384 results about "Transfer station" patented technology

A method for automatically loading a carrying device in such a manner that pieces of luggage are in close proximity to each other and positioned one above the other, comprising the steps of:-placing pieces of luggage to be loaded in a first group or in a second group, the pieces of luggage of the first group having an enclosure wall at least largely made of a relatively hard material, the luggage pieces of the second group are provided with enclosing walls which are made of relatively soft materials at least to a great extent; -supplying the piece of luggage to be loaded to at least one transfer position belonging to the transfer station; and moving the piece of luggage to be loaded from one of the at least one transfer position to the carrying device by means of at least one manipulator belonging to the transfer station. In this case, a control unit of the transfer station controls the at least one manipulator on the basis of the placement of the pieces of luggage to be loaded, such that at least a bottom layer, a top layer and at least one intermediate layer between the bottom layer and the top layer are formed in the carrying device, each layer comprising a plurality of pieces of luggage placed in the same group, and each layer comprising a plurality of pieces of luggage placed in the same group. An intermediate layer has one layer both above and below it, and the pieces of luggage of the layer are placed in another group relative to the pieces of luggage of the intermediate layer.

The invention discloses an urban rail transit peak period train departure interval optimization method based on multi-line cooperative scheduling, and relates to the technical field of rail transit operation management. The method comprises the following steps: firstly, constructing a network topology containing key transfer stations and a passenger flow OD matrix; establishing a passenger travel space-time network model to accurately describe a transfer waiting process; further constructing an optimization model with the goal of minimizing the total cost of the system, wherein the model comprehensively considers the passenger waiting time, the in-vehicle crowding degree, the operation cost and the transfer collaboration degree; and finally, designing a mixed intelligent algorithm combining Lagrangian relaxation and a meta-heuristic algorithm for solving, and generating a multi-line cooperative departure interval scheme. According to the method, the limitation of single-line independent scheduling is broken through, resource allocation can be optimized from the overall perspective of a line network, the total travel time of passengers and transfer station congestion are effectively reduced, and the overall transportation efficiency and service quality of a rail transit system in peak periods are remarkably improved.

The utility model relates to a metal surface mine large dip angle belt conveyor transportation system which comprises a coarse crushing station system, a first transfer station, a second transfer station and a third transfer station. The first transfer station is connected with the second transfer station through a belt conveyor, and the second transfer station is connected with the third transfer station through a large-dip-angle belt conveyor; the inclination angle of the large-inclination-angle belt conveyor is larger than 15 degrees and smaller than 35 degrees. Compared with the prior art, the large-dip-angle belt conveyor has the advantages that by applying the large-dip-angle belt conveyor technology, the capital construction investment of a mine can be greatly reduced; the capital construction time is shortened, the metal surface mine deep mining transportation distance is shortened, and the mine transportation cost is saved; and meanwhile, the routing length is shortened through the routing arrangement of the large-dip-angle belt conveyor, side slopes under unfavorable geological conditions are effectively avoided, and the safety and reliability of the system are improved.

An automated analyzer that receives samples prepared for analysis in an automated pre-analytical module and a method of operation of such automated analyzer. The automated analyzer includes a shuttle transfer station that receives a shuttle carrier from the automated pre-analytical system. The shuttle transfer station has a clamping assembly for the shuttle. The clamping assembly has jaws that advance engagement members into contact with a bottom portion of sample containers disposed in the shuttle. The clamping assembly secures the sample containers in the shuttle when sample is aspirated from the sample containers. The automated analyzer also has a multichannel puncture tool that is adapted to be carried by a robotic gripper mechanism. The multichannel puncture tool has multiple puncture members that each defines a channel. Each channel is in communication with a different trough in the consumable. A pipette can pass through the channel in the puncture tool.

This invention relates to the field of internal combustion engine assembly technology and discloses an automatic assembly equipment for an internal combustion engine valve rotation mechanism. A hollow servo rotary platform sequentially transports the rotating mechanism fixing seat to each station, completing the assembly of the main body loading station, the main body correction station, the spring loading station, the spring detection station, the flat gasket loading station, the flat gasket detection station, and the cover loading station in sequence. The assembled rotating mechanism assembly is picked up from the rotating mechanism transfer station by the rotating mechanism transfer part B and transferred to the riveting machine base of the riveting part C. The servo riveting machine drives the riveting head to rotate and applies axial downward pressure to rivet the cover in the rotating mechanism assembly, making it a single unit.

The invention provides a motor pre-running machine, which is applied to the technical field of motor processing equipment, and comprises a machine table, the motor feeding assembly is arranged on the machining face, and a previous machining device grabs a motor, places the motor in the motor feeding assembly and carries the motor to the other end; the motor overturning assembly comprises a fixed table, a lifting module, a connecting frame, an overturning motor, a clamping piece and a transfer station; the fixing table is arranged on a machining face, the lifting module is arranged on the fixing table, the connecting frame is arranged on the lifting module and ascends and descends through the lifting module, and the overturning motor is arranged on the connecting frame. The technical problems that at present, a motor needs to be conveyed to a pre-running machine at the corresponding position after being fed, most of the processes are semi-automatic and need to be manually conveyed, and each motor has corresponding stop time during pre-running, so that the pre-running motor cannot be accurately and rapidly conveyed are solved.

The application discloses an injection pen body pipe assembly automatic assembling equipment and an assembling method thereof, and comprises a work platform, a main rotary line is arranged on the work platform, a piston assembling station, a positioner assembling station, a screw rod assembling station and a spring assembling station are sequentially arranged on one side of the main rotary line along a conveying direction, a fixed seat assembling station, a pen body pipe assembling station and a detection and transfer station are sequentially arranged on the other side of the main rotary line along the conveying direction, and a turntable mechanism is arranged outside the end of the main rotary line at the spring assembling station and the fixed seat assembling station; the turntable mechanism comprises a linkage gear assembling station, a transmission rod assembling station, a pre-assembly transfer station and a vacancy detection station which are sequentially arranged along a rotating direction, the pre-assembly transfer station pre-assembles the linkage gear and the transmission rod and transfers them to the main rotary line; and a blanking robot is arranged behind the detection and transfer station; therefore, full-automatic assembly of the pen body pipe assembly is realized, the assembling efficiency is greatly improved, and the assembling effect is ensured.

This application relates to a transfer station and bonding equipment, and pertains to the field of semiconductor packaging technology. The transfer station includes a first base, a rotary drive, and a platform assembly. The rotary drive is disposed on the first base. The platform assembly includes a second base and a platform. The second base is connected to the drive end of the rotary drive, and the platform is disposed on the second base. The platform includes at least a first platform and a second platform distributed around a rotation axis of the rotary drive. The first and second platforms are respectively used to carry different products. The rotary drive is used to drive the second base to rotate, thereby moving one of the platforms to a preset position and adjusting the platform at the preset position to a preset angle. This application can improve upon the problems of existing transfer stations, such as large space occupation, reduced production capacity, and high costs.

The application provides a zinc ion modified zeolite and a preparation method and application thereof. 2+ The modification of the zeolite by the zinc ion can balance the negative charge on the zeolite, so that the modified zeolite has reduced electrostatic repulsion to anions and can have more groups capable of combining with phosphates, and thus has the ability to remove phosphates. 2+ In the process of dynamically adsorbing ammonia nitrogen and phosphates in simulated and actual wastewater in a transfer station, the Thomas model is used for fitting. 2+ The adsorption capacity of the modified zeolite to the simulated water reaches 4.49 mg NH3-N / g and 3.04 mg P / g, and the adsorption capacity of the modified zeolite to the actual water reaches 2.35 mg NH3-N / g and 3.63 mg P / g. 2+ The modified zeolite has good adsorption effect on nitrogen and phosphorus in the continuous flow treatment of the actual water.

The remote control wheel-holding transfer trailer comprises a trailer body, a bridging plate and a locking mechanism, the trailer body comprises a base plate and a plurality of pairs of moving wheels, the moving wheels are rotationally connected with the base plate through wheel shafts, a transfer bin is arranged on the top face of the base plate, and a bin opening is formed in the transfer bin; one side of the bridging plate is hinged to the base plate through a shaft, a crane is arranged at the position, located above a bin opening, of the transfer bin, a hook of the crane is detachably connected with the bridging plate so that the bridging plate can rotate between the loading and unloading station and the transfer station, and when the bridging plate is located at the loading and unloading station, the side, away from the base plate, of the bridging plate smoothly abuts against the ground to form a loading and unloading slope. When the bridging plate is located at the transfer station, the bridging plate is vertically arranged and blocks the bin opening; the locking mechanism is arranged in the transfer bin, and the locking mechanism can enable the remote control holding wheel to be detachably connected with the bin wall of the transfer bin. The problems that the bottom hanging phenomenon is prone to occurring during loading and unloading of existing transfer equipment, and a remote control holding wheel cannot be effectively fixed can be solved.

The utility model relates to the technical field of squeeze riveters, in particular to an automatic squeeze riveter which comprises a machine table, a straight vibration feeding mechanism, a flexible vibration feeding mechanism, a squeeze riveting mechanism and a discharging mechanism, a rotating table mechanism is arranged on the machine table, and a plurality of squeeze riveting tools are arranged on the rotating table mechanism. The straight vibration feeding mechanism, the flexible vibration feeding mechanism, the rivet pressing mechanism and the discharging mechanism are sequentially and annularly arranged on the outer side of the rotating table mechanism, a first clamping jaw feeding assembly is arranged between the straight vibration feeding mechanism and the rotating table, and a transfer table is arranged between the flexible vibration disc and the rotating table mechanism. A second clamping jaw feeding assembly is arranged between the transfer table and the rotating table mechanism. According to the full-automatic press riveting machine, the full-automatic process from part feeding to press riveting to discharging is achieved by integrating the straight vibration feeding mechanism, the flexible vibration feeding mechanism, the rotating table mechanism and the corresponding clamping jaw feeding assembly, due to the fact that the multi-station design is adopted, all the procedures can be carried out at the same time, and the overall production efficiency is improved.

This invention relates to the field of construction waste logistics resource scheduling and operation optimization technology, and particularly to a method and system for intelligent vehicle capacity scheduling at construction waste transfer stations. It includes the following steps: S1: Obtaining the arrival time of construction waste transport vehicles at the construction waste transfer station and determining a first scheduling vehicle sequence; S2: Obtaining the processing flow, processing technology, and processing time for different types of construction waste at the construction waste transfer station, and adjusting the first scheduling vehicle sequence according to the processing flow, processing technology, and processing time to obtain a second scheduling vehicle sequence; S3: Obtaining the processing demand of construction waste treatment stations for the construction waste transfer station, and classifying the processing demand into stability demand, intermittent demand, and urgent demand. This invention integrates the arrival time sequence of construction waste vehicles, constructs a processing burden assessment and scheduling optimization mechanism, and improves the utilization rate of transfer station equipment, vehicle turnover efficiency, and the system's response and coordination capabilities to multi-source dynamic demands.

The invention relates to the technical field of barreled coating packaging, and discloses an automatic barreled coating packaging production line which comprises a feeding conveying line, a packaging conveying line, a classified conveying device and a clamping jaw stacking device. The feeding conveying line is provided with at least two feeding ends and a discharging end. The number of the packaging conveying lines is at least two, and transfer stations are arranged at the discharging ends of the packaging conveying lines. The classification conveying device is arranged between the discharging end of the feeding conveying line and the feeding ends of the at least two packaging conveying lines and used for detecting material information of the barreled paint and inputting the barreled paint into the corresponding packaging conveying lines according to the detection result. The clamping jaw stacking device is arranged on one sides of the discharging ends of the at least two packaging conveying lines and used for transferring and stacking the multiple barreled coatings on any transferring station to the corresponding packaging stations. The packaging production line can solve the problem of how to integrate packaging production lines of multiple types of barreled coating products into a whole so as to reduce the occupied space and the packaging production cost.

A DTS and a method for exchanging transport items between a DTV and a transfer station. The driverless transport system, DTS, has at least one ramp-like transfer station configured to exchange a transport item with a continuous conveyor horizontally couplable thereto; and a driverless transport vehicle (DTV) for transporting the transport item from and / or to the at least one transfer station; wherein the DTV has a load-handling device forming a flat transport surface on which the transport item rests during a transport travel, wherein the load-handling device, in an end portion thereof, comprises at least one finger member switchable between a raised position and a lowered position, wherein the at least one finger member in the raised position protrudes from the transport surface; wherein each of the transfer stations consists (exclusively) of an inclined non-driven multi-track transfer conveyor which is configured to be meshingly underpassed by the DTV such that: in case, while the transport item rests on the transfer conveyor, the transport item is received by the DTV from the transfer conveyor by the DTV exiting the transfer conveyor and the at least one finger member being in the raised position; and in case, while the transport item rests on the transfer conveyor, the transport item is delivered by the DTV to the continuous conveyor by the DTV entering the transfer conveyor and the at least one finger member being in the raised position.

This utility model discloses an integrated device for treating leachate from a waste transfer station, comprising a pretreatment unit, a biochemical unit, and a sludge treatment unit. The pretreatment unit includes a wastewater collection tank, a homogenization tank, and a dissolved air flotation (DAF) tank. The biochemical unit includes an anaerobic preparation tank, an anaerobic reactor, a two-stage AO reactor, and a secondary sedimentation tank. The sludge treatment unit includes a sludge storage tank and a screw press dewatering machine. The wastewater collection tank, homogenization tank, DAF tank, anaerobic preparation tank, anaerobic reactor, two-stage AO reactor, secondary sedimentation tank, sludge storage tank, and screw press dewatering machine are sequentially connected via pipelines. This utility model achieves full-volume treatment of leachate from waste transfer stations, and has advantages such as significant treatment effect, no secondary pollution, low operating cost, low energy consumption, and saving land area.

The utility model relates to the technical field of dry fog dust suppression, in particular to dry fog dust suppression equipment of a coal preparation transfer station, which comprises a truss track, and a dry fog dust suppression component is arranged on the truss track; the dry fog dust suppression assembly comprises a case, a water tank is fixedly installed on the upper side of the case, a water receiving elbow is installed on the upper side of the water tank in a communicating mode, a second electromagnetic valve is fixedly installed at the port of the water receiving elbow, a high-pressure water pump and a stand column are fixedly installed at the bottom of the case, and an atomization nozzle is fixedly installed at the lower end of the stand column. A second communicating pipe is communicated between the atomizing nozzle and the high-pressure water pump, and a water supply pipe is arranged at the right side end part of the truss track. According to the utility model, the dry fog dust suppression assembly is arranged on the truss track, and the truss track is generally arranged along the interior of the transfer station, so that the dry fog dust suppression assembly can perform a comprehensive dust suppression effect on the internal section of the transfer station, the dust suppression effect on the transfer station is improved, and the practicability is enhanced.

This invention discloses a miniaturized, high-precision, isobaric automatic beer filling equipment, comprising a frame with a feeding station, an air blowing station, a filling station, a transfer station, a capping station, a sealing station, a cleaning station, and a discharge station; a can conveyor belt installed at the feeding station; a carbon dioxide blowing mechanism installed at the blowing station; a first transfer mechanism installed on the frame; a filling mechanism installed at the filling station; a second transfer mechanism installed at the transfer station; a cap dispensing mechanism installed at the capping station; and a sealing machine installed at the sealing station for sealing beer cans located at the sealing station. This invention achieves automated beer filling production. Compared with existing canned beer production lines, it has a compact structure, occupies less space, can start production immediately without pre-testing for different beers, significantly reduces beer loss, requires less frequent maintenance, and has short maintenance time.

The utility model relates to a homocentric-square-shaped feeding device for intelligent warehousing. The homocentric-square-shaped feeding device comprises a carrier conveying line, a grabbing mechanical arm, a transfer table and a code scanner. The carrier conveying line is of a concentric-square-shaped structure and comprises four roller lines connected in sequence, and the four roller lines are marked as a carrier input roller line, a material grabbing roller line, a carrier output roller line and a carrier backflow roller line respectively. The carrier conveying line further comprises a carrier reversing mechanism and a carrier positioning mechanism. The carrier reversing mechanism is arranged at the connection point between every two adjacent roller lines so as to achieve carrier reversing. The carrier positioning mechanism is located at a preset grabbing station on the grabbing roller line. The carrier conveying line shaped like the Chinese character'hui 'is constructed to drive the carriers to circularly flow in the bin head, the flow rate of the carriers in the bin head is increased, the situation that the multiple full-load carriers queue up at the feeding port of the bin head to wait for material warehousing is avoided, the space utilization rate and the working efficiency are improved, and the material warehousing period is shortened.

The utility model discloses integrated buried transfer station wastewater treatment equipment, relates to the field of wastewater treatment, and aims to solve the problems that in the prior art, when water in an anoxic bin is stirred, bubbles can be formed and gathered together to form foams due to the existence of a surfactant or other substances in the water, the respiration of microorganisms is influenced, and the sewage treatment effect is affected. In order to solve the problems of reduction of wastewater treatment efficiency, overflow of wastewater, need of additional treatment and cleaning and increase of treatment cost in the prior art, the utility model provides the following scheme: the device comprises a grating pool, one side of the grating pool is fixedly provided with an adjusting pool bin, an anoxic bin, an aerobic bin, a membrane pool, a clear water bin and an equipment room in sequence, and a basket grating is arranged in the grating pool; and a water passing hole is formed between the grating tank and the adjusting tank bin. According to the device, generated bubbles can be eliminated while the wastewater is stirred, so that the situation that the wastewater overflows, additional treatment and cleaning are needed, and the treatment cost is increased is avoided.

The application discloses a kind of building vertical transportation control system, equipment, storage medium and program product.The system includes data acquisition module, intelligent decision module and scheduling execution module.Intelligent decision module includes multidimensional hierarchical unit and self-adapting partition unit, and multidimensional hierarchical unit is according to time dimension, object dimension and space conversion to transport demand comprehensive partition, and time difference value, object priority level, floor area type are respectively as priority, priority summation plan calculation comprehensive priority rating sequencing.Partition unit is dynamically generated partition scheme according to the total height of high-rise building, and the building is divided into at least two partition transportation and sets up transfer station at boundary.Intelligent decision module uses predictive scheduling mechanism, when detecting that lower partition transportation equipment will arrive transfer station, advance scheduling upper partition idle equipment to standby.The application improves the vertical transportation efficiency of high-rise building, reduces the influence of transportation on construction progress.

An automatic lifting guardrail suitable for a transfer workshop relates to the technical field of design and manufacture of a protection structure for preventing an empty groove of an automobile part transfer trolley from falling, and comprises a beam frame structure, an inhaul cable structure, a sliding structure, a guardrail structure and a control and alarm structure, the beam frame structure comprises a fixed beam frame structure and a sliding beam frame, the fixed beam frame structure comprises a guardrail sliding sleeve fixing sleeve and a guardrail installation front transverse supporting rod, a servo motor is arranged on a transverse rod at the lower end of the guardrail installation front transverse supporting rod, and the sliding beam frame comprises a lower layer guide sliding rod and an upper layer guide sliding rod which are arranged on the two sides. The inhaul cable structure comprises a left inhaul cable structure, a right inhaul cable structure and a middle inhaul cable structure; the guardrail structure comprises a guardrail frame, the guardrail frame is arranged in sliding sleeves arranged on the two sides of the guardrail frame in a sliding and sleeved mode, the control and alarm structure comprises a control box, a power box and a position sensor, and a PLC control module is arranged in the control box. The defects that an existing protection measure is large in occupied space, high in maintenance cost and poor in reliability are overcome, and the device has the beneficial effects that rapid lifting of the guardrail is achieved, manual intervention is not needed, the occupied space is small, and the device is completely matched with the parking position of the transfer trolley.

The invention discloses a magnetic product disc changing device which comprises a machine table, a feeding bin mechanism is installed on the machine table, a feeding carrying mechanism is arranged above the feeding bin mechanism, a second CCD detection mechanism is arranged on one side of the feeding bin mechanism, a turnover mechanism is arranged on one side of the second CCD detection mechanism, a first CCD detection mechanism is arranged on the front side of the turnover mechanism, and a second CCD detection mechanism is arranged on the front side of the first CCD detection mechanism. A transfer station mechanism is arranged on the rear side of the turnover mechanism, a discharging bin mechanism is arranged on one side of the turnover mechanism, and a discharging carrying mechanism is arranged above the discharging bin mechanism. The invention further discloses an implementation method of the magnetic product disc replacing device. Through the arrangement of the feeding bin mechanism, automatic feeding of full-material transfer boxes and automatic collection of aerial transfer boxes are achieved, through the arrangement of the discharging bin mechanism, automatic feeding of empty packing boxes and automatic collection of full-material packing boxes are achieved, the labor intensity of workers is effectively reduced, and the working efficiency is improved.

The utility model discloses a sewage collecting device for a garbage transfer station, which comprises a separating component used for separating sewage and solid in the garbage transfer station and then discharging and collecting the sewage and the solid; and the crushing assembly is used for crushing the garbage. Garbage enters the crushing box through the discharging hopper, the garbage is cut and crushed into smaller particles under the rotation action of the crushing wheel, the garbage can be fully crushed through the crossed arrangement of the crushing wheel and the auxiliary crushing plate, the gear and the transmission assembly are matched and driven by the second motor, the continuity and stability of the crushing process are ensured, and therefore the crushing efficiency is improved. According to the invention, the crushed garbage particles are easier to separate out water, so that the subsequent separation assembly can more efficiently complete the separation of sewage and solids, and meanwhile, due to the reduction of the garbage volume and the improvement of the compaction density of the garbage, the transportation cost can be reduced, and the environmental pollution and stink can be reduced due to the damage effect on bacteria in the crushing process.

This utility model relates to a garbage compression and lifting transfer station, including a pit, a first-level transfer station built on the pit, and a second-level transfer station built on the first-level transfer station. A passage connects the first-level and second-level transfer stations. A hopper is placed inside the pit, and notches are opened on both opposite sides of the hopper. A compression assembly is installed inside the pit. This utility model uses a hydraulic cylinder and a compression mold to compress garbage in the hopper of the pit. After compression, a chain hoist lifts the hopper, causing the hopper to vertically lift the compressed garbage inside to the second-level transfer station. Then, the compressed garbage is manually transferred to a garbage truck through the discharge port. Compared with traditional methods, this method can separate garbage and sewage after compression, preventing sewage generated during garbage compression from dripping onto the garbage truck or other equipment.

1. Name of the product in this design: Dynamic graphical user interface for monitoring waste compression and transfer in electronic devices. 2. Purpose of this design: An electronic device. 3. The key design features of this product are: the graphical user interface content of the electronic device. 4. The picture or photo that best illustrates the key design points: Design 1 front view. 5. Design 1 is designated as the basic design. 6. Purpose of the graphical user interface: This graphical user interface is used to monitor and manage the operation of the vertical waste compression transfer station equipment and display the equipment's operating dynamics. 7. Human-computer interaction method of graphical user interface: The main view of Design 1 is the main interface for monitoring and management of waste compression transfer station. When the user triggers the button in the equipment operation area on the right side of the interface, the device can be monitored in real time in the monitoring area on the left side of the interface. For example, when the user triggers the button "1" in the compactor operation unit in the upper right of the main view of Design 1, the compactor can be moved to station 1. The interface will display the dynamics as shown in the interface change state diagrams 1 to 11 of Design 1 in sequence. Design 2's main view shows the working status interface of the compactor when it is in place. After the compactor moves to the workstation, the user triggers the "Compress" button in the compactor operation unit on the right. The compactor will automatically perform a compression action. For example, when the user triggers the "Compress" button in the compactor unit on the right side of the main view of Design 2, the interface will display the dynamics shown in Design 2 interface change state diagrams 1 to 5 in sequence. After the compactor is compressed, it will automatically retract. Design 3's main view shows the interface with the garbage compression and transfer container door at position 1 closed, the transfer container horizontally positioned, and the hopper raised. When the user triggers the frame-flipping function of the bulk loading machine operation unit on the lower right, the operation of the equipment can be monitored in real time on the left side of the interface. For example, when the user triggers the "vertical box" button at position 1 on the lower right of the main view of Design 3, the frame will flip, and the interface will display the dynamic state shown in Design 3 interface change state diagrams 1 to 5 in sequence. Design 4's main view shows the interface with the garbage compression and transfer container door at position 1 closed, the transfer container upright, and the hopper raised. When the user triggers the frame-flipping function of the bulk loading machine operation unit on the lower right, the operation of the equipment can be monitored in real time on the left side of the interface. For example, when the user triggers the "flatten container" button at position 1 on the lower right of the main view of Design 4, the frame will flip, and the interface will display the dynamic state shown in Design 4 interface change state diagrams 1 to 5 in sequence. Design 5's main view shows the interface with the garbage compression and transfer box door at position 1 closed, the transfer box upright, and the hopper raised. The user can trigger the control button on the garbage box door of the bulk loader operation unit on the lower right to set the garbage box door status. For example, if the user triggers the "Open" button on position 1 on the lower right of the main view of Design 5, the garbage box door will be opened, and the interface will display the dynamic state changes shown in Figures 1 to 5 of Design 5. The main view of Design 6 shows the interface with the garbage compression and transfer box door at position 1 fully open, the transfer box upright, and the hopper raised. The user can set the garbage box door status by triggering the control button on the garbage box door of the bulk loading machine operation unit at the lower right. For example, if the user triggers the "Close" button at position 1 at the lower right of the main view of Design 6, the garbage box door will close, and the interface will display the dynamic state changes shown in Figures 1 to 5 of Design 6. The main view of Design 7 shows the interface with the garbage compression and transfer box door in position 1 fully open, the transfer box upright, and the hopper raised. When the user triggers the operation button of the receiving hopper of the bulk loading machine operation unit on the lower right, the garbage bin hopper can be set. For example, when the user triggers the "Lower" button of position 1 on the lower right of the main view of Design 7, the garbage bin hopper will be lowered. The interface will then display the dynamic state changes shown in Figures 1 to 5 of Design 7. The main view of Design 8 shows the interface with the garbage compression and transfer box door in position 1 fully open, the transfer box upright, and the hopper lowered. When the user triggers the operation button of the receiving hopper of the bulk loader operation unit on the lower right, the garbage bin hopper can be set. For example, when the user triggers the "Up" button of position 1 on the lower right of the main view of Design 8, the garbage bin hopper will rise, and the interface will display the dynamic state changes shown in Figures 1 to 5 of Design 8. Design 9's main view is a compactor movement warning interface, indicating that users cannot move the compactor to a workstation in operation.

The invention discloses a conveying control method and device of a battery cell switching piece, electronic equipment and a storage medium, and relates to the technical field of battery cell production. Under the conditions that the detection result represents that the current end face is the preset front face and the current time indicates the target moment, the transfer module is controlled to transfer the battery cell transfer piece from the transfer station to the first transfer module, and the first transfer module is controlled to carry out transfer and conveying treatment on the battery cell transfer piece; and under the conditions that the detection result represents that the current end face is the preset reverse face and the current time indicates the target moment, the transfer module is controlled to transfer the battery cell transfer piece from the transfer station to the second transfer module, and the first transfer module is controlled to carry out transfer conveying treatment on the battery cell transfer piece. According to the conveying device for the battery cell transfer pieces, the battery cell transfer pieces with the front end face being the preset front face are moved and conveyed through the first moving module, the battery cell transfer pieces with the front end face being the preset back face are moved and conveyed through the second moving module, automatic conveying of the battery cell transfer pieces is achieved, and the production efficiency can be improved.

This utility model provides a movable belt conveyor, including a head frame, an intermediate frame, and a tail frame, as well as traveling rails respectively arranged on the top of the head frame, intermediate frame, and tail frame. A cable reel and a receiving trolley are arranged on the traveling rails. The head frame, intermediate frame, and tail frame are also equipped with tracked chassis. The head frame, intermediate frame, and tail frame of the belt conveyor are automatically moved by the tracked chassis located below each frame. A set of traveling rails is installed on the upper part of the head frame, tail frame, and intermediate frame, allowing the cable reel and receiving trolley to travel on the rails. By setting the belt conveyor as a self-moving structure driven by the tracked chassis, the cable reel and receiving trolley can move with tracked double-drum mining machines, electric shovels, crushing stations, transfer stations, and other mining equipment on the working face, improving the conveying capacity of the movable belt conveyor.

The invention discloses a channel switching assembly. The channel switching assembly comprises a switching device, a channel connecting device and a fan assembly. The switching device is arranged between the channel connecting device and the fan assembly; the switching device comprises a switching structure, the switching structure comprises a channel connecting port and an air inlet connecting port, the channel connecting device comprises a first channel and a second channel, the first channel is connected with the base station transfer station, the second channel is connected with the dry garbage storage device, and the base station transfer station is used for treating dry and wet mixed garbage. The dry garbage storage device is used for storing dry garbage; the fan assembly comprises an air inlet duct; the air inlet connector communicates with the air inlet duct, and the inner space of the switching structure communicates with the inner space of the fan assembly through the air inlet connector. Through cooperation of the switching device, the channel connecting device and the fan assembly, garbage is transported and recycled in a classified mode, convenience and high efficiency are achieved, the structure is simple, the garbage recycling convenience is improved, and the transportation problem of garbage recycling is solved.

A kind of urban rail transit line transport capacity precision regulation and control method, comprising: S100. Obtain urban rail transit line transfer passenger data, according to the transfer passenger data, section passenger flow information is obtained;S200. Obtain car fixed number information, according to the section passenger flow information and car fixed number information, the section congestion degree of urban rail transit line is obtained, according to the section congestion degree, transfer passenger flow density information is obtained;S300. Establish periodic train diagram evaluation mechanism, according to the transfer passenger flow density information, optimize rail transit line train diagram;S400. Real-time update the transfer passenger flow density information, the train diagram iterative optimization is carried out, set the iteration number or other iteration termination condition, obtain the final rail transit line train diagram.The method disclosed in the application considers the distribution of transport capacity in transfer station with different transfer passenger flow density, can save passenger travel time, improve passenger satisfaction, and reasonably allocate transport capacity.

This invention discloses a sock post-processing and shaping machine, comprising a closed-loop guide rail with a processing station, a loading / unloading station, and a transfer station; a processing box is assembled to the processing station and integrates steam shaping equipment, drying equipment, and cooling equipment; loading units are continuously transported along the guide rail for putting socks on; a primary transmission component and a secondary transmission component drive the loading units at different workstations, with the loading unit density on the primary transmission component being greater than its density on the secondary transmission component; a differential transmission component is used to achieve differential operation between the two transmission components. This invention, through differential drive and the cooperation of the two transmission components, allows the loading units to maintain a larger distance at the loading / unloading station for easy sock putting and taking off, and a smaller distance at the processing station to improve shaping efficiency. It also features anti-derailment, adjustable sock spacing, and flip-over sock removal functions, significantly improving the overall performance and ease of operation of the equipment.