mhurhangee/ep-ind-claims huggingface dataset:
Pipe-connecting system comprising a pipe, which extends along a centre axis and has a side wall which has an inner surface and an outer surface and bounds a channel, wherein the side wall is bounded in the axial direction by end surfaces, and a fitting, which extends along the centre axis and has a side wall, having an inner surface and an outer surface, and has a flange projecting from the outer surface, wherein the inner surface bounds a channel extending through the fitting, wherein the fitting projects partially into the pipe, and wherein the pipe is connected to said fitting, wherein a sealing element is arranged between the end surface of the pipe and the flange of the fitting, wherein the sealing element comprises a sealing portion and a swelling portion, characterized in that the sealing portion is directed towards the end surface of the pipe and consists of a fluid-impermeable material, and in that the swelling portion is directed towards the flange and consists of a swellable material which can swell up upon contact with a liquid and, by virtue of swelling up, is positioned against the flange and applies a force to the sealing portion in the direction of the centre axis, and therefore the sealing portion can be pressed against the end surface of the pipe.
A method for accessing a network, comprising: acquiring at a first terminal connected to the network access information instructing a second terminal to access the network, the access information comprising a service set identifier SSID and an access password; characterized in that the method further comprises: selecting a plurality of destination addresses comprising the access information from a designated multicast address segment; and multicasting a plurality of user datagram protocol UDP multicast messages to the second terminal in accordance with the plurality of destination addresses; wherein the selecting the plurality of destination addresses further comprises: performing (3021, 5021) an encryption calculation on the access information according to a preset encryption algorithm, and obtaining a transfer ciphertext corresponding to the access information; and selecting (3022, 5022) the plurality of destination addresses comprising the transfer ciphertext from the designated multicast address segment, according to the transfer ciphertext, wherein the last two bytes of the selected destination addresses are selected to carry the transfer ciphertext. selecting a plurality of destination addresses comprising the access information from a designated multicast address segment; and multicasting a plurality of user datagram protocol UDP multicast messages to the second terminal in accordance with the plurality of destination addresses; wherein the selecting the plurality of destination addresses further comprises: performing (3021, 5021) an encryption calculation on the access information according to a preset encryption algorithm, and obtaining a transfer ciphertext corresponding to the access information; and selecting (3022, 5022) the plurality of destination addresses comprising the transfer ciphertext from the designated multicast address segment, according to the transfer ciphertext, wherein the last two bytes of the selected destination addresses are selected to carry the transfer ciphertext. performing (3021, 5021) an encryption calculation on the access information according to a preset encryption algorithm, and obtaining a transfer ciphertext corresponding to the access information; and selecting (3022, 5022) the plurality of destination addresses comprising the transfer ciphertext from the designated multicast address segment, according to the transfer ciphertext, wherein the last two bytes of the selected destination addresses are selected to carry the transfer ciphertext.
A method carried out by means of a computer programmed to perform the following steps: meshing a 3D model representation of a component defining a reaction chamber of an abatement apparatus based on specified component characteristics to define an optimised finite element representation of said component comprising finite elements; wherein said meshing comprises adjusting filling of said finite elements based on said specified component characteristics and fabricating said optimised finite element representation by means of additive manufacturing. meshing a 3D model representation of a component defining a reaction chamber of an abatement apparatus based on specified component characteristics to define an optimised finite element representation of said component comprising finite elements; wherein said meshing comprises adjusting filling of said finite elements based on said specified component characteristics and fabricating said optimised finite element representation by means of additive manufacturing.
A system for manufacturing piezoelectrics, comprising: at least a first roller and an end roller; a continuously advancing printable substrate roll (12, 204, 306) extending at least from the first roller to the end roller as the first and end roller turn; at least one printer configured to print piezoelectric material (206, 214) onto the continuously advancing substrate roll (12, 204, 306) to form a plurality of the piezoelectrics; and an electric field generator configured to continuously polarize the piezoelectric material (206, 214) as the continuous substrate roll (12, 204, 306) is rolled from the first roller to the end roller, characterized in that, the at least one printer comprises at least one piezoelectric material printer, at least one dielectric material printer, and at least one conductive material printer. at least a first roller and an end roller; a continuously advancing printable substrate roll (12, 204, 306) extending at least from the first roller to the end roller as the first and end roller turn; at least one printer configured to print piezoelectric material (206, 214) onto the continuously advancing substrate roll (12, 204, 306) to form a plurality of the piezoelectrics; and an electric field generator configured to continuously polarize the piezoelectric material (206, 214) as the continuous substrate roll (12, 204, 306) is rolled from the first roller to the end roller, characterized in that, the at least one printer comprises at least one piezoelectric material printer, at least one dielectric material printer, and at least one conductive material printer.
A source base station comprising: means for receiving a second message from a non-prepared base station after the non-prepared base station receives a first message from a mobile terminal, wherein the first message indicates a connection re-establishment request caused by a handover failure of the mobile terminal, wherein the handover failure of the mobile terminal is a handover failure from the source base station to an initial target base station; and means for sending to the non-prepared base station a request to perform a handover preparation for a handover procedure of the mobile terminal towards the non-prepared base station after receiving the second message; wherein the source base station is a previous serving base station of the mobile terminal, wherein the source base station sends the request to perform handover preparation, if the source base station matches a context, wherein the second message comprises a first ID indicating the non-prepared base station, a second ID indicating the source base station and a third ID indicating the mobile terminal, and wherein the context is a UE context, and wherein the third ID is included in the first message and the second message. means for receiving a second message from a non-prepared base station after the non-prepared base station receives a first message from a mobile terminal, wherein the first message indicates a connection re-establishment request caused by a handover failure of the mobile terminal, wherein the handover failure of the mobile terminal is a handover failure from the source base station to an initial target base station; and means for sending to the non-prepared base station a request to perform a handover preparation for a handover procedure of the mobile terminal towards the non-prepared base station after receiving the second message; wherein the source base station is a previous serving base station of the mobile terminal, wherein the source base station sends the request to perform handover preparation, if the source base station matches a context, wherein the second message comprises a first ID indicating the non-prepared base station, a second ID indicating the source base station and a third ID indicating the mobile terminal, and wherein the context is a UE context, and wherein the third ID is included in the first message and the second message.
Wrapping method for production of a hollow fibre composite body equipped with a lining, comprising the following steps: - applying a curable lining material to a rotatably driveable mould core; - applying a curable matrix material to an outer surface of the lining; - wrapping with a semifinished fibre product for production of a hollow fibre composite body, in which the semifinished fibre product is embedded into the curable matrix material; - detaching the hollow fibre composite body equipped with the lining from the mould core, wherein the lining material after curing forms a lining comprising a polyurea, polyurethane or mixtures thereof, wherein the lining material is formed from at least two starting components that are mixed with one another to form a castable mixture and are cast onto the mould core, characterized in that the mould core is rotated about its longitudinal axis during the application of the lining material. - applying a curable lining material to a rotatably driveable mould core; - applying a curable matrix material to an outer surface of the lining; - wrapping with a semifinished fibre product for production of a hollow fibre composite body, in which the semifinished fibre product is embedded into the curable matrix material; - detaching the hollow fibre composite body equipped with the lining from the mould core,
An ion pump system having an outer casing and an inner casing provided inside the outer casing, wherein the outer casing, which has a cylindrical shape, includes a plurality of outer circumferential electrodes and the outer circumferential electrodes are disc-shaped electrodes mounted on the outer casing toward the inner casing at predetermined intervals along with a central axis direction of the cylindrical shaped outer casing, the inner casing which has a cylindrical shape includes a plurality of inner circumferential electrodes and the inner circumferential electrodes are disc-shaped electrodes mounted on the inner casing toward the outer casing at predetermined intervals along with a central axis direction of the cylindrical shaped inner casing, the plurality of outer circumferential electrodes and the plurality of inner circumferential electrodes are parallel to each other, a portion closest to the inner casing of the plurality of outer circumferential electrodes is positioned closer to the inner casing than a portion closest to the outer casing of the plurality of inner circumferential electrodes, wherein a plurality of inner magnets are provided in a space of the inner casing on a side opposite to the outer casing to provide a magnetic field to a space between the outer casing and the inner casing, wherein each of the inner circumferential electrodes are at a central position of each of the corresponding inner magnets.
Method for encoding an image descriptor based on gradient histograms ( h p) which each comprise a plurality of histogram bins ( hi) and which are computed in a corresponding subregion of a local region around an image interest keypoint, using a transformed descriptor comprising transformed subdescriptors ( v p) for each subregion which are computed as a transformation of the corresponding subregion gradient histogram ( h p), wherein each subdescriptor ( v p) comprises a set of values ( v j) each individuated by an element index ( j), characterised in that said method comprises: - determining a plurality of groups ( g x), each comprising a set of transformed subdescriptors ( v p), the set being determined using the distance between the corresponding sub-image centre of each transformed subdescriptor ( v p) and the centre of said local region, each group ( g x) being individuated by a group index ( x); - using an element utilisation list for indicating the sequence for encoding the values ( v j) of the elements of transformed sub-descriptors ( v p), the element utilisation list specifying an ordered sequence of list entries, each entry defining a pair of indices including said group index ( x), indicating a set of transformed subdescriptors, and said element index ( j), and the sequence truncated at length DLn defining a descriptor having a length of DLn elements which is a subset of a descriptor having a length of DLp elements with DLn < DLp, defined by the sequence of entries truncated at a length DLp greater than DLn; - encoding the values ( v j) of the transformed descriptor according to the order of the element utilisation list, the encoded sequence comprising a sequence of transformed descriptors of different lengths (DLO, DL1, DL2, DL3, DL4). - determining a plurality of groups ( g x), each comprising a set of transformed subdescriptors ( v p), the set being determined using the distance between the corresponding sub-image centre of each transformed subdescriptor ( v p) and the centre of said local region, each group ( g x) being individuated by a group index ( x); - using an element utilisation list for indicating the sequence for encoding the values ( v j) of the elements of transformed sub-descriptors ( v p), the element utilisation list specifying an ordered sequence of list entries, each entry defining a pair of indices including said group index ( x), indicating a set of transformed subdescriptors, and said element index ( j), and the sequence truncated at length DLn defining a descriptor having a length of DLn elements which is a subset of a descriptor having a length of DLp elements with DLn < DLp, defined by the sequence of entries truncated at a length DLp greater than DLn; - encoding the values ( v j) of the transformed descriptor according to the order of the element utilisation list, the encoded sequence comprising a sequence of transformed descriptors of different lengths (DLO, DL1, DL2, DL3, DL4).
A method for processing text information in a mobile multimedia broadcast, the method comprising: receiving mobile multimedia broadcast service information sent from a network, wherein the mobile multimedia broadcast service information comprises character encoding information and a character encoding identifier; determining a character encoding format corresponding to the character encoding identifier in the mobile multimedia broadcast service information, according to a stored correspondence between the character encoding identifier and the character encoding format; wherein different character encoding formats correspond to languages and characters of different countries; and reading out the text information from the character encoding information in the mobile multimedia broadcast service information, according to the determined character encoding format. receiving mobile multimedia broadcast service information sent from a network, wherein the mobile multimedia broadcast service information comprises character encoding information and a character encoding identifier; determining a character encoding format corresponding to the character encoding identifier in the mobile multimedia broadcast service information, according to a stored correspondence between the character encoding identifier and the character encoding format; wherein different character encoding formats correspond to languages and characters of different countries; and reading out the text information from the character encoding information in the mobile multimedia broadcast service information, according to the determined character encoding format.
Launch element, comprising: a torsional vibration damper which is couplable to a drive input and which has a drive-input-side input element which is rotatable, counter to an action of a first spring element arrangement, about an axis of rotation relative to an intermediate transmission means (48, 49), and having a drive-output-side output component which is rotatable, counter to the action of a second spring element arrangement, about the axis of rotation relative to the intermediate transmission means (48, 49), which output component is coupled rotationally conjointly to a drive output of the launch element; a hydrodynamic coupling device with a turbine wheel and with a turbine wheel flange rotationally conjoint with said turbine wheel, wherein the turbine wheel flange is coupled rotationally conjointly to the drive output by means of a first mechanical connection; a vibration absorber with at least one absorber carrier element (46a; 46a, 46b) which bears at least one absorber weight and which is coupled rotationally conjointly by means of a second mechanical connection to the intermediate transmission means (48, 49), characterized in that the absorber carrier element (46a; 46a, 46b) extends, counter to a radial direction perpendicular to the axis of rotation, as far as a structural element of the drive output in order to be supported on the latter, wherein an axial extent of the first mechanical connection at least partially overlaps an axial extent of the second mechanical connection. a torsional vibration damper which is couplable to a drive input and which has a drive-input-side input element which is rotatable, counter to an action of a first spring element arrangement, about an axis of rotation relative to an intermediate transmission means (48, 49), and having a drive-output-side output component which is rotatable, counter to the action of a second spring element arrangement, about the axis of rotation relative to the intermediate transmission means (48, 49), which output component is coupled rotationally conjointly to a drive output of the launch element; a hydrodynamic coupling device with a turbine wheel and with a turbine wheel flange rotationally conjoint with said turbine wheel, wherein the turbine wheel flange is coupled rotationally conjointly to the drive output by means of a first mechanical connection; a vibration absorber with at least one absorber carrier element (46a; 46a, 46b) which bears at least one absorber weight and which is coupled rotationally conjointly by means of a second mechanical connection to the intermediate transmission means (48, 49), characterized in that the absorber carrier element (46a; 46a, 46b) extends, counter to a radial direction perpendicular to the axis of rotation, as far as a structural element of the drive output in order to be supported on the latter, wherein an axial extent of the first mechanical connection at least partially overlaps an axial extent of the second mechanical connection.
A wireless communication system (100, 500) comprising at least one terminal apparatus (10, 30) and one communication apparatus (20, 40) which perform communication simultaneously using a plurality of frequency bands, wherein the terminal apparatus (10, 30) comprises: a function information storing unit adapted for pre-storing frequency band information indicating available frequency bands among the plurality of frequency bands and the number of simultaneously available frequency bands; and a terminal control unit (14, 34) adapted for reading the frequency band information stored in the function information storing unit and transmitting the read frequency band information to the communication apparatus (20, 40) via a first wireless communication unit, and wherein the communication apparatus (20, 40) comprises: a base station control unit (23, 43) adapted for selecting at least one frequency band from the plurality of frequency bands based on the frequency band information transmitted from the terminal apparatus (10, 30); and a second wireless communication unit communicating with the terminal apparatus (10, 30) by use of the frequency band selected by the base station control unit. a function information storing unit adapted for pre-storing frequency band information indicating available frequency bands among the plurality of frequency bands and the number of simultaneously available frequency bands; and a terminal control unit (14, 34) adapted for reading the frequency band information stored in the function information storing unit and transmitting the read frequency band information to the communication apparatus (20, 40) via a first wireless communication unit, and a base station control unit (23, 43) adapted for selecting at least one frequency band from the plurality of frequency bands based on the frequency band information transmitted from the terminal apparatus (10, 30); and a second wireless communication unit communicating with the terminal apparatus (10, 30) by use of the frequency band selected by the base station control unit.
A starting valve for a fluid operating machine working in a vacuum system; a starting valve wherein there are provided: - a valve body, which is provided with at least one opening to let a gas in; and - an actuating piston, which is splined on a stem, which is free to slide in guide means; said actuating piston defining a chamber together with a portion of said valve body; said actuating piston being subject to the action of a deformable diaphragm, wherein a calibrated throttling hole in series with a through hole are provided, which longitudinally extend through said stem; said holes (16A, 16B) establishing a fluid connection between said chamber and a fluid-dynamic line of said vacuum system; and wherein the starting valve comprises, furthermore, a shutter, which is also splined on said stem; said shutter being suited to close a gas passage opening as a function of the pressure difference existing between said chamber and said fluid-dynamic line; starting valve characterised in that said calibrated throttling hole and said through hole establish a fluid communication between the space enclosed by a connection and a space defined by a covering element positioned on said valve body; and in that said space and said chamber are in fluid communication between each other by means of an air passage orifice. - a valve body, which is provided with at least one opening to let a gas in; and - an actuating piston, which is splined on a stem, which is free to slide in guide means; said actuating piston defining a chamber together with a portion of said valve body; said actuating piston being subject to the action of a deformable diaphragm, wherein a calibrated throttling hole in series with a through hole are provided, which longitudinally extend through said stem; said holes (16A, 16B) establishing a fluid connection between said chamber and a fluid-dynamic line of said vacuum system;