mhurhangee/ep-ind-claims huggingface dataset:
A position reference device for an elevator, comprising: a magnet disposed at a stopping position of an elevator car at a landing within a hoistway; a magnetic sensor mounted on the elevator car for detecting magnetic intensity of the magnet at a plurality of points arranged in the vertical direction of the magnetic sensor; and a processing device for determining a vertical center of the magnet, characterized in that the processing device includes a memory for storing a reference position indicative of the stopping position of the elevator car at the landing, wherein the reference position is measured under the condition that there is no level difference between the elevator car platform and the floor of the respective landing. a magnet disposed at a stopping position of an elevator car at a landing within a hoistway; a magnetic sensor mounted on the elevator car for detecting magnetic intensity of the magnet at a plurality of points arranged in the vertical direction of the magnetic sensor; and a processing device for determining a vertical center of the magnet, characterized in that the processing device includes a memory for storing a reference position indicative of the stopping position of the elevator car at the landing, wherein the reference position is measured under the condition that there is no level difference between the elevator car platform and the floor of the respective landing.
A decorative article having an observed colour effect that is changeable depending on observer viewing angle, the article comprising: an at least partially transparent or translucent decorative element comprising a front side facing a forward direction and a back side opposite the front side facing a rearward direction, wherein the back side comprises a back surface having a first region and a second region; a first coating arranged on the first region of the back surface, the first coating causing a first colour effect; and a second coating arranged on the second region of the back surface, the second coating causing a second colour effect that differs from the first colour effect; characterized in that the second region surrounds the first region. an at least partially transparent or translucent decorative element comprising a front side facing a forward direction and a back side opposite the front side facing a rearward direction, wherein the back side comprises a back surface having a first region and a second region; a first coating arranged on the first region of the back surface, the first coating causing a first colour effect; and a second coating arranged on the second region of the back surface, the second coating causing a second colour effect that differs from the first colour effect;
Device for producing hydrogen-rich product gas, with an autothermal reformer with a reformer part, - which has a mixing chamber with an inlet for a fuel/oxidising agent mixture and an inlet for a steam/carrier gas mixture, - which has a reaction space with a catalytically active surface, - which has an outlet for a hydrogen-rich product gas and - which has a heat exchanger with a conduit for a reformate, and with a burner part, - which has an inlet for an anode residual gas from a fuel cell and an inlet for an oxidising agent, - which has a combustion space with a catalytic surface, - which has an outlet for the converted residual gas and - which has a heat exchanger with a conduit for the converted exhaust gas and a further heat exchanger, in which the reformer part and the burner part are connected to each other constructively through at least one supply conduit for a steam/carrier gas mixture, characterised in that - the heat exchanger WT1 surrounds both the outlet of the reformer part and also the reaction space itself, - the heat exchanger WT2 surrounds both the outlet of the burner part and also the combustion space itself, - both the heat exchanger WT1 and also the heat exchanger WT2 have a conduit for a steam/carrier gas mixture and: - the reformer part and the burner part are connected to each other constructively through a conduit for the hydrogen-rich product gas. - which has a mixing chamber with an inlet for a fuel/oxidising agent mixture and an inlet for a steam/carrier gas mixture, - which has a reaction space with a catalytically active surface, - which has an outlet for a hydrogen-rich product gas and - which has a heat exchanger with a conduit for a reformate, - which has an inlet for an anode residual gas from a fuel cell and an inlet for an oxidising agent, - which has a combustion space with a catalytic surface, - which has an outlet for the converted residual gas and - which has a heat exchanger with a conduit for the converted exhaust gas and a further heat exchanger, - the heat exchanger WT1 surrounds both the outlet of the reformer part and also the reaction space itself, - the heat exchanger WT2 surrounds both the outlet of the burner part and also the combustion space itself, - both the heat exchanger WT1 and also the heat exchanger WT2 have a conduit for a steam/carrier gas mixture and: - the reformer part and the burner part are connected to each other constructively through a conduit for the hydrogen-rich product gas.
A method of providing a power headroom reporting, PHR, in a wireless communications system, the method comprising: determining whether a user equipment, UE, has allocated uplink resources for a new transmission; determining whether at least one PHR is to be triggered, wherein the PHR is triggered by a configuration or reconfiguration of the PHR functionality by upper layers, which is not used to disable the PHR functionality; characterized in that the method comprises: determining whether the allocated uplink resources accommodate a PHR medium access control, MAC, control element, CE, as a result of logical channel prioritization, and if it is determined that: the UE has allocated UL resources for the new transmission, and at least one PHR is to be triggered, and the allocated UL resources can accommodate the PHR MAC CE as a result of logical channel prioritization; then generating and transmitting the PHR MAC control element based on a power headroom value obtained from a physical layer; and starting a periodic PHR timer after transmitting the PHR MAC control element. determining whether a user equipment, UE, has allocated uplink resources for a new transmission; determining whether at least one PHR is to be triggered, wherein the PHR is triggered by a configuration or reconfiguration of the PHR functionality by upper layers, which is not used to disable the PHR functionality; characterized in that the method comprises: determining whether the allocated uplink resources accommodate a PHR medium access control, MAC, control element, CE, as a result of logical channel prioritization, and if it is determined that: the UE has allocated UL resources for the new transmission, and at least one PHR is to be triggered, and the allocated UL resources can accommodate the PHR MAC CE as a result of logical channel prioritization; then generating and transmitting the PHR MAC control element based on a power headroom value obtained from a physical layer; and starting a periodic PHR timer after transmitting the PHR MAC control element. determining whether the allocated uplink resources accommodate a PHR medium access control, MAC, control element, CE, as a result of logical channel prioritization, and if it is determined that: the UE has allocated UL resources for the new transmission, and at least one PHR is to be triggered, and the allocated UL resources can accommodate the PHR MAC CE as a result of logical channel prioritization; then the UE has allocated UL resources for the new transmission, and at least one PHR is to be triggered, and the allocated UL resources can accommodate the PHR MAC CE as a result of logical channel prioritization; then generating and transmitting the PHR MAC control element based on a power headroom value obtained from a physical layer; and starting a periodic PHR timer after transmitting the PHR MAC control element.
A modular lighting device for countersunk fitting into an opening in a ceiling or a wall, the modular lighting device comprising: - a plate for receiving a lamp fitting; - at least three mounting brackets, wherein each mounting bracket comprises a foot configured for mechanically engaging with a first surface of the wall/ceiling; - a plurality of clamps, each of said clamps being moveably attached to a mounting bracket, wherein each clamp comprises a foot configured for mechanically engaging with a second surface of the wall/ceiling; and - a locking ring for restraining said mounting brackets to the plate, wherein the modular lightning device is configured such that the modular lightning device can be fitted to different sized openings via radial adjustment of the mounting brackets, wherein the foot of the mounting bracket and the foot of the clamp define an adjustable gap for accommodating different wall/ceiling thicknesses. - a plate for receiving a lamp fitting; - at least three mounting brackets, wherein each mounting bracket comprises a foot configured for mechanically engaging with a first surface of the wall/ceiling; - a plurality of clamps, each of said clamps being moveably attached to a mounting bracket, wherein each clamp comprises a foot configured for mechanically engaging with a second surface of the wall/ceiling; and - a locking ring for restraining said mounting brackets to the plate,
Method for preparing polymer shells, comprising the steps of: (a) dissolving a polymer component in a first solvent, wherein the polymer component is a polysaccharide; (b) dissolving a core-forming substance in the solution of step (a), wherein the core-forming substance comprises at least one gas and said dissolving comprises feeding the gas into the solution obtained in step (a), or pressurizing the solution obtained in step (a) with the gas; and (c) precipitating the polymer component and forming cores by contacting the first solution with a second solvent of a polar character in which the polymer component is insoluble, thereby obtaining polymer shells formed around said cores. (a) dissolving a polymer component in a first solvent, wherein the polymer component is a polysaccharide; (b) dissolving a core-forming substance in the solution of step (a), wherein the core-forming substance comprises at least one gas and said dissolving comprises feeding the gas into the solution obtained in step (a), or pressurizing the solution obtained in step (a) with the gas; and (c) precipitating the polymer component and forming cores by contacting the first solution with a second solvent of a polar character in which the polymer component is insoluble, thereby obtaining polymer shells formed around said cores.
A system for verifying compatibility of a tyre with a vehicle, the system comprising: a transponder (102, 104, 106, 108) adapted for coupling to a tyre (110, 112, 114, 116), the transponder (102, 104, 106, 108) operable to transmit a wireless signal carrying a set of actual tyre information; and an electronic control unit comprising a receiver for receiving the wireless signal from the transponder (102, 104, 106, 108) and extracting the set of actual tyre information, wherein the electronic control unit is configured to send a message to grant permission to start an engine system upon satisfying a set of parameters based on a comparison of the set of actual tyre information against a set of reference tyre information compatible with the vehicle characterized in that the electronic control unit is configured to send the set of actual tyre information wirelessly to an external server, and to receive the message to grant permission to start the engine system from the external server. a transponder (102, 104, 106, 108) adapted for coupling to a tyre (110, 112, 114, 116), the transponder (102, 104, 106, 108) operable to transmit a wireless signal carrying a set of actual tyre information; and an electronic control unit comprising a receiver for receiving the wireless signal from the transponder (102, 104, 106, 108) and extracting the set of actual tyre information, wherein the electronic control unit is configured to send a message to grant permission to start an engine system upon satisfying a set of parameters based on a comparison of the set of actual tyre information against a set of reference tyre information compatible with the vehicle
An overflow hygiene system for insertion into an overflow hole (2.1) of a wash basin with a body, formed by a pipe (1.1) having a pipe shaft (1.1d) and a cross-section base form Q with an inlet opening (1.1a) and an outlet opening (1.1b) staggered in the direction of the pipe shaft (1.1d), wherein a collar (1.2) is provided around the inlet opening (1.1a) with an abutment surface (1.2a) being directly or indirectly placeable against the wash basin, wherein a flap is provided via which the pipe (1.1) is closeable, wherein the flap has an edge (4.5) which delimits a geometric base form K having a diameter D4r, said base form corresponding to the cross-section base form Q of the pipe (1.1), wherein the flap is arranged above a pivot bearing having a pivot shaft (5.3) inside the pipe (1.1) between the collar (1.2) and the outlet opening (1.1b), wherein the pivot shaft (5.3) is arranged with a distance a to the pipe shaft (1.1d), wherein 3a <= D4r, characterized in that the flap has a back (4.3) and a flow channel (4.6) is provided on the back (4.3) through which water, which is conductible from the top (4.1) of the flap via the back (4.3), is guidable in a funnel or a forked manner.
A method of conflict detection, the method comprising: loading a data set comprising a first sequence of indices wherein each index corresponds to an address of an element included in an array and the first sequence corresponds to an order of execution of a scalar process; determining matching indices in the data set by performing a scatter and a gather operation on the data set; determining unique indices in the data set, wherein matching indices are configured to indicate a conflict and unique indices are configured to indicate no conflict; selecting one index from the matching indices, wherein if a result of an operation in the scalar process depends on the order of execution, the selected index is earlier in the first sequence; forming a conflict-free group of indices that includes the unique indices and the selected index; and loading data corresponding to at least a portion of the conflict-free group and performing the operation on the data in parallel. loading a data set comprising a first sequence of indices wherein each index corresponds to an address of an element included in an array and the first sequence corresponds to an order of execution of a scalar process; determining matching indices in the data set by performing a scatter and a gather operation on the data set; determining unique indices in the data set, wherein matching indices are configured to indicate a conflict and unique indices are configured to indicate no conflict; selecting one index from the matching indices, wherein if a result of an operation in the scalar process depends on the order of execution, the selected index is earlier in the first sequence; forming a conflict-free group of indices that includes the unique indices and the selected index; and loading data corresponding to at least a portion of the conflict-free group and performing the operation on the data in parallel.
Computer-aided method for creating a second training dataset for training an artificial neural network designed for a state estimation of a power grid from a provided first training dataset comprising multiple training pairs, wherein each of the training pairs is formed by a measurement dataset and an associated state of the power grid, and the respective measurement dataset comprises at least complex apparent powers associated with the power grid, comprising the steps of: - determining at least one first training pair and an associated first measurement dataset and first state, the first state of which has an error greater than or equal to a defined error limit compared with a training of the artificial neural network by means of the first training dataset; - calculating a second state of the power grid by means of a load flow calculation based on at least one complex apparent power modified in comparison with the complex apparent power of the first measurement dataset; - calculating a second measurement dataset from the calculated second state by means of a measurement model of the power grid; and - creating the second training dataset from the first training dataset by adding a second training pair formed from the second measurement dataset and the associated second state. - determining at least one first training pair and an associated first measurement dataset and first state, the first state of which has an error greater than or equal to a defined error limit compared with a training of the artificial neural network by means of the first training dataset; - calculating a second state of the power grid by means of a load flow calculation based on at least one complex apparent power modified in comparison with the complex apparent power of the first measurement dataset; - calculating a second measurement dataset from the calculated second state by means of a measurement model of the power grid; and - creating the second training dataset from the first training dataset by adding a second training pair formed from the second measurement dataset and the associated second state.
A method of preparing a transesterification catalyst comprising: mixing a metal hydroxide with the metal selected from the group consisting of potassium, sodium and lithium with a metal hydroxide with the metal selected from the group consisting of calcium, magnesium and barium in a ratio of about 1: 10 by weight to form a component mixture; dissolving the component mixture in phosphoric acid; heating the component mixture to a temperature in the range from 60 - 90 degrees C; precipitating a solid compound; mixing the precipitate with ceramic substrate in a ratio of about 2: 10 by weight and washing with water to form a precipitate / ceramic substrate mixture; and calcining the precipitate/ceramic substrate mixture at a temperature in the range from 400 - 500 degrees C. mixing a metal hydroxide with the metal selected from the group consisting of potassium, sodium and lithium with a metal hydroxide with the metal selected from the group consisting of calcium, magnesium and barium in a ratio of about 1: 10 by weight to form a component mixture; dissolving the component mixture in phosphoric acid; heating the component mixture to a temperature in the range from 60 - 90 degrees C; precipitating a solid compound; mixing the precipitate with ceramic substrate in a ratio of about 2: 10 by weight and washing with water to form a precipitate / ceramic substrate mixture; and calcining the precipitate/ceramic substrate mixture at a temperature in the range from 400 - 500 degrees C.
An apparatus, comprising: - an interface circuit for receiving an encoded signal; - a carrier signal recovery circuit coupled to an output of the interface circuit and configured and arranged to - determine and output a carrier signal of the encoded signal, and generate and output a second signal that is out of phase with the carrier signal; - a decoding circuit, coupled to the output of the interface circuit and to the carrier signal recovery circuit, configured and arranged to decode the encoded signal as a function of the encoded signal and the carrier signal output by the carrier signal recovery circuit; and - a detection circuit, coupled to the output of the interface circuit and to the carrier signal recovery circuit, configured and arranged to detect an indication of an end of a communication in the encoded signal as a function of the encoded signal and the second signal, wherein on a symbol constellation having a plurality of encoded symbols, said indication is located on a symbol at a phase outside of a phase range containing data symbols. - an interface circuit for receiving an encoded signal; - a carrier signal recovery circuit coupled to an output of the interface circuit and configured and arranged to - determine and output a carrier signal of the encoded signal, and generate and output a second signal that is out of phase with the carrier signal; - determine and output a carrier signal of the encoded signal, and generate and output a second signal that is out of phase with the carrier signal; - a decoding circuit, coupled to the output of the interface circuit and to the carrier signal recovery circuit, configured and arranged to decode the encoded signal as a function of the encoded signal and the carrier signal output by the carrier signal recovery circuit; and - a detection circuit, coupled to the output of the interface circuit and to the carrier signal recovery circuit, configured and arranged to detect an indication of an end of a communication in the encoded signal as a function of the encoded signal and the second signal, wherein on a symbol constellation having a plurality of encoded symbols, said indication is located on a symbol at a phase outside of a phase range containing data symbols.
A mechanism (100; 200) for an electrical switch comprising: - a base (110; 210), - a driver (126; 226) mounted so as to tilt in the base (110; 210) between two positions to bring a movable contact element (124A; 224A) into or out of contact with a fixed contact element (132; 232), - a compressible element (150; 250) movable between two configurations, including an inactive configuration in which it is inactive with respect to the driver (126; 226), to leave the driver (126; 226) free to take one or the other of said two positions, and an active configuration in which it is received between a support surface of the base (110; 210) and the driver (126; 226) and forced against the driver (126; 226), to return the driver (126; 226) to a stable position among said two positions, - a retaining element (160; 260) to maintain the compressible element (150; 250) in said inactive configuration, said compressible element (150; 250) being, in said active configuration, free from any cooperation with the retaining element (160; 260) and movable along an axis of displacement (T1, T2) between said bearing surface and the driver (126; 226), and cooperating, in said inactive configuration, with said retaining element (160; 260) so as to block this mobility, characterised in that said retaining element (160; 260) is fixed and non-movable on the base (110; 210). - a base (110; 210), - a driver (126; 226) mounted so as to tilt in the base (110; 210) between two positions to bring a movable contact element (124A; 224A) into or out of contact with a fixed contact element (132; 232), - a compressible element (150; 250) movable between two configurations, including an inactive configuration in which it is inactive with respect to the driver (126; 226), to leave the driver (126; 226) free to take one or the other of said two positions, and an active configuration in which it is received between a support surface of the base (110; 210) and the driver (126; 226) and forced against the driver (126; 226), to return the driver (126; 226) to a stable position among said two positions, - a retaining element (160; 260) to maintain the compressible element (150; 250) in said inactive configuration, said compressible element (150; 250) being, in said active configuration, free from any cooperation with the retaining element (160; 260) and movable along an axis of displacement (T1, T2) between said bearing surface and the driver (126; 226), and cooperating, in said inactive configuration, with said retaining element (160; 260) so as to block this mobility, characterised in that said retaining element (160; 260) is fixed and non-movable on the base (110; 210).