mhurhangee/ep-ind-claims huggingface dataset:
A control and signalling device comprising - a cylindrical main body with two open ends, - an operating element designed for insertion into one of the open ends of the main body and comprising a switching unit being movable relative to the main body, and - a multi-part insert element designed for insertion into the main body for bridging at least one portion of a switching path from the switching unit to a contact element arranged at the other of the open ends and comprising an elastic element, which elastically supports a pressure element of the insert element provided for actuating the contact element in such a way that a pressure force of the pressure element on the contact element is limited to a predetermined force range, characterised in that the switching unit is rotationally movable relative to the main body, and wherein the insert element comprises a central part, which can be moved axially relative to the main body by rotation of the switching unit in the main body, and the pressure element, which forms the part provided for actuating the contact element and is mechanically coupled to the central part in such a way that an axial movement of the central part relative to the main body causes a corresponding axial movement of the pressure element, and wherein the pressure element is pressed against a stop in the direction of the contact element by the elastic element fixed to the central part. - a cylindrical main body with two open ends, - an operating element designed for insertion into one of the open ends of the main body and comprising a switching unit being movable relative to the main body, and - a multi-part insert element designed for insertion into the main body for bridging at least one portion of a switching path from the switching unit to a contact element arranged at the other of the open ends and comprising an elastic element, which elastically supports a pressure element of the insert element provided for actuating the contact element in such a way that a pressure force of the pressure element on the contact element is limited to a predetermined force range, the switching unit is rotationally movable relative to the main body, and wherein the insert element comprises a central part, which can be moved axially relative to the main body by rotation of the switching unit in the main body, and the pressure element, which forms the part provided for actuating the contact element and is mechanically coupled to the central part in such a way that an axial movement of the central part relative to the main body causes a corresponding axial movement of the pressure element, and wherein the pressure element is pressed against a stop in the direction of the contact element by the elastic element fixed to the central part.
An active fluid cooling device (100, 300) for cooling electronic devices, the active fluid cooling device comprising a housing in which a cavity is incorporated, wherein: the cavity is divided into three chambers (206, 208, 210) by a first piezoelectric actuator and a second piezoelectric actuator, each of which has a planar form; the first piezoelectric actuator together with the housing defines an upper air chamber, the first piezoelectric actuator together with the second piezoelectric actuator and the housing defines a middle air chamber, and the second piezoelectric actuator together with the housing defines a bottom air chamber; the upper air chamber is in fluid communication with an upper opening of the housing, the middle air chamber is in fluid communication with a middle opening of the housing, and the bottom air chamber is in fluid communication with a bottom opening of the housing; the first and second piezoelectric actuators (404, 408) have a disc-shaped form; and the middle air chamber is cylindrical with a circular cross-section parallel to the first and second piezoelectric actuators (404, 408), whereby deformation of the first and second piezoelectric actuators (404, 408) away from each other gives the middle air chamber a nearly ball-like shape; characterized in that: the volume of the upper air chamber is equal to the volume of the bottom air chamber and to half the volume of the middle air chamber, and in that the cross-sectional area of the upper opening is equal to the cross-sectional area of the bottom opening and to half the cross-sectional area of the middle opening. the cavity is divided into three chambers (206, 208, 210) by a first piezoelectric actuator and a second piezoelectric actuator, each of which has a planar form; the first piezoelectric actuator together with the housing defines an upper air chamber, the first piezoelectric actuator together with the second piezoelectric actuator and the housing defines a middle air chamber, and the second piezoelectric actuator together with the housing defines a bottom air chamber; the upper air chamber is in fluid communication with an upper opening of the housing, the middle air chamber is in fluid communication with a middle opening of the housing, and the bottom air chamber is in fluid communication with a bottom opening of the housing; the first and second piezoelectric actuators (404, 408) have a disc-shaped form; and the middle air chamber is cylindrical with a circular cross-section parallel to the first and second piezoelectric actuators (404, 408), whereby deformation of the first and second piezoelectric actuators (404, 408) away from each other gives the middle air chamber a nearly ball-like shape; characterized in that: the volume of the upper air chamber is equal to the volume of the bottom air chamber and to half the volume of the middle air chamber, and in that the cross-sectional area of the upper opening is equal to the cross-sectional area of the bottom opening and to half the cross-sectional area of the middle opening.
A method of wireless communication at a base station, the method comprising: receiving, from a user equipment, LTE, information scrambled based on at least a portion of a synchronization signal, SS block index, the scrambled information including at least one of data associated with a physical uplink shared channel, PUSCH, or control information associated with a physical uplink control channel, PUCCH; and descrambling the scrambled information based on the at least the portion of the SS block index. receiving, from a user equipment, LTE, information scrambled based on at least a portion of a synchronization signal, SS block index, the scrambled information including at least one of data associated with a physical uplink shared channel, PUSCH, or control information associated with a physical uplink control channel, PUCCH; and descrambling the scrambled information based on the at least the portion of the SS block index.
A method for premises management networking, comprising: monitoring premises management devices connected to a gateway at a premises; controlling the premises management devices connected to the gateway at the premises, wherein the controlling comprises the gateway forming an associative binding between premises management devices, wherein a connection is triggered between at least one source premises management device and at least one other of the premises management devices by a value of a property of the source premises management device; obtaining an assigned server address to be used by the gateway for subsequent uplink connections unless the assigned server address is changed; initiating, from the gateway at the premises, communications between the gateway and a network operations center using the assigned server address in response to receiving, at the premises, an uplink-initiation signal associated with the network operations center; and communicating, during the communications between the gateway and the network operations center server, information associated with the premises management devices. monitoring premises management devices connected to a gateway at a premises; controlling the premises management devices connected to the gateway at the premises, wherein the controlling comprises the gateway forming an associative binding between premises management devices, wherein a connection is triggered between at least one source premises management device and at least one other of the premises management devices by a value of a property of the source premises management device; obtaining an assigned server address to be used by the gateway for subsequent uplink connections unless the assigned server address is changed; initiating, from the gateway at the premises, communications between the gateway and a network operations center using the assigned server address in response to receiving, at the premises, an uplink-initiation signal associated with the network operations center; and communicating, during the communications between the gateway and the network operations center server, information associated with the premises management devices.
A method for managing communications between software defined radio communications systems, the method comprising: identifying (700, 806) a set of data channels available for use in exchanging data between a software defined radio communications system and a set of software defined radio communications systems; identifying (702, 808) a number of constraints based on a number of selected criteria for a modulation waveform based on the set of data channels identified and environmental information about a communications environment for the communications between a software defined radio and a set of software defined radios; forming an optimization problem by using the number of constraints identified; solving the optimization problem such that solving the optimization problem satisfies the number of constraints for the set of data channels; designing and generating on-demand, using a solution to the optimization problem, a sampled form of the modulation waveform that meets the number of constraints, wherein the sampled form of the modulation waveform is configured for use in exchanging the data between the communications system and the set of communications systems over the set of data channels; and sending an identification of the sampled form of the modulation waveform to the set of software defined radio communications systems. identifying (700, 806) a set of data channels available for use in exchanging data between a software defined radio communications system and a set of software defined radio communications systems; identifying (702, 808) a number of constraints based on a number of selected criteria for a modulation waveform based on the set of data channels identified and environmental information about a communications environment for the communications between a software defined radio and a set of software defined radios; forming an optimization problem by using the number of constraints identified; solving the optimization problem such that solving the optimization problem satisfies the number of constraints for the set of data channels; designing and generating on-demand, using a solution to the optimization problem, a sampled form of the modulation waveform that meets the number of constraints, wherein the sampled form of the modulation waveform is configured for use in exchanging the data between the communications system and the set of communications systems over the set of data channels; and sending an identification of the sampled form of the modulation waveform to the set of software defined radio communications systems.
Actuator for adjusting flaps for an internal combustion engine comprising: - an electric motor driving an input shaft, - an electronic unit, and - a transmission with an output gear coaxially arranged to the input shaft, wherein the transmission connects the input shaft to an output shaft of the actuator, wherein the input shaft is configured as a hollow shaft in which the output shaft is arranged, characterized in that output shaft bearings (115, 118) are arranged between the housing and the output shaft in such a way that the output shaft is pivoted entirely via the housing of the actuator and that input shaft bearings (122, 126) are arranged between the input shaft and the output shaft, whereby the input shaft is mounted exclusively on the output shaft. - an electric motor driving an input shaft, - an electronic unit, and - a transmission with an output gear coaxially arranged to the input shaft, wherein the transmission connects the input shaft to an output shaft of the actuator,
A mobile terminal, comprising: a circuit board, a heat emitting element disposed on the circuit board, a shielding can, and a middle frame, a highly thermal-conductive body, wherein the shielding can is connected to the circuit board, and forms a shielding space together with the circuit board; the heat emitting element is accommodated in the shielding space; the circuit board is disposed on one side of the middle frame; the middle frame is provided with an accommodating space and the accommodating space is of a through-hole structure, and the shielding can comprises a top and a bottom that are disposed opposite to each other, wherein the bottom is configured to be connected to the circuit board, and the top is located above the heat emitting element and extends to the accommodating space; the top comprises a top surface; the middle frame comprises a lamination surface, and the highly thermal-conductive body comprises a first area and a second area, wherein the first area is laminated to the top surface, and the second area is laminated to the lamination surface.
A method comprising: determining, by a processor, navigation directions requested by a user from a starting point A to a destination point B associated with a navigation event; determining, by the processor, using the output of a sensor disposed on a helmet, the sensor being configured to detect that the user is wearing the helmet, and the sensor being in communication with the processor, that the helmet is being worn by the user while the navigation event is occurring, and based on the determination that the user is wearing the helmet while the navigation event is occurring: determining, based on a number of notification display regions in the helmet, each of the notification display regions being configured for display of a single navigation notification, a set of navigation notifications from the navigation directions associated with the navigation event, wherein the set of navigation notifications is tailored for display in the notification display regions of the helmet; and providing the set of navigation notifications for display in the notification display regions of the helmet over at least a portion of an environment the user is currently viewing through the helmet. determining, by a processor, navigation directions requested by a user from a starting point A to a destination point B associated with a navigation event; determining, by the processor, using the output of a sensor disposed on a helmet, the sensor being configured to detect that the user is wearing the helmet, and the sensor being in communication with the processor, that the helmet is being worn by the user while the navigation event is occurring, and based on the determination that the user is wearing the helmet while the navigation event is occurring: determining, based on a number of notification display regions in the helmet, each of the notification display regions being configured for display of a single navigation notification, a set of navigation notifications from the navigation directions associated with the navigation event, wherein the set of navigation notifications is tailored for display in the notification display regions of the helmet; and providing the set of navigation notifications for display in the notification display regions of the helmet over at least a portion of an environment the user is currently viewing through the helmet. determining, based on a number of notification display regions in the helmet, each of the notification display regions being configured for display of a single navigation notification, a set of navigation notifications from the navigation directions associated with the navigation event, wherein the set of navigation notifications is tailored for display in the notification display regions of the helmet; and providing the set of navigation notifications for display in the notification display regions of the helmet over at least a portion of an environment the user is currently viewing through the helmet.
Method for processing data stored in a memory device of a control unit for a motor vehicle, wherein the method is carried out by a computing device, wherein the memory device is assigned to the computing device, wherein the method comprises the following steps: determining at least one first subarea (110_1) of a memory area of the memory device by way of a randomly dependently or pseudo-randomly dependently formed test pattern by randomly dependently and/or pseudo-randomly dependently choosing at least one out of start address, end address, length, bit mask or byte mask, forming a test variable formed in a manner dependent on the data stored in the at least one first subarea (110_1), comparing the test variable (PG; PG') with a stored reference test variable for the at least one first subarea (110_1), wherein an effected alteration or manipulation of the data of the associated subarea (110_1) for which the reference test variable was formed is deduced in the case of a deviation of the test variable from the reference test variable.
An agricultural square baler for processing harvested material into square bales, comprising - a drive device, - a baler plunger, - a baling channel, as well as - at least one plunger guide, wherein the baler plunger can be driven by means of the drive device, so that the baler plunger can be reciprocated cyclically in the baling channel, wherein the baler plunger comprises at least one guide element which cooperates with the plunger guide, wherein the plunger guide is disposed in a wall of the baling channel and forms a guide groove in which the guide element of the baler plunger can be guided, as well as a working element which is associated with the plunger guide, wherein the working element carries out a clearing function, characterized in that the working element can be mounted in two operating positions in the plunger guide, wherein the working element carries out the clearing function in a first operating position, and a cutting function in the second operating position. - a drive device, - a baler plunger, - a baling channel, as well as - at least one plunger guide, wherein the baler plunger can be driven by means of the drive device, so that the baler plunger can be reciprocated cyclically in the baling channel, wherein the baler plunger comprises at least one guide element which cooperates with the plunger guide, wherein the plunger guide is disposed in a wall of the baling channel and forms a guide groove in which the guide element of the baler plunger can be guided, as well as a working element which is associated with the plunger guide, wherein the working element carries out a clearing function, characterized in that the working element can be mounted in two operating positions in the plunger guide, wherein the working element carries out the clearing function in a first operating position, and a cutting function in the second operating position.
An earphone (1, 201, 401, 601) adapted to provide an acoustic output signal to an ear of a wearer in dependence on an earphone audio signal and further adapted to be arranged on the wearer's head in an operating position such that a front cavity between the head and the earphone (1, 201, 401, 601) is separated from ambient space, the earphone (1, 201, 401, 601) comprising: - a housing having a wall separating a rear cavity having an acoustic compliance from the front cavity and from ambient space; - an ear cushion arranged and adapted to attenuate acoustic signals entering the front cavity from ambient space when the earphone (1, 201, 401, 601) is in the operating position; - a first diaphragm reciprocatably suspended across a first through hole in the housing wall between the front cavity and the rear cavity and adapted to be actively driven to provide at least a portion of the acoustic output signal; and - a second diaphragm reciprocatably suspended across a second through hole in the housing wall between the rear cavity and ambient space such that the second diaphragm and the rear cavity constitute an acoustic resonant system (10, 13) with an acoustic resonance at a resonance frequency, the acoustic resonant system (10, 13) being configured such that said resonance frequency is below 500 Hz, characterized in that: the earphone further comprises a dampening means (14, 23, 225, 425, 62, 625) adapted to dampen reciprocation of the second diaphragm at said resonance frequency while allowing the second diaphragm to reciprocate at frequencies below said resonance frequency. - a housing having a wall separating a rear cavity having an acoustic compliance from the front cavity and from ambient space; - an ear cushion arranged and adapted to attenuate acoustic signals entering the front cavity from ambient space when the earphone (1, 201, 401, 601) is in the operating position; - a first diaphragm reciprocatably suspended across a first through hole in the housing wall between the front cavity and the rear cavity and adapted to be actively driven to provide at least a portion of the acoustic output signal; and - a second diaphragm reciprocatably suspended across a second through hole in the housing wall between the rear cavity and ambient space such that the second diaphragm and the rear cavity constitute an acoustic resonant system (10, 13) with an acoustic resonance at a resonance frequency, the earphone further comprises a dampening means (14, 23, 225, 425, 62, 625) adapted to dampen reciprocation of the second diaphragm at said resonance frequency while allowing the second diaphragm to reciprocate at frequencies below said resonance frequency.
A polyimide prepolymer mixture comprising: a first cross-linkable prepolymer component having the following formula: Ei-[Ri]n-Ei; and a second cross-linkable prepolymer component having the following formula: E 2 -[R 2] n -E 2, R 1 and R 2 independently comprise the following formula: wherein, n comprises from 1 to 5; V is a tetravalent substituted or unsubstituted aromatic monocyclic or polycyclic linking structure; R is a substituted or unsubstituted divalent organic radical; E 1 and E 2 independently comprise functional groups that form oligomer compounds with the R 1 and R 2 formulas, respectively, wherein E 1 and E 2 further include crosslinkable functional groups. a first cross-linkable prepolymer component having the following formula: Ei-[Ri]n-Ei; and a second cross-linkable prepolymer component having the following formula: E 2 -[R 2] n -E 2, R 1 and R 2 independently comprise the following formula: wherein, n comprises from 1 to 5; V is a tetravalent substituted or unsubstituted aromatic monocyclic or polycyclic linking structure; R is a substituted or unsubstituted divalent organic radical; E 1 and E 2 independently comprise functional groups that form oligomer compounds with the R 1 and R 2 formulas, respectively, wherein E 1 and E 2 further include crosslinkable functional groups.