mhurhangee/patent-ind-claim-en huggingface dataset:
An oscillating power hand tool , comprising a clamp arrangement for securing an accessory to the power hand tool , wherein the clamp arrangement comprises a clamp assembly , the clamp assembly including a first clamp member and a second clamp member , wherein the first clamp member is arranged to be moved relative to the second clamp member , the second clamp member has a first portion that opposes the first clamp member and is arranged to cooperate with the first clamp member to clamp the accessory between the first and second clamp members ; characterized in that : the second clamp member includes a second clamp member body having a plurality of accessory mounting features extending therefrom, and wherein the clamp assembly further comprises a cam body and a stem , and the first clamp member is configured to rotatably engage the cam body causing the first clamp member to translate relative to the stem along an axis of the stem upon rotation of the first clamp member , such that a rotation of the first clamp member in a first direction causes the first clamp member to translate relative to the stem to move toward the second clamp member into a closed or clamped position, and a rotation of the first clamp member in a second, opposite, direction causes the first clamp member to translate relative to the stem to move away from the second clamp member into an open or unclamped position, and wherein the first clamp member is arranged to be moved between the closed or clamped position wherein the clamp assembly retains an accessory and the open or unclamped position wherein the first clamp member is arranged to permit removal of the accessory from the clamp assembly while the first clamp member remains coupled to the clamp assembly .
A method run on a central processor, for allocating a plurality of channels to a plurality of radio nodes, RNs, (115 -115(N)) in a radio access network,RAN, , comprising: i. selecting an initial RN from among the plurality of RNs (115 -115(N)); ii. assigning a first channel of the plurality of channels to the initial RN, the first channel being selected such that external interference experienced by the initial RN from sources other than the RAN on the first channel is minimized; iii. selecting another RN from among the plurality of RNs (115 -115(N)); iv. assigning a second channel of the plurality of channels to said another RN, the second channel being selected such that a metric reflective of an information carrying capacity of the RNs that have already been assigned one of the plurality of channels is maximized; v. allocating the assigned channels to the respective RNs to which they have been assigned; and vi. repeating steps (iii)-(v) for any remaining ones of the plurality of RNs (115 -115(N)) in the RAN . i. selecting an initial RN from among the plurality of RNs (115 -115(N)); ii. assigning a first channel of the plurality of channels to the initial RN, the first channel being selected such that external interference experienced by the initial RN from sources other than the RAN on the first channel is minimized; iii. selecting another RN from among the plurality of RNs (115 -115(N)); iv. assigning a second channel of the plurality of channels to said another RN, the second channel being selected such that a metric reflective of an information carrying capacity of the RNs that have already been assigned one of the plurality of channels is maximized; v. allocating the assigned channels to the respective RNs to which they have been assigned; and vi. repeating steps (iii)-(v) for any remaining ones of the plurality of RNs (115 -115(N)) in the RAN .
A coating composition comprising a polymer binder, and from 1% to 40% by dry weight based on total dry weight of the coating composition, titanium dioxide particles, wherein the polymer binder comprises, as polymerized units, by dry weight based on total dry weight of the polymer binder, from 50% to 99%, ethylenically unsaturated nonionic monomers, and from 1% to 5%, a vinyl functionalized benzotriazole having the following Structure (I): wherein n is an integer of from 6 to 40; wherein R 1 is a vinyl-containing group selected from methyl acrylate, methacrylamide, acrylate, acrylamide, vinyl ether, and allyl ether; wherein R 2 is selected from C 1-4 alkylene and C 1-5 alkylenylcarboxy; wherein X 1 , X 2 , X 3 or X 4 is each independently selected from H, C 1-10 alkyl, OH and OCH 3 ; and wherein Y 1 , Y 2 , Y 3 or Y 4 is each independently selected from H, OH and OCH 3 . wherein n is an integer of from 6 to 40; wherein R 1 is a vinyl-containing group selected from methyl acrylate, methacrylamide, acrylate, acrylamide, vinyl ether, and allyl ether; wherein R 2 is selected from C 1-4 alkylene and C 1-5 alkylenylcarboxy; wherein X 1 , X 2 , X 3 or X 4 is each independently selected from H, C 1-10 alkyl, OH and OCH 3 ; and wherein Y 1 , Y 2 , Y 3 or Y 4 is each independently selected from H, OH and OCH 3 .
An environmental control system of an aircraft comprising: a ram air circuit including at least one ram air heat exchanger ; a compressing device including a turbine configured to receive a flow of a first medium (A1) and a flow of a second medium (A2) separate from the first medium, wherein the first medium (A1) is bleed air and the second medium (A2) is cabin recirculation air, and a compressor configured to receive the flow of the second medium (A2), the turbine being arranged downstream from the compressor along a flow path of the second medium (A2), wherein the second medium flows from the at least one ram air heat exchanger directly to the turbine ; a first valve (V1) configured to control a supply of the first medium (A1); a dehumidification system in fluid communication with the turbine , the dehumidification system being arranged upstream from the turbine along a flow path of the first medium (A1); and wherein the dehumidification system comprises a condenser and a water extractor ; a bypass valve (V2) selectively operable to divert the flow of the first medium (A1) around the turbine , and a third valve (V3) operable to control a supply of the second medium (A2). a ram air circuit including at least one ram air heat exchanger ; a compressing device including a turbine configured to receive a flow of a first medium (A1) and a flow of a second medium (A2) separate from the first medium, wherein the first medium (A1) is bleed air and the second medium (A2) is cabin recirculation air, and a compressor configured to receive the flow of the second medium (A2), the turbine being arranged downstream from the compressor along a flow path of the second medium (A2), wherein the second medium flows from the at least one ram air heat exchanger directly to the turbine ; a first valve (V1) configured to control a supply of the first medium (A1); a dehumidification system in fluid communication with the turbine , the dehumidification system being arranged upstream from the turbine along a flow path of the first medium (A1); and wherein the dehumidification system comprises a condenser and a water extractor ; a bypass valve (V2) selectively operable to divert the flow of the first medium (A1) around the turbine , and a third valve (V3) operable to control a supply of the second medium (A2).
Prefabricated structure of a balcony for a cruise ship, destined to be fixed in particular to a ship's side, comprising: - at least two support beams , provided with coupling elements to a ship's side; - a platform , which is mechanically connected to said two support beams at a lower face opposite an upper face defining the balcony floor, said platform comprising an inner edge destined in use to face the ship's side and an outer edge , opposite the inner edge; - a profiled element , which is mechanically associated to the platform at said outer edge and is predisposed to anchor a parapet, characterised in that said platform consists of a board defined by two sheets of aluminium or aluminium alloy , arranged parallel to each other to form a cavity filled with a foam of aluminium or aluminium alloy, said foam structurally connecting said two sheets together to form a single body. - at least two support beams , provided with coupling elements to a ship's side; - a platform , which is mechanically connected to said two support beams at a lower face opposite an upper face defining the balcony floor, said platform comprising an inner edge destined in use to face the ship's side and an outer edge , opposite the inner edge; - a profiled element , which is mechanically associated to the platform at said outer edge and is predisposed to anchor a parapet,
Electronic impression tray which can be used to take three-dimensional and time measurements in the dental field, for capturing dental information, it consists of a device comprising optical measurement sensor systems (C), an electronic system which comprises a central management unit capable of collecting, storing and ordering the data collected by said sensors, while said sensors are distributed over all or a portion of said impression tray to make it possible to produce a digital impression of all or a portion of a dental arch in one or more takes, said electronic impression tray consisting of a part having the shape of all or a portion of a dental arch, characterized in that said part has a design which can be scaled by virtue of its ability to be constructed of a plurality of elements (34, 24; 25, 26; 27, 28) which can be reversibly assembled and secured to one another so as to have the optimum shape, it is therefore made of at least two securable elements (23, 24; 25, 26; 27, 28), each suitable for taking the impression of at least one portion of an arch, said at least two elements (23, 24; 25, 26; 27, 28) being configured such that sensors (C) of at least one thereof are associated with sensors of another element, such that the digital impression of at least a portion of the arch is made with sensors of said at least two elements (23, 24; 25, 26; 27, 28).
Actuating device for a brake system, comprising an electric motor which is designed to drive a drive shaft which is mounted so as to be rotatable about an axis of rotation , a housing and a master brake cylinder which is rigidly connected to the housing , wherein at least one hydraulic piston is mounted so as to be displaceable in the master brake cylinder , and wherein the drive shaft is coupled to the hydraulic piston in such a way that the hydraulic piston can be displaced by a rotation of the drive shaft , wherein the electric motor is arranged in the housing , characterized in that the rigid connection between the master brake cylinder and the housing is provided at least in part by the drive shaft .
A method, performed by a device, for a satellite telecommunications system including one or more satellites , wherein the one or more satellites are configured to transmit data via a first plurality of spotbeams, the method comprising the steps of: analysing data relating to the first plurality of spotbeams; identifying a set of spotbeams of the first plurality of spotbeams based on the analysis; assigning a same group identifier to each spotbeam of the set of spotbeams: sending an update message to the one or more satellites associated with each spotbeam of the set of spotbeams, the update message including the assigned group identifier; and participating in the distribution of content to the one or more satellites for transmission by each spotbeam of the set of spotbeams by: responding to a request from a content provider with the group identifier and its associated logical satellite coverage area, wherein the logical satellite coverage area covers the spotbeams of the set of spotbeams and is addressable using the group identifier, and responding to a request for a spotbeam identifier for each spotbeam of the set of spotbeams, the request including the group identifier. analysing data relating to the first plurality of spotbeams; identifying a set of spotbeams of the first plurality of spotbeams based on the analysis; assigning a same group identifier to each spotbeam of the set of spotbeams: sending an update message to the one or more satellites associated with each spotbeam of the set of spotbeams, the update message including the assigned group identifier; and participating in the distribution of content to the one or more satellites for transmission by each spotbeam of the set of spotbeams by: responding to a request from a content provider with the group identifier and its associated logical satellite coverage area, wherein the logical satellite coverage area covers the spotbeams of the set of spotbeams and is addressable using the group identifier, and responding to a request for a spotbeam identifier for each spotbeam of the set of spotbeams, the request including the group identifier. responding to a request from a content provider with the group identifier and its associated logical satellite coverage area, wherein the logical satellite coverage area covers the spotbeams of the set of spotbeams and is addressable using the group identifier, and responding to a request for a spotbeam identifier for each spotbeam of the set of spotbeams, the request including the group identifier.
A method, comprising: discretizing a hologram function for a surface scattering antenna by: identifying a discrete plurality of locations on an aperture of the surface scattering antenna for a discrete plurality of scattering elements of the surface scattering antenna, and identifying the discrete set of states for each of the scattering elements corresponding to a discrete set of hologram function values at each of the locations of the scattering elements; and identifying an antenna configuration that reduces artifacts attributable to the discretizing of the hologram function, wherein the antenna configuration corresponds to the discrete plurality of locations on the aperture, and the discrete set of states for each of the scattering elements, characterised in that the identifying of the antenna configuration includes altering the hologram function by replacing a fundamental spatial Fourier component of the hologram function with a plurality of spatial Fourier components. discretizing a hologram function for a surface scattering antenna by: identifying a discrete plurality of locations on an aperture of the surface scattering antenna for a discrete plurality of scattering elements of the surface scattering antenna, and identifying the discrete set of states for each of the scattering elements corresponding to a discrete set of hologram function values at each of the locations of the scattering elements; and identifying a discrete plurality of locations on an aperture of the surface scattering antenna for a discrete plurality of scattering elements of the surface scattering antenna, and identifying the discrete set of states for each of the scattering elements corresponding to a discrete set of hologram function values at each of the locations of the scattering elements; and identifying an antenna configuration that reduces artifacts attributable to the discretizing of the hologram function, wherein the antenna configuration corresponds to the discrete plurality of locations on the aperture, and the discrete set of states for each of the scattering elements, characterised in that the identifying of the antenna configuration includes altering the hologram function by replacing a fundamental spatial Fourier component of the hologram function with a plurality of spatial Fourier components.
Method for filtering a numerical input signal sampled at a sampling frequency in order to obtain a filtered signal, the method being carried out by a system, the system being a radar, a communication system, a countermeasures system or a detecting system, the system comprising an antenna and a processing chain, the method including at least one step for: - receiving of an input signal by the antenna, - sampling of the input signal, - transmission of the input signal over two processing channels, - obtaining a first output signal through the implementation of first operations on the first processing channel, the first operations including at least the application of a filtering involving a discrete Fourier transform to M/2 points on a signal coming from the input signal, the filtering having a latency of M, - obtaining a second output signal through the implementation of second operations on the second processing channel, the second operations including at least the application of a shift by M/2 points to a signal coming from the input signal, then the application of filtering involving a discrete Fourier transform to M/2 points on the shifted signal, the filtering having a latency of M, - applying an inverse discrete Fourier transform to M/2 points on the first signal in order to obtain M points of the spectrum of the first signal, M being an integer strictly greater than 2, - recombination of the results of two processing channels. - receiving of an input signal by the antenna, - sampling of the input signal, - transmission of the input signal over two processing channels, - obtaining a first output signal through the implementation of first operations on the first processing channel, the first operations including at least the application of a filtering involving a discrete Fourier transform to M/2 points on a signal coming from the input signal, the filtering having a latency of M, - obtaining a second output signal through the implementation of second operations on the second processing channel, the second operations including at least the application of a shift by M/2 points to a signal coming from the input signal, then the application of filtering involving a discrete Fourier transform to M/2 points on the shifted signal, the filtering having a latency of M, - applying an inverse discrete Fourier transform to M/2 points on the first signal in order to obtain M points of the spectrum of the first signal, M being an integer strictly greater than 2, - recombination of the results of two processing channels.
A method in a beacon radio node, the method comprising: searching to identify presence of any proximately located other beacon radio node; storing data identifying any other beacon radio node identified by the searching; sensing movement of the beacon radio node based on a signal from a movement detector; and based on the sensing of the movement, - repeating the searching to identify presence of any proximately located other beacon radio node, and - determining whether an identity of any other beacon radio node identified by the repeated searching matches any beacon radio node identified by the stored data; based on determining that a match between identities is found, not performing the method of generating a message containing an identifier for beacon radio node and data indicating that the beacon radio node has been moved; and based on determining that no match between identities is found, performing the method of generating a message containing an identifier for the beacon radio node and data indicating that the beacon radio node has been moved; and communicating the message from the beacon radio node to a location service client node. searching to identify presence of any proximately located other beacon radio node; storing data identifying any other beacon radio node identified by the searching; sensing movement of the beacon radio node based on a signal from a movement detector; and based on the sensing of the movement, - repeating the searching to identify presence of any proximately located other beacon radio node, and - determining whether an identity of any other beacon radio node identified by the repeated searching matches any beacon radio node identified by the stored data; - repeating the searching to identify presence of any proximately located other beacon radio node, and - determining whether an identity of any other beacon radio node identified by the repeated searching matches any beacon radio node identified by the stored data; based on determining that a match between identities is found, not performing the method of generating a message containing an identifier for beacon radio node and data indicating that the beacon radio node has been moved; and based on determining that no match between identities is found, performing the method of generating a message containing an identifier for the beacon radio node and data indicating that the beacon radio node has been moved; and communicating the message from the beacon radio node to a location service client node.
A jewelry item comprising: - at least one cable defining a plurality of strands arranged relative to one another to form a flexible support frame , - a plurality of decorative elements each threaded into at least two strands of said at least one cable so that each decorative element forms a junction node of the flexible support frame , each decorative element comprising means for attaching the decorative element to said at least one cable whereupon it is threaded, and wherein at least one decorative element is of elongated shape, said decorative element comprising a junction end attached to said at least one cable and a free end opposite said junction end . - at least one cable defining a plurality of strands arranged relative to one another to form a flexible support frame , - a plurality of decorative elements each threaded into at least two strands of said at least one cable so that each decorative element forms a junction node of the flexible support frame , each decorative element comprising means for attaching the decorative element to said at least one cable whereupon it is threaded, and wherein at least one decorative element is of elongated shape, said decorative element comprising a junction end attached to said at least one cable and a free end opposite said junction end .
A measurement transducer for a shaft of an escalator for providing a position code comprising a support ring and a magnetic measuring tape disposed circumferentially on said support ring, the support ring and the measuring tape being realized in two parts in the form of preferably semicircular elements and being selectively connectable to one another in a respective connection area using connection means of the support ring , the measuring tape having a plurality of magnetic poles disposed in the circumferential direction, characterized in that the magnetic poles are disposed in such a manner in the measuring tape that an individual magnetic pole extends in the circumferential direction (U) of the measurement transducer across the respective connection area of the support ring and the measuring tape in each instance.
A filter assembly comprising: a filter comprising: a proximal portion comprising a plurality of support members having a major diameter ; and a distal portion comprising a mesh having an opening diameter ; and a filter wire attached to the filter, characterized in that the opening diameter is less than the major diameter in a free, expanded state, and each of the plurality of support members forms a bend corresponding to the major diameter by extending from the mesh outwardly relative to a central axis and back toward the central axis proximally from the bend to the filter wire. a filter comprising: a proximal portion comprising a plurality of support members having a major diameter ; and a distal portion comprising a mesh having an opening diameter ; and a filter wire attached to the filter, a proximal portion comprising a plurality of support members having a major diameter ; and a distal portion comprising a mesh having an opening diameter ; and a filter wire attached to the filter, characterized in that the opening diameter is less than the major diameter in a free, expanded state, and each of the plurality of support members forms a bend corresponding to the major diameter by extending from the mesh outwardly relative to a central axis and back toward the central axis proximally from the bend to the filter wire.