58results about "Mixing operation plant" patented technology

This invention discloses a curing agent slurry preparation device, a curing agent slurry preparation method, and a fluidized solidified soil production method. In the preparation method, a weight sensor collects the weight change curve in real time during auger feeding, identifies the excess material discharge, and calculates the correction value for the next batch's shutdown advance. Water is injected and preliminary mixing is performed. The slurry is injected into the lower mixing chamber. After adjustment according to the correction value, the next batch is prepared. During the lower mixing, the torque of the second agitator is collected, a rheological curve is fitted, and the homogeneity is determined to be up to standard after the torque fluctuation rate is below a threshold and maintained for a set time, at which point the material is discharged. The upper and lower layers operate alternately in parallel cycles. The fluidized solidified soil production method of this invention includes: excavating a mud pit nearby and mixing it into mud; preparing the curing agent slurry using the above method; and pumping the slurry to the mud pit and mixing it into fluidized solidified soil. This invention employs a "two-step" process to prepare the curing agent and fluidized solidified soil in stages, avoiding long-distance transportation of the finished solidified soil and improving construction efficiency and the stability of the solidified soil quality.

To provide a concrete plant, a concrete plant control method and a program which enable a mobile plant to produce special concrete, etc. manage to be of high quality at a construction site.SOLUTION: A concrete plant comprises: a transport vehicle 10; and a concrete plant unit 20 which is mounted on a loading platform 11 of the transport vehicle 10 and carried therewith. The concrete plant unit 20 has at least a mixer 50 and a control device 60 which executes drive control of the mixer. The control device 60 executes: primary mixing control which causes the mixer 50 to execute primary mixing to produce a primary mixed material; secondary mixing control which causes the mixer 50 to execute secondary mixing to mix the primary mixed material with an admixture to produce a secondary mixed material; and additional mixing control which causes the mixer to execute at least either additional primary mixing or additional secondary mixing when the primary and secondary mixing do not satisfy primary and secondary management standard values set for each thereof at time of completion of either or both of the primary and secondary mixing.SELECTED DRAWING: Figure 17

The application relates to a pit mud preparation system, which comprises a feeding device through which pit mud is fed, a first cutting device which cuts the pit mud, a first conveying device, a second cutting device which cuts the pit mud again, a second conveying device, a first stirring device which stirs the pit mud after adding water, a granulating device which prepares the pit mud into strips, a third conveying device, a second stirring device which stirs the pit mud again after adding water, and a forming box. The application can improve the uniformity of the pit mud when the pit mud is cut through the first cutting device and the second cutting device. The pit mud is stirred twice through the first stirring device and the second stirring device, and the pit mud is granulated again through the granulating device between the two times of water stirring, so that the soaking effect of the pit mud is improved, the phenomenon that the pit mud is dry and wet after water stirring is avoided, the stirring effect of the pit mud is guaranteed, and the quality of the prepared pit mud is guaranteed.

This invention relates to the field of refractory brick manufacturing technology, solving the problem of poor coordination between various process equipment units in refractory brick production lines. Specifically, it discloses an automated production line and process for refractory brick production, including a crushing unit, a feeding unit, a weighing unit, a mixing unit, a spreading unit, a pressing unit, a detection unit, a stacking unit, and a firing unit connected by control system signals. The discharge end of the crushing unit is connected to the feed end of the feeding unit; the discharge end of the feeding unit is connected to the feed end of the weighing unit; the discharge end of the weighing unit is connected to the feed end of the mixing unit; the discharge end of the mixing unit is connected to the feed end of the spreading unit; the discharge end of the spreading unit is correspondingly arranged with the feed end of the pressing unit; the discharge end of the pressing unit is connected to the feed end of the detection unit; and the discharge end of the detection unit is connected to the feed end of the stacking unit. This invention is used for refractory brick production and features a high degree of automation and strong equipment coordination.

A substance feeding device, a mixing system, and a battery production line are provided, relating to the field of substance conveying technologies. The substance feeding device helps to improve precision of controlling a weight of a conveyed substance. The substance feeding device includes: a buffer member (1), a conveying assembly (2), a weight meter (3), and a control assembly (4). The buffer member (1) is configured to store a substance; one end of the conveying assembly (2) is connected with the buffer member (1); the conveying assembly (2) has at least two conveying ports (21); the conveying port (21) is configured to connect with a target device; the weight meter (3) is connected with the buffer member (1) and is configured to detect a weight of the substance in the buffer member; each conveying port (21) is provided with one control assembly (4); the control assembly (4) is configured to control communication and cutoff of a pipeline between the conveying port (21) and the corresponding target device; the control assembly (4) includes a back pressure valve (41); and the back pressure valve (41) is disposed on the conveying port (21) and capable of being connected with the target device. The provided substance feeding device is configured to feed the substance into the target device.

This application provides an automatic continuous measurement method for the flowability of filler materials, comprising the following steps: Step S1, connecting the continuous measurement equipment, including: a first branch and a second branch connected in parallel; a third branch simultaneously connected to the ends of the first and second branches; Step S2, powder preparation; Step S3, automatic batching and slurry preparation, including adjusting the pipeline status, the pipeline status including: slurry preparation mode; water addition mode; and slurry discharge mode; Step S4, leveling work using the automatic flowability measurement device; Step S5, automatic sampling using the automatic flowability measurement device; Step S6, automatic flowability measurement; Step S7, cleaning and resetting the test plate; Step S8, cleaning the pipeline and the continuous measurement equipment. The automatic continuous flowability measurement method involved in this application can achieve high-frequency and accurate monitoring of flowability under long-distance, high-temperature conditions, and its slurry pipeline design can significantly improve the efficiency of multi-ratio tests, meeting the needs of large-scale laboratory testing.

The application discloses a split type vehicle-mounted concrete mixing station suitable for high-iron tunnel ferrialuminate cement, which comprises a batching vehicle and a mixing vehicle. The batching vehicle comprises a batching platform arranged on a batching chassis. A plurality of hoppers are sequentially arranged on the batching platform from left to right. A metering system for metering the discharging amount is arranged at the discharging port of each hopper. A batching conveyor belt is arranged below all the hoppers on the batching platform. The mixing vehicle comprises a mixing platform arranged on a mixing chassis. A forced mixing barrel is arranged on the mixing platform. A feeding conveyor belt is arranged on the mixing platform. The whole mixing station is composed of the separate batching vehicle and the mixing vehicle. The batching vehicle and the mixing vehicle can be synchronously moved along with the tunnel construction, so that the ferrialuminate cement concrete can be sprayed to the corresponding position before solidification. Through the rotation operation of at least two batching vehicles, the time delay caused by material supplement can be effectively made up, so that the construction efficiency is ensured.

The utility model provides a kind of concrete mixing station gas path system, including storage tank, the bottom end of storage tank is equipped with discharge gate, the lower part and bottom end of storage tank are respectively fixed with first arch breaking device and second arch breaking device, the first arch breaking device includes multiple air nozzles, multiple air nozzles are evenly arranged along the circumference of the storage tank, and the output end of each air nozzle extends to the inside of the storage tank by passing through the lateral wall of the storage tank, second arch breaking device includes the air rod of being arranged in the inside one side of discharge gate, the drive part for driving the air rod rotates along the center axis of discharge gate, the side of the storage tank is equipped with gas supply device, and the gas supply device is connected with the first arch breaking device and second arch breaking device respectively.The utility model, by first arch breaking device and second arch breaking device cooperation, arch breaking is carried out from inside storage tank and discharge gate two places, effectively prevent material caking and blockage, ensure that concrete mixing station feeding is continuous and stable.

This application relates to the field of water conservancy engineering technology and discloses a concrete mixing and conveying device for water conservancy projects, including a ground surface, a conveying component, a concrete mixing mechanism, a concrete storage mechanism, a tower crane body, and a hoisting hopper. The concrete mixing mechanism includes a concrete mixing tower fixedly connected to the ground surface. This concrete mixing and conveying device for water conservancy projects uses the conveying component to transport concrete to the concrete mixing mechanism for mixing. The concrete mixed by the concrete mixing mechanism can be conveyed to the concrete storage mechanism. Through the cooperation of the discharge channel, a third servo motor, and a discharge auger, the mixed concrete can be transferred to the hoisting hopper. Then, the tower crane body transports the concrete to the construction site. Furthermore, the concrete storage mechanism ensures the continuity of concrete mixing by the concrete mixing mechanism, guaranteeing its continuous operation.

An integrated grouting equipment for automatically preparing slurry comprises a material storage module, a cement automatic control batching and mixing station module and a high-pressure jet grouting background control module, the material storage module comprises a cement tank and an auger conveying channel, the cement automatic control batching and mixing station module comprises a first module frame, a water storage bin, an additive bin, a pre-mixing stirring barrel, a weighing system, a pneumatic valve switch, a secondary mixing stirring barrel and an automatic intelligent control system arranged on the first module frame, and the high-pressure jet grouting background control module comprises a second module frame and an automatic stirring slurry storage barrel, a high-pressure grouting pump and a high-pressure slurry output pipeline arranged on the second module frame. In the utility model, the equipment on each module can be connected in advance, then the module is transported to the construction site, and the connection between the modules is carried out, so that the rapid assembly of the grouting equipment is realized, and the construction efficiency is effectively improved.

A mobile batch plant comprises a vehicle chassis, a powerplant supported by the vehicle chassis, a hopper for storing a premix that is a preblended mixture of aggregate material and cement, a water tank for storing water, a water replenishment hose connectable to the water tank for replenishing the water in the water tank, a mix auger for mixing the premix and water to form shotcrete or concrete and a swivel chute connected to the mix auger to deliver the shotcrete or concrete.

The present application relates to the technical fields of green mining and intelligent construction of mines, and discloses an underground intelligent material distribution and regulation system for coal gangue concrete, which comprises a three-stage warehouse structure of a storage warehouse, a preparation warehouse and a metering warehouse connected in sequence, and is matched with a high-precision weighing sensor, an online density detection device and a controllable precision gate. A central control unit acquires the material bulk density in real time according to the input target concrete proportioning, dynamically calculates and controls the volume through a fuzzy control algorithm, and adjusts the gate opening to realize the accurate proportioning of coal gangue aggregate and cementitious materials. The present application effectively solves the problems of inaccurate metering and out-of-control proportioning caused by the complex grading and large density fluctuation of underground gangue, improves the uniformity and strength stability of concrete preparation, supports the resource utilization of gangue in coal mines without ascending to the surface, and has the advantages of high automation, strong adaptability, high control precision and the like.

The invention relates to a method for obtaining a building element (1) by additive manufacturing, said building element (1) comprising at least one structural element (2) and at least one insulating element (3, 4), wherein dry mortar is mixed with mixing water in order to form a basic wet mortar, the basic wet mortar is delivered to a print head, and a stack of mortar layers is deposited continuously by moving the print head in order to form the at least one structural element (2) and the at least one insulating element (3, 4), the method being such that water foam is additionally added to the basic wet mortar during the delivery of the basic wet mortar to the print head before depositing a mortar layer belonging to the insulating element (3, 4).

This invention discloses an automatic control method and system for improving the mixing uniformity of cement mixing pile construction. The method first determines the design mixing points, mixing times, blade arrangement, and design grouting horizontal-to-vertical ratio R of the soil within the pile body area. V and the design of the lever speed V V and design speed V L ; Calculate and determine the design flow rate Q for each time di In addition, standard parameters are set, and the current pole speed V is continuously monitored when the pile driver starts construction at the current pile location. oV Current speed V oL Current traffic Q oi Current current I o Determine the current I o Current traffic Q oi Current speed V oL Whether it is within the set range, and after the pile driver enters the low speed and low rod speed operation state, continuously judge the current rod speed V. ov Whether it is within the allowable deviation range; until the construction of the current pile position is completed. This invention uses multi-parameter coordinated control to meet the requirements of uniform distribution and mixing of cement binder materials, thereby ultimately achieving the goal of improving the uniformity of pile quality.

This utility model discloses a batching station device without a mixer, including a three-hopper batching machine and a main building frame. A belt conveyor is installed at the bottom discharge port of the three-hopper batching machine. The main building frame is fixedly installed with a cement silo, a cement metering hopper, and a collection hopper from top to bottom. In this batching station device, after all materials are fed into the tanker truck, all raw materials are mixed inside the tanker truck. Mixing can be carried out during transportation, saving energy and producing qualified concrete. The tanker truck delivers the concrete to the construction site. This device is mainly used in urban construction where a small amount of concrete is needed. By installing a batching station without a mixer in a relatively small area, sand, gravel, powder, and water are proportioned and uniformly fed into the mixing tanker truck. The mixing tanker truck replaces the mixing action of the main mixer in a conventional batching plant, achieving the goal of low investment and rapid production, while producing concrete quality indistinguishable from conventional commercial concrete plants.

Method for manufacturing a batch of a homogeneous pulverulent composition for ceramic welding comprising refractory filler particles and metallic particles. Method for manufacturing a batch of a homogeneous pulverulent composition for ceramic welding comprising refractory filler particles and metallic particles, comprising the steps of feeding the refractory filler particles and the particles into a first vessel, which is then gripped by a robotic arm and inverted to form a homogeneous mixture. The homogeneous mixture is transferred to a bagging hopper arranged to dispense a predetermined quantity of homogeneous mixture into n airtight and watertight bags forming said batch. The bags are then pierced and flattened before being placed on a transport pallet.

A technique facilitates a drilling operation, e.g. a land-based drilling operation, by enabling a substantial reduction in the number of equipment components. According to an embodiment, a mud pump assembly is provided with at least one mud pump located on a rig positioned at a wellsite. Electric power is provided to the rig to enable operation of the rig, including operation of the mud pumps when pumping mud downhole to facilitate drilling of a borehole. The rig's electric power also is used to operate a cement mixer for mixing a cementing fluid. This cementing fluid may be pumped downhole during a cementing operation by the same mud pumps employed during the mud pumping operation.

This utility model relates to the field of pile foundation grouting technology and discloses a pile foundation grouting device with a mixing mechanism. The device includes a moving wheel, a grouting mechanism on the top of the moving wheel, a handrail on the left side of the grouting mechanism, and fixing mechanisms on the front and rear sides of the grouting mechanism. The grouting mechanism includes a storage box, which is fixedly connected to the top of the moving wheel. A grouting pipe is fixedly connected to the right side of the storage box, and a fixing frame is fixedly connected to the rear side of the storage box. In use, the grouting mechanism moves the storage box to the vicinity of the pile foundation construction area under the action of the handrail and the moving wheel. A cylinder then positions the sealing cover on top of the storage box, and simultaneously positions the grouting pipe on top of the pile foundation to be grouted. At this point, a cement truck transporting grout can deliver the grout through the sealing cover into the storage box. A first servo motor drives the rotating rod, mixing shaft, and mixing blade to rotate.

This invention discloses a method, equipment, and storage medium for cross-batch closed-loop optimization of concrete mix proportions, relating to the field of concrete production technology. The optimization method includes collecting characteristic data and constructing a hardening feature vector during the early hardening stage of the current batch of concrete; inputting the hardening feature vector into a pre-trained performance prediction model to obtain the predicted performance value of the batch of concrete; calculating the cross-batch performance deviation between the predicted performance value and the target performance value; calculating the cross-batch performance deviation with an existing cross-batch adjustment gain to generate a mix proportion correction amount for the next batch of concrete; repeating the above steps to form a closed-loop optimization at multiple batch production scales. This invention upgrades early hardening monitoring from passive evaluation to active optimization, using early information to adjust subsequent production mix proportions, significantly reducing the batch-to-batch dispersion of key performance characteristics and improving the consistency and reliability of continuous material supply.

The application relates to the field of geotechnical engineering, and discloses a mobile mixing device for fluidized solidified soil, which comprises a mobile vehicle body, a material mixing bin, a vibration crushing mechanism and a mixing mechanism, the material mixing bin is connected to the mobile vehicle body, the vibration crushing mechanism is connected to the mobile vehicle body, the vibration crushing mechanism is used for vibration layering of soil and extrusion crushing of slag blocks, and the mixing mechanism is connected to the mobile vehicle body and used for mixing and preparing solidified soil raw materials. The application has the effects of reducing the influence of slag blocks in soil, improving the possibility of mixing and forming of fluidized solidified soil, and improving the quality of fluidized solidified soil.

The application provides an abnormality diagnosis method, an abnormality diagnosis device and a mixing station. The mixing station comprises a powder measuring hopper, an aggregate waiting hopper, a supporting platform and a mixing main machine. The powder measuring hopper and the aggregate measuring hopper are both installed on the supporting platform, and the discharge port of the powder measuring hopper is connected with the upper cover of the mixing main machine through a soft connecting piece. The abnormality diagnosis method comprises the following steps: obtaining a first state parameter of the mixing station in an empty state of the aggregate waiting hopper and a second state parameter of the mixing station in a full state of the aggregate waiting hopper; and judging whether the mixing station has an abnormal measurement fault according to the comparison result of the first state parameter and the second state parameter. The abnormality diagnosis method, the abnormality diagnosis device and the mixing station of the application are realized on the original mixing station structure, do not need to add new structures, are simple in structure and few in steps, can accurately reflect whether the mixing station has an abnormal detection fault, and thus facilitate the user to carry out subsequent maintenance and processing on the mixing station.

The invention discloses an energy-saving type automatic mortar uniform paving device for mortar production, and relates to the technical field of mortar production uniform paving, a motor is fixedly connected to the top of a push plate, a hollow shell is fixedly connected to the top of the push plate, and a mortar storage bin is fixedly connected to the bottom of the hollow shell; the first reciprocating lead screw is rotationally connected to the inner wall of the hollow shell, the movable frame block is movably connected to the outer circumferential face of the first reciprocating lead screw, and a movable key is arranged on the inner wall of the movable frame block and located in a spiral groove in the circumferential face of the first reciprocating lead screw. And when the mortar spreading belt rotates, the mortar with the spread surface can fall to an area needing to be spread, so that the mortar can be uniformly and flatly spread in the area needing to be spread.

This utility model discloses a dust removal device for a mortar production line and a mortar production line. The dust removal device includes a shell, a dust removal component, and a separating device. The shell contains a dust removal chamber and a dust collection chamber. The dust removal component includes a dust filter bag disposed within the dust removal chamber. The separating device includes a swinging separating plate and a swinging drive mechanism. The swinging separating plate is rotatably disposed between the dust removal chamber and the dust collection chamber. The swinging drive mechanism drives the swinging separating plate to swing between a separating position and a dust discharge position. When the swinging separating plate is in the separating position, it blocks the dust collection chamber. When the swinging separating plate is in the dust discharge position, the dust collection chamber is connected to the dust removal chamber. When dust accumulates in the dust collection chamber, the swinging drive mechanism drives the swinging separating plate to swing to the separating position and block the dust collection chamber, effectively preventing airflow from entering the dust collection chamber and blowing away the accumulated dust, thus reducing the dust filter load and improving the dust filter efficiency.

This invention discloses a fully automated finished stone material preparation system and its production process, belonging to the field of building material preparation technology. The system adopts a factory-style assembly line layout, sequentially including: a raw material crushing and shaping unit, a sand making and grading unit, a finished product sorting and storage unit, a dust collection and stone powder recovery unit, a material circulation and buffer unit, a resource-based packaging unit, and a central intelligent control unit. The finished product sorting and storage unit is equipped with parallel and independently conveying No. 1 and No. 2 finished product belts, a gravel finished product belt, and a dry sand finished product belt; the dust collection unit includes a dust collector network, a stone powder silo, and a dust hopper; the resource-based packaging unit directly or in combination with other materials forms bagged products from stone powder. This invention integrates aggregate shaping, dry sand making, full stone powder recovery, and compounding and packaging processes, achieving material balance and adaptive quality adjustment through intelligent control. It produces no process wastewater, achieves 100% stone powder utilization, and maintains a dust emission concentration ≤8mg / m³, realizing green, efficient, and intelligent production.

This invention discloses a device for manufacturing harmless precast building materials from solidified fly ash products. The device comprises a fly ash pretreatment system, an aggregate supply system, a binder supply system, a mixing and micro-encapsulation system, a molding system, a microwave curing system, and a sensing and control system connected in sequence to each system. After screening and drying, the fly ash is premixed with electrostatically treated multi-grade aggregates in the fly ash adsorption chamber of the aggregate supply system. The premixed material enters the mixing and micro-encapsulation system, where it is mixed with asphalt and resin supplied by the binder supply system. Simultaneously, an encapsulating agent is sprayed through atomizing nozzles for micro-encapsulation. The mixture is pressed into a blank in the molding system and rapidly cured into harmless precast building materials in a microwave curing sealed chamber. This invention achieves intelligent linkage throughout the entire process through the sensing and control system, combined with a multi-layer sealing structure, solving the problems of long curing cycles, high energy consumption, and lack of system integration in existing technologies, thus realizing the efficient and clean resource utilization of hazardous fly ash.

This utility model relates to the technical field of hopper lifting devices, and in particular to a hopper lifting device for a mixing plant, which improves the storage reliability during concrete transportation and avoids leakage. By increasing the load of the power unit to offset the weight of the hopper, it reduces operating energy consumption. It includes a base and a guide frame, with the guide frame installed at the top of the base. It also includes a traction device, a power unit, a support seat, a bracket, and a hopper. The support seat is slidably mounted on the guide frame via the traction device. The bracket is mounted on the outer wall of the support seat. The hopper is eccentrically rotated and mounted on the outer wall of the bracket. The power unit is provided on the support seat. The power unit is used to support and limit the movement of the hopper and to provide power for the rotation of the hopper.

The utility model discloses a kind of pouring type solidified soil preparation systems based on clay fine particle accurate measurement, including crushing screening and weighing system, clay fine particle accurate measurement system, transport system and mixing system;The clay fine particle accurate measurement system includes the aggregate hopper of suspension arrangement, clay fine particle is added to aggregate hopper, a plurality of weighing sensors are provided on the aggregate hopper, the first screw conveyor is arranged at the bottom of the aggregate hopper, and it is used to convey the material in aggregate hopper to transport system according to the set dosage.The utility model has the advantages of clay fine particle accurate measurement, preparation solidified soil performance stable, engineering solid waste does not need crushing screening secondary processing, waste slag soil resource utilization rate is high, and can be applied to the preparation of various solidified soil.

A feed system includes a wear pad and one or more hold downs. The wear pad is operable to provide a seal over at least one pressure port and at least one corresponding material port of a feed wheel. The wear pad is in fluid communication with a pneumatic supply operable to provide pneumatic gas to the pressure port to discharge material from the material port. The hold downs are operable to apply pressure against the wear pad such that the hold downs provide consistent, equal pressure to the wear pad against the feed wheel.

A mixing device for use with an electric drill for mixing drywall mud, tile grout, concrete mixes and paint in various size containers and smaller applications. A mixing device is disclosed having a shaft, a central hub and mixing rods that are equidistant from each other and have a side vertical portion and a flat bottom portion such that the mixing device can efficiently mix all material that is on the sidewalls and bottom of a mixing container.