mhurhangee/patent-ind-claim-en huggingface dataset:
An arrangement for joining pipes on water comprising: - a vessel arranged to float comprising ∘ a joining space inside said vessel having an open upper part for performing pipe joining, ∘ at least two opposed openings for arranging the pipes to be joined inside said joining space , wherein the form of the openings corresponds to the form of the pipe at the bottom of each opening , and at the top, each opening is open and ∘ respective and independent from each other closing parts arrangeable in said openings upon said pipe in order to close said openings when the pipe to be joined is in said joining space , wherein said vessel is formed in one piece and said arrangement further comprises altering means for altering a carrying capacity of said vessel by adjusting the ratio of water and air in said joining space . - a vessel arranged to float comprising ∘ a joining space inside said vessel having an open upper part for performing pipe joining, ∘ at least two opposed openings for arranging the pipes to be joined inside said joining space , wherein the form of the openings corresponds to the form of the pipe at the bottom of each opening , and at the top, each opening is open and ∘ respective and independent from each other closing parts arrangeable in said openings upon said pipe in order to close said openings when the pipe to be joined is in said joining space , ∘ a joining space inside said vessel having an open upper part for performing pipe joining, ∘ at least two opposed openings for arranging the pipes to be joined inside said joining space , wherein the form of the openings corresponds to the form of the pipe at the bottom of each opening , and at the top, each opening is open and ∘ respective and independent from each other closing parts arrangeable in said openings upon said pipe in order to close said openings when the pipe to be joined is in said joining space ,
A plant illumination system for plants growing in or from a substrate , comprising: a luminaire having an adjustable spectral power distribution - SPD - and an adjustable photon flux output; a controller configured to provide electrical power and control signals to the luminaire ; wherein the control signals are configured to automatically transition the SPD gradually between a first SPD and a second SPD twice per day, while adjusting the photon flux output from a first photon flux output to a second photon flux output; wherein the transitions and adjustments to the photon flux output correspond to changes in light that entrain a biological rhythm in a plant; and wherein the luminaire is configured to direct light from the luminaire towards the substrate to support root growth of the plant ; the system furthermore comprising a further luminaire oriented to deliver further light towards a canopy of the plant , wherein the luminaire and the further luminaire are configured to be independently controlled by the controller to provide different SPDs respectively to the root of the plant (610, 710 and the canopy. a luminaire having an adjustable spectral power distribution - SPD - and an adjustable photon flux output; a controller configured to provide electrical power and control signals to the luminaire ; wherein the control signals are configured to automatically transition the SPD gradually between a first SPD and a second SPD twice per day, while adjusting the photon flux output from a first photon flux output to a second photon flux output; wherein the transitions and adjustments to the photon flux output correspond to changes in light that entrain a biological rhythm in a plant; and wherein the luminaire is configured to direct light from the luminaire towards the substrate to support root growth of the plant ; the system furthermore comprising a further luminaire oriented to deliver further light towards a canopy of the plant , wherein the luminaire and the further luminaire are configured to be independently controlled by the controller to provide different SPDs respectively to the root of the plant (610, 710 and the canopy.
A method for obtaining information about a luminaire of a plurality of luminaires, using a mobile device with a display , a camera , a localization unit and a wireless communication means , said method comprising the following steps performed by the mobile device: - capturing an image (I) of the luminaire using the camera and displaying said image of the luminaire on the display ; - obtaining localization information of the mobile device using the localization unit ; - transmitting the localization information to a remote device storing information of the plurality of luminaires ; - receiving from said remote device information related to one or more luminaires selected by the remote device based on the localization information ; - displaying on the display of the mobile device luminaire data of the luminaire in the captured image based on the received information ; characterized by further comprising: - determining, based on the received information related to one or more luminaires, and based on the captured image, which luminaire of the one or more luminaires corresponds to the luminaire in the captured image, and wherein the displaying comprises displaying luminaire data of the determined luminaire; and/or - determining a moving direction and/or an orientation of the mobile device, and determining, based on the moving direction and/or the orientation and the received information related to one or more luminaires, which luminaire of the one or more luminaires corresponds to the luminaire in the captured image, and wherein the displaying comprises displaying luminaire data of the determined luminaire. - capturing an image (I) of the luminaire using the camera and displaying said image of the luminaire on the display ; - obtaining localization information of the mobile device using the localization unit ; - transmitting the localization information to a remote device storing information of the plurality of luminaires ; - receiving from said remote device information related to one or more luminaires selected by the remote device based on the localization information ; - displaying on the display of the mobile device luminaire data of the luminaire in the captured image based on the received information ; - determining, based on the received information related to one or more luminaires, and based on the captured image, which luminaire of the one or more luminaires corresponds to the luminaire in the captured image, and wherein the displaying comprises displaying luminaire data of the determined luminaire; and/or - determining a moving direction and/or an orientation of the mobile device, and determining, based on the moving direction and/or the orientation and the received information related to one or more luminaires, which luminaire of the one or more luminaires corresponds to the luminaire in the captured image, and wherein the displaying comprises displaying luminaire data of the determined luminaire.
A method for controlling a lighting system, wherein the lighting system comprises - a plurality of light-emitting tiles comprising a first subset of illuminating tiles and a second subset of illuminating tiles arranged as a pattern in a ceiling and - a control unit for controlling the plurality of light-emitting tiles , and wherein the method comprises the steps of: - controlling the plurality of light-emitting tiles to provide a predetermined luminance contrast between the first subset of illuminating tiles and the second subset of illuminating tiles in the ceiling, the second subset of illuminating tiles having a reduced luminance as compared to the first subset of illuminating tiles and; - for the predetermined luminance contrast, controlling said pattern to provide a uniform light distribution incident on a target surface . - a plurality of light-emitting tiles comprising a first subset of illuminating tiles and a second subset of illuminating tiles arranged as a pattern in a ceiling and - a control unit for controlling the plurality of light-emitting tiles , and wherein the method comprises the steps of: - controlling the plurality of light-emitting tiles to provide a predetermined luminance contrast between the first subset of illuminating tiles and the second subset of illuminating tiles in the ceiling, the second subset of illuminating tiles having a reduced luminance as compared to the first subset of illuminating tiles and; - for the predetermined luminance contrast, controlling said pattern to provide a uniform light distribution incident on a target surface . - controlling the plurality of light-emitting tiles to provide a predetermined luminance contrast between the first subset of illuminating tiles and the second subset of illuminating tiles in the ceiling, the second subset of illuminating tiles having a reduced luminance as compared to the first subset of illuminating tiles and; - for the predetermined luminance contrast, controlling said pattern to provide a uniform light distribution incident on a target surface .
A sliding cam system for an internal combustion engine having at least one camshaft , comprising a carrier shaft with at least one primary sliding cam element , a first secondary sliding cam element and at least one second secondary sliding cam element which each comprise a shifting gate with at least one shifting groove , wherein the primary sliding cam element is displaceable axially with respect to the carrier shaft by at least one actuator pin and at least one adjusting element is arranged parallel to a longitudinal axis of the carrier shaft , wherein the adjusting element is displaceable axially in the direction of the longitudinal axis of the carrier shaft , wherein the adjusting element has at least three coupling pins , wherein a first coupling pin is arranged in the region of the primary sliding cam element and a second coupling pin is arranged in the region of the first secondary sliding cam element and a third coupling pin is arranged in the region of the second secondary sliding cam element and the coupling pins each cooperate with a shifting gate of the respectively associated sliding cam element such that a movement of the primary sliding cam element initiated by the actuator pin is transmissible to the secondary sliding cam elements by the adjusting element , characterized in that the sliding cam system is designed such that a shifting operation of the first secondary sliding cam element takes place at least partially at the same time as the shifting operation of the second secondary sliding cam element .
An authentication server of a cellular telecommunication network, said authentication server being arranged for generating an authentication token to be transmitted to a telecommunication terminal, said authentication token comprising a message authentication code and a sequence number, wherein said message authentication code is equal to: MACx = KIdx XOR f 1 AMF SQNx RAND K with Kldx being a key index information in the form of a bias of a MAC equal to: MAC = f 1 K AMF SQNx RAND with f1 being a function, K a key, RAND a random number and SQNx a sequence counter relative to a corresponding key Kx derived from the key K and Kldx, and AMF the content of an authentication management field as defined in 3GPP TS 33.102.
Paddle switch for selecting a state of a lighting system of a motor vehicle that has at least two different states, the paddle switch having at least one manually actuable switch paddle , wherein at least two actuation areas for selectively actuating the switch paddle manually are arranged on a surface of the switch paddle , characterized by at least two display sections arranged in series between the actuation areas , wherein the display sections are assigned to different states of the lighting system and each have at least one light-emitting element and the light-emitting elements are individually alternately activatable by manually actuating the switch paddle .
Cooking appliance comprising at least one heatable cooking chamber , at least one cooking chamber door for closing a loading opening of the cooking chamber , and at least one ventilation opening for ventilating the cooking chamber , it being possible for at least one closure element to be moved into at least two positions by at least one actuating device , comprising at least one first position for at least partially opening the ventilation opening and at least one second position for at least partially closing the ventilation opening , the first position being the position of the at least two positions which releases the ventilation opening the furthest, the actuating device being suitable for and configured to move the closure element into at least one basic position when the cooking appliance is switched to a non-operational state and the closure element is in a position other than the basic position , so that the closure element is arranged in the basic position at least when the cooking appliance is not in operation, and the closure element being moved into the basic position each time the device is switched off if it was previously in a different position, characterised in that the actuating device is suitable for and configured to move the closure element into at least three positions , including at least one intermediate position between the first position and the second position , in that at least one through opening is provided in the closure element , in that in the second position , the ventilation opening is completely covered by the closure element and in that in this position , the through opening is arranged in the region of the ventilation opening so that the closure element only partially closes the ventilation opening and a defined flow of air through the through opening is possible and in that in the intermediate position , the ventilation opening is completely covered by the closure element , the through opening being arranged in this position outside the ventilation opening , so that the closure element substantially completely closes the ventilation opening . the first position being the position of the at least two positions which releases the ventilation opening the furthest, the actuating device being suitable for and configured to move the closure element into at least one basic position when the cooking appliance is switched to a non-operational state and the closure element is in a position other than the basic position , so that the closure element is arranged in the basic position at least when the cooking appliance is not in operation, and the closure element being moved into the basic position each time the device is switched off if it was previously in a different position,
An energy management system for an aircraft, the system comprising: an electric machine including a stator surrounding a rotor having permanent magnets disposed therein, wherein rotation of the rotor causes an alternating current to be generated in windings of the stator that is uncontrolled; an electric propulsion system ; and a bidirectional power converter having a first side connected to the electric machine and a second side galvanically isolated from the first side and connected to the electric propulsion system, the bidirectional power converter including a collective switching network that regulates power associated with the electric machine and power transfer across the bidirectional power converter, the switching network operable to satisfy collective power flows of the electric machine and the electric propulsion system through the bidirectional power converter; characterized in that : the collective switching network includes a first individual switching network configured to operate according to a first phase, a second individual switching network configured to operate independently from the first individual switching network according to a second phase, and a third individual switching network configured to operate independently from the first and second individual switching networks according to a third phase. an electric machine including a stator surrounding a rotor having permanent magnets disposed therein, wherein rotation of the rotor causes an alternating current to be generated in windings of the stator that is uncontrolled; an electric propulsion system ; and a bidirectional power converter having a first side connected to the electric machine and a second side galvanically isolated from the first side and connected to the electric propulsion system, the bidirectional power converter including a collective switching network that regulates power associated with the electric machine and power transfer across the bidirectional power converter, the switching network operable to satisfy collective power flows of the electric machine and the electric propulsion system through the bidirectional power converter; characterized in that : the collective switching network includes a first individual switching network configured to operate according to a first phase, a second individual switching network configured to operate independently from the first individual switching network according to a second phase, and a third individual switching network configured to operate independently from the first and second individual switching networks according to a third phase.
A wireless communication method, comprising: determining , by a terminal device, a target resource pool from at least two resource pools according to a condition parameter of each resource pool in the at least two resource pools, wherein the condition parameter is used for indicating a resource usage condition of the resource pool; and communicating , by the terminal device, with a network device by using a resource of the target resource pool; characterized in that when the condition parameter comprises at least two condition parameters, the determining the target resource pool from the at least two resource pools comprises: converting the at least two condition parameters corresponding to each resource pool in the at least two resource pools to a same dimension; performing a weighted processing on the converted at least two condition parameters corresponding to each resource pool; and determining the target resource pool from the at least two resource pools according to a value obtained by the weighted processing corresponding to each resource pool. determining , by a terminal device, a target resource pool from at least two resource pools according to a condition parameter of each resource pool in the at least two resource pools, wherein the condition parameter is used for indicating a resource usage condition of the resource pool; and communicating , by the terminal device, with a network device by using a resource of the target resource pool; characterized in that when the condition parameter comprises at least two condition parameters, the determining the target resource pool from the at least two resource pools comprises: converting the at least two condition parameters corresponding to each resource pool in the at least two resource pools to a same dimension; performing a weighted processing on the converted at least two condition parameters corresponding to each resource pool; and determining the target resource pool from the at least two resource pools according to a value obtained by the weighted processing corresponding to each resource pool.
Combination of a building surface which is formed as a high, vertical wall of a room of a building, having a lamp for illuminating the building surface , wherein the lamp is elongated in the longitudinal direction (R), and generates a first light distribution (LVT1) along a first plane (E1) comprising the longitudinal direction, and a second light distribution (LVT2) along a second plane (E2), the normal vector of which is provided by the longitudinal direction (R), wherein the lamp comprises multiples LEDs as primary optics, to each of which collimating optics is assigned as secondary optics, by which light is guided along a main axis (HA) having in each case a very narrow light distribution of a tertiary optics , along the first plane (E1) and along the second plane (E2), wherein the tertiary optics has diffusing means , by means of which light distribution is diffused along the first plane (E1), and light deflecting means , by means of which predominant shares of the entire light flow are directed into a half-space (H1) bordered by the first plane (E1), while maintaining a narrow or substantially narrow light distribution along the second plane (E2), wherein the light deflecting means are prisms extending therefrom in the longitudinal direction, and wherein the light diffusing means are formed by lenticular lenses which are formed elongated along a direction transverse to the longitudinal direction (R).
A test strip assembly for detecting the possible presence of at least one analyte in a sample, comprising: a test strip for immobilizing at least one capture agent and detecting the analyte, if present, at a test site on the test strip; a sample sorbent strip having a first location for receiving the sample and a connecting portion for connecting the first location with a second location, the connecting portion defining a sample flow path to the second location; a reagent sorbent strip having a first location for receiving a reaction reagent for analyte detection reaction and a connecting portion for connecting the first location with a second location, the connecting portion defining a reagent flow path to the second location; a flow separator to prevent the sample flow path and the reagent flow path from mixing before reaching the test strip; wherein at least a portion of the test strip, the second location of the sample sorbent strip and the second location of the reagent sorbent strip intersect with each other at an intersection, wherein the second location of the sample sorbent strip and the second location of the reagent sorbent strip each form at the intersection a flow path directing the sample flow path and the reagent flow path towards the test strip in the same direction, wherein the sample sorbent strip and the reagent sorbent strip contact the test strip at the same or at separate locations. a test strip for immobilizing at least one capture agent and detecting the analyte, if present, at a test site on the test strip; a sample sorbent strip having a first location for receiving the sample and a connecting portion for connecting the first location with a second location, the connecting portion defining a sample flow path to the second location; a reagent sorbent strip having a first location for receiving a reaction reagent for analyte detection reaction and a connecting portion for connecting the first location with a second location, the connecting portion defining a reagent flow path to the second location; a flow separator to prevent the sample flow path and the reagent flow path from mixing before reaching the test strip; wherein at least a portion of the test strip, the second location of the sample sorbent strip and the second location of the reagent sorbent strip intersect with each other at an intersection, wherein the second location of the sample sorbent strip and the second location of the reagent sorbent strip each form at the intersection a flow path directing the sample flow path and the reagent flow path towards the test strip in the same direction, wherein the sample sorbent strip and the reagent sorbent strip contact the test strip at the same or at separate locations.