776 results about "Maximum size" patented technology

A computer filing system includes a data access and allocation mechanism including a directory and a plurality of indexed data files or hash tables. The directory is preferably a radix tree including directory entries which contain pointers to respective ones of the hash tables. Using a plurality of hash tables avoids the whole database ever having to be re-hashed all at once. If a hash table exceeds a preset maximum size as data is added, it is replaced by two hash tables and the directory is updated to include two separate directory entries each containing a pointer to one of the new hash tables. The directory is locally extensible such that new levels are added to the directory only where necessary to distinguish between the hash tables. Local extensibility prevents unnecessary expansion of the size of the directory while also allowing the size of the hash tables to be controlled. This allows optimisation of the data access mechanism such that an optimal combination of directory-look-up and hashing processes is used. Additionally, if the number of keys mapped to an indexed data file is less than a threshold number (corresponding to the number of entries which can be held in a reasonable index), the index for the data file is built with a one-to-one relationship between keys and index entries such that each index entry identifies a data block holding data for only one key. This avoids the overhead of the collision detection of hashing when it ceases to be useful.

The invention provides a thin high-strength hot-rolled steel sheet with a thickness of not more than 3.5 mm which has excellent stretch flangeability and high uniformity in both shape and mechanical properties of the steel sheet, as well as a method of producing the hot-rolled steel sheet. A slab containing C: 0.05-0.30 wt %, Si: 0.03-1.0 wt %, Mn: 1.5-3.5 wt %, P: not more than 0.02 wt %, S: not more than 0.005 wt %, Al: not more than 0.150 wt %, N: not more than 0.0200 wt %, and one or two of Nb: 0.003-0.20 wt % and Ti: 0.005-0.20 wt % is heated at a temperature of not higher than 1200° C. The slab is hot-rolled at a finish rolling end temperature of not lower than 800° C., preferably at a finish rolling start temperature of 950-1050° C. A hot-rolled sheet is started to be cooled within two seconds after the end of the rolling, and then continuously cooled down to a coiling temperature at a cooling rate of 20-150° C. / sec. The hot-rolled sheet is coiled at a temperature of 300-550° C., preferably in excess of 400° C. A fine bainite structure is obtained in which the mean grain size is not greater than 3.0 mum, the aspect ratio is not more than 1.5, and preferably the maximum size of the major axis is not greater than 10 mum.

This invention enhances the usability of the human-computer interface by disclosing a technique for the display of single and multi-generation pop-up controls at a location that best meets the user's criterion of an optimal display location. The technique determines the minimum size of a rectangle capable of displaying the actual or likely maximum size of pop-up controls requested during any given activation of the subsystem that manages display of requested controls. The invention then identifies a location that assures the said rectangle either has no overlay or a minimum overlay of the screen area of current interest to the user while avoiding display clipping. A fixed-point is now determined within said rectangle based on physical characteristics of the controls to be displayed that permits display of descendant controls in a backward cascade that enables the user to maintain visual focus at a fixed screen location while manipulating successive controls. The invention provides the user with the ability to redisplay any previously displayed control irrespective of control type as well as provide a "Done" capability for appropriately designed controls that permits the user to convert a single selection control into a multi-selection control. As an adjunct to the reverse order the invention provides four capabilities that permit the user to undo and redo arbitrary services via performed via redisplay of ancestor controls.

A method for electrically testing a semiconductor wafer during integrated-circuit fabrication process, the method including: (i) providing a scanning charged-particle microscope (SCPM), having a defined scanning plane and operative, while in any one mechanical state, to scan a surface in the scanning plane within a two-dimensional scanning window, which has a given maximum size; (ii) providing in association with any layer of the wafer, it being a test layer, one or more test structures, each test structure including normally conductive areas within a normally non-conductive background in one or more layers, which include said test layer, the conductive areas formed as one or more patterns; the patterns in said test layer include one or more clusters of mutually isolated pads; each pad is conductively connected with a corresponding distinct point on the patterns and all the pads in any one cluster are sized and arranged so that at least a significant portion of each pad falls within a common window whose size does not exceed said maximum size of said scanning window; (iii) with said test layer forming the top surface of the wafer, placing the wafer on the SCPM and adjusting the mechanical state of the SCPM so that at least a significant portion of each pad in any one of said clusters is within said scanning window; (iv) causing the SCPM, while in said mechanical state, to scan all of the pads of said one cluster and thereby to provide information about the electrical state of the respective test structure.

The invention provides a preparation method for a zirconia ceramic rear cover of a mobile phone. The zirconia ceramic rear cover of the mobile phone prepared in the invention has the characteristics of high strength, high toughness, high size precision, etc. The rear cover with a maximum size is applicable to a mobile phone with a size of 6 inches, and the thickness of the rear cover may be 0.15 to 0.8 mm. Moreover, the zirconia ceramic rear cover may be in a flat shape, a 2D shape, a 3D shape or other complex shapes in virtue of different shaping dies, so requirements of mobile phones of different specifications can be met. The preparation method for the zirconia ceramic rear cover of the mobile phone has high production efficiency and is suitable for large-scale production.

Icons can be combined to form toolbars such as those appearing on computer desktops and within application windows such as web browsers. Small icons are desired because desktop real estate is expensive. Small icons can be difficult to select or open because it can be hard to confirm which icon is indicated. An icon is indicated when the desktop cursor hovers over it. Altering the indicated icon provides good user feedback. Icons inside browser windows can be changed varying their size. Non-indicated icons can revert to a minimum size while an indicated one grows to a maximum size. Different images can be displayed for different sized icons, producing a more pleasing appearance. Alternatively, icons can be presented as display images produced by morphing two images together using morphing functions and icon weights. Morphing includes growing and shrinking as well as color changes, animating, and so forth.

A method and system provides a requested memory to a requesting process. The memory is requested by a consumer process residing in application space. The consumer process requests the requested memory from a Very Large Memory (VLM) driver in the operating system. The size of the requested memory may be larger than the maximum size per process supported by the operating system. The VLM driver creates one or more donor processes residing in application space dependent on the size of the requested memory. Each donor process requests an allocation of a portion of memory less than the maximum size per process supported by the operating system. Having received the requested memory, the donor process transfers ownership of the portion of memory to the VLM driver. The VLM driver provides the requested memory provided by the donor processes to the consumer process.

A method of starting a session in a synchronization system. The maximum size of a message that is to be sent from a synchronization server to a mobile station for the request, and coding instructions, by which at least one of the identifiers can be coded into a bit sequence requiring substantially fewer bits than its ASCII presentation, are determined in the synchronization server. Decoding instructions, by means of which the original identifier is obtained from the bit sequence, are determined in the mobile station. When the purpose is to transmit a request indicating the need for starting a session to at least one mobile station, a message is formed, is shorter or as long as the maximum size and includes the pre-selected identifiers, at least one of which is presented as a bit sequence defined according to the coding instructions. The mobile station forms a session initialization message on the basis of the information included in the message received from the server, at least part of information being defined from the received bit sequence according to the decoding instructions.

A database spread over multiple nodes allows each node to store a journal recording changes made to the database and also allows a journaling component to manage the memory space available for journaling. Two threshold size values may be specified for the journal. The first threshold value specifies a journal size at which to being pruning the journal on a given node. A journal pruning algorithm may be used to identify journal entries that may be removed. For example, once a given transaction completes (i.e., commits) the journal entries related to that transaction may be pruned from the journal. The second threshold value specifies the maximum size of the journal. After reaching this size, journal entries may be written to disk instead of the in-memory journal.

To make it possible to transfer an image to an exact position even on a sheet of a maximum size having cutoff margins around a maximum image area of the image-forming module, the invention provides a sheet transport device (5) comprising a registration / transport member (2) provided in a sheet path upstream of a target location (P) for correctly positioning a sheet (1) in a sheet transport direction and transporting it toward the target location (P), and a sheet alignment mechanism (3) provided in the sheet path upstream of the target location (P) for moving the sheet (1) in a direction perpendicular to the sheet transport direction to align the sheet (1) to a reference position predefined for each set of sheet information. The invention also provides an image-forming apparatus incorporating the sheet transport device (5).

An automated model componentization feature systematically converts duplicate or otherwise amenable patterns in a model into references. Multiple references are simplified to one unit that contains the otherwise duplicated functionality. Duplicated or selected functionality is identified based on a number of arguments that may be user supplied. These arguments include the level of polymorphism (i.e., which of the sample times, dimensions, and data types can be propagated in) but also the maximum size of the patterns to look for to address the general trade-off of generating few partitions with many blocks or many partitions with few blocks and which modeling constructs are used (e.g., whether Go To / From connections such as in Simulink® are present). Model conversions can result in potentially disjoint partitions.

Disclosed is a large capacity piece of luggage that complies with the maximum size requirements of the airlines with a plurality of special features. These include an infinitely variable position handle used to either pull or push the luggage on two large curb climbing wheels. The handle can rotate in a horizontal plane from one of its supporting vertical members to provide a temporary closet rod for hanging clothes from hangers. The handle also includes hooks to hang clothes from. Also included is a telescoping integral luggage cart with steerable auxiliary wheels. Other features include fixed, but removable identification plaques that are externally visible, an externally visible large figure digital travel alarm clock, an integral fold out table disposed within the cover of the luggage and supported thereby, and an externally accessible freshen kit and utility drawer. The invention further includes a chest of drawers feature which allows interior bags to be used either as drawers or to be removable from the parent bag and used as separate luggage to double the capacity of the original piece of luggage. Finally, on the back of the luggage is a pouch type of an enclosure similar to that which are on the backs of front car seats which may be accessed from the upper side to store a newspaper, magazines and the like.

A magnetoresistive element of an aspect of the present invention including a lower electrode provided on an insulating layer on a semiconductor substrate, a first ferromagnetic layer provided on the lower electrode, a first tunnel barrier layer provided on the first ferromagnetic layer, a second ferromagnetic layer provided on the first tunnel barrier layer, and an upper electrode provided on the second ferromagnetic layer, wherein the upper electrode has a hexagonal cross-sectional shape, and a maximum size of the upper electrode in a first direction is larger than a size of the first tunnel barrier layer in the first direction, the first direction being horizontal relative to a surface of the semiconductor substrate.

A heat treatable 7000 series aluminum alloy has a micro-structure with a crystal grain size of 45 mu m or less and an aspect ratio (longitudinal / long transverse ratio of crystal grain) of preferably 4 or less, whereby its corrosion resistance is improved outstandingly by applying a solution heat treatment and hardening and subsequently, applying an aging treatment at 100 to 145 DEG C. for 5 to 50 hr, a reversion treatment at 140 to 195 DEG C. for 0.5 to 30 hr. and a re-aging treatment at 100 to 145 DEG C. for 5 to 50 hr. to thereby make an electroconductivity to 38-40 IACS %, and render the micro-structure so as to have a minimum distance for the eta phase on the crystal grain boundary of 20 nm or more and a maximum size for the eta ' phase in the crystal grain of 20 nm or less.

The metallo-plastic clip comprises a clip and a plastic shank of which is part the corresponding accessory to be placed in an opening provided on the vehicle body, with an interposed vechicle roof. The clip provided with flexible flaps with a bend after which there is a horizontal segment of maximum size with a notch for attaching the clip to the opening of the vechicle body, while in a central area the flexible flaps are provided with a cut without loss of material forming center segments projected towards the center and with rounded corners which allow passage between them, with their corresponding lateral displacement and thereby also of the flaps, of any tool in order to free the clip from the shank. The maximum size of the horizontal segments and therefore of the notch for attaching the clip is obtained by a bend of lateral sectors which form part of the clip itself, above the bend of the corresponding flexible flap, with these lateral sectors projecting inwards and ending in end extensions for support of the clip on the vehicle roof.

A method and system for generating data fingerprints is used to de-duplicate a data set having a high level of redundancy. A fingerprint generator generates a data fingerprint based on a data window. Each byte of the data set is added to the fingerprint generator and used to detect an anchor within the received data. If no anchor is detected, the system continues receiving bytes until a predefined window size is reached. When the window size is reached, the system records a data fingerprint based on the data window and resets the window size. If an anchor is detected, the system extends the window size such that the window ends a specified length after the location of the anchor. If the extended window is greater than a maximum size, the system ignores the anchor. The generated fingerprints are compared to a fingerprint database. The data set is then de-duplicated by replacing matching data segments with references to corresponding stored data segments.

A method of negotiating channel sharing between adjacent cells when there are a plurality of cells in a power line communication (PLC) network. The method includes attempting to negotiate the channel sharing during a minimum contention access period (CAP) which starts after a maximum beacon period ends and ends before a CAP of each PLC cell ends, wherein the maximum beacon period indicates a maximum size that a beacon frame in a super-frame transmitted from a coordinator of each PLC cell can have. When an attempt to negotiate the channel sharing is made using this method, interference does not occur during channel sharing negotiation, and effective channel sharing can be achieved, thereby eliminating interference between adjacent cells.

A method of organizing map data on a physical storage medium is disclosed. The map data represents geographic features located in a geographic region. The method identifies at least one dense area in the geographic region. The map data representing the geographic features within the dense area have a data size exceeding a predetermined maximum size for a predetermined sized geographic area of the region. The method subdivides the map data representing the geographic features within the dense area into parcels so that the portion of map data contained in the parcel is close to a predetermined parcel size. The method subdivides the map data less the map data representing the dense area into parcels so that the portion of map data contained in the parcel is close to the predetermined parcel size. Additionally, the method locates the map data in each parcel together on the physical storage medium.

An improved sliding window chunking apparatus and method comprising comparing a fingerprint value of each position in a data set to a second set of criteria, at least in instances when it doesn't satisfy a first set of criteria, and, if the value satisfies the second set of criteria, identifying the position as a potential breakpoint. Subsequently, if a fingerprint value that satisfies the first set of criteria is not found before a maximum chunk size is reached, the potential breakpoint can be designated as a breakpoint. Further improvement is possible by imposing minimum and maximum sizes on chunks. In some instances, more than two sets of criteria may be used to identify additional potential chunks to be used should subsets having fingerprint values satisfying either of the first two sets of criteria not be found.

The present invention is related to cellular radio communication network and is a method for determining a Monitored set (MS) of cells associated with an Active set (AS) of cells by a particular ranking of the neighbouring cells associated with each of the cells in the Active set. A neighbouring cell list is created which contains for each active cell its neighbouring cells. These cells can be in a random order and can include other active cells. A scanning operation is done starting with the neighbouring cell (C12 or C31) on top of the list which belongs to the strongest active cell (C11), whereby this cell will be included in the Monitoring set if certain conditions (3,4;respectively, FIG. 4). Next, the list associated with the next strongest active cell (C12) is considered. This scanning is repeated until the maximum size of the Monitoring set has been reached.

The invention in some embodiments relates to a dynamic seal for a prosthetic knee. The dynamic seal in one embodiment is utilized to seal a magnetorheological fluid comprising a liquid and solid particles within a chamber of the knee. The dynamic seal embodiments are specially configured with a pre-loaded tensioned garter spring which has a coil spacing that is at least as large as the size of the particles or maximum size of the particles in the magnetorheological fluid. Desirably, this allows the magnetorheological fluid particles to flow in and out of the dynamic seal without clogging the seal and advantageously provides for a reliable dynamic seal.

This invention enhances the usability of the human-computer interface by disclosing a technique for the display of single and multi-generation pop-up controls at a location that best meets the user's criterion of an optimal display location. The technique determines the minimum size of a rectangle capable of displaying the actual or likely maximum size of pop-up controls requested during any given activation of the subsystem that manages display of requested controls. The invention then identifies a location that assures the said rectangle either has no overlay or a minimum overlay of the screen area of current interest to the user while avoiding display clipping. A fixed-point is now determined within said rectangle based on physical characteristics of the controls to be displayed that permits display of descendant controls in a backward cascade that enables the user to maintain visual focus at a fixed screen location while manipulating successive controls. The invention provides the user with the ability to redisplay any previously displayed control irrespective of control type as well as provide a "Done" capability for appropriately designed controls that permits the user to convert a single selection control into a multi-selection control. As an adjunct to the reverse order the invention provides four capabilities that permit the user to undo and redo arbitrary services via performed via redisplay of ancestor controls.

A drum assembly for a wood chipper includes a drum rotatable about a horizontal axis and a plurality of pockets disposed circumferentially about the drum. The drum assembly also includes a plurality of blades operatively connected to the drum, one of the blades partially overlapping one of the pockets. Each of the pockets has a depth greater than a width thereof and a capacity to hold a wood volume of a maximum size of wood being chipped.

A transmission frame structure for use in a control communication network allows all process control stations contained in the control communication network to share monitoring / control information received from a field communication network or an information communication network, and properly copes with faulty operations of channels (i.e., ring-shaped lines) or process control stations for use in the control communication network. The transmission frame structure of a control communication network for use in a nuclear-power-plant distributed control system which broadcasts data received from a node having transmission authority to all nodes via a bypass line, and allows a ring accelerator to detour the data and to isolate an erroneous station from normal stations, includes a transmission frame. The transmission frame includes: a destination address for performing the broadcasting operation; a source address for recording a source node address (ID) therein; a type / length field for classifying frames into a control data frame and a network management event frame; a network management (NM_TYPE) field which is valid only when it is designated by type / length field, and performs different roles according to network management event frame types; a Seq&Ver field for including the number of transmissions of a data frame and frame upgrade version information; a NS_ID field for recording number information of a node equal to the next token reception node, and being used when one station transmits a token to the next station; a data field having a predetermined maximum size of 1 kbyte, for including not only general control information according to a value of the type / length field, but also 7 event frames such as a token frame; and a CRC (Cyclic Redundancy Code) field for inspecting the presence or absence of a CRC error, whereby the transmission frame operates the communication network, solves a malfunction or error of the communication network, and recovers the communication network.

A tether for securing a variety of instruments. The tether may include a band sized to fit a human wrist, a lanyard formed as a continuous, closed loop, an interface connecting the lanyard to the band, and a lock. The lock may adjustably pinch the lanyard to form two sub-loops therefrom. By adjusting the location where the lock pinches the lanyard, the size of one sub-loop may be continuously increased or decreased, while the size of the other sub-loop may be simultaneously, continuously, and respectively decreased or increased. Accordingly, by adjusting the location where the lock pinches the lanyard, the size of the one sub-loop may continuously vary between a minimum size and a maximum size. In one embodiment, this minimum size may corresponding to an interior diameter within the one sub-loop of substantially zero.

Apriori algorithms are popular data mining techniques for extracting association rules from a body of data. The computational complexity of these algorithms is reduced by representing itemset information at cells of a hypercube. The cells encode associations between the items of each transaction. Direct computation of a cell as a lexicographic combination of items accelerates the computation of itemsets, and thereby improves the computational runtime complexity of the apriori algorithm that discovers association rules. Even faster computation is achieved by a user selected cardinality that limits the maximum size of the itemsets.

The image heating apparatus includes a heater that achieves even heat-generation distribution and suppression of a non-sheet feeding portion temperature increase when an image is printed on a sheet whose size is smaller than a maximum size for the apparatus, and an endless belt, wherein plural heat-generation resistive members having positive temperature coefficients are connected in parallel are provided between first and second conductive members provided along a longitudinal direction of a substrate; plural heat-generation blocks including the plural heat-generation resistive members connected in parallel, are arranged in series along the longitudinal direction; and in the plural heat-generation resistive members included in one of the heat-generation blocks, a heat-generation resistive member arranged at an end portion in the longitudinal direction has a resistivity value higher than that of a heat generation resistive member arranged at a center in the longitudinal direction, or an interval between heat generation resistive members is larger in the end portion.

A method of macro-compressing a software product made up of one or more separate software packages matches strings having a predetermined minimum length with each other. The matching strings are expanded in size by including adjacent software. A compressed software object is formed by producing software blocks from the largest expanded matching strings and including assembly information that tells how to reconstruct the remaining strings from the software blocks. The software packages may either be data objects or executable objects.A method of producing a maximally compressed software product first macro-compresses the software product, and subsequently micro-compresses it. Micro-compression matches strings of the macro-compressed software product, each having a predetermined maximum size and separated from each other by a maximum distance, and eliminates redundant strings.

The invention includes a method for determining a maximum size of a token bucket. One method includes detecting a condition and determining the maximum token bucket size in response to the condition. The condition may include one of a packet drop and a reduction of a current token bucket size, an actual information rate satisfying a rate threshold, or a current token bucket size satisfying a size threshold. Another method includes detecting a packet drop, detecting a reduction of a current token bucket size, and determining the maximum token bucket size in response to the packet drop and the reduction of the current token bucket size. Another method includes detecting a condition and performing an initial bucket size adaptation in response to the condition where the initial bucket size adaptation has an initial adaptation rate greater than a subsequent adaptation rate associated with a subsequent bucket size adaptation.