CN101936069A - Jib concrete mixing pumper - Google Patents
Jib concrete mixing pumper Download PDFInfo
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- CN101936069A CN101936069A CN2010102745006A CN201010274500A CN101936069A CN 101936069 A CN101936069 A CN 101936069A CN 2010102745006 A CN2010102745006 A CN 2010102745006A CN 201010274500 A CN201010274500 A CN 201010274500A CN 101936069 A CN101936069 A CN 101936069A
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Abstract
The invention provides a jib concrete mixing pumper which comprises a cab and a pumper body. A jib device is arranged at the front part of the pumper body and comprises a jib and a jib slewing support, the lower part of the jib slewing support is connected with the pumper body, and the upper part of the jib slewing support is connected with the jib which is arranged on the pumper; the jib slewing support is connected with a ring-shaped balance weight; a continuous material loading device, a material storage device, a material transmission device, a material weighing device and a synchronous concrete mixing and pumping device are arranged in the pumper body, wherein the synchronous concrete mixing and pumping device comprises an agitator, a sealed transmission groove and a pumped concrete bucket; the outlet of the agitator is connected with the inlet of the sealed transmission groove, and the outlet of the sealed transmission groove is connected with the inlet of the pumped concrete bucket. The jib concrete mixing pumper can complete continuous loading, transmission, weighing, mixing and pumping of all required materials and accurate jib positioning in the preparation process of concrete.
Description
Technical field
The present invention relates to a kind ofly can gather concrete material loading, raw material storage, raw material are carried continuously, raw material is weighed, raw material stirs and concrete pumping is the boom type concrete that the moves stirring pump truck of one.
Background technology
Concrete production generally has large-scale fixed commercial concrete agitator and two kinds of modes of production of small-sized on-the-spot mixer at present.Fixed commercial concrete agitator occupied ground is huge, and the concrete that completes must be finished concrete pumping by concrete pump again by special-purpose agitator truck long-distance transportation to the building site.
The shortcoming of large-scale fixed commercial concrete production and construction mode is as follows:
1) need a large amount of concrete mixing and transporting car long-distance transportations, in transportation, consume a large amount of manpower and materials, and the easy concrete that takes place overflows in the transportation, causes environment pollution;
2) increased the possibility of traffic accident in apart from transportation at concrete long, and, also there has been bigger infringement in road because truck-transit mixer is large-scale bogie;
3) the large scale commercial product concrete mixing plant needs large-scale production site, takies urban land resource;
4) concrete when being transported to concrete pump, truck with grout mixer and water tank is being needed special messenger's operation, waste of manpower, and in course of conveying, cause concrete to reveal contaminated environment easily;
5) concrete solidifying can take place in apart from course of conveying in concrete long under the microthermal climate condition, so generally can not carry out extensive concrete construction winter at extremely frigid zones, influences programming.
Another concrete production method is by the pony mixer job mix concrete, and then by vehicle or conveyer concrete is transported to concrete pump, finishes pumping.This mode of production shortcoming is that the simple on-site agitator generally uses sacked cement, easily contaminated environment.In addition this kind mixer is difficult to accomplish the accurate proportioning of concrete material so be difficult to guarantee concrete quality, and construction must carry out on-the-spot mixer after finishing and remove, and increases the construction working amount and causes the possibility of environment pollution.
Summary of the invention
The invention provides a kind of simple in structure, boom type concrete that floor space is little and stir pump truck, can independently finish the continuous loading, storage, transmission, weighing, concrete stirring, pumping of required various concrete materials in the concrete for making process and concrete accurately is pumped to assigned address by the jib operation.
The present invention is achieved in that
A kind of boom type concrete stirs pump truck, comprise a driver's cabin and a car body, front and back end, car body bottom has can outwardly directed support system, Vehicular body front is provided with a boom device, this boom device comprises jib and jib revolution support, the bottom that the jib revolution is supported is connected with car body, and the top that the jib revolution is supported is connected with jib, and jib is positioned on the car body; The jib revolution is supported and is connected with annular counterweight by transverse axis; The continuous loading attachment of raw material, raw material storage device, raw material conveying device, raw material weighing device are installed in the car body, and concrete stirs synchronously, pumping installations, the continuous loading attachment of described raw material links to each other with the raw material storage device, the bottom of described raw material storage device is equipped with raw material conveying device, the outlet of raw material conveying device links to each other with the inlet of concrete mixer, and the raw material weighing device is between the lower part outlet of raw material storage device and the raw material conveying device or between raw material conveying device outlet and mixer enter the mouth; Described concrete stirs synchronously, pumping installations comprises mixer, the transmission and concrete transmission groove of sealing and concrete pump hopper; Mixer outlet links to each other with the transmission and concrete transmission groove inlet of sealing, and the transmission and concrete transmission groove outlet of sealing enters the mouth with the concrete pump hopper and links to each other, and the concrete pump hopper outlet links to each other with elephant trunk on the ledge by elephant trunk; Be provided with an independently electric control chamber in described driver's cabin or the car body, electric control chamber has a cover integrated electronic control system, this integrated electronic control system centralized Control all devices comprises that concrete material loads continuously, raw material storage, weighing, concrete stirring, conveying and concrete pumping and jib operation.
Further scheme is that described transverse axis is provided with projection, the top of projection links to each other with annular counterweight, described jib revolution is supported and is provided with rotary reducer, and this rotary reducer places jib gyration gear ring inside, and the gyration gear ring of rotary reducer links to each other with the gyration gear ring of jib is inboard.
Further scheme is that described raw material conveying device comprises horizontal screw conveyer, vertical screw type conveyer, vertical conveyor and herringbone band conveyer; Described raw material weighing device includes the compound title of cement, flyash, the compound title of aggregate and the compound title of additive clear water.
Further scheme be described raw material storage device comprise cement storage warehouse, flyash storage warehouse that is installed on the car body front end in turn and bulky grain rubble storage warehouse, granule rubble storage warehouse and the fine sand storage warehouse that is installed on hull back in turn; The top of described cement storage warehouse is rectangular configuration, the bottom downward-sloping trapezium structure that is of turning left from the right side; The top of described flyash storage warehouse is rectangular configuration, the downward-sloping from left to right trapezium structure that is in bottom; The top of described bulky grain rubble storage warehouse, granule rubble storage warehouse and fine sand storage warehouse is rectangular configuration, the downward-sloping from left to right trapezium structure that is in bottom.
Further scheme is that the top of described cement storage warehouse and flyash storage warehouse is respectively equipped with charging aperture, the direction of described bulky grain rubble storage warehouse, granule rubble storage warehouse and fine sand storage warehouse lower tilt is opposite with the direction of cement storage warehouse lower tilt, and bulky grain rubble storage warehouse, granule rubble storage warehouse and fine sand storage warehouse are respectively equipped with observation panel, and the observation panel place is equipped with transparent plastic sheet.
Further scheme is that the outlet at bottom of described cement storage warehouse and flyash storage warehouse has horizontal screw conveyer, the outlet of horizontal screw conveyer links to each other with the inlet of vertical screw type conveyer, the outlet bottom of vertical screw type conveyer is provided with the compound title of cement, flyash, and the outlet of the compound title of cement, flyash links to each other with the inlet of mixer; The outlet at bottom of described bulky grain rubble storage warehouse, granule rubble storage warehouse and fine sand storage warehouse has the compound title of aggregate of belt sensor, the outlet of the compound title of aggregate is provided with horizontal conveyer, the output of horizontal conveyer links to each other with second vertical conveyor, and the bottom of the output of second vertical conveyor is provided with the aggregate bunker for collecting.
Further scheme is that the afterbody of described mixer is positioned at last group wheel top of car body, and the top of mixer is provided with aggregate bunker for collecting and additive, clear water inlet, and this additive, clear water inlet link to each other with the compound title of additive clear water.
Further scheme is that the continuous loading attachment of described raw material includes the feed hopper that is positioned at hull back, feed hopper top is rectangle, the bottom is a trapezium structure, and feed hopper lower part outlet place is provided with first vertical conveyor, and the output of first vertical conveyor is positioned at the top of fine sand storage warehouse; Be provided with acclivitous first a herringbone band conveyer below the first vertical conveyor output on the described fine sand storage warehouse, this first herringbone band conveyer is cross over the top of granule rubble storage warehouse from the fine sand storage warehouse; The following acclivitous second herringbone band conveyer that also is provided with of the first herringbone band conveyer output on the described granule rubble storage warehouse top, this second herringbone band conveyer is cross over the top of bulky grain rubble storage warehouse from granule rubble storage warehouse.
Further scheme is that described concrete pump hopper is provided with a lid, and lid is provided with peephole, is provided with the cuboid of hollow on peephole, and cuboid top is provided with lighting bulb and minisize pick-up head.
Further scheme is also to be installed on mobile network apparatus in the described electric control chamber.
The present invention can independently finish continuous loading, raw material storage, transmission, weighing and the stirring of required various raw materials in the concrete for making process, also the concrete pumping system that the concrete of making can be sent under airtight situation on the car carries out concrete pumping construction, and mobile realization that in addition can be by being positioned at car body top jib is to the accurate location of pumping of concrete.Whole process can be finished on a car that can move everywhere, can satisfy the requirement in different building sites at any time.And this equipment has been simplified concrete production, transportation and pumping process greatly, compare original concrete construction mode and have huge cost advantage, and all processes are all finished under totally enclosed situation, can not cause these powdery objects of cement and flyash and the pollution of concrete in production, transportation and pumping process.This device so still can run well, has overcome the difficulty that high and cold high latitude area can not carry out extensive concrete construction winter because stirring is finished in an equipment synchronously with pumping under cold snap, improved production efficiency greatly.
Description of drawings
Fig. 1 is a structural representation of the present invention.
Fig. 2 is the structural representation of a part among Fig. 1.
Fig. 3 is the structural representation of b part among Fig. 1.
Fig. 4 is the right TV structure schematic diagram of C part among Fig. 3.
Fig. 5 is the jib structure schematic diagram.
Among the figure: 1, driver's cabin, 2, car body, 3, jib, 4, the annular counterweight, 5, the cement storage warehouse, 6, the flyash storage warehouse, 7, support system, 8, mixer, 9, bulky grain rubble storage warehouse, 10, granule rubble storage warehouse, 11, the fine sand storage warehouse, 12, feed hopper, 13, the aggregate bunker for collecting, 14, observation panel, 15, the second herringbone band conveyer, 16, the first herringbone band conveyer, 17, first vertical conveyor, 18, horizontal conveyer, 19, the compound title of aggregate, 20, gyration gear ring, 21, rotary reducer, 22, second vertical conveyor, 23, the concrete pump hopper, 24, cuboid, 25, horizontal screw conveyer, 26, vertical screw type conveyer, 27, additive, the clear water inlet, 28, the jib revolution supports 29, generating set, 30, the transmission and concrete transmission groove, 31, transverse axis.
The specific embodiment
The present invention is described further below in conjunction with accompanying drawing.
Referring to Fig. 1, Fig. 2, Fig. 3, Fig. 4 and Fig. 5, at driver's cabin 1 afterbody independently electric control chamber is installed, electric control chamber has a cover integrated electronic control system, this integrated electronic control system centralized Control all devices comprises that concrete material loads continuously, raw material storage, weighing, concrete stirring, conveying, concrete pumping and jib operation.Simultaneously mobile network apparatus is installed in electric control chamber, is guaranteed concrete grade, proportioning, output, Customer Name and the contact method of the production of stirring pumping car, concluded price, payment situation, production time or the like data to be realized functions such as long-range conveying and remote analysis management by the mobile network.
At first at car body 2 hold-down arm rack device, rotary reducer, pro rate valve group, jib equalizing valve foremost, described boom device comprises jib 3 and jib revolution support 28, the bottom of jib revolution support 28 is connected with car body, the top of jib revolution support 28 is connected with jib 3, and jib 3 is positioned on the car body 2; Jib revolution support 28 is connected with annular counterweight 4 by transverse axis 31, and this counterweight can improve car body 2 stability greatly when jib 3 moves, simultaneously because be annular, so can guarantee that 360 degree turn round in vehicle body space.Described transverse axis 31 is provided with projection, the top of projection links to each other with annular counterweight 31, described jib revolution is supported in 28 and is provided with rotary reducer 21, and this rotary reducer 21 places jib gyration gear ring 20 inside, and the gyration gear ring of rotary reducer 21 links to each other with gyration gear ring 20 inboards of jib 3.Hydraulic pump by 3 operations of driven by motor jib is installed in this space simultaneously, for jib 3 operations provide power, simultaneously the jib motor is linked to each other with jib operation hydraulic pump, the jib hydraulic pump links to each other with pro rate valve group, and pro rate valve group links to each other with the equalizing valve of jib rotary reducer, jib hydraulic jacks at different levels respectively.Being equipped with in front and back end, car body bottom in addition can outwardly directed support system 7, and support system 7 concrete shapes are with reference to the back-up system of compact car crane.Because the jib revolution is supported 28 annular counterweight 4 has been installed, greatly reduce jib influence to the car body balance when moving, so in the rational length range of jib, to stability requirement when this support system of stretching from car body bottom 7 from the automobile crane formula can satisfy jib and moves.
Support 28 back in the jib revolution then and put generating set 29,,, guarantee the attractive in appearance of car body at the generating set 29 outside perforation coverings of installing for whole system provides enough power.Car load is reserved external power interface in electric control chamber in addition, can allow the outer power supply that connects of car load that power is provided.
Put the cement storage warehouse 5 and flyash storage warehouse 6 that are installed on car body 2 front ends behind generating set 29 positions successively, the top of described cement storage warehouse 5 is rectangular configuration, the bottom downward-sloping trapezium structure that is of wide-angle of turning left from the right side, and bottom opening diminishes; The top of described flyash storage warehouse 6 is rectangular configuration, the downward-sloping from left to right trapezium structure that is in bottom; The top of cement storage warehouse 5 and flyash storage warehouse 6 is appropriate downwards depression in the car body centre, is placed on car body center slot milling for jib like this.
Outlet at bottom at car body 2 left side cement storage warehouses 5 has horizontal screw conveyer 25, the outlet of horizontal screw conveyer 25 links to each other with the inlet of vertical screw type conveyer 26, the outlet bottom of vertical screw type conveyer 26 is provided with the compound title of cement, flyash, and (the compound title of this cement, flyash loads cement and flyash simultaneously, and finish the electronic-weighing of two kinds of materials respectively, Pneumatic butterfly valve is installed in the electronic scale bottom, butterfly valve realizes opening and cutting out by pneumatic oil cylinder, pneumatic oil cylinder provides power by air compressor machine and is controlled by jettron, jettron is by the electric control system controls in the electric control chamber), the outlet of the compound title of cement, flyash links to each other with the inlet of mixer.On the car body right side apart from the hull bottom plate place, because tilt from right to left in these place's cement storage warehouse 5 beginning wide-angles, so leave a bigger space on the car body right side, utilize this space that an an amount of container is installed, load jib and move required hydraulic oil container, the diesel oil tank that diesel generating set is required can solve the storage problem that jib moves required hydraulic oil and the required diesel oil of diesel-driven generator like this, can make again to compare balance about complete vehicle weight.Simultaneously jib being moved hydraulic pump links to each other with this hydraulic oil container.In addition begin downward-sloping height the overlay of folding up and down is installed in both sides, guarantee that car body is attractive in appearance and provide convenience for maintenance in the future at the cement storage warehouse.
In like manner the outlet at bottom at car body right side flyash storage warehouse 6 has horizontal screw conveyer, the outlet of horizontal screw conveyer links to each other with the inlet of vertical screw type conveyer, the outlet bottom of vertical screw type conveyer be provided with the previous compound title of the same cement, flyash of cement in.In like manner the left side of flyash storage warehouse 6 has one than large space, utilizes this required hydraulic oil radiator of space mounting transmission and concrete transmission system.Equally begin downward-sloping height the overlay of folding up and down is installed in both sides, guarantee that car body is attractive in appearance and provide convenience for maintenance in the future at the flyash storage warehouse.
Be respectively equipped with charging aperture and lid is installed at the top of cement storage warehouse 5 and flyash storage warehouse 6 in addition, this charging aperture is used for pack into storage warehouse or be used to install the carrier pipe interface of sacked cement or flyash, be used for linking to each other, guarantee that cement in bulk, flyash are pumped into storage warehouse by the carrier pipe interface with the carrier pipe interface of cement special or flyash transport vehicle.
Behind jib revolution support 28, generating set 29, cement and flyash storage warehouse, continue to reserve certain space (in like manner also appropriate in the center at car body top is that jib is placed slot milling to lower recess), put pumping system required components such as the required motor of transmission and concrete transmission pumping system, hydraulic pump assembly, hydraulic oil container, hydraulic oil radiator, hydraulic valve bank, centralized lubricating system successively.Wherein motor links to each other with the hydraulic pump assembly, and hydraulic pump links to each other with hydraulic oil container, hydraulic oil radiator and hydraulic valve bank respectively, and hydraulic valve bank also will link to each other with hydraulic jack in addition, and above all component all is placed on the support.The effect of support is for the slot millings such as hydraulic jack, washing chamber and conveying cylinder of drug delivery pump system are installed on the sweep of car body bottom.At motor and hydraulic pump assembly top the required hydraulic oil container of concrete pump is installed.At remaining space an air compressor machine is installed, for the car load pneumatic system provides power.In addition clear water and additive storage warehouse, clear water claim to claim the compound title of additive clear water that unites two into one and also be placed in this space for the car load pneumatic system provides the air compressor machine of power with additive.(additive storage warehouse, clear water storage warehouse link to each other with the compound title of additive clear water, and the same compound title of additive clear water links to each other with mixer 8 by submersible pump, and the control of compound title of additive clear water and submersible pump is all passed through the electric-control system of electric control chamber and realized).Car body both sides in space are installed the perforation of being supported by small-sized cylinder and are covered version in this section, and the height that perforation covers version and car body be with high, are to dispel the heat when using for assurance equipment and the demand of ventilation with the perforation overlay that the space is arranged why in addition.
Continue to install parts such as mixer 8, the compound title of cement, flyash, transmission and concrete transmission cylinder, hopper then backward.On the car body bottom, make support, mixer 8 is installed on this support, on mixer 8, install successively from front to back then and connect the compound title of cement, flyash and aggregate bunker for collecting 13(aggregate bunker for collecting opening by pneumatic oil cylinder control bottom, same this pneumatic oil cylinder also provide power by air compressor machine and by the jettron control of electric control chamber control), and the additive on the mixer 8, clear water entered the mouth 27 be connected with the compound title of previous already installed additive clear water.The all-wing aircraft covering that is supported by small-sized cylinder is installed at the top of vehicle body space in this section in addition, can guarantee the car body convenient again Awaiting Parts slot milling that is attractive in appearance.
The afterbody of mixer 8 is positioned at car body 2 last group wheel tops, under mixer successively with concrete pump hopper 23, carry cylinder, washing chamber and delivery pump hydraulic jack connector from the bottom up, (specifically installing with reference to the conveying cylinder of boom type concrete mixer and the vehicle-mounted pump of concrete, the mounting method of hopper) is installed from back to front.Wherein concrete pump hopper 23 is installed in the end under the bottom sweep behind one group of wheel, carry cylinder, washing chamber and oil cylinder successively from back to front, stretch out from bottom to top, because support had been done in the front, so this support is hopper, carries the installation of the connector of cylinder, washing chamber and hydraulic jack to reserve the space in advance, guarantees to install and can finish.
The transmission and concrete transmission groove 30 that connects a sealing in mixer 8 outlets, transmission and concrete transmission groove 30 links to each other with concrete pump hopper 23, concrete pump hopper 23 is linked to each other with elephant trunk on the jib in addition by concrete conveying pipe, guarantee that concrete can be transferred on the jib by carrier pipe after concrete pump hopper 23 discharging openings come out, and then run to appointed positions by the elephant trunk on the jib.Link to each other with hydraulic oil container, hydraulic pump assembly, hydraulic valve assembly and the hydraulic jack etc. of hydraulic hose with concrete pumping system respectively, it is indoor simultaneously the Electronic Control of all concrete pumping systems to be positioned over previous already installed electric control operation.Described concrete pump hopper is provided with a lid, is positioned at the hopper front end at lid and offers a peephole near the position of cheater plate, connects the cuboid of a hollow on peephole, on this cuboid top high light bulb and camera is installed respectively.After concrete comes out from the outlet of mixer 8 like this,, automatically run in the hopper of delivery pump and carry by airtight transmission and concrete transmission groove 30 according to the drop between concrete own wt and mixer and the concrete pump hopper 23.Because equally with 23 sealings of concrete pump hopper, so concrete comes out from mixer 8, to transmission and concrete transmission groove 30 by sealing, arrive at concrete pump hopper 23, the whole process concrete of finishing pumping all is in a kind of sealing state, so do not exist concrete to reveal problem of environment pollution caused.The hollow, rectangular body is provided with lighting bulb and minisize pick-up head in addition, so just can be by the peep hole on the hopper lid, this judges the concrete residual volume in concrete pump hopper 23 the insides with reference to body exactly by camera by the cheater plate in the concrete pump hopper, and then provides accurate information for 23 li for when operator decision is placed into the concrete pump hopper with the concrete of 8 li in mixer.Far away because of minisize pick-up head and concrete pump hopper 23 vertical distances in addition, and the connecting portion opening is less, does not therefore exist concrete to cause observing unclear phenomenon generation by leaking or polluting camera.
Above mixer 8 backs and concrete pump hopper 23, the second vertical conveyor 22(, second vertical conveyor, the 22 inner crimping conveyer belts of installing are installed then by place, car body 2 right sides, can guarantee 13 li of the aggregate bunker for collecting of material vertical transport to the mixer 8), in second vertical conveyor, 22 backs (at car body 2 afterbodys), it is rectangular configuration that top is installed in turn, downward-sloping from left to right bulky grain rubble storage warehouse 9, granule rubble storage warehouse 10 and the fine sand storage warehouse 11 that is trapezium structure in bottom; The outlet at bottom of described bulky grain rubble storage warehouse 9, granule rubble storage warehouse 10 and fine sand storage warehouse 9 has the compound title 19 of aggregate of belt sensor, the outlet of the compound title 19 of aggregate is provided with horizontal conveyer 18, the output of horizontal conveyer 18 links to each other with above-mentioned second vertical conveyor 22, and the bottom of the output of second vertical conveyor 22 is provided with aggregate bunker for collecting 13.Because second vertical conveyor 22 is positioned at the car body right side, so the compound title 19 of aggregate is also on the car body right side, the storage bin bottom opening is also near the car body right side, and these parts are all on the concrete pump hopper, this layout can guarantee that the stationarity of car load is (because cement storage bin bottom in front is inclined to one side from right to left, and for sandstone being transported on the horizontal conveyer that is positioned at the car body right side, so the bottom in fine sand storehouse and rubble storehouse is inclined to one side from left to right, bulky grain rubble storage warehouse, the direction of granule rubble storage warehouse and fine sand storage warehouse lower tilt is opposite with the direction of cement storage warehouse lower tilt, has increased the balance of car body like this).In addition transmission system takes over above all being positioned at the concrete pump hopper because second vertical conveyor 22 and aggregate are weighed, so the left upper portion of concrete pump hopper 23 leaves enough remaining spaces, so that to hopper with carry parts such as cylinder to maintain.
Wherein this second vertical conveyor 22 is to be embedded in to be positioned at three the top bulky grain rubble of storage warehouse storage warehouses 9, can save valuable vehicle body space like this, the part of joining at bulky grain rubble storage warehouse 9 and embedded second vertical conveyor 22 is connected the steel plate of storage warehouse with screw.When second vertical conveyor 22 breaks down, can unclamp the screw of part bulky grain rubble storage warehouse 9 like this, bulky grain rubble storage silo be linked to each other with second vertical conveyor 22 partly disintegrate, for keeping in repair and change second vertical conveyor, 22 slot millings.After finishing, maintenance restores bulky grain rubble storage warehouse at the bulky grain rubble storage warehouse steel plate that connects the part that links to each other by screw.Described bulky grain rubble storage warehouse, granule rubble storage warehouse and fine sand storage warehouse are respectively equipped with observation panel 14, observation panel 14 goes out to be equipped with transparent plastic sheet, so just can observe the capacity of fine sand storage warehouse and interior fine sand of rubble storage warehouse and rubble by this transparent plastic sheet.
At last behind the fine sand storage warehouse (hull back) top is installed is rectangle, the bottom is the feed hopper 12 of trapezium structure, installs one in the position that fine sand storage warehouse and 12 of feed hoppers are taken back and overlaps first vertical conveyor 17.Same this first vertical conveyor 17 is embedded in feed hopper 12, and the part of joining at feed hopper 12 and embedded first vertical conveyor 17 is connected the steel plate of fine sand storage warehouse 11 with screw.When first vertical conveyor 17 breaks down, can unclamp the screw of part feed hopper like this, feed hopper be linked to each other with first vertical conveyor 17 partly disintegrate, for keeping in repair and change first vertical conveyor, 17 slot millings.After finishing, maintenance restores feed hopper at the feed hopper steel plate that connects the part that links to each other by screw.The feed hopper top should be lower than fine sand storage warehouse top in addition, answer wide-angle inclined to one side from right to left in the feed hopper bottom, the feed hopper bottom opening drops on car body left side and links to each other with following first vertical conveyor, 17 bottoms like this, and the output of first vertical conveyor 17 is positioned at the top of fine sand storage warehouse.After with loader etc. aggregate being installed to feed hopper like this, aggregate relies on own wt to flow into the bottom of first vertical conveyor 17 automatically in the feed hopper left bottom, and the fine sand storage warehouse on be transported to through first vertical conveyor 17 is being transported to different storage warehouses respectively through the horizontal conveyer that tilts then.
Be provided with acclivitous first a herringbone band conveyer 16 below first vertical conveyor, 17 outputs on fine sand storage warehouse 11 left side top in addition, and this first herringbone band conveyer 16 is cross over the top of granule rubble storage warehouse 10 from fine sand storage warehouse 11, in like manner also be provided with acclivitous second a herringbone band conveyer 15 below the first herringbone band conveyer, 16 outputs on granule rubble storage warehouse 10 tops, this second herringbone band conveyer 15 is cross over the top of bulky grain rubble storage warehouse 9 from granule rubble storage warehouse 10.The colored electric lamp bulb of three different colours is installed in tailstock portion simultaneously, is used for indicating respectively the open and close of two herringbone band conveyers, the handled easily personnel judge which storage warehouse aggregate finally can be transported in.Like this when feed hopper 12 the insides are fine sand, two herringbone band conveyers all shut down, like this when fine sand is transported to the fine sand storage warehouse by first vertical conveyor 17, fine sand is fallen on the first herringbone band conveyer 16 of inclination from bottom to top, because this conveyer is running and inclination from bottom to top not, fine sand can utilize self gravitation to be slipped to the fine sand storage warehouse 11 from this conveyer.When feed hopper 12 carry come be the granule rubble time, 16 entrys into service of the first herringbone band conveyer, when the granule rubble fell, this first herringbone band conveyer 16 just can be transported to the granule rubble in the granule rubble storage warehouse 10 like this.When carry be the bulky grain rubble time, first, second herringbone band conveyer is opened simultaneously, conveyer is transported to bulky grain rubble storage warehouse 9 with the bulky grain rubble.
Install in the feed hopper 12 with the rubble of loader so earlier fine sand and different size, fine sand or rubble are slipped on first vertical conveyor 17 that is positioned at feed hopper 12 bottoms according to self gravitation then, utilize vertical conveyor 17 that fine sand, granule rubble or bulky grain rubble are transported to the fine sand storage warehouse from the bottom up then, then by the first herringbone band of crossing over different storage silo and the different switch combinations of the second herringbone band, fine sand, granule rubble and bulky grain rubble are assigned in separately the storage silo.So just can continuously different aggregates be transported to respectively in the different storage warehouses,, satisfy the quantity-produced demand for concrete production provides fine sand and rubble endlessly.
Claims (10)
1. a boom type concrete stirs pump truck, comprise a driver's cabin and a car body, it is characterized in that: front and back end, car body bottom has can outwardly directed support system, Vehicular body front is provided with a boom device, this boom device comprises jib and jib revolution support, the bottom that the jib revolution is supported is connected with car body, and the top that the jib revolution is supported is connected with jib, and jib is positioned on the car body; The jib revolution is supported and is connected with annular counterweight by transverse axis; The continuous loading attachment of raw material, raw material storage device, raw material conveying device, raw material weighing device are installed in the car body, and concrete stirs synchronously, pumping installations, the continuous loading attachment of described raw material links to each other with the raw material storage device, the bottom of described raw material storage device is equipped with raw material conveying device, the outlet of raw material conveying device links to each other with the inlet of concrete mixer, and the raw material weighing device is between the lower part outlet of raw material storage device and the raw material conveying device or between raw material conveying device outlet and mixer enter the mouth; Described concrete stirs synchronously, pumping installations comprises mixer, the transmission and concrete transmission groove of sealing and concrete pump hopper; Mixer outlet links to each other with the transmission and concrete transmission groove inlet of sealing, and the transmission and concrete transmission groove outlet of sealing enters the mouth with the concrete pump hopper and links to each other, and the concrete pump hopper outlet links to each other with elephant trunk on the ledge by elephant trunk; Be provided with an independently electric control chamber in described driver's cabin or the car body, this electric control chamber control concrete material loads continuously, raw material storage, weighing, concrete stirring, conveying, concrete pumping and jib operation.
2. boom type concrete as claimed in claim 1 stirs pump truck, it is characterized in that: described transverse axis is provided with projection, the top of projection links to each other with annular counterweight, described jib revolution is supported and is provided with rotary reducer, this rotary reducer places jib gyration gear ring inside, and the gyration gear ring of rotary reducer links to each other with the gyration gear ring of jib is inboard.
3. boom type concrete as claimed in claim 1 stirs pump truck, and it is characterized in that: described raw material conveying device comprises horizontal screw conveyer, vertical screw type conveyer, vertical conveyor and herringbone band conveyer; Described raw material weighing device includes the compound title of cement, flyash, the compound title of aggregate and the compound title of additive clear water.
4. boom type concrete as claimed in claim 1 stirs pump truck, and it is characterized in that: described raw material storage device comprises cement storage warehouse, flyash storage warehouse that is installed on the car body front end in turn and bulky grain rubble storage warehouse, granule rubble storage warehouse and the fine sand storage warehouse that is installed on hull back in turn; The top of described cement storage warehouse is rectangular configuration, the bottom downward-sloping trapezium structure that is of turning left from the right side; The top of described flyash storage warehouse is rectangular configuration, the downward-sloping from left to right trapezium structure that is in bottom; The top of described bulky grain rubble storage warehouse, granule rubble storage warehouse and fine sand storage warehouse is rectangular configuration, the downward-sloping from left to right trapezium structure that is in bottom.
5. boom type concrete as claimed in claim 4 stirs pump truck, it is characterized in that: the top of described cement storage warehouse and flyash storage warehouse is respectively equipped with charging aperture, the direction of described bulky grain rubble storage warehouse, granule rubble storage warehouse and fine sand storage warehouse lower tilt is opposite with the direction of cement storage warehouse lower tilt, and bulky grain rubble storage warehouse, granule rubble storage warehouse and fine sand storage warehouse are respectively equipped with observation panel, and the observation panel place is equipped with transparent plastic sheet.
6. stir pump truck as boom type concrete as described in claim 4 or 5, it is characterized in that: the outlet at bottom of described cement storage warehouse and flyash storage warehouse has horizontal screw conveyer, the outlet of horizontal screw conveyer links to each other with the inlet of vertical screw type conveyer, the outlet bottom of vertical screw type conveyer is provided with the compound title of cement, flyash, and the outlet of the compound title of cement, flyash links to each other with the inlet of mixer; The outlet at bottom of described bulky grain rubble storage warehouse, granule rubble storage warehouse and fine sand storage warehouse has the compound title of aggregate of belt sensor, the outlet of the compound title of aggregate is provided with horizontal conveyer, the output of horizontal conveyer links to each other with second vertical conveyor, and the bottom of the output of second vertical conveyor is provided with the aggregate bunker for collecting.
7. boom type concrete as claimed in claim 6 stirs pump truck, it is characterized in that: the afterbody of described mixer is positioned at last group wheel top of car body, and the top of mixer is provided with the aggregate bunker for collecting and additive, clear water enter the mouth, and this additive, clear water inlet link to each other with the compound title of additive clear water.
8. boom type concrete as claimed in claim 1 stirs pump truck, it is characterized in that: the continuous loading attachment of described raw material includes the feed hopper that is positioned at hull back, feed hopper top is rectangle, the bottom is a trapezium structure, feed hopper lower part outlet place is provided with first vertical conveyor, and the output of first vertical conveyor is positioned at the top of fine sand storage warehouse; Be provided with acclivitous first a herringbone band conveyer below the first vertical conveyor output on the described fine sand storage warehouse, this first herringbone band conveyer is cross over the top of granule rubble storage warehouse from the fine sand storage warehouse; The following acclivitous second herringbone band conveyer that also is provided with of the first herringbone band conveyer output on the described granule rubble storage warehouse top, this second herringbone band conveyer is cross over the top of bulky grain rubble storage warehouse from granule rubble storage warehouse.
9. boom type concrete as claimed in claim 1 stirs pump truck, it is characterized in that: described concrete pump hopper is provided with a lid, lid is provided with peephole, is provided with the cuboid of hollow on peephole, and cuboid top is provided with lighting bulb and minisize pick-up head.
10. boom type concrete as claimed in claim 1 stirs pump truck, it is characterized in that: also be installed on mobile network apparatus in the described electric control chamber.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010102745006A CN101936069A (en) | 2010-09-07 | 2010-09-07 | Jib concrete mixing pumper |
| CN2011100009712A CN102094530B (en) | 2010-09-07 | 2011-01-05 | Arm support type concrete mixing pump truck |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010102745006A CN101936069A (en) | 2010-09-07 | 2010-09-07 | Jib concrete mixing pumper |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN101936069A true CN101936069A (en) | 2011-01-05 |
Family
ID=43389620
Family Applications (2)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010102745006A Pending CN101936069A (en) | 2010-09-07 | 2010-09-07 | Jib concrete mixing pumper |
| CN2011100009712A Expired - Fee Related CN102094530B (en) | 2010-09-07 | 2011-01-05 | Arm support type concrete mixing pump truck |
Family Applications After (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011100009712A Expired - Fee Related CN102094530B (en) | 2010-09-07 | 2011-01-05 | Arm support type concrete mixing pump truck |
Country Status (1)
| Country | Link |
|---|---|
| CN (2) | CN101936069A (en) |
Cited By (10)
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| CN102140845A (en) * | 2011-01-07 | 2011-08-03 | 金朝福 | Diesel-electric dual-power concrete conveying pump truck |
| CN102162365A (en) * | 2011-02-16 | 2011-08-24 | 徐工集团工程机械股份有限公司建设机械分公司 | A concrete shotcreting car and a jib system thereof |
| WO2013026189A1 (en) * | 2011-08-19 | 2013-02-28 | 长沙中联重工科技发展股份有限公司 | Concrete pump truck and hydraulic control system thereof |
| CN104685139A (en) * | 2012-08-24 | 2015-06-03 | 普茨迈斯特工程有限公司 | Mobile concrete pump |
| CN108162193A (en) * | 2018-03-19 | 2018-06-15 | 袁苗 | A kind of onboard integrated concrete stirring pumping system |
| CN108222516A (en) * | 2018-03-19 | 2018-06-29 | 袁苗 | A kind of concrete pumping vehicle with movable stirring device |
| CN108381766A (en) * | 2018-03-19 | 2018-08-10 | 袁苗 | A kind of stirring of concrete and pumping method |
| CN108437211A (en) * | 2018-03-19 | 2018-08-24 | 袁苗 | A kind of disc type agitating device |
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| CN102581955B (en) * | 2012-03-14 | 2014-07-02 | 中建商品混凝土有限公司 | Environmental-friendly vehicle-mounted concrete stirring system and method for carrying out concrete mixing by using same |
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| CN2098357U (en) * | 1991-08-28 | 1992-03-11 | 南通市建筑机械厂 | Concrete mixer with proportioning and metering device |
| CN2510624Y (en) * | 2001-10-25 | 2002-09-11 | 徐州天地重型机构制造有限公司 | Cantilever crane type concrete transport pump |
| JP4512508B2 (en) * | 2005-03-15 | 2010-07-28 | 代田 眞理子 | Raw concrete production equipment |
| CN2848661Y (en) * | 2005-11-10 | 2006-12-20 | 刘大为 | Multifunction concrete agitating transporting car |
| CN201760970U (en) * | 2010-09-07 | 2011-03-16 | 金朝福 | Concrete stirring pump truck |
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2010
- 2010-09-07 CN CN2010102745006A patent/CN101936069A/en active Pending
-
2011
- 2011-01-05 CN CN2011100009712A patent/CN102094530B/en not_active Expired - Fee Related
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN102140845A (en) * | 2011-01-07 | 2011-08-03 | 金朝福 | Diesel-electric dual-power concrete conveying pump truck |
| CN102162365A (en) * | 2011-02-16 | 2011-08-24 | 徐工集团工程机械股份有限公司建设机械分公司 | A concrete shotcreting car and a jib system thereof |
| CN102162365B (en) * | 2011-02-16 | 2013-04-17 | 徐工集团工程机械股份有限公司建设机械分公司 | A concrete shotcreting car and a jib system thereof |
| WO2013026189A1 (en) * | 2011-08-19 | 2013-02-28 | 长沙中联重工科技发展股份有限公司 | Concrete pump truck and hydraulic control system thereof |
| CN104685139A (en) * | 2012-08-24 | 2015-06-03 | 普茨迈斯特工程有限公司 | Mobile concrete pump |
| CN104685139B (en) * | 2012-08-24 | 2016-11-09 | 普茨迈斯特工程有限公司 | The concrete pump that can travel |
| CN108162193A (en) * | 2018-03-19 | 2018-06-15 | 袁苗 | A kind of onboard integrated concrete stirring pumping system |
| CN108222516A (en) * | 2018-03-19 | 2018-06-29 | 袁苗 | A kind of concrete pumping vehicle with movable stirring device |
| CN108381766A (en) * | 2018-03-19 | 2018-08-10 | 袁苗 | A kind of stirring of concrete and pumping method |
| CN108437211A (en) * | 2018-03-19 | 2018-08-24 | 袁苗 | A kind of disc type agitating device |
| CN112825434A (en) * | 2019-11-20 | 2021-05-21 | 王劲松 | Movable efficient energy-saving stirrer capable of automatically storing electricity |
| CN113106811A (en) * | 2021-04-12 | 2021-07-13 | 滨州学院 | Curbstone grooving laying-out all-in-one |
Also Published As
| Publication number | Publication date |
|---|---|
| CN102094530B (en) | 2012-08-29 |
| CN102094530A (en) | 2011-06-15 |
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Open date: 20110105 |