10 results about "Urine sediment" patented technology

1. The name of the design product: general type auxiliary urine collector. 2. The use of the design product: the design product is used for cooperating with urine sediment test tube to quantitatively collect urine. 3. The design points of the design product: in shape. 4. The picture or photo best indicating the design points: perspective view.

The application discloses an open set recognition method for urine red blood cells, white blood cells and calcium oxalate crystals. The method comprises the following steps: collecting images of urine red blood cells, white blood cells, calcium oxalate crystals and similar impurities under a microscope, and constituting a data set after professional physician labeling; performing a combined data enhancement operation on the data set, and completing data normalization; secondly, constructing a urine sediment open set recognition network based on a conditional variational autoencoder; setting a multi-constraint optimization objective function and network training parameters; then, obtaining a pre-training model, and further migrating the pre-training model to the urine sediment data set for training; finally, testing the model classification performance, and calculating the recognition accuracy. The application is mainly applied to the field of medical images and urine formed element testing scenes, and has high accuracy and good applicability.

The application discloses a bladder cancer cell segmentation method and device based on urine sediment microscopy and a storage medium; the method comprises the following steps: taking a urine sediment microscopy image as an input image, inputting the input image into a detection model, marking a high-suspected cancer cell area in the input image through the detection model, and generating a boundary box; segmenting the high-suspected cancer cell area in the boundary box through a segmentation model, obtaining a mask of each cancer cell, deleting the corresponding boundary box if the mask is empty or the area ratio is lower than a preset threshold, mapping the effective mask back to the input image, merging all the effective masks, and generating a segmentation result of the cancer cells. The detection model can effectively reduce the processing range of the segmentation model, avoid the waste of computing resources caused by full-image search, and improve the processing speed. The segmentation model can automatically filter out false detection or invalid areas, and ensure the accuracy and reliability of the segmentation result.

The present application relates to a urine treatment method and a urine treatment system. Specifically, the present application discloses a urine treatment method, comprising the following steps: S1. Dehydrating urine without separating urine sediment and supernatant in advance, gradually dehydrating the urine, and sequentially precipitating various crystals until all of them are precipitated; S2. Qualitatively and / or quantitatively analyzing at least one of oxalate, uric acid and urate, phosphate, magnesium ammonium phosphate, and cystine crystals with specific crystal morphology in the crystals to obtain relevant parameters of the target crystals. The present application also discloses a urine treatment system for implementing the urine treatment method.

1. Name of the design product: Full-automatic urine formed element analyzer (U 650). 2. Use of the design product: Applied to medical and health undertakings, and can analyze human urine. 3. Design points of the design product: In shape. 4. Picture or photo best indicating the design points: Perspective view.

The embodiment of the application discloses a kind of intelligent urological postoperative nursing equipment and system, wherein nursing equipment includes: nursing equipment ontology, for providing postoperative rest environment for patient;Fixing component is arranged on nursing equipment ontology, for fixing patient urine bag;Image acquisition equipment is arranged in the vicinity of fixing component, for collecting urine bag image;Vital sign acquisition equipment is arranged on equipment ontology, for collecting the vital sign parameter of patient;Analysis equipment is used to obtain urine sediment, urine color and urine volume data according to urine bag image, and determine the posture parameter of nursing equipment ontology according to urine sediment, urine color, urine volume data and vital sign parameter;Adjusting component is used to adjust the posture of nursing equipment ontology according to the posture parameter of nursing equipment ontology.

The utility model relates to a rapid urinary sediment filtering device which comprises an extrusion structure and a filtering structure, urine is pushed by the extrusion structure to pass through the filtering structure, the filtering structure comprises a plurality of layers of ultra-thin filtering membranes, the aperture of each ultra-thin filtering membrane is 8-10 microns, and the thickness of each ultra-thin filtering membrane is 30-50 microns. The extrusion structure comprises a push rod, a piston and an extrusion cup, a through hole is formed in the lower end of the extrusion cup, and the through hole is connected with the filtering structure. According to the device, a multilayer grid structure with layer gaps formed among the multilayer ultra-thin filter membranes is fully utilized in a manner of overlapping and combining the multilayer ultra-thin filter membranes, so that sufficient urine can quickly pass through the filter membranes without blockage, urinary sediment is deposited on the filter membranes to the greatest extent, and the subsequent detection requirements are met. The device does not need additional equipment assistance, can be operated by a patient or family members at home, is suitable for more environments and places, and is simple in structure, small in size and convenient for mailing.

This invention provides a disposable separable urine collection device, including a funnel, a valve connected to the bottom of the funnel, a tube connected to the bottom of the valve, and the top of the tube communicating with the bottom of the funnel via the valve; a test tube with a cap at its opening and an insertion hole on the cap communicating with the test tube; the bottom of the tube being inserted into the insertion hole; a partition plate horizontally arranged inside the funnel, the partition plate being composed of a fixed plate and a movable plate connected by a hinge, the outer edge of the fixed plate being fixed to the inner wall of the funnel; a vertical tube arranged on the fixed plate, the bottom of the vertical tube penetrating the fixed plate. This invention solves the technical problems of existing technologies such as small cup opening, inconvenient pouring, inaccurate measurement, easy forgetting, and urine sediment affecting detection.

The invention provides a device for predicting urothelial carcinoma and a storage medium, and belongs to the technical field of gene detection.The device comprises a sample obtaining module used for obtaining genome DNA of urinary sediment cells of a subject; the CNV detection module is used for performing low-depth whole genome sequencing and data analysis on the urinary sediment DNA to obtain a CNV detection result; the methylation detection module is used for performing methylation detection on a specific gene when the CNV detection result is positive to obtain a methylation detection result; and the risk assessment module is used for determining a risk level based on the CNV detection result and the specific gene methylation detection result. By integrating the advantages of various molecular markers, layered evaluation is realized, so that the accuracy of risk evaluation is improved, the false positive rate is reduced, risk early warning is provided for early low-grade patients, meanwhile, the cost benefit is considered, and a more reliable basis is provided for individualized treatment of urothelial carcinoma.