mhurhangee/ep-ind-claims huggingface dataset:
Method for controlling a network access point which is in a wireless communicating system comprising: two or more mobile stations, and one or more network access points, each network access point being arranged for operating in an active mode or in an inactive mode; characterized in that said method comprises: transmitting, by a mobile station of said mobile stations, a sensing signal indicating mobile station specific information associated with the mobile station and a further mobile station of said mobile stations; receiving, by at least one of said network access points, said sensing signal; and controlling, by said at least one of the network access points, a transition from an inactive mode to an active mode of said at least one of the network access points based on said sensing signal; wherein the mobile station specific information comprises at least one of: a service type required by the mobile station, a spatial position and a mobility of the mobile station. two or more mobile stations, and one or more network access points, each network access point being arranged for operating in an active mode or in an inactive mode; characterized in that said method comprises: transmitting, by a mobile station of said mobile stations, a sensing signal indicating mobile station specific information associated with the mobile station and a further mobile station of said mobile stations; receiving, by at least one of said network access points, said sensing signal; and controlling, by said at least one of the network access points, a transition from an inactive mode to an active mode of said at least one of the network access points based on said sensing signal; wherein the mobile station specific information comprises at least one of: a service type required by the mobile station, a spatial position and a mobility of the mobile station. transmitting, by a mobile station of said mobile stations, a sensing signal indicating mobile station specific information associated with the mobile station and a further mobile station of said mobile stations; receiving, by at least one of said network access points, said sensing signal; and controlling, by said at least one of the network access points, a transition from an inactive mode to an active mode of said at least one of the network access points based on said sensing signal; wherein the mobile station specific information comprises at least one of: a service type required by the mobile station, a spatial position and a mobility of the mobile station.
Apparatus for generating a three-dimensional object, comprising: a build material distributor movable bi-directionally in a first axis to deposit successive layers of a build material on a support; an agent distributor movable bi-directionally in a second axis different to the first axis to deliver an agent onto selected portions of successive layers of build material; characterized in that the apparatus further comprises first and second parking zones (108a, 108b) adjacent to opposite edges of the support along the first axis at which the build material distributor may be parked without hindering movement of the agent distributor along the second axis. a build material distributor movable bi-directionally in a first axis to deposit successive layers of a build material on a support; an agent distributor movable bi-directionally in a second axis different to the first axis to deliver an agent onto selected portions of successive layers of build material; characterized in that the apparatus further comprises first and second parking zones (108a, 108b) adjacent to opposite edges of the support along the first axis at which the build material distributor may be parked without hindering movement of the agent distributor along the second axis.
A flexible display screen comprising: a flexible display panel; and a deformable driver disposed on a back surface of the flexible display panel, wherein the deformable driver drives the flexible display panel to deform based on electrodeformation, and the deformable driver comprises a plurality of deformable units arranged in an array, each of the deformable units comprises four branches; and the four branches are arranged in a cross shape, wherein the four branches in the deformable unit are fixed to the back surface of the flexible display panel by a first fixing member and four second fixing members, wherein the first fixing member is located at center of the deformable unit for fixing four corresponding ends of the four branches simultaneously, the four second fixing members are respectively located at four edges of the deformable unit for respectively fixing the other ends of the four branches, characterised in that the first fixing member comprises a rectangular fixing surface and fixing posts located at the four corners of the fixing surface, the four corresponding ends of the four branches are respectively embedded under the fixing surface through a gap area between two adjacent fixing posts, that the second fixing member comprises a top surface and side walls, the other end of each of the branches is embedded in a space region enclosed by the top surface and the side walls, and that the first fixing member and the second fixing member are fixed to the back surface of the flexible display panel by gluing. a flexible display panel; and a deformable driver disposed on a back surface of the flexible display panel, wherein the deformable driver drives the flexible display panel to deform based on electrodeformation, and the deformable driver comprises a plurality of deformable units arranged in an array, each of the deformable units comprises four branches; and the four branches are arranged in a cross shape, wherein the four branches in the deformable unit are fixed to the back surface of the flexible display panel by a first fixing member and four second fixing members, wherein the first fixing member is located at center of the deformable unit for fixing four corresponding ends of the four branches simultaneously, the four second fixing members are respectively located at four edges of the deformable unit for respectively fixing the other ends of the four branches, characterised in that the first fixing member comprises a rectangular fixing surface and fixing posts located at the four corners of the fixing surface, the four corresponding ends of the four branches are respectively embedded under the fixing surface through a gap area between two adjacent fixing posts, that the second fixing member comprises a top surface and side walls, the other end of each of the branches is embedded in a space region enclosed by the top surface and the side walls, and that the first fixing member and the second fixing member are fixed to the back surface of the flexible display panel by gluing.
A harvesting method which is used in a harvesting device including a pulling-in mechanism (1,2) that pulls in one of a plurality of targets grown on a plant, and a harvesting mechanism (8,9) that harvests the pulled-in target, the method comprising,: a process (S1-S3) of pulling in one of a plurality of targets in the direction in which the pulling-in mechanism (1,2) is separated from the plant, wherein the target is pulled in in the direction of being separated from the plant while pulling up the target in the pulling-in process; a process of inserting the harvesting mechanism (8,9) under the pulled-in target; and a process (S5-S6) of cutting the target from the plant by the inserted harvesting mechanism (8,9). a process (S1-S3) of pulling in one of a plurality of targets in the direction in which the pulling-in mechanism (1,2) is separated from the plant, wherein the target is pulled in in the direction of being separated from the plant while pulling up the target in the pulling-in process; a process of inserting the harvesting mechanism (8,9) under the pulled-in target; and a process (S5-S6) of cutting the target from the plant by the inserted harvesting mechanism (8,9).
Method in which the steering angle of a motor vehicle is determined, wherein a theoretical steering angle is calculated by means of a vehicle model and a measured steering angle is determined with a steering angle sensor, and the difference between the measured and theoretical steering angles is determined, wherein at least one data record comprising a number of successive measured values is acquired, and a correction constant for the measured steering angle is determined from the mean value of the differences between the theoretical steering angle and the measured steering angle, characterized in that a confidence level, which changes incrementally between successive data records, is calculated by means of travel conditions present during the acquisition of the data record and an analysis of the data record, wherein a correlation coefficient between the theoretical steering angle and the measured steering angle is calculated in the analysis of the data record.
A building, in particular an office building, residential building or public building, having concrete ceilings, comprising a water-based cooling/heating system, which is integrated into the concrete ceilings as a circulating system for heating and cooling the internal rooms of the building, and cooling/heating pipes which are concreted into the respective concrete ceiling, wherein an air-conveying pipe system comprising a feed air conveying part and an exhaust air conveying part is provided for feeding fresh air into the internal rooms and for discharging exhaust air from the internal rooms, wherein the feed air conveying part and the exhaust air conveying part are coupled together preferably at a central point by means of a heat exchanger apparatus, so that the fresh air fed in from the exterior is preheated or precooled thereby, characterized in that at least one portion, which is associated with a respective internal room and is at least 4 m long, of the air-conveying part of the pipe system is concreted into the concrete ceiling of the respective internal room and opens into the internal room via an inflow opening in the concrete ceiling, so that the preheated or precooled fresh air can be brought to substantially the temperature of the water temperature-controlled concrete ceiling and can be fed to the associated internal room.
A detection device comprising: pixels arranged in N rows and M columns where N and M are each an integer of one or more, each of the pixels including: a detector configured to detect an electromagnetic wave; a first capacitor connected to the detector; a first switch and a second switch each connected to a terminal of the first capacitor opposite to the detector; and a second capacitor connected to a terminal of the second switch opposite to the first capacitor, wherein each of a terminal of the first switch opposite to the first capacitor and a terminal of the second capacitor opposite to the second switch is connected to a reference potential, and wherein the detection device is configured to repeatedly perform a plurality of times an integration operation of turning ON/OFF the first switch and then subsequently turning ON/OFF the second switch while maintaining the first switch in an OFF state. a detector configured to detect an electromagnetic wave; a first capacitor connected to the detector; a first switch and a second switch each connected to a terminal of the first capacitor opposite to the detector; and a second capacitor connected to a terminal of the second switch opposite to the first capacitor, wherein each of a terminal of the first switch opposite to the first capacitor and a terminal of the second capacitor opposite to the second switch is connected to a reference potential, and wherein the detection device is configured to repeatedly perform a plurality of times an integration operation of turning ON/OFF the first switch and then subsequently turning ON/OFF the second switch while maintaining the first switch in an OFF state.
Device for sports equipment for training the human muscle apparatus with a gripping device that can be moveably attached to a power transmission section of the piece of sports equipment for the transmission of muscle power to the piece of sports equipment, characterized in that the gripping device consists of two essentially spherical parts (3, 3a) for each hand to be gripped using the inner palm of the hand and fingers of the person training, that the two essentially spherical parts (3, 3a) are arranged on flexible power-transmitting strings (4, 4a), wherein the strings (4, 4a) comprise a connecting section on the side opposite to the part (3, 3a) for the two power-transmitting strings (4, 4a) in order to be attached to the power transmission section of the piece of sports equipment, in particular, in order to be attached to a pull-rope end or on a height adjustable base via weights and that the flexible power-transmitting strings (4, 4a) comprise sections (5, 5a) in the area of the essentially spherical parts (3, 3a), the shape and size of which are designed in such a way that these can be inserted between the individual fingers and the back of the hand of the person training. characterized in that the gripping device consists of two essentially spherical parts (3, 3a) for each hand to be gripped using the inner palm of the hand and fingers of the person training, that the two essentially spherical parts (3, 3a) are arranged on flexible power-transmitting strings (4, 4a), wherein the strings (4, 4a) comprise a connecting section on the side opposite to the part (3, 3a) for the two power-transmitting strings (4, 4a) in order to be attached to the power transmission section of the piece of sports equipment, in particular, in order to be attached to a pull-rope end or on a height adjustable base via weights and that the flexible power-transmitting strings (4, 4a) comprise sections (5, 5a) in the area of the essentially spherical parts (3, 3a), the shape and size of which are designed in such a way that these can be inserted between the individual fingers and the back of the hand of the person training.
Injection device for a vehicle exhaust line, comprising: - an injection chamber having an injection zone in which an exhaust gas stream flows in a direction of flow; - an injector of a liquid containing a nitrogen oxide reducing agent or a precursor of such a reducing agent, wherein the injector is oriented relative to the injection chamber for injecting a liquid jet in the injection zone in an injection direction forming an angle of between 270° and 360° to the direction of flow; - a first impactor having a first impact surface arranged facing the injector in the direction of injection in order to directly intercept at least 30% of the liquid jet, wherein the first impact surface is delimited by a free edge having at least one near section relatively less distant from the injector in the direction of flow and a remote section relatively further away or as far away from the injector in the direction of flow; - at least one second impactor having a second impact surface, having a zone located under the remote section of the free edge of the first impact surface in the direction of flow, so that the liquid driven along the first impact surface by the flow of exhaust gas to the remote section falls on the second surface of the impact; the first and second impactors (25, 27) being in the form of sections of an accordion part. - an injection chamber having an injection zone in which an exhaust gas stream flows in a direction of flow; - an injector of a liquid containing a nitrogen oxide reducing agent or a precursor of such a reducing agent, wherein the injector is oriented relative to the injection chamber for injecting a liquid jet in the injection zone in an injection direction forming an angle of between 270° and 360° to the direction of flow; - a first impactor having a first impact surface arranged facing the injector in the direction of injection in order to directly intercept at least 30% of the liquid jet, wherein the first impact surface is delimited by a free edge having at least one near section relatively less distant from the injector in the direction of flow and a remote section relatively further away or as far away from the injector in the direction of flow; - at least one second impactor having a second impact surface, having a zone located under the remote section of the free edge of the first impact surface in the direction of flow, so that the liquid driven along the first impact surface by the flow of exhaust gas to the remote section falls on the second surface of the impact;
A joining device for parts of furniture and furnishing accessories, of the shelf unit, bookcase, drawer unit, bed frame, seating type and the like, comprising a casing or container body suitable for being inserted in a seat formed in one of the components of the item of furniture to be joined and provided with an expansion bushing externally projecting with respect to a first end or front end of said casing or container body and suitable for engaging with a further seat of a further component of the item of furniture to be joined to the component wherein the casing or container body is inserted, wherein said joining device comprises a cam mechanism for a linear motion of actuation means co-operating in an expansion and retraction deformation movement of the expansion bushing and simultaneous expansion of at least one portion of said casing or container body, with said cam mechanism and actuation means housed in the casing or container body and actuated by a tool, wherein said actuation means comprise a slider, driven in translation by said cam mechanism, to which slider said expansion bushing is made integral, co-operating with a wedge-shaped protuberance of the casing or container body for its simultaneous expansion and retraction movement, said slider having a wedge-shaped rear part for the expansion of said at least one portion of said casing or container body following its linear movement, and wherein the cam mechanism comprises a central section with cam profile, apt to house in a seat of the slider and to come into contact with axially opposed shoulders (28, 29) of the slider, characterised in that the casing or container body comprises a first half-shell and a second half-shell, each having a respective through opening or hole (18, 18') formed in a perpendicular direction to the longitudinal axis of said half-shells and coaxial with a slot of the slider provided in said seat, said holes (18, 18') being suitable for housing, respectively, an upper section and a lower section of the cam mechanism and for supporting the rotation of said cam mechanism.
A fan case of an engine, to which an auxiliary device is attachable, comprising: a case main body of a fiber reinforced composite material; a boss joined to an outer periphery of the case main body; a pedestal including a plurality of accumulated layers of reinforcement fibers and a matrix combining the reinforcement fibers together, the pedestal comprising a bottom face in a shape capable of being in close contact with an outer periphery of the fan case; and an embedded body embedded in the pedestal and including a combining structure combinable with the auxiliary device, the fan case characterized by comprising: a cover covering and adhering to a part of the outer periphery of the fan case and the pedestal; and an adhesive that joins the fan case and the pedestal together, and in that the cover covers rims of an adhesion interface between the bottom of the pedestal and the outer periphery of the fan case. a case main body of a fiber reinforced composite material; a boss joined to an outer periphery of the case main body; a pedestal including a plurality of accumulated layers of reinforcement fibers and a matrix combining the reinforcement fibers together, the pedestal comprising a bottom face in a shape capable of being in close contact with an outer periphery of the fan case; and an embedded body embedded in the pedestal and including a combining structure combinable with the auxiliary device, the fan case characterized by comprising: a cover covering and adhering to a part of the outer periphery of the fan case and the pedestal; and an adhesive that joins the fan case and the pedestal together, and in that the cover covers rims of an adhesion interface between the bottom of the pedestal and the outer periphery of the fan case.
Method for automatically setting up a wireless connection between a mobile terminal and a multimedia computer of a vehicle, the mobile terminal comprising a sensor designed to measure the movement of said mobile terminal, a computer memory (23, 25), a first processor and a second processor, the first processor being provided with a module for acquiring and processing an audio signal, the method comprising the successive steps of: - detecting a movement of the mobile terminal by means of the sensor, - comparing, by means of the second processor, the detected movement with at least one characteristic movement pre-recorded in the computer memory (23, 25), then, if the detected movement corresponds to a pre-recorded characteristic movement: - activating said acquisition and processing module, - acquiring an audio signal present in the environment of the mobile terminal by means of the first processor, - comparing an acoustic component pertaining to said audio signal with a reference acoustic component pre-recorded in the computer memory (23, 25), then - if the acoustic components match, attempting to set up a connection between the mobile terminal and the multimedia computer of the vehicle. - detecting a movement of the mobile terminal by means of the sensor, - comparing, by means of the second processor, the detected movement with at least one characteristic movement pre-recorded in the computer memory (23, 25), - activating said acquisition and processing module, - acquiring an audio signal present in the environment of the mobile terminal by means of the first processor, - comparing an acoustic component pertaining to said audio signal with a reference acoustic component pre-recorded in the computer memory (23, 25), then - if the acoustic components match, attempting to set up a connection between the mobile terminal and the multimedia computer of the vehicle.