mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a fiber based product, characterized in that the method comprises the steps of: a) applying a binder composition over at least one surface of at least one fiber based substrate, which binder composition is prepared by using at least polymerizable substance, crosslinking agent, and colorant, wherein the colorant is lignin or alkalated lignin and wherein the colorant is used in an amount such that the difference between the color of the binder composition and the color of a corresponding binder composition prepared without the use of the colorant, as measured on a Gardner scale in a manner as described in the description, is at least 3 units; b) determining the distribution of the applied binder composition over the entire at least one surface of the at least one fiber based substrate; and c) based on the determination in step b) either accepting the treated at least one fiber based substrate for the production of the fiber based product or rejecting the treated at least one fiber based substrate from the production of the fiber based product, the treated at least one fiber based substrate is accepted for the production of the fiber based product when the contrast value is 50% or less, wherein the contrast value is determined as (D s -D t)/D s ·100%, wherein D s is the reflection density of the binder composition and D t is the reflection density of the surface of the at least one fiber based substrate having the binder composition applied thereon, as measured by reflection densitometry as defined in the description. a) applying a binder composition over at least one surface of at least one fiber based substrate, which binder composition is prepared by using at least polymerizable substance, crosslinking agent, and colorant, wherein the colorant is lignin or alkalated lignin and wherein the colorant is used in an amount such that the difference between the color of the binder composition and the color of a corresponding binder composition prepared without the use of the colorant, as measured on a Gardner scale in a manner as described in the description, is at least 3 units; b) determining the distribution of the applied binder composition over the entire at least one surface of the at least one fiber based substrate; and c) based on the determination in step b) either accepting the treated at least one fiber based substrate for the production of the fiber based product or rejecting the treated at least one fiber based substrate from the production of the fiber based product, the treated at least one fiber based substrate is accepted for the production of the fiber based product when the contrast value is 50% or less, wherein the contrast value is determined as (D s -D t)/D s ·100%, wherein D s is the reflection density of the binder composition and D t is the reflection density of the surface of the at least one fiber based substrate having the binder composition applied thereon, as measured by reflection densitometry as defined in the description.
Method for managing presence data (presence info) in a presence server in a telecommunications network (communications network), in which - at least two telecommunications subscribers (user1, user2, user3) form a group (groupl), and - each subscriber who is associated with this group (group1) has individual subscriber presence data (network info user 1, network info user2,...), and - with respect to the presence data for the group, an entry (context group1) exists in a presence database for a virtual subscriber who represents this group, and - from the associated subscriber presence data (network info user 1, network info user2,...), the value of a piece of presence data of the virtual subscriber representing the group is ascertained via a presence manager connected with the presence server according to predetermined rules, and is correspondingly set in the presence database. - at least two telecommunications subscribers (user1, user2, user3) form a group (groupl), and - each subscriber who is associated with this group (group1) has individual subscriber presence data (network info user 1, network info user2,...), and - with respect to the presence data for the group, an entry (context group1) exists in a presence database for a virtual subscriber who represents this group, and - from the associated subscriber presence data (network info user 1, network info user2,...), the value of a piece of presence data of the virtual subscriber representing the group is ascertained via a presence manager connected with the presence server according to predetermined rules, and is correspondingly set in the presence database.
A medical guide wire comprising - a wire core made of an MR-invisible material, - a sheath that surrounds the wire core at least sectionally and so as to be in touching contact therewith, said sheath having a multilayer structure which comprises at least two solid material layers (6 1, 6 3) and at least one fiber layer (6 2) which are formed by different, MR-invisible plastics materials, and - an MR marker which is made of MR-visible material and comprises at least one MR marker element which is integrated at least partially into the multilayer structure of the sheath or is surrounded thereby, - wherein the fiber layer (6 2) is formed by a fabric material or fiber material from a single-layer gapless arrangement of fibers (6 2 a) arranged in a parallel manner alongside one another or obliquely extending with a selectable axial fiber pitch or in a helical manner wound around the underlying solid material layer (6 1). - a wire core made of an MR-invisible material, - a sheath that surrounds the wire core at least sectionally and so as to be in touching contact therewith, said sheath having a multilayer structure which comprises at least two solid material layers (6 1, 6 3) and at least one fiber layer (6 2) which are formed by different, MR-invisible plastics materials, and - an MR marker which is made of MR-visible material and comprises at least one MR marker element which is integrated at least partially into the multilayer structure of the sheath or is surrounded thereby, - wherein the fiber layer (6 2) is formed by a fabric material or fiber material from a single-layer gapless arrangement of fibers (6 2 a) arranged in a parallel manner alongside one another or obliquely extending with a selectable axial fiber pitch or in a helical manner wound around the underlying solid material layer (6 1).
A vehicle-mountable covering system comprising a control system and a framework connected to the control system, the framework being comprised of first and second arms with a rotatable spool mounted to the arms for carrying a flexible cover, wherein the control system is operable to mechanically move the arms apart from each other from a stowed position to an operating position, and to move the arms about a first pivot axis in either a forwards or rearwards direction in said operating position, characterised in that the rotatable spool is mounted on a crossbar which at each end has a telescopic connection to a respective one of the framework arms, wherein each end of the crossbar has a hollow portion and housed within each hollow portion is a cylinder having a movable part connected to a respective one of the framework arms and is arranged to move the arm outwards from the stowed position to the operating position, wherein each arm comprises at least two articulately-connected portions and an interconnecting cylinder for controlling the position of the arm portions with respect to one another, the cylinder being controlled during movement of the arms in the forwards or rearwards direction so as to move the arm portions relative to each other.
A silicone-containing polyester polyol comprising a reaction product prepared from reactants comprising: a diol; a polyol comprising at least three hydroxyl groups; a dimer of a fatty acid comprising two carboxylic acid groups, or an anhydride or ester thereof; and a silicone component comprising siloxane linkages and at least two reactive functional groups selected from hydroxyl groups, phenolic groups, amino groups, thiol groups, carboxylic acid groups, anhydride groups, or combinations thereof. a diol; a polyol comprising at least three hydroxyl groups; a dimer of a fatty acid comprising two carboxylic acid groups, or an anhydride or ester thereof; and a silicone component comprising siloxane linkages and at least two reactive functional groups selected from hydroxyl groups, phenolic groups, amino groups, thiol groups, carboxylic acid groups, anhydride groups, or combinations thereof.
A composition suitable for transfecting a messenger RNA (mRNA) into a cell comprising a mRNA, at least one neutral lipid and a cationic lipid of formula: wherein - R 1 represents a C 1 -C 4 hydrocarbon chain or a C 1 -C 4 hydroxylated chain; - R 2, R 3, R 4 and R 5, which may be identical or different, represent H; a C 6 -C 33 saturated or unsaturated, linear or branched hydrocarbon chain; or a saturated or unsaturated C 6 cycle; - (CH 2) n represents a hydrocarbon chain linker with n representing an integer between 0 and 4 inclusive; - A - represents a biocompatible anion. - R 1 represents a C 1 -C 4 hydrocarbon chain or a C 1 -C 4 hydroxylated chain; - R 2, R 3, R 4 and R 5, which may be identical or different, represent H; a C 6 -C 33 saturated or unsaturated, linear or branched hydrocarbon chain; or a saturated or unsaturated C 6 cycle; - (CH 2) n represents a hydrocarbon chain linker with n representing an integer between 0 and 4 inclusive; - A - represents a biocompatible anion.
A method of identifying and weighing cargo, the method comprising: positioning cargo relative to a vehicle; scanning an identification marking on the cargo with a scanner mounted on the vehicle via an anti-vibration mounting, to identify the cargo; and weighing the cargo; characterized by: transmitting a signal relating to the identification and/or the weight of the cargo to a first processor on the vehicle; receiving the signals at a first receiver on the vehicle and processing the signals by the first processor to provide a data output; transmitting the signals or the data from the first processor to a second processor remotely located from the vehicle to provide a further data output; the signals or the data from the first processor being transmitted from a first transmitter on the vehicle to a second receiver remotely located from the vehicle; the signals or data received at the second receiver being processed by the second processor to provide the further data output; and the signals or data from the second processor being transmitted by a second transmitter remotely located from the vehicle to the first receiver. positioning cargo relative to a vehicle; scanning an identification marking on the cargo with a scanner mounted on the vehicle via an anti-vibration mounting, to identify the cargo; and weighing the cargo; characterized by: transmitting a signal relating to the identification and/or the weight of the cargo to a first processor on the vehicle; receiving the signals at a first receiver on the vehicle and processing the signals by the first processor to provide a data output; transmitting the signals or the data from the first processor to a second processor remotely located from the vehicle to provide a further data output; the signals or the data from the first processor being transmitted from a first transmitter on the vehicle to a second receiver remotely located from the vehicle; the signals or data received at the second receiver being processed by the second processor to provide the further data output; and the signals or data from the second processor being transmitted by a second transmitter remotely located from the vehicle to the first receiver. transmitting a signal relating to the identification and/or the weight of the cargo to a first processor on the vehicle; receiving the signals at a first receiver on the vehicle and processing the signals by the first processor to provide a data output; transmitting the signals or the data from the first processor to a second processor remotely located from the vehicle to provide a further data output; the signals or the data from the first processor being transmitted from a first transmitter on the vehicle to a second receiver remotely located from the vehicle; the signals or data received at the second receiver being processed by the second processor to provide the further data output; and the signals or data from the second processor being transmitted by a second transmitter remotely located from the vehicle to the first receiver.
A multipoint connection apparatus connected to a plurality of video-and-audio terminals, the multipoint connection apparatus comprising: a video-and-audio-signal receiving unit configured to receive video and audio signals output from the video/audio terminals, respectively; an audio-volume-level calculating unit configured to calculate volume levels from the respective video and audio signals; an audio-volume-display-image generating unit configured to generate audio-volume display images (231, 233) indicating audio volume based on the respective audio volume levels calculated by the audio-volume-level calculating unit; a layout-setting-information receiving unit configured to receive pieces of layout setting information, each received from a layout-setting-information transmitting unit in a video-and-audio terminal, and indicating information about arrangement of videos to be displayed on the corresponding video-and-audio terminal and being specified by the user of the terminal in advance; a combined video-and-audio-signal generating unit configured to generate a combined video-and-audio signal for each of the video-and-audio terminals by combining the video images and the audio volume display images based on the piece of layout setting information for the corresponding video-and-audio terminal, the video images corresponding to the video and audio signals; and a transmitting unit configured to transmit the combined video-and-audio signal to the corresponding video-and-audio terminal. a video-and-audio-signal receiving unit configured to receive video and audio signals output from the video/audio terminals, respectively; an audio-volume-level calculating unit configured to calculate volume levels from the respective video and audio signals; an audio-volume-display-image generating unit configured to generate audio-volume display images (231, 233) indicating audio volume based on the respective audio volume levels calculated by the audio-volume-level calculating unit; a layout-setting-information receiving unit configured to receive pieces of layout setting information, each received from a layout-setting-information transmitting unit in a video-and-audio terminal, and indicating information about arrangement of videos to be displayed on the corresponding video-and-audio terminal and being specified by the user of the terminal in advance; a combined video-and-audio-signal generating unit configured to generate a combined video-and-audio signal for each of the video-and-audio terminals by combining the video images and the audio volume display images based on the piece of layout setting information for the corresponding video-and-audio terminal, the video images corresponding to the video and audio signals; and a transmitting unit configured to transmit the combined video-and-audio signal to the corresponding video-and-audio terminal.
Brake system which is in the form of a wedge-actuated drum brake, comprising a carrier unit, an actuation unit, a reference unit and an indicator unit, wherein the reference unit shields the carrier unit and the actuation unit at least in regions, wherein the actuation unit engages on the carrier unit and displaces the carrier unit into a particular position relative to the reference unit or secures the carrier unit in one position relative to the reference unit, wherein the carrier unit engages on the indicator unit in order to displace the indicator unit into a particular position relative to the reference unit, wherein a state of wear of the brake system can be determined from outside the brake system by way of the position of the indicator unit relative to a reference geometry provided on the reference unit, characterized in that the indicator unit is guided at least in sections on the reference unit and is secured against displacement transversely with respect to an indicator path (a).
A method for communication of a terminal in a mobile communication system, the method comprising: receiving, from a base station, configuration information including information on a transmission power offset for a discovery signal; identifying a transmission resource for the discovery signal within a discovery duration and a resource for a physical uplink control channel within the discovery duration; determining an offset value for a transmission power of the discovery signal based on the information on the transmission power offset and a location relationship between the transmission resource for the discovery signal within the discovery duration and the resource for the physical uplink control channel within the discovery duration; determining the transmission power of the discovery signal based on the offset value; and transmitting the discovery signal based on the transmission power. receiving, from a base station, configuration information including information on a transmission power offset for a discovery signal; identifying a transmission resource for the discovery signal within a discovery duration and a resource for a physical uplink control channel within the discovery duration; determining an offset value for a transmission power of the discovery signal based on the information on the transmission power offset and a location relationship between the transmission resource for the discovery signal within the discovery duration and the resource for the physical uplink control channel within the discovery duration; determining the transmission power of the discovery signal based on the offset value; and transmitting the discovery signal based on the transmission power.
A magnet embedded rotor comprising permanent magnets embedded in an iron core at a fixed interval, a notch part and a first protruding part formed on the outer face of the iron core between salient poles in said iron core of the rotor corresponding to said multiple permanent magnets, non-magnetic parts for preventing the short circuit of magnetic flux formed at both the edges of said permanent magnets, and wherein a bridge part between the non-magnetic part and said notch part is narrowed to an extent to cause a magnetic saturation, characterised in that second protruding parts extending in an outward direction are formed at said notch part, symmetrically arranged with respect to the first protruding part, the sides of each second protruding part rising up smoothly, or tapering, in the outward direction.
Method for processing video pictures for dynamic false contour effect compensation, each pixel of the video pictures having at least one colour component, the colour component values being digitally coded with a digital code word, hereinafter called sub-field code word, wherein to each bit of a sub-field code word a certain duration is assigned, hereinafter called sub-field, during which a colour component of the pixel can be activated for light generation, comprising the steps of: - dividing each of the video pictures into at least a first type of area and a second type of area according to the video gradient of the picture, a specific video gradient range being associated to each type of area, - allocating a first set of sub-field code words to the first type of area and a second set of sub-field code words to the second type of area, the second set being a subset of the first set, - encoding the pixels of the first type of area with the first set of sub-field code words and encoding the pixels of the second type of area with the second set of sub-field code words, characterized in that for at least one horizontal line of pixels comprising pixels of first type area and pixels of second type area, the area of second type is extended until the next pixel in the first type area is a pixel encoded by a sub-field code word belonging to both first and second set of sub-field code words. - dividing each of the video pictures into at least a first type of area and a second type of area according to the video gradient of the picture, a specific video gradient range being associated to each type of area, - allocating a first set of sub-field code words to the first type of area and a second set of sub-field code words to the second type of area, the second set being a subset of the first set, - encoding the pixels of the first type of area with the first set of sub-field code words and encoding the pixels of the second type of area with the second set of sub-field code words, characterized in that for at least one horizontal line of pixels comprising pixels of first type area and pixels of second type area, the area of second type is extended until the next pixel in the first type area is a pixel encoded by a sub-field code word belonging to both first and second set of sub-field code words.
A system comprising a heat exchanger, the heat exchanger comprising: a conduit with an interior surface, wherein the interior surface defines a first flow passage; a first plurality of fins projecting inwardly from the interior surface of the conduit, wherein the plurality of fins are angled relative to a longitudinal axis of the conduit so as to form helical flowpaths for fluid flowing through the first flow passage; and a second flow passage disposed outwardly of the interior surface and radially outwardly of the plurality of fins, characterised in that: the system further comprises a matrix with an inlet disposed downstream of the first flow passage to receive the flow from the first flow passage, wherein the matrix is a heat exchanger matrix. a conduit with an interior surface, wherein the interior surface defines a first flow passage; a first plurality of fins projecting inwardly from the interior surface of the conduit, wherein the plurality of fins are angled relative to a longitudinal axis of the conduit so as to form helical flowpaths for fluid flowing through the first flow passage; and a second flow passage disposed outwardly of the interior surface and radially outwardly of the plurality of fins, characterised in that: the system further comprises a matrix with an inlet disposed downstream of the first flow passage to receive the flow from the first flow passage, wherein the matrix is a heat exchanger matrix. the system further comprises a matrix with an inlet disposed downstream of the first flow passage to receive the flow from the first flow passage, wherein the matrix is a heat exchanger matrix.
A method for forming a MEMS, comprising: bonding a first surface of a layer of piezoelectric material to a transfer substrate; polishing an exposed surface of the piezoelectric material, on an opposite side of the layer from the first surface to form a polished surface; bonding the polished surface to a MEMS body; characterized by cutting the piezoelectric material with cuts that extend into the transfer substrate, prior to bonding the polished surface to the MEMS body, wherein the cuts separate adjacent devices that will remain on the MEMS body from one another. bonding a first surface of a layer of piezoelectric material to a transfer substrate; polishing an exposed surface of the piezoelectric material, on an opposite side of the layer from the first surface to form a polished surface; bonding the polished surface to a MEMS body; characterized by cutting the piezoelectric material with cuts that extend into the transfer substrate, prior to bonding the polished surface to the MEMS body, wherein the cuts separate adjacent devices that will remain on the MEMS body from one another.