631 results about "Cell size" patented technology

A cellular wireless internet access system which operates in the 2.5 to 2.68 GHz band and which must comply with complex government regulations on power levels, subscriber equipment and interference levels yet which provides high data rates to users and cell sizes of 1½ miles radius or more from base stations with subscriber equipment and antennas mounted indoors. Such base stations are mounted low and use spread-spectrum transmission to comply with interference rules with respect to adjacent license areas. An unidirectional tear-drop coverage pattern is used at multiple cells to further reduce interference when required. Time division duplex is used to allow the system to operate on any single channel of varying bandwidth within the 2.5 to 2.68 GHz band. Backhaul transmission from base stations to the Internet is provided using base station radio equipment, operating either on a different frequency in the band or on the same frequency using a time-division peer-to-peer technique. Different effective data-rates are provided by a prioritization tiering technique.

Satellite radioterminal communications systems, methods and components thereof, can use multiple frequency segments of at least one satellite frequency band, multiple air interfaces, multiple spectrum reuse cluster sizes and / or multiple geographic cell sizes. For example, a space-based component is configured to communicate with first radioterminals in first satellite cells over a first frequency segment of a satellite frequency band, such as a first frequency segment of a satellite L-band, and to communicate with second radioterminals in second satellite cells over a second frequency segment of the same or different satellite frequency band. The space-based component also may be configured to communicate with a first radioterminal over a first air interface and to communicate with the second radioterminals over a second air interface.

A treemap with cells that have a minimum size so that large data sets can be clearly represented. A treemap that represents a plurality of data elements is generated, the treemap including a plurality of two-dimensional cells. Each cell represents a corresponding data element in the data set. The treemap includes a portion of a display screen assigned to a first cell so that the first cell has a size. A portion of the display screen is then assigned to a subsequent cell. The size of the first cell is adjusted in order to compensate for a size of the subsequent cell and to maintain the minimum cell size.

In a module of photovoltaic cells, a method of forming the module interconnects includes a single cutting process after the deposition of all active layers. This simplifies the overall process to a set of vacuum steps followed by a set of interconnect steps, and may significantly module quality and yield. According to another aspect, an interconnect forming method includes self-aligned deposition of an insulator. This simplifies the process because no alignment is required. According to another aspect, an interconnect forming method includes a scribing process that results in a much narrower interconnect which may significantly boost cell efficiency, and allow for narrower cell sizes. According to another aspect, an interconnect includes an insulator layer that greatly reduces shunt current through the active layer, which can greatly improve cell efficiency.

A high density anti-fuse cell can be built at the cross points of two perpendicular interconnect lines, such as active region lines, active and polysilicon lines, active and metal lines, or polysilicon and metal lines. The cell size can be very small. At least one of the anti-fuse cells have a thin oxide fabricated before, after, or between a diode in at least one contact holes at the cross points of the interconnect lines. The thin oxide of the anti-fuse cells at the cross points can be selected for rupture by applying supply voltages in the two perpendicular lines. In some embodiments, a diode can be created after thin oxide is ruptured so that explicitly fabricating a diode or opening a contact hole at the cross-point may not be necessary.

The stent of the present invention combines a helical strut band interconnected by coil elements. This structure provides a combination of attributes that are desirable in a stent, such as, for example, substantial flexibility, stability in supporting a vessel lumen, cell size and radial strength. The structure of the stent of the present invention provides a predetermined geometric relationship between the helical strut band and interconnected coil elements in order to maintain connectivity at any diameter size state of the stent.

The invention relates to the field of shoes in general, and more specifically to the application of microspheres in shoe material formulations to yield desired shoe properties. Even more specifically, the invention relates to a shoe component prepared from a closed cell foam incorporating microspheres to yield controlled cell size, cell size distribution and expansion characteristics. In another embodiment, the invention also relates to an inner sole for a shoe prepared from the reaction product of a polymer matrix component and a curing agent where the curing agent is incorporated in microspheres to yield a material conformable to the user's foot shape.

A method and system for providing magnetic memory cells in a magnetic memory is disclosed. The method and system include providing each magnetic memory element, providing a first write line and a second write line for each magnetic memory element. The magnetic memory element has a top portion and a bottom portion. The first write line is below the magnetic memory element and is electrically connected with the bottom portion of the magnetic memory element. The second write line is above the magnetic memory element. The second write line is electrically isolated from the magnetic memory element and oriented at an angle to the first write line. The magnetic memory cell allows for a simplified fabrication process, a reduced cell size, and an improved programming efficiency.

Microcellular thermoplastic elastomeric polymeric structures are provided. The articles have an average cell size of less than 100 mum and a compression set ranging from less than about 30% to less than about 5%, and a rebound value of at least 50%. The articles may be formed from a thermoplastic elastomeric olefin, preferably metallocene-catalyzed polyethylene. The density of the articles ranges from less than 0.5 gm / cm3 to less than 0.3 gm / cm3.

A surface-textured polishing pad suitable for chemical-mechanical polishing comprises a porous polymeric foam having an average pore cell size in the range of about 60 μm or less. At least about 75% of the pores in the foam have a pore cell size within about 30 μm of the average pore cell size. The pad has at least one textured surface that includes divots having a depth in the range of about 25 μm to about 1150 μm, a width in the range of about 0.25 μm to about 380 μm, and a length-to-width aspect ratio of about 1 to about 1000. In addition, the at least one textured surface of the pad includes at least about 10 divots per square centimeter of surface area, and has an average surface roughness of at least about 5 μm. Preferably, at least one textured surface has at least one pattern of spaced, parallel grooves imprinted thereon.

The method uses an HTML table cell sizing method designed to measure and layout horizontal HTML table cell elements, and implements a logical view and a search algorithm to layout table cells with the vertical character flow property. The method is also readily adaptable to layout other HTML elements with the vertical character flow property.

A magnetic tunnel junction (MTJ) device usable as a magnetic memory cell or magnetoresistive sensor, such as a MTJ read head for magnetic recording, has the free ferromagnetic layer located on the bottom of the device, the bottom free layer being formed on a special underlayer. The MTJ read head may be a flux-guided head that uses the free layer as a flux guide for directing magnetic flux from the magnetic media to the sensing region of the MTJ. The special underlayer for the growth of the free layer is an alloy comprising Mn, one of Pt, Ni, Ir and Os, and an additive X selected from Ta, Al, Ti, Cu, Cr and V. Without the additive, the underlayer alloy is antiferromagnetic. The additive is present in an amount sufficient to render the alloy to have no magnetic ordering, i.e., it is neither antiferromagnetic nor ferromagnetic, but without substantially affecting the preferred crystalline texture and unit cell size so that the underlayer is well-suited as a growth-enhancing underlayer for the free layer.

The invention provides, inter alia, automated medical methods and apparatus that test PD effluent in a flow path (e.g., with an APD system or CAPD setup) to detect, for example, the onset of peritonitis, based on optical characteristics of the effluent resolved at cellular scales of distance. For example, according to one aspect of the invention, an APD machine includes, in an effluent flow path, apparatus for early stage peritonitis detection comprising an illumination source and a detector. The source is arranged to illuminate peritoneal effluent in a chamber that forms part of the flow path, and the detector is arranged to detect illuminant scattered by the effluent. The detector detects that reflected or scattered illuminant at a cellular scale of resolution, e.g., on a scale such that separate cellular-sized biological (or other) components in the effluent can be distinguished from one another based on scattering events detected by the detector. According to aspects of the invention, the chamber can utilize a deflector to effect turbulent flow for purposes of cleaning biological and other materials from the chamber walls.

In a vertical MOSFET comprises: a semiconductor layer (1, 2, 9, 10) having first and second surfaces opposite to each other and trenches (6) formed on the first surface; trench gates (8) formed in the trenches; a unit cell formed in a region of the semiconductor layer surrounded by the trench gates, the unit cell comprising a base layer (9) and a source layer (10) formed on the base layer and having the first surface as a principal semiconductor surface, the unit cell having a contact hole (12) formed on a center of the principal semiconductor surface and extending from the principal semiconductor surface through the source layer to an inside of the base layer; a contact (17) formed in the contact hole; a source electrode (18) formed on the contact; and a drain electrode (19) formed on the second surface, the contact is formed to a depth different to a peak depth which is a position having a maximum impurity-concentration in a depth direction of the base layer. The unit call further comprises a base contact layer (14) formed within the base layer so as to enclose a bottom of the contact and to bring the base contact layer into contact with the bottom of the contact.

A random access method in a mobile communication system, the random access method for supporting random access with a cell size of about 100 kilometers (km) or more and a power limited terminal and a preamble structure thereof are provided. While a conventional long term evolution (LTE) random access preamble sequence is reused, a difference in a round-trip delay time between terminals in a large cell area may be compensated. Additionally, since higher power transmission is achieved per bandwidth, a higher link margin may be secured. Also, compatibility with resource scheduling of the conventional LTE may be maintained. Random access may be supported in a large cell, and a preamble structure of a satellite mobile communication may be implemented based on terrestrial LTE.

A vertical type power MOSFET remarkably reduces its ON-resistance per area. A substantial groove formation in which a gate structure is constituted is performed beforehand utilizing the LOCOS method before the formation of a p-type base layer and an n+-type source layer. The p-type base layer and the n+-type source layer are then formed by double diffusion in a manner of self-alignment with respect to a LOCOS oxide film, simultaneously with which channels are set at sidewall portions of the LOCOS oxide film. Thereafter the LOCOS oxide film is removed to provide a U-groove so as to constitute the gate structure. Namely, the channels are set by the double diffusion of the manner of self-alignment with respect to the LOCOS oxide film, so that the channels, which are set at the sidewall portions at both sides of the groove, provide a structure of exact bilateral symmetry, there is no positional deviation of the U-groove with respect to the base layer end, and the length of the bottom face of the U-groove can be made minimally short. Therefore, the unit cell size is greatly reduced, and the ON-resistance per area is greatly decreased.

Absorbent articles are described comprising an absorbent composite. The absorbent composite comprises a first absorbent layer comprising a polymeric foam having an average cell size of at least 100 microns and discrete pieces of superabsorbent polymer dispersed within the polymeric foam; and a second absorbent layer in fluid communication with the first absorbent layer. Favored articles include disposable diapers, feminine hygiene articles, and adult incontinence articles. Also described is a polyurethane foam is described having an average cell size of at least 100 microns. The polyurethane foam is the reaction product of a polyether polyol having polyethylene oxide units and at least one polymeric polyisocyanate that lacks urethane linkages. The polyureth ane foam comprises at least 5 wt-% of discrete pieces of superabsorbent polymer. Also described are various composites comprising the polyurethane foam described herein in combination with another substrate such as a second absorbent layer, a fluid impervious backsheet, and / or a fluid pervious topsheet.

The invention provides an automated method of single cell image analysis which determines cell population statistic, applicable in the field of pathology, disease or cancer diagnosis, in a greatly improved manner over manual or prior art scoring techniques. By combining the scientific advantages of computerized automation and the invented method, as well as the greatly increased speed with which population can be evaluated, the invention is a major improvement over methods currently available. The single cells are identified and displayed in an easy to read format on the computer monitor, printer output or other display means, with cell parameter such as cell size and staining distribution at a glance. These output data is an objective transformation of the subjective visible image that the pathologist or scientist relies upon for diagnosis, prognosis, or monitoring therapeutic perturbations. Using our novel proposed technology, we combine the advantages provided by the clinical standard tool of flow cytometry in quantifying single cells and also retain the advantages of microscopy in retaining the capability of visualizing the immunoreactive cells. Unlike flow cytometry however, the invention uses commonly available formalin fixed immunostained tissue and not fresh viable cells. To accomplish this aim, we resort to new and improved advanced image analysis using a unique, useful, and adaptive process as described herein. The method uses multi-stage thresholding and segmentation algorithm based on multiple color channels in RGB and HS I spaces and uses auto-thresholding on red and blue channels in RGB to get the raw working image of all cells, then refines the working image with thresholding on hue and intensity channels in HS I using an adaptive parameter epsilon in entropy mode, and further separates different groups of cells within the same class, by auto-thresholding within the working image region. The Immunohistochemistry Flow cytometry (IHCFLOW) combination results in a new paradigm that is both useful, novel, and provides objective tangible result from a complex color image of tissue.

A CAM array includes non-volatile ternary CAM cells that use access transistors to easily read from and write to the non-volatile transistors. Each ternary CAM cell includes a pair of storage elements that are used to store a data bit value, and an access element that is used during CAM array operation. During a comparison operation, when the applied data value matches the stored value, the storage elements de-couple the match line from a discharging bit line (i.e., a high voltage on the match line remains high). Conversely, when the applied data value does not match the stored value, the storage elements couple the match line to a discharging bit line, thereby discharging the match line.

An expandable stent has larger cells located at the distal end of the stent than in the body portion so that a catheter balloon can more easily protrude into the cells to increase stent retention relative to the balloon. The intravascular stent has a plurality of cylindrical rings connected by links, the spacing of which is a factor in defining the cell size. The stent can be compressed or crimped onto a balloon catheter to a very low profile and maintain a high degree of stent retention due to increased spacing between rings in the region of the distal end ring.

A multiphase culturing process for high density heterotrophic microalgal growth uses crude glycerol as the primary carbon source and produces ω-3 fatty acids. The process uses multiphase growth conditions that decouple the phases of increasing cell density and increasing cell size and fatty acid production. The entire process is integrated with biodiesel production.

A split-gate flash memory cell having a three-dimensional source capable of three-dimensional coupling with the floating gate of the cell, as well as a method of forming the same are provided. This is accomplished by first forming an isolation trench, lining it with a conformal oxide, then filling with an isolation oxide and then etching the latter to form a three-dimensional coupling region in the upper portion of the trench. A floating gate is next formed by first filling the three-dimensional region of the trench with polysilicon and etching it. The control gate is formed over the floating gate with an intervening inter-poly oxide. The floating gate forms legs extending into the three-dimensional coupling region of the trench thereby providing a three-dimensional coupling with the source which also assumes a three-dimensional region. The leg or the side-wall of the floating gate forming the third dimension provides the extra area through which coupling between the source and the floating gate is increased. In this manner, a higher coupling ratio is achieved without an increase in the cell size while at the same time alleviating the punchthrough and junction break-down of source region by sharing gate voltage along the side-wall.

Interference applied to neighbor cells during terminal handovers can be reduced in wireless communication systems containing base stations having different cell sizes. A serving cell makes handover judgment criteria easier based on pre-acquired cell size information on its own cell and cell size information of neighbor cells in order to facilitate terminal handovers from a base station with a large cell size to a base station with a small cell size. The serving cell finds evaluation function values based on the propagation state (e.g. reference signal received power) between the terminal and target cell, and the interference and load information exchanged between the base stations, and selects the terminal for handover by comparing the evaluation function value with the handover criteria value. The system selects a target cell having a good effect in lowering interference such as a cell with large reference signal received power acquired from a terminal, to serve as the handover destination.

A system and method for encoding wide striped cells that carry packets of data across stripes. The method encodes an initial block of a first wide striped cell is encoded with initial cell encoding information, and distributes initial bytes of packet data into available space in the initial block of the first wide striped cell. The initial cell encoding information includes control information and state information. One initial block of the first wide striped cell comprises five subblocks corresponding to five stripes. Each subblock includes identical control information and identical state information. The method further includes adding reserve information to available bytes at the end of the initial block of the first wide striped cell. Remaining bytes of packet data are distributed across one or more blocks in the first wide striped cell until an end of packet condition is reached or a maximum cell size is reached. Other steps include encoding the first wide striped cell or another wide striped cell with end of packet information. The end of packet information varies depending upon a set of end of packet conditions, such as, whether the end of packet occurs at the end of an initial block, at the end of the initial block, within a subsequent block, at a block boundary, or at a cell boundary.