125results about How to "Smooth effect" patented technology

A panel and method for making the panel are disclosed. The panel includes a substrate sheet partially imaged with a print pattern. The print pattern subdivides the panel into a plurality of discrete printed areas and/or a plurality of discrete unprinted areas. The design is superimposed on or forms a part of said print pattern. The design comprises a design layer. The print pattern includes a base layer. The print pattern includes elongate printed areas orientated lengthways in one direction. The design layer and base layer include inkjet printable ink in elongate ink deposits orientated lengthways in the one direction. The elongate ink deposits may have an aspect ratio of length:width greater than 1.5:1. The base layer may include white ink. The panel may be made using a digital inkjet cylindrical printer that prints the base layer during at least 10 revolutions of the cylinder.

A current detection circuit of the present invention has a switching device 1; an auxiliary switching device 2; an offset voltage source comprising an offset resistor device 7 and a current source circuit 8; a compensation circuit, comprising a differential amplifier 4 and a compensation transistor 5, for adjusting the output current of the auxiliary switching device 2 so that the potential obtained by subtracting the voltage drop across the offset resistor device 7 from the output potential of the auxiliary device 1 is equal to the output potential of the auxiliary switching device 2, being configured that the detection level of the current flowing in the switching device 1 is shifted by an offset amount.

The invention relates to siloxane polymers comprising a central polysiloxane polymer block B with organofunctional radicals bonded terminally or laterally to the polymer block and based on IPDI and UV/Vis chromophores or derivatives, in particular UV chromophores, which are covalently bonded via a hydrophobic or hydrophilic linker group Q1′, Q2′, and compositions comprising these siloxanes. Also disclosed are processes for their preparation and their use.

Smooth animation effects during zooming are provided by retaining content displayed at a previous zoom level. If the zoom operation is a zoom out operation, new content is stretched to a current zoom level, aligned with the retained content, and placed underneath it. If the zoom operation is a zoom in operation, new content is scaled down to the current zoom level, aligned with the retained content, and displayed on top of the retained content. The new content is then zoomed with the retained content. The retained content is then deleted. When zooming out, the retained content fades out. When zooming in, the new content fades in. Smooth scrolling animation is also provided by pre-rendering a portion of content and teleporting to a final viewport position and thereby skipping over blank content.

Organic light-emitting diode with a layer arrangement which comprises an electrode, a counter electrode and an organic layer sequence arranged between the electrode and the counter electrode, where the organic layer sequence is arranged on a metal substrate and one or several organic transport layers containing in each case an admixture for increasing the electric conductivity and which are formed with at least one of the features from the following group of features: charge carrier transporting and charge carrier injecting.

The invention relates to a method for collecting and splicing a fingerprint, which can support the rolling in any direction and is a method for identifying and processing a fingerprint picture. The method applies a fingerprint collecting system which is composed of a fingerprint collector, a computer and a fingerprint collecting and splicing program, and comprises the steps of starting the initialization of the fingerprint collecting and splicing program, initial collecting, formal collecting, determining a fingerprint area of a current frame, updating a spliced picture, determining a fingerprint area of the spliced picture, generating a picture with splicing effects and displaying the picture with splicing effects. The method adopts a picture splicing method with a background picture as a reference and eliminates the restriction of the rolling direction during a fingerprint collecting process by rolling so that a complete fingerprint splicing picture can be formed with a finger to roll on a fingerprint collecting surface in any direction. In addition, the method also applies the weighted average method to process edges of the fingerprint splicing picture to ensure that the spliced fingerprint picture can be more natural and smooth.

The invention describes a radiation-emitting semiconductor component with a luminescent conversion element, at which the semiconductor body is placed in a recess of the base body. A cup-like area is molded inside of the recess around the semiconductor body, which contains the luminescent conversion element and coats the semiconductor body. The cup-like portion is formed as indentation inside of the recess or as annular border on the base of the recess.

When a plurality of X-ray images in a time sequence is stored in an image data storing unit (25), a marker coordinate detecting unit (26a) detects coordinates of a stent marker in each X-ray image, and a motion vector calculating unit (26b) calculates, with coordinates of the stent marker detected in a first frame as reference coordinates, a motion vector of the coordinates of the stent marker detected in each X-ray image of a second and subsequent frames with respect to the reference coordinates. Then, a filter application range determining unit (26c) moves and determines an application range of a smoothing filter in each X-ray image based on the motion vector, and the filtered image generating unit (26d) generates a filtered image by performing a process by the smoothing filter between application ranges determined in a process target image and a reference image.

An improvement of a loader work machine is disclosed. A machine body frame includes a frame body having a bottom wall and a pair or right/left side walls, and a pair of right/left support frame members connected to a rear end of the frame body. A cabin is mounted on the machine body frame. A transverse connecting member is disposed rearwardly of the cabin for connecting the pair of right/left support frame members to right/left sides thereof, respectively. A pair of right/left arms are disposed on right/left sides of the machine body frame, with base portions thereof being vertically pivotally supported to the pair of right/left support frame members, respectively. A pair of right/left arm cylinders are provided between the base portions of the arms and the rear portions of the machine body frame for lifting up/down the arms. A hood is provided at the rear end of the frame body and downwardly of the transverse connecting member between the pair of right/left support frame members, for housing an engine. The transverse connecting member includes a front wall plate and an upper wall plate projecting rearward from an upper end of the front wall plate. The upper wall plate of the transverse connecting member is disposed more downwardly than the vertical center of the cabin. A rear portion of the upper wall plate is inclined downwardly rearward. A hood upper wall is provided for covering a rear upper side between the pair of right/left support frame members. A front end portion of the hood upper wall is connected to the rear portion of the upper wall plate of the transverse connecting member. The hood upper wall is inclined downwardly rearward in correspondence with the rear portion of the upper wall plate.

The invention discloses a few-cell-based whole genome chromatin high resolution conformation technology eHi-C2.0. A preparation method of a cell eHi-C2.0 sequencing library provided by the invention comprises the following steps of cracking cells to obtain chromatin; then, performing digestion on the chromatin; sequentially performing mark labeling and blunt end connection on the DNA subjected to the digestion to obtain cyclization products; introducing internal reference annular coprecipitation DNA molecules into the cyclization products; then, performing digestion by restrictive excision enzymes; then, performing ultrasonic interruption; next, grasping DNA fragments with the marks from the interruption products by using immunomagnetic beads; preparing the eHi-C2.0 sequencing library by the DNA fragments with the marks. The whole genome chromatin conformation technology eHi-C2.0 library building sequencing can be performed on the cell quantity as low as 0.1 million cells.

Disclosed herein is an apparatus for controlling a position of a display in a wearable device, including: a display module having the display movably mounted therein; and a movement compensating unit controlling a position of the display depending on movement of a user. Therefore, a smooth image compensation effect may be obtained, the user may accurately confirm contents displayed on the display, a focus of a line of sight of the user viewing the display may be fixed to one place, and fatigue of the user may be decreased to expand a use environment of the wearable device.

A method for dimensioning a component of a braking system; the braking system having at least two brake-circuit partial circuits; each brake-circuit partial circuit having at least one pump element for building up a brake-circuit pressure and/or for returning brake-circuit fluid in an ABS case, the pump elements of the at least two brake-circuit partial circuits being operable using a motor element; and the at least two brake-circuit partial circuits being separable using a separating element, so that different brake-circuit pressures may be created in the at least two brake-circuit partial circuits.

The invention discloses a beam domain imaging method based on sub-array division. The method comprises the steps that step (1) the number and direction of target signal sources are estimated by usingan azimuth spectrum of a received signal of a uniform linear array; step (2) the uniform linear array is divided into a plurality of sub-arrays of the same size and overlapping one another, and the received signals of the sub-arrays are subjected to spatial filtering in a specified direction to obtain beamforming results of the sub-arrays; the beamforming results of the sub-arrays are treated as output of virtual elements, the virtual elements are combined to a virtual linear array and the output of the virtual linear array is calculated; and step (3) a high-resolution direction of arrival (DOA) estimation algorithm is used for realizing the estimation of the echo direction based on the output of the virtual linear array. The beam domain imaging method performs beamforming in the specifieddirection on the sub-arrays that is equivalent to spatial filtering of the signals, the signal intensity in the specified direction is enhanced while the interference of incoming waves in other directions is filtered out, and the signal-to-noise ratio is improved.

The invention relates to a peeling-glaze marble tile and a preparation method thereof, belonging to the technical field of improvement of peeling-glaze marble tiles. The peeling-glaze marble tile provided by the invention comprises a tile green body and a surface glaze layer, wherein the surface of the surface glaze layer is successively sprayed with peeling-ink and peeling-glaze; and the surface of the tile is of a concavo-convex crack-like shape. The peeling-glaze marble tile provided by the invention has the following advantages: the concavo-convex glaze layer has gradient, delicate and natural color with Heaven sent charm, truly represents the tactile sensation of natural stone materials, and has a wide application scope; meanwhile, the invention provides a simple, energy-saving and environment-friendly preparation method which breaks the bottleneck of a traditional technology.

An ergonomically shaped water blocking face screen which provides a new and improved protective device for use in separating the facial portion of the head from the portion of the head bearing hair whereas to create a physical division between the two and thus allow work to be done on either side without reciprocal contamination or interference. A preferred embodiment comprises the use of a protective visor with a skin contacting seal and a means to affix the visor to the user's head and face.

The present invention relates to a system for managing a customized advertisement that uses an indicator, the system including: a layer that is stacked on a surface of a specific web page at a size corresponding to a web page and is output on a monitor; a layer forming module that activates the layer when the specific web page is activated and controls the size of the layer to the size of the web page; at least one indicator that is included in the layer and is associated with coordinate values corresponding to specific contents or space positions to be exposed on the surface of the specific web page; and indicator generating module that generates the indicator; an indicator establishing module that forms advertisement contents in the indicator and determines an advertisement progress by a bidding unit performing a bid for an advertiser target; and a calculation module that calculates advertisement costs according to the progress of the advertisement. In the system for managing the customized advertisement that uses the indicator in the web page according to the present invention, the layer is formed on the surface of the web page and the advertisement means referred to as the indicator is displayed on the layer, such that the advertisement can directly be implemented on the web page at low cost and still stimulate the user's curiosity, making it possible to create a new advertisement paradigm, which can stimulate the interest of advertisers and users pursuing various desires.

The invention provides an implementing method of an electronic cloud deck, a front end device and a receiving device, and relates to the field of video monitoring, so that when moving a monitoring area, a user can move the area in smaller units, so as to obtain a smooth effect and promote the user experience. The method comprises the following steps of: receiving a user command by a sending terminal and cutting the image according to image position information in the command to obtain a cut image; expanding the cut image to obtain a standard image area comprising the area to be cut; and coding the expanded image and sending the coded code stream and expanding parameters to user equipment for the user equipment to decode the code stream and combine the expanding parameters to obtain the original cut image. The invention is used for implementing the electronic cloud deck.