mhurhangee/ep-ind-claims huggingface dataset:
A method for passively monitoring a wire for defects, the method comprising: attaching a first sensor to a wire at a first location; attaching a second sensor to the wire at a second location; capturing a first segment of data from the first sensor, a second segment of data from the second sensor, and a time stamp when a pulse is detected in at least one of the first sensor and the second sensor, wherein each of the first segment of data and the second segment of data comprise a number of sequential data readings captured for the respective sensor; calculating a set of signal features associated with the pulse from the first segment of data, the second segment of data and the time stamp; determining a defect decision that indicates whether or not the detected pulse represents a defect in the monitored wire using the signal features associated with the pulse; and storing the defect decision associated with the pulse and the time stamp in a storage database. attaching a first sensor to a wire at a first location; attaching a second sensor to the wire at a second location; capturing a first segment of data from the first sensor, a second segment of data from the second sensor, and a time stamp when a pulse is detected in at least one of the first sensor and the second sensor, wherein each of the first segment of data and the second segment of data comprise a number of sequential data readings captured for the respective sensor; calculating a set of signal features associated with the pulse from the first segment of data, the second segment of data and the time stamp; determining a defect decision that indicates whether or not the detected pulse represents a defect in the monitored wire using the signal features associated with the pulse; and storing the defect decision associated with the pulse and the time stamp in a storage database.
A bed comprising, a base part, with a patient support base arranged above the base part, and including a position configurable patient support, four telescopic elevator columns, mounted on said base part, said four elevator columns being arranged as a first and a second pair of telescopic elevator columns, and two cross-beams for supporting the patient support base, wherein an operator housing is mounted on at least one of said cross-beams said operator housing comprising means for configuring said position configurable patient support, characterized in that said operation housing and said patient support base comprising mutually releasable connection means.
A vector for injecting a viscoelastic or filling product including a semi-rigid tubular needle of longitudinal axis having a closed distal end and a proximal end for connection to an injection device, this needle having an inner channel delimited by a tubular inner face with an internal diameter (Si) and a tubular outer face delimiting an outer transverse cross-section (Se), a lateral outlet opening being arranged in the needle in the vicinity of the distal end and having on the one hand a length L taken along a generatrix, smaller than or equal to four times the internal diameter (di) of the needle and greater than or equal to once the internal diameter (di) of the needle and on the other hand, a width l greater than or equal to 0.2 times the internal diameter (di), characterized in that the lateral outlet opening delimits inside the inner channel, a compression chamber located upstream with respect to the lateral outlet opening and in that the lateral outlet opening is a slot including two longitudinal edges extending parallel to each other and to a generatrix of the needle by having a substantially constant width l, smaller than or equal to 0.5 times the internal diameter (di) of the needle so as to delimit inside the needle facing the slot, a compression chamber to ensure the projection of the viscoelastic product through the slot
A packet processor, comprising: two or more processors (110A, 110B), each processor (110A, 110B) being configured to run one or more threads (402A - 402C), each thread (402A - 402C) having associated thread identifiers and configured to generate virtual addresses; one or more translation buffers associated with the threads (402A - 402C), each translation buffer comprising different entries (602, 604, 606, 608) associated with different memory resources and being configured to map the virtual addresses to offset values; and a memory (104, 112, 115, 119, 125) coupled to the two or more processors (110A, 110B), the memory (104, 112, 115, 119, 125) comprising a packet handle data structure configured to map the offset values to a physical address region in the memory resource using the associated thread identifier. two or more processors (110A, 110B), each processor (110A, 110B) being configured to run one or more threads (402A - 402C), each thread (402A - 402C) having associated thread identifiers and configured to generate virtual addresses; one or more translation buffers associated with the threads (402A - 402C), each translation buffer comprising different entries (602, 604, 606, 608) associated with different memory resources and being configured to map the virtual addresses to offset values; and a memory (104, 112, 115, 119, 125) coupled to the two or more processors (110A, 110B), the memory (104, 112, 115, 119, 125) comprising a packet handle data structure configured to map the offset values to a physical address region in the memory resource using the associated thread identifier.
A fluid transfer device comprising: a housing having an exterior wall, a plurality of pairs of slots (428, 430) formed in said exterior wall, each one of said pairs of slots being diametrically opposed to each other; a needle hub having an exterior wall (456, 458) and an interior wall extending interiorly across said exterior wall (456, 458), to thereby form upper and lower compartments (492, 494) a first needle extending upwardly from said interior wall, into said upper compartment a second needle extending downwardly from said interior wall into said lower compartment, said interior wall having an opening therein to form a fluid passageway; a first cartridge having a plunger and a pierceable cap; a second cartridge having a plunger and a pierceable cap; a base member, said member having a base bottom wall and a plunger rod; and said arrangement being such that said first cartridge is inserted into said base member such that said plunger seats on said plunger rod, and said second cartridge is in said housing with said pierceable cap of said second cartridge facing said first needle; said fluid transfer device being characterized in that the plunger rod is fixedly secured to and extends upwardly from said base bottom wall. a housing having an exterior wall, a plurality of pairs of slots (428, 430) formed in said exterior wall, each one of said pairs of slots being diametrically opposed to each other; a needle hub having an exterior wall (456, 458) and an interior wall extending interiorly across said exterior wall (456, 458), to thereby form upper and lower compartments (492, 494) a first needle extending upwardly from said interior wall, into said upper compartment a second needle extending downwardly from said interior wall into said lower compartment, said interior wall having an opening therein to form a fluid passageway; a first cartridge having a plunger and a pierceable cap; a second cartridge having a plunger and a pierceable cap; a base member, said member having a base bottom wall and a plunger rod; and said arrangement being such that said first cartridge is inserted into said base member such that said plunger seats on said plunger rod, and said second cartridge is in said housing with said pierceable cap of said second cartridge facing said first needle; said fluid transfer device being characterized in that the plunger rod is fixedly secured to and extends upwardly from said base bottom wall.
Base for supports for raised floors, comprising at least one plane part suited to be used to rest and fix said base onto the ground and a raised part joined to and extending from said plane part, wherein said plane part is provided with at least one substantially straight first cut and/or at least one first series of holes aligned along at least one straight line which divides said plane part in at least two parts and provides a line intended to facilitate the breaking action for the separation of at least one detachable part (B3, B4) from said plane part, and wherein said base comprises radial ribs of said raised part, characterized in that said radial ribs are cut at the level of said cuts (100, 110) or series (200, 210) of holes of the plane part, so that they are divided in two parts (B61, B62).
A wireless tag passing determination apparatus comprising: an antenna that is configured to provide a plurality of communicable regions and a communication disabled region, the communicable regions being arranged alternately with the communication disabled region, such that the plurality of communicable regions include both sides of a passing determination point in a longitudinal direction of a passage in which passing of a wireless tag is determined; a tag reader (10, 100) that is configured to determine presence or absence of reading of a signal in the plurality of communicable regions, wherein presence of reading is determined by reading a signal transmitted by the wireless tag based on a signal representing an electric wave transmitted by the wireless tag existing in a respective one of the plurality of communicable regions and received by the antenna; characterized by a passing determination section (22, 122) that is configured to determine whether the wireless tag passes the passing determination point by comparing a pattern of the presence and absence of reading by the tag reader in association with a lapse of time with a predetermined time series code, the pattern of the presence and absence of reading being a pattern generated when the tag reader reads the signal transmitted by the wireless tag; wherein the plurality of communicable regions are asymmetrical with respect to the passing determination point in the longitudinal direction of the passage. an antenna that is configured to provide a plurality of communicable regions and a communication disabled region, the communicable regions being arranged alternately with the communication disabled region, such that the plurality of communicable regions include both sides of a passing determination point in a longitudinal direction of a passage in which passing of a wireless tag is determined; a tag reader (10, 100) that is configured to determine presence or absence of reading of a signal in the plurality of communicable regions, wherein presence of reading is determined by reading a signal transmitted by the wireless tag based on a signal representing an electric wave transmitted by the wireless tag existing in a respective one of the plurality of communicable regions and received by the antenna; characterized by a passing determination section (22, 122) that is configured to determine whether the wireless tag passes the passing determination point by comparing a pattern of the presence and absence of reading by the tag reader in association with a lapse of time with a predetermined time series code, the pattern of the presence and absence of reading being a pattern generated when the tag reader reads the signal transmitted by the wireless tag; wherein the plurality of communicable regions are asymmetrical with respect to the passing determination point in the longitudinal direction of the passage.
A continuous multiphase reaction process for the hydrogenation of one or more sugars to sugar alcohols, said reaction process including a solid catalyst, one or more reactants in the gas phase and one or more reactants in the liquid phase, and comprising the step of introducing a liquid phase reactant into a reactor in a targeted concentration at the inlet and at one or more downstream locations along the reactor in the axial direction of fluid flow, wherein said liquid phase reactant and one or more reactants in the gas phase are first fed into the reactor in combination; said liquid phase reactant is one or more sugars and is in an aqueous solution; said one or more reactants in the gas phase is hydrogen; said reactor contains a suitable hydrogenation catalyst; and wherein said one or more downstream additions of the liquid phase reactant results in a concentration of the liquid phase reactant within the reactor that is within thirty percent of the targeted concentration value over at least about ten percent of the length of the reactor. introducing a liquid phase reactant into a reactor in a targeted concentration at the inlet and at one or more downstream locations along the reactor in the axial direction of fluid flow, wherein said liquid phase reactant and one or more reactants in the gas phase are first fed into the reactor in combination; said liquid phase reactant is one or more sugars and is in an aqueous solution; said one or more reactants in the gas phase is hydrogen; said reactor contains a suitable hydrogenation catalyst; and wherein said one or more downstream additions of the liquid phase reactant results in a concentration of the liquid phase reactant within the reactor that is within thirty percent of the targeted concentration value over at least about ten percent of the length of the reactor.
A method for fixing components (10, 18; 26), namely sheet-metal parts in the vehicle body manufacturing sector, having the following steps: - providing a first component having at least one receiving hole in a plate-like region of the first component, wherein from the edge of the receiving hole a plurality of clamping portions extend in the direction of the centre of the hole; - providing a second component having at least one extension extending from a surface of the second component; and - introducing the extension into the receiving hole, bending the clamping portions; characterised in that in order to increase the bending resistance of the clamping portions in the bending region shaped stamped portions in the form of beads are provided which run transversely over the bending axes of the clamping portions and are spaced apart from that end of the clamping portion which is remote from the edge of the receiving hole, the shaped stamped portions upon introduction of the extension into the receiving hole generating additional moments of resistance in order to increase the application of force necessary for bending the clamping portions and thereby the clamping force on the extension. - providing a first component having at least one receiving hole in a plate-like region of the first component, wherein from the edge of the receiving hole a plurality of clamping portions extend in the direction of the centre of the hole; - providing a second component having at least one extension extending from a surface of the second component; and - introducing the extension into the receiving hole, bending the clamping portions;
A cooker comprising: a cooking chamber in which food is cooked; a heat source providing heat for heating the food in the cooking chamber; and a first image sensor scanning the food in the cooking chamber in a preset first direction, wherein the cooker further comprises a control part, characterized in that the cooker further comprises: a second image sensor for scanning the food in the cooking chamber in a second direction, wherein the control part is configured to determine a cooked state of the food from a variation of a volume of the food scanned by the first and second image sensors (27A, 27B) through an operation of the heat source. a second image sensor for scanning the food in the cooking chamber in a second direction, wherein the control part is configured to determine a cooked state of the food from a variation of a volume of the food scanned by the first and second image sensors (27A, 27B) through an operation of the heat source.
A machine to process section bars, in particular made of aluminium, light alloys, PVC or the like, the machine comprising an elongated base extending in a first direction; at least one processing station, which is provided along the base and is provided with at least one operating unit (22, 28, 29, 30) to process the section bars; and at least one gripping device to hold at least one section bar, the gripping device comprising a first clamping vice comprising, in turn, a first jaw and a second jaw, which are movable relative to one another in a second direction, which is transverse to the first direction, between a clamping position and a release position to clamp and release the section bar; and being characterized in that it further comprises a driving device to move the second jaw with respect to the first jaw in a third direction, which is orthogonal to said first and second directions (4, 10); the driving device comprising a gripping member, which is movable between an operating position, in which the gripping member engages the second jaw, and a rest position, in which the gripping member disengages the second jaw, and driving means to move the gripping member and, hence, the second jaw in the third direction.
Method for transmitting a first multimedia stream from a first terminal and receiving an associated second multimedia stream at a second terminal, wherein the first and second terminal are connected to at least one gateway for enabling the transmission of the first multimedia stream and the receiving of the associated second multimedia stream, the method comprising the steps of: - the first terminal initiating the exchange of information about specifications of a first multimedia session between the first terminal and the gateway, using a first protocol; - the gateway providing a trigger to the second terminal for informing the second terminal of the availability of a new multimedia stream and for initiating the exchange of information about specifications of a second multimedia session between the second terminal and the gateway, using a second protocol; said trigger comprising a network address of the gateway; - in response to the providing of the trigger, the second terminal initiating the exchange of the information about the specifications of the second multimedia session between the second terminal and the gateway, using a third protocol, the third protocol being a client-server type of protocol, and being different from the second protocol and from the first protocol; said second terminal comprising the client side capabilities of said third protocol; - transmitting the first multimedia stream from the first terminal and receiving the second associated multimedia stream at the second terminal. - the first terminal initiating the exchange of information about specifications of a first multimedia session between the first terminal and the gateway, using a first protocol; - the gateway providing a trigger to the second terminal for informing the second terminal of the availability of a new multimedia stream and for initiating the exchange of information about specifications of a second multimedia session between the second terminal and the gateway, using a second protocol; said trigger comprising a network address of the gateway; - in response to the providing of the trigger, the second terminal initiating the exchange of the information about the specifications of the second multimedia session between the second terminal and the gateway, using a third protocol, the third protocol being a client-server type of protocol, and being different from the second protocol and from the first protocol; said second terminal comprising the client side capabilities of said third protocol; - transmitting the first multimedia stream from the first terminal and receiving the second associated multimedia stream at the second terminal.
An apparatus in a pipelined processor, the apparatus comprising: a loop buffer; and a loop buffer control unit coupled to the loop buffer, wherein the loop buffer control unit is configured to: detect a loop in an instruction stream; and cause a first iteration of the loop to be written to the loop buffer, wherein the loop buffer comprises a plurality of rows, wherein each row comprises a plurality of entries, wherein each of the entries is configured to store an instruction; and characterized in that the loop buffer control unit is further configured to: cause a second iteration of the loop to be written to the loop buffer responsive to: determining the second iteration of the loop is invariant with respect to the first iteration of the loop; and detecting a last instruction of the loop was not written to a final entry of a row in the loop buffer, wherein a first instruction of the second iteration is written to an entry following an entry storing a last instruction of the first iteration; and dispatch all instructions of a row concurrently. a loop buffer; and a loop buffer control unit coupled to the loop buffer, wherein the loop buffer control unit is configured to: detect a loop in an instruction stream; and cause a first iteration of the loop to be written to the loop buffer, wherein detect a loop in an instruction stream; and cause a first iteration of the loop to be written to the loop buffer, wherein the loop buffer comprises a plurality of rows, wherein each row comprises a plurality of entries, wherein each of the entries is configured to store an instruction; and characterized in that the loop buffer control unit is further configured to: cause a second iteration of the loop to be written to the loop buffer responsive to: determining the second iteration of the loop is invariant with respect to the first iteration of the loop; and detecting a last instruction of the loop was not written to a final entry of a row in the loop buffer, wherein a first instruction of the second iteration is written to an entry following an entry storing a last instruction of the first iteration; and dispatch all instructions of a row concurrently. determining the second iteration of the loop is invariant with respect to the first iteration of the loop; and detecting a last instruction of the loop was not written to a final entry of a row in the loop buffer, wherein a first instruction of the second iteration is written to an entry following an entry storing a last instruction of the first iteration; and dispatch all instructions of a row concurrently.