mhurhangee/ep-ind-claims huggingface dataset:
A dispensing device for dispensing powdered or granular product from a container containing said product, the dispensing device comprising: - a first chamber and a second chamber, - an inlet passage comprising at least one inlet opening and establishing communication between the first chamber and an interior part of a container having the dispensing device mounted thereon, - an outlet passage adapted to deliver powdered or granular product being dispensed by means of the dispensing device, said outlet passage establishing communication from the second chamber, - an intermediate wall dividing an interior part of the dispensing device into the first chamber and the second chamber, the intermediate wall defining an edge, the intermediate wall being arranged in such a manner that an intermediate passage between the first chamber and the second chamber is defined at said edge for allowing powdered or granular product to pass between the first chamber and the second chamber, the intermediate wall further defining a second passage (10, 11) between the first chamber and the second chamber through the intermediate wall, characterized in that the second passage through the intermediate wall defines an opening arranged at a position which is substantially opposite the edge of the intermediate wall, and in that the second passage through the intermediate wall comprises a recess arranged along a surface of the intermediate wall facing the second chamber. - a first chamber and a second chamber, - an inlet passage comprising at least one inlet opening and establishing communication between the first chamber and an interior part of a container having the dispensing device mounted thereon, - an outlet passage adapted to deliver powdered or granular product being dispensed by means of the dispensing device, said outlet passage establishing communication from the second chamber, - an intermediate wall dividing an interior part of the dispensing device into the first chamber and the second chamber, the intermediate wall defining an edge, the intermediate wall being arranged in such a manner that an intermediate passage between the first chamber and the second chamber is defined at said edge for allowing powdered or granular product to pass between the first chamber and the second chamber, the intermediate wall further defining a second passage (10, 11) between the first chamber and the second chamber through the intermediate wall, characterized in that the second passage through the intermediate wall defines an opening arranged at a position which is substantially opposite the edge of the intermediate wall, and in that the second passage through the intermediate wall comprises a recess arranged along a surface of the intermediate wall facing the second chamber.
A method for reducing the amount of messages sent in a communication network comprising a first communication network entity, a second communication network entity connected to said first communication network entity over a communication interface and one or more user equipments connected to said second communication network entity over a radio interface, whereby messages are sent on said interfaces using at least a first and a second protocol, wherein the method comprises the step of: - sending first protocol messages packed inside second protocol messages, wherein said first protocol is a non access stratum protocol and said second protocol is an access stratum protocol, each of said first and second protocol messages indicating a number of procedural steps, each procedural step belonging to a procedure related to the first or second protocol, the method characterized by the further step of: - providing with each of said first protocol messages an instruction field determining at least one co-ordination rule to be used for said procedural steps, whereby said at least one co-ordination rule is selected from a set of pre-defined rules, each of which indicates how a receiving one of said one or more user equipments is to co-ordinate a procedure related to the first protocol and a procedure related to the second protocol. - sending first protocol messages packed inside second protocol messages, wherein said first protocol is a non access stratum protocol and said second protocol is an access stratum protocol, each of said first and second protocol messages indicating a number of procedural steps, each procedural step belonging to a procedure related to the first or second protocol, the method characterized by the further step of: - providing with each of said first protocol messages an instruction field determining at least one co-ordination rule to be used for said procedural steps, whereby said at least one co-ordination rule is selected from a set of pre-defined rules, each of which indicates how a receiving one of said one or more user equipments is to co-ordinate a procedure related to the first protocol and a procedure related to the second protocol. - providing with each of said first protocol messages an instruction field determining at least one co-ordination rule to be used for said procedural steps, whereby said at least one co-ordination rule is selected from a set of pre-defined rules, each of which indicates how a receiving one of said one or more user equipments is to co-ordinate a procedure related to the first protocol and a procedure related to the second protocol.
A method, comprising: receiving one or more satellite positioning system signals at two or more physically separated antennae (210, 220) of a mobile station, said two or more antennae (210, 220) to provide a respective two or more radio frequency signals to a receiver of the mobile station; downconverting two or more of said radio frequency signals in two or more respective paths of a front end of the receiver to generate two or more complex digital signals comprising in-phase and quadrature components; and processing the two or more complex digital signals at least in part to improve signal quality, wherein said processing the complex digital signals further comprises combining the two or more complex digital signals according to a non-coherent combining algorithm to generate a combined digital signal, wherein said non-coherent combining algorithm comprises: despreading and rotating the two or more complex digital signals, respectively; coherently accumulating the results of the despreading and rotating operations for the two or more complex digital signals, respectively and characterised by non-coherently accumulating the results of the coherent accumulation for the two or more complex digital signals, respectively; and adding the two or more non-coherent accumulations to generate the combined digital signal. receiving one or more satellite positioning system signals at two or more physically separated antennae (210, 220) of a mobile station, said two or more antennae (210, 220) to provide a respective two or more radio frequency signals to a receiver of the mobile station; downconverting two or more of said radio frequency signals in two or more respective paths of a front end of the receiver to generate two or more complex digital signals comprising in-phase and quadrature components; and processing the two or more complex digital signals at least in part to improve signal quality, wherein said processing the complex digital signals further comprises combining the two or more complex digital signals according to a non-coherent combining algorithm to generate a combined digital signal, wherein said non-coherent combining algorithm comprises: despreading and rotating the two or more complex digital signals, respectively; coherently accumulating the results of the despreading and rotating operations for the two or more complex digital signals, respectively and characterised by non-coherently accumulating the results of the coherent accumulation for the two or more complex digital signals, respectively; and adding the two or more non-coherent accumulations to generate the combined digital signal. despreading and rotating the two or more complex digital signals, respectively; coherently accumulating the results of the despreading and rotating operations for the two or more complex digital signals, respectively and characterised by non-coherently accumulating the results of the coherent accumulation for the two or more complex digital signals, respectively; and adding the two or more non-coherent accumulations to generate the combined digital signal.
An armrest pad assembly, comprising: an armrest pad made of a flexible material, wherein the armrest pad comprises a first support section, a bendable section, and a second support section that are successively connected along a lengthwise direction of the armrest pad; wherein the armrest pad is internally provided with a first inner frame and a second inner frame, the first inner frame being fixed to the first support section, and the second inner frame being fixed to the second support section; wherein the first inner frame and the second inner frame are configured to be connected to an armrest frame of a chair, such that during upward and downward folding adjustment of the armrest frame of the chair, the first inner frame and the second inner frame drive the first support section and the second support section to be folded upward and downward about the bendable section to a predetermined position; wherein the bendable section is provided with a recess, wherein the recess is extended to an edge of the armrest pad along a widthwise direction of the armrest pad. an armrest pad made of a flexible material, wherein the armrest pad comprises a first support section, a bendable section, and a second support section that are successively connected along a lengthwise direction of the armrest pad; wherein the armrest pad is internally provided with a first inner frame and a second inner frame, the first inner frame being fixed to the first support section, and the second inner frame being fixed to the second support section; wherein the first inner frame and the second inner frame are configured to be connected to an armrest frame of a chair, such that during upward and downward folding adjustment of the armrest frame of the chair, the first inner frame and the second inner frame drive the first support section and the second support section to be folded upward and downward about the bendable section to a predetermined position; wherein the bendable section is provided with a recess, wherein the recess is extended to an edge of the armrest pad along a widthwise direction of the armrest pad.
Operating device for a household appliance, having an operating surface, with an evaluation system and with an operator control element which can be held by means of magnetic force on the operating surface of the household appliance, the latter being controllable by means of the operating device, and which can be moved relative to the operating surface and positioned in such a way that it can be removed therefrom, wherein the operating element comprises a top cover, which is embodied at least in sections from ferromagnetic material, wherein the operating surface comprises further magnets, which are disposed on and/or under the operating surface, characterised in that the top cover is functionally associated with the evaluation system of the operating device, such that a change in magnetic fields caused by the movement of the operator control element on the operating surface, which is effected by a movement between the cover and the further magnets of the operating device disposed on and/or under the operating surface, is detected and, via said detection of the change in magnetic fields, the movement of the operator control element can be detected and consequently the desired control of the household appliance or of components thereof can be effected, wherein the top cover is connected to a bottom cover and a closed accommodation space for functional components of the operator control element is embodied therebetween.
A current source (10, 100) comprising: a bias chain configured to generate a mirror reference voltage on a bias rail; a first branch comprising a first transistor and a first switch, the first transistor having a first drain connected to a first node, a first source connected to the first switch, and a first gate connected to the bias rail, the first switch configured to short the first source to a second node in response to an enable signal; the first transistor further including a first capacitance between the first gate and the first source; a second branch comprising a second transistor and a second switch, the second transistor having a second drain connected to the second switch, a second source connected to the second node, and a second gate connected to the bias rail, the second switch configured to short the second drain to the first node in response to the enable signal; and the second transistor further including a second capacitance between the second drain and the second gate, wherein in response to the enable signal, a first charge removed from the bias rail by the first capacitor is offset by a second charge added to the bias rail by the second capacitor; wherein an output current of the current source is provided at the first node, characterised in that a first width of the first transistor divided by a second width of the second transistor defines an optimal transistor ratio, wherein said optimal transistor ratio makes the first charge and the second charge equal. a bias chain configured to generate a mirror reference voltage on a bias rail; a first branch comprising a first transistor and a first switch, the first transistor having a first drain connected to a first node, a first source connected to the first switch, and a first gate connected to the bias rail, the first switch configured to short the first source to a second node in response to an enable signal; the first transistor further including a first capacitance between the first gate and the first source; a second branch comprising a second transistor and a second switch, the second transistor having a second drain connected to the second switch, a second source connected to the second node, and a second gate connected to the bias rail, the second switch configured to short the second drain to the first node in response to the enable signal; and the second transistor further including a second capacitance between the second drain and the second gate, wherein in response to the enable signal, a first charge removed from the bias rail by the first capacitor is offset by a second charge added to the bias rail by the second capacitor; wherein an output current of the current source is provided at the first node, characterised in that a first width of the first transistor divided by a second width of the second transistor defines an optimal transistor ratio, wherein said optimal transistor ratio makes the first charge and the second charge equal.
A steering system comprising: a steering shaft that transmits rotation of a steering member; a steering operation mechanism that steers steered wheels; a housing having an internal space in which at least a part of the steering shaft is housed; an output shaft that is rotatable relative to the steering shaft and coupled to the steering operation mechanism; and a clutch mechanism having a mechanical portion provided to enable the steering shaft and the output shaft to be coupled together and uncoupled from each other, and a driving force generating portion that generates a driving force allowing the mechanical portion to couple the steering shaft and the output shaft together and to uncouple the steering shaft and the output shaft from each other, the clutch mechanism enabling and disabling transmission of power between the steering shaft and the output shaft, wherein the clutch mechanism is housed and disposed in the internal space in the housing; characterized in that in the internal space, the driving force generating portion is disposed radially outward of the mechanical portion. a steering shaft that transmits rotation of a steering member; a steering operation mechanism that steers steered wheels; a housing having an internal space in which at least a part of the steering shaft is housed; an output shaft that is rotatable relative to the steering shaft and coupled to the steering operation mechanism; and a clutch mechanism having a mechanical portion provided to enable the steering shaft and the output shaft to be coupled together and uncoupled from each other, and a driving force generating portion that generates a driving force allowing the mechanical portion to couple the steering shaft and the output shaft together and to uncouple the steering shaft and the output shaft from each other, the clutch mechanism enabling and disabling transmission of power between the steering shaft and the output shaft, wherein the clutch mechanism is housed and disposed in the internal space in the housing; characterized in that in the internal space, the driving force generating portion is disposed radially outward of the mechanical portion.
A debris guard (130, 200) comprising: a plurality of fasteners (126, 214); an outer cover (140, 202) including two or more sections that when assembled form an annular inner wall, each of the two or more sections including at least one mounting feature (186, 206) shaped to receive at least one of the plurality of fasteners (126, 214); an annular inner guard (142, 204) includes a mounting portion (150, 210) and one or more seals (173,224) positioned remotely from the mounting portion (150, 210); and an annular secondary guard (152, 220) sized to engage the one or more seals (173, 224); characterized in that when assembled, the outer cover (140, 202), inner guard (142, 204), and secondary guard (152, 220) define a labyrinth (178, 230) including a narrow passage (156, 232), a secondary narrow passage (172, 222), and a chamber (182, 240) disposed between the narrow passage (156, 232) and the secondary narrow passage (172, 222), wherein the secondary narrow passage (172, 222) extends to the one or more seals (173, 224). a plurality of fasteners (126, 214); an outer cover (140, 202) including two or more sections that when assembled form an annular inner wall, each of the two or more sections including at least one mounting feature (186, 206) shaped to receive at least one of the plurality of fasteners (126, 214); an annular inner guard (142, 204) includes a mounting portion (150, 210) and one or more seals (173,224) positioned remotely from the mounting portion (150, 210); and an annular secondary guard (152, 220) sized to engage the one or more seals (173, 224); characterized in that when assembled, the outer cover (140, 202), inner guard (142, 204), and secondary guard (152, 220) define a labyrinth (178, 230) including a narrow passage (156, 232), a secondary narrow passage (172, 222), and a chamber (182, 240) disposed between the narrow passage (156, 232) and the secondary narrow passage (172, 222), wherein the secondary narrow passage (172, 222) extends to the one or more seals (173, 224).
A fluid filter for a motor vehicle, comprising a filter cartridge secured to a filter housing of the fluid filter, wherein the filter cartridge has an accommodation space, in which a filter material is disposed, and wherein the filter cartridge is connectible to the filter housing by rotation about a longitudinal axis of the filter cartridge, a retaining element comprising a land projecting from a wall of the retaining element being disposed on an end plate of the filter cartridge, characterised in that the wall of the retaining element, when viewed radially to the longitudinal axis, is helically formed, and wherein, in a mounting position of the filter cartridge, the land of the retaining element engages behind a retaining land of an abutment disposed on the filter housing and which is helical when viewed radially to the longitudinal axis, and the retaining land, when viewed in the direction of the longitudinal axis, has a gradient along a direction of rotation with respect to a contact region of the filter housing, which a sealing element of the filter cartridge contacts.
A method for wireless communication at a user equipment, UE, comprising identifying a first plurality of control resources associated with a first transceiver node and a second plurality of control resources associated with a second transceiver node; selecting, based at least in part on a decoding limit for the UE, a decoding configuration to use for decoding one or more control resources from the first plurality of control resources and one or more resources from the second plurality of control resources; and decoding received control signals received over control resources from the first plurality of control resources and the second plurality of control resources according to the decoding configuration. identifying a first plurality of control resources associated with a first transceiver node and a second plurality of control resources associated with a second transceiver node; selecting, based at least in part on a decoding limit for the UE, a decoding configuration to use for decoding one or more control resources from the first plurality of control resources and one or more resources from the second plurality of control resources; and decoding received control signals received over control resources from the first plurality of control resources and the second plurality of control resources according to the decoding configuration.
A substance dispensing apparatus, comprising: a mouthpiece having a recess sized and shaped to mate with an intended user's dentition; a sensing element coupled to the mouthpiece and configured to determine whether the intended user's dentition is positioned within the recess; and an actuator coupled to the mouthpiece and in communication with the sensing element, the actuator configured to dispense a substance from a reservoir coupled to the mouthpiece in response to the sensing element determining that the intended user's dentition is positioned within the recess. a mouthpiece having a recess sized and shaped to mate with an intended user's dentition; a sensing element coupled to the mouthpiece and configured to determine whether the intended user's dentition is positioned within the recess; and an actuator coupled to the mouthpiece and in communication with the sensing element, the actuator configured to dispense a substance from a reservoir coupled to the mouthpiece in response to the sensing element determining that the intended user's dentition is positioned within the recess.