mhurhangee/ep-ind-claims huggingface dataset:
Filter insert, in particular secondary filter insert, for a filter for filtering air, in particular for an internal combustion engine, with a main inflow surface, an outflow surface and a main flow direction, a filter body designed as a zigzag-shaped folded filter bellows and which can be flowed through along the main flow direction, a filter insert frame carrying the filter body, wherein the filter insert frame features a seal for separating a filter interior of a filter into clean side and raw side and a grip area on the inflow side, wherein the grip area is designed in such a way that a flow against the filter body over the grip area and a manual removal of the filter insert are possible, wherein the main inflow surface is formed by fold edges and a secondary inflow surface is provided laterally to the main inflow surface, wherein one front side of the filter bellows serves as a secondary inflow surface and points in the direction of the grip area, wherein the grip area, which is open towards this front side, is designed as a recessed grip, the recessed grip pointing towards the filter body and wherein the grip area allows a flow against the filter body laterally next to the main inflow surface.
Packing container, comprising a bottom part forming a bottom wall and a shell part which is unfoldable from a storage position in which the shell part is folded together to a use position in which the shell part occupies more space than when in the storage position and forms a shell of the packing container erected on the bottom wall and together therewith enclosing a packing space, wherein a first side wall of the shell part is fixed to and pivotable relative to the bottom wall by way of at least one fixing member, and wherein at least one, in particular all, of the remaining side walls (70, 72, 74), other than the first side wall, of the shell part in the use position thereof is or are in each case fixable to the bottom part by at least one locking member (104, 106, 114, 120), characterized in that the respective at least one locking member (104, 106, 114, 120) is a locking tab (104, 106, 114, 120) which is held on the respective side wall (70, 72, 74) in a foldable relationship about a fold line (85, 87, 89) and which, in the use position of the shell part, engages in a respective receptacle (108, 110, 116, 122) comprised by the bottom part.
Air vent for ventilating an interior of a motor vehicle, comprising a housing through which air can flow in order to ventilate the interior, a flow body arranged in the housing and around which air can flow, and a guide flap arranged upstream of the flow body and movable relative to the housing and relative to the flow body, by means of which guide flap an outflow direction in which the air flows out of the air vent is adjustable, the flow body being translationally movable relative to the housing, as a result of which a flow cross-section of the air vent through which air can flow and which is arranged in the housing is adjustable, the air being able to flow through the housing in a flow direction, at least upstream of the guide flap, in order to ventilate the interior, characterized in that the guide flap is rotatable, relative to at least one housing part of the housing and relative to the flow body, about an axis of rotation coinciding with the flow direction in order to thereby adjust the outflow direction.
Method for operating a first and a second communication system, having a first and a second predetermined frequency band (13, 17), respectively, to be used for communication between a user terminal and a node of a cellular network, wherein the first communication system has at least two narrowband channels (14, 15), which are distributed with a mutual spacing over the first frequency band, and wherein the second communication system has a set of channel resources, which are distributed contiguously over the second frequency band, wherein the first and the second frequency band (13, 17) overlap, and wherein communication over the second communication system is performed only in those channel resources that do not overlap with the narrowband channels (14, 15) of the first communication system, characterized in that one of the channel resources of the second communication system that does not overlap with the narrowband channels (14, 15) of the first communication system is configured in a narrowband-LTE mode.
A motor drive controller (102, 102b, 102c) for a power-assisted vehicle with a motor, comprising: a moving start sensor configured to output a moving start signal in response to a moving start instruction given from a rider; and a controller (1020, 1020b, 1020c) configured to start driving the motor, in the case where the moving start signal from the moving start sensor is detected, in response to a pedal torque input or a pedal rotation input, wherein, in the case where the moving start signal from the moving start sensor is not detected, the controller (1020, 1020b, 1020c) starts driving the motor after confirmation that the pedal torque input or the pedal rotation input is not an input error. a moving start sensor configured to output a moving start signal in response to a moving start instruction given from a rider; and a controller (1020, 1020b, 1020c) configured to start driving the motor, in the case where the moving start signal from the moving start sensor is detected, in response to a pedal torque input or a pedal rotation input, wherein, in the case where the moving start signal from the moving start sensor is not detected, the controller (1020, 1020b, 1020c) starts driving the motor after confirmation that the pedal torque input or the pedal rotation input is not an input error.
A SOMCL-9112 solid dispersion, wherein it comprises the following raw materials and is prepared based on the weight percentages, SOMCL-9112 5% - 60%, preferably 10% - 50% a pharmaceutically acceptable matrix polymer 5% - 90%, preferably 10% - 80% a surfactant 0% - 20%, preferably 0.5% - 15% a glidant 0% - 20%, preferably 0% - 15% a plasticizer 0% - 20%, preferably 0% - 10%.
A tyre for vehicle wheels wherein at least one component of said tyre comprises a vulcanised elastomeric composition obtained by vulcanising a vulcanisable elastomeric composition comprising: at least one elastomeric polymer P 1, at least one reinforcement filler a), at least one vulcanising agent b), and at least one co-vulcanising composition c) obtained by mixing c1) at least one elastomeric polymer P 2, c2) at least one zinc complex obtained by interaction between: c3) from 20 to 80 phr with respect to P 2 of at least one zinc compound, and c4) from 20 to 80 phr with respect to P 2 of at least one lower (di)thiodicarboxylic acid of formula HOOC-CHR-CHR 1 -S (n) -CHR 2 -CHR 3 -COOH wherein n represents an integer number selected from among 1 and 2; R, R 1, R 2, R 3, equal or different from each other, are selected from among H, CH 3 and C 2 H 5. at least one elastomeric polymer P 1, at least one reinforcement filler a), at least one vulcanising agent b), and at least one co-vulcanising composition c) obtained by mixing c1) at least one elastomeric polymer P 2, c2) at least one zinc complex obtained by interaction between: c3) from 20 to 80 phr with respect to P 2 of at least one zinc compound, and c4) from 20 to 80 phr with respect to P 2 of at least one lower (di)thiodicarboxylic acid of formula HOOC-CHR-CHR 1 -S (n) -CHR 2 -CHR 3 -COOH wherein n represents an integer number selected from among 1 and 2; R, R 1, R 2, R 3, equal or different from each other, are selected from among H, CH 3 and C 2 H 5. c1) at least one elastomeric polymer P 2, c2) at least one zinc complex obtained by interaction between: c3) from 20 to 80 phr with respect to P 2 of at least one zinc compound, and c4) from 20 to 80 phr with respect to P 2 of at least one lower (di)thiodicarboxylic acid of formula HOOC-CHR-CHR 1 -S (n) -CHR 2 -CHR 3 -COOH wherein n represents an integer number selected from among 1 and 2; R, R 1, R 2, R 3, equal or different from each other, are selected from among H, CH 3 and C 2 H 5. c3) from 20 to 80 phr with respect to P 2 of at least one zinc compound, and c4) from 20 to 80 phr with respect to P 2 of at least one lower (di)thiodicarboxylic acid of formula HOOC-CHR-CHR 1 -S (n) -CHR 2 -CHR 3 -COOH wherein n represents an integer number selected from among 1 and 2; R, R 1, R 2, R 3, equal or different from each other, are selected from among H, CH 3 and C 2 H 5. n represents an integer number selected from among 1 and 2; R, R 1, R 2, R 3, equal or different from each other, are selected from among H, CH 3 and C 2 H 5.
A current mirror assembly, comprising - a first transistor of a first conductivity type and designed to deliver a first current (PBIAS), - a second transistor of a second conductivity type and designed to deliver a second current (NBIAS), - a controlled current source which is connected between the first transistor and the second transistor and forms the output of a current mirror, - a transistor of the current mirror (18, 13'), the transistor being interconnected as a diode and being arranged together with a reference current source in a further current path, - and wherein the further current path (19, 18) comprises a transistor forming a feedback current mirror (12, 20') together with the second transistor, the second transistor being interconnected as a diode. - a first transistor of a first conductivity type and designed to deliver a first current (PBIAS), - a second transistor of a second conductivity type and designed to deliver a second current (NBIAS), - a controlled current source which is connected between the first transistor and the second transistor and forms the output of a current mirror, - a transistor of the current mirror (18, 13'), the transistor being interconnected as a diode and being arranged together with a reference current source in a further current path, - and wherein the further current path (19, 18) comprises a transistor forming a feedback current mirror (12, 20') together with the second transistor, the second transistor being interconnected as a diode.
Method for introducing in-network services in an end-to-end communication path between two hosts (2, 3), said method comprising: providing at least one middlebox entity; registering a plurality of in-network service providers; registering, by the in-network service providers, in-network services together with their respective service level agreements at said at least one middlebox entity; negotiating during a communication establishment between the two hosts (2, 3) at least one of the registered in-network services to introduce within an end-to-end communication path; sending, by one of the two hosts, a subscription for the at least one of the in-network services to said at least one middlebox entity together with a policy list containing host-specific security requirements needed by said one of the two hosts; evaluating, by the middlebox entity, potential conflicts between said host-specific security requirements on the one hand and the service level agreements of the in-network service on the other hand, and, in case no conflicts are detected, authenticating the in-network service the one of the two hosts has subscribed to; and inserting the authenticated in-network service within said end-to-end communication path and starting encrypted communication between said two hosts (2, 3) through the end-to-end communication path. providing at least one middlebox entity; registering a plurality of in-network service providers; registering, by the in-network service providers, in-network services together with their respective service level agreements at said at least one middlebox entity; negotiating during a communication establishment between the two hosts (2, 3) at least one of the registered in-network services to introduce within an end-to-end communication path; sending, by one of the two hosts, a subscription for the at least one of the in-network services to said at least one middlebox entity together with a policy list containing host-specific security requirements needed by said one of the two hosts; evaluating, by the middlebox entity, potential conflicts between said host-specific security requirements on the one hand and the service level agreements of the in-network service on the other hand, and, in case no conflicts are detected, authenticating the in-network service the one of the two hosts has subscribed to; and inserting the authenticated in-network service within said end-to-end communication path and starting encrypted communication between said two hosts (2, 3) through the end-to-end communication path.
Mobile device for the moving of transport containers provided on an end face with a coupling facility, comprising an undercarriage, on which at least one wheel driveable by means of a drive means and at least one wheel controllable by means of a steering means are arranged, and, supported on the undercarriage, a hooking facility pivotable about a horizontal pivot axis between a rest position and a pickup position, where the hooking facility has a pickup arm pivotable about the horizontal pivot axis with a pickup hook rotatably supported thereon about a rotational axis and where the rotational axis is disposed perpendicularly to and at a distance from the horizontal pivot axis, and characterized in that the rotational axis is positionally fixed in relation to the pickup arm.
A dose cartridge for an inhaler device, the dose cartridge comprising: a flat, pallet of airflow-permeable material including a heat-vaporizing drug substance, the pallet having two opposing faces and being positioned in the dose cartridge so as to expose the two faces to airflow; a supporting member coupled to the pallet to support the pallet from at least one side of the pallet joining the two faces; a framing housing at least partially surrounding the pallet for greater mechanical stability, and an electrically resistive heating element which is attached to the housing, in a position overlying the pallet on one or more sides; characterized in that the resistive heating element comprises a plurality of separate panels; one panel being an electrically resistive element and one panel being a mesh structure. a flat, pallet of airflow-permeable material including a heat-vaporizing drug substance, the pallet having two opposing faces and being positioned in the dose cartridge so as to expose the two faces to airflow; a supporting member coupled to the pallet to support the pallet from at least one side of the pallet joining the two faces; a framing housing at least partially surrounding the pallet for greater mechanical stability, and an electrically resistive heating element which is attached to the housing, in a position overlying the pallet on one or more sides; characterized in that the resistive heating element comprises a plurality of separate panels; one panel being an electrically resistive element and one panel being a mesh structure.
A projection display apparatus comprising: an image projecting unit for projecting an image; an operation unit having an operation range and including a sliding or rotary variable resistor, wherein the variable resistor is configured to change an output voltage of the operation unit in accordance with an operation amount within the operation range of the operation unit; a correction amount setting unit for setting a keystone correction amount in accordance with the output voltage of the operation unit; a keystone correcting unit for performing keystone correction on the image to be projected in accordance with the keystone correction amount, and a zero reference position in which the keystone correction amount is zero is set at a middle position in the operation range of the operation unit, characterized in that a central dead zone including the zero reference position and centered around the zero reference position, is set within the operation range of the operation unit, and the correction amount setting unit is configured to set the keystone correction amount to zero when the output voltage of the operation unit is within a voltage range corresponding to the central dead zone. an image projecting unit for projecting an image; an operation unit having an operation range and including a sliding or rotary variable resistor, wherein the variable resistor is configured to change an output voltage of the operation unit in accordance with an operation amount within the operation range of the operation unit; a correction amount setting unit for setting a keystone correction amount in accordance with the output voltage of the operation unit; a keystone correcting unit for performing keystone correction on the image to be projected in accordance with the keystone correction amount, and a zero reference position in which the keystone correction amount is zero is set at a middle position in the operation range of the operation unit, characterized in that a central dead zone including the zero reference position and centered around the zero reference position, is set within the operation range of the operation unit, and the correction amount setting unit is configured to set the keystone correction amount to zero when the output voltage of the operation unit is within a voltage range corresponding to the central dead zone.
An activated protease substrate comprising a detectable fluorescent label comprising a donor and an acceptor fluorophore linked to a cleavage sequence for the protease by C-terminal and N-terminal spacers, wherein the C- and N-terminal spacers interact to form a beta-sheet that provides a distance between the donor fluorophore which is linked to one end of the cleavage sequence and the acceptor fluorophore which is linked to the other end of the cleavage sequence to enable emission of a first signal associated with the substrate, and cleavage of the substrate by the protease increases the distance between the donor and acceptor fluorophores to result in emission of a second signal different from the first signal that is associated with a cleaved substrate product.
A method of producing an electrode-equipped plate spring of a railcar bogie, the method comprising: a resin removing step of partially irradiating a surface of fiber-reinforced resin, prepared by including electrically conductive fibers in resin, of a plate spring with a laser beam to partially remove the resin and partially expose the electrically conductive fibers; and an electrode forming step of attaching an electrode (E 0, E 1F, E 2F, E 1R, E 2R,) to an exposed region formed by partially exposing the electrically conductive fibers of the fiber-reinforced resin. a resin removing step of partially irradiating a surface of fiber-reinforced resin, prepared by including electrically conductive fibers in resin, of a plate spring with a laser beam to partially remove the resin and partially expose the electrically conductive fibers; and an electrode forming step of attaching an electrode (E 0, E 1F, E 2F, E 1R, E 2R,) to an exposed region formed by partially exposing the electrically conductive fibers of the fiber-reinforced resin.
A polymerizable dental composition comprising: a free-radically polymerizable component comprising an ethylenically unsaturated monomer with acid functionality; and a photoinitiator system comprising a polycyclic aromatic component and an amine electron donor; wherein the polycyclic aromatic component is selected from polycyclic aromatic compounds and their alkyl, alkoxy, aryl, and aryloxy substituted derivatives. a free-radically polymerizable component comprising an ethylenically unsaturated monomer with acid functionality; and a photoinitiator system comprising a polycyclic aromatic component and an amine electron donor;
A system for spraying plants, the system comprising: a location-determining receiver for estimating a position of a sprayer with respect to one or more rows of plants; a nozzle assembly of a row unit supported by or suspended from the sprayer, the nozzle assembly comprising a first nozzle with a greater height above ground than a second nozzle; a distance sensor configured to measure a distance between the nozzle assembly or row unit and a plant row segment that the distance sensor faces; the first nozzle directed toward a first zone with a first lateral spacing with respect to the plant row segment based on a spray pattern of the first nozzle; the second nozzle directed toward a second zone with a second lateral spacing with respect to the plant row segment based on a spray pattern of the second nozzle; and a nozzle control module for selecting or activating one or more of the nozzles (222, 224) of the nozzle assembly based to cover the first zone, the second zone, or both as a target zone for the plant row segment based on the measured distance, characterized in that the zones (432, 434) comprise adjacent bands or strips on the ground near a closest or nearest plant stem in a row of crop. a location-determining receiver for estimating a position of a sprayer with respect to one or more rows of plants; a nozzle assembly of a row unit supported by or suspended from the sprayer, the nozzle assembly comprising a first nozzle with a greater height above ground than a second nozzle; a distance sensor configured to measure a distance between the nozzle assembly or row unit and a plant row segment that the distance sensor faces; the first nozzle directed toward a first zone with a first lateral spacing with respect to the plant row segment based on a spray pattern of the first nozzle; the second nozzle directed toward a second zone with a second lateral spacing with respect to the plant row segment based on a spray pattern of the second nozzle; and a nozzle control module for selecting or activating one or more of the nozzles (222, 224) of the nozzle assembly based to cover the first zone, the second zone, or both as a target zone for the plant row segment based on the measured distance, characterized in that the zones (432, 434) comprise adjacent bands or strips on the ground near a closest or nearest plant stem in a row of crop.