68 results about "Rolling velocity" patented technology

The invention relates to the field of production of ultrawhite rolled glass, in particular to a preparation method of solar ultrawhite ultrathin glass and a product thereof. The preparation method of the solar ultrawhite ultrathin glass comprises the following steps of: selecting and preparing raw materials; conveying the raw materials; melting; forming glass; annealing; detecting; and cutting and packaging. In the preparation method, iron content is controlled by taking different measures in the steps of selecting and conveying the raw materials, so that iron sulfide in the final solar glass is greatly reduced and the whiteness of the glass is improved; in the melting process, bubbles in the melted glass liquid is reduced by exhausting air and debubbling, controlling temperature and adding a glass clarifying agent, so that absorption rate is reduced and light transmittance is improved; and the annealing step of the glass finished product is a key link of the production process and plays an important role in the quality of the ultrathin glass product, so the defects that the ultrathin glass is easy to harden and easy to break during production and has high fragility are overcome by controlling rolling velocity, temperature and annealing rate in the process of glass forming and glass annealing.

The invention provides a mobile terminal (MT) and a method for realizing scrolling of a user interface thereof. The user interface comprises a control interface, and the control interface comprises a graduated slider and a slide block capable of sliding on the slider. The method comprises the following steps: obtaining a slide signal input by a user; controlling the slide block to slide on the slider according to the slide signal; and according to the direction that the scale of the slider corresponding to the position of the slide block is deviated from the original point of the scale as well as the scale value, obtaining the scrolling direction and scrolling speed of the user interface, and controlling the user interface to scroll according to the scrolling direction and scrolling speed. By adopting the method, the user interface can be quickly scrolled for the MTs with a touch panel and a non-touch panel; and the method is convenient and simple to operate for the user.

A data processing apparatus capable of detecting an object being in contact with a portion thereof is provided. The data processing apparatus includes a display, a tactile sensor and a controller. The tactile sensor is configured to detect the object and to locate the object on a sensing surface thereof. The controller is coupled to the display and the tactile sensor, configured to locate an initial location of the object on the sensing surface if the object starts being detected, and configured to locate a final location of the object on the sensing surface if the object ends being detected. The controller is configured to select a scroll direction depending on a direction from the initial location to the final location. The controller is configured to select a scroll speed, and configured to scroll a screen displayed on the display in the scroll direction at the scroll speed.

The present invention provides a system and methods for motion-based scrolling of a relatively large contents view on an electronic device with a relatively small screen display. The user controls the scrolling by changing the device's tilt relative to a baseline tilt. The scrolling control can follow a Proportional Scroll mode, where the relative tilt directly controls the screen position over the contents view, or a Dynamic Scroll mode where the relative tilt controls the scrolling speed. The present invention obtains a criterion for automatically selecting the best scrolling mode when the dimensions of the contents view change. The baseline tilt is updated when the screen reaches an edge of the contents view to eliminate the creation of a non responsive range of tilt changes when the user changes tilt direction.

An apparatus and method for controlling a scrolling speed of an apparatus for selecting an image, having steps of providing the image on a viewing device;

dividing the viewing device into a plurality of regions, and assigning an incremental value to each of the plurality of regions, wherein the incremental value is used to calculate the scrolling speed of the apparatus.

The invention is a scrolling apparatus may be incorporated into an input device, such as a pointing device or a keyboard, for example, and operatively connected to a host computer to scroll an image along multiple axes relative to a display screen. The scrolling apparatus includes a rotatable member with the configuration of a wheel or a ball. In addition, the scrolling apparatus includes a depressible actuator located around the rotatable member. Both the rotatable member and the actuator, which scroll the image in different scrolling directions or at different scrolling velocities, for example, may be utilized for scrolling the image.

The invention discloses an early warning method and system for vehicle rollover. The early warning method comprises the steps that a roll velocity and a lateral acceleration of a vehicle body collected by a smart phone are obtained; the smart phone is fixed to a center console inside a vehicle; the roll velocity and an angle of roll are estimated by using a Kalman filter state observer, an estimation value of the roll velocity and an estimation value of the angle of roll are obtained; according to the angle of roll and an installation vertical deviation, the lateral acceleration is corrected to obtain a lateral acceleration correction value; according to the estimation value of the angle of roll, the estimation value of the roll velocity and the lateral acceleration correction value, the vertical load transfer rate of the vehicle is calculated; an alarm action of the corresponding level is triggered according to the level to which the vertical load transfer rate of the vehicle belongs; and alarm prompts of different levels correspond to the different levels of vertical load transfer rates, and the different levels of the vertical load transfer rates correspond to different value ranges of the vertical load transfer rates. According to the early warning method and system for the vehicle rollover, the robustness can be improved, meanwhile, the error of the vehicle rollover early warning is reduced, and the accuracy is improved.

The invention relates to a novel film coating machine, comprising a machine frame, a work-table, two guide rails, two hanging plates, a lead screw and an electric motor. The work-table is fixed on the machine frame; the guide rails are respectively arranged on both sides of the work-table, and the hanging plates are arranged at both ends of the work-table; the two hanging plates are connected with the two ends of by a bearing; a bearing housing is coated on the bearing, and the right end of the lead screw is connected with a belt wheel; the electric motor is fixed on the lower part of the right hanging plate, the belt wheel on the electric motor is connected with the belt wheel arranged at the right end of the lead screw, and the lead screw is coated in the nut; the film costing device comprises a riser, a slider, a fixing guide rail, an optical axis, a rubber shaft, frame strips, a connect plate, a nut, a linear bearing and an electric motor. The invention has the advantages of that the picture is fixed, the method that the rubber shaft moves horizontally and rolls for film coating in the inverse direction is adopted; the stability of film costing is enhanced and the film coating quality is improved; the gap between the rubber shaft, the movement speed of the rubber shaft and the rolling speed is adjustable; the film coating quality is ensured and the thickness of the film coat is controlled.

The invention discloses a tire test device. The tire test device includes: a rotatable drum, wherein the inner circumferential surface of the rotatable drum is provided with a replaceable simulation road surface, and a tire can be rotatably arranged on the simulation road surface; and a tire adjustment mechanism which is connected to the tire and is used for adjusting the position and / or the angle of the tire relative to the simulation road surface. The tire test device can achieve rolling performance test and analysis of the tire at different rolling speeds, side slip angles and side inclination angles, under different loads, and in different road surface situations, can acquire a test result having high correlation with an outdoor test, and can provide strong help for rolling performance research of the tire.

A system and method for facilitating ride and stability control of a vehicle. The system includes a plurality of suspension displacement sensors, with each of the plurality of suspension displacement sensors positioned proximate to a suspension element of the vehicle. The system further includes a nonlinear filter for filtering out a wheel hop frequency from the suspension velocity corresponding to at least one of the plurality of suspension displacement sensors to obtain a resultant suspension velocity. The resultant suspension velocity is used by a control unit to determine the pitch velocity, roll velocity and the heave velocity of the vehicle.

The invention discloses a rolling force prediction method in a thick plate rough rolling stage. The method includes the steps that (1), in an error triangle on a Pi plane, an apothem linear combination yield criterion is built through an Mises criterion yield radius and the Tresca trajectory apothem; (2), the specific plastic power in the material yield process is calculated according to a flowing criterion; (3), a thick plate rolling velocity field is determined through an overall weighted average method; (4), internal deformation power, friction power, shearing power and the total power are solved through the specific plastic power and the rolling velocity field; (5), a rolling force prediction model in the thick plate rough rolling stage is built based on the total rolling power extreme value, and the rolling force in the thick plate rough rolling stage is predicated according to the rolling force prediction model. By means of the rolling force prediction method, the rolling force in the thick plate rough rolling stage can be accurately predicated, optimization of intensity check and process parameters of a rolling mill can be guided in a quantitative manner, and it is guaranteed that a thick plate product can be rolled stably.

The invention discloses a method for predicating flat-pavement mechanical properties of a tyre based on test data of a rotary drum test bed. The method comprises the following steps of: setting load, tyre pressure, pavement rough state, rolling speed and movement working conditions (lateral deviation, lateral inclination, and the like) of the tested tyre, and implementing the tests and the simulations in the following steps under the conditions; establishing a model for the tested tyre by utilizing ABAQUS software, and respectively stimulating movement of the tyre on inner rotary drum pavement and outer rotary drum pavement; simultaneously correcting the tyre model by using the test data of the inner rotary drum test bed and the outer rotary drum test bed; simulating the tyre movement under the special condition on the flat pavement by using the corrected precise tyre model so as to precisely predicate the flat-pavement mechanical properties of the tyre. The method disclosed by the invention can be used for effectively eliminating influences of the pavement curvature by utilizing the tested data of the rotary drum test bed through a finite element technology to obtain the mechanical properties of the tyre on the flat pavement, has the advantages of simple needed test equipment and high predication precision. Meanwhile, the method is suitable for all tyres including large-load and high-rotation-speed aircraft tyres.

A method for rolling contact person listing in demand message window includes confirming the rolling direction of contact person listing in demand message window according to mouse position in demand message window then rolling contact person listing according to confirmed rolling direction and preset rolling speed.

The invention discloses the technology to explore palm surface frontage geology and measure frontage rock rolling velocity using reflection in the tunnel and underground engineering. It sets up two intersecting measuring lines in the palm surface, and sets up a measuring point at each certain distance on the line, and each measuring point makes the small shock - distance measuring or the excitation and reception of the small transmitter-receiver distance, and then, by unitary method, the time curves of each measuring point converge to a time profile. With the time profile, when the reflection of each reflector surface corresponding reflecting the axis and each measuring point, it determines each reflector surface, and if the rock rolling velocity known, it calculates the position of each reflector surface according to the reflection time of the measuring points. In the rear sidewall of the palm surface, sets up the measuring lines, and many measuring points on it, to measure the reflection time of each point from the reflector surface. Assuming the rock rolling velocity, according to the measuring point reflection time measured in the palm surface, calculates the invented reflector surface space position, and calculates the reflection time of sidewall measuring points to invented reflector surface under the rolling velocity assumption, and compared with the practical measuring reflection, then to adjust the assumed rolling velocity value, and gradually approaching, to obtain the closest actual rolling velocity value.

The invention provides a method for improving a line contact hydrodynamic lubrication under a small slide-roll ratio, comprising the following steps of: setting two solids in reverse contact to be a contact body I and a contact body II respectively, controlling the linear speeds of the surfaces of the contact body I and the contact body II which are actually paired, a slide-roll ratio value and a non-dimensional roll speed; coating an oleophylic coating on the surface of the contact body II; and fully filling lubricant oil in a gap between the contact body I and the contact body II, controlling a load (w) applied to the line contact area of the contact body I and the contact body II so that the generated maximum Hertz contact pressure is not greater than 0.5 GPa, thus forming the designed line contact hydrodynamic lubrication. The method can greatly decrease the friction coefficient of the contact area, thereby effectively decreasing the friction coefficients, the friction energy consumptions, and the friction temperature rises of the line contact hydrodynamic lubrications of roller bearings and the like under a small slide-roll ratio, and effectively improving the qualities and the bearing capacities of the hydrodynamic lubrications.

Disclosed herein are an interest information analysis method and an apparatus using the same. The method and apparatus are configured to extract a target screen from a user terminal in consideration of scrolling speed, calculate a degree of interest in content information included in the target screen in consideration of multiple split screens corresponding to the target screen and a user touch area, and analyze information about interest of the user by arranging multiple pieces of content information acquired from the user terminal based on the degree of interest. Accordingly, information about interest of the user or a field of interest to the user may be analyzed without referring to a definite intention expressed by the user.

The invention discloses a short-process producing and processing technology for cold rolling ultrahigh strength steel. The short-process producing and processing technology comprises the following steps: hot rolled strip steel, serving as an incoming material, is treated by procedures before rolling such as acid pickling and the like, cold rolling, heat treatment and deformation and phase transition comprehensive treatment, enters a loop after the heat treatment and the deformation and phase transition comprehensive treatment, is suitable for changes of the rolling velocity and the punch velocity by regulating the loop capacity and can enter a punching and quenching technology after being shorn with fixed length; and after the ultrahigh strength steel is finished, a finished or semi-finished punching part is obtained. Short-process producing and processing equipment for cold rolling the ultrahigh strength steel comprises a cold continuous rolling unit, a degreasing device inlet frame, a degreasing device, a looping tower, an annealing furnace front tension controlling device, an annealing furnace, an annealing furnace back tension controlling device, a collecting box and the like. With the adoption of the short-process producing and processing process and equipment, the energy consumption is reduced, the energy is saved, and the production cost is lowered; and by adding the deformation technology in the heat treatment process of the ultrahigh strength steel, the purpose of synchronous deformation and phase transition of the ultrahigh strength steel is realized, and the using performance of the strip steel is improved.

The invention discloses a digital net making machine for a plain net and a digital net making method for a plain net. The net making machine comprises a walking rack which moves along the Y direction and a UV optical etching head which is arranged on the walking rack and can moves along the X direction, wherein the UV optical etching head comprises a UV optical source and a liquid crystal display; the liquid crystal display is positioned between the UV optical source and a plain net, and is arranged in parallel to the plain net; and the UV optical source and the liquid crystal display are respectively connected with a computer. The digital net making method comprises the following step: carrying out computer color separation; carrying out computer strip-type partition on a monochrome picture performed with color separation and the effective display width of the liquid crystal display; when the velocity of the liquid crystal display moving along the X direction is equal and opposite to the rolling velocity of a scroll bar on the display, utilizing the UV optical source to irradiate the liquid crystal display to carry out UV optical etching; and flushing and developing. Since no photographic film is needed for carrying pictures, the invention has the advantages of greatly saved consumable items, saved manpower, lowered cost, high efficiency, stable quality and lower faulty product ratio.

The invention relates to titanium alloy, specifically to a titanium alloy No. dfgx-9 finished tube and its preparation method. Alloy composition of the titanium alloy No. dfgx-9 finished tube comprises, by weight, the balance Ti, 3-5% of Al, 20-24% of V, Fe being less than or equal to 0.1%, C being less than or equal to 0.1%, N being less than or equal to 0.03%, H being less than or equal to 0.015% and O being less than or equal to 0.12%. The titanium alloy No. dfgx-9 rolled tube has good performance, uniform metallographic structure and good tube surface quality. During warm/cold rolling of a tube billet, online or off-line heating of the tube billet is carried out for rolling, wherein online heating temperature is 400-1200 DEG C; thermal insulation lasts 0-90 min; per-pass deformation is 15-85%; rolling velocity is (20-90) times/min; and a finished product is produced after 1-10 passes of rolling. According to properties of the titanium alloy No. dfgx-9 tube, tensile strength is 680-1300 MPa, ductility is 8-25%, and a metallographic structure is uniform. Two metallographic structures of stress annealing and perfect recrystallization annealing are eliminated.

An embodiment of the invention provides a media resource loading control method. The method is characterized by comprising the steps of monitoring a touch screen sliding event; when the touch screen sliding event is monitored, detecting whether a UI (User Interface) is in an inertial scrolling state or not; when it is detected that the UI is in the inertial scrolling state, measuring the speed ofinertial scrolling; judging whether the initial speed of the inertial scrolling is greater than a first speed threshold or not; when the initial speed is greater than the first speed threshold, stopping loading to-be-loaded media resources on the UI; and when the speed of inertial moving is reduced to be equal to or smaller than a second speed threshold, recovering the loading of the to-be-loadedmedia resources on the UI. According to the technical scheme, the media resource loading can be dynamically controlled according to whether the inertial scrolling speed of the UI is greater than the preset speed threshold or not; the white block problem is avoided and the scrolling speed of the UI is limited on the premise of ensuring low energy consumption and fluency of the UI; and the user experience is improved.