22 results about "Industrial Factory" patented technology

Embodiments of the present disclosure relate to systems and methods for a base model functionality for time series data of operational processes with industrial context information for industrial applications. The method comprises: transforming time series data of an operational process associated with at least a first industrial plant into a sequence of time cells associated with respective segments of the operational process; appending time cells in the sequence of time cells with industrial context information; obtaining a sequence of context tokens from the appending by means of a tokenization method, wherein one context token represents one time cell; training a generative AI model on the sequence of context tokens using a loss function; and using the trained generative AI model with the base model functionality for at least one of: i) fine-tuning the trained generative AI model for a second industrial plant different from the first industrial plant; ii) making a forecast for a further progress of an operational process of the second industrial plant.

A technique is provided for automatically generating process definitions for industrial processes used to create products in an industrial plant, including: capturing sensor data associated with an individual performing a set of process operations on a set of process materials to manufacture a product; analyzing the sensor data associated with an individual performing a set of process operations on a set of process materials to manufacture a product; and identifying the process definition based on the analysis of the sensor data associated with an individual performing a set of process operations on a set of process materials to manufacture a product, the process definition including a set of process materials, equipment used to manufacture the product, a set of process operations applied to the materials to manufacture the product, a sequence of process operations, timing of process operations, and / or the quantity of materials used in the process.

A computer-implemented method (100a) for modifying and / or enhancing an engineering tool (2) that, when executed, will cause an industrial plant (1) to be controlled, the method comprising: • obtaining (110) state variables (6) characterizing an operational state (1a) of at least one industrial plant (1); • obtaining (120) a set (7) of interaction events of at least one plant operator interacting with a distributed control system (5) of the industrial plant (1) via a human-machine interface; determining (130), based at least in part on the interaction events (7), the state variables (6), and optionally given engineering information of the distributed control system (5) as input data, whether one or more interaction events (7) indicate that the plant operator performs a task that is not sufficiently covered by a current engineering of the distributed control system (5); and • if the determination is positive, mapping (140) the input data to a modification and / or enhancement (2a) of the engineering tool (2) that has generated an application code (3) for the distributed control system (5), such that, when the application code (3) is regenerated by the modified and / or enhanced engineering tool (2) and executed in the distributed control system (5), the plant operator is likely to interact less frequently with the distributed control system manually and / or spend less time interacting with the distributed control system.

The present invention relates to a system (1) which provides security and traceability of devices (2) by tracking devices (2), finding lost devices (2), detecting the use of devices (2) outside the authorized area and preventing the use of unauthorized devices (2) through a private network that will be established in industrial factories, production facilities, logistics centers and similar large-scale enterprises that require data privacy.

A method (100) for generating and / or expanding a computer implementation protocol (4) for at least one standard operating procedure (SOP) (2) in an industrial plant (1), comprising the steps of: providing (110) at least one SOP (2) of the plant (1), the SOP (1) comprising multiple steps (2a-2g); providing (120) measurement data (3) which has been acquired during multiple implementations of at least one SOP (2) and indicating actions to be performed in the plant (1) to modify the state of the plant (1) or any part thereof for the purpose of implementing the SOP (2). State and / or behavior; • For each step (2a-2g) of SOP (2), determine (130) a subset (3a-3g) of measurement data (2) based on measurement data (3), the subset indicating the action to be performed for that particular step (2a-2g) of SOP; and • aggregate (140) the subset (3a-3g) of measurement data (3) determined for each step (2a-2g) of SOP (2) into at least one instruction (4a-4g) for performing that particular step (2a-2g) of SOP, wherein the instruction (4a-4g) is part of the sought protocol (4).

A computer implementation method for operation optimization of an industrial plant (500) is proposed, the industrial plant (500) including at least one hydrogen producer (510) and at least one hydrogen consumer (520), the industrial plant (500) being coupled to at least one electrical energy source (600). The method includes: receiving, at a computing system (100) values ​​of operating parameters of an industrial plant (500), the operating parameters including at least: hydrogen production of at least one hydrogen producer (510), hydrogen consumption of at least one hydrogen consumer (520), energy production of the industrial plant (500), energy consumption of the industrial plant (500), energy availability via at least one energy source (600), and energy pricing; calculating a predicted time series of the values ​​and / or boundaries of the operating parameters of the industrial plant (500); and, by means of an optimization module (124) of the computing system (100), determining one or more optimal operating setpoints for optimizing the operation control of the industrial plant (500) in at least one aspect of energy consumption and operating costs, based on the received values ​​of the operating parameters and the calculated predicted time series of the values ​​and / or boundaries of the operating parameters of the industrial plant (500), wherein the one or more optimal operating setpoints are determined based on at least one degree of freedom of the industrial plant (500).

Control method for an industrial plant including the acquisition of a plurality of measurement data relating to the components of a plant and / or to a product being worked, their storage in a storage device and simultaneously their transmission to an automation system which uses said measurement data to generate respective control signals.

A method of operating an industrial installation comprising a source of blast furnace gas, a coke dry quenching unit and a sorption-enhanced water-gas shift reactor, the method comprising the ordered steps of: (a) feeding a stream of blast furnace gas from the source of blast furnace gas to a cooling chamber of the coke dry quenching unit to quench coking reaction; (b) collecting a stream of enriched blast furnace gas exiting the cooling chamber; and (c) feeding the collected stream of enriched blast furnace gas to the sorption-enhanced water gas shift reactor thereby producing a CO2- rich stream and a H2-rich stream.

This invention discloses a reinforcement component for wooden purlins in old factory buildings, comprising wooden purlins supported by upper chords of wooden roof trusses located at both ends. A lower chord circular tube is located below the wooden purlin, connected to the purlin via a corrugated web member. End plates are connected to both ends of the lower chord circular tube, and a cable passes through the lower chord circular tube. The two ends of the cable pass through the corresponding end plates and are anchored to anchors located on the end plates. Two shear angle steels are connected to the upper end of each end plate, and the ends of the wooden purlin are located between the two shear angle steels at their respective ends. This invention also discloses a method for reinforcing wooden purlins in old factory buildings. This invention significantly improves the load-bearing capacity and durability of wooden purlins, is convenient to construct, has low renovation costs, and minimal impact on normal factory production. It is suitable for the reinforcement and performance improvement of wooden purlins in the roofs of various old industrial factory buildings.

The present disclosure relates to a method of training a machine learning agent for controlling an industrial process in an industrial plant. The method comprises, to the agent, inputting simulated values of process variables, from a simulation of the industrial process using a model of the industrial process, and example values of disturbance variables. An adjustment is inputted to the simulation, whereby the simulated PV values depend on said adjustment. The agent, in response to the simulated and example values, outputs values of manipulated variables. The MV values are used in the simulation, the simulation updating the simulated PV values. A cost of the simulated industrial process is estimated when using the MV values. As a function of the estimated cost, a reward is fed to the agent.

A computer-implemented broker entity receives from a requesting device a request for one or more target values of state information that have sought target semantic meanings; obtains one or more source values of state information that are associated with given source semantic meanings; obtains at least in part from a transformation library one or more transformations, wherein each transformation maps one or more first values that are associated with first semantic meanings to one or more second values that are associated with second semantic meanings; applies the one or more transformations or a new transformation obtained based on the one or more transformations to the source values of state information, thereby obtaining the one or more target values of state information; and transmits the one or more target values to the requesting device.

This invention relates to the field of photovoltaic power generation technology, specifically to a construction method and device for rooftop photovoltaic panels. The specific steps of the rooftop photovoltaic panel construction method include: pouring an independent base foundation on the factory roof; installing the support frame on the base foundation; installing solar photovoltaic modules onto the support frame; installing the inverter; laying cables; system debugging and trial operation; using a square independent base foundation, with the support frame connected to the cement foundation using pre-embedded bolts. It has strong load-bearing capacity, good flood and wind resistance, reliable stress distribution, does not damage the cement roof, has good strength and high precision, and is simple and convenient to construct, requiring no large construction equipment. Using the existing industrial factory building roof as a foundation, photovoltaic power generation equipment is added to the roof, maximizing the use of idle roof space and solar energy to achieve energy conservation, emission reduction, and power generation.

The present invention relates to a method for monitoring an industrial plant comprising a plurality of pumps and / or hydraulic fittings, using a mobile monitoring unit which has: - a sensor system for sensing the environment of the mobile monitoring unit; - communication means for communicating with a pump and / or a hydraulic fitting of the industrial plant; and a drive for moving the mobile monitoring unit within the industrial plant, wherein the mobile monitoring unit evaluates acquired sensor data and, taking into account data regarding the industrial plant which are stored in a storage unit, controls movement of the mobile unit in order to move the mobile monitoring unit autonomously to at least one pump and / or hydraulic fitting, and wherein, after reaching the navigated-to pump and / or hydraulic fitting, the mobile monitoring unit establishes a communication connection in order to exchange data between the mobile unit and the pump and / or the fitting using the communication means.

A treatment plant of hot flue gases emitted by an industrial plant, the treatment plant comprising a gas circuit and having a first heat exchange chamber along a first branch and a second heat exchange chamber along a second branch, a temperature measuring device and / or a flow measuring device of the flue gases, an adjustment member movable at least between a first position and a second position. In the first position, the flue gases are allowed to be conveyed into the first heat exchange chamber, while the flue gases are prevented or reduced from being conveyed into the second heat exchange chamber, and in the second position, the flue gases are allowed to be conveyed into both the first heat exchange chamber and the second heat exchange chamber. A control unit is configured to command the adjustment member to be in the first position or in the second position based on the temperature value and / or the flow value of the flue gases.

The invention relates to a method for assisting in controlling / monitoring a plant site. Manufacturing data associated with the product is available on a separate data system. A graph database model associated with an industrial plant site is received. If manufacturing data associated with a graph element associated with the manufacturing data in the graph database model is available on a different data system, the graph element is further associated with an analytic function. The analytic function indicates access information to different data systems. A request associated with the control / monitoring task is received and the corresponding associated manufacturing data is accessed with access information provided by the analytic function to apply the request to the graph database model. A result of applying the request to the graph database model is provided. A control signal is provided based on a result of the request associated with the control / monitoring task of the plant site.

The utility model relates to a factory building structure technical field especially relates to a kind of fabricated industrial factory building structure.Its technical scheme includes: structure column, multiple structure columns are set, multiple structure columns are longitudinally, transversely equidistant distribution, the top end of the structure column is equipped with steel sleeve, the side portion of the steel sleeve is fixedly installed steel frame beam, and the structure column and steel frame beam form grid structure;Reinforced precast slab, including center precast slab, erecting plate and lower layer butt block, the periphery of the center precast slab is fixedly installed erecting plate, and the bottom of the center precast slab is fixedly installed lower layer butt block, and the erecting plate is laid on the top of steel frame beam.The utility model cooperates structure column, steel frame beam and reinforced precast slab, and the effect that assembly factory building realizes construction convenient, short cycle is achieved, welding and screw fixing using steel sleeve and steel frame beam can be connected according to actual demand, and the area of factory building erection is expanded.

This teaching relates to a method for integrating asset data from industrial assets located within an industrial plant, the assets being communicatively coupled to a first processing layer, wherein the asset data is provided via the first processing layer to a second processing layer; the first processing layer being communicatively coupled to the second processing layer, and wherein the first and second processing layers are configured in a secure network, the method comprising generating asset-related technical context data at the second processing layer; providing the technical context data via the second processing layer to an interface to an external network; wherein the technical context data includes one or more accessibility criteria for the asset data; the accessibility criteria include one or more rules and / or parameters to be followed by an external processing layer for receiving the asset data. This teaching also relates to a method for preprocessing asset data, computer software products, and industrial plant systems.

The utility model relates to the factory building construction technical field discloses a kind of factory building construction assembly type exempts from high formwork installation formwork, including crossbeam column, the lower surface of crossbeam column is provided with stand, the inside of crossbeam column is provided with connecting assembly, the upper surface of stand is fixedly connected with outer frame, the upper surface of outer frame is provided with fixed component, the inside of connecting assembly is provided with sealing cover, the inside of square groove is provided with cylindrical groove, the other side of crossbeam column is provided with pouring groove, the inside of crossbeam column is provided with steel pipe hole, the upper surface of cylindrical head is fixedly connected with steel pipe piece. In the utility model, outer frame is inserted along square groove, then cylindrical head is inserted cylindrical groove, steel pipe piece passes through steel pipe hole, then pours concrete to pouring groove, finally sealing pouring groove with sealing cover, so that the effect of improving the construction efficiency of industrial factory building whole, reducing installation difficulty can be achieved.