62results about How to "Adjustment" patented technology

For training adjustment in sports, particularly running sports, an apparatus and appertaining method are provided with which a simple, non-invasive and automatic determination of the lactate balance point is possible. The apparatus comprises a motorized treadmill for which a running speed can be predetermined by a control unit, whereby the control unit is connected to a pulse measurement device to supply a measurement value of the heart rate of a test person, and whereby the control unit comprises a module to determine the lactate balance point, this module being fashioned to successively increase the running speed in the training course, to register the time curve of the heart rate, and to determine the lactate balance point of the test person via evaluation of the dependency of the heart rate on the running speed.

The invention relates to automatic field depth blending strengthening display method and system based on eye movement tracking. The method comprises step (1) of obtaining eye movement tracking and background image data by adjusting an eye movement camera; step (2) of displaying automatic field depth blending, specific steps thereof are as follows: generating a primary training database; converting probability distribution information; inquiring the database; converting field depth and focus data; estimating pose; blending virtual and actual scenes; and romancing images. The system comprises an eye movement wireless CCD camera arranged on a helmet, a background wireless CCD camera and a microprocessor which is provided with a wireless receiver. The CCD camera adopted by the invention takes eye movement images and background images, and can carry out comparison matching tracking between the eye movement data taken in real time and synchronously taken background image data according to the training information of the field depth and the eye movement to adjust focus degree of image displayed by a transparent helmet display, thus realizing automatic focusing and strengthening display.

A signal line circuit device is disposed on top of a mounting substrate. The signal line circuit device comprises a dielectric layer, a signal line formed on one surface of the dielectric layer, and a spacer (formed from a solder or a photo solder resist), which is formed between the mounting substrate and the dielectric layer, and generates a space separation between the signal line and the mounting substrate.

The invention discloses a doped pearlescent pigment and a preparation method thereof. The pigment uses a glass flake as a substrate; the surface of the glass flake is coated with a SiO2 or SnO2 coating; the surface of the SiO2 or SnO2 coating is coated with a doped metallic oxide coating; the doped metallic oxide coating is a coating of metallic oxide doped with at least one metallic element compound, nonmetallic element compound or the combination of the two. The glass flake after SiO2 or SnO2 coating treatment is directly coated with the doped metallic oxide coating and then calcined once so as to form the doped pearlescent pigment. The invention relates to the pearlescent pigment containing the doped metallic oxide coating. By doping the metallic oxide with different metallic element compounds and/or nonmetallic compounds, the color and glossiness of the doped pigment are adjusted; therefore, both a high-glossiness colorful twinkling effect and a soft-glossiness effect can be obtained. Moreover, the pearlescent pigment has good hiding rate as well.

A method for performing an emergency stop with an elevator and a safety arrangement of an elevator are disclosed. In the method, when an emergency stop criterion is fulfilled, the elevator car is driven with the electric motor of the hoisting machine to a stop with a given deceleration profile.

The invention provides a graphene oxide surface pattern processing system based on a femtosecond laser with spatial light shaping, and belongs to the field of femtosecond laser application. Accordingto the system, the phase of a femtosecond laser gauss beam is modulated through a spatial light modulator, the modulated laser is focused by a lens, specific light field intensity distribution is obtained at a focal point of the lens, and then the light field intensity distribution is focused on the surface of a graphene oxide through an optical 4f system; a phase diagram loaded on the spatial light modulator is adjusted, a set-shaped processing pattern can be obtained on the surface of the graphene oxide through fixed-point irradiation, and a processed region is subjected to a reduction reaction to generate a graphene-like structure. The system has the advantages of being high in processing efficiency, high in repeatability and wide in application range, and the system provides a feasiblemethod for preparing a graphene oxide-graphene composite structure.

The present invention provides a game apparatus that enables game progression control for increasing game attractiveness and adjusting the payout ratio.

A game apparatus includes: a winning-object selecting unit for selecting winning-objects from a plurality of selection-objects; a game control unit for controlling progression of a game, which carries out selections a predetermined number of times using the winning-object selecting unit during one game term; an array information generating unit for generating array information defining a selection-object-array using part or all of the plurality of selection-objects; an array image displaying unit for displaying an array image in which a plurality of selection-object-images corresponding to the respective selection-objects included in the selection-object-array defined by the array information generated by the array information generating unit are arrayed based on the array information; a winning-object storage unit for storing the winning-objects selected by the winning-object selecting unit during the one game term; and a decision unit for deciding, based on the winning-objects stored in the winning-object storage unit, whether or not an array of the winning-objects on the selection-object-array defined by the array information is a specified-pattern, wherein the winning-object selecting unit carries out part or all of the selections, the predetermined number of times, which is executed during the one game term, before generating the array information by the array information generating unit; the array information generating unit determines the selection-object-array based on pre-winning-objects that the winning-object selecting unit selects before generating the array information, and generates the array information defining the determined selection-object-array; and the winning-object storage unit stores the pre-winning-objects as the winning-objects at a predetermined probability.

The invention discloses a connector provided with a floating plug end. The connector provided with a floating plug end comprises a fixed end and a floating plugging component, wherein the floating plugging component comprises a front shell and a back shell; a plugging hole is formed in the front shell; the back shell is connected with a connecting plate; the connecting plate can move forwards, backwards, upwards, downwards, leftwards and rightwards on a surface of the back shell, and the surface is connected with the connecting plate; the connecting plate is provided with a plug end; a compression spring is arranged between the back shell and the connecting plate. The connector provided with the floating plug end can avoid the situations such as misaligned, deviated and inclined plugging in the manual plugging operation efficiently, accordingly avoid the subsequent situations such as insertion difficulty, long time consumption, even damage of the connector in a serious condition, and function failure of the connector.

Provided is a hydrochloric acid corrosion resistant alloy For brazing that is provided with corrosion resistance against hydrochloric acid, and when brazing various types of stainless steel, can be used for brazing at practical temperatures (1150° C. or less), and has good joint strength and brazeability to the substrate. The hydrochloric acid corrosion resistant alloy of the present invention contains, in mass percent, 6.0-18.0% Mo, 10.0-25.0% Cr, 0.5-5.0% Si, and 4.5-8.0% P, with the remainder being 40.0-73.0% Ni and unavoidable impurities, and the total of Si and P being 6.5-10.5%. In this case, the alloy may contain 12.0% or less of Cu, 20.0% or less of Co, 15.0% or less of Fe, 8.0% or less of W, 5.0% or less of Mn, and 0.5% or less of the total of C, B, Al, Ti, and Nb.

A system to produce orthogonal beams includes a laser diode operating in conjunction with a collimating lens, with or without an aperture, and a simple compact optic. At least one collimated beam is directed toward an optic comprised of components that are bonded together. Beams are reflected from at least one optical components at right angles to produce a plumb beam. Additionally, a beam is reflected from the optic at a right angle, as well as transmitted through the optic, to produce square and level beams. All beams are orthogonal to each other, have relatively equal power, and are aligned and oriented so as to appear to be originating from a coincident point. An optional orthogonal beam may be produced. An optic in the shape of a cuboid comprised of six small components is also disclosed.

A NTC thermistor which has superior linearity of resistance-temperature characteristic is provided without depending on a combination of two or more kinds of material but with a single semi-conductive ceramic material. As the semi-conductive ceramic material of negative resistance-temperature characteristic is a ceramic body constituting a NTC thermistor being an oxide expressed by the formula AMn_yO_z in which y is 0.8 to 1.6, A is a combination of rare earth element and barium and the content of barium in A is 60 to 75 mol % when y=0.8 to 1.5, and 50 to 63 mol % y=1.7 to 2.3, and z is a value which maintains the electric neutrality of the oxide. A preferable oxide is of the formula (La_1-αBa_α)Mn_yO_z in which when y=0.8 to 1.5, 0.60≦α≦0.75, and when y=1.7 to 2.3, 0.50≦α≦0.63.

A system to produce orthogonal beams includes a laser diode operating in conjunction with a collimating lens, an aperture, and a simple compact optic. Three collimated beams are directed toward an optic comprised of components that are bonded together. Beams are reflected from two optical components at right angles to produce plumb beams. Additionally, a beam is reflected from the optic at a right angle, as well as transmitted through the optic, to produce square and level beams. All four beams are orthogonal to each other, have relatively equal power, and are aligned and oriented so as to appear to be originating from a coincident point. Optionally, a fifth orthogonal beam may be produced. An optic in the shape of a cuboid comprised of six small components is also disclosed.

A tracing device for use in the mouth cavity in which a center relation and a jaw movement are recorded in the odontology clinic can include an upper jaw plate, a lower jaw plate, and a coupling tool that connects the above jaw plates. The upper jaw plate can be provided with a guide prop stud, a stud installation pore, a tracing pin, a tracing pin installation pore as well as an auxiliary stud. The lower jaw plate can include a guide tracing table, a connection pore, as well as a movement line formation table. The coupling tool can include an upper jaw plate connection part, a lower jaw plate connection part as well as plate interval fixing screw. A part of, or the whole of, the connection pore, stud installation pore, tracing pin installation pore can be made of a magnetic material or associated with a magnet. The in-mouth cavity tracing device can include a lower jaw inducement guide plate made of plastic and having three dimensional slopes, and a guide tracing table having a tracing plate, and can be freely attachable/detachable to/from the main body of the lower jaw plate.