic cylinder, is connected at the top of oil hydraulic cylinder and is solidly connected with slide plate bottom end face Bend and stretch bar, the transmission cavity for extending setting to the right, the first power device bottom are equipped in the pedestal on the downside of the first power device Be connected with elongation setting downwards turns around axis, turns around left side top position and tip that axis bottom tip probes into transmission cavity It is fixed with the first cone runner, the line shaft of elongation setting up and down, line shaft top are equipped in the transmission cavity on the right side of the first cone runner Portion's elongation tip and transmission cavity inner top turn around mating connection, and bottom turns around cooperation in line shaft bottom elongation tip and transmission cavity It connects, wedging is connected with the second cone runner on the line shaft on the right side of the first cone runner, is equipped in the pedestal on the right side of transmission cavity and dynamic The amount of the pouring manipulation device that power axis is cooperatively connected, stating on the right side of the amount of pouring manipulation device is led in pedestal has provided soil-discharging port, pedestal Equity is fixedly installed two groups of wheel carriers before and after bottom surface, and scroll wheel is provided on wheel carrier, is fixedly installed route on the right side of base bottom surface Compared with the advance track that position device is used to manipulate scroll wheel, agitating manipulation device is provided in first power device；Wherein, described The amount of pouring manipulation device includes that the first guide runner on the right side of the transmission cavity is arranged in, institute is arranged below first guide runner It states the second guide runner in pedestal and is arranged between first guide runner and second guide runner in the pedestal Cavity, be connected at the top of the cavity setting, the cavity bottom and second guide runner with the first slide guide trench bottom Top is connected setting, and neat fit is connected with the first closing sideboard in first guide runner, puts down in second guide runner Sliding fit is connected with the second closing sideboard, is equipped with first in opposite the first closing sideboard bottom end face in the cavity top Teeth item is equipped with the second teeth item in opposite the second closing sideboard top end surface in the cavity bottom, in the cavity It turns around and is connected with that top is connect with the first teeth wedging and bottom connect with the second teeth wedging Tooth roller leads in the pedestal between first guide runner and the transmission cavity and passes through neat fit and be connected with slide bar, described Extension probes into the transmission cavity on the left of slide bar, on the right side of the slide bar extension probe into first guide runner and tip with The first closing sideboard left end face is fixedly connected, and tip and the line shaft loose joint have pushing ram on the left of the slide bar.

2. a kind of bridge according to claim 1 pours facility, it is characterised in that: the coagulation below the soil outlet Left and right equity is fixed with obstruction block in provincialism inner wall, and the locking agitating set outer surface is equipped with agitating leaf, the soil outlet with It is fixed between the soil-discharging port and leads native pipe.

3. a kind of bridge according to claim 1 pours facility, it is characterised in that: first guide runner and described second Guide runner right-hand end is connected setting with left side in the soil-discharging port.

4. a kind of bridge according to claim 1 pours facility, it is characterised in that: the agitating manipulation device includes fixing Second for being mounted on the first executor on the left of first power device and being fixedly mounted on the right side of first power device The right side of executor, the left side of first executor and second executor respectively with the concrete box inner wall It is fixedly connected.