14results about How to "Reduce overload" patented technology

This invention discloses an EMC visualization guidance method based on EMC data assets, belonging to the field of EMC design assistance technology. It includes: identifying the visualization object and obtaining its identification information; retrieving matching quantitative data using the identification as an index, generating a supplementary data request form when data is missing; mapping the quantitative data into expert-style graphical elements to generate a visualization guidance interface, progressively displaying basic physical concepts, coupling paths, three-layer protection, test types, process assets, and decision reporting views; receiving user interaction commands, recording the operation sequence and corresponding visualization status during historical operation sequence playback, forming an operation sequence and status snapshot data asset and assigning multi-dimensional searchable tags; and generating visualization output based on this data asset. This invention transforms abstract EMC data into intuitive graphics, records the key evolution of the design and diagnostic process, supports timeline playback, analog guidance, and cross-domain reuse, realizing the digital accumulation and efficient reuse of design experience.

This invention relates to the field of feed science and technology, specifically to a feed preparation method for improving the appearance, oiliness, and color of pig concentrate. The concentrate consists of a main ingredient and auxiliary ingredient system. The main ingredient core includes 100-350 parts of 46% protein dehulled soybean meal, 150-300 parts of high-temperature, high-pressure hydrolyzed feather meal, 15-30 parts of grade IV degummed soybean oil, and 15-40 parts of phospholipid oil powder, etc.; the auxiliary ingredients include fruit and milk flavoring agents that target the olfactory preferences of growing pigs. The process strictly limits the pore size of the bulk plant raw materials to 1.5-2.0 mm and uses lipid emulsification spraying technology to construct a "reflective microemulsion film" on the powder surface. This invention utilizes the optical superposition of the solid golden color of hydrolyzed feather meal and the deep yellow color of grade IV soybean oil to give the product a golden, delicate, and long-lasting glossy appearance. Furthermore, the solution overcomes the palatability bottleneck of high-proportion feather meal replacing conventional protein, effectively improving the daily weight gain of pigs and significantly reducing the rate of hindgut diarrhea.

The invention relates to a perovskite battery based on a co-doped nickel oxide-based hole transport layer and a preparation method of the perovskite battery. The perovskite battery sequentially comprises a conductive substrate, a hole transport layer, an ionic liquid modification layer, a perovskite active layer, an electron transport layer, a hole barrier layer and a metal electrode layer from bottom to top, and the hole transport layer is a Li-Nb co-doped nickel oxide thin film. According to the invention, by introducing the Li and Nb elements, the hole concentration and mobility can be synergistically improved, the energy level arrangement can be optimized, the morphology and crystallinity of the thin film can be improved, the problems of insufficient conductivity, energy band mismatch, interface recombination and the like of NiO-based HTL can be solved, and finally, the perovskite solar cell with higher efficiency, stability and reliability can be realized. The ionic liquid modification layer is also introduced, so that the interface contact between the thin film and the perovskite material can be improved, the contact side reaction is inhibited, and the service life of the perovskite battery is prolonged.

The utility model provides a feed additive granule surface coating polishing all -in -one, including body, coating drum, translation plate, reciprocating drive mechanism, liquid supply mechanism. The upper end of coating drum has the feed inlet, is provided with the shower nozzle on the translation plate, every shower nozzle all sets up to the coating drum inside towards, reciprocating drive mechanism drives translation plate to move back and forth along the straight line at the feed inlet position. The shower nozzle is driven under the translation plate and carries out reciprocating spraying work to the inside of the drum at the feed inlet, and the dynamic spraying structure is formed with the cooperation of liquid supply mechanism, and the shower nozzle can uniformly spray the spraying liquid to the granule surface of tumbling in the coating drum in the movement process. Compared with traditional fixed shower nozzle structure, the spraying coverage is significantly expanded, the spraying "blind area" and the repeated spraying area are effectively reduced, the utilization rate of the spraying liquid and the uniformity of the granule surface coating are improved, and the consistency and stability of the product quality are improved.

The invention relates to an energy management method and system suitable for an electric vehicle charging station. The method comprises the steps that related electrical parameters of the charging station and energy management data of the charging station are acquired; establishing an energy management learning network of the charging station; training the energy management learning network to obtain a well trained energy management learning network; and the energy of the charging station is managed through the well-trained energy management learning network. According to the invention, multi-parameter collaborative accurate scheduling is realized, the operation cost of the charging station can be reduced, the voltage fluctuation of the DC bus is controlled, the SOC value of the super energy storage system is maintained in the optimal interval, the energy utilization efficiency and the stability of the power distribution network are improved, and the large-scale and intelligent operation requirements of the charging station are met.

The invention relates to the technical field of liquid chromatographs, in particular to a column oven centralized control method and system and a control circuit of a column oven. The method comprises the following steps: an upper computer obtains current temperature values of column temperature boxes in a plurality of liquid chromatographs in each group in real time through the Internet of Things; the upper computer determines a difference value distribution mode between the current temperature values of all the column temperature boxes in the current group and a preset target temperature value based on the current temperature values of the column temperature boxes in the plurality of liquid chromatographs in each group; if the difference value distribution mode meets a first preset condition, the upper computer starts a centralized cooperative control mode; and if the difference value distribution mode meets a second preset condition, the upper computer starts a decentralized autonomous control mode. According to the invention, the temperature control efficiency of a plurality of liquid chromatographs can be improved, and the energy consumption cost can be effectively reduced and controlled; meanwhile, the device also has an over-temperature protection function; in addition, when liquid leakage is detected, heating can be automatically stopped, and an alarm is given to ensure safety.

Disclosed is a planet carrier (213) for a mechanical reduction gear (10, 110) of an aircraft turbine engine (1), the planet carrier comprising:-a first disc (236), the first disc extending about a first axis (X) and perpendicular to the first axis (X), the first disc (236) comprising first apertures (292), each centered about a second axis (Y) parallel to the first axis (X),-a second disc (238), each centered about a second axis (Y) parallel to the first axis (X), a second disk (238) extending centered on the first axis (X), parallel to and at a distance from the first disk (236), the second disk (238) comprising second apertures (294), respectively centered on a second axis (Y), the number of the second apertures (294) being equal to the number of the first apertures (292),-a bridge connector (296), a bridge connector (296) extends between and connects the first and second disks (236, 238), the bridge connector (296) being formed as a unitary piece with the first and second disks (236, 238).

The application relates to the technical field of letterpress printing, in particular to a one-way driving device for film processing, which is characterized in that a one-way bearing is connected with a first driving motor and an oil absorption roller, independent driving of the first driving motor and the oil absorption roller is realized, the first driving motor is connected with the oil absorption roller through the one-way bearing, rotation of the oil absorption roller is no longer dependent on existence of a transmission assembly, the first driving motor independently drives the oil absorption roller to continuously rotate, and the situation that oil on the surface of the oil absorption roller is dried due to long-time static because the transmission assembly cannot transmit the rotating motion to the oil absorption roller is reduced; when the transmission assembly normally operates, the first driving motor does not operate, and the one-way transmission characteristic of the one-way bearing blocks reverse torque of the oil absorption roller from being transmitted to the first driving motor, so that the probability of reverse damage of the first driving motor is reduced.

The application discloses a hydraulic tipping mechanism for an automatic feeding device of a mineral heat furnace, which comprises a supporting platform, a driving mechanism, a rotating shaft, a long rocker arm, a connecting rod and a chute. The driving mechanism comprises a hydraulic cylinder and a short rocker arm. The driving mechanism is installed on the supporting platform and connected with one end of the long rocker arm through the rotating shaft, and the other end of the long rocker arm is connected with the chute through the connecting rod. The application has the advantages that the horizontal design of the driving mechanism rationally utilizes the space and avoids the influence of the dust and high-temperature area, and the artificial filling mode is simulated to realize the automation of the device and reduce the labor.

The application discloses a computing power scheduling method based on Token consumption and belongs to the computer field. A large model inference request is received, which is parsed into an input Token sequence and the number of input Tokens is counted; a preset threshold is dynamically adjusted according to the available computing power resources of a local edge computing node and the number of queued requests, and the request is distributed to the local edge computing node or a cloud cluster computing node according to the number of input Tokens and the adjusted preset threshold; an output Token sequence is generated by calling or loading an inference model by a target node; the number of input and output Tokens and corresponding resource consumption are counted and summary records are generated. The application can also avoid repeated inference through cache key matching and forward complex tasks to a cloud large-parameter model, thereby improving the computing power utilization rate and inference service efficiency.

This invention discloses the application of ZBTB7A as a target in the preparation of products for the diagnosis or treatment of sepsis-associated encephalopathy (SAE), belonging to the field of biomedical technology. This invention confirms that ZBTB7A can serve as a diagnostic biomarker and therapeutic target for SAE, providing strong technical support for the early diagnosis and treatment of SAE. Clinical sample validation shows that the expression level of ZBTB7A in peripheral blood astrocyte-derived exosomes of SAE patients is significantly downregulated, enabling early, non-invasive auxiliary diagnosis of SAE with high clinical diagnostic efficacy. This invention clarifies that high expression of ZBTB7A can effectively inhibit the release of pro-inflammatory factors, reduce lipid peroxidation and iron overload, improve the structural and functional integrity of mitochondria, protect neuronal and synaptic structures, and significantly reverse cognitive impairment.

The invention relates to the technical field of medical instruments, in particular to a sample management device and a sampling method. The device comprises a supporting bottom plate, a placing plate, a partition plate and a sampling mechanism, the placing plate and the supporting bottom plate are arranged in parallel at intervals; the multiple partition plates are connected to the placement plate and are arranged in parallel at intervals in the first direction, and placement grooves suitable for containing sample frames are formed between the adjacent partition plates; the sampling mechanism is slidably connected with the supporting bottom plate and located on one side of the containing plate, the sampling mechanism can be controlled to slide in the first direction, the sampling mechanism is used for transferring the sample frame in the containing groove, the sampling mechanism is provided with two first detection assemblies and two second detection assemblies, the first detection assemblies are used for detecting whether the sample frame completely enters the sampling mechanism or not, and the second detection assemblies are used for detecting whether the sample frame completely enters the sampling mechanism. The detection directions of the two second detection assemblies intersect, and the two second detection assemblies are used for detecting samples on the sample frame. The overall detection efficiency and the system automation level can be improved.

This utility model relates to the field of sweeper motor technology, specifically a sweeper motor heat dissipation structure, including a motor body, a reducer, and a heat dissipation device. The reducer is located at the drive end of the motor body, and the heat dissipation device is located on the surface of the motor body. The heat dissipation device includes a connecting plate, which is fixedly connected to the motor body. A frame is fixedly connected to one end of the connecting plate, and an air guide sleeve is fixedly connected to the end of the frame away from the connecting plate. A drive motor is fixedly connected to the end of the motor body near the air guide sleeve, and a fan blade is fixedly connected to the drive end of the drive motor. The air guide sleeve is fitted onto the fan blade. In this utility model, replacing the cycloidal pin reducer can improve transmission efficiency and reduce motor overload. The drive motor drives the fan blade to rotate, and the air guide sleeve guides the airflow to the fins to accelerate heat exchange. At the same time, the bending rod drives the brush to clean the dust on the fins. The spring and push rod make the brush fit the concave and convex surfaces of the fins, which greatly improves heat dissipation efficiency and reduces the probability of motor burnout due to overheating and overload.

The present application relates to the technical field of agricultural machinery, and provides corn straw returning to field crushing equipment and a crushing method. The corn straw returning to field crushing equipment comprises. The present application can effectively guide and uniformly collect the skewed corn straw, ensure the uniformity of the feed during the subsequent conveying and crushing process, avoid the uneven crushing or equipment blockage problem caused by uneven accumulation of straw, and effectively soften the corn straw and remove excess moisture, thereby obtaining more uniform crushing effect, reducing the risk of failure caused by uneven load or overload, improving the reliability and safety of the overall operation, and simultaneously, the accumulated straw is uniformly dispersed by extrusion and rubbing, ensuring that the straw can uniformly enter the crushing area during the subsequent crushing process, thereby improving the crushing effect and reducing the frequency and cost of maintenance and repair.