mhurhangee/ep-ind-claims huggingface dataset:
A wireless communication device comprising: an antenna configured to receive a magnetic field; a recovery device configured to recover a clock from the magnetic field; a multiplexer configured to receive the recovered clock and a reference clock, and to output one of the recovered clock and the reference clock based on a current operational state of the wireless communication device; a shunt regulator configured to produce an active load modulation by actively modulating an impedance of the wireless communication device; a phase-locked loop configured to receive one of the recovered clock and the reference clock and to utilize the received clock to control the active load modulation; and a driver configured to contribute to the active load modulation by adjusting an amplitude of a voltage across the antenna, wherein the PLL is further configured to transition between a locked state and a memory mode between a transmission and receipt of information packets by implementing the PLL as an open loop prior to transmitting the active load modulation. an antenna configured to receive a magnetic field; a recovery device configured to recover a clock from the magnetic field; a multiplexer configured to receive the recovered clock and a reference clock, and to output one of the recovered clock and the reference clock based on a current operational state of the wireless communication device; a shunt regulator configured to produce an active load modulation by actively modulating an impedance of the wireless communication device; a phase-locked loop configured to receive one of the recovered clock and the reference clock and to utilize the received clock to control the active load modulation; and a driver configured to contribute to the active load modulation by adjusting an amplitude of a voltage across the antenna, wherein the PLL is further configured to transition between a locked state and a memory mode between a transmission and receipt of information packets by implementing the PLL as an open loop prior to transmitting the active load modulation.
A duct (1, 41) comprising: a tubular duct main body (2, 42); and a sound absorption member (3, 23, 43) disposed on an inner surface of the duct main body (2, 42), wherein the duct (1, 41) has at least one of configurations 1) or 3): 1) the duct main body comprises a sandwiching part having a pair of opposite wall surfaces (2a1, 2a2), a side edge of the sound absorption member is sandwiched between the wall surfaces (2a1, 2a2) of the sandwiching part, the duct main body has an outward protrusion in a surface having the sound absorption member thereon, the outward protrusion protruding out of the duct main body, the outward protrusion is provided with a rib (2c, 2i) protruding into the duct main body, and a hollow is formed between the outward protrusion and the sound absorption member; and 3) the duct main body (2, 42) comprises an opening arranged so as to allow air escaping through the sound absorption member (3, 23, 43) and the opening. a tubular duct main body (2, 42); and a sound absorption member (3, 23, 43) disposed on an inner surface of the duct main body (2, 42), wherein the duct (1, 41) has at least one of configurations 1) or 3): 1) the duct main body comprises a sandwiching part having a pair of opposite wall surfaces (2a1, 2a2), a side edge of the sound absorption member is sandwiched between the wall surfaces (2a1, 2a2) of the sandwiching part, the duct main body has an outward protrusion in a surface having the sound absorption member thereon, the outward protrusion protruding out of the duct main body, the outward protrusion is provided with a rib (2c, 2i) protruding into the duct main body, and a hollow is formed between the outward protrusion and the sound absorption member; and 3) the duct main body (2, 42) comprises an opening arranged so as to allow air escaping through the sound absorption member (3, 23, 43) and the opening. 1) the duct main body comprises a sandwiching part having a pair of opposite wall surfaces (2a1, 2a2), a side edge of the sound absorption member is sandwiched between the wall surfaces (2a1, 2a2) of the sandwiching part, the duct main body has an outward protrusion in a surface having the sound absorption member thereon, the outward protrusion protruding out of the duct main body, the outward protrusion is provided with a rib (2c, 2i) protruding into the duct main body, and a hollow is formed between the outward protrusion and the sound absorption member; and 3) the duct main body (2, 42) comprises an opening arranged so as to allow air escaping through the sound absorption member (3, 23, 43) and the opening.
An imaging catheter (900, 1400) comprising a proximal segment, a distal segment and a midsection there between, the proximal segment comprising a hypotube comprising a skived terminal portion, the distal segment comprising an imaging element, and the midsection comprising a variable stiffness element, wherein: the variable stiffness element comprises a tapered wire and the tapered wire is bonded to the skived terminal portion of the hypotube, or the variable stiffness element comprises a spiral-cut tube and the spiral cut tube is bonded to the skived terminal portion of the hypotube. the variable stiffness element comprises a tapered wire and the tapered wire is bonded to the skived terminal portion of the hypotube, or the variable stiffness element comprises a spiral-cut tube and the spiral cut tube is bonded to the skived terminal portion of the hypotube.
Device for providing a vehicle surround view for a vehicle, having: - vehicle cameras that provide camera images of an area surrounding the vehicle; - an incline detecting unit that detects a current incline of the vehicle relative to a predetermined reference plane; - a position determining unit that determines a position change of at least one vehicle camera relative to the predetermined reference plane of the vehicle in dependence upon the incline that is detected by means of the incline detecting unit; - an incline compensating unit that compensates the incline that is detected by means of the incline detecting unit in such a manner that a driver seat that is provided in a driver cabin and/or a working assembly of the vehicle is oriented essentially horizontally, and having - an image data processing unit that projects the camera images that are provided by the vehicle cameras so as to generate the vehicle surround view onto a projection surface that is adapted in dependence upon the determined position change of the vehicle camera. - vehicle cameras that provide camera images of an area surrounding the vehicle; - an incline detecting unit that detects a current incline of the vehicle relative to a predetermined reference plane; - a position determining unit that determines a position change of at least one vehicle camera relative to the predetermined reference plane of the vehicle in dependence upon the incline that is detected by means of the incline detecting unit; - an incline compensating unit that compensates the incline that is detected by means of the incline detecting unit in such a manner that a driver seat that is provided in a driver cabin and/or a working assembly of the vehicle is oriented essentially horizontally, and having - an image data processing unit that projects the camera images that are provided by the vehicle cameras so as to generate the vehicle surround view onto a projection surface that is adapted in dependence upon the determined position change of the vehicle camera.
Packaging cushion for fixing an object into position, in particular a bucket, in a package, in particular, a cardboard box, wherein the packaging cushion is designed as a fibre moulded part made of recycled paper with a round recess for holding the object with its round bottom side or round top side; and wherein, between the outer edge of the packaging cushion and the recess, at least one spring element in the form of a hollow protrusion is arranged in the packaging cushion; characterized in that at least one spring element is designed in the form of at least one section of a circular arc.
A method performed by a deduplicated storage system for seeding replication to a replica system, the method comprising: selecting one or more files stored on the deduplicated storage system as a first plurality of segments, wherein the deduplicated storage system contains a second plurality of segments that at least include the first plurality of segments; determining a set of segment references that refer to the segments of the first plurality of segments that are for reconstructing the one or more files from the first plurality of segments; replicating the metadata of the selected files and all segment references from the set of segment references to the replica system; characterised by creating a data structure that contains the replicated segment references that are used to indicate that the first plurality of segments are to be replicated; iteratively performing, until all segments of the second plurality of segments have been selected: selecting one segment from the second plurality of segments; determining whether a replicated segment reference from the data structure indicates that the selected segment stored on the deduplicating storage system is to be replicated; and in the event that the replicated segment reference indicates that the selected segment is to be replicated, replicating the selected segment to the replica system. selecting one or more files stored on the deduplicated storage system as a first plurality of segments, wherein the deduplicated storage system contains a second plurality of segments that at least include the first plurality of segments; determining a set of segment references that refer to the segments of the first plurality of segments that are for reconstructing the one or more files from the first plurality of segments; replicating the metadata of the selected files and all segment references from the set of segment references to the replica system; characterised by creating a data structure that contains the replicated segment references that are used to indicate that the first plurality of segments are to be replicated; iteratively performing, until all segments of the second plurality of segments have been selected: selecting one segment from the second plurality of segments; determining whether a replicated segment reference from the data structure indicates that the selected segment stored on the deduplicating storage system is to be replicated; and in the event that the replicated segment reference indicates that the selected segment is to be replicated, replicating the selected segment to the replica system. determining whether a replicated segment reference from the data structure indicates that the selected segment stored on the deduplicating storage system is to be replicated; and in the event that the replicated segment reference indicates that the selected segment is to be replicated, replicating the selected segment to the replica system.
A system for fixing at least one groove-shaped crosspiece to at least one gap (M') of a piece of furniture by forced coupling, comprising: - a crosspiece having a guide with an opening in its extension direction and at least one support constrained in use to the piece of furniture; - a runner slidable in the guide and comprising a bracket and a supporting element fixed on one side to the bracket and on the other side to a locking plate of the runner; the bracket having a longitudinal extension less than the width of an opening of the guide in such a way as to enter in the guide through the opening defining a first operating condition of the runner; the bracket having a relative transversal extension greater than the width of the opening of the guide in such a way that by rotating the runner about itself starting from the first operating condition it changes to a second operating condition wherein the escape of the bracket from the guide is prevented; the supporting element having a longitudinal and transversal width smaller than the width of the opening of the guide in such a way as to allow the rotation of the runner from the first operating condition to the second operating condition; characterised in that the support comprises at least a raising element positioned on the guide adjacent the opening and on an operating wall of the guide facing the locking plate so as to define an increase in the thickness with respect to the operating wall of the guide for forced coupling of the raised element between the runner and the guide when the runner is in the second operating condition. - a crosspiece having a guide with an opening in its extension direction and at least one support constrained in use to the piece of furniture; - a runner slidable in the guide and comprising a bracket and a supporting element fixed on one side to the bracket and on the other side to a locking plate of the runner; the bracket having a longitudinal extension less than the width of an opening of the guide in such a way as to enter in the guide through the opening defining a first operating condition of the runner; the bracket having a relative transversal extension greater than the width of the opening of the guide in such a way that by rotating the runner about itself starting from the first operating condition it changes to a second operating condition wherein the escape of the bracket from the guide is prevented; the supporting element having a longitudinal and transversal width smaller than the width of the opening of the guide in such a way as to allow the rotation of the runner from the first operating condition to the second operating condition;
A haptic feedback method comprising: engaging an interface mode of a teleoperational control system; responsive to movement of a control device of the teleoperational control system, from a nominal position, applying a first haptic force to the control device urging the control device toward the nominal position; determining that the control device has moved, from the nominal position, a first displacement distance in a first degree of freedom to an engaged position; characterized in further comprising: applying a second haptic force to the control device to provide a haptic sensation indicative of an engaged operational state; and applying a third haptic force to the control device to urge a return of the control device from the engaged position toward the nominal position while in the engaged operational state. engaging an interface mode of a teleoperational control system; responsive to movement of a control device of the teleoperational control system, from a nominal position, applying a first haptic force to the control device urging the control device toward the nominal position; determining that the control device has moved, from the nominal position, a first displacement distance in a first degree of freedom to an engaged position; characterized in further comprising: applying a second haptic force to the control device to provide a haptic sensation indicative of an engaged operational state; and applying a third haptic force to the control device to urge a return of the control device from the engaged position toward the nominal position while in the engaged operational state. applying a second haptic force to the control device to provide a haptic sensation indicative of an engaged operational state; and applying a third haptic force to the control device to urge a return of the control device from the engaged position toward the nominal position while in the engaged operational state.
A pizza oven accessory for a barbecue including: a hollow body receivable between a fuel receiving base and a lid of the barbecue operable to define a cooking chamber within the hollow body and between the base and lid of the barbecue, the hollow body further defining an access opening through which food is introducible or removable from the cooking chamber, wherein the lower end of the hollow body is supportable on the fuel receiving base of the barbecue, and further wherein the hollow body includes an upper end on which the lid of the barbecue is supportable and one or more side walls extending between the lower and upper ends (16, 18) in which the access opening is defined; a food receiving member on which the food is receivable, the food receiving member being rotatably supported within or in close proximity with the hollow body; wherein the food receiving member is rotatably supported on a support member, at or near a lower end of the hollow body; characterised in that the pizza oven accessory further includes a guard mounted on the support member within the hollow body, the guard extending higher than an upper surface of the food receiving member, wherein the guard is located in the hollow body nearer the side wall or portion thereof opposite the side wall or portion thereof defining the access opening for preventing food introduced in use into the pizza oven accessory from falling off the food receiving member. a hollow body receivable between a fuel receiving base and a lid of the barbecue operable to define a cooking chamber within the hollow body and between the base and lid of the barbecue, the hollow body further defining an access opening through which food is introducible or removable from the cooking chamber, wherein the lower end of the hollow body is supportable on the fuel receiving base of the barbecue, and further wherein the hollow body includes an upper end on which the lid of the barbecue is supportable and one or more side walls extending between the lower and upper ends (16, 18) in which the access opening is defined; a food receiving member on which the food is receivable, the food receiving member being rotatably supported within or in close proximity with the hollow body; wherein the food receiving member is rotatably supported on a support member, at or near a lower end of the hollow body; characterised in that the pizza oven accessory further includes a guard mounted on the support member within the hollow body, the guard extending higher than an upper surface of the food receiving member, wherein the guard is located in the hollow body nearer the side wall or portion thereof opposite the side wall or portion thereof defining the access opening for preventing food introduced in use into the pizza oven accessory from falling off the food receiving member.
An apparatus for aspirating, irrigating and/or cleansing a wound, comprising: a) a fluid flow path, comprising a conformable wound dressing having a backing layer which is capable of forming a relatively fluid-tight seal or closure over a wound, at least one pipe which passes through and/or under the wound-facing face to allow irrigation and/or aspiration of the wound, wherein the point at which the at least one pipe passes through and/or under the wound-facing face forming a relatively fluid-tight seal or closure over the wound; b) a fluid reservoir connectable by a fluid supply tube to the at least one pipe; and c) at least one device for moving fluid through the wound dressing to the wound and/or moving fluid from the wound; and d) means (111, 112) for applying high frequency vibrational energy to the wound bed, characterised in that said means is capable of providing ultrasound energy at an intensity of a spatial peak temporal average acoustic energy of between 5- 100mW/cm 2 a) a fluid flow path, comprising a conformable wound dressing having a backing layer which is capable of forming a relatively fluid-tight seal or closure over a wound, at least one pipe which passes through and/or under the wound-facing face to allow irrigation and/or aspiration of the wound, wherein the point at which the at least one pipe passes through and/or under the wound-facing face forming a relatively fluid-tight seal or closure over the wound; b) a fluid reservoir connectable by a fluid supply tube to the at least one pipe; and c) at least one device for moving fluid through the wound dressing to the wound and/or moving fluid from the wound; and d) means (111, 112) for applying high frequency vibrational energy to the wound bed, characterised in that said means is capable of providing ultrasound energy at an intensity of a spatial peak temporal average acoustic energy of between 5- 100mW/cm 2
An oral healthcare system for the delivery of amorphous calcium phosphate, comprising a source of calcium ions and a source of phosphoric ions in separate components, said separate components selected from the group consisting of separate parts of a kit of parts, separate compartments of a packaging, different phases of a multiphase composition, and a combination thereof, wherein a first component is a calcium component that comprises a calcium salt and a second component is a phosphor component that comprises a source of phosphoric ions selected from the group consisting of orthophoshoric acid and phosphate salts, said components comprising a liquid carrier comprising a polar solvent, wherein either or both of said components comprise one or more amino acids.
A sound effect applying apparatus comprising: an input part that frequency-analyzes an input signal of sound or voice for detecting a plurality of local peaks of spectra contained in the input signal; a subharmonics provision part that adds a time varying spectrum component of subharmonics so as to provide the input signal with a sound effect; and an output part that converts the input signal of a frequency domain containing the added spectrum component into an output signal of a time domain for generating the sound or voice provided with the sound effect; characterized in that said subharmonics provision part adds the time varying spectrum component of subharmonics between the detected local peaks, the time varying spectrum having a gain which varies irregularly and being formed of a mixture of the plurality of spectrum components which have a same frequency but which have phase differences irregularly varying with one another. an input part that frequency-analyzes an input signal of sound or voice for detecting a plurality of local peaks of spectra contained in the input signal; a subharmonics provision part that adds a time varying spectrum component of subharmonics so as to provide the input signal with a sound effect; and an output part that converts the input signal of a frequency domain containing the added spectrum component into an output signal of a time domain for generating the sound or voice provided with the sound effect; characterized in that said subharmonics provision part adds the time varying spectrum component of subharmonics between the detected local peaks, the time varying spectrum having a gain which varies irregularly and being formed of a mixture of the plurality of spectrum components which have a same frequency but which have phase differences irregularly varying with one another.
An engineered penicillin G acylase capable of removing the A1/B1/B29 tri-phenyl acetate protecting groups from insulin to produce free insulin, wherein said penicillin G acylase is at least 95%, 96%, 97%, 98%, 99% or more identical to SEQ ID NO:12, wherein said penicillin G acylase comprises the amino acid substitutions V264A, D484N and Q547K, and wherein the engineered penicillin G acylase has 2 times more enzymatic activity than the engineered penicillin G acylase of SEQ ID NO: 4.
Food preparation accessory intended for use with an attached motor housing, said accessory comprising a working receptacle closed by a lid, said lid supporting a drive shaft designed to couple firstly with said attached motor housing and secondly with a rotary tool rotatably mounted on a guide shaft arranged at the bottom of the working receptacle, said drive shaft passing through the lid via an opening, the diameter of the opening being greater than the diameter of the drive shaft so that there is a radial clearance space around the drive shaft through the opening, characterised in that said space is closed by a seal.