62results about How to "Reduce process error" patented technology

The invention discloses a touch control display device, a manufacturing method thereof and electronic equipment. When the touch control display device is manufactured, a via hole enabling a connecting electrode to be connected with a touch control electrode and a common electrode and a via hole enabling a pixel electrode to be connected with a data line metal layer can be formed through one photolithographic process. Manufacturing technology is simple, technological error is small, production period is short, production cost is low, and production efficiency is improved greatly.

The invention relates to a medical instrument for interventional therapy. The medical instrument comprises at least one fabric body and a fixing and connecting device, wherein each fabric body is composed of a plurality of knitting yarns, and a part of the knitting yarns is provided with knitting yarn fixing ends; and the fixing and connecting device comprises an inner sleeve and an outer sleeve, the inner sleeve is fixed in the outer sleeve, the knitting yarn fixing ends are fixed between the inner sleeve and the outer sleeve, the inner sleeve is completely hollow and two ends of the inner sleeve are open. The medical instrument solves the problems that an existing fixing and connecting device for the fabric body planted into the medical instrument protrudes outwards or protrudes much and the like, so that the outer surface near the fixing and connecting device is flatter, and safe, convenient and controllable threaded connection manner is reserved.

The invention provides an annular glass surrounded glass-blown miniature hemispherical resonant gyroscope and a manufacturing method thereof. The gyroscope comprises a cuboidal silicon base, a hemispherical shell type central resonator, an annular glass shell and eight metal electrodes formed on annular glass, wherein the eight electrodes are uniformly distributed around the central resonator, consist of four drive electrodes and four detection electrodes and are connected to pins through leads; the drive electrodes and the detection electrodes can achieve electrostatic drive and detection through applying positive and negative voltage to corresponding pins; the hemispherical shell type central resonator and peripheral annular glass are manufactured by adopting a glass blowing process. The gyroscope adopts an MEMS (Micro-Electromechanical Systems) process for processing, is simple in structure, small in volume and relatively high in accuracy, and has great development prospects.

The invention discloses a dynamic system multi-physics field imaging detection system which comprises a digital projection illuminating device. The digital projection illuminating device is arranged right in front of a measured vibration object, multi-spectral cameras are symmetrically arranged on the two sides of the digital projection illuminating device, and the surface of the measured vibration object radiates under the irradiation of the digital projection illuminating device. A synchronous sampling device controls the multi-spectral cameras to capture a radiance image of the measured vibration object at the same time, an image capture card is connected with the multi-spectral cameras to be used for collecting data and outputting the image data to an information storing device and an information processing system, the synchronous sampling device is connected to the information processing system, and the information processing system is a PC. According to the dynamic system multi-physics field imaging detection system, a digital projector is used for lighting, the synchronous sampling system is additionally arranged, so that measuring errors are reduced, and the measuring accuracy is improved; the wavelength measuring range is wide, a plurality of wavebands can be measured, the multiple physical quantities such as the vibration source temperature and the materials can be detected, and therefore the measuring reliability and the measuring precision are improved.

The invention discloses an automobile minimum turning radius measuring system which comprises a GPS signal receiving module, a real-time data transmission module, a GPS real-time data processing module and a reference station. The real-time data transmission module and the GPS real-time data processing module are installed on a tested vehicle, the GPS signal receiving module is installed in the middle of a connecting line of two rear wheels of the tested vehicle, and the reference station is arranged at a position outside the tested vehicle; data transmission is carried out among the GPS signal receiving module, the real-time data transmission module and the GPS real-time data processing module through cables, and data transmission is carried out between the GPS signal receiving module andthe reference station in a wireless mode. The invention further provides a measuring method based on the automobile minimum turning radius measuring system. The method can measure the minimum turningradius of the automobile more conveniently and accurately.

The invention discloses a ground wiring pattern for reducing the standing-wave ratio of a microwave monolithic integrated circuit (MMIC), which is characterized in that the ground wiring pattern at least comprises a pattern unit, wherein the pattern unit is composed of a signal microstrip line which is printed on a printed circuit board and a domain plane and which has a Z-shaped projecting pattern, and earth wire grounded through holes distributed along the signal microstrip line. The invention can reduce the increase in standing-wave ratio caused by the inductance of metal jumper wire and the processing error of capacitance blocking capacitor, and facilitate the installation of the elements required for the regulation of standing-wave ratio, without inducing large parasitic inductance. Therefore, the invention can reduce the mismatched sensitivity of input/output terminals to the change of imaginary impedance, improve the standing-wave ratio, and increase the success rate of MMIC test.

The invention provides a water environment data transmission system and method based on Internet of Things, belonging to the technical field of Internet of Things. The water environment data transmission system comprises a collection module, a protocol analysis and conversion module, a data processing module, a data transmission management module, a database and an application layer module. The method comprises a collecting step, a protocol analyzing and converting step, a data processing step, a data transmission management step, and a database and application layer step. The water environment data transmission system and method can be applied to various water environment monitoring systems, and have the advantages of real-time data monitoring, high accuracy and the like.

The invention discloses a method for automatically determining a layout area of a safety sign at a construction site. In the method, the eye movement indicators such as the visit time, fixation times, pupil diameter, regression times and the like of operating staff to each area at a construction site are captured in real time by an eye tracker, main concerns of the operating staff are automatically found out, and the layout area of the safety sign is determined. According to the invention, the rationality of the layout area of the safety sign at the construction site can be improved, the precaution ability of the operating staff is thus improved, and the occurrence of accidents is reduced or avoided.

The invention belongs to the field of high-performance fibers, and particularly relates to a preparation method of poly(p-phenylene benzobisoxazole) fibers. The preparation method comprises the following steps of taking frozen polyphosphoric acid powder, phosphorus pentoxide, 4,6-diaminoresorcinol hydrochloride and terephthalic acid as raw materials, putting the phosphorus pentoxide into a reaction system step by step in a reasonable proportion in a proper time period, and detecting and regulating the apparent viscosity of the materials in real time in a prepolymerization process to ensure that a prepolymer with uniform apparent viscosity is obtained; performing post-polymerization to obtain PBO spinning slurry; and performing dry-jet wet spinning and post-spinning to obtain the finished PBO fibers. The method overcomes the defects that traditional solid raw materials are poor in solvent mixing and dispersing effect, easy to agglomerate and incapable of uniformly reacting, ensures the consistency of a prepolymerization reaction end point, and reduces the process errors. The intrinsic viscosity of the polymer in the same batch in different time periods is small in change and high, the mechanical property of the fibers can be obviously improved, and the quality stability is also improved.

The invention provides a data processing method for realizing bond discount and premium distribution, a server and a system. The data processing method comprises the following steps of: firstly, acquiring data processing request information including bond information from a trade processing server; secondly, generating an actual day rate approximate value of the bond according to the bond information, and making the bond discount and premium distribution be zero at the expiration date of the bond; thirdly, detecting whether the actual day rate approximate value is less than the precise threshold value; fourthly, generating the actual day rate when the discount and premium distribution is zero according to the actual day rate approximate value less than the precise threshold value finally, sending the data processing information including the actual day rate to an account checking server. By processing the data of the bond discount and premium, the embodiment of the invention reduces the data processing error and improves the data processing speed.

The invention discloses a floating rate bond pricing and risk interest arbitrage method, which relates to the technical field of financial market activities. The floating rate bond pricing and risk interest arbitrage method comprises the following steps: analyzing according to an existing national debt on-demand yield curve, calculating an implicit long-term base rate through a no arbitrage principle, judging implicit interest rate raising anticipation in the on-demand yield curve through a long-term base rate level, and combining with practicality to judge corresponding investment value; obtaining a data processing request message containing bond information from a transaction processing server; according to the bond information, generating the actual daily rate approximate value of bond, and causing that the discount or premium distribution on the same day of a bond due date is zero; detecting whether the actual daily rate approximate value is smaller than a precision threshold; and according to the actual daily rate approximate value which is smaller than the precision threshold, generating the actual daily rate when the bond due date is zero. The implicit future base rate anticipation of the floating rate bond is directly obtained by virtue of a rate exchange market, data processing errors are reduced, and the method is visual and simple and is favorable for investors to make a decision.

The invention relates to a production process for a left-rear side inner car door panel assembly. The production process comprises the following steps: welding an upper frame assembly; welding an anti-collision rod assembly; welding the inner car door panel assembly; locating the inner car door panel assembly; installing the upper frame assembly; locating an upper nut plate and a lower nut plate; clamping the upper frame assembly, the inner car door panel assembly, the upper nut plate and the lower nut plate through a clamp, and welding contact points of the upper frame assembly, the inner car door panel assembly, the upper nut plate and the lower nut plate; installing an outer panel support plate; clamping the outer panel support plate through a clamp, and welding contact points of the outer panel support plate and a fixture in an eighth step; installing the anti-collision rod assembly; and clamping the anti-collision rod assembly through a clamp, and welding contact points of the anti-collision rod assembly and a fixture in a tenth step. According to the production process, a process error of the left-rear side inner car door panel assembly is reduced, a large fit clearance or fit extrusion of the left-rear side inner car door panel assembly is avoided, assembly and machining for left-rear side outer car door panels relative to the left-rear side inner car door panel assembly is benefited, and the rejection rate of left-rear side car doors is reduced.

The invention belongs to the field of inorganic luminescent materials, and discloses a high-sensitivity upconversion fluorescence temperature probe material. The molecular formula of the probe material is Yb/Tm/Sr:NaGd (MoO4)2. The high-sensitivity upconversion fluorescence temperature probe material has the advantages that a selected fluorescence emission peak has a long distance and excellent screening performances, data processing errors are greatly reduced, molybdenum serves as a substrate, crystal field environments around rare earth ions are adjusted by the aid of alkaline earth Sr2+, and the variation amplitude of fluorescence intensity ratio is greatly improved, so that the high-temperature detection sensitivity of the upconversion material is achieved.

The embodiment of the invention provides a display panel, a display device and a preparation method of the display panel, and aims to reduce the production process deviation of the display panel. Thedisplay panel comprises a first substrate and a second substrate which are oppositely arranged, a plurality of light-emitting units which are located on the side, facing the second substrate, of the first substrate and comprise display units and marking units; the second substrate is provided with a positioning mark, and the marking unit and the positioning mark are arranged in an aligned mode. Inthe embodiment of the invention, the process error of the display panel can be reduced by reusing the light-emitting unit as the marking unit.

The invention provides a high-efficiency coupling structure among silicon-based optical waveguides and a manufacturing method thereof. The structure comprises: (1) a standard silicon-based optical waveguide, which is 450-500 nanometers in width and serves as a waveguide of an optical device; (2) a tapered transition waveguide, which is 10-20 micrometers in length and serves as a transition waveguide among optical waveguides with different widths; and (3) a coupled zone fine waveguide, which is 380-420 nanometers in width and 10-15 micrometers in length and serves as an evanescent wave coupling waveguide. The manufacturing method includes the following steps: 1) using a photoresist to make a mask on a silicon-on-insulator; 2) making a trapezoid silicon-based optical waveguide through an inductively coupled plasma through etching; and 3) removing the photoresist mask and thus finishing manufacture of the high-efficiency coupling structure among silicon-based optical waveguides. The advantages are as follows: the trapezoid fine waveguide is adopted to serve as a coupling waveguide in a coupled zone, so the coupling efficiency among waveguides in a condition of the same coupling space is increased, a space among waveguides in a condition of the same coupling efficiency is increased, technical errors generated by proximity effects when electron beams etch the coupled zone are reduced, and technical tolerances are increased.

The invention provides a terahertz quasi-elliptic waveguide filter that is easy to implement by CNC. The filter comprises an upper structural block and a lower structural block. The upper structural block and the lower structural block are detachably connected, and an H-face single-sided crack waveguide structure is arranged between the upper structural block and the lower structural block. The H-side single-sided crack waveguide structure comprises a source input waveguide, a load output waveguide and four resonant cavities in the same size. The four resonant cavities are arranged in a foldedmanner along an H-face, and adjacent resonant cavities are magnetically coupled, and cross electric coupling is used between non-adjacent resonant cavities. The high-frequency filter can be processedby a CNC process and gold is plated on an outer layer. The filter operates in a 220 GHz band and has a low insertion loss characteristic of -0.6 dB, and two distinct zero points near a passband existout of a band, so that the edge selection characteristic of the filter is very good, that is, the filter has a quasi-elliptical response. The filter is applied to a terahertz detection system to achieve continuous spectrum astronomical observation with 10% bandwidth in the 220 GHz band.

The invention discloses a process method for improving interlayer alignment accuracy in multilayer co-fired ceramic circuit processing. The process method comprises a step of inhibiting deformation of raw ceramic and a step of coating with an adhesive coating before lamination. The step of inhibiting deformation of the raw ceramic comprises: firstly, carrying out demoulding and aging on the raw ceramic, then carrying out secondary lamination on the aged raw ceramic, eliminating a residual stress between a film and the raw ceramic, and reducing a deformation quantity to below 0.03% from conventional over 0.06%; the step of coating with the adhesive coating before lamination comprises the following steps: before the raw ceramic is laminated, coating the raw ceramic with one layer of adhesive coating on a hot plate with a temperature of 35 DEG C to 50 DEG C, implementing adhering of adjacent layers of raw ceramic after lamination, integrally fixing each layer of raw ceramic, and then proceeding a subsequent process. The adhesive coating can be decomposed and discharged at a temperature interval of 400 to 600 DEG C, does not interfere performance of a circuit substrate and has excellent compatibility. The process method disclosed by the invention has the advantages of low cost, wide application range and convenience in use; interlayer alignment accuracy of the circuit substrate can be effectively improved; alignment accuracy is below 30mu m.

The invention relates to the field of data identification, in particular to a two-dimensional code forming and capturing technology. The invention provides a quick positioning two-dimensional code positioning point dot matrix forming and capturing method. The two-dimensional code positioning point dot matrix forming method comprises the following steps: setting or reading a positioning point datadot matrix; drawing four centrosymmetric main positioning point lattices on a set background; and adding a positioning interval area to the periphery of the main positioning point dot matrix. The technical problems of long positioning time consumption and high positioning error rate during two-dimensional code identification are solved, the reliability of two-dimensional code positioning is enhanced, the identification efficiency is improved, and the pollution of positioning points and data is reduced.