69results about How to "Leaps of improvement" patented technology

The invention discloses an intelligent mark line printing machine and an automatic line printing technology adopting the intelligent mark line printing machine. The line printing machine comprises a machine table, a conveying belt, a line printing assembly, a drying device and a material collecting and stacking device. The conveying belt is matched with the machine table, and the line printing assembly is arranged on the machine tables and used for printing lines. Through a video camera, automatic visual positioning is performed, in combination with printing parameters set in a controller, positioning and generation of ink spraying trails are automatically performed on printed materials, then ink spraying line printing is finished in a full-automatic mode through the line printing assembly, the printed materials are automatically dried and collected, and therefore intelligent and automatic operation is achieved in the whole operation process.

A high-frequency circuit comprising a switch circuit connected to an antenna terminal, first and second diplexer circuits connected to the switch circuit, first and second power amplifier circuits connected to the first diplexer circuit, first and second bandpass filter circuits connected to the first and second power amplifier circuits, a third bandpass filter circuit connected to the second diplexer circuit, a detection circuit disposed between the switch circuit and the first diplexer circuit, and a low-noise amplifier circuit disposed between the switch circuit and the second diplexer circuit.

An Ni-based heat-resistant alloy which contains 0.15% or less of C, 2% or less of Si, 3% or less of Mn, 0.03% or less of P, 0.01% or less of S, 15% or more but less than 28% of Cr, 3-15% of Mo, more than 5% but 25% or less of Co, 0.2-2% of Al, 0.2-3% of Ti, from fn to 0.08% of Nd, while satisfying 0 = 0.4Nd, and which additionally contains, if necessary, a specific amount of at least one element that is selected from among Nb, W, B, Zr, Hf, Mg, Ca, Y, La, Ce, Ta, Re and Fe, with the balance made up of Ni and impurities. (In this connection, fn = 1.7 10-5d + 0.05{(Al/26.98) + (Ti/47.88) + (Nb/92.91)}, wherein d represents the average crystal grain size ([mu]m) and each chemical symbol for an element represents the content (mass%) of the element. In addition, in cases where W is contained, Mo + (W/2) = 15% is satisfied.) This Ni-based heat-resistant alloy has dramatically improved ductility after long-term use at high temperatures, and is capable of avoiding SR cracking that is a problem during repair welding and the like. Consequently, the Ni-based heat-resistant alloy is suitable for use as a pipe material, a thick plate for heat-resistant pressure-resistant members, a rod material, a forged article and the like in boilers for power generation, chemical industry plants and the like.

The invention provides a fruit protection bag which can be covered on fruits such as grapes, pears, apples and the like to protect the fruits from being damaged by birds or sunburn. The fruit protection bag comprises a bag main body made from a transparent or semitransparent thermoplastic resin film and a light scattering part made from thermoplastic resin, wherein at least two side edges of the bag main body except for an opening part are melted and covered; the whole surface is provided with a plurality of venting pores; and the light scattering part is folded on either side or two sides of the back surface of the bag main body and is melted and covered on two side edges close to the opening part in a stripping mode. The fruit protection bag further comprises a tightening installation part, and the tightening installation part consists of one of a raised tightening rope, a tightening installation piece or a tightening metal wire, wherein the tightening rope is melted and covered close to the opening part of the bag main body, is used for tightening the bag main body on a support branch part, is provided with a clamp bulge and is made from thermoplastic resin; the tightening installation sheet is made from the thermoplastic resin; and the tightening metal wire is covered by the thermoplastic resin. The light scattering part is formed by mixing the thermoplastic resin with one of white colorant, pearl colored colorant or metallic powder or printing or coating on a film.

Disclosed is a cellulose-based filter aid with high turbidity removal capability, and a manufacturing method thereof. This method of manufacturing a filter aid involves (A) grinding and/or thermochemically treating a cellulose-containing biomass to obtain a pre-treated biomass, (B) a step for treating with cellulase the pre-treated biomass obtained in step (A) to obtain a cellulase-treated product, and a step (C) for obtaining the solid component of the cellulase-treated product of step (B). This cellulose-based filter aid contains the water-insoluble cellulase-treated product of a cellulose-containing biomass.

The invention discloses a polygonal cutting blade with bulge parts in a hole and a cutter. The polygonal cutting blade comprises a blade body consisting of an upper surface, a lower surface and a plurality of side surfaces connected with the upper surface and the lower surface, wherein a center hole penetrating through the upper surface and the lower surface is formed in the blade body, the bladebody is in central symmetry about the central axis of the center hole, each side surface and the upper surface intersect to form a plurality of cutting edges, one bulge part is arranged in the position, corresponding to each side surface, of the inner surface of the center hole, and the bulge parts directly face the corresponding side surfaces. The cutting blade has the characteristics of positioning reliability and stability, multiple clamping and long service life. The cutter comprises the cutting blade, fastening screws and the center hole of the cutting blade produce over-positioning multidirectional clamping under multiple constraints, deformation directions and areas unfavorable for fasteners are effectively controlled, the vibration of the cutting blade can be effectively attenuated during cutting, and the service life of the cutter is prolonged.

The invention discloses a double-flat-tail striking fishing float comprising a float body in the middle, a float tail on the upper portion and a float foot on the lower portion. A float cell coating is arranged on the surface layer of the float tail. The fishing float is characterized in that the float tail is provided with a large flat tail structure and a small flat tail structure comprising at least one flat strip-shaped small flat tail section; the large flat tail structure comprises at least one large flat tail section, and each large flat tail section comprises a left flaky wing and a right flaky wing; the visual surface width of the large flat tail structure is larger than that of the small flat tail structure, the thickness of the wings in the large flat tail structure are smaller than that of the small flat tail structure, and the total length of the large flat tail structure is smaller than that of the small flat tail structure. The visual effect, sensitivity and turning-over performance of the fishing float can be greatly improved, and the fishing float is obviously improved in the aspect of drifting resistance, the aspect of turning-over water resistance, the aspect that a striking fishing float cannot be arranged in the middle of a float tail easily and the aspect of float body and float foot performance.

The invention discloses a circular blade with an accurate positioning structure and a cutting tool. The circular blade comprises a blade body, wherein the blade body is composed of an upper surface, a lower surface and a side face which is used for connecting the upper surface with the lower surface; and the blade body is provided with a center hole which penetrates through the upper surface and the lower surface, the blade body is centrosymmetric relative to the central axis of the center hole, the upper surface intersects with the side face to form a cutting edge, the inner surface of the center hole is provided with at least two lug bosses, and the included angle between every two adjacent lug bosses is smaller than 180 degrees. The cutting blade has the advantages that positioning is reliable and stable, multi-ply clamping can be achieved, and the service life is long. The cutting tool is provided with the circular blade, sliding or rotating of the circular blade in the peripheral direction in the using process can be eliminated, the stability of the cutting edge in a cutting region is guaranteed, other cutting processes are prevented from participating in one cutting process, the usable frequency of the circular blade on the cutting tool is effectively stabilized, and then the service life of the cutting tool is prolonged.

A electrical drive valve used as a material for specific parts such as retainers (46, 47) is directly exposed in a coolant and is repetitively touched and impacted. The valve uses the following materials: PPS resin with high hardness and excellent chemical resistance, any one of PEEK resin and PTFE resin as a parent material, and reinforcement material with lower hardness than the parent material and with solid lubricant property, such as carbon, graphite, carbon fibers and other carbon substances, the reinforcement materials being mixed into the parent material. The valve can improve the wear resistance of parts subjected to repeated hitting and impact such as retainers, bad actions induced by abrasion powder are not likely to be generated, and the endurance and reliability can be improved.

The invention discloses an application of the electrostatic printing technology to intelligent manufacturing of decoration panels, the decoration panels and a preparation method thereof. The technology inertial thinking that existing decoration panels are manufactured through the screen printing technology consistently is broken, all colors of patterns are simultaneously printed on the decoration panels at a time through electrostatic printing, efficient printing is achieved, platemaking is not needed, and the patterns are clear.

The invention relates to an optical lens for adjusting the compensation back focal length through the combination of horizontal and vertical light paths. The optical lens comprises a lens cone. A lens base is arranged on the lens cone. A beam splitter prism for splitting light beams into horizontal light beams and vertical light beams is arranged inside the lens base. The optical lens is technically characterized in that a horizontal light filter set and a horizontal driving mechanism are arranged on the lens base in a slidable mode, the horizontal light filter set is composed of a plurality of horizontal light filters of at least two thicknesses, and when the horizontal driving mechanism drives the horizontal light filter set to move by a displacement, the horizontal light beams correspondingly penetrate through one horizontal light filter; a vertical light filter set and a vertical driving mechanism are arranged on the lens base in a slidable mode, the vertical light filter set is composed of a plurality of vertical light filters of at least two thicknesses, and when the vertical driving mechanism drives the vertical light filter set to move by a displacement, the vertical light beams correspondingly penetrate through one vertical light filter. The optical lens is simple in structure and can adjust the compensation back focal length through the combination.

Inner stereoscopic light projection curing forming 3D printing equipment mainly comprises a laser projection module, a light reference plane module, a light reference plane module lifting system, a resin tank, a forming platform, a forming platform lifting system, a control system, a power supply system and a body framework. Curing forming is carried out in liquid resin. Multiple beams of light with specific wavelength are used for irradiating photosensitive resin, the unit light strength of each beam of light is lower than that of light required for photosensitive resin curing, but the unit irradiation strength generated after several beams of light coincide is higher than that required for photosensitive resin curing. When the irradiation strength reaches the light intensity required when the photosensitive resin is subjected to a curing reaction, the liquid photosensitive resin of this part can generate a polymerization reaction so as to be cured into solids, and the liquid resin iscontinuously cured from bottom to top according to the cross section of an objected needing to be formed so that a practical object of a model can be obtained.

Provided are: a molded article including 10%-40% by mass reinforcing fibers (A) and 60%-90% by mass matrix resin (B) having as the main component thereof a polyarylene sulphide; and a molding material for obtaining same. The molded article fulfils conditions (I)-(IV) and has a tensile strength in the primary orientation direction of the reinforcing fibers (A) in the molded article of at least 240 MPa. (I) The strand tensile strength of the reinforcing fibers (A) is 1.5-5.5 GPa; (II) the number-average fiber length of the reinforcing fibers (A) is 0.4-10 mm; (III) the tensile elongation of the matrix resin (B) is 1.5%-10%; and (IV) the interfacial shear strength between the reinforcing fibers (A) and the matrix resin (B) is at least 20 MPa.

The invention is a kind of IC test equipment, including main framework and test heat, the main framework including image generator and logic comparator and the test head far away from the framework but close to where the testing IC is. The framework also includes light source and photoelectric converter; the test head also includes electric medium base piece and the optical branch part and the optical converging part formed on the base piece mutually parallel to form the first and second optical wave-guide, the first and second electrode and the shared electrode between the two parts. Providethe ersponsive signal output by IC for the optical-output type voltage sensor, transmit the optical signal from the sensor to the framework and use the optical signal to receive the responsive signalbetween the framework and the test head, which can make high-speed operation.

The purpose of the present invention is to provide a device, a method, a program, and a recording medium with the program recorded thereon, for calculating, quickly and with high precision, differences in free energy between different molecules. To achieve this purpose, in this device, method, program, and recording medium with the program recorded thereon, Delta G is calculated on the basis of mathematical formula (1).