9results about How to "Free productivity" patented technology

The invention provides an automatic design and arrangement method for rail transit shield interval monitoring. Comprising the steps of running an AutoCAD secondary development program and application software, reading line design scheme data, interval design scheme data and interval along-line control point data, setting interval monitoring arrangement parameters in the AutoCAD secondary development program, selecting an interval needing shield interval monitoring design and arrangement, and carrying out shield interval monitoring design and arrangement. Then automatically arranging interval ground surface settlement monitoring points, interval monitoring sections, interval along-line building vertical displacement and crack monitoring points and interval along-line underground pipeline vertical displacement and differential settlement monitoring points; according to the method, a line and interval design scheme and control point information along the line are digitized, interval monitoring arrangement parameters are flexibly set, the length and mileage of the line are automatically measured, automatic design and uniform and reasonable arrangement of interval monitoring points and monitoring sections are achieved, engineering investment is saved, a large amount of repeated manual operation in a CAD model and layout is avoided, and the working efficiency is improved. Productivity is liberated, and production efficiency is improved.

The present invention relates to the technical field of edge material processing generated in the process of rolling paper, and in particular to an automatic paper edge conveying and packaging machine; it comprises a conveying device, a humidifying device, a filtering device and a shrinking and pressing device; the humidifying device is arranged above the conveying device; the two ends of the filtering device are respectively connected to the conveying device and the shrinking and pressing device; the shrinking and pressing device comprises a receiving barrel, a rotating driving member and a pushing assembly, the receiving barrel comprises a barrel body, a feed port and a discharge port, the diameter of the feed port is larger than the diameter of the discharge port, the rotating driving member drives the barrel body to rotate, the inner wall of the barrel body is provided with a spiral groove, one end of the spiral groove is arranged at a distance from the feed port, and the other end of the spiral groove is flush with the discharge port, the pushing assembly comprises a pushing driving member and a pushing plate, the pushing driving member drives the pushing plate to move, so as to realize the impurity removal, humidification, compression and recycling of paper, liberate productivity and reduce production costs.

The invention relates to a control method and device of a quick-freezing storage and a computer readable storage medium. The quick-freezing storage has a transportation scene, and the method comprises the steps that if it is detected that a tray used for bearing a blood bag reaches a target position, tray bearing information is obtained based on the target position; and when it is determined that the tray bearing information meets the conveying condition, a track in a handover area is controlled to move, and the tray is conveyed based on the track. By adopting the method, the transmission efficiency can be improved.

The invention relates to a self-variable-pressure abrasive jet cleaning device, system and method. The device comprises a vehicle body, a jet system, a storage system and a control system. The jet system is arranged on the vehicle body and used for executing the task of removing slag accumulated at the bottom of the hard rock jacking pipe. The material storage system is connected with the jet flow system and is used for providing material grinding water required by slag removal; and the control system is electrically connected with the storage system and the jet system, and is used for receiving monitoring data of slag removal by the storage system and abrasive water production by the jet system, and sending out a control instruction. According to the device, the method that a jet system, a control system and other systems in the self-variable-pressure abrasive jet device are matched with one another is adopted, the pumping pressure and the abrasive ratio are automatically adjusted according to the amount of accumulated slag at the bottom of the pipe, the shield blocking accident caused by accumulation of the accumulated slag is effectively avoided, the water consumption for flushing the slag is effectively saved, and waste of engineering resources is reduced.

This invention discloses a multi-round iterative optimization control method for large language models based on a self-reflection mechanism, belonging to the field of large language model technology. The method includes: encoding user task constraints into structured memory; driving the model to generate initial text; automatically evaluating the generated text from multiple dimensions (logic, constraints, and facts) through an independent review module to generate a quantitative review report; automatically compiling correction instructions based on the review report; simultaneously, employing a hierarchical compression mechanism to manage historical dialogue context to stabilize computational overhead; and finally, achieving intelligent convergence of iterations by calculating the semantic differences and quality score change rate between adjacent iteration versions. This invention constructs a complete automated "generation-reflection-correction" closed loop, transferring over 80% of routine optimization work from manual to machine, greatly liberating productivity and significantly improving the generation quality and optimization efficiency of long texts and highly complex tasks.

The invention relates to a low-angle forming method and device applied to laser powder bed melting and a medium, and belongs to the technical field of additive manufacturing. The forming method comprises the following steps that S1, partition parameter identification logic is established, the parameter area of each layer is identified, and the contour range is preferentially identified; s2, identifying a filling range according to the identified contour range; and S3, establishing underlying logic of a software printing scanning path, performing staged scanning sorting on a scanning track, performing scanning path filling, and performing sorting scanning filling on non-scanned areas. According to the low-angle forming method applied to melting of the laser powder bed, the design limitation of 45-degree forming is broken through, and the effect that forming can be achieved without adding any auxiliary support due to low-angle inclination is achieved.

The invention relates to the technical field of camera calibration, in particular to a mobile calibration device and method suitable for a large-scene monitoring network, the device comprises a monitoring camera end and a mobile platform end, the monitoring camera end comprises a monitoring camera and a monitoring server, the monitoring server is used for controlling and processing image data of the monitoring camera, and the mobile platform end is used for receiving the image data of the monitoring camera. The mobile platform end comprises a mobile chassis, a calibration plate, an LED synchronous signal lamp, a sensor module and a fixed support, the fixed support is fixedly arranged on the mobile chassis, the calibration plate surrounds the periphery of the fixed support, the LED synchronous signal lamp is fixedly arranged on the fixed support, and the sensor module is fixedly arranged at the top of the fixed support and is in a relatively static state; the mobile platform end drives the calibration plate to walk in the whole field range, so that the monitoring camera end collects images on the calibration plate for internal reference calibration, meanwhile, the LED synchronous signal lamp and the sensor module are used for resolving external parameters of the monitoring camera in a scene, productivity is liberated, and calibration efficiency and calibration precision are improved at the same time.

This patent relates to the field of artificial intelligence technology, and specifically to a natural language answer generation method, system, and computer program. The method includes a question-asking step: acquiring the question text input by the user; a retrieval step: using the question text to search a knowledge database and obtain retrieval results; and an answering step: sending the question text and retrieval results together to a first artificial intelligence module, and returning the answer generated by the first artificial intelligence module. A system equipped with this natural language answer generation method can replace some standard operating procedures (SOP) manuals, allowing users to conveniently inquire about the information they want through mobile phones and other personal communication devices, thus improving the efficiency of information retrieval.

This invention belongs to the field of civilian automation technology and provides a magazine device for an intelligent automated bird repeller, including a base plate, a chuck structure, and cartridges. The base plate and the chuck filled with cartridges constitute the magazine device. The base plate, chuck, and cartridges serve as longitudinal positioning for the bird repeller during installation. When installing the magazine device, the base plate is used as the bottom surface to clamp the cartridge onto the bird repeller. The bird repeller cartridges on the magazine are aligned with the barrel of the bird repeller. Before use, the head and tail of the cartridge are assembled, and electromagnetic induction ignition is achieved through an electromagnetic induction coil at the bottom. The cartridge is installed and removed from the magazine via the chuck. The beneficial effects of this invention are that the magazine provided by this invention allows for efficient, safe, and rapid transportation, installation, use, and replacement, improving product efficiency, liberating productivity, and reducing enterprise manufacturing costs.