12results about How to "Save time in transit" patented technology

This invention discloses a guanylate cyclase-C (GC-C) activating peptide and its applications, belonging to the field of bioactive peptide technology. The amino acid sequence of the GC-C activating peptide is PFPGPIPN. The GC-C activating peptide of this invention can significantly activate GC-C activity, increasing intracellular cGMP levels. Furthermore, the GC-C activating peptide of this invention can alleviate constipation and abdominal pain symptoms in mice, thereby effectively preventing or improving irritable bowel syndrome (IBS). Therefore, the GC-C activating peptide provided by this invention has advantages such as high activity, safety and non-toxicity, and good water solubility. It can be used as a candidate molecule for alternative or adjuvant drugs in the clinical treatment of IBS, and also as a health product or food to improve constipation or abdominal pain.

This invention provides a three-trailer collaborative aircraft transfer method and system based on multi-sensor fusion. This invention relates to the field of aircraft ground support technology, specifically to a three-trailer collaborative aircraft transfer method based on multi-sensor fusion, applicable to short-haul aircraft ground transport to hangars. Through multi-sensor data fusion and multi-trailer collaborative control, it improves transfer accuracy, safety, and efficiency. The method specifically includes the following steps: system setup and sensor calibration; trailer attitude initialization and collaborative parameter configuration; real-time acquisition and preprocessing of multi-sensor data; multi-sensor data fusion and state estimation; dynamic path planning based on fused data; attitude error quantification and calibration based on complex statistics; multi-trailer collaborative driving control and traction distribution; real-time environmental monitoring and risk warning; precise docking at the hangar entrance and attitude fine-tuning; and parking and system review and optimization.

The application provides a processing production line, which comprises a feeding and conveying assembly, a guide piece conveying assembly, a carrying assembly, a film opening conveying line, a process conveying line, a film opening assembly and a process host. The feeding and conveying assembly is used for conveying a carrier loaded with materials to the guide piece conveying assembly; the guide piece conveying assembly is used for taking the materials out of the carrier and conveying the materials; the carrying assembly is used for carrying the materials from the guide piece conveying assembly to the film opening conveying line; the film opening conveying line is used for conveying unopened film materials to the film opening assembly; the film opening conveying line is also used for conveying opened film materials to the process conveying line; and the process conveying line is used for conveying the materials to the process host. The film opening treatment and the surface treatment can be continuously, efficiently and accurately integrated, the material transfer and exposure links are reduced, the transfer time is saved, the production efficiency is improved, the pollution risk is reduced, the human error is reduced, and the product precision and quality are improved.

The application discloses a kind of fiber winding impregnation device, it is related to fiber winding technical field, and the present application includes installation mechanism, the upper surface of installation mechanism is equipped with the impregnation mechanism of being carried out impregnation to fiber, the side of installation mechanism is equipped with the heating mechanism of being carried out heating to core mold, the upper surface of heating mechanism is equipped with the feeding mechanism of being carried out feeding to core mold, the upper surface of heating mechanism is equipped with the transport mechanism of being carried out transport to core mold, the core mold of being completed in the present application is heated by being equipped with heating mechanism, avoids being transported to core mold, saves the time of being transported, improves work efficiency, and by being equipped with transport mechanism and driving core mold moves, the core mold of being heated is removed from heating box inside, avoids being manually removed by it, avoids high temperature to cause harm to worker, reduces security risk, the automatic feeding of core mold is realized in the present application by being cooperated between connecting rod and transmission rod and driving rotating strip rotation, avoids manual feeding, improves work efficiency.

This utility model discloses a creasing, cutting, and rewinding machine, relating to the technical field of creasing, cutting, and rewinding machines. It includes a frame, and along the conveying direction of the frame, a feeding mechanism, a primary creasing assembly, a first cutting assembly, a secondary creasing assembly, a waste cleaning assembly, a second cutting assembly, and a winding mechanism are sequentially arranged. The feeding mechanism carries large-diameter rolls of material and conveys them to the primary creasing assembly. The primary creasing assembly performs initial creasing on the rolls conveyed by the feeding mechanism. The first cutting assembly performs a cutting operation on the rolls after the initial creasing, forming a waste area to be separated. The secondary creasing assembly performs a second creasing on the rolls after the first cutting operation. The waste cleaning assembly separates and removes the waste generated by the first cutting assembly from the rolls. The second cutting assembly cuts the rolls after waste cleaning, effectively improving production efficiency.

This utility model discloses a dual-sided battery swapping device, including two battery compartments, a platform, two movable door panels, a jetting mechanism, and two battery swapping trolleys. The two movable door panels are located below the battery swapping port. The jetting mechanism includes two air chambers, an air compressor, a distribution chamber, two air supply pipes, and two connecting pipes. The air chambers are mounted on the movable door panels and are located on the closed side of the two movable door panels. Multiple nozzles are mounted on the air chambers, with the nozzles spraying air vertically upwards. The output end of the air compressor is connected to the distribution chamber, which is connected to the connecting pipes via the air supply pipes. The connecting pipes are connected to the air chambers, and the air supply pipes are flexible. This utility model allows the air chambers to move with the movable door panels, effectively removing water droplets remaining on the vehicle chassis and preventing water from entering the battery swapping device, thus ensuring the safe use of the device.

The application discloses a TEC double-face welding device, which comprises a control cabinet, a protective cover is fixedly connected to the upper end of the control cabinet, an air suction pipe connected with an external air source is arranged through the top end of the protective cover, a pusher is fixedly connected to the input end of the protective cover, a preheating assembly is connected to the control cabinet, a supporting assembly is connected to the control cabinet, and a pushing assembly is connected to the supporting assembly. In the application, after the staff places samples, the device starts to operate, so that the samples can be preheated, heated and cooled to complete double-face welding of the samples. Meanwhile, the overall device process is relatively compact, the transfer time is saved, the processing time is further reduced, the overall efficiency of the device is improved, the device can simultaneously process multiple products, the processing time is further reduced, the processing efficiency of the device is indirectly improved, and the production efficiency of the device is improved.

The present application provides a kind of life garbage incineration fly ash reduction-heavy metal detoxification system and method to solve the problem of poor resource utilization of fly ash in the prior art, the system includes pulping unit, electrolysis / heavy metal detoxification unit, hydrochloric acid preparation unit and low temperature pyrolysis unit, water washing, electrolysis, solid-liquid separation are integrated, reduce the loss caused by fly ash in the process of transfer, by using the synthesized hydrochloric acid and lye in the process, the precipitation of heavy metals is realized, the mixing of additional ions is reduced, the economic benefit is improved, the present application aims at waste control waste, utilizes a large amount of chloride ions in fly ash, synthesizes hydrochloric acid by chlorine and hydrogen produced by electrolysis, and the heavy metals in ash are acid leaching detoxification, and the reduction of fly ash is also realized, and the subsequent processing cost of fly ash is reduced.

This utility model relates to a dual-spindle workpiece grinding device, comprising: a machine bed; a feeding mechanism disposed on the machine bed for feeding and conveying the workpiece to be ground; a workpiece rotating fixture, comprising a workpiece positioning device and a flipping mechanism, wherein the workpiece positioning device is used to clamp and fix the workpiece, and the workpiece positioning device is controlled to rotate by the flipping mechanism; a cross slide disposed between the machine bed and the workpiece rotating fixture for driving the workpiece rotating fixture to move in the X and Y axis directions; and a dual-head grinding assembly disposed on the machine bed for performing rough grinding and fine grinding on the workpiece in the workpiece rotating fixture. This utility model can perform rough grinding and fine grinding simultaneously, significantly improving grinding efficiency, reducing the transfer time of the workpiece between different processes, reducing human operation error, and ensuring the stability of grinding quality. It is particularly suitable for grinding the inner measuring surfaces of calipers and micrometers with high machining accuracy requirements.

This utility model relates to the field of lifting device technology, and more particularly to a lifting device for a manual assembly table. It includes an equipment box, with a carrying tray for placing goods at the top. A cylinder assembly for controlling the height of the carrying tray is installed inside the equipment box. A connecting plate for connecting with other platforms is engaged at the front end of the carrying tray. This utility model allows for precise control of the carrying tray's height via the cylinder assembly inside the equipment box, and the height can be flexibly adjusted according to actual needs, ensuring perfect docking with assembly line conveyor platforms and other assembly equipment. The connecting plate employs a front-low, rear-high guiding structure design, allowing goods to be guided, significantly shortening the goods transfer time. A turntable at the top of the carrying tray is connected to the inside of a circular groove via bearings, allowing for free rotation and rapid adjustment of goods to the appropriate orientation.

This utility model discloses an automatic hot pressing and cooling device for elastic modules, including a worktable with a hot pressing zone and a cooling zone arranged side by side. The hot pressing zone has a lifting pressure seat for hot pressing elastic grinding blocks. The cooling zone has a cooling system with a cooling chamber and a water-cooled spray mechanism connected to the cooling chamber. The cooling chamber is located within the worktable in the cooling zone and is used for heat conduction cooling of the hot-pressed elastic grinding blocks. The water-cooled spray mechanism is mounted on the lifting pressure seat, with its spray outlets located directly above the cooling zone for spraying water to cool the hot-pressed elastic grinding blocks. Through the synergistic effect of heat conduction cooling and water-cooled spraying, the cooling time of the elastic grinding blocks can be significantly shortened, the cooling quality improved, the hardness consistency of the elastic grinding blocks enhanced, and the product yield guaranteed.

The utility model discloses a kind of for special vehicle intelligent accurate positioning platform, it includes support system, power system, top turntable assembly, sewage drainage system, electric control system and emergency stop setting;By optimizing power system, 8.5KW servo motor is adopted, and the bearing capacity is promoted to above 10T, and ±0.01 degree high-precision positioning is realized in combination with 15-bit resolution encoder;Top turntable assembly's advancing guide rail is hardened, and stability is ensured;Sewage drainage system is equipped with automatic drainage pump, and eliminates waterlogging hidden danger;Electric control system supports multiple control modes, and operation is simple;The present application can significantly shorten the vehicle body transfer time to 30 minutes per table, improve positioning accuracy and safety, applicable to wheeled armored vehicle and other special vehicle maintenance field, with important military and industrial value.