10results about How to "Poor resolution" patented technology

The heat pump water system comprises indoor heat exchange equipment, a heat pump device, auxiliary heat exchange equipment and a valve assembly, and the heat pump device communicates with a water inlet of the indoor heat exchange equipment through a first water supply pipeline and communicates with a water outlet of the indoor heat exchange equipment through a first water return pipeline; the auxiliary heat exchange equipment is communicated to the first water supply pipeline through a second water return pipeline and a second water supply pipeline; the valve assembly is arranged on the second water return pipeline and / or the second water supply pipeline and used for adjusting the flow of water flowing from the second water return pipeline to the second water supply pipeline through the auxiliary heat exchange equipment. According to the heat pump water system, the water flow flowing to the auxiliary heat exchange equipment can be adjusted by controlling the valve assembly according to the series complementary structure of the heat pump device and the auxiliary heat exchange equipment, the problem that the effect of an independent heat pump device is poor is solved, and therefore the heating effect of the heat pump water system is improved.

The utility model discloses an assembly type anti-slurry-leakage steel formwork for concrete structure pouring. The steel formwork is composed of a combined panel unit, a reinforcing unit and an anti-slurry-leakage structure. The combined panel unit comprises a plurality of panel basic frames and panel pieces, and the panel basic frames and the panel pieces are connected through concave-convex clamping structures. The reinforcing unit comprises a plurality of fixing rods which are connected in a clamped mode, the fixing rods are arranged on the outer side face of the combined panel unit in a surrounding mode to form a panel reinforcing frame, and the panel reinforcing frame is used for tensioning the distance between the panel basic frame and the panel pieces and locking and fixing the panel basic frame and the panel pieces. The device is simple in structure, and undesirable conditions such as mold expansion and slurry leakage are practically prevented; meanwhile, stability and reliability are achieved, the engineering construction quality and efficiency are powerfully guaranteed, circulation is convenient, the device can be used for pouring construction of concrete structures of different sizes, the space needed by supporting is small, the requirement for the narrow construction environment is met, and very good practical value and popularization prospects are achieved.

The application relates to a synergistic liquid antioxidant containing chicken-derived active peptides and phospholipids, and relates to the technical field of food additives or health products. The antioxidant comprises the following components in parts by weight: chicken-derived active peptides 2-10%; phospholipids 0.5-5%; stabilizers 0.1-2%; water 60-90%; and the weight ratio of the chicken-derived active peptides to the phospholipids is (2-6):1. By compounding the chicken-derived active peptides and the phospholipids in a specific ratio, the two can form a stable emulsification system and produce a significant antioxidant synergistic effect, effectively eliminating free radicals and inhibiting lipid peroxidation. Meanwhile, the liquid antioxidant has good stability and high bioavailability, can be widely applied in oils, pet foods, oil-containing foods, feed products and cosmetics, and can replace traditional synthetic antioxidants.

The application provides a rapid surface defect detection method and system based on a GAN and an attention fusion mechanism. The detection method is as follows: a surface defect image sample set is acquired; a rapid scratch detection network is built, the network comprising: an information extraction module for extracting underlying detailed information; a rapid sampling module for extracting high-level semantic level information; an attention fusion module for fusing the high-level semantic level information and the underlying detailed information, and combining the underlying detailed information extracted by the information extraction module to position scratches, and using the high-level semantic level information extracted by the rapid sampling module to position and segment surface defects; the rapid surface defect detection network is trained using the surface defect image sample set; and the trained rapid surface defect detection network is used for surface defect detection. The rapid surface defect detection method accurately detects surface defects through rapid positioning and segmentation of the surface defects, and has the advantage of high precision.

The application discloses a rail transit semantic segmentation method based on boundary calibration and receptive field evaluation, and steps are as follows: constructing an all-weather rail transit semantic segmentation dataset; constructing an all-weather rail transit semantic segmentation network composed of a semantic branch, a boundary branch, a detail branch, a feature aggregation layer, a convolution layer and a semantic segmentation head; adopting an uncertainty perception training strategy combined with a multi-task loss supervision mode to complete network training, so as to perform rail transit semantic segmentation on acquired rail transit scene images; and adopting the method to perform rail transit semantic segmentation on the rail transit scene images, which has the negative influence of the environmental noise region automatically inhibited, ensures the accuracy of the semantic segmentation structure, greatly enhances the perception stability of the processing target in the rail transit scene under the all-weather environment, and can also show good robustness even in the case of a sharp increase in environmental noise.

This invention discloses a UV-curable coating composition, its preparation method, and its application. The UV-curable coating composition includes a UV-curable primer and a UV-curable topcoat. The UV-curable primer is composed of polyurethane acrylate resin, a first acrylate monomer, a photoinitiator, an adhesion promoter, and a wetting and leveling agent in a specific ratio, and after curing, it forms a coating with strong adhesion on a nickel-plated substrate. Furthermore, by optimizing the formulation of the UV-curable topcoat, it promotes efficient bonding between the topcoat and primer when used in conjunction with the primer, imparting excellent insulation properties to the coating. The UV-curable coating composition provided by this invention can form a composite coating with strong adhesion, excellent insulation properties, and high stability on the surface of a nickel-plated substrate. Its adhesion performance is grade 1 or higher, and it passes voltage resistance and electrolyte resistance tests. Even after aging under double 85 conditions for 1000 hours, it still maintains excellent adhesion and insulation stability.

The present application relates to the technical field of SAR image processing and self-supervised learning. A SAR image self-supervised pre-training method based on a mask autoencoder. In view of the problem that existing SAR target detection relies on natural image pre-training weights and there is a significant domain gap, resulting in low detection accuracy in a small sample scene, a multi-source SAR pre-training dataset is constructed, an asymmetric encoding and decoding architecture is adopted, ResNet50 is used as a feature extraction encoder to adapt to the local scattering characteristics of SAR, a lightweight convolutional decoder is constructed, a Gamma distribution speckle noise modeling mechanism is introduced, the input image is divided into non-overlapping image blocks and a random mask matrix is generated, the encoder only encodes the visible area, the decoder maps the latent representation back to the image space to complete the reconstruction, and the learning rate scheduling and gradient clipping mechanisms are combined to complete unsupervised pre-training, and the encoder weight is extracted and migrated to a downstream rotating target detection model to complete small sample fine tuning.

The invention belongs to the technical field of air conditioners, and particularly relates to a low-noise central air conditioner which comprises a fan coil, a noise reduction box is arranged outside the fan coil and used for isolating noise generated by the fan coil, the fan coil comprises a box body, an air inlet is formed in one end of the box body, and an air outlet is formed in the other end of the box body. An air blowing assembly, a first noise reduction mechanism, a second noise reduction mechanism and a heat exchanger are sequentially arranged in the box body, and the air blowing assembly is configured to form directional airflow; the directional airflow is subjected to two-stage noise reduction treatment through the first noise reduction mechanism and the second noise reduction mechanism in sequence, then exchanges heat with the heat exchanger and is finally blown out from the air outlet; the first noise reduction mechanism comprises a first shell, two spoiler sets are arranged in the first shell, the spoiler sets are in transmission fit with driving parts, the driving parts are electrically connected with a microcontroller, and the microcontroller controls the inclination angles of the spoiler sets according to the air volume of the directional airflow so as to reduce the air noise. And two-stage progressive processing of noise is achieved, and the noise reduction effect is good.

The invention relates to an antibiotic-free biological fermentation compound feed for poultry and a preparation method thereof, and belongs to the technical field of feeds, the feed takes a fermentation basic raw material as a carrier, plant extracts and chemical addition components are added, and the synergistic effects of resisting bacteria, diminishing inflammation, regulating intestinal flora, promoting nutrient absorption and improving the immunity of poultry are achieved in a biological fermentation synergistic manner; and antibiotic residues are avoided, so that the safety of poultry products is guaranteed.

The invention discloses a seed treatment agent for preventing and treating garlic bulb rot, and belongs to the technical field of agricultural biology. The active ingredients of the seed treatment agent comprise metalaxyl-M, fludioxonil and clothianidin. Metalaxyl-M and fludioxonil are compounded to respectively show extremely high inhibitory activity on two main pathogenic bacteria, namely phytophthora and fusarium, causing garlic bulb rot, and after compounding, antagonism is avoided, so that the metalaxyl-M and fludioxonil can synergistically exert prevention and treatment effects. The treatment agent can be prepared into dosage forms such as a suspended seed coating and the like, and is used for seed dressing or coating treatment of garlic seeds. Field experiments show that the seedling death rate and the bulb rotting incidence rate can be remarkably reduced, yield increase is promoted, and the method is safe to seeds. The invention fills the blank of the special prevention and treatment medicament for garlic bulb rot, and has important application value.