mhurhangee/ep-ind-claims huggingface dataset:
Aerosol-generating device comprising: a cavity for receiving an aerosol-generating article comprising aerosol-forming substrate; and an induction heating arrangement, wherein the induction heating arrangement comprises an induction coil and a susceptor assembly, wherein the susceptor assembly comprises a central susceptor arrangement arranged centrally within the cavity and a peripheral susceptor arrangement arranged distanced from and around the central susceptor arrangement, and one or more of: the central susceptor arrangement comprises at least two central susceptors enabling lateral airflow between the at least two central susceptors; the peripheral susceptor arrangement comprises at least two peripheral susceptors enabling lateral airflow between the at least two peripheral susceptors; and one or both of the central susceptor arrangement and the peripheral susceptor arrangement comprises one or more porous susceptors. a cavity for receiving an aerosol-generating article comprising aerosol-forming substrate; and an induction heating arrangement, wherein the induction heating arrangement comprises an induction coil and a susceptor assembly, wherein the susceptor assembly comprises a central susceptor arrangement arranged centrally within the cavity and a peripheral susceptor arrangement arranged distanced from and around the central susceptor arrangement, and one or more of: the central susceptor arrangement comprises at least two central susceptors enabling lateral airflow between the at least two central susceptors; the peripheral susceptor arrangement comprises at least two peripheral susceptors enabling lateral airflow between the at least two peripheral susceptors; and one or both of the central susceptor arrangement and the peripheral susceptor arrangement comprises one or more porous susceptors.
A platform for selecting wireless channels of wireless access points for which the wireless channels can be allocated by the platform (101, 102, 107, 108), manageable wireless access points, in an environment with the manageable wireless access points (101, 102, 107, 108) and wireless access points for which wireless channels cannot be allocated by the platform, unmanageable wireless access points (103, 105), the platform comprising: - a path loss module configured to determine path losses (104, 303) between each access point of the manageable and unmanageable wireless access points; CHARACTERIZED IN THAT the platform further comprises: - a threshold module configured to determine a path loss threshold for which a largest subset of access points has a path loss less than the path loss threshold between each access point of the largest subset while the number of access points in the largest subset is greater than or equal to a predetermined value; - an allocation module configured to allocate channels to the manageable access points in the largest subset, first manageable access points, and, subsequently, to allocate channels to the manageable access points which are not in the largest subset, other manageable access points. - a path loss module configured to determine path losses (104, 303) between each access point of the manageable and unmanageable wireless access points; - a threshold module configured to determine a path loss threshold for which a largest subset of access points has a path loss less than the path loss threshold between each access point of the largest subset while the number of access points in the largest subset is greater than or equal to a predetermined value; - an allocation module configured to allocate channels to the manageable access points in the largest subset, first manageable access points, and, subsequently, to allocate channels to the manageable access points which are not in the largest subset, other manageable access points.
A method performed by a wireless device for performing a transmission at a changed Coverage Enhancement, CE, level in a random access procedure, wherein the wireless device and a network node operate in a wireless communications network, and wherein the method comprises: - receiving (401A,401B) a random access order from the network node, wherein the random access order indicates a first preamble and a first carrier to be used; - transmitting (402A,401B), to the network node, the first preamble on the first carrier using one or more attempts out of a number of attempts associated with a first CE level; - in the absence of a valid response from the network node after a number of transmissions corresponding to a number of attempts associated with the first CE level, determining (406A,406B) a second CE level that is different from the first CE level, selecting (409A,409B), in a predictable way for the network node, a carrier that is supporting the second CE level, and transmitting (408A,408B,410A,410B), to the network node, a preamble on the carrier using one or more attempts out of a number of attempts associated with the second CE level; and wherein the selecting (409A,409B) of the carrier comprises selecting the carrier using a pre-defined function known by the network node. - receiving (401A,401B) a random access order from the network node, wherein the random access order indicates a first preamble and a first carrier to be used; - transmitting (402A,401B), to the network node, the first preamble on the first carrier using one or more attempts out of a number of attempts associated with a first CE level; - in the absence of a valid response from the network node after a number of transmissions corresponding to a number of attempts associated with the first CE level,
An analysis device for determining properties of biomass in a biomass tank, having: - an immersion sensor unit for capturing data of the biomass; - a housing encasing the immersion sensor unit in a fluid-tight manner, so that the immersion sensor unit can be immersed in the biomass; - a mechanical positioning device connected to the immersion sensor unit for mechanically driven vertical and lateral positioning of the immersion sensor until at a sensor location within a biomass tank; - a device for determining the immersion depth of the immersion sensor unit; and - a data transfer device for transferring the captured data for evaluating the data, wherein the immersion sensor unit comprises a spectroscopy sensor, particularly an IR spectroscopy sensor, an NIRS sensor or an MIRS sensor, or an NMR sensor. - an immersion sensor unit for capturing data of the biomass; - a housing encasing the immersion sensor unit in a fluid-tight manner, so that the immersion sensor unit can be immersed in the biomass; - a mechanical positioning device connected to the immersion sensor unit for mechanically driven vertical and lateral positioning of the immersion sensor until at a sensor location within a biomass tank; - a device for determining the immersion depth of the immersion sensor unit; and - a data transfer device for transferring the captured data for evaluating the data,
Method for determining a commutation angle in a permanently excited synchronous motor, wherein the commutation angle indicates the position of a rotor within a magnetic period of the synchronous motor, and is used for field-oriented energization of the synchronous motor, with the steps of - specifying an arbitrary commutation angle as the starting point of the method, - impressing a current vector (i) onto the motor using the initially arbitrarily specified commutation angle, - ascertaining a position deviation (dP) of the rotor, - changing the commutation angle used for energization by means of a controller structure in order to counteract the position deviation (dP) that has been ascertained, so that after a settling time, the commutation angle which results corresponds to the actual commutation angle of the rotor, characterized in that - an initial speed of the rotor is taken into account in ascertaining the position deviation (dP) of the rotor, in that the deviation from the position to be expected on the basis of the initial speed and the initial position is supplied as the position deviation (dP) to the controller structure, which makes a commutation offset (W') available at its output. - specifying an arbitrary commutation angle as the starting point of the method, - impressing a current vector (i) onto the motor using the initially arbitrarily specified commutation angle, - ascertaining a position deviation (dP) of the rotor, - changing the commutation angle used for energization by means of a controller structure in order to counteract the position deviation (dP) that has been ascertained, so that after a settling time, the commutation angle which results corresponds to the actual commutation angle of the rotor, - an initial speed of the rotor is taken into account in ascertaining the position deviation (dP) of the rotor, in that the deviation from the position to be expected on the basis of the initial speed and the initial position is supplied as the position deviation (dP) to the controller structure, which makes a commutation offset (W') available at its output.
Ultrasonic flowmeter for measuring the flow velocity and/or the flow rate of a fluid, - with a measuring device having connecting flanges for connecting pipes for the fluid and a centre piece through which the fluid flows, - with at least two ultrasonic transducers (12, 14) accommodated in the centre piece, which form an ultrasonic transducer pair and span a measuring path between them, which measuring path passes through the flow, - with a pressure sensor held in a pressure sensor receptacle in the center piece, characterized - in that the pressure sensor is in fluid connection with the interior of the centre piece via a stamp receptacle, - in that a calibration port is provided, which is held in the centre piece in a calibration port receptacle and is in fluid connection with the stamp receptacle, - wherein a stamp in the stamp receptacle can be brought into two positions, and in a first position the pressure sensor is in fluid communication with the interior of the center piece, - and in a second position the pressure sensor is in fluid communication with the calibration port via the stamp receptacle, - and wherein the stamp is sealingly formed at its end on the face side and towards the interior of the center piece. - with a measuring device having connecting flanges for connecting pipes for the fluid and a centre piece through which the fluid flows, - with at least two ultrasonic transducers (12, 14) accommodated in the centre piece, which form an ultrasonic transducer pair and span a measuring path between them, which measuring path passes through the flow, - with a pressure sensor held in a pressure sensor receptacle in the center piece, characterized - in that the pressure sensor is in fluid connection with the interior of the centre piece via a stamp receptacle, - in that a calibration port is provided, which is held in the centre piece in a calibration port receptacle and is in fluid connection with the stamp receptacle, - wherein a stamp in the stamp receptacle can be brought into two positions, and in a first position the pressure sensor is in fluid communication with the interior of the center piece, - and in a second position the pressure sensor is in fluid communication with the calibration port via the stamp receptacle, - and wherein the stamp is sealingly formed at its end on the face side and towards the interior of the center piece.
Exhaust gas treatment unit at least having a housing with a first end and a second end arranged opposite, having a tube extending from the first end to the second end as an inflow region for an exhaust gas, having a deflecting region in the region of the second end for the exhaust gas, and having a return flow region extending between the tube and the housing, wherein, adjacent to the second end, the tube has an outlet region, from which a first partial exhaust gas flow flows into the deflecting region, characterized in that the tube has at least one lateral opening in the deflecting region and upstream of the outlet region, with the result that the first partial exhaust gas flow collides in the deflecting region with at least one second partial exhaust gas flow flowing out of the at least one opening, wherein the at least one opening has at least one baffle element, which deflects the at least one second partial exhaust gas flow out of the tube and into the deflecting region.
Foam sealing tape, for example for sealing between two construction parts, in particular between a frame component and the masonry wall associated therewith, wherein the sealing tape has opposing broad sides, which can be associated with the construction parts, and narrow sides extending transversely with respect thereto, and is designed to be permeable to water vapour diffusion from one of the narrow sides to the other, and wherein the sealing tape also has a barrier coat which is made from a material different from the foam sealing tape material and which extends at least partially over the cross-section of the water vapour diffusion path, characterised in that the barrier coat consists at least partially of a material which reversibly changes its water vapour diffusion resistance with the humidity, and in that (i) the sealing tape has a sealing tape body made from foam material and the air permeability of the foam material forming the sealing tape body is in the range from 100-800 l/m 2 s according to DIN EN ISO 9237, test surface 100cm 2 at a measurement pressure of 0.5 mbar, testing device Frank 21443, of a 10 mm thick piece of foam (completely uncompressed), and/or (ii) the air permeability of the barrier coat is ≤ 2 l/m 2 s according to DIN EN ISO 9237, test surface 100cm 2 at a measurement pressure of 0.5 mbar, testing device Frank 21443, and/or (iii) the barrier coat consists at least partially of an ionomer material of which the polymer structure is negatively charged, and/or (iv) the barrier coat at least partially covers a lateral surface of the sealing tape, wherein additionally the barrier coat partially or completely covers at least one broad side of the sealing tape adjoining the lateral surface. (i) the sealing tape has a sealing tape body made from foam material and the air permeability of the foam material forming the sealing tape body is in the range from 100-800 l/m 2 s according to DIN EN ISO 9237, test surface 100cm 2 at a measurement pressure of 0.5 mbar, testing device Frank 21443, of a 10 mm thick piece of foam (completely uncompressed), and/or (ii) the air permeability of the barrier coat is ≤ 2 l/m 2 s according to DIN EN ISO 9237, test surface 100cm 2 at a measurement pressure of 0.5 mbar, testing device Frank 21443, and/or (iii) the barrier coat consists at least partially of an ionomer material of which the polymer structure is negatively charged, and/or (iv) the barrier coat at least partially covers a lateral surface of the sealing tape, wherein additionally the barrier coat partially or completely covers at least one broad side of the sealing tape adjoining the lateral surface.
A method of transmitting uplink data packets in a wireless communication network by a first User Equipment (16, 18), UE, comprising: receiving from the network an identification of a second UE (16, 18) and an indication to consider the second UE (16, 18) a companion UE in near companion mode, NCM; receiving from the network an identification of an uplink channel shared with the second UE (16, 18); monitoring a transmission opportunity granted to the companion UE on the shared uplink channel; determining that the companion UE will not transmit an uplink data packet using the uplink transmission opportunity granted to it; and transmitting a data packet using the transmission opportunity granted to the companion UE. receiving from the network an identification of a second UE (16, 18) and an indication to consider the second UE (16, 18) a companion UE in near companion mode, NCM; receiving from the network an identification of an uplink channel shared with the second UE (16, 18); monitoring a transmission opportunity granted to the companion UE on the shared uplink channel; determining that the companion UE will not transmit an uplink data packet using the uplink transmission opportunity granted to it; and transmitting a data packet using the transmission opportunity granted to the companion UE.
A capacitor comprising a composite oxide film obtained by reaction of an oxide film obtained by subjecting the surface of the substrate comprising valve-acting metal element to electrolytic oxidation with a solution in which metal ion selected from alkaline earth metals and lead, and an organic base are dissolved.
An image forming apparatus, comprising: a cartridge including a portion-to-be-positioned; and an apparatus main body on which the cartridge is mounted in a mounting direction, the apparatus main body including a positioning portion and a regulating portion, the positioning portion being configured to position the cartridge in a direction orthogonal to the mounting direction by engaging with the portion-to-be-positioned of the cartridge when mounting of the cartridge on the apparatus main body is completed, the regulating portion being provided on an upstream side of the positioning portion in the mounting direction, wherein the cartridge includes a portion-to-be-regulated provided on an upstream side of the portion-to-be-positioned in the mounting direction, wherein the portion-to-be-positioned of the cartridge engages with the regulating portion of the apparatus main body before engaging with the positioning portion of the apparatus main body, to regulate movement of the cartridge in the direction orthogonal to the mounting direction, and wherein the portion-to-be-regulated of the cartridge engages with the regulating portion before the portion-to-be-positioned engages with the positioning portion of the apparatus main body, to regulate movement of the cartridge in the direction orthogonal to the mounting direction. a cartridge including a portion-to-be-positioned; and an apparatus main body on which the cartridge is mounted in a mounting direction, the apparatus main body including a positioning portion and a regulating portion, the positioning portion being configured to position the cartridge in a direction orthogonal to the mounting direction by engaging with the portion-to-be-positioned of the cartridge when mounting of the cartridge on the apparatus main body is completed, the regulating portion being provided on an upstream side of the positioning portion in the mounting direction, wherein the cartridge includes a portion-to-be-regulated provided on an upstream side of the portion-to-be-positioned in the mounting direction, wherein the portion-to-be-positioned of the cartridge engages with the regulating portion of the apparatus main body before engaging with the positioning portion of the apparatus main body, to regulate movement of the cartridge in the direction orthogonal to the mounting direction, and wherein the portion-to-be-regulated of the cartridge engages with the regulating portion before the portion-to-be-positioned engages with the positioning portion of the apparatus main body, to regulate movement of the cartridge in the direction orthogonal to the mounting direction.
A method for compensating for interferants in measurement of alkalinity in a reagent-less system, comprising: introducing an aqueous sample into a measurement device comprising one or more series of electrodes; applying an electrical signal to the aqueous sample using the one or more series of electrodes, wherein the electrical signal is selected from the group consisting of: current and voltage; identifying, during application of the electrical signal, that the electrical signal reaches an oxidation threshold and measuring, prior to reaching the oxidation threshold, a first electrical response to the electrical signal, the first electrical response attributable to interferants in the aqueous sample; identifying, during application of the electrical signal, that the electrical signal reaches an endpoint and measuring, from the oxidation threshold to the endpoint, a second electrical response to the electrical signal; and measuring an alkalinity of the aqueous sample based upon a difference between the first electrical response and the second electrical response. introducing an aqueous sample into a measurement device comprising one or more series of electrodes; applying an electrical signal to the aqueous sample using the one or more series of electrodes, wherein the electrical signal is selected from the group consisting of: current and voltage; identifying, during application of the electrical signal, that the electrical signal reaches an oxidation threshold and measuring, prior to reaching the oxidation threshold, a first electrical response to the electrical signal, the first electrical response attributable to interferants in the aqueous sample; identifying, during application of the electrical signal, that the electrical signal reaches an endpoint and measuring, from the oxidation threshold to the endpoint, a second electrical response to the electrical signal; and measuring an alkalinity of the aqueous sample based upon a difference between the first electrical response and the second electrical response.
A reflector sight for a firearm, the sight comprising: a base; a housing arranged on the base, together defining an inner chamber, the housing comprising a roof, two or more sides, a front window and a rear window; and a light source; whereby the base comprises a bridge defining a tunnel therethrough; characterised in that the sight is a closed sight, wherein the inner chamber is sealed by a combination of the base, the roof of the housing, the sides of the housing and the front and rear windows of the housing, together with the bridge; and wherein the light source is arranged with respect to the base to emit light through the tunnel and into the chamber. a base; a housing arranged on the base, together defining an inner chamber, the housing comprising a roof, two or more sides, a front window and a rear window; and a light source; whereby the base comprises a bridge defining a tunnel therethrough; characterised in that the sight is a closed sight, wherein the inner chamber is sealed by a combination of the base, the roof of the housing, the sides of the housing and the front and rear windows of the housing, together with the bridge; and wherein the light source is arranged with respect to the base to emit light through the tunnel and into the chamber.