235 results about "Manufacturing Factories" patented technology

Embodiments can include a system, or a method, for providing a service to monitor a manufacturing status of a vehicle. In an embodiment, a system can include a production management system configured to monitor an assembly process progress state of the vehicle to generate work status information, and a metaverse service operation system configured to build a metaverse environment to include a virtual factory environment modeled as an image-based virtual space of a factory where the vehicle is manufactured, to update the metaverse environment to depict a process currently in progress for the vehicle within the virtual factory environment based on the work status information, and to transmit data for executing the metaverse environment to a customer terminal.

The invention discloses a product quality monitoring method and system for a semiconductor manufacturing factory, and the method comprises the steps: obtaining target data, the target data comprises environmental data obtained by monitoring various environmental parameters of the semiconductor manufacturing factory and quality data obtained by monitoring quality parameters of products manufactured by the semiconductor manufacturing factory; performing partial correlation analysis based on the environment data and the quality data to determine key environment parameters related to the quality parameters from the various environment parameters; fitting a regression equation between the key environment parameters and the quality parameters based on the environment data and the quality data; and predicting the quality parameters according to the regression equation and / or controlling the quality parameters by adjusting the key environment parameters. According to the invention, the method can achieve the precise monitoring of the quality of a product manufactured by a semiconductor manufacturing factory.

The invention discloses a multi-device and multi-mode centralized control system which comprises an interaction control end and a device assembly. The interactive control end is configured according to three different control modes of centralized control, independent control and hybrid control, in the centralized control mode, a set of main control unit is configured for all devices, and the main control unit comprises a main control server which is used for operating a main control program and coordinating and controlling operation of all device components; in the independent control mode, each equipment component is provided with a corresponding embedded controller, and the embedded controller comprises an embedded control server which is used for operating a main control program for controlling the corresponding equipment component; in the hybrid control mode, one or more independent devices are provided with embedded controllers, the embedded controllers communicate with the main control server, the device assembly comprises a device body and a driving unit, and the device body is driven by the driving unit to achieve various operation functions. According to the invention, centralized control of multiple devices in a large-scale manufacturing factory can be realized.

The invention relates to a discrete manufacturing factory production scheduling strategy determination system and method, and the system comprises a data collection unit, an analysis processing unit, a scheduling strategy generation unit, a simulation strategy operation unit, an execution control unit, and an adjustment optimization unit which are in communication connection with a user interface unit. According to the method, an optimized scheduling strategy can be quickly generated, waiting time and shutdown time in the production process are reduced, and therefore the overall production efficiency is improved, R1, the future order quantity is analyzed and predicted through big data; r2, applying an artificial intelligence algorithm to generate a preliminary scheduling strategy plan list; r3, selecting a required scheduling strategy plan list; and R4, the progress is monitored in the production process, the production time table is automatically adjusted according to the actual situation, it is ensured that changes are responded in time, and the complexity of production scheduling is simplified by defining the operation process of each step, so that the production scheduling is more standardized.

A manufacturing plant water-cooling air conditioner energy-saving control method based on load prediction comprises the steps that a heat load mechanism model of a water-cooling air conditioner system is constructed, and the heat load mechanism model comprises a wall heat transfer transient heat conduction model, a solar radiation heat model, a device heat dissipation heat model and a fresh air latent heat model; and establishing a thermal load maximum flow graph model. And establishing a refrigeration mechanism model of the water-cooling air conditioning system, wherein the refrigeration mechanism model comprises a water chilling unit model, a chilled water pipeline heat loss model, a cooling tower model, an air handling unit model and an air duct heat loss model. And establishing a refrigeration maximum flow graph model. And training the thermal load maximum flow graph model and the refrigeration maximum flow graph model through an attention mechanism to obtain a thermal load graph feature matrix and a refrigeration graph feature matrix. And according to the heat load diagram characteristic matrix and the refrigeration diagram characteristic matrix, current operation data of the water-cooling air conditioning system are predicted, and an energy-saving control strategy of the water-cooling air conditioning system is output.

An aircraft sub-assembly manufacturing system is arranged over multiple floors of a manufacturing facility. A production line of workstations is provided at locations at both a first floor and a second floor of the facility, each of the workstations being arranged for providing manufacturing steps for the aircraft sub-assembly. Elevator apparatus is arranged to transport the assembled aircraft sub-assembly between the first floor and the second floor of the facility.

The aim of the invention is to define a method that allows the management of a particularly large MES / MOM project to be simplified, which may involve a plurality of manufacturing sites and a plurality of servers that require strict guidance regarding as low as possible to hold patches and update thresholds. According to the invention, this object is achieved by a method for operating a plurality of production plants by means of a manufacturing execution system, said method comprising the following steps: a) providing central computing hardware as a regional hub for running MES software; the MES software can manage a production process running through a plurality of production factories; b) configuring a first manufacturing execution system for a first single plant connected to the regional hub; c) creating a respective manufacturing execution system for each other plant by inheriting all configurations of the first manufacturing execution system to the other manufacturing execution systems; and d) configuring these additional plants with existing solutions in the regional hub over time without the need to reinstall the software of the manufacturing execution system and without the need to reapply some configurations that have been executed in the first plant and / or without the need to stop the system. Therefore, the method provides a better value for a multi-plant solution by reducing TCO. Indeed, the same number of servers required to hosting MES / MOM solutions serving a single manufacturing plant in the prior art can now be used to manage multiple plants (as presented in Figure 1). The set of servers constitutes a single MES / MONM solution distributed environment and is hosted by the same regional hub or at least a single "virtual data center" in the event of selecting a public cloud deployment according to the functionality provided by the cloud provider.

A transport vehicle for transporting an article in a manufacturing factory includes a driving unit which drives along a driving rail, and a hoist unit which is located under the driving unit and supports the article. The hoist unit includes a frame, and a pair of tail plates which is provided on a rear surface of the frame and protrudes rearward.

The utility model discloses an automatic loading and unloading device for a silicon wafer grinder, comprising: a silicon wafer grinder; a silicon wafer loading mechanism, which includes a silicon wafer cassette carrier, a silicon wafer handling robot, a loading transfer platform and a loading and handling assembly, wherein the loading and handling assembly is located on one side of the silicon wafer grinder; a silicon wafer unloading mechanism, which is located on one side of the silicon wafer grinder, wherein the silicon wafer unloading mechanism includes an unloading and handling assembly and an unloading transfer platform. The utility model uses various manipulators and transfer mechanisms in conjunction with visual positioning, visual debris inspection and other systems to achieve fully automated silicon wafer grinding loading and unloading production, which saves manpower while greatly improving the production capacity of the grinder within a single working day, and has a major breakthrough in improving the overall production capacity of silicon wafer manufacturing plants that are not planned for automation; secondly, a spray cleaning mechanism for cleaning the silicon wafer grinder is designed to achieve automatic cleaning of the silicon wafer grinder, which can reduce the frequency of equipment maintenance.

The invention discloses an automatic welding method, device and equipment, a storage medium and a product, and relates to the technical field of welding automation. According to the method, the three-dimensional point cloud data and the two-dimensional image data of the welding area are collected, the three-dimensional point cloud data and the two-dimensional image data are fused, and the fused image is obtained. The rough welding area is determined through semantic segmentation based on the two-dimensional information contained in the fused image, and the target welding seam is determined in the rough welding area based on the depth information contained in the fused image, so that the precision and robustness of welding seam positioning are remarkably improved by utilizing the characteristics of the fused image; the system can stably operate in a complex factory environment with uneven illumination, strong reflection or partial shielding; and the dependence of the algorithm on environmental conditions is reduced, so that the algorithm is more suitable for the application scene of an actual manufacturing industry factory. And on the basis of more accurate positioning, the welding gun is controlled to weld the target welding seam, and the accuracy of automatic welding can be remarkably improved.

A method and a system for ensuring product quality in a process for producing a product from a material in a manufacturing plant via a software performed by a computer comprising the following steps of Establishing a data pipeline including a data transformation originated from different source systems, like an ERP, LIMS, or Data Historian, to the computer, wherein the data pipeline provides updated datasets to maintain up-to-date parameter information; Preparing the datasets for a multivariate analysis calculation and performing the multivariate analysis calculation via the software, wherein all relevant parameters, like quality parameter, process parameter, sub-suppliers' quality parameters, are included in the calculation; Visualizing the result data of the multivariate analysis calculation as a 2D plot on a display connected to the computer, wherein the software identifies and marks new production batches and reference batches, time series plots for the relevant parameters and principal components, and selected top parameters which contribute to a principal components' deviation from the new production batch; and Performing quality processes and workflows to improve the production process and product quality by using the visualized result data.

The invention discloses a process manufacturing factory material scheduling system based on intelligent agents. The system comprises a central coordination intelligent agent, a plurality of process intelligent agents, a video subsystem and a trolley subsystem. The scheduling method based on the system comprises the following steps: S1, initializing the system; s2, real-time state monitoring; s3, dolly scheduling decision making: the process agent calculates the priority of each transport task according to the priority function; s4, according to the queue capacity of the downstream workshop and the current outlet material quantity, S5, path decision making; s6, returning a path decision; s7, performing global optimization adjustment; s8, performing exception handling and cooperative adjustment; according to the invention, organic combination of local autonomy and global coordination is realized, the real-time response capability of the system is ensured, global optimization is also realized, and compared with traditional centralized control, the system is faster in response; multiple constraint conditions and optimization targets are considered, the average waiting time of materials can be reduced by one third, and the trolley utilization rate can be improved by one fourth.

The present disclosure relates to a 5G or 6G communication system for supporting a higher data transmission rate. The present disclosure discloses a method for provisioning a large number of configuration files for a terminal in a terminal manufacturing plant environment, in which the method acquires key information and index information for configuration file installation, transmits a configuration file request for plant injection including an index ID to a configuration file server, a binding profile package (BPP) and profile installation key information including index information are received from a profile server, the received BPP and profile installation key information are transmitted to a terminal, and an encryption key is selected to decrypt the BPP with reference to an index ID in an eUICC of the terminal.

SOLUTION: The invention provides a system and method for visual inspection. The system may be used in a quality assurance station at a manufacturing facility or manufacturing site. The system may evaluate and determine the quality of manufactured or fabricated articles. The system may include a mechanical subsystem for capturing images of the articles. The system may include a sensor such as a camera for capturing data, such as images. The system may include an artificial intelligence system to determine if the articles suffer from impermissible defects.SELECTED DRAWING: Figure 1

The present invention relates to a manufacturing plant (1) for manufacturing a workpiece (26) by exposing powder material, and / or a workpiece element. The manufacturing plant (1) comprises at least one light source (4) for irradiating the powder material (18) and / or workpiece element provided in a process chamber (12); a light path, generated by the light source (4), which runs through a protective glass (10) into the process chamber (12) of the manufacturing plant (1), wherein the protective glass (10) is provided to protect against damage and / or dirt. At least one exposure device L1 – L9 is provided for exposing an object plane (30) belonging to the protective glass (10) of the manufacturing plant (1). The exposure device L1 – L9 surrounds the protective glass (10) at least partially, preferably completely, and comprises a plurality of identical light-emitting diodes, LEDs, for homogeneous illumination.

The present invention discloses a method for wafer bonding, belonging to the field of integrated circuit chip manufacturing. This method successively performs a cleaning process and a baking process in an integrated circuit chip manufacturing factory; the following bonding process is carried out through a wafer bonding device: the manipulator transfer area takes out the wafer from the wafer access area; the wafer ID reader and the wafer pre-aligner read the wafer ID and pre-align the wafer; the alignment and pre-bonding unit aligns and pre-bonds the wafer; the vision inspection area inspects whether there are bonding defects in the wafer pair after pre-bonding. If there are, the debonding unit debonds the wafer pair and then places the wafer in the wafer access area; otherwise, the wafer pair is directly placed in the wafer access area. In the bonding process, the wafer and the wafer pair are transferred through the manipulator transfer area and / or the post manipulator. The present invention optimizes the wafer bonding method, improves the productivity of the bonding process, and the wafer bonding device has a compact structure, a small floor area, and low costs.

The present invention discloses a preparation method of a flue gas bipolar heat exchanger for a radiant tube burner. The three assemblies of an internal fin tube assembly, a flue gas chamber assembly, and an air inlet pipe assembly are independently assembled and welded. After welding, each of them is subjected to airtightness detection. Then, the flue gas chamber assembly is first inserted into the internal fin tube assembly; then, the flue gas chamber assembly is connected to the connecting flange, and the flange of the air inlet pipe assembly is connected to the outside of the connecting flange on the outside of the connecting flange to complete the assembly. The manufacturing process of the present invention is simple and efficient, and the processes are not mutually restrained. The production is flexible and mobile, and the overall process will not be affected by the stagnation of one process; the delivery status of the finished product is flexible and changeable, and it can be assembled in the manufacturing plant and transported to the installation site, or it can be packaged and transported according to the assembly classification, and flexibly assembled at the installation site; the technical key points are clear and controllable, which greatly improves the production efficiency and product quality; the process assembly welding process has high production efficiency, and 5 people / 16 shifts can achieve 100 units.

An information processing apparatus includes: a transaction relationship score calculation unit that calculates an inter-industry transaction relationship score indicating a relevance of a transaction relationship among a plurality of industry types; a component supplier industry-type estimation unit that estimates an industry type of a factory candidate of a supplier on a basis of identification information of a component for a factory candidate of a supplier; an industry type similarity calculation unit that calculates an inter-industry transaction relationship score between an industry type of a factory candidate of a supplier and an industry type of a factory candidate of a supplier estimated by the component supplier industry-type estimation unit; and a component manufacturing factory estimation unit that selects a factory candidate of a supplier on a basis of an inter-industry transaction relationship score calculated by the industry type.

The application discloses a production process of a high-gloss TSPCC steel barrel body coil for environmental protection, breaks the previous cold-rolled commodity coil whole-process technology, and is characterized in that the process comprises the following steps: two steel smelting, hot rolling, acid continuous rolling, cold rolling cover annealing, cold rolling flattening, recoiling, and color coating, so that the cold-rolled commodity coil performance is ensured, and the color-coated commodity coil has rust prevention capability. According to the production process, the commodity coil is recoiled and straightened by using a cover furnace annealing device, a flattening unit and a recoiling device, and then is painted by using a color coating unit, so that the paint spraying process of a tomato paste barrel manufacturer is reduced, and the environmental protection pressure of a barrel manufacturing factory is also reduced.

The invention provides a manufacturing factory and a material distribution system. The manufacturing factory comprises a plurality of workshops and at least one central warehouse which are built. First distribution lines are arranged between each workshop and the central warehouse and among the plurality of workshops, so that the AVG dolly can move back and forth between each workshop and the central warehouse and among the plurality of workshops; each workshop comprises multiple layers of production units and is provided with an end warehouse elevator and a tail warehouse elevator which are connected with the multiple layers of production units; outside each workshop, a first-layer production unit is provided with an end library connection station and a tail library connection station; in each workshop, each layer of production unit is provided with an end warehouse connection table and a tail warehouse connection table; and in each workshop, each layer of production unit is provided with a second distribution line, and the second distribution line is used for the CTU to transfer, store and cache materials in each layer of production unit. According to the invention, automatic material distribution of each workshop, each production unit and each production line can be realized, and the requirement of large-scale material distribution is met.

The invention discloses a crane track and a crane system. The crane track includes a track body, the upper surface of which is used for the traveling wheels of the crane to travel; a side plate, which includes a first plate, a second plate and a third plate, the first plate and the second plate are connected and respectively abut against the upper surface and the outer side surface of the track body, the third plate is arranged on the outer side of the traveling wheel and extends upward from the connection between the first plate and the second plate, and the outer side surface of the side plate is provided with a first inclined surface inclined from top to bottom to the outside; a first block is connected to the track body, and the inner side surface of part of the first block is provided with a second inclined surface matching the first inclined surface, and the first inclined surface and the second inclined surface are pressed against each other. The crane track can effectively inhibit the diffusion of particles into a semiconductor manufacturing factory, thereby improving the cleanliness of the factory.

A system is provided.SOLUTION: A system comprising: means for acquiring real-time data from sensors located in a manufacturing facility; means for filtering, de-noising, and scaling the acquired data; artificial intelligence algorithm means for using the pre-processed data as input to optimize the manufacturing process and detect anomalies; means for controlling robotic equipment based on the output of the artificial intelligence algorithm; and means for monitoring the operation of the entire system in real-time and generating and displaying alerts when anomalies are detected.SELECTED DRAWING: Figure 1

The invention relates to detection and identification equipment for wafer box accessories, which comprises an equipment shell, and a detection operation cavity is formed in the equipment shell; the detection platform deck is arranged in the detection operation cavity, and the detection platform deck is used for bearing a wafer box to be detected; the first detection module is arranged on the inner wall of the detection operation cavity and is used for detecting whether a first accessory, a second accessory and a third accessory on the wafer box are missing or not; the second detection module is arranged on the detection carrying table and is used for detecting whether a fourth accessory on the wafer box is missing or not; and the identification detection device is arranged on the detection carrying platform and is used for detecting whether the identification chip of the wafer box is missing or not. The detected wafer box can be normally transferred to a semiconductor wafer manufacturing factory, so that the normal production and rhythm of the factory are ensured, and the influence on the production efficiency is avoided.

The invention relates to a mould (1) for manufacturing three-dimensional items, comprising a body (2); a lid (4) configured to close said body (2); and incorporated closing and opening means (5) configured to keep the body (2) and the lid (4) joined during the movement thereof. A machine (M1) for manufacturing three-dimensional items, comprising a receiving module (M2) configured to receive the mould (1); a conditioning module (M3) configured to receive the mould (1) from the receiving module (M2) and act on the incorporated closing and opening means (5) in order to separate the lid (4) from the body (2); and a handling module (M4) configured to receive the body (2) from the conditioning module (M3) and enable the placement of the components of the item to be manufactured. A method for manufacturing three-dimensional items and manufacturing plant associated with said machine (M1).

A transportation carrier is provided for automated lens manufacturing in a lens manufacturing facility, including: at least one block piece or one block piece receiving section; and an electronic paper display configured to display at least an up-to-date status information of the manufacturing process of the optical elements carried by the transportation carrier that is intelligible for a human operator without use of a reading device, the electronic paper display including a wireless communication module and a memory configured to exchange and to memorize job information and to process information for lenses to be manufactured, in which the electronic paper display is further configured to function as a passive RFID tag with the wireless communication module.

The invention belongs to the technical field of new energy battery material processing, and particularly relates to a new energy battery precursor material drying oven rear section complete intelligent device and process, the new energy battery precursor material drying oven rear section complete intelligent device comprises a packaging steel structure skid-mounted platform, a mixer skid-mounted platform and a pneumatic conveying system, comprising at least five layers of steel structure skid-mounted modules which are connected through bolts, and each layer is provided with an independent equipment unit and a fireproof isolation wall plate. According to the method, installation and debugging are completed in a manufacturing factory, so that the installation and debugging efficiency can be improved, the installation and debugging time is shortened, the installation and debugging time of a customer project site is greatly shortened, the construction period of a project is shortened, and the investment cost is saved.

Embodiments of a system including at least one access node configured to wirelessly transmit and receive signals to and from industrial devices within at least two cells of a cellular communications network deployed within a manufacturing facility; and a computer system. The computer system includes an interface connected to transmit and receive signals to and from the access node; and processing circuitry configured to: define a manufacturing process instance, MPI, identifying manufacturing operations necessary to perform a predetermined manufacturing process; allocate one of more of the industrial devices to the MPI, each allocated industrial device configured to perform at least one of the identified manufacturing operations; and implement an Controller configured to control each of the industrial devices allocated to the MPI to cooperatively perform the predetermined manufacturing process.

The invention provides a ship repair plant area carbon emission modeling and photovoltaic emission reduction evaluation method and system. The ship repair plant area carbon emission modeling and photovoltaic emission reduction evaluation method comprises the steps of processing energy activity data of a target area to obtain actual energy activity data of the target area; constructing a functional region carbon emission evaluation model based on the actual energy activity data of the target region by using a life cycle evaluation method; analyzing the whole life cycle of photovoltaic power generation in the functional area carbon emission evaluation model to obtain the whole life cycle carbon emission of photovoltaic power generation; and completing evaluation of photovoltaic emission reduction environmental benefits according to the full-life-cycle carbon emission. According to the method, regional activity data and a life cycle evaluation (LCA) method are creatively combined and applied to carbon footprint modeling of the ship repairing and manufacturing factory area, and a new method is provided for accurately quantifying factory area carbon emission; a photovoltaic system carbon emission evaluation mechanism with universality is constructed, the mechanism can effectively evaluate photovoltaic emission reduction benefits under different energy structures, and an emission reduction path which is implemented preferentially can be conveniently formulated.

The application discloses a crown block device and a control method thereof. The device comprises a crown block body, a side shifting device and a grabbing device. At least one buffer platform is arranged on the crown block body. The side shifting device is connected with the crown block body. The grabbing device is connected with the side shifting device. The side shifting device drives the grabbing device to move above the buffer platform. At least one buffer platform for storing wafer boxes is arranged on the crown block body. The wafer box is moved and placed on the buffer platform by the side shifting device. In the process of the movement of the crown block, a wafer box can be carried by the grabbing device. Therefore, the crown block can carry multiple wafer boxes in one trip, the carrying capacity of the crown block is greatly improved, and the production capacity of a chip manufacturing factory is improved.

An intermodal-container-based factory for manufacturing building construction components is disclosed. The factory includes a plurality of intermodal containers that have been converted into specialized workstations and arranged into one or more assembly lines. Each workstation includes manufacturing equipment permanently mounted within an intermodal container, where the equipment is configured to fabricate a particular type of building component such as windows, doors, walls, plumbing modules, aluminum panels, or structural frames. The assembly lines are configured to produce different building components in a sequential process, receiving raw materials at a first container, processing intermediate parts through subsequent containers, and outputting completed building components at a final container for installation in a building under construction.