263 results about "Work cell" patented technology

A system for multi-stage planning of construction processes and resource allocation, consisting of: a central planning engine configured to receive input data, including architectural design models, structural constraints, procurement schedules, and historical performance indicators; a task decomposition processor that is operationally connected to the central planning engine and configured to generate a hierarchical construction task graph by decomposing macro-level construction milestones into mid-level and micro-level subtasks, with each subtask having time estimates, location identifiers, resource requirements, and mutual dependencies; a hybrid planning processing unit configured to resolve time and resource constraints across the entire task diagram; a resource coordination controller that is operationally connected to the central planning engine, wherein the resource coordination controller includes a real-time database of work units, machines and material stocks, each resource being tagged with attributes such as availability, usage history, operating status and spatial location; a multitude of distributed execution units distributed across the construction zones, each distributed execution unit comprising an embedded controller, sensor interfaces, task status processing logic, and communication circuitry, each distributed execution unit being configured to receive planning instructions from the central planning machine, execute localized control logic for task confirmation and resource activation, and transmit task execution data back to the central planning machine; an adaptive conflict resolution processing unit that is operationally connected to the central planning engine and configured to detect conflicts in task execution or resource conflicts, simulate alternative task-resource allocation scenarios using a real-time multi-agent model, and autonomously update the task graph with revised task sequences and resource allocations; and A dashboard for the construction process, configured to visualize task progress, deviations from the planned schedule, and resource efficiency metrics, with the dashboard also being able to receive manual override inputs or approve automated conflict resolution proposals generated by the adaptive conflict resolution module.

Systems and methods to characterize work unit records of a collaboration environment based on freeform arrangement of visual content items are described herein. Exemplary implementations may: manage environment state information maintaining a collaboration environment including work unit records; effectuate presentation of instances of a user interface of the collaboration environment on client computing platforms associated with the users; obtain arrangement information for the visual content items displayed in the user interface; modify, based on the arrangement information, one or more of the values of one or more of the work unit parameters for one or more of the work unit records represented by the collections of the visual content items; and / or perform other operations.

The invention relates to the technical field of heaters, and discloses a heater energy-saving control method and system based on heat transfer optimization, and the control method comprises the following steps: collecting the internal and external environment parameters of a heater and the operation state data of a working unit set in real time, and constructing an environment-operation state data set, the operation state data of the working unit set comprises operation state parameters of the heating unit, the heat dissipation unit and the control unit under different operation conditions; constructing a thermal load prediction model of the heater based on the environment-operation state data set; according to the thermal load prediction model, analyzing heat energy distribution and heat transfer efficiency of a heater, and obtaining a thermal load prediction result; and based on the thermal load prediction result, the heating power and heat flow distribution of a heater are optimized, energy consumption control parameters are determined, and a heat transfer control instruction set is synchronously generated. The invention aims to solve the problems of non-uniform heat energy distribution, low heat transfer efficiency and energy waste of a traditional control method.

In a utility vehicle that runs a working area to perform work with a work unit comprising a blade and work motor it is determined whether load of the work unit in work performed in accordance with an established work schedule is equal to or less than a predetermined value, and the established work schedule is adjusted to reduce work when it is determined that the load is equal to or less than the predetermined value.

The present invention relates to a self-propelled forage harvester (1) comprising a height-adjustable header (4) for receiving crop (2), working units (20) for processing the received crop (2), an unloading device (15) for discharging the processed crop (2), a camera system (16) for capturing images (41) of a crop flow (21) passing through the forage harvester (1), an image evaluation device (27) for evaluating the images (41), and a driver assistance system (17) for controlling the header (4), the working units (20), and the unloading device (15), wherein the driver assistance system (17) has a memory (40) for storing data and a computing device (39) for processing the data stored in the memory (40), wherein the image evaluation device (27) together with the driver assistance system (17),The front attachment (4) and the working units (20) form an automatic setting system, in that the image evaluation device (27) is configured to continuously analyze the images (41) of the crop flow (21) for the proportion of, in particular inorganic, impurities contained in the crop flow (21) by means of a machine learning algorithm and to transmit a derived degree of contamination (DC) to the driver assistance system (17), which autonomously and continuously adapts a setting of the front attachment (4) and / or at least one of the working units (20) depending on the degree of contamination (DC).

Systems, methods, and machine-readable media may facilitate programmable data trimming. Metadata associated with a collective operation may be determined by an application of a server. The metadata may specify a job identifier corresponding to a unit of work to be completed in conjunction with the collective operation, a collective type of the collective operation, and / or an ordering mode for packets corresponding to the collective operation. The metadata associated with the collective operation may be sent by the application to a network interface card (NIC). The NIC may be caused by the application to transmit a data packet with the metadata embedded in a cookie of the data packet to a switch of a network fabric to cause the switch to use a selected network path and / or selected load-balancing for the collective operation based on one or more of the job identifier, the collective type, and / or the ordering mode.

Techniques for controlling motion of physical, moving devices within a robotic work cell of an inventory system are disclosed. A user device (e.g., a wearable device) can be used within the workspace to transmit wireless signals. One of these signals can be received by one or more receiving devices associated with the robotic work cell. A proximity monitoring engine can transmit notification data to a machine controller while the signal is being received. Transmitting the notification data may cause the machine controller to execute instructions to halt motion of the robotic device (and / or other moving devices associated with the robotic work cell). The devices of the robotic work cell may remain in a halted state while the signal continues to be received. When the signal is no longer being received, the devices of the robotic work cell may be instructed to resume motion.

The present invention easily and quickly replaces a work unit for an automated guided vehicle. A work unit replacement system includes an automated guided vehicle and a work unit replacement station. This work unit replacement station includes: a first work unit fixing portion; a second work unit fixing portion; a first support portion that partially supports the first work unit fixing portion; a second support portion that partially supports the second work unit fixing portion; and a supporting portion that separately supports the first support portion and the second support portion in a vertically movable manner.

A gaming system and method selects a subset of gaming devices to operate in a digital ledger validation mode to validate a set of data records defining a digital ledger, allocates, to each gaming device, a respective work unit, receives, at an electronic address associated with the gaming server, an electronic record defining a reward, tracks play activity at each of the plurality of gaming devices, and, based on the tracked play activity, selects a player from among multiple players to receive the reward.

The invention discloses a BIM model coding method and system based on construction management WBS, and the method comprises the steps: employing a work decomposition structure WBS method, disassembling a project into construction work units, forming a hierarchical nested construction work unit tree structure, and generating a construction WBS code; the method comprises the following steps of: disassembling a construction work unit into a group of construction management units according to the characteristics of project management categories, space parts and process procedures, establishing a construction management BOM structure, and generating a construction management BOM code; creating a construction BIM model, wherein a model component has a global unique identification code GUID code and a model element classification code; and mapping the BIM model component and the construction management unit, and combining the GUID code, the model element classification code and the construction management BOM code to generate a component business association code. The invention provides a technical scheme for integrating and associating various construction management units and related business data thereof to the BIM model, supports efficient data retrieval and collection analysis of cross-progress, quality, safety and other businesses, and improves the construction management efficiency and fineness.

A technology is provided that can grasp the status of work based on movement information of a work unit provided in a work machine. [Solution] According to one aspect of the present invention, there is provided a work support device that is structurally attachable and detachable to a handheld work machine, the work machine having a gripping portion and a working portion positioned in front of the gripping portion, the work support device having a sensor capable of acquiring position information and at least one processor, the processor being configured to execute a program so that the following steps are performed when the work support device is attached to the work machine, the acquisition step acquiring position information of the working portion via the sensor, and the output step outputting output information relating to the status of the work obtained based on the position information of the working portion.

The utility model belongs to the technical field of electronic atomization equipment, and provides an electronic atomization device which comprises an atomization assembly and a body, the atomization assembly comprises an atomizer and at least two liquid storage containers, and the atomizer is detachably connected with the liquid storage containers; a working seat, a storage seat and a power supply assembly for supplying power to the atomizer are arranged on the body; one of the at least two liquid storage containers is connected with the atomizer to form a working unit, and the working unit is mounted on the working seat; and the rest of the liquid storage containers are detachably arranged on the storage seat. According to the electronic atomization device, the problem that the use cost is increased due to the fact that the whole atomizer needs to be replaced when the taste or endurance of an electronic atomization device in the prior art is changed is solved.

A method for using artificial intelligence (AI) with agile project management (APM) includes accessing an APM user story, a plurality of an AI chatbot prompts, and a plurality of large language model (LLM) parameters. The APM user story includes a user description of a unit of work. The method further includes electronically transmitting, to an AI chatbot across a communications network, the APM user story, the plurality of AI chatbot prompts, and the LLM parameters. The method further includes electronically receiving, across the communications network, an APM AI response generated by the AI chatbot using the APM user story, the plurality of AI chatbot prompts, and the LLM parameters. The method further includes displaying the APM AI response generated by the AI chatbot on an electronic display.

The utility model provides a kind of mechanical arm robot work single station, including mechanical arm, workstation and vision module, the top of workstation is provided with working panel and mounting bracket;Working panel has middle region, installation side and multiple circumferentially communicating operation sides, mechanical arm is installed in middle region, installation side is fixedly installed with mounting bracket, operation side is open structure without shelter, the bottom end of mounting bracket is installed in installation side, the top end of mounting bracket extends vertically upwards, forms vertical mounting beam, the top end of vertical mounting beam extends towards the opposite side of installation side, forms horizontal mounting beam, vision module is installed in the bottom of horizontal mounting beam.The utility model installs mechanical arm in the working panel with multiple circumferentially communicating operation sides, so that mechanical arm can freely stretch in multiple directions, end effector covers multiple work areas without obstacle, single device can complete multiple processes, improves space utilization, can satisfy the flexible production demand of multiple tasks.

The present application relates to the technical field of energy. The present application relates to a multi-power full-time energy tracking energy storage system. It comprises a data effective reservation unit, a PCS matching unit, a VSG control working unit, a parameter updating simulation unit and a simulation parameter reservation unit; the data effective reservation unit is used for collecting load power data, and simultaneously performing effectiveness analysis on the load power data; according to the analysis result, effectiveness reservation is performed; the PCS matching unit is used for establishing a PCS group, and simultaneously performing working parameter analysis on the multi-power PCS in combination with historical load power data in the PCS group; through the combination of the reserved real-time load power data and the PCS group, multi-power PCS efficiency value evaluation is performed, the predicted efficiency value of each multi-power PCS under the condition of real-time load power data can be obtained, the multi-power PCS with the highest predicted efficiency value is selected as the working parameter for input, working mode switching is performed, and the overall efficiency of the system can be improved.

The invention provides an immersed liquid cooling tank container. The immersed liquid cooling tank container comprises a frame, a tank body, a partition plate and a temperature control system. A containing space is formed in the tank body. The partition plate is arranged in the tank body and used for dividing the containing space into a liquid cooling cavity and a control cavity, the liquid cooling cavity is a closed space and used for containing the working unit and the heat exchange medium, and the working unit is immersed in the heat exchange medium. The temperature control system comprises a first heat exchange assembly arranged in the tank body and a second heat exchange assembly arranged on the periphery of the tank body. The first heat exchange assembly comprises a refrigerator used for providing cooling capacity, and the refrigerator is located in the control cavity and communicates with the liquid cooling cavity. The second heat exchange assembly is correspondingly located outside the liquid cooling cavity and used for allowing the heat exchange agent to flow. Wherein the first heat exchange assembly and / or the second heat exchange assembly are / is started, so that the heat exchange medium in the liquid cooling cavity can be cooled and heated in different application scenes, the safe operation of the working unit is guaranteed, and the working energy consumption can be reduced.

The application provides a double-circulation cooling device and method for a charging gun, which comprises a water pump, a water distribution unit, a liquid storage unit and a heat dissipation unit. The water pump comprises a first water pump and a second water pump. The first water pump, the water distribution unit and the liquid storage unit are sequentially connected to form a first circulation system. The second water pump, the heat dissipation unit and the liquid storage unit are sequentially connected to form a second circulation system. The first circulation system and the second circulation system exchange working medium and heat in the liquid storage unit. The double-circulation cooling system used in the application can make the cooling liquid flow through the working units of the circulation cooling system through multiple circuits, and the liquid storage unit is used as a working medium and heat exchange place between the first circulation and the second circulation. The flow of the cooling liquid in the liquid storage unit is switched to different circuits, the water resistance of the cooling liquid flowing through the circuits is small, the operating pressure of the components in the circuits is small, and the reliability of the charging gun cooling device is greatly improved.

The invention relates to a system for developing and designing an AI service, which comprises a task exploration module, a demand analysis module, an AI service construction module and an AI service deployment module; the task exploration module acquires a task background and sends the task background to the demand analysis module after recording; the demand analysis module asks a question to the user according to the initial task description, and updates the initial task description according to the user answer to generate an AI chain frame; the AI service construction module generates a corresponding AI chain based on the AI chain frame and the task background; and the AI service deployment module assembles the working units corresponding to each task step in a serial or parallel mode to form an AI chain, and finally realizes the operation of the AI chain based on each working unit. According to the method and the system, the problem can be solved according to the initial task description, task requirements are more effectively understood, and the AI chain meeting the requirements of clients is generated.

The application discloses a space network networking method and device, a network resource arrangement platform and a storage medium. The method comprises the following steps: in the case that a UAV service accesses a network, the position of the UAV performing the UAV service is determined; the service score corresponding to the cell within the preset distance range from the position of the UAV is determined; the preset number of cells with the highest service score are determined as the space candidate working cells, and the number of adjustable beams of the space candidate working cells is determined; and the space-to-air beam and the ground-to-air beam of the space candidate working cells are determined and set according to the number of adjustable beams. The application solves the technical problems that the UAV space coverage scheme in the related art mostly needs to add equipment for transmission transformation, the cost is too high, the scheme of covering the space by directly using the existing site resources has too great influence on the ground coverage, and the beam resources for covering the space are wasted.

The utility model relates to a quantitative spiral conveyor with a stirring function. The quantitative spiral conveyor comprises a shell, a working unit and a supporting body, the lower portion of the shell is connected with the supporting body, the working unit is arranged in the shell, the upper portion of the working unit is exposed out of the upper end face of the shell and connected with the upper portion of the supporting body, and materials in the shell are stirred and evenly mixed through the working unit and then quantitatively conveyed; the working unit comprises a power part, a stirring assembly, a middle driving part and a quantitative conveying part; the power piece is exposed out of the upper end face of the shell and connected with the supporting body. The output end of the power piece is connected with the stirring assembly, and the stirring assembly is connected with the quantitative conveying piece through the middle driving piece. The quantitative conveying device has the beneficial effects that the working unit can quantitatively convey materials after stirring and uniformly mixing the materials, compared with a traditional structure, the quantitative conveying device is simpler, meanwhile, the production speed is increased, the production time is shortened, and the production efficiency is improved.

The utility model discloses a water tank dismounting structure for a cooling fan. A cooling fan body comprises a working unit and a water tank arranged below the working unit. The water tank and the working unit are pressed to be disassembled or assembled through a buckling unit; during disassembly, the water tank is inversely arranged above the working unit in a sleeving manner; during connection, the water tank is fixedly connected to the lower portion of the working unit through the buckling unit, the structural design is reasonable, and the working unit is arranged for air outlet work; the water tank is arranged and used for storing water needed when the working unit works; the buckling unit which can be unlocked or locked through pressing is arranged between the water tank and the working unit, so that the water tank and the working unit can be separated or fixedly connected; after being detached, the water tank can be inversely buckled above the working unit, so that when the cooling fan main body is transported, the occupied space can be reduced, the transportation is convenient, the transportation cost is reduced, and the water tank is also convenient to clean.

Systems and methods for generating prioritization models and predicting workflow prioritizations are disclosed. Exemplary implementations may: manage environment state information maintaining a collaboration environment; effectuate presentation of a series of questions via a first client computing platform associated with the first user; receive user input from the first client computing platform; generate a first prioritization model based on the response information; and determine one or more priorities for the first user based on the first prioritization model such that a primary first unit of work within the first set of units of work is determined to be a higher priority than a secondary first unit of work within the first set of units of work.

Disclosed techniques embody advantageous approaches to online task and motion planning for robots, based on the decomposition of robot tasks into subtasks having attached attributes that, among other things, indicate whether dynamic trajectory modification is permitted during subtask execution. The decomposition and attribute tagging allows for hybrid motion control during task execution, for example, with some subtasks allowing for reactive motion planning for collision avoidance, and other subtasks disallowing reactive motion. Collision avoidance for non-reactive subtasks involves, for example, coordinating volume reservations within an involved robot work cell, to prevent other robots from interfering with a robot engaged in a subtask designated as non-reactive. Determination of which subtasks are non-reactive relies on information included in an input task specification and may be based on user analysis or automated analysis of the involved robot application.

The present invention provides a control device, a control system, and a work machine that can ensure the continuity of work performed by the work machine. [Solution] A control device 4 controls a work machine 1 having a work unit 33 that performs predetermined work, an engine 30 (power source), and a machine operation unit 17 that can be operated by an operator. The control device 4 is capable of communicating with a remote control device 8 (external control device) provided outside the work machine 1, and a mobile terminal 90 separate from the remote control device 8. The control device 4 can obtain operation signals to operate the work unit 33 from the machine operation unit 17 and the remote control device 8, and can obtain a stop instruction signal to stop the engine 30 from the mobile terminal 90. In an external operation state where the work unit 33 is controlled based on the operation signals obtained from the remote control device 8, the control device 4 invalidates the stopping of the engine 30 based on the stop instruction signal obtained from the mobile terminal 90.

This product is a work cell for cell therapy manufacturing, automating the entire manufacturing process, including cell concentration, separation, activation, gene transfer using viral vectors or electroporation, expansion culture, filling, finishing, and formulation. This product can provide a self-contained cleanroom environment with a robotic work cell, all within the size of a conference room or a small pickup truck.

The invention provides an automatic drainage metering device for a saline-alkali soil concealed conduit. The automatic drainage metering device comprises at least one working unit. Each unit is provided with a concealed conduit assembly (comprising an upper irrigation concealed conduit and a lower drainage concealed conduit), a metering assembly (a plough layer sensor is used for measuring the water content of soil, and a phreatic layer sensor is used for measuring the water level of the drainage concealed conduit), a valve assembly (a drainage valve) and a local control device. A processing module of the local control device obtains data from the metering assembly and inputs the data into the neural network model to obtain prediction data, and then the valve opening degree is controlled. The device has the advantages that accurate drainage metering is achieved through the layered sensor, and the metering problem in the prior art is solved; the soil moisture trend is predicted by means of a neural network model, and the valve regulation effectiveness is improved.

Agricultural harvester (10), having a frame or a framework (12) on which a chassis (14) and / or an attachment device for receiving on a carrier vehicle engages, having working units (17) which, in a working position of the harvester, are supported via supporting devices (20) on a ground surface, having ground relief devices (21, 24) via which, in the working position of the harvester, a contact force or a contact pressure of the working units (17) on the ground surface is settable, having sensors (22) which are configured to measure for each working unit (17) a working weight thereof or a weight of the crops situated thereon or a contact force according to this, or a contact pressure according to this, of the respective working unit (17) on the ground surface, and having a control unit (23) which is configured to control the ground relief devices (21, 24) according to the measurement variables of the sensors (22) in order to influence the contact forces or contact pressures of the working units (17). FIG. 1

The present invention relates to a self-propelled earth working machine (10), comprising:a machine frame (16),a traveling gear (12) supporting the machine frame (16),a power source (24) for supplying the earth working machine (10) with mechanical and / or electrical and / or hydraulic power,a working unit (32) having a housing enclosure (30) for providing an earth working zone (E),a working apparatus (28) accommodated in the working unit (32), which is designed for earth working operation, anda liquid cooling apparatus (50), which is designed to conduct liquid coolant (C) into the working unit (32).According to the invention, the earth working machine (10) comprises a discharge tank (58) and a discharge line system (56), the discharge line system (56) connecting the working unit to the discharge tank (58) and being designed to conduct liquid coolant (C) from the working unit (32) into the discharge tank (58).

A method for designing a robotic work cell includes generating a simulated robotic work environment with objects including work materials and at least one robot. Semantic markers attached to objects define constraints for a robotic task. User input activates a semantic marker, and a robot pose is visualized based on the activated marker. The method determines if a fully constraint-solved state is reached for the robot pose. If not, a feedback is output that indicates unsatisfied constraints and a computed approach of best reach defining a partially constraint-solved state. A gradient is computed based on the approach of best reach. At least one object in the environment is shifted in a direction defined by the computed gradient to solve the unsatisfied constraints.

The application belongs to the technical field of low-carbon green building, and relates to a zero-carbon self-breathing revolving door energy-saving system, which comprises a power generation unit, a working unit and a control unit.The power generation unit is installed at the top of a rain shelter assembly and is used for power generation and power supply to the working unit and the control unit.The working unit is installed on the revolving door and is used for circulation of hot air and discharge of cold air to the outdoor through the hot air.The control unit is connected with the working unit and is used for control of the working unit.The zero-carbon self-breathing revolving door energy-saving system blows the hot air in the A wing into a room, extracts the hot air in the room and blows the hot air into the revolving door of the corresponding B wing, the cold air in the wing is forced out by the hot air, the temperature in the revolving door is maintained, cold and hot air exchange is reduced, and building energy consumption is reduced.