174results about How to "Improve transport efficiency" patented technology

The utility model discloses a total moisture testing system which comprises a transfer module, a division module, a drying oven weighing module, a rejected sample recycling module, a sample bottle receiving, sending and storing module and a control assembly, the division module is used for dividing a sample in a sample bottle into a test sample and a prepared sample, loading the test sample into a tray, and loading the prepared sample into a bottle; the oven weighing module is used for temporarily storing a sample tray and drying and weighing the sample tray filled with a test sample, and the test sample subjected to constant weight treatment is changed into a rejected sample; the discarded sample recovery module is used for recovering discarded samples and cleaning sample plates; the sample bottle receiving, sending and storing module is used for receiving, sending and storing sample bottles filled with original samples and prepared samples; the transfer module is used for transferring the sample bottles and the sample trays among the stations; the control assembly is used for controlling all the modules to work. The total moisture testing system disclosed by the utility model has the advantages of high automation degree, high testing efficiency, convenience in sample preparation and high testing accuracy.

This invention discloses a drill pipe transport device, relating to the technical field of drill pipe storage devices. It includes a transport arm with a blocking part, a first transport section, and a second transport section. Both the first and second transport sections are capable of carrying and transporting drill pipes. The blocking part is used to prevent the drill pipe on the first transport section from being transported to the second transport section. A lever mechanism is movably connected to the transport arm and can move to either a first state or a second state. In the first state, the lever mechanism is hidden inside the transport arm. In the second state, the lever mechanism can extend out of the transport arm and lift the drill pipe from the first transport section to the second transport section. Therefore, this device can improve drill pipe transport efficiency and meet the need for rapid drill pipe transport.

The utility model discloses a new energy battery tray clamping device of convenient transfer relates to tray clamping device technical field, and this device includes the transfer tray, both sides of transfer tray all are provided with the through slot, the top of transfer tray is provided with a plurality of first mounting hole, the top of transfer tray is provided with four support rod, and the top of four support rod is provided with the top plate, and the bottom of top plate is provided with two baffle. The utility model through the cooperation of double -end electric jar and linkage mechanism, can synchronous realization battery tray main body all around clamping, compared with one side or both sides clamping, and the stability is stronger, can avoid the battery tray main body deflection or falling in the transfer process, and first clamping mechanism and second clamping mechanism all design have multiple adjusting structure, can adjust the clamping part position flexibly, can adapt the battery tray main body of different size, need not for different specifications tray separately equipped with device, reduces use cost.

The utility model provides a bearing mechanism and a transfer device. The bearing mechanism comprises a bearing plate and a guide assembly. One face of the bearing plate is fixedly connected with the lifting end of the lifting mechanism. The guide assembly comprises a plurality of universal ball parts, each universal ball part comprises a limiting base and a rolling ball, the multiple limiting bases are arranged on the other face of the bearing plate at intervals, a ball limiting rotating groove is formed in each limiting base, and each rolling ball is limited in the corresponding ball limiting rotating groove. And each rolling bead is rotationally connected with the corresponding limiting base.

A kind of special unloading device of coal dust container, including crane bridge, both ends of crane bridge are equipped with trolley running mechanism, and the top of crane bridge is equipped with hoist trolley, and hoist trolley is equipped with lifting mechanism, and the below of hoist trolley is equipped with sling, sling includes sling frame, the top of sling frame is equipped with movable pulley assembly, and the top of sling frame is equipped with balance beam assembly, and sling frame is rotatably equipped with rotary lock, and the top of sling frame is equipped with rotary lock driving mechanism;The below of sling frame is equipped with hanging frame, and the top of hanging frame is equipped with lock slot, and the below of hanging frame is equipped with box, and there is turnover mechanism between box and hanging frame, and lifting mechanism includes first lifting drum and second lifting drum, and hoist trolley is equipped with lifting drive mechanism, and there is steel wire rope between sling frame and first lifting drum and second lifting drum.The utility model structure is simple, and convenient to use.

The invention discloses an abrupt slope mountain photovoltaic micro pile foundation construction method under complex geological conditions, and relates to the technical field of photovoltaic foundation construction. According to the method, in order to solve the problems that the slope of the abrupt-slope mountain land is large, the terrain is complex, large machines are difficult to operate, and the ecological environment is sensitive, the structural form of small-diameter pile groups and chamfered triangular bearing platforms is adopted, the heavy-load unmanned aerial vehicle hoisting technology is combined, and minimally invasive, efficient and green construction is achieved. The core of the method comprises the steps of construction preparation, measurement positioning, hole forming, reinforcement cage and bearing platform reinforcement installation, material transportation based on the heavy-load unmanned aerial vehicle, concrete pouring, maintenance and the like. The method is high in environmental adaptability, capable of overcoming 15-45-degree abrupt slopes and complex geological conditions and greatly reducing earth excavation and vegetation damage, high in structural bearing capacity and low in manufacturing cost, solves the problems that a traditional construction method is low in efficiency, serious in ecological damage and the like, and is suitable for mountain photovoltaic power station projects, particularly suitable for photovoltaic foundation construction of ecological sensitive areas.

This utility model relates to the field of material conveying equipment technology, and in particular to a dual-station lifting receiving trolley, including a mobile trolley, and further comprising: a conveying mechanism, disposed on the mobile trolley, arranged in two sets along the direction of movement; a lifting mechanism, disposed at the bottom of the first set of conveying mechanisms to drive the first set of conveying mechanisms to rise and fall; and a blocking mechanism, correspondingly disposed above the first set of conveying mechanisms, and movable in the width direction of the first set of conveying mechanisms. This utility model, through the two sets of conveying mechanisms arranged along the direction of movement, can realize alternating receiving and feeding operations, significantly improving material transfer efficiency, and is especially suitable for automated production lines with multiple processes; the movable design of the blocking mechanism in the width direction of the first set of conveying mechanisms allows for flexible adjustment of the blocking position, achieving precise limiting of materials of different sizes, preventing materials from shifting or scattering during transfer, and improving receiving stability.

This utility model discloses a foaming mold transfer bracket, specifically relating to the field of bracket technology. It includes a frame and a handle. The handle is fixedly connected to the rear side of the frame. A top platform is fixedly connected to the upper end of the frame. Symmetrically arranged on both sides of the upper end of the top platform are support boxes with openings on their upper sides. Multiple rolling columns are rotatably connected to the inner side of each support box. A distance adjustment mechanism is provided on the top platform to control and adjust the position between the two support boxes. Side baffles are fixedly connected to the ends of the two support boxes that are relatively far apart, and rear baffles are fixedly connected to the ends of the two support boxes that are closer to the handle. This utility model, based on a movable frame, uses two support boxes to support a movable foaming mold. The rolling columns reduce drag, facilitating docking and loading / unloading. The distance between the support boxes can be adjusted by the adjustment mechanism to accommodate different sizes. Limiting mechanisms, side baffles, and rear baffles prevent the foaming mold from falling off. The device is flexible and convenient, allows for fast docking, easily controls precision, is compatible with various molds, and can improve transfer efficiency.

The invention provides a side window glass storage and transfer device which comprises a device frame, a roll shaft assembly, a front blocking assembly and a partition rod assembly, the device frame is provided with an installation platform, the roll shaft assembly is rotationally installed on the installation platform, the roll shaft assembly is provided with a plurality of conveying units distributed in the first direction, and the conveying units are used for conveying side window glass; the front blocking assembly and the partition rod assembly are fixedly arranged at the top of the device frame, the front blocking assembly is provided with a plurality of front blocking units distributed in the first direction, and the partition rod assembly is provided with a plurality of partition units distributed in the first direction; in the second direction, the front blocking unit, the partition blocking unit and the conveying unit form a vertically-distributed glass channel, and the first direction is perpendicular to the second direction. The device can improve the convenience and safety of side window glass storage, transfer and hoisting of the side window glass are facilitated, and the transfer efficiency of the side window glass is improved.

The utility model provides a kind of iron core production transfer device, belong to iron core production technical field, including fixed frame, fixed installation in the fixed frame end part conveying assembly, the cooling assembly used in cooperation with the conveying assembly, the adjusting assembly of being clamped in the side wall of the conveying assembly, and the cleaning assembly being set in the side surface of the conveying assembly and being used in cooperation with the conveying assembly.The utility model passes through conveying assembly, cooling assembly, adjusting assembly and cleaning assembly, significantly improve the efficiency and reliability of iron core transfer, conveying assembly adopts modular design, combined with extrusion spring and bearing seat structure, ensure that iron core is stably conveyed and reduce collision damage;Cooling assembly adjusts cooling machine position by telescopic cylinder, realizes accurate cooling, avoids high-temperature deformation;Adjusting assembly utilizes cylinder to drive conveying roller, flexibly adapts different size iron core, enhances universality;Cleaning assembly adopts pneumatic blowing technology, automatically removes iron core surface debris.

The utility model relates to the technical field of wooden door production, and discloses a wooden door processing and transferring device which comprises a vehicle body, supporting frames which are symmetrical about a central axis are fixed on the vehicle body, a plurality of lead screws, a plurality of first polish rods and a plurality of second lead screws are fixedly arranged on the supporting frames, and the lead screws are connected with a bottom bearing plate through threads. The first polished rods are connected with the bearing plates through the elastic sleeves, the second polished rods are connected with the bearing plates through the elastic sleeves, the bearing plates can slide up and down on the first polished rods and the second polished rods, and the multiple bearing plates are connected with one another through the traction assemblies. According to the wooden door stacking device, the multiple bearing plates are arranged to form a multi-layer stacking space, wooden doors are stacked in the stacking space one by one, and mutual contact and extrusion between the wooden doors can be avoided; threaded transmission is arranged on the two sides of the bearing plate, automatic lifting of the bearing plate is achieved, operation can be achieved by one worker, the manual operation process is reduced, and the transfer efficiency is improved.

The present application belongs to the technical field of production scheduling, and particularly relates to a ham sausage low-temperature workshop production scheduling method based on an OPC UA protocol. The steps are as follows: Step 1: a real-time monitoring model is established according to ham sausage low-temperature workshop production operation rules; Step 2: on the basis of the model of Step 1, scheduling rules for multiple devices and raw material use are established; Step 3: different device and raw material use rules are dynamically selected according to real-time field device operation data information and field parameter settings obtained through the OPC UA protocol, to guide field production operation; and Step 4: when the device and raw material use rules are expanded, rules are supplemented according to actual conditions. The present application can quickly select scheduling rules for the complex and changeable production process of a ham sausage low-temperature production workshop, and dynamically adjust the scheduling rules according to real-time field data information obtained through the OPC UA protocol, to improve the utilization rate of the devices, and improve production efficiency and production output.

This invention provides a three-trailer collaborative aircraft transfer method and system based on multi-sensor fusion. This invention relates to the field of aircraft ground support technology, specifically to a three-trailer collaborative aircraft transfer method based on multi-sensor fusion, applicable to short-haul aircraft ground transport to hangars. Through multi-sensor data fusion and multi-trailer collaborative control, it improves transfer accuracy, safety, and efficiency. The method specifically includes the following steps: system setup and sensor calibration; trailer attitude initialization and collaborative parameter configuration; real-time acquisition and preprocessing of multi-sensor data; multi-sensor data fusion and state estimation; dynamic path planning based on fused data; attitude error quantification and calibration based on complex statistics; multi-trailer collaborative driving control and traction distribution; real-time environmental monitoring and risk warning; precise docking at the hangar entrance and attitude fine-tuning; and parking and system review and optimization.

This invention discloses a lifting and tilting device for motor assembly, located between the conveyor line and the assembly line downstream of a pressing machine. It includes: a transfer mechanism comprising a first transfer section and a second transfer section connected to the first transfer section; and a driving device comprising a first driving mechanism and a second driving mechanism for driving the transfer mechanism to lift and lower. The first driving mechanism drives the transfer mechanism to rotate between a first state and a second state. When the transfer mechanism is in the first state, the first transfer section is connected to the outlet end of the conveyor line; when the transfer mechanism is in the second state, the second transfer section is connected to the inlet end of the assembly line. In this way, the pressed motor stator can automatically flow into the next process without being removed from the line, eliminating the need for manual transfer and changing of placement, saving labor costs, and improving transfer efficiency and production efficiency.

The present application provides a central warehouse as the center of flexible sheet metal processing production line and its method, proposes the processing production solution applied to sheet metal laser blanking and sheet metal bending, so as to be compatible with order production and pre-investment production operation, realize the arrangement of laser and bending unit with the central warehouse as the center, optimize the process matching, ensure the consistency of multi-process route, reduce the transportation frequency and improve the overall production and management efficiency. The flexible sheet metal processing production line with the central warehouse as the center comprises a warehouse storage and transportation unit, a laser cutting unit and a manual bending unit are connected and operated on one side of the warehouse storage and transportation unit, and a robot automatic bending unit and a manual set matching picking unit are connected and operated on the other side of the warehouse storage and transportation unit.

The application discloses a kind of multilayer sample pretreatment device and processing method, multilayer sample pretreatment device includes frame body, first shelf layer, second shelf layer and transfer unit, first shelf layer includes sequentially arranged several first warehouse storage sites, second shelf layer includes sequentially arranged code scanning position and several second warehouse storage sites, transfer unit is between code scanning position and second warehouse storage site, between first shelf layer and second shelf layer, second shelf layer and subsequent detection process, conveying unit between transfer sample frame.Sample pretreatment method, transfer unit preferentially transfers sample frame and test tube thereon between second shelf layer and subsequent detection process, recovery conveying unit.The application has reasonable structure, can adapt to large quantities of sample processing, conveying efficiency is high and degree of automation is high, and it is conducive to popularization and application.

The utility model provides a unmanned plane transshipment seedling equipment. The unmanned plane transshipment seedling equipment includes: unmanned plane body and seedling transshipment frame for being used to the rice transplanting vehicle, the seedling transshipment frame includes two seedling transshipment components and upper frame, two seedling transshipment components are arranged respectively at both sides of the rice transplanting vehicle, the seedling transshipment component includes lower frame, four support legs, two connecting blocks, two groups of reinforcing ribs and a plurality of placing plates, four support legs are installed on the bottom of lower frame in rectangular array, and the outer wall of two two corresponding sides of four support legs is all provided with limiting through slot. The unmanned plane transshipment seedling equipment provided by the utility model can realize the quick aerial transshipment of seedling through the cooperation of unmanned plane and seedling transshipment frame, shortens the time of seedling from storage area to rice transplanting area, and unmanned plane can shuttle between farmland flexibly, so can reach the area that manual or vehicle is difficult to enter quickly, further promotes transshipment efficiency.

The utility model relates to the technical field of intelligent logistics and cooperative scheduling control, and particularly provides an intelligent logistics transfer device. The device comprises a transferring device, a swing arm structure, a grabbing mechanism and an intelligent cooperative scheduling module. The system integrally supports task state feedback, path obstacle avoidance and cluster scheduling execution, is suitable for flexible storage, intelligent carrying and multi-target material circulation scenes, and has the remarkable technical advantages of intelligent control, path optimization, task collaboration and the like.

This utility model relates to an auxiliary tooling for transporting small transformers, characterized by comprising a mobile trolley, a rotating adjustment frame, and a lifting module. In this utility model, the mobile trolley is used to transport the small transformer, and the rotating module on the rotating adjustment frame mounted on the mobile trolley adjusts the orientation of the lifting frame, facilitating the loading and unloading of the small transformer. Furthermore, a winch chain combined with a scissor arm is used to drive the lifting and lowering of the small transformer, resulting in simple operation, small footprint, and high stability. This auxiliary transport tooling greatly improves the transport efficiency of small transformers.

The utility model relates to the technical field of steel coil turnover, in particular to a turnover device for an annealing process of a heavy bulk coil of an oversized coil, which comprises a main body support plate, a plurality of universal moving wheels are arranged at the bottom end of the main body support plate, and the main body support plate is supported on the ground through the universal moving wheels; the hoisting mechanism is horizontally and slidably arranged on the main body supporting plate and used for hoisting and moving the steel coil, and a driving assembly is arranged on the main body supporting plate; the temporary storage mechanism is arranged on the main body supporting plate and used for temporarily bearing the steel coils in the transferring process; wherein the hoisting mechanism comprises a lifting bracket, and the lifting bracket is arranged on the main body supporting plate in a sliding manner and is driven to slide through a driving assembly; the hoisting plate is arranged on the lifting support in an up-down sliding mode, an arc-shaped groove is formed in the hoisting plate, and an opening of the arc-shaped groove is formed in the lower portion of the hoisting plate; the hoisting plate is controlled to slide up and down through a motor driving chain; and the two supporting rollers are symmetrically and rotationally arranged at the lower part of the hoisting plate.

The utility model relates to a full-automatic circulation system for brick curing, which comprises a curing kiln, a plurality of child-mother cars and a plurality of curing frames, the plurality of child-mother cars are respectively and movably arranged at the input position and the output position of the curing kiln, the plurality of curing frames are arranged in the curing kiln, and a transition storage area is arranged in the curing kiln. According to the full-automatic circulation system for brick curing, during curing, curing frames filled with green bricks are transferred and placed in the first curing area through the first area child-mother vehicle at the input position of the curing kiln, the first curing area is fully placed, and then the curing frames are placed on the transition storage area through the first area child-mother vehicle; the first-area child-mother vehicle and the second-area child-mother vehicle at the output position of the curing kiln can successively take out green bricks required to be cured, and the first-area child-mother vehicle and the second-area child-mother vehicle at the input position of the curing kiln are mutually independent and do not influence each other; and the transfer efficiency is improved.

The utility model relates to a kind of tool for improving the work roll transfer efficiency of cold rolling mill, including suspension beam, the top left corner, the bottom left corner, the top right corner, the bottom right corner of the bottom of suspension beam are all fixed with vertical extension plate, two support pieces are uniformly distributed vertically on the vertical extension plate, the support piece is all slidingly connected on vertical extension plate, and locking screw is connected between vertical extension plate;End side limiting plate is also fixed on the vertical extension plate.The tool for improving the work roll transfer efficiency of cold rolling mill can realize the hoisting of the two work rolls of cold rolling mill, i.e. upper work roll and lower work roll, so as to hoist the upper and lower work rolls simultaneously to cold rolling mill for installation, which significantly improves the transfer efficiency.

This invention relates to the field of construction elevator foundation construction technology, aiming to solve the problems of material waste caused by existing technologies that separately set the construction elevator foundation on the basement roof slab or set it on the basement floor slab through the roof slab. This invention provides a construction elevator foundation construction method based on the settlement of the basement foundation slab, including the following steps: Step 1: Determine the installation point of the construction elevator; Step 2: Settle the basement foundation slab at the selected installation point, construct a cushion layer on the base layer, and then construct a waterproof structural layer on the surface of the cushion layer; Step 3: Tie the reinforcement of the basement foundation slab; Step 4: Pre-embed drainage pipes; Step 5: Pour concrete for the basement foundation slab, using the basement foundation slab in the settlement space as the construction elevator foundation; Step 6: Install and inspect the construction elevator; Step 7: Dismantle the construction elevator; Step 8: Backfill the settlement pit formed between the construction elevator foundation and the basement foundation slab outside the settlement space.

The utility model discloses a synchronous circulation double-gripper material transfer device which comprises a workbench, a first stand column and a second stand column are fixedly arranged at the two ends of the workbench, a gripper mechanism is arranged between the first stand column and the second stand column, and the gripper mechanism comprises a synchronous assembly, a first gripper and a second gripper. The synchronous assembly is used for ensuring accurate positioning and synchronous reverse movement of the first gripper and the second gripper, the first gripper and the second gripper are fixed to the synchronous assembly, and a first gripping device in the first gripper and a second gripping device in the second gripper are located on the same horizontal straight line; the manipulator has the advantages that materials can be accurately grabbed, and continuous and efficient transferring can be achieved.

This invention relates to a positioning mechanism assembly for a small trolley used for packaging lead-acid batteries. It includes a base, a mounting box fixedly mounted on the top of the base, an opening at the top of the mounting box, a trolley body slidably mounted inside the mounting box, a lifting mechanism inside the trolley body, a positioning mechanism for transferring the battery at the top of the lifting mechanism, and the lifting mechanism for adjusting the height of the positioning mechanism. Fixing mechanisms for fixing the position of the trolley body are symmetrically arranged on both sides of the mounting box. This invention solves the problem in the prior art where, although battery transfer is possible, the lack of limiting mechanisms for the trolley body during transfer leads to displacement of the trolley body, thus affecting the positioning accuracy of the battery.

The utility model discloses a full intelligent unloading machine belongs to transfer equipment technical field, a full intelligent unloading machine, including the chassis, the both ends of chassis are fixedly installed with front mounting seat and rear mounting seat, the both ends position of front mounting seat bottom are fixedly installed with universal wheel, the bottom rotatory mounting of rear mounting seat has the rotating shaft, the both ends of rotating shaft are fixedly connected with drive wheel, the top of rear mounting seat is installed with servo motor, it can effectively solve the existing workpiece transfer process over-reliance on manual operation leads to the problem, such as high labor cost, low efficiency, great labor intensity and existence security risk, through integrated automation drive, lifting, grabbing, rotating and leveling function, realize workpiece from the storage location to the target position full process intelligent transfer, reduce manual intervention, promote the transfer efficiency and safety, satisfy modernization production to efficient, accurate operation demand.

The utility model discloses a floor type electric energy metering box, including electric energy metering box main part, both sides of electric energy metering box main part all are provided with two pivot, corresponding pivot all rotationally arranged with support frame, and two support frames can be rotatable to the top of electric energy metering box main part and store, also can rotate to the bottom of electric energy metering box main part and support electric energy metering box main part, the utility model has the beneficial effect that: through the rotatable support frame that sets up, makes electric energy metering box main part when not using, can through the folding storage of rotating support frame to the top of electric energy metering box main part, reduces the space that electric energy metering box main part occupies, and support frame can also be used as the handle of the operator and improve the transfer efficiency of electric energy metering box main part, and the structure such as fixed link, buckle column and buckle groove that sets up, further strengthens the firmness between support frame, thereby improves the stability of electric energy metering box main part whole.

The shutter automated demolding and transferring equipment and the prefabricated part production line of the application comprise a bearing beam, a walking unit, a lifting and pushing assembly, a shutter holding device and a control unit; the walking unit comprises an end beam, a cross beam and a first walking driving unit, the walking unit is connected across two bearing beams, and the first walking driving unit is used for driving the walking unit; the lifting and pushing assembly is connected with the cross beam; further comprising a first mounting seat, a first fork holding piece connected with the first mounting seat, a second fork holding piece, a first pushing assembly and a second pushing assembly, the first mounting seat is connected with the lifting and pushing assembly, the pushing end of the first pushing assembly is connected with the first fork holding piece, and the pushing end of the second pushing assembly is connected with the second fork holding piece; the first walking driving unit, the lifting and pushing assembly, the first pushing assembly and the second pushing assembly are all controlled by the control unit. The shutter demolding and transferring equipment of the application can meet the requirements of shutter automated demolding and transferring, and can effectively improve the production efficiency of the shutter and reduce the labor intensity.