13results about How to "Comprehensive effect" patented technology

The utility model provides a multifunctional turning-over pad for preventing pressure injury, which relates to the technical field of medical auxiliary appliances, and comprises a turning-over pad main body, two parallel recesses for placing legs, an arc-shaped part and an arc-shaped surface arranged on the turning-over pad main body, the arc-shaped surface is formed on a contact surface between the arc-shaped part and a bed body and is easy to turn over towards two sides, and the arc lines are asymmetrical; the plane parts are arranged on the two sides of the turning-over cushion body, when the two legs are located on the same vertical line, the plane parts and the bed body form a supporting face, and the protruding parts are formed by digging the two sunken parts of the turning-over cushion body to form protrusions located between the two legs. According to the turnover mat, the water bags located in the turnover mat body are arranged, in the turnover process of the turnover mat body, the turnover mat can easily help a patient to turn over in a water weight transfer mode, meanwhile, after the turnover action of the patient occurs, pressure damage between the two legs is prevented, and the effect of the turnover mat is more comprehensive.

This invention discloses a wafer release method for use in a wafer processing system and a wafer processing method. The wafer release method of this invention includes: a polarity reversal step of reversing the polarity of a voltage applied to a chuck; a first transfer step of raising a lifting pin housed in the chuck at a first transfer speed to transfer a wafer supported on the chuck to a first predetermined position; and a second transfer step of raising the lifting pin at a second transfer speed different from the first transfer speed to transfer the wafer positioned at the first predetermined position to a second predetermined position higher than the first predetermined position.

Provided is an electrical connector that is combined with a counterpart connector, including: a half-body wall portion in which a plurality of signal terminals are arranged in a length direction of the electrical connector; and a body wall portion that is connected to both ends of the half-body wall portion. The half-body wall portion has an engagement groove that is formed in a recessed manner at one end of the half-body wall portion in the length direction of the electrical connector. The body wall portion has an engagement portion that is formed in a protruding manner at one end of the body wall portion in the length direction of the electrical connector. The engagement portion of the body wall portion is positioned at the engagement groove of the half-body wall portion. The engagement portion has a root portion with a length D1, and at least a portion of a site that is distal from the root portion in the length direction of the electrical connector is configured to have a length D2 that is longer than the length D1 of the root portion.

This invention discloses a method, apparatus, and computer device for dynamically displaying a circular progress bar on an Android device, relating to the field of Android development and application technology. The method involves initializing the inner and outer circle styles of the circular progress bar, first drawing the inner and outer circle views of the progress bar, and then, when the user sets or updates the actual value of the progress bar, invoking an Android-side attribute animation method. Within a preset animation duration, the progress bar gradually returns to various interval values ​​within the animation execution parameter value range, starting from the minimum interval value and increasing upwards. After each interval value is returned, the outer circle's rotation endpoint angle is updated and calculated based on that interval value. Then, based on the updated calculation result of the outer circle's rotation endpoint angle, the outer circle view is redrawn using an Android-side continuous drawing method, resulting in a dynamically displayed circular progress bar on the Android device. This allows for dynamic display of progress bar text prompts based on the current progress, meeting the needs of dynamic visualization.

Provided is an electrical connector that is combined with a counterpart connector, the electrical connector including: a half-body wall portion in which a plurality of signal terminals are arranged in a length direction of the electrical connector; and a body wall portion that is connected to both ends of the half-body wall portion. The half-body wall portion includes: an engagement hole that is open in a height direction of the electrical connector and in the length direction of the electrical connector; and a first engagement column that partially closes the engagement hole in the length direction of the electrical connector. The body wall portion includes: a second engagement column that protrudes in the length direction of the electrical connector; and a third engagement column that extends from the second engagement column in the height direction of the electrical connector. The second engagement column and the third engagement column of the body wall portion are positioned at the engagement hole of the half-body wall portion.

Provided are an oxide sintered body mainly containing a molybdenum oxide, a sputtering target containing the sintered body, and an oxide thin film formed by the sintered body. In the present invention, by adding a specific (pseudo) metal oxide in a prescribed range to a molybdenum oxide and a niobium oxide which are difficult to sinter, the sinterability can be improved and high-density characteristics can be ensured even if pressureless sintering is performed.

This invention belongs to the field of large-scale artificial intelligence model technology and discloses a method and system for large-scale RAG retrieval with mixed text and image output. The method preprocesses the original document corpus to generate a corpus tree, and processes the corpus of images, tables, etc., generating key-value pairs which are stored in a database. It generates word vectors for question-and-answer statements and searches them against the corpus tree to find the most relevant corpus. The most relevant corpus is concatenated into a prompt and then sent to the large-scale text-to-speech model. The large-scale question-and-answer model outputs relevant results. Based on the results output by the large-scale text-to-speech model, the key information of images and tables in the results is retrieved and replaced to generate the final question-and-answer results. This invention solves the problem of existing technologies struggling to handle data containing text, images, and charts, and generates highly accurate final question-and-answer results.

The invention discloses a compound probiotic preparation for relieving heat stress of sows and application of the compound probiotic preparation, and belongs to the technical field of animal feed. The compound probiotic preparation comprises clostridium butyricum, bacillus subtilis, bacillus licheniformis and enterococcus faecalis, wherein the final concentration of the clostridium butyricum in the feed is 1 * 10 < 6 > CFU / g, and the final concentration of the bacillus subtilis, the final concentration of the bacillus licheniformis and the final concentration of the enterococcus faecalis in the feed is 5 * 10 < 6 > CFU / g. The preparation provided by the invention can effectively reduce the stress hormone level and oxidative damage index in the blood of the sow under the heat stress condition, improve the activity of antioxidant enzyme, improve the feed intake and lactation performance in the lactation period, and reduce the backfat loss. Meanwhile, through the vertical transfer effect of the sows and the piglets, the intestinal morphology of the offspring piglets is remarkably improved, the intestinal barrier function and the antioxidant capacity are enhanced, and the weaning weight and the average daily gain of the piglets are improved, so that the negative effects of heat stress on the reproductive performance of the sows and the growth of the piglets are comprehensively relieved. The preparation is green and safe, and has important application value.

The utility model relates to the technical field of cooking equipment, and disclose a knob assembly and cooking utensil for cooking utensil, knob assembly includes encoder and knob, and encoder includes encoder rotation part and encoder fixed part, and encoder rotation part is rotatable relative to encoder fixed part, and knob is fixedly connected with encoder rotation part, and includes decoration piece, and the side surface of decoration piece away from encoder and the outer peripheral wall of decoration piece all participate in limiting the outer surface of knob, and decoration piece covers the axial outer end of encoder rotation part, and decoration piece is transparent piece. Therefore, the knob assembly has good brand identification, and is convenient for combining with light to realize function extension.

The utility model provides a mask for deposition and a mask assembly comprising the mask for deposition. The mask for deposition includes: a mask unit region having a plurality of pixel openings; and the edge areas are respectively arranged on two sides of the mask unit area along the first direction. Each of the pixel openings extends in a second direction that intersects the first direction. Each of the pixel opening portions has a first width in the first direction at both side edge portions in the second direction, and each of the pixel opening portions has a second width in the first direction smaller than the first width at a center portion in the second direction.

This utility model discloses a replaceable starry sky top lighting device, including a light source, an optical film, and a fixed base. The fixed base is made of a non-transparent substrate. The optical film is horizontally set in the fixed base and has a number of dots. A set of light sources is set on the light-incident surfaces on both sides of the optical film. A transparent substrate is set between the light sources and the optical film. A light-emitting port is opened on the fixed base corresponding to the lower light-emitting surface of the optical film. This utility model uses an optical film with a dot design, which can realize that the light source enters from the side and then emits light from the plane. The combination design of the dots can form a starry sky top effect. Different starry sky scenes can be flexibly switched by simply changing the optical film. Compared with traditional solutions, this device not only realizes the replaceability of the scene, but also has the advantage of simplified structure.

The invention provides an energy-controllable turbulence simulation method and device based on continuous convolution, and relates to the technical field of computer graphics fluid simulation. The method comprises the following steps: generating particle method physical turbulence data through various physical solvers, sampling and calculating particle speed to obtain various model data sets; training the continuous convolution network model to obtain a plurality of continuous convolution approximation model units, and performing particle displacement prediction according to the model units; and inputting the particle displacement prediction result into an energy interpolation network to obtain an interpolation proportionality coefficient, and carrying out hybrid interpolation on the particle displacement prediction results of the plurality of continuous convolution approximation model units according to the interpolation proportionality coefficient to obtain a final simulation result. The turbulence energy change level generated by the method keeps positive correlation with the control parameters, the effectiveness of the energy intensity coefficient on turbulence energy control is proved, and the obvious trend of transition from laminar flow to turbulence is presented in the visual effect.

The present invention can provide an organic electroluminescent element comprising a light-emitting layer containing multiple substrates and multiple dopants, and an electron transport auxiliary layer disposed between the light-emitting layer and an electron transport region. By organically controlling the aforementioned substrates, dopants and electron transport auxiliary layer to each have a predetermined energy level and an appropriate bandgap, the driving voltage, luminous efficiency and lifetime characteristics of the element are optimized.