40results about How to "Judgment is intuitive" patented technology

The invention discloses a method for inspecting low-magnification structural defects of titanium alloy raw materials that can detect abnormal macrostructures of titanium alloy raw materials. The method can detect tissue genetic defects caused by abnormal forging deformation of titanium alloy raw materials after ingot casting. Cut a 20mm ± 3mm thick low-magnification tissue test piece from the titanium alloy raw material, first heat it in a heating furnace at 30-40°C below the β-transition temperature for 60 minutes, then raise the power to 15-20°C above the β-transition temperature, and the furnace temperature is uniform The stability requirement is within ±5°C, keep warm for 30 minutes and then air-cool, and then observe the low-magnification structure after corrosion. This method is suitable for the inspection of the low-magnification structure of α-type, α-β-type and near-β-type titanium alloy raw materials. The judgment of the macrostructure defects of titanium alloy raw materials is intuitive and clear, and it can control the production of forgings with titanium alloy raw materials with macrostructure defects. the resulting economic losses.

The invention discloses a sensor rapid detection device, which comprises a base, a station fixing mechanism, a parameter display mechanism and an operation panel. A support plate is fixedly installed on the upper part of the base, and four symmetrically arranged legs are fixedly installed on the bottom of the base. The station fixing mechanism includes an L-shaped fixing frame, a telescopic cylinder, a fixing plate, a guide sleeve, two metal rods, a through groove, a support piece, a connecting plate, a rubber pressing block and four rubber blocks. The parameter display mechanism includes a box body, a rear Cover, controller, signal indicator light, touch display screen and power switch, the operation panel is fixedly installed on the upper part of the support plate, and the operation panel is symmetrically provided with pressing buttons and release buttons. The present invention saves trouble when fixing and taking out the sensor, can intuitively and quickly determine whether the sensor is a qualified product, can greatly improve the detection efficiency, is easy to move, easy to use, easy to lock the position, and has less vibration during work, which can prevent vibration Crack the ground.

The invention discloses a KHV (koi herpes virus) CPA (cross priming amplification) detection primer and an application. A KHV CPA detection kit comprises following ingredients: 10*ThermoPol Reaction Buffer, Bst DNA polymerase, dNTPs, cross primers CPF and CPR, detection primers DF and DR, stripping primers DPF and DPR, MgSO4, Betaine and a nucleic acid test strip. The KHV CPA detection primer has the characteristics of simplicity, convenience, rapidness and high specificity and sensitivity and is objective and direct in determination of results, low in cost, convenient to use and very safe to people and the environment. The KHV CPA detection primer not only can be used in a special laboratory, but also can be applied to rapid onsite detection in the field, only one metal bath or water bath kettle is required, and a KHV in a sample can be accurately detected within 1.5 h.

The invention provides an improved detecting method for solid phase polypeptide synthesis by use of triketohydrindene hydrate, and the method comprises the following steps of: 1) dissolving 500mg of triketohydrindene hydrate with 12.5ml of boiled distilled water to obtain a yellow solution; adding a vitamin C solution under agitation and continuously agitating after sediment for 15 minutes, moving to a refrigerator to be cooled to 4 DEG C, washing with purified water for 2-3 times, processing with a vacuum drier to obtain reduced triketohydrindene hydrate; 2) weighing 2g of Rink_Amide_MBHA resin, calculating mole number, selecting amino acid with a Fmoc protective radial, reacting for 2 hours under effect of a nitrogen methyl pyrrolidone solution with 8% of carbodiimide to obtain peptide resin, then processing with 25% of a piperidine solution for 30min to obtain peptide resin without the protective radial; and 3) taking 2-5mg of peptide resin without the protective radial, adding 300 microlitres of Buffer A and 75 microlitres of Buffer B, mixing uniformly, adding by water at 100 DEG C for 15min and placing in water at 15-20 DEG C to be cooled to room temperature; and adding 1.2ml of 60% ethanol solution, mixing uniformly, and measuring absorbance and reading the absorbance.

The invention discloses a cyprinid herpes virus type 2 CPA detection primer and application. A cyprinid herpes virus type 2 CPA detection kit comprises 10*ThermoPol Reaction Buffer, Bst DNA polymerase, dNTPs, a cross primer 1S, probe primers 2A and 3A, stripping primers 4S and 5A, MgSO4, Betaine and nucleic acid test strips. The primer has the advantages that of being easy and convenient to use, rapid, high in specificity and sensitivity, objective and visual in result judgment, low in cost, convenient to use and quite safe to people and environment. The cyprinid herpes virus type 2 CPA detection primer not only can be used in a special laboratory, but also can be applied in wild on-site rapid detection, and the cyprinid herpes virus type 2 in a sample can be accurately detected within 1.5 h through only one metal bath or water bath pot.

The invention discloses a liquid flow go-no go gauge, which comprises an energy storage device, a safety valve, an upper limit flow limiter, a lower limit flower limiter, a left stop valve, a right stop valve, an upper pressure sensor, a flow limiter to be detected, a lower pressure sensor and a flow regulation valve, wherein the safety valve is communicated with the energy storage device; the left stop valve is communicated with the energy storage device after being connected in series with the upper limit flow limiter; the right stop valve is communicated with the energy storage device after being connected in series with the lower limit flow limiter; the upper end of the upper pressure sensor is simultaneously communicated with the left stop valve and the right stop valve, and the lower end of the upper pressure sensor is connected with the oil inlet end of the flow limiter to be detected; the oil outlet end of the flow limiter to be detected is connected with the lower pressure sensor; the lower pressure sensor is communicated with the flow regulation valve. The liquid flow go-no go gauge is simple in structure, low in construction cost, economical and practical, all flow limiters can be detected on line, the detection cost can be lowered, and a judgment method is simple and direct; meanwhile, a system can run under lower pressure, difficulty in implementation is greatly lowered, and the safety is greatly improved.

The invention relates to a liver positioning tube, formed by main body and guide wire made from macromolecule materials, wherein the front of main body has at least three ball bubbles; each ball bubble has liquid outlet of liquid tube, air outlet of air tube and air bubble; the liquid tube and air tube are in the main body; the liquid outlet and air outlet extend out the front tube of main body distantly; the air bubble through to the air inlet is on the outer tube of main body; the liquid inlet and the air inlet extend outside the main body; the wire is longer than liquid tube; the wire is smaller then liquid tube. The inventive tube can use multi-chamber multi-bubble to judge the integral interface of liver, to mark target liver in short time.