409results about How to "Inhibition thickness" patented technology

A weight stack selection system for fitness equipment. A central stem having offset lateral movement is eliminated by the present invention. The select pin is easier for insertion to the selected desired weight due to the lack of accumulated thickness that plagued the industry. A moving block is used to intuitively select the desired weight, when said moving block is moved up and down on a rail. A safety pin is built in to each plate, so that said moving block cannot be moved unless the weight plates are in the released and settled state. A dial on a belt assembly, which drives the up / down movement of said moving block, furthers the intuitive selection means of dialing into the desired weight for training purpose.

In the method for producing holograms, a plurality of images displayed on a spatial optical modulating element 6 is used as the object light. Through a lens array 7 composed of a plurality of lenses disposed corresponding to each of the images, which are included in the object light, and a reducing optical system 9 and 10 for reducing the object light emitted from the lens array 7, the object light is made to irradiate a recording surface 11 along with a reference light; thereby interference light between the object light and the reference light is recorded on the recording surface 11. Between the spatial optical modulating element 6 and the lens array 7, partitions 15 for separating the respective images are provided; thereby noise is reduced.

The invention provides a lamination device for a curved-surface glass cover plate and a flat display panel and a lamination method. The lamination device comprises a curved-surface glass cover plate fixing jig, a joint adhesive bearing jig and a joint adhesive compression jig, wherein the curved-surface glass cover plate fixing jig is provided with a curved surface of which the curvature is the same as that of the curved-surface glass cover plate so as to bear the curved-surface glass cover plate; the joint adhesive bearing jig is arranged above the curved-surface glass cover plate and used for bearing a joint adhesive; the joint adhesive compression jig is located at the side edge of the joint adhesive bearing jig and used for compressing the joint adhesion born by the joint adhesion bearing jig onto the surface of the curved-surface glass cover plate when the curved-surface glass cover plate fixing jig moves relative to the joint adhesive bearing jig. According to the lamination device for the curved-surface glass cover plate and the flat display panel and the lamination method, the joint adhesive is laminated with the curved-surface glass cover plate at first, then the curved-surface glass cover plate is laminated with the flat display panel, and non-uniform lamination thickness and bubbles of the joint adhesive, caused by gathering of the joint adhesive toward the middle, can be effectively avoided.

The invention relates to a reservoir characteristic method well-seismic calibration method, characterized by comprising the steps of 1) establishing a corresponding relation between different lithologic interfaces and seismic reflected waves; 2) selecting a marked well for calibration, establishing a corresponding relation between different oil groups and seismic responses, and determining reservoir characteristics of the different oil groups and characteristics of the seismic responses; 3) extracting sub waves from a seismic trace by well to generate a synthetic record, carrying out fine calibration for internal sands group of the different oil groups, and completing the calibration of the marked well; 4) establishing a well-tie seismic cross-section between a next well to be calibrated and the marked well, taking a VSP of the well to be calibrated or a time-depth relation of the marked well as an initial time-depth relation for calibration, and referring to a corresponding relation between a reservoir of well logging interpretation of the marked well and a seismic reflected in phase axis for calibration; 5) repeating the step 4) to calibrate the next well; and 6) after calibration of all the wells, carrying out quality control through time-depth relation curve overlapping display and statistics of the speed of each well, and completing the reservoir characteristic method calibration.

A laminated coil component includes high-magnetic-permeability ferrite layers that are disposed on both main surfaces of a low-magnetic-permeability ferrite layer. Pores or pores filled with a resin are formed in the low-magnetic-permeability ferrite layer. Nickel in the high-magnetic-permeability ferrite layers does not significantly diffuse into the pores or the pores filled with the resin during firing, and thus, Ni does not readily diffuse into the low-magnetic-permeability ferrite layer.

An arc welding robot control system of the present invention includes memory devices, controlling devices, a welding condition changing position calculating device, a weaving operation controlling device that outputs a signal of completion of one weaving cycle every time when a welding torch completes to perform one weaving cycle of a predetermined movement pattern, a welding condition calculating device for calculating to-be-changed welding conditions, and a welding condition changing device that changes welding conditions of an arc welding robot, based on to-be-changed welding conditions, every time when a signal of completion of one weaving cycle is input. With this configuration, it enables a continuous change of welding conditions and a copying arc welding with high accuracy even in the case in which the arc welding robot performs a weaving operation.

In a plated steel sheet having an aluminum-plating layer comprising at least Al formed on one side or both sides of the steel sheet, there is provided a plated steel sheet which, owing to the presence of a surface coating layer containing a compound having wurtzite crystal structure on the aluminum-plating layer, has excellent lubricity, prevents the plating thickness from becoming uneven during heating, and can improve formability and productivity in hot stamping, and a method of hot-stamping the plated steel sheet.

In a honeycomb filter in which a plurality of cells are formed by porous partition walls, and a predetermined cell whose one end portion is plugged, and a remaining cell whose other end portion is plugged are alternately arranged in such a manner as to form checked patterns in the opposite end portions. In a section of the filter, a sectional area of the predetermined cell is different from that of the remaining cell, a value of a ratio of a channel hydraulic diameter of the cell having a large sectional area to that of the cell having a small sectional area is 1.2 or more, at least a sectional shape of the cell having the large sectional area is a quadrangular shape whose portion corresponding to at least one corner portion is circular, and a value of a ratio of minimum thickness of a portion (intersection portion) in which the partition walls cross one another to a thickness of each partition wall 2 is 0.7 or more and less than 1.3. The honeycomb filter is capable of inhibiting a fluid inflow-side end face (opening of an inflow-side cell) from being closed by particulates and the like, and maintaining high strength.

The invention relates to a backlight module, which comprises a bottom reflecting plate and a light exit membrane group, wherein one or more optical units are arranged between the bottom reflecting plate and the light exit membrane group; each optical unit comprises a light guide plate; the lower surface of each light guide plate is provided with one or more grooves; one or more light emitting units are arranged in each groove; and each light emitting unit comprises a circuit board and one or more light sources arranged on the circuit board. The backlight module is reduced in thickness and canmeet the requirements of large-sized LCDs and the demands for brightness.

A reflective mask blank for EUV lithography, which comprises a substrate, and a reflective layer to reflect EUV light and an absorber layer to absorb EUV light, formed in this order on the substrate, wherein the absorber layer contains tantalum (Ta) and hafnium (Hf), and in the absorber layer, the content of Hf is from 20 to 60 at. % and the content of Ta is from 40 to 80 at. %, and wherein the absorber layer has a content of N being 0 to at most 35 at. %.

Provided are a substrate processing apparatus and a method of manufacturing a semiconductor device, in which shape variations of discharge electrodes can be early detected so as to prevent a film having a non-uniform thickness from being formed on a substrate. The substrate processing apparatus includes a process chamber configured to stack a plurality of substrates therein, a gas supply unit configured to supply gas to an inside of the process chamber, at least one pair of electrodes installed in the process chamber and configured to receive high-frequency power to generate plasma that excites the gas supplied to the inside of the process chamber, and a monitoring system configured to monitor a shape variation of the electrodes.