271 results about "Source element" patented technology

A memory device, a manufacturing method and an operating method of the same are provided. The memory device includes a substrate, stacked structures, a channel element, a dielectric element, a source element, and a bit line. The stacked structures are disposed on the substrate. Each of the stacked structures includes a string selection line, a word line, a ground selection line and an insulating line. The string selection line, the word line and the ground selection line are separated from each other by the insulating line. The channel element is disposed between the stacked structures. The dielectric element is disposed between the channel element and the stacked structure. The source element is disposed between the upper surface of the substrate and the lower surface of the channel element. The bit line is disposed on the upper surface of the channel element.

The invention relates to a small and light wide-field free-form surface prism HMD optical system, which belongs to the field of optical system and device design and is applied to the virtual reality and augmented reality field. The invention comprises a free-form surface prism with three optical surfaces, and a micro-image display; the free-form surface prism is made of plastic glass materials with the refractive index greater than 1; the three free-form optical surfaces are concave surfaces, which meet one of the three surface-type equations, and the location relationship of each surface meets three condition equations; the incident angle formed between the widest-field upper edge rays emitted by an LCD and the second free-form surface meets the total reflection conditions; and an image source element is an LCD of 0.61 or 0.59 inches. The small and light wide-field free-form surface prism HMD optical system is light and compact and has the advantages of good aberration correction and high light energy utilization rate; the optical system enables the observer to see clear images in a wide field of view, and the displayed images do not have apparent brightness attenuation and can not easily cause visual fatigue to the observer.

There is disclosed a system for monitoring a packet data flow, comprising: a data flow source element including: determining means adapted to determine a quality of service identifier for the data flow; first generating means adapted to generate an encoded value in dependence on the quality of service identifier; allocating means adapted to allocate the quality of service identifier and the encoded value to the flow label for each data packet of the data flow; and transmitting means for forwarding data packets including flow labels to a routing domain; and a routing domain interface element including: receiving means for receiving data packets from the data flow source; second generating means adapted to generate a further encoded value in dependence on the quality of service identifier in a flow label of a data packet; comparing means adapted to compare the further encoded value to the encoded value in the flow label; and routing means adapted to selectively route the data packets in dependence on the comparing step.

A wirelessly deployable, electronic prescription creation system for physician use captures into a prescription a patient condition-objective of the prescribed treatment and provides for patient record assembly from source elements, with privacy controls for patient and doctor, adverse indication review and online access to comprehensive drug information including scientific literature. Extensions to novel multi-drug packages and dispensing devices, and an “intelligent network” remote data retrieval architecture as well as onscreen physician-to-pharmacy and physician-to-physician e-mail are also provided.

A method of forming a building panel or a surface element, including providing a substrate, applying a sub-layer on the substrate, applying a mesh structure on the sub-layer, and applying heat and pressure to the mesh structure such that the sub-layer at least partially fills meshes of the mesh structure. Also, to such a building panel and a surface element.

A volumetric computed tomography method includes translating a discrete element x-ray source and detector relative to the patient or object in a z-direction parallel to the axis of rotation. As the source rotates through the angles of a single rotation, it is simultaneously translated by a distance comparable to the discrete spacing distance between individual source elements in the z-direction. The small translation is designed so that the axial planes passing through discrete source element rows are not distinguished from axial planes passing between the discrete source element rows, thereby eliminating the z-dependence of the system and associated sampling problems.

A surface light source device of side light type 40 comprises a guide plate 42, a primary light source 3 comprising a wedge-shaped light source element 7 and a reflector 8, a reflection sheet 21, a prism sheet 41 and a light-scattering sheet 23. The guide plate 42 is wedge-shaped in cross-section and has a back surface 42B and an emission surface 42C. The emission surface 42C is a prism surface. A scattering pattern 24 is provided on the back surface 42B. The scattering pattern 24 comprises a great number of micro-dots, which are sufficiently small that they are hardly visible. Covering rate of the micro-dots is high near an incidence surface 42A, especially at the corners, thereby preventing brightness reduction in a region AR1. Irregularity of the dot arrangement avoids moaré streaks caused in relation to a color filter arrangement of a liquid crystal panel.

Field Image Tomography (FIT) is a fundamental new theory for determining the three-dimensional (3D) spatial density distribution of field emitting sources. The field can be the intensity of any type of field including (i) Radio Frequency (RF) waves in Magnetic Resonance Imaging (MRI), (ii) Gamma radiation in SPECT/PET, and (iii) gravitational field of earth, moon, etc. FIT exploits the property that field intensity decreases with increasing radial distance from the field source and the field intensity distribution measured in an extended 3D volume space can be used to determine the 3D spatial density distribution of the emitting source elements. A method and apparatus are disclosed for MRI of target objects based on FIT. Spinning atomic nuclei of a target object in a magnetic field are excited by beaming a suitable Radio Frequency (RF) pulse. These excited nuclei emit RF radiation while returning to their normal state. The intensity or amplitude distribution of the RF emission field g is measured in a 3D volume space that may extend substantially along the radial direction around the emission source. g is related to the 3D tomography f through a system matrix H that depends on the MRI apparatus, and noise n through the vector equation g=Hf+n. This equation is solved to obtain the tomographic image f of the target object by a method that reduces the effect of noise.

A distributed test system for implementing enhanced BIT (Built-In-Test) within an ESM (Electronic Surveillance Monitoring) or RF receiver system. The distributed test system includes a system processor, a programmable RF source element or other comparable test signal generating arrangement, and switched path coupled elements and various measurement elements, each embedded at strategic locations within the ESM system so as to effect maximum path coverage and test benefit.

A phase-change memory device has a plurality of first wiring lines; a plurality of memory cells that are provided on the plurality of first wiring lines; a plurality of second wiring lines that are provided on the plurality of memory cells, respectively; and an interlayer insulating film that is formed between the plurality of first wiring lines and the plurality of second wiring lines and insulates the plurality of first wiring lines from the plurality of second wiring lines; wherein each of the memory cells includes a heat source element that is supplied with a current and generates heat and a phase-change element that is changed to an amorphous state or a crystalline state according to a cooling speed after being heated by the heat source element, a resistance value of the phase-change element varying with the change in the state, and wherein a void is formed between the two adjacent memory cells in the interlayer insulating film.

The hybrid vehicle transfers power between the two motors, releases a coupling between one of the motors and the drive shaft, adjusts the rotation speed of one of the motors which is released from the coupling to the drive shaft by the transmission so as to enable drive source element connection, and connects the clutch as well as cranks the engine by either one or the other motor when the engine is started while the clutch is released, the engine is stopped, both the motors are coupled to the drive shaft as well as at least one of the motors is caused to output power.

There is provided a hybrid vehicle 20 which stops an engine 22 in a state in which a drive source element connection by a clutch C0 is released; a transmission 60 is used to couple only one of the motors MG1 and MG2 to a drive shaft 67; and one of the motors MG1 and MG2 is caused to output power; at this time, in order to start the engine 22, a rotation speed of the other one of the motors MG1 and MG2 which does not correspond to a current speed ratio γ and is not connected to the drive shaft 67 is adjusted so as to enable the drive source element connection; and the clutch C0 is connected as well as the engine 22 is cranked by the motor MG1 or MG2.

Controller and method for adapting a frequency sweep for a vibro-acoustic source element that is configured to generate acoustic waves during a seismic survey. The method includes driving a seismic source element to generate a current frequency sweep; recording seismic data with plural seismic sensors in response to the current frequency sweep; selecting, during the seismic survey, a data subset of the seismic data, wherein the data subset has a size less than 10% of the seismic data; calculating with a processing device an attribute based on the data subset; and calculating a new frequency sweep based on the attribute.

Method, source and seismic vibro-acoustic source element configured to generate acoustic waves under water. The seismic vibro-acoustic source element includes an enclosure having first and second openings; first and second pistons configured to close the first and second openings; an actuator system provided inside the enclosure and configured to actuate the first and second pistons to generate a wave having first frequency; and a pressure mechanism attached to the enclosure and configured to control a pressure of a fluid inside the enclosure such that a pressure of the fluid is substantially equal to an ambient pressure of the enclosure.

Described are a method and a system for using XML in a real-time message for transmission of data from a source to a destination over a network. The real-time XML message includes a header element and a body element. The header element includes one or more destination elements and one source element, each having a unique identifier and a set of pre-defined and user-defined real-time properties. The body element of the message includes the data to be carried to the destination in plain or encoded XML content. XML addresses are proposed as the identifier of the source and destination, and an XML naming service can look up an XML address from the canonical name of the source and destination. Advantageously, the real-time message can be transported through the network using XML addresses included in the destination and source elements of the message.

The invention aims to provide a geometric structure based complex target SAR image simulation method, which can acquire simulation images with various viewing angles and various resolution ratios, and is used for assisting SAR image interpretation and automatic identification of complex targets. The method comprises the steps of: first, reading files of a target 3D model and acquiring spatial information, that is, calculating normal vectors of triangular surface elements through reading the vertex coordinates of triangular surface elements on the surface of the target and acquiring the spatial information of the target; second, carrying out SAR imaging geometrical simulation, that is, judging the surface element which receives radar signals on the surface of the target according to radar side looking imaging principles and recording the projection position of each of the visible surface element on the image; third, calculating the relative back scattering intensity of each position of the target model; and fourth, producing an SAR simulation image.

The invention discloses a method for mapping control channel sources. The method comprises the following steps: confirming the number of source element groups occupied by a physical control format indicator channel (PCFICH) and a physical hybrid automatic repeat request indicator channel (PHICH) and the total number of the source element groups supported by a system; confirming a number NREG of the source element groups occupied by a physical downlink control channel (PDCCH) according to the confirmed total number and the number of the source element groups occupied by the PCFICH and the PHICH; expanding a complex value 4-tuple sequence of the PDCCH according to the NREG to obtain an expanded 4-tuple sequence; mapping the expanded 4-tuple sequence into a matrix according to a first preset mode; permuting the columns of the matrix to obtain a permutation matrix; reading the permutation matrix in a second preset mode to obtain a new 4-tuple sequence; and mapping the new 4-tuple sequence to the source element groups by a time priority principle. The invention also discloses a device for mapping the control channel sources. The invention can reduce the mutual interference among the control channels and improve the diversity effect of an OFDM technology.

The invention relates to an optical system comprising three holographic elements, which can be used for a helmet-mounted display or a spectacle-mounted display. By using the optical display system, an image projected from an image source element can be subject to beam expansion by the three holographic elements and can be converted into divergent or convergent spherical waves for emission, thereby facilitating the wear of a user having a certain oxyopter. Because the display is realized by the holographic elements instead of lenses, the optical system provided by the invention is especially applicable to an ultra-thin display device, has the advantage of low manufacturing cost and can be customized according to user requirements.

The invention belongs to a manganese cobalt nickel three Yuan lithium ionization cell anode material, specifically relates to the lithium manganese cobalt nickel oxygen and its synthetic method. The high-capacity, the high safety performance of other battery positive electrode material is unable to compare with lithium manganese cobalt nickel oxygen, moreover low in price, the good compatibility with the electrolyte, the outstanding circulation performance, will certainly to thrust the market in the recent several years. The chemical formula of lithium manganese cobalt nickel oxygen is: The LiMn1/2Co1/4Ni1/4O2 crystal structure is a hexagonal system. The synthetic method of lithium manganese cobalt nickel oxygen is: (1) preparing the mix solution which is composed by the manganese salt, the cobalt blue, the nickel salt, under the agitation situation, joining the alloy salt brine, the complexing agent simultaneously in the reacting system according to the certain proportion distinction, simultaneously adjusts the join speed of alkali to maintain pH to be constant; After continuous feed certain times, filtrate and wash the precipitate to obtain the forerunner body. (2) Grinding and mixing lithium source element and forerunner body ball, after mixed evenly, compacting, roasting, and decomposing to obtain the lithium manganese cobalt nickel oxygen. Then cooling, grading, mixing to obtain the product.