33results about How to "Any size" patented technology

A machine fulfilling containment panels (P; P1-Pn) with a plurality of sets of tiles (T; T1, T2, T3), each of said sets of tiles (T; T1, T2, T3) having at least one previously selected characteristic in order to produce a mosaic pattern, comprising at least one remover system (3Z) suitable for removing from said panels (P) any of said tiles (T; T1, T2, 13) occupying positions other than as required.

The invention provides an image-type device and a method for quantitative determination of infrared reflectivity and transmissivity. The method comprises firstly calibrating the reflectivity and the transmissivity of calibration cards with a plurality of different reflectivity or transmissivity, secondly collecting reflected and transmitted images of the calibration cards and to-be-detected objects under illumination of infrared LED light sources, and performing linearity interpolation in accordance with the reflectivity values and the transmissivity values of the calibration cards to obtain the reflectivity values and the transmissivity values of the to-be-detected objects at any positions in an imaging area, thereby realizing the quantitative determination of the reflectivity and the transmissivity. According to the invention, the above detection can be carried out for prints printed with infrared ink or white watermark, and thus printing quality can be effectively controlled. The method and the device are convenient and fast, flexible in function, and strong in expansibility, and can adjust optical devices and software configuration of host computers for different applications, thereby achieving detection requirements.

The invention discloses a shape fixing device suitable for square wood ultrahigh pressure strengthening. The shape fixing device is formed by four fixing parts, wherein each fixing part comprises a chain plane and a flat vortex coil spring assembly, and the four flat vortex coil spring assemblies are arranged in a rectangular mode; each chain plane is formed by a head connecting plate, at least two middle connecting plates and a tail end connecting plate which are fixedly connected in sequence; each flat vortex coil spring assembly comprises an outer shell and a flat vortex coil spring, and the head connecting plate of each chain plane is fixedly connected with the tail end of the corresponding flat vortex coil spring; each outer shell is provided with an opening communicating with an inner cavity of the outer shell, and each tail end connecting plate can penetrate through the opening from the cavity of the corresponding outer shell and reach the outer side of the corresponding outer shell; the tail end connecting plate of each chain plane is fixedly connected with the outer shell of the fixing part adjacent to the chain plane in sequence; the four flat vortex coil spring assemblies form a cubic channel. The invention further provides a shape fixing method suitable for square wood ultrahigh pressure strengthening through the shape fixing device.

The invention discloses an internal star wheel overrun clutch. The internal star wheel overrun clutch comprises an outer ring, an inner ring and rolling columns, wherein wedge grooves are arranged on an outer circle of the inner ring, and meshing spaces used for meshing or separating the rolling columns are jointly formed by the wedge grooves and the inner circle of the outer ring. The internal star wheel overrun clutch further comprises supporting shafts, and the supporting shafts are arranged correspondingly to the rolling columns one by one in the circumferential direction, are detachably fixed relative to the inner ring and at least in the circumferential direction and provided with elastic pieces used for applying pretightening force towards to the meshing direction to the rolling columns. Since the supporting shafts which are detachably fixed relative to the inner ring and at least in the circumferential direction are utilized to apply the pretightening force to the rolling columns, and the wedge grooves used for forming the meshing spaces are arranged on an internal star wheel, the internal star wheel overrun clutch is directly shaped from forging, processing process is simplified, working efficiency is improved, and processing cost is lowered; adjustment to the rolling columns in the circumferential direction during processing is possible, processing and assembling accuracy is guaranteed, service life is prolonged, and transmission effect is guaranteed; and radial size of the internal star wheel overrun clutch in above structure is not limited, and bearing capability is improved.

The invention belongs to the field of mechanical automation measuring, and relates to a three-coordinate multi-station automatic measuring device and method. The three-coordinate multi-station automatic measuring device comprises an upper computer control device and an automatic feeding device. The upper computer control device is connected with the automatic feeding device to achieve control overthe automatic feeding device. The automatic feeding device comprises a fixture device, a transmission device, a positioning device and an auxiliary device. The positioning device is fixed on the fixture device; the positioning device can precisely position the fixture device; the fixture device is in sliding connection with the transmission device; and the transmission device is fixed to the auxiliary device. According to the three-coordinate multi-station automatic measuring device and method, the width of a clamping plate part of the fixture device is adjustable; the moving distance and theposition can be arranged randomly; the moving speed is continuously adjustable; by combining with a three-coordinate machine, the measuring angle is continuously adjustable, the measuring speed is continuously adjustable, the dimensions of parts are measured randomly; and therefore integrated automatic measuring to any pose positions and parts with any dimensions is achieved.

The invention discloses a depth aperture internal diameter measurement device, comprising a tapered block, a sleeve, three measurement rods, a spring, a push rod, a sleeve rod, a thread sleeve rod, a three-claw chuck and an internal diameter dial indicator. The conical surface of the tapered block is uniformly provided with three sliding grooves which are formed along the generatrix direction of the tapered block; the included angle between each sliding groove and the axis of the tapered block is 45 degree; the wall of the sleeve is provided with three through holes which are uniformly distributed along the circumference; three measurement rods pass through the through hole in the wall of the sleeve; and one end of the measurement rod is clamped inside a sliding groove. In the invention, the included angle between the sliding groove and the axis of the tapered block is 45 degrees and the displacement of the measurement rod along the radial direction is turned into an axial direction, which avoids the intermediate transfer between the levers in the traditional measurement, has more accurate measurement and can measure the maximum and minimum diameter of any cross section.

The invention relates to a semiconductor plate infrared fast heat treatment cavity with a movable thermal baffle, belonging to the technical field of the technological device for manufacturing an ultra large scale integrated circuit and a semiconductor. The heat treatment cavity comprises a flat rectangular double-layer quartz cavity, and an infrared heating cavity and an infrared reflection plate which are fixed between an inner quartz cavity and an outer quartz cavity. The front end of the inner quartz cavity extends into the outer quartz cavity. The front ends of the inner quartz cavity and the outer quartz cavity are provided with a sealing cavity cover and a sealing valve thereof. The heat treatment cavity also comprises a mechanical hand which is provided with a quartz plate supportfixedly, and a drive mechanism. The movable thermal baffle is also arranged outside the double-layer quartz cavity. The thermal baffle can extend into a gap between the external wall of the inner quartz cavity and the internal wall of a flat rectangular infrared heating cavity from the back end of the double-layer quartz cavity along the direction of axis of the double-layer quartz cavity. The heat treatment cavity of the invention can ensure that a semiconductor plate is heated or cooled fast and realize actual spike annealing. The heat treatment cavity heats the semiconductor plate with uniform temperature within wide range; the heated semiconductor plate has high heating rate and cooling rate; and the semiconductor plate has any size and high production efficiency.

A complete optical probe scanning near field optical microscope is disclosed, comprising laser lighting system, monitoring system, sample support, light fiber probe scanning mechanism, three-dimensional rack and pinion adjustment, feedback control and data collecting system. Its basic idea that light fiber probe is fixed on tuning fork, through three -dimensional scanner, light fiber probe is made to scan on the surface of sample nearby, when light fiber probe is approaching the surface of sample, it will be influenced by effect of atom shearing force which will change concussion of tuning fork so that the information of distance between light fiber probe and sample can be obtained. The information is feedback to Z direction control system to make light fiber probe keep a distance to a constant value with surface of sample, whose appearance will be reflected by the information feedback, and light intensity collected by light fiber probe provides permeability of sample. The invention has the advantages of large scanning range, no limitation of sample, high modularization, convenient combination and change.

A method for efficiently eliminating the wrinkles of graphene by chemical vapor deposition, using controllable proton injection in a high-temperature environment, through precise control of the temperature environment and the hydrogen plasma power and time for generating protons, on various metals such as copper and nickel and Its alloys, on various non-metal substrates such as silicon oxide and silicon carbide, directly grow wrinkle-free ultra-flat graphene films, or eliminate wrinkles on wrinkled graphene; the plasma-assisted chemical vapor deposition system includes Plasma generator, vacuum system, and heating system; among them, the power of the plasma generator is 5-1000W, and the vacuum system is 10 ‑5 ~10 5 Pa, the controllable heating temperature range of the system is 25-1000°C; protons are injected into various substrates at the same time, and ultra-smooth non-wrinkled graphene is directly grown, including proton injection of wrinkled graphene grown by traditional methods Post-processing to reduce and eliminate wrinkles.

The invention discloses a method for preparing a mechanical expansion and discoloration mechanism device, which consists of a hollow tube, a double-layer elastic film, a base color filler and a piston. The double-layer elastic film fixes and covers one end of the hollow tube. The base color filler is filled in the hollow tube, and the piston is arranged at the other end of the hollow tube. The device of the present invention is low in cost, simple in preparation, easy in operation, and controllable. The equipment used in the method is simple, and the light-controlled double-layer elastic The color composition, structure and performance of the film and the base color filler material can be controlled according to the needs. The device has the characteristics of stable structure, fast response, full color spectrum, large size and repeatable color change. The discoloration device is mainly used in the fields of discoloration display, advertisement, military camouflage and decoration.

The invention discloses a method for repairing the damage of the precision parts of the steam turbine, which adopts the micro-arc plasma welding repair technology of low heat input, small deformation and precise welding forming, and measures the original profile data of the precision parts of the steam turbine through optical three-dimensional scanning, thereby It can be used as a model for repairing and precise trimming of the precision parts of the steam turbine after welding, so as to realize the precise repair of the precision parts of the steam turbine. It has the advantages of high welding precision, complex parts repair, low cost, unlimited parts size requirements, simple equipment, small size, high degree of automation, and small size deviation of workpieces before and after repairing. The invention does not need to set out blades, and can still perform accurate repairs without a three-dimensional model of complex parts such as blades, and can be used for in-factory or on-site repairs.