8results about How to "Solve a single problem" patented technology

The invention belongs to the technical field of geotechnical engineering rock mass strength parameter testing, discloses a parameter calibration method of a Hoek-Brown empirical strength criterion, and solves the problems that an existing method depends on a single data source, is low in fitting precision and does not consider rock mass dynamic disturbance. The method comprises the following steps: acquiring indoor test and field actual measurement multi-source data, and carrying out abnormal value elimination and normalization preprocessing; constructing a rock mass disturbance coefficient dynamic correction model to correct basic parameters; an improved cuckoo-least square fusion algorithm is adopted to fit the core parameters; and the parameter precision is verified in combination with reserved data. The method is comprehensive in data source, parameters can dynamically adapt to working conditions, fitting precision is high, and the method can be widely applied to rock mass strength evaluation of geotechnical engineering such as tunnels and side slopes.

The utility model discloses a ureteral flexible mirror belongs to medical instrument technical field, including handle shell, one end of handle shell is rotatively connected with joint, the outside fixed connection of joint has mirror body sleeve, the other end fixed connection of handle shell has first channel pipe, the end of first channel pipe is communicated with first sheath pipe channel, first sheath pipe channel sets up inside handle shell, the inside fixed connection of handle shell has connecting block, and one end of first sheath pipe channel is inserted in the inside of connecting block, the utility model discloses a first channel pipe and second channel pipe are set up, better satisfy clinical treatment demand, when perfusion physiological saline maintains clear vision and operation space, another channel carries out operation, guarantees operation visual field clear, avoids the tissue damage because of visual field fuzzy, improves the operation convenience, solved the single problem of existing ureteral flexible mirror working channel.

The present application relates to the technical field of waste grinding and crushing, and more particularly to a processing device for manufacturing regenerated materials from waste slag of waste refractory bricks, which comprises a shell assembly, the shell assembly comprising a protective shell, a pretreatment assembly being installed above the protective shell, the pretreatment assembly comprising an inlet, a separation assembly being installed below the inlet, a screening assembly being installed below the separation assembly, a grinding assembly being installed below the screening assembly, and a blending assembly being installed below the grinding assembly, the device being provided with a centrifugal disc and a material container, which is conducive to separating the brick slag by utilizing the centrifugal force, and crushing the brick slag again, thereby improving the crushing effect, and the device being provided with a first material distribution pipe and a second material distribution pipe, which is conducive to screening the brick slag according to the particle size by utilizing the electric control system, and flexibly adjusting and controlling the proportion of the output materials, thereby solving the problem of single output materials of the traditional crushing device.

The utility model discloses a plasma generating device and plasma processing equipment, and relates to the technical field of plasma processing, the plasma generating device comprises a plasma generating main body and a plurality of gas transmission devices, the plasma generating main body is provided with a plurality of gas inlets and a plasma outlet, the plurality of gas inlets are communicated with the plasma outlet, the plurality of plasma generation chambers are communicated with the plurality of gas inlets and the plasma outlet, and each gas transmission device is communicated with one gas inlet, so that the gas transmission devices transmit process gas to the corresponding plasma generation chambers respectively. The plasma generation chambers are used for dissociating process gas and generating plasmas, and the gas outlet ends of any two plasma generation chambers can be connected in an on-off manner, so that the dissociated plasmas in the two plasma generation chambers can be converged and then discharged from the plasma outlet. The gas flow, pressure and composition in each plasma generation chamber can be independently controlled, so that the system management is more efficient.

This utility model belongs to the field of animal medicine, specifically a limb restraint for an animal examination table. It addresses the problem that existing simple strap designs, while capable of securing animal limbs, often lack adjustable strap lengths. Some restraints are also inflexible in design and use, with fixed positions that cannot be adjusted according to animal size and positioning. The proposed solution includes an examination table comprising a base, a worktable fixedly mounted on top of the base, and a reinforcing ring fixedly fitted onto the outer wall of the base; four restraints for securing the animal's limbs. Each restraint is located on one side of the worktable and includes a U-shaped frame and a rotating cylinder rotatably mounted inside the U-shaped frame. These restraints can be adjusted according to animal size, positioning, and limb orientation, greatly increasing adaptability and solving the problem of limited restraint mechanisms in existing examination tables, thus better meeting practical needs.

The invention relates to the field of motor control, in particular to a multi-motor compensation control method and device and a motor system. The method comprises the steps of determining a forward correlation motor and a reverse correlation motor of an abnormal motor if the abnormal motor exists every other preset time; respectively determining weight coefficients of the abnormal motor, the forward correlation motor and the reverse correlation motor; determining correction values of the abnormal motor, the forward correlation motor and the reverse correlation motor according to the deviation degree and the correction proportion of the abnormal motor so as to form a plurality of processing schemes; if the correction ratio is greater than 0, reducing the correction ratio to continuously form a plurality of processing schemes until the correction ratio is less than or equal to 0; each processing scheme is scored; and determining a final scheme according to the processing scheme with the highest score, and sending the correction values of the abnormal motor, the forward correlation motor and the reverse correlation motor of the final scheme to the corresponding motors so as to compensate the abnormal motor. The problem that the adjustment scheme is single is solved.

Embodiments of the present application relate to the field of artificial intelligence technology, and specifically provide a training method and device of an image generation model, a terminal and a storage medium. The method comprises: obtaining a first image set output by an initial image generation model to be trained; obtaining image similarity of each first image in the first image set, the image similarity comprising at least color similarity, grayscale similarity and contour similarity; calculating a loss value of a loss function of the initial image generation model according to the image similarity; updating a model parameter of the initial image generation model according to the loss value until a target image generation model is obtained. The training method of the image generation model provided by the present application can be applied to the generation of disease-related images in the medical field, solves the problem that the image set generated by the existing image generation model is relatively single, improves the diversity of the image set generated by the image generation model, and helps doctors to more vividly help patients understand relevant information of the disease, thereby better assisting the treatment of doctors.

This invention relates to a low-temperature difference indirect temperature control multifunctional bathing aid device, comprising a bathtub and a bathing chair. On one hand, this invention indirectly adjusts the temperature of the bath liquid in the bathtub based on the temperature control of the water tank, and ensures that the water discharged from the bathtub can circulate and return while maintaining equal supply and return volumes. This not only eliminates safety risks caused by temperature differences in the bath liquid, but also avoids direct temperature control. Constant temperature control is achieved while the bath liquid is flowing, preventing direct waste discharge. Furthermore, based on the massage or acupoint stimulation function created by the water jets, and the equal supply and discharge of water in the water replenishment chamber, interference between inflow and outflow is avoided. The water replenishment chamber serves as the optimal water temperature monitoring area for more accurate temperature control. On the other hand, the built-in locking mechanism eliminates interference or obstacles caused by external components, preserving the overall aesthetic appearance of the bathtub. The locking force, generated by the internal squeezing force from multiple points on the lock head, not only allows for adjustment but also reduces safety risks associated with bathing.