mhurhangee/ep-ind-claims huggingface dataset:
A fire extinguishing system valve comprising a housing (2, 3) which has a fluid inlet chamber, a fluid outlet chamber and a closing body reciprocable between a blocking state and a release state, wherein the fluid inlet chamber and the fluid outlet chamber are separated from each other in the blocking state and communicate with each other in fluid-conducting relationship in the release state, wherein at least one pressure sensor is integrated in the housing (2, 3), characterized in that an alarm passage is integrated in said valve, the alarm passage being sealed off from the fluid chambers (8, 9) in the blocking state and communicating with the fluid chambers (8, 9) in the release state, wherein the pressure sensor is adapted to detect the pressure prevailing in an alarm passage. wherein at least one pressure sensor is integrated in the housing (2, 3), characterized in that an alarm passage is integrated in said valve, the alarm passage being sealed off from the fluid chambers (8, 9) in the blocking state and communicating with the fluid chambers (8, 9) in the release state, wherein the pressure sensor is adapted to detect the pressure prevailing in an alarm passage.
A front attachment for harvesting fruit heads of stalky crops with at least one picking unit with two picking rollers arranged adjacent to one another, between which a plant stalk is drawn in, with a helical inlet section for accepting crops and a roller body following thereon with crop treatment elements protruding in the radial direction distributed over its circumference which extend in the longitudinal direction of the roller body in sections, characterized in that a respective crop treatment element is formed as drivers (19a, 19b) arranged in the longitudinal direction of the roller body one behind the other, wherein a following driver (19a, 19b) relative to a preceding driver (19a, 19b) of the crop treatment element has an offset in the circumferential direction of the roller body, so that a spiral-shaped structure of the arrangement of the drivers (19a, 19b) materialises, and in that between drivers (19a, 19b) arranged adjacent in the circumferential direction a spiral-shaped gap that is continuous in the longitudinal direction of the picking roller is formed.
A system comprising: a laser projector configured to project a boundary projection line onto a part; an automated material placement head configured to lay down a course of composite material; and a laser inspection system connected to the automated material placement head, wherein the laser inspection system is configured to project a laser beam into a laser line parallel to a motion of the automated material placement head in laying the composite material, wherein the laser inspection system further comprises a camera system configured to take a set of images of the laser line overlapping an edge of the course and the boundary projection line, and the system further comprising: a computer system configured to determine a value representative of a distance between the edge of the course and the boundary projection line using the set of images. a laser projector configured to project a boundary projection line onto a part; an automated material placement head configured to lay down a course of composite material; and a laser inspection system connected to the automated material placement head, wherein the laser inspection system is configured to project a laser beam into a laser line parallel to a motion of the automated material placement head in laying the composite material, wherein the laser inspection system further comprises a camera system configured to take a set of images of the laser line overlapping an edge of the course and the boundary projection line, and the system further comprising: a computer system configured to determine a value representative of a distance between the edge of the course and the boundary projection line using the set of images.
A silicon nitride powder for sintering that has a β conversion ratio of not less than 80%, an average grain size D 50 of 0.5 to 1.2 μ m as measured by the laser diffraction·light scattering method, a ratio of grains of not larger than 0.5 μ m of 20 to 50% by mass, and a ratio of grains of not smaller than 1 μ m of 20 to 50% by mass.
A volumetric water content sensor (100; 100a, 100b) comprising: a support to enable installation of the VWC sensor (100; 100a, 100b) in a target soil; radiofrequency electrodes (124, 124a, 124b; 124c, 124d; 124-1, 124-2, 124-3); at least one VWC probe (120, 120a, 120b; 120c, 120d) positioned at a predefined longitudinal location along the support; and at least one electronics unit coupled to the RF electrodes to transmit and receive RF signals from the RF electrodes; characterized in that the at least one VWC probe comprises: a helical blade (122, 122a, 122b) secured along its inner lateral side to an outer surface of the support, and in that at least one of the radiofrequency electrodes (124, 124a, 124b; 124c, 124d; 124-1, 124-2, 124-3) is secured to the helical blade at a predefined radial distance from the support. a support to enable installation of the VWC sensor (100; 100a, 100b) in a target soil; radiofrequency electrodes (124, 124a, 124b; 124c, 124d; 124-1, 124-2, 124-3); at least one VWC probe (120, 120a, 120b; 120c, 120d) positioned at a predefined longitudinal location along the support; and at least one electronics unit coupled to the RF electrodes to transmit and receive RF signals from the RF electrodes; a helical blade (122, 122a, 122b) secured along its inner lateral side to an outer surface of the support, and in that at least one of the radiofrequency electrodes (124, 124a, 124b; 124c, 124d; 124-1, 124-2, 124-3) is secured to the helical blade at a predefined radial distance from the support.
A wireless communication method, comprising: Determining, by a base station, a period of ambiguity wherein the base station lacks certainty regarding a capability of a user equipment, UE, to support a configuration of resources reserved for a special purpose in a subframe, wherein the configuration identifies resource elements reserved for reference signals used to take measurements for channel feedback and/or wherein the configuration identifies resource elements reserved for a PDSCH muting operation; and excluding the resources reserved for the special purpose when performing rate matching when transmitting a physical downlink shared channel, PDSCH, to the UE in the subframe during the period of ambiguity. Determining, by a base station, a period of ambiguity wherein the base station lacks certainty regarding a capability of a user equipment, UE, to support a configuration of resources reserved for a special purpose in a subframe, wherein the configuration identifies resource elements reserved for reference signals used to take measurements for channel feedback and/or wherein the configuration identifies resource elements reserved for a PDSCH muting operation; and excluding the resources reserved for the special purpose when performing rate matching when transmitting a physical downlink shared channel, PDSCH, to the UE in the subframe during the period of ambiguity.
A vehicle seat device comprising: a back base that is fixed to a frame of a seat back; a movable member that is rotatably connected to the back base; and an air bag that is provided on an inside of a seat cover (X, X0, X1, X2) covering the back base and the movable member, wherein the movable member is rotated so that a backrest surface of the seat back is divided to develop a child seat, and the air bag is expanded so that the seat cover is bulged to form a support shape of the child seat. a back base that is fixed to a frame of a seat back; a movable member that is rotatably connected to the back base; and an air bag that is provided on an inside of a seat cover (X, X0, X1, X2) covering the back base and the movable member, wherein the movable member is rotated so that a backrest surface of the seat back is divided to develop a child seat, and the air bag is expanded so that the seat cover is bulged to form a support shape of the child seat.
Construction element for a container and where the construction element comprises a first wall, and a second wall, arranged at a distance from one another, forming a space where at least one sheet component is arranged, and where the sheet component is arranged to the first wall and to the second wall, and where concrete is arranged in the space between the first wall, the second wall, and the sheet component, and where the sheet component comprises at least one opening to allow for concrete to be distributed in the construction element, wherein a first sidewall and a second sidewall are arranged to the first wall and the second wall to mutually form a die for casting of concrete and holding the concrete after pouring the concrete, and where the sheet component is arranged transversally to the first and second walls (10, 20) characterised in that the sheet component comprises at least one hole arranged with a rebar.
Position measuring device with - a measuring scale, - a scanning unit for scanning the measuring scale for position-determination, - a rotary bearing, by which the measuring scale or the scanning unit is rotatably mounted, so that the measuring scale and the scanning unit are rotatable in relation to each other when the position measuring device is in operation, and the scanning unit generates output signals, on the basis of which an angle of rotation associated with the relative movement of the measuring scale and the scanning unit can be determined, and - monitoring means for monitoring the rotary bearing for the occurrence of bearing faults, characterized in that the monitoring means are designed and intended for respectively detecting and evaluating at least one measured variable (A, P) for a plurality of different relative positions of the measuring scale with respect to detector means (30, 35) of the scanning unit, in order to determine on the basis of the measured variable (A, P) detected for a number of relative positions deviations from a desired behaviour of the measured variables, in that, for the evaluation, the measured variable (A, P) under consideration is checked for periodicity within a revolution of the measuring scale and in this way deviations of the measured variable (A, P) resulting from a tumbling motion as a consequence of a bearing fault can be distinguished by the monitoring means from deviations resulting from contamination effects. - a measuring scale, - a scanning unit for scanning the measuring scale for position-determination, - a rotary bearing, by which the measuring scale or the scanning unit is rotatably mounted, so that the measuring scale and the scanning unit are rotatable in relation to each other when the position measuring device is in operation, and the scanning unit generates output signals, on the basis of which an angle of rotation associated with the relative movement of the measuring scale and the scanning unit can be determined, and - monitoring means for monitoring the rotary bearing for the occurrence of bearing faults,
Subsea damper unit, comprising a cylinder body equipped with an internal damper chamber filled with damper oil, said damper chamber contains a through-running piston rod with a piston that divides the damper chamber into two chamber parts (9a,9b), and where the piston is equipped with one or more valves that permit fluid communication between said chamber parts (9a,9b), a compressible and fluid-filled chamber with a fluid that takes up the same pressure as surrounding water pressure is mounted to each end of the cylinder body, where respective fluid chambers are in fluid communication with each other, and the cylinder body comprises a pressurization valve or membrane that transmits the pressure from said fluid in at least one of the compressible fluid chambers to the damper oil in the damper chamber, characterised in that one end of the cylinder body is fastened to a housing equipped with fastening devices, and that the piston rod at the other end is equipped with fastening devices, and that the housing surrounds one of said fluid chambers and is equipped with openings that allow ingress of the surrounding seawater. a compressible and fluid-filled chamber with a fluid that takes up the same pressure as surrounding water pressure is mounted to each end of the cylinder body, where respective fluid chambers are in fluid communication with each other, and the cylinder body comprises a pressurization valve or membrane that transmits the pressure from said fluid in at least one of the compressible fluid chambers to the damper oil in the damper chamber, characterised in that one end of the cylinder body is fastened to a housing equipped with fastening devices, and that the piston rod at the other end is equipped with fastening devices, and that the housing surrounds one of said fluid chambers and is equipped with openings that allow ingress of the surrounding seawater.
A detector of thermal neutrons, fast neutrons and gamma photons, comprising: - a container comprising at least one lid; - a photon reflective and diffusive coating inside the container; - an aqueous solution contained in the container; and - a light sensing device optically coupled to the aqueous solution, characterized in that the aqueous solution comprises between 5 % and 10 % by mass of sodium chloride (NaCl), and in that the detector further comprises, inside the container, a plurality of optical fibers coupled to the light sensing device. - a container comprising at least one lid; - a photon reflective and diffusive coating inside the container; - an aqueous solution contained in the container; and - a light sensing device optically coupled to the aqueous solution, characterized in that the aqueous solution comprises between 5 % and 10 % by mass of sodium chloride (NaCl), and in that the detector further comprises, inside the container, a plurality of optical fibers coupled to the light sensing device.
A monitoring device, comprising: a determining unit that is configured to determine whether or not a program to be executed is a program to be monitored; and an instruction adding unit that is configured to, if the program to be executed is determined by the determining unit as the program to be monitored, dynamically generate a first instruction string which always satisfies a condition of executing a condition branch instruction, each time a DLL implemented with an API to be hooked is loaded into a memory, the API being called by the program to be monitored, and the condition branch instruction that is an instruction starting a process for monitoring behavior of the program to be monitored, and add the first instruction string and the condition branch instruction in order, followed immediately by an instruction string included in the API to be hooked. a determining unit that is configured to determine whether or not a program to be executed is a program to be monitored; and an instruction adding unit that is configured to, if the program to be executed is determined by the determining unit as the program to be monitored, dynamically generate a first instruction string which always satisfies a condition of executing a condition branch instruction, each time a DLL implemented with an API to be hooked is loaded into a memory, the API being called by the program to be monitored, and the condition branch instruction that is an instruction starting a process for monitoring behavior of the program to be monitored, and dynamically generate a first instruction string which always satisfies a condition of executing a condition branch instruction, each time a DLL implemented with an API to be hooked is loaded into a memory, the API being called by the program to be monitored, and the condition branch instruction that is an instruction starting a process for monitoring behavior of the program to be monitored, and add the first instruction string and the condition branch instruction in order, followed immediately by an instruction string included in the API to be hooked.
A media receiver connectable to a media server in parallel via an internet protocol, IP, network and a cable television network, the media receiver comprising: a message transmitter arranged to send a media setup message to a middleware server, the media setup message comprising a content identifier, IP routing data for routing media to the media receiver using the IP network and cable television routing data for routing media to the media receiver using the cable television network; a message receiver arranged to receive a setup confirmation message from the middleware server, the setup confirmation message comprising a transport indicator indicating which one of the IP network and the cable television network is to be used for media streaming from the media server to the media receiver; and a streaming media receiver arranged to receive a media stream from the media server using either the IP network or the cable television network, as indicated by the transport indicator. a message transmitter arranged to send a media setup message to a middleware server, the media setup message comprising a content identifier, IP routing data for routing media to the media receiver using the IP network and cable television routing data for routing media to the media receiver using the cable television network; a message receiver arranged to receive a setup confirmation message from the middleware server, the setup confirmation message comprising a transport indicator indicating which one of the IP network and the cable television network is to be used for media streaming from the media server to the media receiver; and a streaming media receiver arranged to receive a media stream from the media server using either the IP network or the cable television network, as indicated by the transport indicator.
A method for separating an audio signal into a harmonic signal component and a transient signal component comprising the steps of: - transferring the audio signal into a frequency space in order to obtain a transferred audio signal in dependence on frequency and time, - applying a non-linear smoothing filter to the transferred audio signal over frequency in order to obtain a filtered transient signal T(n,k) in which the harmonic signal component is suppressed relative to the transient signal component, - applying the non-linear smoothing filter to the transferred audio signal over time in order to obtain a filtered harmonic signal S(n,k) in which the transient signal component is suppressed relative to the harmonic signal component, - determining the harmonic signal component and the transient signal component based on the filtered harmonic signal and the filtered transient signal, characterized in that - applying a non-linear smoothing filter over frequency comprises applying the transferred audio signal as input signal to the non-linear smoothing filter in which the input signal for one frequency component is compared to an output signal of the non-linear smoothing filter of a neighbouring frequency component to which the non-linear smoothing filter has already been applied to get a new output signal of the non-linear smoothing filter for said one frequency component. - transferring the audio signal into a frequency space in order to obtain a transferred audio signal in dependence on frequency and time, - applying a non-linear smoothing filter to the transferred audio signal over frequency in order to obtain a filtered transient signal T(n,k) in which the harmonic signal component is suppressed relative to the transient signal component, - applying the non-linear smoothing filter to the transferred audio signal over time in order to obtain a filtered harmonic signal S(n,k) in which the transient signal component is suppressed relative to the harmonic signal component, - determining the harmonic signal component and the transient signal component based on the filtered harmonic signal and the filtered transient signal, characterized in that - applying a non-linear smoothing filter over frequency comprises applying the transferred audio signal as input signal to the non-linear smoothing filter in which the input signal for one frequency component is compared to an output signal of the non-linear smoothing filter of a neighbouring frequency component to which the non-linear smoothing filter has already been applied to get a new output signal of the non-linear smoothing filter for said one frequency component.
An insulating component for separating a first object at a first potential and a second object at a second potential differing by a non-zero non-oscillating voltage from the first potential, the insulating component comprising an insulator with an abutment surface adapted to rest against said first object, characterized by a plurality of field-control electrodes to be maintained approximately at the first potential, which are embedded in the solid insulator in the vicinity of the abutment surface, wherein the insulator is tube-shaped, with a cylindrical shape, and the abutment surface comprises at least an axial surface, and wherein the field-control electrodes extend axially into the insulator from the axial portion of the abutment surface, and wherein the field-control electrodes are distributed along a lateral circumference of the insulator. the insulating component comprising an insulator with an abutment surface adapted to rest against said first object, characterized by a plurality of field-control electrodes to be maintained approximately at the first potential, which are embedded in the solid insulator in the vicinity of the abutment surface, wherein the insulator is tube-shaped, with a cylindrical shape, and the abutment surface comprises at least an axial surface, and wherein the field-control electrodes extend axially into the insulator from the axial portion of the abutment surface, and wherein the field-control electrodes are distributed along a lateral circumference of the insulator.
A method for testing a data transmission performance between a first network node and a second network node in a network, the method comprises: establishing a test data connection between the first network node and the second network node as a permanent test connection; and establishing at least one additional test data connection as a temporary test connection (5, 5') between the first network node and the second network node according to a pre-defined test pattern for a defined time duration (T t) in parallel to the permanent test connection, and accumulating the throughput of all test data connections (4, 5, 5'); wherein a data throughput of the accumulated test connection of all parallel test connections is higher than the throughput of the permanent test data connection. establishing a test data connection between the first network node and the second network node as a permanent test connection; and establishing at least one additional test data connection as a temporary test connection (5, 5') between the first network node and the second network node according to a pre-defined test pattern for a defined time duration (T t) in parallel to the permanent test connection, and accumulating the throughput of all test data connections (4, 5, 5'); wherein a data throughput of the accumulated test connection of all parallel test connections is higher than the throughput of the permanent test data connection.