mhurhangee/ep-ind-claims huggingface dataset:
A method for transmitting data between a first communication device associated with an analyte sensor and an electronics module and a second communication device configured to provide user access to sensor-related information, the method comprising: waking up the electronics module of the first communication device using forced wakeup from the second communication device, wherein the waking up comprises the second communication device transmitting the forced wakeup using near field communication, NFC, activating a transceiver of the first communication device associated with the analyte sensor at a first time; wherein the activating comprises waking the transceiver from a low power sleep mode, establishing a two-way communication channel with the second communication device; sending sensor-related information to the second communication device using the two-way communication channel during a transmission window; wherein the sensor-related information comprises at least one of: raw glucose concentration data or transformed glucose concentration data; wherein the sending sensor-related information is perfonned using a second communication protocol such as Bluetooth, deactivating the transceiver of the first communication device at a second time when closing the two-way communication channel; and periodically repeating the activating, establishing, sending and deactivating, wherein a difference between the first time and the second time is less than or equal to one minute, and wherein the periodic repeating is performed at least once every 30 minutes. waking up the electronics module of the first communication device using forced wakeup from the second communication device, wherein the waking up comprises the second communication device transmitting the forced wakeup using near field communication, NFC, activating a transceiver of the first communication device associated with the analyte sensor at a first time; wherein the activating comprises waking the transceiver from a low power sleep mode, establishing a two-way communication channel with the second communication device; sending sensor-related information to the second communication device using the two-way communication channel during a transmission window; wherein the sensor-related information comprises at least one of: raw glucose concentration data or transformed glucose concentration data; wherein the sending sensor-related information is perfonned using a second communication protocol such as Bluetooth, deactivating the transceiver of the first communication device at a second time when closing the two-way communication channel; and periodically repeating the activating, establishing, sending and deactivating, wherein a difference between the first time and the second time is less than or equal to one minute, and wherein the periodic repeating is performed at least once every 30 minutes.
A method of power conversion in a grid-tied power conversion system, comprising: receiving at a controller characteristic shape and phase information about a target periodic waveform of an electrical grid system onto which to output power; generating an output waveform with output hardware, the output waveform being an output current waveform; sampling the output waveform; comparing the output waveform with the controller to a corresponding reference output waveform, the reference output waveform representing an ideal current waveform version of the target periodic waveform based on the received characteristic shape and phase information and having either the same or an arbitrary phase relative to the target periodic waveform; generating a feedback signal based on comparing the output waveform to the reference output waveform; and adjusting an operation of the output hardware with at least one control signal from the controller at runtime based on the feedback signal, wherein adjusting the operation of the output hardware converges the output waveform toward the reference output waveform shape and phase. receiving at a controller characteristic shape and phase information about a target periodic waveform of an electrical grid system onto which to output power; generating an output waveform with output hardware, the output waveform being an output current waveform; sampling the output waveform; comparing the output waveform with the controller to a corresponding reference output waveform, the reference output waveform representing an ideal current waveform version of the target periodic waveform based on the received characteristic shape and phase information and having either the same or an arbitrary phase relative to the target periodic waveform; generating a feedback signal based on comparing the output waveform to the reference output waveform; and adjusting an operation of the output hardware with at least one control signal from the controller at runtime based on the feedback signal, wherein adjusting the operation of the output hardware converges the output waveform toward the reference output waveform shape and phase.
An anchor for securing in a planar component made in a supporting-core method of construction, the planar component comprising at least one cover panel, with a structured clamping section adapted to be secured in cover panel by being at least radially clamped thereinto, characterized in that - the radial structure of the clamping section comprises two zones (20, 40), with the upper zone adjoining the outer side of said cover panel having longitudinal grooves thereon and the lower zone having transverse grooves thereon. - the radial structure of the clamping section comprises two zones (20, 40), with the upper zone adjoining the outer side of said cover panel having longitudinal grooves thereon and the lower zone having transverse grooves thereon.
A system comprising: User equipment, UE, comprising logic, at least a portion of which is in hardware, adapted to generate a wireless local area network, WLAN, control protocol, WLCP, packet data network, PDN, connectivity request message indicating that an existing PDN connection is to be provisioned as a multiple access PDN connection by adding one of a WLAN and a 3GPP network as an additional access connection, the logic to generate a WLCP flow mobility request message indicating that an internet protocol, IP, flow is to be moved from a first wireless access system to a second wireless access system, wherein the first wireless access system is a 3GPP wireless access system and the second wireless access system is a non-3GPP wireless access system; and a transceiver to transmit the WLCP PDN connectivity request message; and a packet data network gateway, PDN-GW, configured to start a timer in response to determining that all IP flows are moved to the non-3GPP network from the 3GPP network, and further configured to terminate the 3GPP connection with the UE in response to expiration of the timer, unless an IP flow is carried on the 3GPP network connection prior to the expiration. User equipment, UE, comprising logic, at least a portion of which is in hardware, adapted to generate a wireless local area network, WLAN, control protocol, WLCP, packet data network, PDN, connectivity request message indicating that an existing PDN connection is to be provisioned as a multiple access PDN connection by adding one of a WLAN and a 3GPP network as an additional access connection, the logic to generate a WLCP flow mobility request message indicating that an internet protocol, IP, flow is to be moved from a first wireless access system to a second wireless access system, wherein the first wireless access system is a 3GPP wireless access system and the second wireless access system is a non-3GPP wireless access system; and a transceiver to transmit the WLCP PDN connectivity request message; and a packet data network gateway, PDN-GW, configured to start a timer in response to determining that all IP flows are moved to the non-3GPP network from the 3GPP network, and further configured to terminate the 3GPP connection with the UE in response to expiration of the timer, unless an IP flow is carried on the 3GPP network connection prior to the expiration.
A method for removing a gliding pad of a gliding yaw bearing of a wind turbine comprising; selecting a gliding pad to be removed; rotating a nacelle that is rotatably mounted on a tower through the gliding yaw bearing to a removal position in which a front side of the nacelle is positioned substantially diametrically opposite to the selected gliding pad, such that the pressure exerted on the selected gliding pad is released by tilting the nacelle at the removal position by the action of the weight of a rotor and/or a generator of the wind turbine and/or by making the selected gliding pad coincide with the region of a cut-out arranged at a first bearing component or at a second bearing component; and removing the selected gliding pad. selecting a gliding pad to be removed; rotating a nacelle that is rotatably mounted on a tower through the gliding yaw bearing to a removal position in which a front side of the nacelle is positioned substantially diametrically opposite to the selected gliding pad, such that the pressure exerted on the selected gliding pad is released by tilting the nacelle at the removal position by the action of the weight of a rotor and/or a generator of the wind turbine and/or by making the selected gliding pad coincide with the region of a cut-out arranged at a first bearing component or at a second bearing component; and tilting the nacelle at the removal position by the action of the weight of a rotor and/or a generator of the wind turbine and/or by making the selected gliding pad coincide with the region of a cut-out arranged at a first bearing component or at a second bearing component; and removing the selected gliding pad.
A method of retrieving multimedia data, the method comprising: determining a byte range of a file of a representation of multimedia content to request from a source device; forming a uniform resource locator, URL, that specifies, in a file path portion of the URL, according to a template, the file and the byte range in accordance with requirements of the source device; and issuing a GET request that specifies the formed URL to the source device. determining a byte range of a file of a representation of multimedia content to request from a source device; forming a uniform resource locator, URL, that specifies, in a file path portion of the URL, according to a template, the file and the byte range in accordance with requirements of the source device; and issuing a GET request that specifies the formed URL to the source device.
Transport device for transporting upright containers arranged in a single row, comprising: a first clamping belt and a second clamping belt, between which the containers arranged in a single row are held and transported, and at least a first rotary cylinder and a second rotary cylinder around which the containers held by the clamping belts (20, 20a) are transported, wherein the containers and the clamping belts (20, 20a) are guided around the at least two rotary cylinders (12, 14) in such a way that thereby the containers are each pressed against the rotary cylinders by the radially outer clamping belt (20, 20a), and wherein the two rotary cylinders are arranged offset to each other in the horizontal direction, and the containers are conveyed on an S-shaped transport path around the two rotary cylinders. a first clamping belt and a second clamping belt, between which the containers arranged in a single row are held and transported, and at least a first rotary cylinder and a second rotary cylinder around which the containers held by the clamping belts (20, 20a) are transported, wherein the containers and the clamping belts (20, 20a) are guided around the at least two rotary cylinders (12, 14) in such a way that thereby the containers are each pressed against the rotary cylinders by the radially outer clamping belt (20, 20a), and wherein the two rotary cylinders are arranged offset to each other in the horizontal direction, and the containers are conveyed on an S-shaped transport path around the two rotary cylinders.
A carding machine comprising a rotary element or drum, a licker-in, first suction means and a conveying surface designed to form a path for working the fibres, whereby part of this path is tangential to the drum and part of this path is tangential to the conveying surface, the conveying surface being designed to receive fibres arriving from the drum and translating them along at least one direction of translation, the working path comprising a suction sector of which at least a part is interposed between the first suction means and the conveying surface, characterised in that the conveying surface may adopt several operating conditions, the variation of the operating condition of the conveying surface being the variation in distance between the first suction means and the conveying surface.
A compound of any one of formulae Ih-1a, Ih-1b, Ih-1c, Ii-1a, Ii-1b, Ii-1c, Ij-1a, Ij-1b, Ij-1c, Ik-a, Ik-b and Ik-c: wherein R 4 is selected from the group consisting of (C 1 -C 6 alkyl)amino optionally substituted with one to five fluoro, C 1 -C 6 alkyl-C NH- optionally substituted with one to five fluoro, and C 1 -C 6 alkyl-S 2 NH- optionally substituted with one to five fluoro; or a solvate or hydrate thereof, or a pharmaceutically acceptable salt of said compound, solvate or hydrate; for use as a medicament. wherein R 4 is selected from the group consisting of (C 1 -C 6 alkyl)amino optionally substituted with one to five fluoro, C 1 -C 6 alkyl-C NH- optionally substituted with one to five fluoro, and C 1 -C 6 alkyl-S 2 NH- optionally substituted with one to five fluoro; or a solvate or hydrate thereof, or a pharmaceutically acceptable salt of said compound, solvate or hydrate; for use as a medicament.
Multilayer film comprising - a base layer based on polyvinyl chloride which comprises a plasticizer, - securely adhering to the base layer, an outer layer comprising a UV stabilizer, characterized in that a PVC-free copolymer based on acrylates is used as plasticizer in the base layer. - a base layer based on polyvinyl chloride which comprises a plasticizer, - securely adhering to the base layer, an outer layer comprising a UV stabilizer,
Female connector for a plug-in connector wherein the female connector comprises a head configured for being connected to a male connector, a body fixed to said head configured for being attached to a pipe/hose, a contact area being defined between the head and the body, said contact area comprising a line of contact (6.1) communicated with the inside of the female connector, and a sealing gasket configured for assuring leak-tightness between the female connector and the male connector, the line of contact (6.1) being arranged in a previous axial position with respect to at least part of the sealing gasket in the direction of insertion of the male connector into the female connector, such that the sealing gasket itself assures the leak-tightness in the line of contact (6.1), the contact area between the head and the body comprising a perimetral attachment area (6.2) wherein the head and the body are permanently attached by welding, said attachment area (6.2) comprising a perimetral recess arranged in the body or in the head, and a protuberance arranged in the head or in the body, part of said protuberance being configured to be melted, characterized in that the protuberance projects from a perimetral recess having side walls and is housed in the recess of the body or head such that said protuberance of the head or body does not project from said recess of the body or head during the process of welding, the perimetral recess collecting the molten material of the protuberance in the welding process such that said molted material solidifies inside the recess of the body or head, and the perimetral recess having side wall retaining the molten material in case that said molten material spills over the other perimetral recess.
Sensor arrangement, comprising a torque sensor for detecting the torque acting on a shaft, wherein the shaft of the torque sensor comprises two shaft segments (2, 3), wherein a magnetic encoder is arranged on the first shaft segment and a stator packet with at least two magnetically conductive stator elements is arranged on the second shaft segment, which magnetically conductive stator elements conduct the magnetic field produced by the magnetic encoder of the first shaft segment and feed it directly or indirectly to one or a plurality of magnetic field sensor elements for torque detection, and comprising a rotation angle index unit, which is designed so that it can detect and/or identify the angular position of the shaft (2, 3) relative to a defined rotation angle and/or a defined rotation angle range, and which comprises an index magnet, which is attached to a support, characterized in that the support is fastened to the magnetic encoder.
A polypeptide comprising a modified receptor binding domain of Clostridial botulinum serotype B (B-H c), comprising one or more substitution mutations corresponding to substitutions in serotype B, strain 1, wherein one of the substitution mutations is selected from the group consisting of E1191C and E1191Y, wherein the modified receptor binding domain possesses 95% or more amino acid sequence identity to a reference wild type receptor binding domain of SEQ ID NO:5, and wherein the polypeptide exhibits enhanced binding to human Syt II as compared to an identical molecule lacking the one or more substitution mutations.
Vehicle imaging system, the vehicle adapted to comprise a rear viewing device configured to be located in a lateral side of the vehicle, the vehicle imaging system comprising: - an image capturing unit configured for taking images of the surroundings of the vehicle, the image capturing unit having an optical axis and a field of view, and - a display unit configured for being located in the interior of the vehicle and connectable to the image capturing unit for displaying a captured image, the image capturing unit configured for being located in the proximity of the rear viewing device and configured for taking images of the surroundings of the lateral rear side of the vehicle, the image capturing unit being configured such that its field of view extends until the limit of the field of view of the rear viewing device, the vehicle imaging system comprising a control unit configured to receive at least one parameter related to the movement of the vehicle, characterised in that the field of view of the image capturing unit is configured to extend from 30o to 60o and in that and the control unit is also configured to send a signal to the display unit to turn it on/off according to the received parameter wherein: - the received parameter is the activation of the turn signal by the driver and the speed of the vehicle, or - the control unit is configured for processing the captured image of the surroundings of the lateral rear side of the vehicle such that it is adapted to detect an object in movement in said captured image and is configured to send the signal to the display unit to turn it on if an object in movement is detected in the captured image. - an image capturing unit configured for taking images of the surroundings of the vehicle, the image capturing unit having an optical axis and a field of view, and - a display unit configured for being located in the interior of the vehicle and connectable to the image capturing unit for displaying a captured image, - the received parameter is the activation of the turn signal by the driver and the speed of the vehicle, or - the control unit is configured for processing the captured image of the surroundings of the lateral rear side of the vehicle such that it is adapted to detect an object in movement in said captured image and is configured to send the signal to the display unit to turn it on if an object in movement is detected in the captured image.
A method of treatment of a solid lignocellulosic material in which said solid lignocellulosic material is subjected to a treatment, called mechano-chemical treatment, of kneading of said solid lignocellulosic material and chemical degradation of said solid lignocellulosic material, in which the solid lignocellulosic material is brought into contact with an alkaline solution in a manner such as to form an intermediate composition comprising a solid lignocellulosic material, called hydrated lignocellulosic material, having an enzymatic digestibility which is increased with respect to the digestibility of the starting solid lignocellulosic material; and then the hydrated lignocellulosic material is subjected to a treatment, called mechano-enzymatic treatment, in which a dispersion, called aqueous dispersion, of the hydrated lignocellulosic material in an aqueous composition is formed, said aqueous dispersion comprising at least one enzyme for degradation of said hydrated lignocellulosic material; and the mechano-enzymatic treatment is carried out by kneading said aqueous dispersion in a kneading reactor suitable for allowing a succession of mechanical phases of compression, expansion and shearing of the aqueous dispersion in a manner such as to form an aqueous solution, called hydrolysis solution, of hydrolysis products of said solid lignocellulosic material; wherein a liquid/solid separation step is carried out between said hydrolysis solution and a solid residue, and wherein; the solid residue is subjected to fermentation, whereby an amount of ethanol is released with a yield, expressed as the mass of ethanol produced by fermentation relative to the mass of the solid residue, higher than the fermentation yield of the starting solid ligno-cellulosic material under the same conditions as the fermentation of said solid residue.
Conditioning unit for a conditioning system of a test bench for conditioning an operating medium of a test object circuit of a test object mounted on the test bench to a predefined setpoint temperature (T_SOLL), characterized in that at least one mixing unit supply connection and at least one mixing unit outlet connection (5, 5a-5c) are provided on the conditioning unit for connecting the conditioning unit to a mixing unit which can be fluidically integrated into the test object circuit, wherein the at least one mixing unit supply connection and the at least one mixing unit outlet connection (5, 5a-5c) are fluidically connected within the conditioning unit to form a part of a conditioning circuit for the operating medium, wherein a main flow line of the conditioning circuit connected to the at least one mixing unit supply connection is divided in the conditioning unit into at least two partial flow lines (7a-7c), wherein each partial flow line (7a-7c) is connected with the at least one mixing unit outlet connection (5, 5a-5c), wherein the operating medium is able to be conditioned in a partial flow line (7a, 7b) to a predefined conditioning temperature (T1, T2), and the at least one further partial flow line is able to be flowed through by unconditioned operating medium having a relatively higher or lower neutral temperature compared to the conditioning temperature (T1, T2), wherein a flow rate of the operating medium in the at least two partial flow lines (7a-7c) is able to be adjusted as a function of the predefined setpoint temperature (T_SOLL) in the test object circuit.