mhurhangee/patent-ind-claim-en huggingface dataset:
Control device of flush type for at least one electric user appliance comprising: - an interface module having a box-shaped body which is arranged to be mounted on a frame for closing boxes of the flush type for electric systems and which has a front face intended to remain visible and a rear face opposite said front face , said interface module comprising user interface means configured for receiving a command from a user and for generating a corresponding actuation signal; - an actuation module having a box-shaped body and being arranged to be connected to said interface module , to a supply line and to said at least one electric user appliance, said interface module and said actuation module comprising connection means capable of reversibly coupling said actuation module at the back of said interface module so that they become integral with one another, said interface means comprising at least one control element arranged at said front face of said interface module and an electronic processing and control unit associated with said at least one control element , said control device being characterized in that said actuation module comprises electric and/or electronic actuation circuits configured for controlling the power supply of said electric user appliance based on said actuation signal, said electric and/or electronic actuation circuits comprises at least one actuator and a storage unit in which identification data and at least an actuation parameter of said at least one actuator are stored, said electronic processing and control unit being configured to read said data stored in said storage unit and to generate said actuation signal following the operation of said control element based on said read data, said interface module comprises, on said rear face, a port for connecting to a communication BUS. - an interface module having a box-shaped body which is arranged to be mounted on a frame for closing boxes of the flush type for electric systems and which has a front face intended to remain visible and a rear face opposite said front face , said interface module comprising user interface means configured for receiving a command from a user and for generating a corresponding actuation signal; - an actuation module having a box-shaped body and being arranged to be connected to said interface module , to a supply line and to said at least one electric user appliance,
An integrally bladed rotor comprising: a rotor having a rim that provides an inner flow surface ; circumferentially spaced apart radially extending airfoils integrally with and from the rotor and joined by an airfoil fillet ; and an asymmetrical trench provided in the rim between adjacent airfoils ; characterised in that the trench is provided near a trailing edge of the airfoil . a rotor having a rim that provides an inner flow surface ; circumferentially spaced apart radially extending airfoils integrally with and from the rotor and joined by an airfoil fillet ; and an asymmetrical trench provided in the rim between adjacent airfoils ; characterised in that the trench is provided near a trailing edge of the airfoil .
A computer implemented method for managing resources in a partitioned computing system based on resource usage volatility , wherein the partitioned computing system is a logical partitioned system or a virtual machine under a hypervisor or an emulator and includes one or more partitions (416A-416D), comprising: computing a volatility of resource usage (204, 208, 212; 308) for each partition (416A-416D) based on computed, at predetermined time periods (X, X+Δ, X+2Δ, ...), resource usage gains/losses associated with each partition (416A-416D); determining a current resource usage (204, 208, 212; 308) of each partition (416A-416D); determining a risk of resource saturation by comparing the computed volatility of resource usage with the determined current resource usage (204, 208, 212; 308) of each partition (416A-416D); and managing resources in the partitioned computing system using the determined risk of resource saturation associated with each partition (416A-416D) by selecting a partition for moving in new resources, moving out resources or sharing resources in the partitioned computing system. computing a volatility of resource usage (204, 208, 212; 308) for each partition (416A-416D) based on computed, at predetermined time periods (X, X+Δ, X+2Δ, ...), resource usage gains/losses associated with each partition (416A-416D); determining a current resource usage (204, 208, 212; 308) of each partition (416A-416D); determining a risk of resource saturation by comparing the computed volatility of resource usage with the determined current resource usage (204, 208, 212; 308) of each partition (416A-416D); and managing resources in the partitioned computing system using the determined risk of resource saturation associated with each partition (416A-416D) by selecting a partition for moving in new resources, moving out resources or sharing resources in the partitioned computing system.
Heat exchanger comprising at least one duct for channelling a flow of fluid and a plurality of elements containing at least one phase-change material that are disposed in said duct , characterized in that at least some of said elements containing at least one phase-change material are suspended on a support , their upper ends being connected to the support by way of articulations configured to allow said elements containing at least one phase-change material to move freely in the flow of fluid in order to increase the disturbance of the flow of fluid in contact with the elements , said support being positioned in the upper part or at the top of the duct .
Connecting rod for an internal combustion engine with variable compression, comprising a crank bearing eye for attachment of the connecting rod to a crankshaft of the internal combustion engine, a connecting-rod bearing eye for attachment of the connecting rod to a cylinder piston of the internal combustion engine, an eccentric adjusting device for adjusting an effective connecting-rod length, wherein the eccentric adjusting device has an eccentric which interacts with and is connected rotationally conjointly to an eccentric lever and in which a piston pin of the cylinder piston can be received, wherein the eccentric adjusting device has two hydraulic chambers with in each case one piston which is guided displaceably in a cylinder bore and which is connected to a support rod , which support rod is connected at the other end to the eccentric lever , wherein the support rod is of multi-part form.
A communication device configured for handover from a long-term evolution, LTE, network to a new radio, NR, network, comprising: at least one storage device; and at least one processing circuit, coupled to the at least one storage device, wherein the at least one storage device stores, and the at least one processing circuit is configured to execute, instructions of: transmitting a protocol data unit, PDU, Session identity, ID, to the LTE network; receiving a EPS bearer ID identifying a EPS bearer, from the LTE network, wherein the EPS bearer ID is associated with the PDU Session ID; configuring a first data radio bearer, DRB, associated to the EPS bearer ID, with the LTE network; communicating data via the first DRB with the LTE network; receiving a handover command from the LTE network, wherein the handover command indicates the communication device to hand over to the NR network; keeping the EPS bearer ID and the PDU Session ID, when the handover command comprises a DRB configuration associated to the PDU Session ID, wherein the DRB configuration includes the PDU Session ID; and releasing the EPS bearer ID, when the handover command does not comprise the DRB configuration. at least one storage device; and at least one processing circuit, coupled to the at least one storage device, wherein the at least one storage device stores, and the at least one processing circuit is configured to execute, instructions of: transmitting a protocol data unit, PDU, Session identity, ID, to the LTE network; receiving a EPS bearer ID identifying a EPS bearer, from the LTE network, wherein the EPS bearer ID is associated with the PDU Session ID; configuring a first data radio bearer, DRB, associated to the EPS bearer ID, with the LTE network; communicating data via the first DRB with the LTE network; receiving a handover command from the LTE network, wherein the handover command indicates the communication device to hand over to the NR network; keeping the EPS bearer ID and the PDU Session ID, when the handover command comprises a DRB configuration associated to the PDU Session ID, wherein the DRB configuration includes the PDU Session ID; and releasing the EPS bearer ID, when the handover command does not comprise the DRB configuration. transmitting a protocol data unit, PDU, Session identity, ID, to the LTE network; receiving a EPS bearer ID identifying a EPS bearer, from the LTE network, wherein the EPS bearer ID is associated with the PDU Session ID; configuring a first data radio bearer, DRB, associated to the EPS bearer ID, with the LTE network; communicating data via the first DRB with the LTE network; receiving a handover command from the LTE network, wherein the handover command indicates the communication device to hand over to the NR network; keeping the EPS bearer ID and the PDU Session ID, when the handover command comprises a DRB configuration associated to the PDU Session ID, wherein the DRB configuration includes the PDU Session ID; and releasing the EPS bearer ID, when the handover command does not comprise the DRB configuration.
A drug delivery device comprising: a container for storing a drug , the container comprising a stopper for expelling the drug ; an injection drive comprising an energy source operably coupled to the stopper for selectively moving the stopper through the container to expel the drug ; a sensor having a first state when the drug delivery device is out of contact with a body of a patient, and having a second state when the drug delivery device is in contact with the body of the patient; a casing having an outer surface; and a device activation mechanism operably coupled to the sensor and the injection drive for selectively activating the injection drive in response to user input, characterized in that the device activation mechanism undergoes an external state change from a dormant state, when the sensor occupies the first state, to a ready state, upon the sensor occupying the second state, the ready state configured to draw attention to the device activation mechanism , wherein the device activation mechanism is movable relative to the outer surface of the casing between a lowered position when in the dormant state and a raised position when in the ready state. a container for storing a drug , the container comprising a stopper for expelling the drug ; an injection drive comprising an energy source operably coupled to the stopper for selectively moving the stopper through the container to expel the drug ; a sensor having a first state when the drug delivery device is out of contact with a body of a patient, and having a second state when the drug delivery device is in contact with the body of the patient; a casing having an outer surface; and a device activation mechanism operably coupled to the sensor and the injection drive for selectively activating the injection drive in response to user input, characterized in that the device activation mechanism undergoes an external state change from a dormant state, when the sensor occupies the first state, to a ready state, upon the sensor occupying the second state, the ready state configured to draw attention to the device activation mechanism , wherein the device activation mechanism is movable relative to the outer surface of the casing between a lowered position when in the dormant state and a raised position when in the ready state.
Textile drainage element of areal form for avoidance of waterlogging at plants, comprising at least one first textile layer for accepting at least one plant container or plant substrate and at least one second textile layer , which is arranged to be areally opposite the first textile layer , for improved drainage of a liquid, wherein at least one spacer element is arranged between first textile layer and second textile layer which fixedly connects the two layers together, wherein the spacer element is constructed as at least one spacer thread , characterized in that the at least one spacer thread is formed to be looped with the first textile layer and with the second textile layer .
A wearable device comprising: a processor; at least one transceiver ; a sensor configured to sense the presence of a user; wherein the processor is configured to cause the at least one transceiver to transmit information indicative of a presence of a user, characterized in that the at least one transceiver is configured to transmit a signal at a first time interval, and wherein the transceiver is configured to alternatively transmit a signal at a second time interval when the user presence sensor confirms the absence of a user, wherein the second time interval is greater than the first time interval. a processor; at least one transceiver ; a sensor configured to sense the presence of a user; wherein the processor is configured to cause the at least one transceiver to transmit information indicative of a presence of a user, characterized in that the at least one transceiver is configured to transmit a signal at a first time interval, and wherein the transceiver is configured to alternatively transmit a signal at a second time interval when the user presence sensor confirms the absence of a user, wherein the second time interval is greater than the first time interval.
Electrical energy store comprising at least one electrode stack, which has a plurality of layers of electrodes arranged above one another in a stacking direction and separators arranged between the electrodes, comprising a first pressure plate and comprising a second pressure plate for exerting a pressure on at least one of the electrode stacks arranged between the pressure plates , comprising at least one actuator for moving at least one of the pressure plates , and comprising a control device for controlling the at least one actuator , wherein the at least one actuator is designed as a mechanical drive device by means of which the distance between the pressure plates can be changed, characterized in that the pressure plates are coupled to one another by at least one actuator , wherein the distance between the pressure plates can be changed by controlling the at least one actuator , which control is effected by the control device , wherein the drive device has a threaded spindle and/or a rack, wherein the threaded spindle and/or the rack is designed to change the distance between the pressure plates by actuating a lever device .
An X-ray phase contrast imaging system comprising: an X-ray source ; a detector configured to detect an X-ray irradiated from the X-ray source; a plurality of gratings disposed between the X-ray source and the detector, the plurality of gratings including a first grating for forming a self-image by being irradiated by the X-ray from the X-ray source and a second grating for forming an interference fringe with the self-image of the first grating by being irradiated by the X-ray that has passed through the first grating ; a grating positional displacement acquisition unit configured to acquire a positional displacement between the first grating and the second grating in an optical axis direction (Z) of the X-ray or in a rotational direction (Rz) about the optical axis direction of the X-ray based on the distance (dx, dy) between a zero-order peak and a first-order peak in the Fourier transform image , said image being obtained by Fourier transforming an interference fringe image detected by the detector ; and an adjustment mechanism configured to adjust the positional displacement of at least either one of the first grating and the second grating so that the distance (dx, dy) between the zero-order peak and the first-order peak becomes smaller than a predetermined threshold value. an X-ray source ; a detector configured to detect an X-ray irradiated from the X-ray source; a plurality of gratings disposed between the X-ray source and the detector, the plurality of gratings including a first grating for forming a self-image by being irradiated by the X-ray from the X-ray source and a second grating for forming an interference fringe with the self-image of the first grating by being irradiated by the X-ray that has passed through the first grating ; a grating positional displacement acquisition unit configured to acquire a positional displacement between the first grating and the second grating in an optical axis direction (Z) of the X-ray or in a rotational direction (Rz) about the optical axis direction of the X-ray based on the distance (dx, dy) between a zero-order peak and a first-order peak in the Fourier transform image , said image being obtained by Fourier transforming an interference fringe image detected by the detector ; and an adjustment mechanism configured to adjust the positional displacement of at least either one of the first grating and the second grating so that the distance (dx, dy) between the zero-order peak and the first-order peak becomes smaller than a predetermined threshold value.
A composite material, comprising: laminated composite material sheets (Pa, Pb) containing carbon fibers having electrical conductivity; partitioning members (F1-F7) provided between end parts of pairs of the composite material sheets (Pa, Pb) to mutually separate the pairs of the composite material sheets (Pa, Pb); and metal sheets (T1-T8) respectively provided at the separated end parts of the pairs of the composite material sheets (Pa, Pb), wherein the metal sheets (T1-T8) are respectively disposed between the end parts of the paired composite material sheets (Pa, Pb); wherein the metal sheets (T1-T8) are formed so as to have a first length l1 of an overlapping area that overlaps with the composite material sheets (Pa, Pb) and a second length l2 of a projecting area that projects from the end of the composite material sheets (Pa, Pb). laminated composite material sheets (Pa, Pb) containing carbon fibers having electrical conductivity; partitioning members (F1-F7) provided between end parts of pairs of the composite material sheets (Pa, Pb) to mutually separate the pairs of the composite material sheets (Pa, Pb); and metal sheets (T1-T8) respectively provided at the separated end parts of the pairs of the composite material sheets (Pa, Pb), wherein the metal sheets (T1-T8) are respectively disposed between the end parts of the paired composite material sheets (Pa, Pb); wherein the metal sheets (T1-T8) are formed so as to have a first length l1 of an overlapping area that overlaps with the composite material sheets (Pa, Pb) and a second length l2 of a projecting area that projects from the end of the composite material sheets (Pa, Pb).
An electrostatic ink composition comprising a component selected from a fatty acid ester having a plurality of hydroxyl substituents and a fatty acid amide having a plurality of hydroxyl substituents, wherein the component selected from a fatty acid ester having a plurality of hydroxyl substituents and a fatty acid amide having a plurality of hydroxyl substituents constitutes at least 7 wt% of the solids of the electrostatic ink composition.
Sliding door system with at least one door leaf , with a guide rail , wherein the door leaf is guided in the guide rail in a running direction, with a damper unit with a retraction function arranged on the door leaf , with a damping coupler fastened to the guide rail and lockingly engaging with an engagement part of the damper unit , wherein the damper unit initially brakes the door leaf during the movement into an end position and subsequently drives it into the end position , wherein the damping coupler is arranged on a pivotably mounted lever , and wherein the pivoting position of the lever is adjustable via an adjusting device , characterized in that the lever is designed as a two-sided lever with a first lever arm on which the damping coupler is arranged, and a second lever arm on which the adjusting device is arranged.
A medical diagnostic system comprising: a patient interface module operable to process analog flow sensor data generated by an intravascular device , and operable to process at least one other type of analog sensor data generated by the intravascular device , wherein the analog flow sensor data and the at least one other type of analog sensor data have different characteristic frequencies, wherein the patient interface module receives the analog flow sensor data over a communication channel and receives the at least one other type of analog sensor data over the communication channel , and wherein the patient interface module includes: a signal separator operable to separate the analog flow sensor data from the at least one other type of analog sensor data, wherein the signal separator includes a number of low-pass, high-pass, and/or band-pass filters configured to separate the analog flow sensor data from the at least one other type of analog sensor data; an analog-to-digital converter operable to sample the analog flow sensor data according to a quadrature sampling rate to produce digital flow sensor data; a signal processing resource operable to perform a baseband conversion on the digital flow sensor data to produce baseband flow sensor data; and an interface subunit operable to output the baseband flow sensor data to a processing system . a signal separator operable to separate the analog flow sensor data from the at least one other type of analog sensor data, wherein the signal separator includes a number of low-pass, high-pass, and/or band-pass filters configured to separate the analog flow sensor data from the at least one other type of analog sensor data; an analog-to-digital converter operable to sample the analog flow sensor data according to a quadrature sampling rate to produce digital flow sensor data; a signal processing resource operable to perform a baseband conversion on the digital flow sensor data to produce baseband flow sensor data; and an interface subunit operable to output the baseband flow sensor data to a processing system .