43 results about "Urine sediment" patented technology

Visual analysis of urine samples is carried out with the use of a slide consisting of three layers containing an enclosed viewing chamber which receives a urine sample deposited by pipette into an opening on the outer layer of the slide. From the inlet opening the sample enters an inlet chamber in the middle layer and passes through a capillary passageway into the viewing chamber where it is inspected for particles and sediments.

A full-automatic urine detector includes a patient information system, a urine sample retention system, a urine storage system, a urine routine detection system, a urinary sediment detection system and an internal cleaning system. The patient information system records basic information of patients and provides a certificate for accessing and exiting the urine sample retention system; the urine sample retention system contains the urine storage system; the urine storage system is connected with the urine routine detection system, the urine sediment detection system and the internal cleaning system; the urine routine detection system and the urine sediment detection system check out results, and send the results to a central testing laboratory and a supervisor doctor through the network; the internal cleaning system cleans the whole detector. The detector solves real-time detection of urine, is safe and accurate, improves inspection conditions, has the advantages of safety and health, eliminates environmental pollution, allows the whole instrument to automatically work, eliminates human operation factors, and improves the efficiency.

A fully-automatic urine testing apparatus, comprising a patient information system, a urine sampling system, a urine storage system, a routine urine testing system, a urine sediment testing system, and an internal washing system. The patient information system records the basic patient information and provides records of the urine entering and exiting the urine sampling system; the urine sampling system comprises the urine storage system connected to the routine urine testing system, the urine sediment testing system and the internal washing system; the routine urine testing system and the urine sediment testing system provide testing results, and the results are transmitted to a central lab and the responsible doctor via a network, and the internal washing system washes the whole testing apparatus. The testing apparatus realizes real-time testing, improves testing conditions and efficiency, eliminates pollution and factors of human operation, and is safe, sanitary and efficient.

The invention relates to methods and biomarkers (e.g., epigenetic biomarkers) for detection of bladder cancer in biological samples (e.g., tissue samples, urine samples, urine sediments). In some embodiments, methods and biomarkers of the present invention find use in discriminating between bladder cancer, prostate cancer and renal epithelial tumors.

The invention discloses an integrated nephrology urinary sediment microscopy device which mainly comprises a base body, a high-speed centrifugal device, a liquid taking telescopic device and a microscopy device body. The high-speed centrifugal device is embedded into the base body, the liquid taking telescopic device is connected on the upper portion of the base body through a vertical column and a horizontal supporting plate, the microscopy device body is connected on the upper portion of the horizontal supporting plate through a vertical supporting plate, a first liquid guide protection sleeve and a second liquid guide protection sleeve are longitudinally, bilaterally and parallelly arranged in the inner middle of the liquid taking telescopic device and sleeve a liquid supernatant guide pipe and a urinary sediment guide pipe in a penetrated manner, one end of the liquid supernatant guide pipe is connected with a waste liquid bottle, and the upper end of the urinary sediment guide pipe is communicated with a double-layer slide in the microscopy device body. The device is reasonable in design and convenient to operate, and working efficiency can be greatly improved.

In the present invention are a method and apparatus for processing a block to be processed of a urine sediment image. The method comprises: dividing a block to be processed into a plurality of grids; calculating an n-dimensional local feature vector of each grid of the plurality of grids, where n is a positive integer; in the block to be processed, merging at least two adjacent grids of the plurality of grids into an intermediate block; calculating an intermediate block merging feature vector of the intermediate block; according to a predetermined combination rule, combining the intermediate block merging feature vectors obtained for different intermediate blocks of the block to be processed into a general combination feature vector of the block to be processed; and by way of taking the general combination feature vector as a feature in a feature set of block processing, processing the block to be processed.

The invention relates to a container (1) suitable for containing urine for the determination of analytes and / or chemical-physical parameters and the determination of urine sediment by an automatic analyzer, said container comprising a) a containing area (9) having an opening (3) with a tightenable and pierceable closure element (4); b) a reading area (5) with one or more proportional bars integrated into the inner wall of the container; a color reactive pad (6); c) an impermeable and pierceable separation membrane (10) located between the containment area (9) and the reading area (5). The invention also relates to a method of performing a total urine test with an automatic analyzer, including physico-chemical detection and urine sedimentation, comprising the following steps: a) extracting urine from a primary collection container by suction regulated by a pre-calibrated vacuum filling the above-mentioned container (1); b) loading said container (1) on said automatic analyzer; c) piercing said closure element (4) with a sampler and mixer needle (20); d ) mix the sample in the containment area (9), and take out a certain amount of urine and transfer it to the analyzer for automatic reading of urine sediment; e) puncture the septum (10), and retract the sampling needle (20) to allow the urine to flow into the reading area (5); f) wait for a specific time to produce a color reaction; g) perform automatic reading of the colorimetric reaction using a sensor integrated into the analyzer .

The invention discloses a buccal medicine for curing chronic pharyngitis, which is super cell class micro powder(more than 300 meshes) Chinese traditional medicine powder agent confected by adopting borax, figwort, liquorice, urine sediment soap nut tree, soapberry, indigo, borneol, mint, native achyranthes, swamp mahogany and honeysuckle. The medicine of the invention is easy in material picking,convenient in preparing, low in cost and high in healing rate which reaches 90 percent; the total effective rate is 97 percent.

The invention relates to a Chinese medicine for treating stomatitis by purging liver-fire. The Chinese medicine is characterized by consisting of the following medicinal materials in part by weight: 25 parts of natural indigo, 20 parts of borax, 20 parts of human urine sediment, 15 parts of catechu, 20 parts of mint, 20 parts of puffball, 10 parts of borneol and 5 parts of antelope horn. Experiments prove that the Chinese medicine can treat stomatitis of livestock safely and effectively.

The invention discloses a Chinese medicament for promoting fracture healing, which is prepared from human urine sediment, gallnut, prepared native copper, Clematis chinensis, lopseed, common myrrh, frankincense, Davallia mariesii and dragon blood which are taken as raw medicines and uniformly mixed and finely grinded into powder. When the Chinese medicament for promoting the fracture healing is used, a proper amount of the medicament is taken, added with vinegar, and mixed into a mixture in a shape of porridge, and the mixture is boiled, laid on cotton fabric, applied to an affected part, fixed by bandage when the temperature is suitable for the skin, and changed once per three days. Clinical observation of selected cases for more than ten years shows that the treatment period of the externally applied Chinese medicinal powder is one month, and the externally applied Chinese medicinal powder cures approximately 10,000 fracture patients. The patients can be healed after half a year by the fixation of general gypsum steel plates, but can be completely healed after two to three months by external application of the medicament in a fitting way, and the total effective rate of the medicament is 99 percent.

The invention relates to a Chinese medicine for treating stomatitis by purging liver-fire. The Chinese medicine is characterized by consisting of the following medicinal materials in part by weight: 25 parts of natural indigo, 20 parts of borax, 20 parts of human urine sediment, 15 parts of catechu, 20 parts of mint, 20 parts of puffball, 10 parts of borneol and 5 parts of antelope horn. Experiments prove that the Chinese medicine can treat stomatitis of livestock safely and effectively.