mhurhangee/patent-ind-claim-en huggingface dataset:
A communication method, comprising: selecting a first set of resource elements to carry an uplink control channel; allocating at least a portion of the first set of resource elements carrying the uplink control channel to a first access terminal in a first symbol period; transmitting a configuration message including one or more configuration parameters associated with the first set of resource elements to the first access terminal ; selecting a second set of resource elements to carry an uplink data channel, wherein the second set of resource elements is multiplexed in a common subframe with the first set of resource elements; allocating at least a portion of the second set of resource elements to a second access terminal in a second symbol period; transmitting a grant message to the second access terminal that identifies a start time within the subframe for the second set of resource elements; receiving uplink control signaling from the first access terminal and a signal from the second access terminal via the allocated portion of the first set of resource elements during the first symbol period, wherein the signal has a signature associated with the second access terminal to distinguish the signal from physical uplink control channel, PUCCH, signaling or is received over a reserved subcarrier interlace to distinguish the signal from physical uplink control channel, PUCCH, signaling; and receiving uplink data signaling from the second access terminal via the allocated portion of the second set of resource elements. selecting a first set of resource elements to carry an uplink control channel; allocating at least a portion of the first set of resource elements carrying the uplink control channel to a first access terminal in a first symbol period; transmitting a configuration message including one or more configuration parameters associated with the first set of resource elements to the first access terminal ; selecting a second set of resource elements to carry an uplink data channel, wherein the second set of resource elements is multiplexed in a common subframe with the first set of resource elements; allocating at least a portion of the second set of resource elements to a second access terminal in a second symbol period; transmitting a grant message to the second access terminal that identifies a start time within the subframe for the second set of resource elements; receiving uplink control signaling from the first access terminal and a signal from the second access terminal via the allocated portion of the first set of resource elements during the first symbol period, wherein the signal has a signature associated with the second access terminal to distinguish the signal from physical uplink control channel, PUCCH, signaling or is received over a reserved subcarrier interlace to distinguish the signal from physical uplink control channel, PUCCH, signaling; and receiving uplink data signaling from the second access terminal via the allocated portion of the second set of resource elements.
A valve prosthesis comprising: a valve body including a plurality of valve leaflets affixed to a skirt; and a frame including a distal inflow section , a proximal outflow section , and a valve section between the inflow section and the outflow section , wherein: the valve body is attached to the frame in the valve section at a plurality of commissure points , the frame includes a circumferentially repeating cell pattern in the inflow section and the valve section , the outflow section includes a plurality of loops , the loops being attached to the valve section at a plurality of junctions , and a plurality of valve section cells are positioned between each junction in a circumferential direction; and wherein: each loop includes a first strut and a second strut joined proximally at a loop edge , a first junction , and a second junction , the first junction connects a first loop and a second loop to the valve section , the first junction includes a first proximal valve section cell edge, a second strut from the first loop, and a first strut from the second loop, and the second junction connects the second loop and a third loop to the valve section , the second junction includes a second proximal valve section cell edge, a second strut from the second loop, and a first strut from the third loop. a valve body including a plurality of valve leaflets affixed to a skirt; and a frame including a distal inflow section , a proximal outflow section , and a valve section between the inflow section and the outflow section , wherein: the valve body is attached to the frame in the valve section at a plurality of commissure points , the frame includes a circumferentially repeating cell pattern in the inflow section and the valve section , the outflow section includes a plurality of loops , the loops being attached to the valve section at a plurality of junctions , and a plurality of valve section cells are positioned between each junction in a circumferential direction; and wherein: the valve body is attached to the frame in the valve section at a plurality of commissure points , the frame includes a circumferentially repeating cell pattern in the inflow section and the valve section , the outflow section includes a plurality of loops , the loops being attached to the valve section at a plurality of junctions , and a plurality of valve section cells are positioned between each junction in a circumferential direction; and wherein: each loop includes a first strut and a second strut joined proximally at a loop edge , a first junction , and a second junction , the first junction connects a first loop and a second loop to the valve section , the first junction includes a first proximal valve section cell edge, a second strut from the first loop, and a first strut from the second loop, and the second junction connects the second loop and a third loop to the valve section , the second junction includes a second proximal valve section cell edge, a second strut from the second loop, and a first strut from the third loop.
A protective device for electrochemical electrodes having a liquid junction comprising: a casing which is configured as a hollow cylinder and which has an inner circumferential first protrusion ; a delimiting means which together with the first protrusion delimits a first casing segment with a first inner diameter; a spacer , which is configured as a hollow cylinder having an outer diameter corresponding to the first inner diameter; a first sealing ring and a second sealing ring between which the spacer is disposed; wherein the first sealing ring, the second sealing ring and the spacer are disposed in the interior of the first casing segment, so that the first sealing ring and the second seal ring delimit a first protection space for the liquid junction, the outer diameter of which corresponds to the inner diameter of the spacer. a casing which is configured as a hollow cylinder and which has an inner circumferential first protrusion ; a delimiting means which together with the first protrusion delimits a first casing segment with a first inner diameter; a spacer , which is configured as a hollow cylinder having an outer diameter corresponding to the first inner diameter; a first sealing ring and a second sealing ring between which the spacer is disposed; wherein the first sealing ring, the second sealing ring and the spacer are disposed in the interior of the first casing segment, so that the first sealing ring and the second seal ring delimit a first protection space for the liquid junction, the outer diameter of which corresponds to the inner diameter of the spacer.
A method of operating a receiver in a user equipment (UE) comprising: receiving a primary synchronization signal; and identifying one of a plurality of primary synchronization signals corresponding to a communication cell location of the receiver, wherein at least two of a group of multiple sequences have complex conjugate symmetry in the time domain, and wherein the primary synchronization signal is selected from the group of multiple sequences; wherein the group corresponds to sequences having root indices of n1, n2 that is different from n1, and 63-nl, where the root indices correspond to frequency domain Zadoff-Chu sequences of length 63, and n1 and n2 take values between 1 and 63. receiving a primary synchronization signal; and identifying one of a plurality of primary synchronization signals corresponding to a communication cell location of the receiver, wherein at least two of a group of multiple sequences have complex conjugate symmetry in the time domain, and wherein the primary synchronization signal is selected from the group of multiple sequences; wherein the group corresponds to sequences having root indices of n1, n2 that is different from n1, and 63-nl, where the root indices correspond to frequency domain Zadoff-Chu sequences of length 63, and n1 and n2 take values between 1 and 63.
Device for attaching a measuring mark (40 to 43) to a measuring pin comprising: an assembly disc having a disc body for receiving the measuring mark (40 to 43) and having a push-on neck which protrudes from the disc body and is able to be pushed onto the measuring pin , and which in the pushed-on state encloses at least a part of the measuring pin , at least one connecting structure which is designed to connect the push-on neck to the measuring pin in a force-fitting and/or form-fitting manner with the aid of a first fastening element provided with an internal thread and a second fastening element provided with an external thread , wherein the connecting structure projects from the disc body , and the first fastening element and the second fastening element are able to be received in the connecting structure in such a manner that the first fastening element and the second fastening element are disposed in an axis orthogonal to a longitudinal axis of the measuring pin, and wherein the disc body , the push-on neck and the connecting structure are made of a single injection-moulded part. an assembly disc having a disc body for receiving the measuring mark (40 to 43) and having a push-on neck which protrudes from the disc body and is able to be pushed onto the measuring pin , and which in the pushed-on state encloses at least a part of the measuring pin , at least one connecting structure which is designed to connect the push-on neck to the measuring pin in a force-fitting and/or form-fitting manner with the aid of a first fastening element provided with an internal thread and a second fastening element provided with an external thread , wherein the connecting structure projects from the disc body , and the first fastening element and the second fastening element are able to be received in the connecting structure in such a manner that the first fastening element and the second fastening element are disposed in an axis orthogonal to a longitudinal axis of the measuring pin, and wherein the disc body , the push-on neck and the connecting structure are made of a single injection-moulded part.
A microwave ablation antenna assembly comprising: a coaxial cable terminating in a radiating section ; a first tubular member circumscribing the coaxial cable and spaced therefrom to permit fluid flow therebetween; a second tubular member circumscribing the first tubular member and spaced therefrom to permit fluid flow therebetween; a hub configured to receive the coaxial cable, first tubular member, and second tubular member, the hub including a fluid inflow chamber and a fluid outflow chamber ; further comprising an integrated hub divider and hub cap component separating the fluid inflow chamber from the fluid outflow chamber to prohibit fluid flow between the inflow chamber and outflow chamber except via the spacing (22; 24) between the coaxial cable and the first tubular member and between the first tubular member and the second tubular member, wherein a proximal portion of the integrated hub divider and hub cap component is secured in the hub, anc wherein a distal portion of the integrated hub divider and hub cap component forms a hub cap received at the distal end of the hub. a coaxial cable terminating in a radiating section ; a first tubular member circumscribing the coaxial cable and spaced therefrom to permit fluid flow therebetween; a second tubular member circumscribing the first tubular member and spaced therefrom to permit fluid flow therebetween; a hub configured to receive the coaxial cable, first tubular member, and second tubular member, the hub including a fluid inflow chamber and a fluid outflow chamber ; further comprising an integrated hub divider and hub cap component separating the fluid inflow chamber from the fluid outflow chamber to prohibit fluid flow between the inflow chamber and outflow chamber except via the spacing (22; 24) between the coaxial cable and the first tubular member and between the first tubular member and the second tubular member, wherein a proximal portion of the integrated hub divider and hub cap component is secured in the hub, anc wherein a distal portion of the integrated hub divider and hub cap component forms a hub cap received at the distal end of the hub.
A medical system comprising: a flexible instrument including a sensor adapted to provide tracking data for a point on the flexible instrument ; a memory storing images of a patient anatomy; and a processor configured for: generating an image of a set of connected passageways of the patient anatomy; modeling the set of connected passageways of the patient anatomy as a structure of linked bounded-surface elements (304-316); receiving position information for the point on the flexible instrument indicating a position of the point relative to the set of connected passageways; generating adjusted position information for the point including comparing the received position information to the structure of linked bounded-surface elements (304-316); creating an adjusted flexible instrument image with the adjusted position information; and generating a composite image including the image of the set of connected passageways and the adjusted flexible instrument image. a flexible instrument including a sensor adapted to provide tracking data for a point on the flexible instrument ; a memory storing images of a patient anatomy; and a processor configured for: generating an image of a set of connected passageways of the patient anatomy; modeling the set of connected passageways of the patient anatomy as a structure of linked bounded-surface elements (304-316); receiving position information for the point on the flexible instrument indicating a position of the point relative to the set of connected passageways; generating adjusted position information for the point including comparing the received position information to the structure of linked bounded-surface elements (304-316); creating an adjusted flexible instrument image with the adjusted position information; and generating a composite image including the image of the set of connected passageways and the adjusted flexible instrument image. generating an image of a set of connected passageways of the patient anatomy; modeling the set of connected passageways of the patient anatomy as a structure of linked bounded-surface elements (304-316); receiving position information for the point on the flexible instrument indicating a position of the point relative to the set of connected passageways; generating adjusted position information for the point including comparing the received position information to the structure of linked bounded-surface elements (304-316); creating an adjusted flexible instrument image with the adjusted position information; and generating a composite image including the image of the set of connected passageways and the adjusted flexible instrument image.
A device for providing a colour particle film in a laser transfer printer which has a laser head arranged above a supporting plate for a workpiece, characterized by : a mount which is arrangeable between the supporting plate and the laser head ; and a winder module which is mounted in a vertically movable manner on the mount and in which the film is tensioned across a window advanceable between an unwinder and a rewinder . a mount which is arrangeable between the supporting plate and the laser head ; and a winder module which is mounted in a vertically movable manner on the mount and in which the film is tensioned across a window advanceable between an unwinder and a rewinder .
A vehicle door outside handle device comprising: a handle main body connected to a handle base , characterized in that a mirror reflecting incident light rays from a vehicle rear side toward an inner side in a vehicle width is fixed to the handle main body , and an optical lens and an imaging element capturing a mirror image of the vehicle rear side reflected on the mirror are fixed to the handle base . a handle main body connected to a handle base , characterized in that a mirror reflecting incident light rays from a vehicle rear side toward an inner side in a vehicle width is fixed to the handle main body , and an optical lens and an imaging element capturing a mirror image of the vehicle rear side reflected on the mirror are fixed to the handle base .
Method for manufacturing a calcium-magnesium composition in the form of briquettes, comprising the following steps: i. supplying a powder mixture comprising at least one "quick" calcium-magnesium compound, said mixture comprising at least 40 wt% of CaO+MgO equivalent with respect to the weight of said composition and having a Ca/Mg molar ratio greater than or equal to 1, preferably greater than or equal to 2, more particularly greater than or equal to 3; ii. feeding a roller press with said mixture, iii. compressing said powder mixture in said roller press and obtaining a calcium-magnesium composition in the form of raw briquettes, and iv. collecting said raw briquettes, characterised in that said powder mixture further contains an iron-based compound contained in an amount of at least 3 wt%, preferentially at least 12 wt%, more preferentially at least 20 wt%, preferably at least 30 wt%, more preferentially at least 35 wt% of Fe 2 O 3 equivalent with respect to the weight of said composition, said iron-based compound having a very fine particle size distribution characterised by a median size d 50 smaller than 100 μm, preferentially smaller than 50 μm as well as a size d 90 smaller than 200 μm, preferably smaller than 150 μm, preferably smaller than 130 μm, more preferentially smaller than 100 μm and wherein said at least one "quick" calcium-magnesium compound comprising at least 40 wt% of CaO+MgO equivalent comprises a calcium-magnesium compound particle fraction having a particle size smaller than 90 μm, which comprises at least 20 wt% of CaO equivalent with respect to the weight of said powder mixture, and in that said rollers of the roller press develop, at the edges of the rollers, linear speeds between 10 and 100 cm/s, preferentially between 20 and 80 cm/s, and linear pressures between 60 and 160 kN/cm, preferentially between 80 and 140 kN/cm, and even more preferentially between 80 and 120 kN/cm. i. supplying a powder mixture comprising at least one "quick" calcium-magnesium compound, said mixture comprising at least 40 wt% of CaO+MgO equivalent with respect to the weight of said composition and having a Ca/Mg molar ratio greater than or equal to 1, preferably greater than or equal to 2, more particularly greater than or equal to 3; ii. feeding a roller press with said mixture, iii. compressing said powder mixture in said roller press and obtaining a calcium-magnesium composition in the form of raw briquettes, and iv. collecting said raw briquettes,
A fuel additive composition for controlling formation of deposits and for reducing already formed deposits formed in a fuel injection system and engine, or in an internal combustion engine, wherein the fuel additive composition comprises oxide derivative of (a) iso-borneol or (b) borneol; wherein the oxide derivative of (a) iso-borneol or (b) borneol is a reaction product of an oxirane compound and the isoborneol or the borneol; wherein the oxirane compound is selected from the group comprising (i) ethylene oxide, (ii) propylene oxide, (iii) butylene oxide.
Die splitter machine for opening and splitting or closing and joining upper and lower die halves of a die for hydraulic or mechanical presses, comprising: - at least one lower supporting table (2; 12; 22) adapted to support at least one lower die half of said die; - an upper supporting table (3; 13) for supporting and moving an upper die half of said die; - a column slidably supporting said upper supporting table (3; 13); said lower supporting table (2; 12; 22) and said column being movable with respect to each other, said die splitter machine being characterized in that said lower supporting table (2; 12; 22) and said column are movable with respect to each other about a vertical first rotation axis (X) at least between a first operating position (A), in which said lower supporting table is aligned with and below the upper supporting table (3; 13) to open and split or close and join said upper and lower die halves , and a second operating position (B), in which said lower supporting table (2; 12; 22) and said upper supporting table (3; 13) are angularly spaced to allow approaching to and operating on said upper and lower die halves . - at least one lower supporting table (2; 12; 22) adapted to support at least one lower die half of said die; - an upper supporting table (3; 13) for supporting and moving an upper die half of said die; - a column slidably supporting said upper supporting table (3; 13); said lower supporting table (2; 12; 22) and said column being movable with respect to each other,
A biocompatible, biodegradable, non-hydrolyzed PLG low-burst copolymer material for a controlled release formulation having a weight average molecular weight of about 10 kilodaltons to about 50 kilodaltons and a polydispersity index of about 1.4-2.0 and from which a removed copolymer fraction characterized by a weight average molecular weight of about 4 kDa to about 10 kDa and a polydispersity index of about 1.4 to 2.5 has been separated, and comprising copolymer molecular chains, wherein a predominant proportion of the molecular chains comprise predominantly lactate or lactide residues in at least one end domain of each molecular chain and predominantly glycolate or glycolide resides in an internal domain of each molecular chain.
An imaging system comprising: a base unit comprising a cross member ; a C-arm coupled to the base unit at an extended portion of the C-arm , said extended portion being coupled to the cross member via a rotatable joint , and including an x-ray source and detector positioned on opposite ends of a C-shaped portion of the C-arm; a fixed arm coupled , by the cross-member and the rotatable joint, directly to the extended portion of the C-arm and including two joints (126; 128) offset from one another, where a first joint of the two joints is at the cross member; an articulating arm coupled to the fixed arm at a second joint of the two joints of the fixed arm; and a display monitor coupled to an end of the articulating arm via a third joint . a base unit comprising a cross member ; a C-arm coupled to the base unit at an extended portion of the C-arm , said extended portion being coupled to the cross member via a rotatable joint , and including an x-ray source and detector positioned on opposite ends of a C-shaped portion of the C-arm; a fixed arm coupled , by the cross-member and the rotatable joint, directly to the extended portion of the C-arm and including two joints (126; 128) offset from one another, where a first joint of the two joints is at the cross member; an articulating arm coupled to the fixed arm at a second joint of the two joints of the fixed arm; and a display monitor coupled to an end of the articulating arm via a third joint .