mhurhangee/ep-ind-claims huggingface dataset:
A method for determining a retransmission mode of a retransmission protocol for data transmissions provided to a communication terminal, the method comprising the steps of: receiving a control message related to a plurality of data transmissions, wherein the control message comprises a field for indicating one of a plurality of codepoints, wherein the plurality of codepoints is divided into at least two subsets, each subset of codepoints indicating a respective retransmission mode for the plurality of data transmissions indicated by the control message, receiving said data transmissions using a retransmission protocol, and determining the retransmission mode of the retransmission protocol based on the codepoint signaled in said field of the control message, wherein the retransmission mode is either one of: - an acknowledgment bundling mode, in which one acknowledgement for all said data transmissions is transmitted, or - an acknowledgment non-bundling mode, in which an individual acknowledgement for each said data transmissions is transmitted, and wherein the plurality of codepoints that can be signaled in said field of the control message further indicate the retransmission protocol related information for the data transmissions, and the interpretation of the codepoint signaled in said field of the control message is depending on the retransmission mode indicated by the codepoint, and characterized in that individual bits of the codepoint indicate a joint new data indicator for all data transmissions and a joint redundancy version for all data transmissions, if the codepoint in said field of the control message is indicating the acknowledgment bundling mode and the individual bits of the codepoint indicate the respective new data indicator for each data transmission and the respective redundancy versions for each data transmission, if the codepoint in said field of the control message is indicating the acknowledgment non-bundling mode. receiving a control message related to a plurality of data transmissions, wherein the control message comprises a field for indicating one of a plurality of codepoints, wherein the plurality of codepoints is divided into at least two subsets, each subset of codepoints indicating a respective retransmission mode for the plurality of data transmissions indicated by the control message, receiving said data transmissions using a retransmission protocol, and determining the retransmission mode of the retransmission protocol based on the codepoint signaled in said field of the control message, wherein the retransmission mode is either one of: - an acknowledgment bundling mode, in which one acknowledgement for all said data transmissions is transmitted, or - an acknowledgment non-bundling mode, in which an individual acknowledgement for each said data transmissions is transmitted, and - an acknowledgment bundling mode, in which one acknowledgement for all said data transmissions is transmitted, or - an acknowledgment non-bundling mode, in which an individual acknowledgement for each said data transmissions is transmitted, and
A pneumatic tire having a tread comprising a block in which a sipe is formed, wherein at least one wall surface of the sipe is formed in a waveform including a plurality of curved portions extending from a block surface side to a block bottom side when viewed from a tire radial direction, the curved portions include an inwardly curved portion that bulges toward the inside of the sipe and an outwardly curved portion that bulges toward the outside of the sipe, and the radii of curvature of the inwardly curved portion and the outwardly curved portion differ on the block surface side in the tire radial direction, characterized in that the radii of curvature of the inwardly curved portion and the outwardly curved portion are identical on the block bottom side in the tire radial direction. at least one wall surface of the sipe is formed in a waveform including a plurality of curved portions extending from a block surface side to a block bottom side when viewed from a tire radial direction, the curved portions include an inwardly curved portion that bulges toward the inside of the sipe and an outwardly curved portion that bulges toward the outside of the sipe, and the radii of curvature of the inwardly curved portion and the outwardly curved portion differ on the block surface side in the tire radial direction, characterized in that the radii of curvature of the inwardly curved portion and the outwardly curved portion are identical on the block bottom side in the tire radial direction.
A method for crimping a polymeric scaffold to a delivery balloon, comprising the steps of: providing a tube comprising PLLA characterized by a glass transition temperature range having a lower limit of about TG-low; radially expanding the tube to increase its radial stiffness; forming a scaffold from the radially-expanded tube, the scaffold having a pre-crimp diameter; and using a crimping device, crimping the scaffold to the delivery balloon, characterized by the steps of: inflating the balloon to support the scaffold at a pre-crimp diameter, while the scaffold has a crimping temperature of between about 5 to 15 degrees below TG-low crimping the scaffold to the inflated balloon, wherein the balloon is inflated until the scaffold diameter has been reduced from the pre-crimp diameter to at least one-half of the pre-crimp diameter. providing a tube comprising PLLA characterized by a glass transition temperature range having a lower limit of about TG-low; radially expanding the tube to increase its radial stiffness; forming a scaffold from the radially-expanded tube, the scaffold having a pre-crimp diameter; and using a crimping device, crimping the scaffold to the delivery balloon, characterized by the steps of: inflating the balloon to support the scaffold at a pre-crimp diameter, while the scaffold has a crimping temperature of between about 5 to 15 degrees below TG-low crimping the scaffold to the inflated balloon, wherein the balloon is inflated until the scaffold diameter has been reduced from the pre-crimp diameter to at least one-half of the pre-crimp diameter. inflating the balloon to support the scaffold at a pre-crimp diameter, while the scaffold has a crimping temperature of between about 5 to 15 degrees below TG-low crimping the scaffold to the inflated balloon, wherein the balloon is inflated until the scaffold diameter has been reduced from the pre-crimp diameter to at least one-half of the pre-crimp diameter.
A blower device, comprising a case (2; 42; 62), a blower vibration source disposed within the case (2; 42; 62) and a vibration absorption assembly for associating the blower vibration source and the case (2; 42; 62), characterized in that the vibration absorption assembly comprises a locating buffering member (3; 43; 63) associated with a top portion of the blower vibration source, a connection buffering member (4; 44; 64) in which at least a part of the blower vibration source is received and a plurality of support buffering members (5; 45; 65) which are uniformly disposed on a bottom surface of the connection buffering member (4; 44; 64).
A rotary valve comprising a stator and a rotor mounted to said stator for rotation about an axis, said stator having (i) a plurality of pairs of component ports (32a, 32b), each pair consisting of a first component port and a second component port opposing each other across said axis, said first component ports collectively arranged in an arc of a first circle centered on said axis and said second component ports collectively arranged in an arc of a second circle centered on said axis, and (ii) a valve inlet port and a valve outlet port opposing each other across said axis, said valve inlet and valve outlet ports (28, 29) both positioned inside said first and second circles (33a, 33b); said rotor having first and second elongate recesses (41, 42) having no fluid communication with each other, said first recess comprising an arc of a third circle that is centered on said axis and is equidistant from said axis with said valve inlet port, said second recess comprising an arc of a fourth circle that is centered on said axis and is equidistant from said axis with said valve outlet port, each of said first and second recesses (41, 42) further comprising a first arm (44a, 44b) extending from said arc (43a, 43b) to a first terminus (46a, 46b) at said first circle of component ports in said stator and a second arm (45a, 45b) extending from said arc to a second terminus (47a, 47b) at said second circle of component ports in said stator, wherein said first termini (46a, 46b) are separated along said first circle of component ports by an angular spacing that is less than the angular spacing between adjacent first component ports of said stator, and said second termini (47a, 47b) are separated along said second circle of component ports by an angular spacing that is less than the angular spacing between adjacent second component ports of said stator. (i) a plurality of pairs of component ports (32a, 32b), each pair consisting of a first component port and a second component port opposing each other across said axis, said first component ports collectively arranged in an arc of a first circle centered on said axis and said second component ports collectively arranged in an arc of a second circle centered on said axis, and (ii) a valve inlet port and a valve outlet port opposing each other across said axis, said valve inlet and valve outlet ports (28, 29) both positioned inside said first and second circles (33a, 33b);
A device for checking a component for the presence of a predefined specified condition, the device comprising - at least two bearings (22, 24) for receiving and rotatably supporting the component, the at least two bearings (22, 24) being spaced apart from each other, characterized by - an electrically conductive fluid, - a housing, which housing is designed with a gap for receiving the electrically conductive fluid, wherein the at least two bearings (22, 24) for rotatably receiving the component are arranged within the housing, which at least two bearings (22, 24) are spaced apart from one another, and - a device for detecting and/or determining an actual condition and for checking the detected and/or determined actual condition for conformity with a predefined specified condition, wherein the gap is positioned in such a way, that an electrically conductive connection is established between the respective component received by the at least two spaced-apart bearings and the housing by means of the electrically conductive fluid. - at least two bearings (22, 24) for receiving and rotatably supporting the component, the at least two bearings (22, 24) being spaced apart from each other, characterized by - an electrically conductive fluid, - a housing, which housing is designed with a gap for receiving the electrically conductive fluid, wherein the at least two bearings (22, 24) for rotatably receiving the component are arranged within the housing, which at least two bearings (22, 24) are spaced apart from one another, and - a device for detecting and/or determining an actual condition and for checking the detected and/or determined actual condition for conformity with a predefined specified condition, wherein
Belt frame for a vehicle seat or a vehicle bench seat, wherein on the belt frame attachment means are provided for attaching to a vehicle structure of a vehicle in the area of a vehicle base, characterised in that the belt frame comprises a restraining element (20, 21), wherein the restraining element (20, 21) is arranged on the belt frame at a vertical distance from the attachment means for attaching the belt frame onto the vehicle structure of the vehicle, and wherein the restraining element (20, 21) is designed to be arranged on a holding point (27, 28) of the vehicle structure of the vehicle, wherein in the arranged state of the belt frame on the vehicle the holding point (27, 28) is provided in an area behind a rear side of the belt frame relative to a direction of travel F, and wherein the restraining element (20, 21) is provided such that a deformation of a belt frame arranged on the vehicle structure (4, 12) of a vehicle is possible and defined in case of loading.
A wiper mount for use in a wiper mount structure of an ink jet printer, wherein the wiper mount is arranged to move along a nozzle plate comprising a nozzle face of a print head of the printer in a longitudinal direction (x) of the nozzle plate and comprises a holder for holding a wiper, and a spring assembly (30, 32, 38) capable of elastically biasing the holder and the wiper against the nozzle face of the nozzle plate and capable of elastically yielding to a rotation of the wiper about an axis in parallel with the longitudinal direction (x), characterized in that the wiper mount comprises a rear wall and in that the spring assembly (30, 32, 38) comprises vertical leaf spring portions, the vertical leaf spring portions and the rear wall constitute a parallelogram linkage, and the spring assembly (30, 32, 38) is arranged to elastically yield to a displacement of the wiper in a transverse direction (y) in parallel with the nozzle face and also to a displacement of the wiper normal to the longitudinal direction (x)
A method in a second communication device for signalling control information associated with transmission of data over a wireless channel comprising the steps of - receiving feedback data from a first communication device, wherein the feedback data comprises an indication of recommended precoder or precoders and a recommendation of a first transmission rank to possibly use during transmission, - determining a second transmission rank to use for transmitting data, and characterised in - transmitting a confirmation message to the first communication device comprising a confirmation that the transmission of data from the second communication device is using at least parts of the recommended precoder or precoders, wherein the parts of the recommended precoder or precoders correspond to a column subset of the associated recommended precoder or precoders, and said confirmation message further comprising an indicator of the second transmission rank to use, and also which column or columns of the recommended precoder or precoders to use to support the second transmission rank. - receiving feedback data from a first communication device, wherein the feedback data comprises an indication of recommended precoder or precoders and a recommendation of a first transmission rank to possibly use during transmission, - determining a second transmission rank to use for transmitting data, and characterised in - transmitting a confirmation message to the first communication device comprising a confirmation that the transmission of data from the second communication device is using at least parts of the recommended precoder or precoders, wherein the parts of the recommended precoder or precoders correspond to a column subset of the associated recommended precoder or precoders, and said confirmation message further comprising an indicator of the second transmission rank to use, and also which column or columns of the recommended precoder or precoders to use to support the second transmission rank.
An implantable medical device, comprising: a housing; circuitry within the housing; a feedthrough electrically connected to the circuitry and providing pins externally of the housing; and a header mounted to the housing, the header comprising: a plurality of adjacent contact modules, each contact module having at least one lead passageway (122, 124); a plurality of contact isolators (128, 130), with a contact isolator of the plurality of contact isolators being disposed within each of the at least one lead passageways of the corresponding contact modules of the plurality of contact modules; and a plurality of electrical contacts (132, 134) positioned within the lead passageway, with at least one electrical contact of the plurality of electrical contacts being located axially between contact isolators, each of the plurality of contacts being in electrical communication with a corresponding pin of the feedthrough; and wherein each contact module has axial extensions spaced circumferentially on a first end, the plurality of contact modules being stacked so that an axial extension of one contact module fits into the lead passageway of an adjacent contact module. a housing; circuitry within the housing; a feedthrough electrically connected to the circuitry and providing pins externally of the housing; and a header mounted to the housing, the header comprising: a plurality of adjacent contact modules, each contact module having at least one lead passageway (122, 124); a plurality of contact isolators (128, 130), with a contact isolator of the plurality of contact isolators being disposed within each of the at least one lead passageways of the corresponding contact modules of the plurality of contact modules; and a plurality of electrical contacts (132, 134) positioned within the lead passageway, with at least one electrical contact of the plurality of electrical contacts being located axially between contact isolators, each of the plurality of contacts being in electrical communication with a corresponding pin of the feedthrough; and a plurality of adjacent contact modules, each contact module having at least one lead passageway (122, 124); a plurality of contact isolators (128, 130), with a contact isolator of the plurality of contact isolators being disposed within each of the at least one lead passageways of the corresponding contact modules of the plurality of contact modules; and a plurality of electrical contacts (132, 134) positioned within the lead passageway, with at least one electrical contact of the plurality of electrical contacts being located axially between contact isolators, each of the plurality of contacts being in electrical communication with a corresponding pin of the feedthrough; and
A method of connecting a wireless network of a digital device, the method comprising: receiving a signal from a peer digital device; comparing Receive Signal Strength, RSS, of the received signal with a specified threshold to determine whether the peer digital device is located nearby; if it is determined that the peer digital device is located nearby, establishing a Wireless Local Area Network, WLAN, connection to the peer digital device; and automatically executing an application program that uses the WLAN connection; wherein establishing the WLAN connection to the peer digital device comprises: obtaining a random number; and generating information necessary for the WLAN connection on the basis of the obtained random number; wherein the information necessary for the WLAN connection includes an Internet Protocol, IP, address; and wherein the random number is generated by the digital device and transmitted to the peer digital device or is received from the peer digital device. receiving a signal from a peer digital device; comparing Receive Signal Strength, RSS, of the received signal with a specified threshold to determine whether the peer digital device is located nearby; if it is determined that the peer digital device is located nearby, establishing a Wireless Local Area Network, WLAN, connection to the peer digital device; and automatically executing an application program that uses the WLAN connection; wherein establishing the WLAN connection to the peer digital device comprises: obtaining a random number; and generating information necessary for the WLAN connection on the basis of the obtained random number; obtaining a random number; and generating information necessary for the WLAN connection on the basis of the obtained random number; wherein the information necessary for the WLAN connection includes an Internet Protocol, IP, address; and wherein the random number is generated by the digital device and transmitted to the peer digital device or is received from the peer digital device.
A beverage forming apparatus, comprising: a frame arranged to support components of the beverage forming apparatus; a cartridge holder including an opening arranged to receive and hold a cartridge with the cartridge holder in an open position, the cartridge holder including a pivot pin defining a pivot axis about which the cartridge holder is arranged to pivot between open and closed positions; a cam and a cam follower engaged between the frame and the cartridge holder and arranged to cause the cartridge holder to pivot about the pivot axis with movement of the pivot pin along a translational path; a slider that is movable relative to the frame along a translational track, and wherein the slider is attached to the pivot pin to move the pivot pin along the translational path as the slider moves along the translational track; and an actuator including a handle pivotally movable relative to the frame about a handle pivot axis and arranged to move the pivot pin along the translational path to cause the cam follower to move along the cam and pivot the cartridge holder between the open and closed positions, characterized in that the opening of the cartridge holder faces toward a front of the beverage forming apparatus and is oriented in an upwardly inclined position with the cartridge holder in the open position; and wherein the handle includes a drive pin that engages with a drive slot of the slider and moves the slider along the translational track with pivoting movement of the handle about the handle pivot axis. a frame arranged to support components of the beverage forming apparatus; a cartridge holder including an opening arranged to receive and hold a cartridge with the cartridge holder in an open position, the cartridge holder including a pivot pin defining a pivot axis about which the cartridge holder is arranged to pivot between open and closed positions; a cam and a cam follower engaged between the frame and the cartridge holder and arranged to cause the cartridge holder to pivot about the pivot axis with movement of the pivot pin along a translational path; a slider that is movable relative to the frame along a translational track, and wherein the slider is attached to the pivot pin to move the pivot pin along the translational path as the slider moves along the translational track; and an actuator including a handle pivotally movable relative to the frame about a handle pivot axis and arranged to move the pivot pin along the translational path to cause the cam follower to move along the cam and pivot the cartridge holder between the open and closed positions, characterized in that the opening of the cartridge holder faces toward a front of the beverage forming apparatus and is oriented in an upwardly inclined position with the cartridge holder in the open position; and wherein the handle includes a drive pin that engages with a drive slot of the slider and moves the slider along the translational track with pivoting movement of the handle about the handle pivot axis.
A flow control device comprising a body (1, 2) adapted for fluidic connection to a fluid flow system, said body (1, 2) defining an internal chamber and configured to pass flow of fluid through the chamber via at least one aperture in the body (1, 2), an obturator element positioned in the chamber and adapted to close upon the at least one aperture, an actuator element juxtaposed with the obturator element and formed of a material which swells when in contact with fluid and contracts in the absence of said fluid, whereby upon introduction of fluid to the chamber, the actuator element swells and effects closing of the obturator element upon the at least one aperture, and wherein the device further comprises a valve disc component disposed between the actuator element and the obturator element and configured to bear upon the obturator element and facilitate closure thereof upon the at least one aperture, characterised in that the valve disc component is a concave dish or shallow cup superposed over the actuator element.