mhurhangee/ep-ind-claims huggingface dataset:
A transceiver station for forming a telecommunication network node, said station comprising at least two transceiver radio modules (3, 4, 5) and a control module and wherein: each transceiver module is adapted to operate alternatively as a "subscriber" station to establish a connection with a base station of a first other node and as a base station to establish a connection with a "subscriber" station of a second other node, as a function of commands from the control module, characterized in that: - the control module is adapted to determine or receive at least one modification of the state of the network and to dynamically control at least one change in the operation of at least one transceiver module, from "subscriber" station to base station or vice versa, as a function of at least the determined modification; and in that - the control module is adapted so that the number of "subscriber" stations connected to a base station is at most equal to 1. each transceiver module is adapted to operate alternatively as a "subscriber" station to establish a connection with a base station of a first other node and as a base station to establish a connection with a "subscriber" station of a second other node, as a function of commands from the control module, characterized in that: - the control module is adapted to determine or receive at least one modification of the state of the network and to dynamically control at least one change in the operation of at least one transceiver module, from "subscriber" station to base station or vice versa, as a function of at least the determined modification; and in that - the control module is adapted so that the number of "subscriber" stations connected to a base station is at most equal to 1. - the control module is adapted to determine or receive at least one modification of the state of the network and to dynamically control at least one change in the operation of at least one transceiver module, from "subscriber" station to base station or vice versa, as a function of at least the determined modification; and in that - the control module is adapted so that the number of "subscriber" stations connected to a base station is at most equal to 1.
An assembly for monitoring air flow at a surface of a rotor blade of a wind turbine, the assembly comprising a surface module adapted to be arranged at a predetermined location on the rotor blade surface, the surface module comprising two air inlets (11, 12) facing opposite directions along an axis, a sensor module comprising two pressure sensors, wherein one of the two pressure sensors is in fluidic communication with one of the two air inlets and the other one of the two pressure sensors is in fluidic communication with the other one of the two air inlets, wherein the sensor module is adapted to output two pressure signals indicative of the pressures sensed by the two pressure sensors, and a processing unit adapted to determine at least one of a flow direction and a flow speed along the axis based on the two pressure signals, characterized in that the surface module comprises two additional air inlets facing opposite directions along the axis and being located above the two air inlets, wherein the sensor module comprises two additional pressure sensors, one of the two further additional sensors being in fluidic communication with one of the two additional air inlets and the other one of the two additional pressure sensors being in fluidic communication with the other one of the two additional air inlets, the sensor module being adapted to output two additional pressure signals indicative of the pressures sensed by the two additional pressure sensors, and wherein the processing unit is adapted to determine at least one of an additional flow direction and an additional flow speed based on the two additional pressure signals. a surface module adapted to be arranged at a predetermined location on the rotor blade surface, the surface module comprising two air inlets (11, 12) facing opposite directions along an axis, a sensor module comprising two pressure sensors, wherein one of the two pressure sensors is in fluidic communication with one of the two air inlets and the other one of the two pressure sensors is in fluidic communication with the other one of the two air inlets, wherein the sensor module is adapted to output two pressure signals indicative of the pressures sensed by the two pressure sensors, and a processing unit adapted to determine at least one of a flow direction and a flow speed along the axis based on the two pressure signals, characterized in that the surface module comprises two additional air inlets facing opposite directions along the axis and being located above the two air inlets, wherein the sensor module comprises two additional pressure sensors, one of the two further additional sensors being in fluidic communication with one of the two additional air inlets and the other one of the two additional pressure sensors being in fluidic communication with the other one of the two additional air inlets, the sensor module being adapted to output two additional pressure signals indicative of the pressures sensed by the two additional pressure sensors, and wherein the processing unit is adapted to determine at least one of an additional flow direction and an additional flow speed based on the two additional pressure signals.
A method of forming an image of a fluorescent microscope slide, comprising: acquiring an image of a fluorescent microscope slide at a first exposure level resulting in a first acquired image at a first contrast level; acquiring at least one additional image of said fluorescent microscope slide each at an exposure level different from each other and different from the first exposure, resulting in different acquired images at different contrast levels; and characterized by: forming a composite image of said fluorescent microscope slide by forming a weighted sum of the intensity values of corresponding pixels of each of said images, whereby said composite image has a composite contrast level over the entire composite image that represents a weighted average of said contrast levels, wherein the weight given to each of said pixels of each of said images is calculated from a localized contrast measure around that pixel. acquiring an image of a fluorescent microscope slide at a first exposure level resulting in a first acquired image at a first contrast level; acquiring at least one additional image of said fluorescent microscope slide each at an exposure level different from each other and different from the first exposure, resulting in different acquired images at different contrast levels; and characterized by: forming a composite image of said fluorescent microscope slide by forming a weighted sum of the intensity values of corresponding pixels of each of said images, whereby said composite image has a composite contrast level over the entire composite image that represents a weighted average of said contrast levels, wherein the weight given to each of said pixels of each of said images is calculated from a localized contrast measure around that pixel.
A process for the solidification of hexyl 2-[4-(diethylamino)-2-hydroxybenzoyl]benzoate (INCI diethylamino hydroxybenzoyl hexyl benzoate, DHHB), wherein the process comprises a step (a) of applying a shear rate of at least 400 s -1 to liquid hexyl 2-[4-(diethylamino)-2-hydroxybenzoyl] benzoate.
A device for the extrusion of filaments comprising a plurality of extrusion capillaries arranged in at least two consecutive rows and having extrusion openings for extruding a spinning solution, whereby the filaments are formed, and a plurality of means (7, 8, 10) for the generation of a gas stream for producing a gas stream oriented essentially in the direction of the extrusion of the filaments at least in the area of the extrusion openings, characterized in that the extrusion capillaries are arranged in extrusion columns which protrude from a base plate and are formed in one piece with said base plate.
Connector configured for engagement on the substitution port of the hemofiltration machine of claim 4 for carrying out a hemofiltration or a hemodiafiltration treatment of a patient's blood, wherein the connector comprises: - a rigid main body defining a duct; and - a soft element fitted on an end of the main body, the soft element comprising: - a membrane occluding the duct and performing a valve function; and - a seal portion radially expanding outward of the duct wherein the membrane is suitable for alternatively assuming a closed configuration or an open configuration, the connector being characterized in that the seal portion, when free from any contact, radially extends outward and has a substantially semicircular cross section. - a rigid main body defining a duct; and - a soft element fitted on an end of the main body, the soft element comprising: - a membrane occluding the duct and performing a valve function; and - a seal portion radially expanding outward of the duct - a membrane occluding the duct and performing a valve function; and - a seal portion radially expanding outward of the duct
A method comprising: determining by a computing system a plurality of locations where a first wireless communication module and a second wireless communication module have lost wireless connectivity with each other, wherein the computing system comprises at least one processor, wherein the second wireless communication module is provided at or with a video camera when the video camera is moved, wherein the first wireless communication module is provided at equipment associated with storage or transport of the video camera, and wherein the second wireless communication module having lost wireless connectivity with the first wireless communication module comprises the second wireless communication module and first wireless communication module having lost peer-to-peer wireless pairing with each other; outputting by the computing system a location-selection prompt specifying the determined plurality of locations as candidate capture-locations for a video captured by the video camera; receiving by the computing system, in response to the location-selection prompt, data that represents a user selection of one of the specified locations; and recording by the computing system the selected location as capture-location metadata for the captured video. determining by a computing system a plurality of locations where a first wireless communication module and a second wireless communication module have lost wireless connectivity with each other, wherein the computing system comprises at least one processor, wherein the second wireless communication module is provided at or with a video camera when the video camera is moved, wherein the first wireless communication module is provided at equipment associated with storage or transport of the video camera, and wherein the second wireless communication module having lost wireless connectivity with the first wireless communication module comprises the second wireless communication module and first wireless communication module having lost peer-to-peer wireless pairing with each other; outputting by the computing system a location-selection prompt specifying the determined plurality of locations as candidate capture-locations for a video captured by the video camera; receiving by the computing system, in response to the location-selection prompt, data that represents a user selection of one of the specified locations; and recording by the computing system the selected location as capture-location metadata for the captured video.
A proximity sensor system comprising: a photo detector comprising a first doped region, a gate, a second doped region and a light absorbing region, wherein the light absorbing region includes at least one material in which, in response to light incident thereon, carrier pairs of opposite charge are generated, wherein the first doped region attracts a first carrier of the carrier pairs having a first charge, wherein the second doped region attracts a second carrier of the carrier pairs having a second opposite charge, and wherein the photo detector generates an output signal indicative of the presence of an object in a vicinity of the proximity sensor system; control circuitry for generating a plurality of control signals to be applied to the photo detector, wherein the plurality of control signals comprises a first control signal applied to the first doped region of the photo detector, a second control signal applied to the gate of the photo detector, and a third control signal applied to the second doped region of the photo detector, wherein the applied control signals control an operating state of the photo detector; and a signal detector to detect the output signal from the photo detector; characterised in that the control circuitry is configured to place the photo detector in a detecting state by generating a second set of relative voltage amplitudes for the first, second, and third control signals so that the photo detector is in a forward bias mode. a photo detector comprising a first doped region, a gate, a second doped region and a light absorbing region, wherein the light absorbing region includes at least one material in which, in response to light incident thereon, carrier pairs of opposite charge are generated, wherein the first doped region attracts a first carrier of the carrier pairs having a first charge, wherein the second doped region attracts a second carrier of the carrier pairs having a second opposite charge, and wherein the photo detector generates an output signal indicative of the presence of an object in a vicinity of the proximity sensor system; control circuitry for generating a plurality of control signals to be applied to the photo detector, wherein the plurality of control signals comprises a first control signal applied to the first doped region of the photo detector, a second control signal applied to the gate of the photo detector, and a third control signal applied to the second doped region of the photo detector, wherein the applied control signals control an operating state of the photo detector; and a signal detector to detect the output signal from the photo detector; characterised in that the control circuitry is configured to place the photo detector in a detecting state by generating a second set of relative voltage amplitudes for the first, second, and third control signals so that the photo detector is in a forward bias mode.
Vehicle wheel with a wheel rim, a wheel disk and at least one connecting element that connects the wheel disk and the wheel rim, whereby the connecting element is guided through a clearance hole of the wheel rim and is joined in a joining channel of the wheel disc, characterised in that an elongated sleeve (4, 4.1, 4.2, 4.3) is provided that surrounds the connecting element (3, 3.1, 3.2) coaxially, which sleeve is designed and arranged in such a way that at least part of said sleeve positively extends into a corresponding recess of the wheel rim (1.1, 1.2) and into a corresponding recess of the wheel disc (2.1).
A flexible display apparatus, comprising: a flexible base layer; a plurality of thin-film transistors (TFTs) on the flexible base layer configured to activate a plurality of organic light-emitting diode (OLED) elements in a display area of the flexible display apparatus; a conductive test line (120_C) having a first part extended to a scribed or a chamfered edge of the flexible base layer and a second part connected to at least one of the plurality of TFTs on the flexible base layer, wherein the first part and the second part of the conductive test line are separated from each other within a first metal layer; and a bridge (120_B) connecting the first part and second part of the conductive test line, wherein the bridge is provided in a second metal layer at a non-display area of the flexible display apparatus and in contact with the first and second parts of the conductive test line through contact holes in one or more insulation layers disposed between the first metal layer and the second metal layer. a flexible base layer; a plurality of thin-film transistors (TFTs) on the flexible base layer configured to activate a plurality of organic light-emitting diode (OLED) elements in a display area of the flexible display apparatus; a conductive test line (120_C) having a first part extended to a scribed or a chamfered edge of the flexible base layer and a second part connected to at least one of the plurality of TFTs on the flexible base layer, wherein the first part and the second part of the conductive test line are separated from each other within a first metal layer; and a bridge (120_B) connecting the first part and second part of the conductive test line, wherein the bridge is provided in a second metal layer at a non-display area of the flexible display apparatus and in contact with the first and second parts of the conductive test line through contact holes in one or more insulation layers disposed between the first metal layer and the second metal layer.
Nutritional composition comprising at least one fucosylated oligosaccharide and at least one N-acetylated oligosaccharide, for use to prevent and/or treat infection by promoting in an infant or young child a Community type B and by reducing a Community type C, wherein Community type B is defined as a microbiota community comprising at least 85% Bifidobacteria (% relative abundance), optionally from 85 to 93%, such as 90% Bifidobacteria Community type C is defined as a microbiota community comprising from 50 to 80% Bifidobacteria (% relative abundance), and further comprising one or more of Firmicutes, Bacteroidetes and/or Proteobacteria; and wherein said promoting or reducing is in comparison to the microbiota in the gut of infants or young children fed predominantly or exclusively with the conventional nutritional composition not comprising said oligosaccharides, wherein the nutritional composition does not contain any sialylated oligosaccharide(s). one or more of Firmicutes, Bacteroidetes and/or Proteobacteria; and wherein said promoting or reducing is in comparison to the microbiota in the gut of infants or young children fed predominantly or exclusively with the conventional nutritional composition not comprising said oligosaccharides, wherein the nutritional composition does not contain any sialylated oligosaccharide(s).
A method for security algorithm selection processing, comprising: receiving by a network entity a service request message sent by a user equipment, wherein the service request message includes a security algorithm list supported by the user equipment, and selecting at the network entity in response to a security protection requirement submitted with the service request message, a security algorithm from the security algorithm list included in the service request message and a security algorithm list of the network entity supported by both the user equipment and the network entity as a security protection algorithm for the service requested by the service request message from the user equipment, wherein security algorithm lists supported by the user equipment and/or the network entity are set separately based on different security protection requirements, or security algorithm lists supported by the user equipment and the network entity are used for indicating security capability of the user equipment and the network entity respectively. receiving by a network entity a service request message sent by a user equipment, wherein the service request message includes a security algorithm list supported by the user equipment, and selecting at the network entity in response to a security protection requirement submitted with the service request message, a security algorithm from the security algorithm list included in the service request message and a security algorithm list of the network entity supported by both the user equipment and the network entity as a security protection algorithm for the service requested by the service request message from the user equipment, wherein security algorithm lists supported by the user equipment and/or the network entity are set separately based on different security protection requirements, or security algorithm lists supported by the user equipment and the network entity are used for indicating security capability of the user equipment and the network entity respectively.
A penetration load reduced staple (A, A1) for use with a stapler configured to bind a plurality of sheets of paper, the penetration load reduced staple (A, A1) comprising: a pair of leg portions (1, 10) configured to penetrate the sheets of paper; and a crown portion (3, 30) connecting the pair of leg portions (1, 10), characterized in that each of the leg portions (1, 10) comprises a first protrusion (2, 20) protruding in a first direction perpendicular to a longitudinal direction of the leg portion (1, 10) and a second protrusion (2, 20) protruding in a second direction perpendicular to the longitudinal direction of the leg portion (1, 10), the first protrusion (2, 20) protruding from a portion of an inner side surface (11a, 110a) of the leg portion (1, 10) between the crown portion (3, 30) and a distal end portion (4, 40) of the leg portion (1, 10) and near the distal end portion (4, 40), the second protrusion (2, 20) protruding from a portion of an outer side surface (11b, 110b) of the leg portion (1, 10) between the crown portion (3, 30) and the distal end portion (4, 40) and near the distal end portion (4, 40), wherein the first and the second protrusion (2, 20) are configured and arranged to penetrate out the sheets of paper during binding, wherein a protruding height of the first protrusion (2, 20) from the inner side surface (11a, 110a) and a protruding height of the second protrusion (2, 20) from the outer side surface (11b, 110b) are 0.01 mm to 0.03 mm. a pair of leg portions (1, 10) configured to penetrate the sheets of paper; and a crown portion (3, 30) connecting the pair of leg portions (1, 10), characterized in that each of the leg portions (1, 10) comprises a first protrusion (2, 20) protruding in a first direction perpendicular to a longitudinal direction of the leg portion (1, 10) and a second protrusion (2, 20) protruding in a second direction perpendicular to the longitudinal direction of the leg portion (1, 10), the first protrusion (2, 20) protruding from a portion of an inner side surface (11a, 110a) of the leg portion (1, 10) between the crown portion (3, 30) and a distal end portion (4, 40) of the leg portion (1, 10) and near the distal end portion (4, 40), the second protrusion (2, 20) protruding from a portion of an outer side surface (11b, 110b) of the leg portion (1, 10) between the crown portion (3, 30) and the distal end portion (4, 40) and near the distal end portion (4, 40), wherein the first and the second protrusion (2, 20) are configured and arranged to penetrate out the sheets of paper during binding, wherein a protruding height of the first protrusion (2, 20) from the inner side surface (11a, 110a) and a protruding height of the second protrusion (2, 20) from the outer side surface (11b, 110b) are 0.01 mm to 0.03 mm.