mhurhangee/ep-ind-claims huggingface dataset:
A video decoding device comprising: (a) extracting means (21; 201) for extracting PCM block size information from a bitstream, the PCM block size information indicating a threshold (pcmCodingUnitSize) to be used by PCM header parsing means; (b) determination means (22; 201) for determining the threshold (pcmCodingUnitSize) based on the extracted PCM block size information; (c) the PCM header parsing means (23; 204) for parsing a PCM header from the bitstream with respect to an encoded block, only when a block size of said encoded block is equal to or greater than the determined threshold (pcmCodingUnitSize), the PCM header being information indicative of whether said encoded block is a block that has been encoded by PCM-encoding or not; (d) entropy decoding means (24; 204) for parsing transformed data of a prediction error data of an image in the bitstream; (e) PCM decoding means (26; 203) for decoding by PCM-decoding PCM data of the image in the bitstream; and (f) decoding control means (27; 202) for controlling the entropy decoding means (24; 204) and the PCM decoding means (26; 203) based on the parsed PCM header. (a) extracting means (21; 201) for extracting PCM block size information from a bitstream, the PCM block size information indicating a threshold (pcmCodingUnitSize) to be used by PCM header parsing means; (b) determination means (22; 201) for determining the threshold (pcmCodingUnitSize) based on the extracted PCM block size information; (c) the PCM header parsing means (23; 204) for parsing a PCM header from the bitstream with respect to an encoded block, only when a block size of said encoded block is equal to or greater than the determined threshold (pcmCodingUnitSize), the PCM header being information indicative of whether said encoded block is a block that has been encoded by PCM-encoding or not; (d) entropy decoding means (24; 204) for parsing transformed data of a prediction error data of an image in the bitstream; (e) PCM decoding means (26; 203) for decoding by PCM-decoding PCM data of the image in the bitstream; and (f) decoding control means (27; 202) for controlling the entropy decoding means (24; 204) and the PCM decoding means (26; 203) based on the parsed PCM header.
Portable machine tool, in particular cordless machine tool (10a-f), having at least one drive motor (26a-f), a handle (38a-f), within which the drive motor (26a-f) is at least substantially disposed, at least one gearbox unit (18a-b), a tool holder unit (14a-b), at least one connecting drive train unit (30a-f) for a force transmission from the drive motor (26a-f) to the gearbox unit (18a-b), wherein the gearbox unit (18a-b) is disposed between connecting drive train (30a-f) and tool holder unit (14a-b), at least one angle gear unit (32a-f), which connects the connecting drive train unit (30a-f) to the drive motor (26a-f), and at least one actuating element (20a-f), characterized in that a center axis (16a-f) of the tool holder unit (14a-b) runs through the actuating element (20a-f), and the substantially rod-shaped connecting drive train unit (30a-f) bypasses the actuating element (20a-f) such that the connecting drive train unit (30a-f) runs at least substantially parallel to the center axis (16a-f) of the tool holder unit (14a-b).
A power control method, comprising: obtaining parameter information of a physical uplink control channel, PUCCH, wherein the parameter information comprises value information of a scale factor, SF, of the PUCCH; calculating transmit power of the PUCCH according to the parameter information; and transmitting the PUCCH according to the calculated transmit power of the PUCCH; wherein the calculating transmit power of the PUCCH according to the parameter information comprises: calculating the transmit power of the PUCCH according to the formula P PUCCH i = min { P CMAX, c i 10 log 10 SF + P 0 _ PUCCH + PL c + h n CQI n HARQ n SR + Δ F _ PUCCH F + Δ TxD F ′ + g i wherein P PUCCH ( i) represents transmit power of the PUCCH channel in a subframe i, P CMAX,c represents maximum transmit power of UE on a carrier c, P 0_PUCCH represents channel open-loop power of the PUCCH, PL c represents a path loss on the carrier c, h ( n CQI, n HARQ, n SR) is a compensation for a quantity of bits of different uplink control information in a same PUCCH format, Δ F_PUCCH is a compensation for different PUCCH formats, Δ TxD ( F') is a parameter related to multiple antenna ports and g ( i) represents a power control dynamic deviation. obtaining parameter information of a physical uplink control channel, PUCCH, wherein the parameter information comprises value information of a scale factor, SF, of the PUCCH; calculating transmit power of the PUCCH according to the parameter information; and transmitting the PUCCH according to the calculated transmit power of the PUCCH; wherein the calculating transmit power of the PUCCH according to the parameter information comprises: calculating the transmit power of the PUCCH according to the formula P PUCCH i = min { P CMAX, c i 10 log 10 SF + P 0 _ PUCCH + PL c + h n CQI n HARQ n SR + Δ F _ PUCCH F + Δ TxD F ′ + g i wherein P PUCCH ( i) represents transmit power of the PUCCH channel in a subframe i, P CMAX,c represents maximum transmit power of UE on a carrier c, P 0_PUCCH represents channel open-loop power of the PUCCH, PL c represents a path loss on the carrier c, h ( n CQI, n HARQ, n SR) is a compensation for a quantity of bits of different uplink control information in a same PUCCH format, Δ F_PUCCH is a compensation for different PUCCH formats, Δ TxD ( F') is a parameter related to multiple antenna ports and g ( i) represents a power control dynamic deviation.
An engine comprising: a first structure; a second structure configured to rotate relative to the first structure; and a floating, non-contact seal that interfaces the first structure and the second structure, wherein the seal includes: a shoe; a first beam coupled to the shoe; and a second beam coupled to the shoe; characterised in that: during a non-operational state of the engine a reference point of the shoe is centered within a range of radial deflections (394a, 396a) of the reference point of the shoe over the operating range of the engine, wherein the range of radial deflections (394a, 396a) coincides with a potential maximum radial outward deflection and a potential maximum radial inward deflection during engine operation. a first structure; a second structure configured to rotate relative to the first structure; and a floating, non-contact seal that interfaces the first structure and the second structure, wherein the seal includes: a shoe; a first beam coupled to the shoe; and a second beam coupled to the shoe; a shoe; a first beam coupled to the shoe; and a second beam coupled to the shoe; characterised in that: during a non-operational state of the engine a reference point of the shoe is centered within a range of radial deflections (394a, 396a) of the reference point of the shoe over the operating range of the engine, wherein the range of radial deflections (394a, 396a) coincides with a potential maximum radial outward deflection and a potential maximum radial inward deflection during engine operation.
Lockable modular connection device between two separate parts, said connection device including a first element intended to be connected to one of the parts (E1, E2) and a second element intended to be connected to the other of the parts (E1, E2). wherein the first element comprises a rod rigidly connected to a ball joint of overall spherical shape, the second element comprises a hollow housing wherein said ball joint is arranged, the housing overall conforming to the ball joint and being provided with an opening traversed by the rod, wherein said connection device also comprises a space referred to as inner space between an inner face of the housing and a peripheral face of the ball joint facing one another, and a locking element arranged between the housing and the ball joint, and wherein at least one of the ball joint and the housing is provided with patterns (10, 15) respectively on at least a portion of the peripheral face of the ball joint or on at least a portion of the inner face of the housing, characterised in that the locking element consists of a hardened material which fills the entirety of said inner space and with respect to which said patterns (10, 15) form stops, to hold said ball joint in a fixed position in said housing.
A cutting tool comprising a portion made of a high hardness material, wherein: the portion includes a rake face, a flank face, and a cutting edge, formed of a ridge at a position at which the rake face and the flank face meet, the rake face is divided into a region A along the cutting edge and a region B excluding the region A of the rake face, a surface roughness of the region A is smaller than a surface roughness of the region B, and the region B is deepened with respect to a position of the region A, and the high hardness material is any one of monocrystalline diamond, sintered diamond, and polycrystalline diamond, characterised in that the depth from the deepest point of the region B to the region A is 1 μm or more and 100 μm or less. the portion includes a rake face, a flank face, and a cutting edge, formed of a ridge at a position at which the rake face and the flank face meet, the rake face is divided into a region A along the cutting edge and a region B excluding the region A of the rake face, a surface roughness of the region A is smaller than a surface roughness of the region B, and the region B is deepened with respect to a position of the region A, and the high hardness material is any one of monocrystalline diamond, sintered diamond, and polycrystalline diamond, characterised in that the depth from the deepest point of the region B to the region A is 1 μm or more and 100 μm or less.
A surgical instrument for colon-rectum operations comprising: - a handle, - a shaft assembly that frontally protrudes from the handle, - a first head that frontally protrudes from the shaft assembly, said first head comprising a mechanical stapler of 'cut-and-sew' type, adapted to cut and suture the colon-rectum; - a second head that frontally protrudes from the shaft assembly disposed at the side of the first head, said second head comprising forceps adapted to tighten and strangulate the colon-rectum without cutting it; wherein said shaft assembly and said first and second heads (3, 4) are dimensioned in such manner to be inserted into a cannula of a trocar for laparoscopy, characterized by the fact that said forceps of the second head comprise a plurality of nozzles (U, U') connected to at least a duct (47, 47') formed in the second head and communicating with a main duct formed in said shaft assembly connected to a supply unit adapted to supply a washing liquid that comes out of the nozzles (U, U') to wash the colon-rectum stump from top to bottom, said nozzles (U, U') being configured so as to pierce the wall of the colon-rectum, but not cross the colon-rectum from side to side. - a handle, - a shaft assembly that frontally protrudes from the handle, - a first head that frontally protrudes from the shaft assembly, said first head comprising a mechanical stapler of 'cut-and-sew' type, adapted to cut and suture the colon-rectum; - a second head that frontally protrudes from the shaft assembly disposed at the side of the first head, said second head comprising forceps adapted to tighten and strangulate the colon-rectum without cutting it;
A method for preparing a dry composition for forming a haemostatic paste comprising the steps of: a) providing a biocompatible polymer consisting of powder particles which are substantially insoluble in an aqueous medium, an aqueous medium and an alkaline compound, b) mixing the biocompatible polymer, the aqueous medium and the alkaline compound to obtain a paste, and c) drying the paste, wherein the alkaline compound is capable of reacting with an acidic compound in an aqueous medium to release a gas. a) providing a biocompatible polymer consisting of powder particles which are substantially insoluble in an aqueous medium, an aqueous medium and an alkaline compound, b) mixing the biocompatible polymer, the aqueous medium and the alkaline compound to obtain a paste, and c) drying the paste,
A composition for a heat cycle system, which comprises a working fluid containing trifluoroethylene and difluoromethane, and a phosphoric acid ester, wherein the interaction distance (Ra) between the working fluid and the phosphoric acid ester as determined from the Hansen solubility parameters is at most 15.
A compound of formula I wherein R is methyl; and wherein A consists of formula 2a wherein Y is selected from the group consisting of NH, N(C 1 -C 2 -alkyl) or O, and R 2 is selected from the group consisting of cyano, nitro (NO 2), or NR'R", and R' and R" are independently selected from the group consisting of H or C 1 -C 4 -alkyl; or wherein Y and R 2 together form wherein R 0 is selected from the group consisting of H, C 1 -C 4 -alkyl, hydroxy-C 1 -C 4 -alkyl, C 1 -C 4 -alkoxy-C 1 -C 4 -alkyl or NH 2; or a veterinary acceptable salt thereof.
A dental suction-mirror tool allowing a dentist simultaneous viewing in the patient's mouth and cleaning debris formed during dental procedures without having to remove the mirror from the mouth for either cleaning or replacement, said tool configured to be manipulated by one hand and comprising a round or oval mirror frame with an anti-fog mirror made of a highly reflective thermoplastic polymer, and a handle with a dental suction tube inserted and passed through the handle attached onto said mirror frame at an angle of about 50° relative to the mirror plane, thereby enabling optimal liquid flow and removal of the debris from the mirror, characterized in that said suction tube and said mirror frame with the mirror constitute a disposable plastic unit, and in that the highly reflective thermoplastic polymer is glycol-modified polyethylene terephthalate.
A fluid flow sensing and bubble detecting apparatus, comprising: - a housing provided with a cavity configured to receive a tube through which in use conductive fluid flows, wherein the conductive fluid is blood and wherein the tube is part of an extracorporeal blood circuit; and - a fluid flow sensing and bubble detecting electrical sensor assembly (14a, 14, 16a, 16b) supported by the housing and configured to sense the flow of conductive fluid flowing through the tube and to detect bubbles in the conductive fluid; characterized in that: the fluid flow sensing and bubble detecting apparatus further comprises: - an electrically grounded Electro-Magnetic Interference shielding arranged between at least a part of the sensor assembly (14a, 14b, 16a, 16b) and the cavity such that the EMI shielding protects the sensor assembly (14a, 14b, 16a, 16b) from EMI emanating from the tube while received within the cavity. - a housing provided with a cavity configured to receive a tube through which in use conductive fluid flows, wherein the conductive fluid is blood and wherein the tube is part of an extracorporeal blood circuit; and - a fluid flow sensing and bubble detecting electrical sensor assembly (14a, 14, 16a, 16b) supported by the housing and configured to sense the flow of conductive fluid flowing through the tube and to detect bubbles in the conductive fluid; - an electrically grounded Electro-Magnetic Interference shielding arranged between at least a part of the sensor assembly (14a, 14b, 16a, 16b) and the cavity such that the EMI shielding protects the sensor assembly (14a, 14b, 16a, 16b) from EMI emanating from the tube while received within the cavity.
A device for reducing muscle tension through electrical manipulation by applying a low level alternating current to at least one muscle of a user, said device comprising a power source, a plurality of electrodes, two electrodes of said plurality of electrodes being in contact with each muscle that is being treated of said at least one muscle of the user, one electrode on each muscle that is being treated being connected to supply current to that muscle and another electrode on that muscle being connected to receive current from that muscle to complete a circuit from said device for each muscle being treated, there being a separate circuit for each muscle being treated, said two electrodes on each muscle constituting a pair of electrodes, a controller to control a frequency and intensity of said alternating current for fixed periods of time and to automatically vary a frequency and time for which a particular frequency and intensity of the current is applied for each circuit, said intensity being settable for each circuit by an operator below a threshold of causing each muscle being treated of said at least one muscle to contract prior to commencing a program of said device, said program causing said device to apply said current at predetermined frequencies for predetermined times in succession for each circuit, said program being set for each user in advance of activating said program for that user.
A method, performed by a communication device, for supporting identification of one or more neighboring network nodes (110a-b) comprised in a wireless communication network, the communication device being associated with a communicative connection to a first network node, wherein the method comprises: - obtaining (206; 301), from the first network node, a first identifier identifying the first network node, wherein the first identifier is obtained along with an associative information about a time period during which the first identifier validly identifies the first network node, and - transmitting (208; 302) the obtained first identifier in an uplink so that the first identifier is receivable by one or more other, second network nodes, whereby receipt of the first identifier by a second network node enables identification of the first radio network node as neighboring said second radio network node. - obtaining (206; 301), from the first network node, a first identifier identifying the first network node, wherein the first identifier is obtained along with an associative information about a time period during which the first identifier validly identifies the first network node, and - transmitting (208; 302) the obtained first identifier in an uplink so that the first identifier is receivable by one or more other, second network nodes, whereby receipt of the first identifier by a second network node enables identification of the first radio network node as neighboring said second radio network node.
An exposure apparatus for exposing a substrate with exposure light through a liquid in a liquid immersion area, the exposure apparatus comprising: a projection optical system including a first optical element disposed most closely to an image plane of the projection optical system; a first stage and a second stage, each of which is independently movable on an image-plane side of the projection optical system; and a liquid immersion mechanism including a nozzle member arranged to surround an end portion of the projection optical system and having an opening through which the exposure light can pass, the liquid immersion mechanism being configured to form the liquid immersion area of the liquid in a space between the first optical element and a surface provided on a side of the image plane of the projection optical system, wherein the first stage has a liquid-repellent upper surface and wherein the second stage has a liquid-repellent upper surface, and wherein the apparatus is configured to move the first and second stages such that the first and second stages come close to each other and to move the close first and second stages so as to move the liquid immersion area between the upper surface of the first stage and the upper surface of the second stage. a projection optical system including a first optical element disposed most closely to an image plane of the projection optical system; a first stage and a second stage, each of which is independently movable on an image-plane side of the projection optical system; and a liquid immersion mechanism including a nozzle member arranged to surround an end portion of the projection optical system and having an opening through which the exposure light can pass, the liquid immersion mechanism being configured to form the liquid immersion area of the liquid in a space between the first optical element and a surface provided on a side of the image plane of the projection optical system, wherein the first stage has a liquid-repellent upper surface and wherein the second stage has a liquid-repellent upper surface, and wherein the apparatus is configured to move the first and second stages such that the first and second stages come close to each other and to move the close first and second stages so as to move the liquid immersion area between the upper surface of the first stage and the upper surface of the second stage.
A method of operating a wireless device (100, 306) associated with a first cell, comprising: receiving information on a first set of resources dedicated for intracell peer-to-peer communication and on a second set of resources for both intracell and intercell peer-to-peer communication, wherein intracell peer-to-peer communication using the second set of resources has a lower priority than intercell peer-to-peer communication using the second set of resources; and utilizing at least one of the first set of resources to communicate with a second wireless device within the first cell or the second set of resources to communicate with the second wireless device within a second cell based on the received information. receiving information on a first set of resources dedicated for intracell peer-to-peer communication and on a second set of resources for both intracell and intercell peer-to-peer communication, wherein intracell peer-to-peer communication using the second set of resources has a lower priority than intercell peer-to-peer communication using the second set of resources; and utilizing at least one of the first set of resources to communicate with a second wireless device within the first cell or the second set of resources to communicate with the second wireless device within a second cell based on the received information.