mhurhangee/ep-ind-claims huggingface dataset:
A wound dressing system (400, 500) configured to determine an exudate uptake pattern of a wound dressing, the wound dressing system (400, 500) comprising the wound dressing extending in an appliance plane and comprising: - an absorbent core layer having a proximal side and a distal side, - a proximal electrode assembly comprising a first plurality of electrodes, and - a distal electrode assembly comprising a second plurality of electrodes, the proximal electrode assembly and the distal electrode assembly being layered and spaced apart by a first material in a direction normal to the appliance plane; and a monitor device configured to detect a short-circuiting event across a primary electrode and a secondary electrode of the first plurality of electrodes and a short-circuiting event across a primary electrode and a secondary electrode of the second plurality of electrodes; and wherein the monitor device is further configured to - determine a first region of the wound dressing, wherein the first region is a region wherein the short-circuited primary electrode and secondary electrode of the first plurality of electrodes and the short-circuited primary electrode and secondary electrode of the second plurality of electrodes overlap in the direction normal to the appliance plane, and - indicate an exudate uptake pattern of the wound dressing based on at least the first region. - an absorbent core layer having a proximal side and a distal side, - a proximal electrode assembly comprising a first plurality of electrodes, and - a distal electrode assembly comprising a second plurality of electrodes, the proximal electrode assembly and the distal electrode assembly being layered and spaced apart by a first material in a direction normal to the appliance plane; and a monitor device configured to detect a short-circuiting event across a primary electrode and a secondary electrode of the first plurality of electrodes and a short-circuiting event across a primary electrode and a secondary electrode of the second plurality of electrodes; and wherein the monitor device is further configured to - determine a first region of the wound dressing, wherein the first region is a region wherein the short-circuited primary electrode and secondary electrode of the first plurality of electrodes and the short-circuited primary electrode and secondary electrode of the second plurality of electrodes overlap in the direction normal to the appliance plane, and - indicate an exudate uptake pattern of the wound dressing based on at least the first region. - determine a first region of the wound dressing, wherein the first region is a region wherein the short-circuited primary electrode and secondary electrode of the first plurality of electrodes and the short-circuited primary electrode and secondary electrode of the second plurality of electrodes overlap in the direction normal to the appliance plane, and - indicate an exudate uptake pattern of the wound dressing based on at least the first region.
A communication support system that is configured to support communication by speech between a user in a first area and a user in a second area in an automobile, the communication support system comprising: a first area microphone that is a microphone disposed in the first area; a second area speaker that is a speaker disposed in the second area; a road noise detection unit that is configured to determine whether a large road noise is being generated; a control unit; and a voice processing unit that is configured to relay a voice picked up by the first area microphone to the second area speaker, wherein the control unit is configured to cause the voice processing unit to extract a component of a standard band that is a preset frequency band of the voice picked up by the first area microphone and to relay the extracted component to the second area speaker, during a period in which the road noise detection unit does not determine that a large road noise is being generated, and is configured to cause the voice processing unit to extract a component of a treble band, which is a preset frequency band that does not include at least a band on a low frequency side of the standard band but includes a band having a higher frequency than the standard band of the voice picked up by the first area microphone and to relay the extracted component to the second area speaker, during a period in which the road noise detection unit determines that a large road noise is being generated. a first area microphone that is a microphone disposed in the first area; a second area speaker that is a speaker disposed in the second area; a road noise detection unit that is configured to determine whether a large road noise is being generated; a control unit; and a voice processing unit that is configured to relay a voice picked up by the first area microphone to the second area speaker, wherein the control unit is configured to cause the voice processing unit to extract a component of a standard band that is a preset frequency band of the voice picked up by the first area microphone and to relay the extracted component to the second area speaker, during a period in which the road noise detection unit does not determine that a large road noise is being generated, and is configured to cause the voice processing unit to extract a component of a treble band, which is a preset frequency band that does not include at least a band on a low frequency side of the standard band but includes a band having a higher frequency than the standard band of the voice picked up by the first area microphone and to relay the extracted component to the second area speaker, during a period in which the road noise detection unit determines that a large road noise is being generated.
A receiver for detecting an encoded signal, having a pair of spaced predetermined frequencies, in the presence of unwanted signals having frequencies extending over the pair of spaced predetermined frequencies, the receiver comprising: three narrow band filters (26a, 26b, 26c), a pair of the filters (26a, 26c) being tuned to the paired predetermined frequencies for receiving energy from the encoded signal and a third one of the filters being tuned to a third predetermined frequency between the pair of frequencies for receiving energy from a portion of the unwanted signals; and a detection section (28, 27) for indicating detection of the encoded signal as a function of the energy in the pair of filters (26a, 26c) tuned to the paired predetermined frequencies relative to the energy in the third one of the three filters, the energy in the third one of the three filters indicating a level of the unwanted signals having frequencies included over the pair of spaced predetermined frequencies. three narrow band filters (26a, 26b, 26c), a pair of the filters (26a, 26c) being tuned to the paired predetermined frequencies for receiving energy from the encoded signal and a third one of the filters being tuned to a third predetermined frequency between the pair of frequencies for receiving energy from a portion of the unwanted signals; and a detection section (28, 27) for indicating detection of the encoded signal as a function of the energy in the pair of filters (26a, 26c) tuned to the paired predetermined frequencies relative to the energy in the third one of the three filters, the energy in the third one of the three filters indicating a level of the unwanted signals having frequencies included over the pair of spaced predetermined frequencies.
A modular multiplication device for performing a multiplication of a first multiplicand and a second multiplicand modulo a given modulus, each of said multiplicands comprising a given number of digits, each digit having a given word size, wherein said modular multiplication device comprises: - a multiplier for multiplying at least one digit of the first multiplicand with said second multiplicand to produce a multiplier output; - a modular reduction unit configured to reduce a quantity derived from said multiplier output by the product of an extended modulus and an integer coefficient, said extended modulus being the product of said given modulus with an extension parameter, which provides a reduction output, said reduction output being a positive integer strictly smaller than said extended modulus, characterised in that said modular multiplication device further comprises a selection unit configured to select said extension parameter as a function of the ratio between an integer constant and the double of said modulus, said integer constant being a power of two raised to an exponent, said exponent being equal to the product of said word size by an integer, said integer representing the number of words used to represent the modulus added to one. - a multiplier for multiplying at least one digit of the first multiplicand with said second multiplicand to produce a multiplier output; - a modular reduction unit configured to reduce a quantity derived from said multiplier output by the product of an extended modulus and an integer coefficient, said extended modulus being the product of said given modulus with an extension parameter, which provides a reduction output, said reduction output being a positive integer strictly smaller than said extended modulus, characterised in that said modular multiplication device further comprises a selection unit configured to select said extension parameter as a function of the ratio between an integer constant and the double of said modulus, said integer constant being a power of two raised to an exponent, said exponent being equal to the product of said word size by an integer, said integer representing the number of words used to represent the modulus added to one.
A method of forming a glass container (C'), comprising the steps of: allowing a suspended parison (P, P', p", P'") to elongate in a mold (14, 54, 354) along a central longitudinal axis; sensing at least one position of a closed end of the parison within the mold before the closed end of the parison contacts a transversely extending surface in the mold; and adjusting at least one process parameter responsive to the sensing step. allowing a suspended parison (P, P', p", P'") to elongate in a mold (14, 54, 354) along a central longitudinal axis; sensing at least one position of a closed end of the parison within the mold before the closed end of the parison contacts a transversely extending surface in the mold; and adjusting at least one process parameter responsive to the sensing step.
A system for moving tissue comprising: (a) at least one non-reactive elastomeric force applying component, and (b) at least one anchor for attachment to the tissue, the anchor comprising (i) a first slot sized to allow the elastomeric force applying component to freely pass through the anchor, and (ii) a second slot sized to capture the elastomeric force applying component without knotting or tearing the elastomeric force applying component and formed to provide adjustable attachment of the elastomeric force applying component, the second slot defined by walls; and (c) at least one anchor pad coupled to the at least one anchor and adapted to distribute force across an area of the tissue, wherein the anchor distributes force applied to the tissue and bolsters a perimeter of a transcutaneous opening through which the force applying component passes; and wherein characterized in that the second slot of the anchor is a metered tension, locking slot, with a shape, length and size such that the slot captures the elastomeric force applying component but allows the component to migrate if tension exceeds a predetermined level and characterized in that the pad comprises a pad slot corresponding to the first slot of the anchor allowing the anchor to act as a grommet by removing the point load from the exit hole to reduce the occurrence of localized failures. (a) at least one non-reactive elastomeric force applying component, and (b) at least one anchor for attachment to the tissue, the anchor comprising (i) a first slot sized to allow the elastomeric force applying component to freely pass through the anchor, and (ii) a second slot sized to capture the elastomeric force applying component without knotting or tearing the elastomeric force applying component and formed to provide adjustable attachment of the elastomeric force applying component, the second slot defined by walls; and (i) a first slot sized to allow the elastomeric force applying component to freely pass through the anchor, and (ii) a second slot sized to capture the elastomeric force applying component without knotting or tearing the elastomeric force applying component and formed to provide adjustable attachment of the elastomeric force applying component, the second slot defined by walls; and (c) at least one anchor pad coupled to the at least one anchor and adapted to distribute force across an area of the tissue,
A centrifugal clutch comprising: a drive plate to be rotatably driven together with a driven pulley in response to drive force of an engine; a clutch outer having, outside the drive plate, a cylindrical surface provided concentrically with the drive plate; multiple clutch weights having clutch shoes formed to extend along a circumferential direction of the drive plate and facing the cylindrical surface of the clutch outer, one end side of each clutch weight in the circumferential direction being turnably attached onto the drive plate through a swing support pin and a pin slide hole and the other end side displacing toward a cylindrical surface side of the clutch outer; a plate-side cam body having, on the drive plate, a surface extending in a rotary drive axis direction of the drive plate; a weight-side cam body provided at the each clutch weight and configured to slide and climb on the plate-side cam body upon displacement of the other end side of the each clutch weight; and a coupling spring attached to the each clutch weight and causing force in a direction in which the each clutch weight separates from the clutch outer to act on the other end side of the each clutch weight, characterized in that at least one of a center portion of a portion, at which the plate-side cam body and the weight-side cam body contact each other, in a thickness direction or a position of action of force of the coupling spring in a thickness direction of the each clutch weight is formed coincident with a barycentric position of the each clutch weight. a drive plate to be rotatably driven together with a driven pulley in response to drive force of an engine; a clutch outer having, outside the drive plate, a cylindrical surface provided concentrically with the drive plate; multiple clutch weights having clutch shoes formed to extend along a circumferential direction of the drive plate and facing the cylindrical surface of the clutch outer, one end side of each clutch weight in the circumferential direction being turnably attached onto the drive plate through a swing support pin and a pin slide hole and the other end side displacing toward a cylindrical surface side of the clutch outer; a plate-side cam body having, on the drive plate, a surface extending in a rotary drive axis direction of the drive plate; a weight-side cam body provided at the each clutch weight and configured to slide and climb on the plate-side cam body upon displacement of the other end side of the each clutch weight; and a coupling spring attached to the each clutch weight and causing force in a direction in which the each clutch weight separates from the clutch outer to act on the other end side of the each clutch weight, characterized in that at least one of a center portion of a portion, at which the plate-side cam body and the weight-side cam body contact each other, in a thickness direction or a position of action of force of the coupling spring in a thickness direction of the each clutch weight is formed coincident with a barycentric position of the each clutch weight.
A method performed in a node (15, 16; 14 1, 14 2, 14 3, 14 4) for configuring a communication path for a media service, the communication path being configured in a cloud network (20, 21) comprising at least one media processing unit (14 1, 14 2, 14 3, 14 4) configured to handle media processing required by the media service, the node (15, 16; 14 1, 14 2, 14 3, 14 4) being located along the communication path, the method comprising: - discovering at least one media processing unit (14 1, 14 2, 14 3, 14 4) by obtaining location information for the at least one media processing unit (14 1, 14 2, 14 3, 14 4), and - configuring the communication path between end user communication devices (15, 16) of the media service by interconnecting one or more of the discovered media processing units (14 1, 14 2, 14 3, 14 4); wherein the discovering is performed without the aid of control plane modules, wherein the node (15, 16; 14 1, 14 2, 14 3, 14 4) comprises an end user communication device (15, 16) and wherein the configuring comprises receiving, in the end user communication device (15, 16), votes from all end user communication devices regarding choice of media processing unit (14 1, 14 2, 14 3, 14 4) and interconnecting media processing unit (14 1, 14 2, 14 3, 14 4) receiving most votes such that all end user communication devices are interconnected. - discovering at least one media processing unit (14 1, 14 2, 14 3, 14 4) by obtaining location information for the at least one media processing unit (14 1, 14 2, 14 3, 14 4), and - configuring the communication path between end user communication devices (15, 16) of the media service by interconnecting one or more of the discovered media processing units (14 1, 14 2, 14 3, 14 4);
A method to perform hit-testing, the method comprising: detecting a user action through a user interface associated with an application comprising a plurality of special content layers, SCLs, wherein a SCL is an application layer where an immediate decision regarding enablement of a direct manipulation of an object displayed on the user interface associated with the application may be made in response to the user action; in response to detecting an intersection of the user action and one or more pixels of at least one special content layer of the application, identifying a hit, wherein the one or more pixels of the at least one SCL correspond to the object displayed on the user interface associated with the application, said detecting comprising performing front to back processing of the special content layers of the application at a SCL processing module of the application based on a texture content of an area on the user interface proximal to the user action, wherein a lack of texture indicates not to perform the front to back processing and the presence of texture content indicates to perform the front to back processing; determining whether a direct manipulation of the object through the application is enabled by the at least one SCL in response to the hit; and automatically initiating the direct manipulation of the object through the application if the direct manipulation of the object through the application is enabled by the at least one SCL. detecting a user action through a user interface associated with an application comprising a plurality of special content layers, SCLs, wherein a SCL is an application layer where an immediate decision regarding enablement of a direct manipulation of an object displayed on the user interface associated with the application may be made in response to the user action; in response to detecting an intersection of the user action and one or more pixels of at least one special content layer of the application, identifying a hit, wherein the one or more pixels of the at least one SCL correspond to the object displayed on the user interface associated with the application, said detecting comprising performing front to back processing of the special content layers of the application at a SCL processing module of the application based on a texture content of an area on the user interface proximal to the user action, wherein a lack of texture indicates not to perform the front to back processing and the presence of texture content indicates to perform the front to back processing; determining whether a direct manipulation of the object through the application is enabled by the at least one SCL in response to the hit; and automatically initiating the direct manipulation of the object through the application if the direct manipulation of the object through the application is enabled by the at least one SCL.
A method of monitoring a Maintenance Association for Connectivity Fault Management in a network supporting Equal Cost Multiple Paths, ECMP, the method comprising: generating a set of ECMP multipoint paths, each of the ECMP multipoint paths providing connectivity among more than two endpoints in the network, each of the ECMP multipoint paths comprising a set of connectivity multipoint paths along the respective more than two endpoints which are the same for the considered ECMP multipoint path, each of the ECMP multipoint paths being identified using a respective group address; creating a set of ECMP Maintenance Associations, MAs, each of the ECMP MAs being for monitoring, between its endpoints, a respective ECMP multipoint path of the generated ECMP multipoint paths; and using the created set of ECMP MAs for sending monitoring packets. generating a set of ECMP multipoint paths, each of the ECMP multipoint paths providing connectivity among more than two endpoints in the network, each of the ECMP multipoint paths comprising a set of connectivity multipoint paths along the respective more than two endpoints which are the same for the considered ECMP multipoint path, each of the ECMP multipoint paths being identified using a respective group address; creating a set of ECMP Maintenance Associations, MAs, each of the ECMP MAs being for monitoring, between its endpoints, a respective ECMP multipoint path of the generated ECMP multipoint paths; and using the created set of ECMP MAs for sending monitoring packets.
Fill level measuring device for measuring the level of a liquid in a tank of a vehicle, comprising at least one multi-band waveguide slot antenna to be attached in the upper region of the tank, which has a waveguide and a plurality of slots (26-1 - 26-5) arranged at a distance on the waveguide, which are dimensioned differently so that they have different resonance frequencies (F1-F5) in order to each transmit radar waves (29-2 - 29-5) with different frequencies (F1-F5), at least one radar transmitter that can be coupled to the waveguide for feeding the multiband waveguide slot antenna with radar waves with the different resonance frequencies (F1-F5), at least one radar receiver for receiving reflected radar waves (36-1 - 36-5) of different frequencies (F1-F5) via the multiband waveguide slot antenna and an evaluation unit for detecting the fill level and the spatial distribution of the liquid in the tank based on the reflected radar waves (36-1 - 36-5). at least one radar transmitter that can be coupled to the waveguide for feeding the multiband waveguide slot antenna with radar waves with the different resonance frequencies (F1-F5), at least one radar receiver for receiving reflected radar waves (36-1 - 36-5) of different frequencies (F1-F5) via the multiband waveguide slot antenna and an evaluation unit for detecting the fill level and the spatial distribution of the liquid in the tank based on the reflected radar waves (36-1 - 36-5).