mhurhangee/patent-ind-claim-en huggingface dataset:
An articulated, self-propelled robotic tool , comprising - a first platform comprising a first wheel assembly , - a second platform comprising a second wheel assembly , - a link arrangement connecting the first platform to the second platform at a turning axis having a significant vertical component, such that one of said first and second platform can be pivoted in relation to the other at said turning axis to an angular position, and - a goniometer arrangement configured to sense said angular position, characterized by: said link arrangement comprising a first part rigidly attached to the first platform , and a second part rigidly attached to the second platform and configured to pivot about the first part, and said goniometer arrangement comprising a magnet attached to the first part at said turning axis, and a Hall sensor arrangement attached to the second part at said turning axis. - a first platform comprising a first wheel assembly , - a second platform comprising a second wheel assembly , - a link arrangement connecting the first platform to the second platform at a turning axis having a significant vertical component, such that one of said first and second platform can be pivoted in relation to the other at said turning axis to an angular position, and - a goniometer arrangement configured to sense said angular position, characterized by: said link arrangement comprising a first part rigidly attached to the first platform , and a second part rigidly attached to the second platform and configured to pivot about the first part, and said goniometer arrangement comprising a magnet attached to the first part at said turning axis, and a Hall sensor arrangement attached to the second part at said turning axis. said link arrangement comprising a first part rigidly attached to the first platform , and a second part rigidly attached to the second platform and configured to pivot about the first part, and said goniometer arrangement comprising a magnet attached to the first part at said turning axis, and a Hall sensor arrangement attached to the second part at said turning axis.
An apparatus for wireless communications, comprising: a processing system configured to generate a frame including a service field, the service field including a plurality of bits indicating channel bonding information indicating whether each of a plurality of channels are available for multi-user, MU, communication by one or more wireless nodes of a first type, the one or more wireless nodes of the first type having a first MU communication capability, wherein the frame is decodable by the one or more wireless nodes of the first type and one or more wireless nodes of a second type, the one or more wireless nodes of the second type not having the first MU communication capability; and the channel bonding information is interpretable by the one or more wireless nodes of the first type but not interpretable by the one or more wireless nodes of the second type; and a first interface configured to output the frame for transmission. a processing system configured to generate a frame including a service field, the service field including a plurality of bits indicating channel bonding information indicating whether each of a plurality of channels are available for multi-user, MU, communication by one or more wireless nodes of a first type, the one or more wireless nodes of the first type having a first MU communication capability, wherein the frame is decodable by the one or more wireless nodes of the first type and one or more wireless nodes of a second type, the one or more wireless nodes of the second type not having the first MU communication capability; and the channel bonding information is interpretable by the one or more wireless nodes of the first type but not interpretable by the one or more wireless nodes of the second type; and the frame is decodable by the one or more wireless nodes of the first type and one or more wireless nodes of a second type, the one or more wireless nodes of the second type not having the first MU communication capability; and the channel bonding information is interpretable by the one or more wireless nodes of the first type but not interpretable by the one or more wireless nodes of the second type; and a first interface configured to output the frame for transmission.
Device for fixing a WC basin to the wall, comprising a wedge-shaped adaptor which is configured as a closed hollow body with two large-area contact faces (1.1) and the wedge faces (1.2) connecting the large-area contact faces (1.1) together such that the two large-area contact faces (1.1) lie opposite each other at an angle prescribed by the wedge faces (1.2), one of these large-area contact faces serving as contact- and mounting face of the adaptor on the wall, and the other large-area contact face serving as contact- and mounting face for the WC basin, and the two large-area contact faces (1.1) having recesses orientated towards each other for conducting the fresh- and discharge water pipe.
A lock device for kitchen vessels of the type adapted to lock a first vessel inside a second vessel , characterised in that said device comprises: - a lid having a center axis (A), and at least one inner rim with a diameter substantially corresponding to an inside diameter of the first vessel and an outer rim with a diameter substantially corresponding to an outside diameter of the second vessel ; - a non-return valve on said lid , for air exhaust from the interior of said vessels ; wherein said device comprises a sealing ring made of an elastically deformable material and located at least on the outer rim of the lid for said lid to be fitted into the second vessel and impart airtightness between said sealing ring and an inner wall of said second vessel . - a lid having a center axis (A), and at least one inner rim with a diameter substantially corresponding to an inside diameter of the first vessel and an outer rim with a diameter substantially corresponding to an outside diameter of the second vessel ; - a non-return valve on said lid , for air exhaust from the interior of said vessels ;
Antenna unit comprising - an antenna part comprising a plurality of individual antennas , - a feed part for feeding at least one cable comprising a plurality of cable portions (3.50, 3.60) to the antenna part in a protected manner, characterised in that - the antenna part is detachably fastened to the feed part by means of a flange block , but in a pressure-tight, i.e. gas-tight, manner, also under a vacuum, relative to the surroundings around the parts of the antenna unit , - the cable portion (3.60) of the feed part is fastened to the cable portion (3.50) of the antenna part so as to be easily detachable by means of a cable coupler . - an antenna part comprising a plurality of individual antennas , - a feed part for feeding at least one cable comprising a plurality of cable portions (3.50, 3.60) to the antenna part in a protected manner, - the antenna part is detachably fastened to the feed part by means of a flange block , but in a pressure-tight, i.e. gas-tight, manner, also under a vacuum, relative to the surroundings around the parts of the antenna unit , - the cable portion (3.60) of the feed part is fastened to the cable portion (3.50) of the antenna part so as to be easily detachable by means of a cable coupler .
A method for accessing recorded video programming through a home network, the method comprising: receiving, at an interactive media guidance application, a request to access viewing preferences for a first device and a second device in the home network; receiving, at the interactive media guidance application, a first user selection specifying viewing preferences for the first device that can access the video programming through the home network, wherein the viewing preferences for the first device comprise a first display format in which to display the video programming on the first device; receiving, at the interactive media guidance application, a second user selection specifying viewing preferences for a second device that can access the video programming through the home network, wherein the viewing preferences for the second device comprise a second display format in which to display the video programming on the second device; receiving a first request from the first device to play the video programming; delivering a first version of the video programming to the first device based on the viewing preferences for the first device; receiving a second request from the second device to play the video programming; and delivering a second version of the video programming to the second device based on the viewing preferences for the second device, wherein the viewing preferences for the first and second devices are different. receiving, at an interactive media guidance application, a request to access viewing preferences for a first device and a second device in the home network; receiving, at the interactive media guidance application, a first user selection specifying viewing preferences for the first device that can access the video programming through the home network, wherein the viewing preferences for the first device comprise a first display format in which to display the video programming on the first device; receiving, at the interactive media guidance application, a second user selection specifying viewing preferences for a second device that can access the video programming through the home network, wherein the viewing preferences for the second device comprise a second display format in which to display the video programming on the second device; receiving a first request from the first device to play the video programming; delivering a first version of the video programming to the first device based on the viewing preferences for the first device; receiving a second request from the second device to play the video programming; and delivering a second version of the video programming to the second device based on the viewing preferences for the second device, wherein the viewing preferences for the first and second devices are different.
A method of calibrating a chamberless optical detector comprising: affixing a calibration material to a sensing surface of the optical detector ; and emitting light from at least one light source of the optical detector to the calibration material ; receiving scattered light from the calibration material at at least one sensing device ; determining an obscuration based on the reflected scattered light; and comparing the obscuration with a predetermined threshold; and calibrating one or more parameters of the optical detector using the calibration material ; characterized in that the calibration material is a sticker-like film and is removably adhered to the sensing surface . affixing a calibration material to a sensing surface of the optical detector ; and emitting light from at least one light source of the optical detector to the calibration material ; receiving scattered light from the calibration material at at least one sensing device ; determining an obscuration based on the reflected scattered light; and comparing the obscuration with a predetermined threshold; and calibrating one or more parameters of the optical detector using the calibration material ; characterized in that the calibration material is a sticker-like film and is removably adhered to the sensing surface .
Material-removing tool for arrangement on a cylindrical drive shaft , wherein the material-removing tool has a receiving through-opening for receiving the drive shaft , wherein a central axis runs through the receiving opening and corresponds to an axis of rotation of the material-removing tool in the mounted state of the material-removing tool on the drive shaft , wherein the receiving opening is delimited by a circumferential wall , wherein the circumferential wall has at least three bearing projections for bearing against the drive shaft in certain portions, wherein at least one of the at least three bearing projections is at different distances (d 1 , d 2 , d 3 , d 4 , d 5 , d 6 , d 7 ) from the two bearing projections that adjoin it in the circumferential direction , wherein the centre of gravity (S) of the material-removing tool lies on the central axis , characterized in that all the distances (d 1 , d 2 , d 3 , d 4 , d 5 , d 6 , d 7 ) between adjacent bearing projections are different.
A perovskite radiovoltaic-photovoltaic battery, wherein the perovskite radiovoltaic-photovoltaic battery has a first electrode, a first charge transport layer, a perovskite layer, a second charge transport layer, and a second electrode in sequence, wherein the first electrode is a transparent electrode, the first charge transport layer is an electron transport layer and the second charge transport layer is a hole transport layer, or the first charge transport layer is a hole transport layer and the second charge transport layer is an electron transport layer, characterised in that the second electrode is a radiating electrode formed by compounding an electrical conductor material with a radioactive source. the perovskite radiovoltaic-photovoltaic battery has a first electrode, a first charge transport layer, a perovskite layer, a second charge transport layer, and a second electrode in sequence, wherein the first electrode is a transparent electrode, the first charge transport layer is an electron transport layer and the second charge transport layer is a hole transport layer, or the first charge transport layer is a hole transport layer and the second charge transport layer is an electron transport layer, characterised in that the second electrode is a radiating electrode formed by compounding an electrical conductor material with a radioactive source.
Headrest for a motor vehicle seat, said headrest comprising: - two parallel metal legs for mounting on a seatback of said seat, - a transverse strut connecting the upper portions of said legs, - a housing made of moulded plastic material for the adsorption of energy in case of impact of the head of a passenger on said headrest, said housing being rotatably mounted about a transverse axis , in such a way as to be able to switch from a raised position of use to a retracted lowered position, - an upholstered cushion of said housing, - a device for locking said housing in the raised position, - a first spring means for actuating said housing to the lowered position thereof when said device is deactivated, said headrest being characterised in that said device comprises: - two locking catches each formed in the upper portion of each one of said legs, - a locking crosspiece mounted with transversal sliding in said housing, in such a way as to be able to switch from a locking position to an unlocked position, said crosspiece being provided with two locking projections fitting respectively into each one of said catches when said crosspiece is in the locking position, - a means for actuating said crosspiece to the unlocked position thereof, - a second spring means for actuating said crosspiece to the locking position thereof when said housing is in the raised position and when said actuation means is not activated. - two parallel metal legs for mounting on a seatback of said seat, - a transverse strut connecting the upper portions of said legs, - a housing made of moulded plastic material for the adsorption of energy in case of impact of the head of a passenger on said headrest, said housing being rotatably mounted about a transverse axis , in such a way as to be able to switch from a raised position of use to a retracted lowered position, - an upholstered cushion of said housing, - a device for locking said housing in the raised position, - a first spring means for actuating said housing to the lowered position thereof when said device is deactivated, - two locking catches each formed in the upper portion of each one of said legs, - a locking crosspiece mounted with transversal sliding in said housing, in such a way as to be able to switch from a locking position to an unlocked position, said crosspiece being provided with two locking projections fitting respectively into each one of said catches when said crosspiece is in the locking position, - a means for actuating said crosspiece to the unlocked position thereof, - a second spring means for actuating said crosspiece to the locking position thereof when said housing is in the raised position and when said actuation means is not activated.
A computer-implemented method for detecting a flying object in an area of at least one operating wind turbine, based on at least two complex-valued echo maps of a passive radar system with at least one input channel per echo map , the method comprising: combining the at least two complex-valued echo maps with a complex-valued coefficient set (C 1 ) to generate a modified echo map associated with the coefficient set (C 1 ), wherein signals for generating the at least two complex-valued echo maps originate from antennas of the channels of the complex-valued echo maps , which are arranged at a distance from each other such that they view the same observation space and receive the signal echoes occurring in the observation space with different signal propagation time, wherein the coefficient set (C 1 ) is adapted to a geometric arrangement of the wind turbine and the radar system , wherein combining the at least two complex-valued echo maps comprises element-wise multiplying at least one echo map with the complex-valued coefficient set (C1), and wherein the modified echo map is embodied as a beam echo map, creating a spurious echo map for the modified echo map , wherein creating the spurious echo maps comprises using a low-pass filter; combining the modified echo map and its corresponding spurious echo map to obtain a compensated echo map in which quasi-stationary signal components of the modified echo map are reduced; and identifying possible flying objects in the compensated echo map . combining the at least two complex-valued echo maps with a complex-valued coefficient set (C 1 ) to generate a modified echo map associated with the coefficient set (C 1 ), wherein signals for generating the at least two complex-valued echo maps originate from antennas of the channels of the complex-valued echo maps , which are arranged at a distance from each other such that they view the same observation space and receive the signal echoes occurring in the observation space with different signal propagation time, wherein the coefficient set (C 1 ) is adapted to a geometric arrangement of the wind turbine and the radar system , wherein combining the at least two complex-valued echo maps comprises element-wise multiplying at least one echo map with the complex-valued coefficient set (C1), and wherein the modified echo map is embodied as a beam echo map, creating a spurious echo map for the modified echo map , wherein creating the spurious echo maps comprises using a low-pass filter; combining the modified echo map and its corresponding spurious echo map to obtain a compensated echo map in which quasi-stationary signal components of the modified echo map are reduced; and identifying possible flying objects in the compensated echo map .
Cleaning device (100, 100A-D, 100K, 100', 100") for selectively applying a medium sequence (MS, MS1-5) consisting of at least one first, in particular gaseous, medium (M1) and a second, in particular liquid, medium (M2) to a surface (O), comprising: - a nozzle which is designed for applying the second medium (M2) to the surface (O), characterized in that the cleaning device further comprises: - a cleaning valve (120, 120', 120", 120K) having a holding port , a pressure port , a plunger and a pressure outlet , - a high-pressure storage reservoir (140, 140", 140K) which is designed to store the first medium (M1) which is applied in particular at a storage pressure (PS, PSK), - a switching valve for selectively establishing a connection between a first medium supply line and a holding line connected to the holding port , - the pressure outlet being designed to apply the first medium (M1) to the surface (O) in a pulse-like manner, and a valve storage arrangement which is designed as a valve storage module and includes at least the cleaning valve (120, 120', 120", 120K) and the high-pressure storage reservoir (140, 140", 140K), - the valve storage module being constructed in two parts from a module inner part and a module outer part , and/or - the pressure outlet comprising an interchangeable port for interchangeably connecting a module nozzle tip , - in particular for directly connecting it, preferably by receiving it in an insert portion of the module outer part or for indirectly connecting it, preferably via a pressure line of a module nozzle tip . - a nozzle which is designed for applying the second medium (M2) to the surface (O), - a cleaning valve (120, 120', 120", 120K) having a holding port , a pressure port , a plunger and a pressure outlet , - a high-pressure storage reservoir (140, 140", 140K) which is designed to store the first medium (M1) which is applied in particular at a storage pressure (PS, PSK), - a switching valve for selectively establishing a connection between a first medium supply line and a holding line connected to the holding port , - the pressure outlet being designed to apply the first medium (M1) to the surface (O) in a pulse-like manner, and a valve storage arrangement which is designed as a valve storage module and includes at least the cleaning valve (120, 120', 120", 120K) and the high-pressure storage reservoir (140, 140", 140K), - the valve storage module being constructed in two parts from a module inner part and a module outer part , and/or - the pressure outlet comprising an interchangeable port for interchangeably connecting a module nozzle tip , - in particular for directly connecting it, preferably by receiving it in an insert portion of the module outer part or for indirectly connecting it, preferably via a pressure line of a module nozzle tip .