mhurhangee/patent-ind-claim-en huggingface dataset:
st -Anilox roller laser cleaning machine, incorporating a mechanical structure wherein an anilox roller rotates on its longitudinal axis, in a bed formed by two traction rollers and by two free rollers , and a horizontal sliding carriage that runs parallel to the anilox roller , characterized in that it comprises: - a multi-laser head with two or more laser modules mounted on a horizontal guide of a first movable support which is associated with the horizontal sliding carriage and with brackets coupled to vertical micrometric axes associated with the horizontal sliding carriage and actuated by servomotors operatively connected to an electronic system of the machine, each laser module being constituted by : ∘ a laser resonator that emits a laser beam whose focal point is located in the vertical plane equidistant to the axes of rotation of the traction rollers of the anilox roller ; ∘ a vertical tube terminated in a nozzle oriented towards the focal point of the laser beam , connected to a flexible hose which, at its distal end, is connected to a suction system; - means for detecting the rotation of the anilox roller constituted by a wheel in contact with the surface of the anilox roller and associated with an encoder device operatively connected to the electronic system of the machine so that, in the absence of movement detection or irregular movement stop, an emergency stop of the machine is activated. - a multi-laser head with two or more laser modules mounted on a horizontal guide of a first movable support which is associated with the horizontal sliding carriage and with brackets coupled to vertical micrometric axes associated with the horizontal sliding carriage and actuated by servomotors operatively connected to an electronic system of the machine, each laser module being constituted by : ∘ a laser resonator that emits a laser beam whose focal point is located in the vertical plane equidistant to the axes of rotation of the traction rollers of the anilox roller ; ∘ a vertical tube terminated in a nozzle oriented towards the focal point of the laser beam , connected to a flexible hose which, at its distal end, is connected to a suction system; ∘ a laser resonator that emits a laser beam whose focal point is located in the vertical plane equidistant to the axes of rotation of the traction rollers of the anilox roller ; ∘ a vertical tube terminated in a nozzle oriented towards the focal point of the laser beam , connected to a flexible hose which, at its distal end, is connected to a suction system; - means for detecting the rotation of the anilox roller constituted by a wheel in contact with the surface of the anilox roller and associated with an encoder device operatively connected to the electronic system of the machine so that, in the absence of movement detection or irregular movement stop, an emergency stop of the machine is activated.
A method performed by a core network control entity of a wireless communication network, the method comprising: establishing a first protocol data unit, PDU, session for a wireless terminal using a first NodeB base station and a first user plane function, UPF, entity (UPF1); and establishing a second PDU session for the wireless terminal using a second NodeB base station and a second user plane function, UPF, entity (UPF2), wherein the first and second PDU sessions are established for the wireless terminal using the first and second NodeB base stations so that the first and second PDU sessions are provided concurrently using dual connectivity, DC, to provide redundant data paths for communication of data for the wireless terminal through the wireless communication network, characterised in that establishing the first and second PDU sessions comprises sending redundancy sequence numbers, RSNs, for the first and second PDU sessions indicating DC is to be provided for the first and second PDU sessions. establishing a first protocol data unit, PDU, session for a wireless terminal using a first NodeB base station and a first user plane function, UPF, entity (UPF1); and establishing a second PDU session for the wireless terminal using a second NodeB base station and a second user plane function, UPF, entity (UPF2), wherein the first and second PDU sessions are established for the wireless terminal using the first and second NodeB base stations so that the first and second PDU sessions are provided concurrently using dual connectivity, DC, to provide redundant data paths for communication of data for the wireless terminal through the wireless communication network, characterised in that establishing the first and second PDU sessions comprises sending redundancy sequence numbers, RSNs, for the first and second PDU sessions indicating DC is to be provided for the first and second PDU sessions.
Roller shutter comprising a plurality of slats so that it is realized a screen sliding in a couple of sliding guides , said slats comprising a fixed frame and at least a swinging movable lamella with blocking teeth , wherein said fixed frame comprises two or more supports , a fixed lower profile , a series of plugs , a gasket , so that the weight of the fixed lower profile of the upper slat, by acting as a lever, rotates the movable lamella which is configured to carry out a rotation of 180° and belongs to the next lower slat, without using any guide mechanism, and as a whole and orthogonal with respect to the horizontal plane, in the upper portion is provided with a first hook which is introduced in a second hook of the fixed lower profile and is further provided with a recess , outside the walls of the same lamella, apt to receive an element of the supports ; characterized in that the recess accommodates a spring element .
An optical radiation device package , comprising: a base structure having arranged thereon the optical radiation device (10; 10-1, 10-2), an optically transparent lid element bonded to the base structure defining a cavity between the base structure and the lid element , wherein the optical radiation device (10; 10-1, 10-2) is arranged in the cavity , and a bond structure in a bonding region between the base structure and the lid element , wherein the bond structure is arranged to provide an adhesive bond between the base structure and the lid element, characterized in that the bond structure comprises a diffusion layer (20-1, 20-2) having a gas diffusive material or gas diffusive structure for providing a gas diffusion path between the cavity and the surrounding atmosphere . a base structure having arranged thereon the optical radiation device (10; 10-1, 10-2), an optically transparent lid element bonded to the base structure defining a cavity between the base structure and the lid element , wherein the optical radiation device (10; 10-1, 10-2) is arranged in the cavity , and a bond structure in a bonding region between the base structure and the lid element , wherein the bond structure is arranged to provide an adhesive bond between the base structure and the lid element, characterized in that the bond structure comprises a diffusion layer (20-1, 20-2) having a gas diffusive material or gas diffusive structure for providing a gas diffusion path between the cavity and the surrounding atmosphere .
A method comprising: determining that a device that includes a grid based capacitive sensor is either grounded or ungrounded; and sampling the output of the grid based capacitive sensor over a plurality of sampling windows ; performing mutual capacitive detection over a first sampling window from the plurality of sampling windows ; sampling the output from both columns and rows of the grid based capacitive sensor over a second sampling window from the plurality of sampling windows , wherein the output is sampled without driving the column or rows with a driving signal emitted by a controller configured to operate the grid based capacitive sensor and wherein the grid based capacitive sensor is either driven by a stylus or by noise; identifying a heatmap (410; 430) based on the mutual capacitive detection over the first sampling window; identifying areas of touch input from the output sampled over the second sampling window based on determining that the device is ungrounded; comparing the heatmap to the areas of touch input identified based on determining that the device is ungrounded; reporting the coordinates of the touch based on the comparing; and performing palm rejection based on the comparing and refraining from reporting coordinates of a palm input. determining that a device that includes a grid based capacitive sensor is either grounded or ungrounded; and sampling the output of the grid based capacitive sensor over a plurality of sampling windows ; performing mutual capacitive detection over a first sampling window from the plurality of sampling windows ; sampling the output from both columns and rows of the grid based capacitive sensor over a second sampling window from the plurality of sampling windows , wherein the output is sampled without driving the column or rows with a driving signal emitted by a controller configured to operate the grid based capacitive sensor and wherein the grid based capacitive sensor is either driven by a stylus or by noise; identifying a heatmap (410; 430) based on the mutual capacitive detection over the first sampling window; identifying areas of touch input from the output sampled over the second sampling window based on determining that the device is ungrounded; comparing the heatmap to the areas of touch input identified based on determining that the device is ungrounded; reporting the coordinates of the touch based on the comparing; and performing palm rejection based on the comparing and refraining from reporting coordinates of a palm input.
A gas turbine engine for an aircraft, the gas turbine engine comprising: a first turbine positioned upstream of a second intermediate turbine and a third turbine being positioned downstream of the first and second turbines ; a fan ; and three compressors , with a first upstream one of said compressors being connected to rotate with said fan , and said third turbine for driving said upstream compressor and said fan both through a gear reduction , and a second intermediate compressor for being driven by said second intermediate turbine , and a third compressor downstream of said first and second compressors and for being driven by said first turbine , wherein said fan delivers air into a bypass duct as propulsion air and delivers air to said first compressor as core air flow (C), and an overall pressure ratio at sea level take off across said three compressors is greater than or equal to about 35.0 and is less than or equal to about 75.0. a first turbine positioned upstream of a second intermediate turbine and a third turbine being positioned downstream of the first and second turbines ; a fan ; and three compressors , with a first upstream one of said compressors being connected to rotate with said fan , and said third turbine for driving said upstream compressor and said fan both through a gear reduction , and a second intermediate compressor for being driven by said second intermediate turbine , and a third compressor downstream of said first and second compressors and for being driven by said first turbine , wherein said fan delivers air into a bypass duct as propulsion air and delivers air to said first compressor as core air flow (C), and an overall pressure ratio at sea level take off across said three compressors is greater than or equal to about 35.0 and is less than or equal to about 75.0.
A header processing system comprising a context memory storing a plurality of rules , each said rule comprising one or more field instructions , each said field instructions comprising a target value and a processing instruction ; a header compression processor adapted to determine for each said rule whether a respective specified region of a data message corresponds to said target value in a respective prescribed manner, and in a case where said respective specified region corresponds to said target value in said respective prescribed manner for each field instruction line in a respective said rule , applying the processing instruction of each field instruction line in said corresponding rule with regard to the respective specified region, said system further comprising a controller (230; 520a), said controller being adapted to assess a processing context, and to provide one or more instructions defining the operation of said header compression processor as a function of said processing context, characterised in thatsaid controller is adapted to generate a new rule dynamically in reaction to changes in the overall context, and to provide one or more said instructions to said context memory to modify the content thereof by adding said new rule thereto, the header processing system further comprising a dispatcher, said dispatcher receiving the output of said header compression processor for onward transmission, said controller being further adapted to cause said dispatcher to transmit said new rule or element thereof to a decompressor. a header compression processor adapted to determine for each said rule whether a respective specified region of a data message corresponds to said target value in a respective prescribed manner, and in a case where said respective specified region corresponds to said target value in said respective prescribed manner for each field instruction line in a respective said rule , applying the processing instruction of each field instruction line in said corresponding rule with regard to the respective specified region, said system further comprising a controller (230; 520a), said controller being adapted to assess a processing context, and to provide one or more instructions defining the operation of said header compression processor as a function of said processing context, characterised in thatsaid controller is adapted to generate a new rule dynamically in reaction to changes in the overall context, and to provide one or more said instructions to said context memory to modify the content thereof by adding said new rule thereto, the header processing system further comprising a dispatcher, said dispatcher receiving the output of said header compression processor for onward transmission, said controller being further adapted to cause said dispatcher to transmit said new rule or element thereof to a decompressor.
An information display terminal comprising: a surface member that has a curved surface; a touch panel having a first surface and a second surface that are opposite to each other, the first surface being adhered to the curved surface of the surface member without an air gap; and an information terminal body that is configured to receive an input from the touch panel ; wherein the second surface of the touch panel is apart from the information terminal body characterized in that the surface member is to be fixed to a structure ; the information terminal body is to be attached to the structure ; and the information terminal body is configured to be removable from the structure . a surface member that has a curved surface; a touch panel having a first surface and a second surface that are opposite to each other, the first surface being adhered to the curved surface of the surface member without an air gap; and an information terminal body that is configured to receive an input from the touch panel ; wherein the second surface of the touch panel is apart from the information terminal body characterized in that the surface member is to be fixed to a structure ; the information terminal body is to be attached to the structure ; and the information terminal body is configured to be removable from the structure .
Substrate, at least the surface of which is at least partially metallic, at least said metallic part being coated with a polybenzoxazine, the repeat units of which comprise at least one unit corresponding to the formulae (I) or (II): in which - Z 1 and Z 2 , which are identical or different, represent an at least divalent, aliphatic, cycloaliphatic or aromatic bonding group comprising at least one carbon atom and optionally at least one heteroatom selected from O, S, N and P; - The symbols "*", identical or different, represent any attachment of said motif to a carbon atom or a heteroatom, resulting from the opening of the oxazine rings. - Z 1 and Z 2 , which are identical or different, represent an at least divalent, aliphatic, cycloaliphatic or aromatic bonding group comprising at least one carbon atom and optionally at least one heteroatom selected from O, S, N and P; - The symbols "*", identical or different, represent any attachment of said motif to a carbon atom or a heteroatom, resulting from the opening of the oxazine rings.
Method for monitoring the quality of gaseous media which can be dispensed by a filling station, by means of an infrared measuring device , which is connected in the dispensing path of the gaseous medium to a consumer in each case and which measures the transmission of infrared radiation at different wavelengths in the infrared spectrum and different pressures, calculates therefrom the concentration of contaminants which influence the quality and displays this at least when predefinable quality parameters are exceeded, characterised in that the infrared measuring device is used for monitoring the hydrogen quality at a hydrogen filling station and is connected in the dispensing path, starting from the filling station, for online measurement of gas contaminants; in that the medium dispensed is hydrogen; in that the sample analysis is carried out by means of the infrared measuring device at very high pressures of >50 MPa; in that the infrared measuring device is connected in the dispensing path in such a manner that samples are taken in succession in a bypass to this dispensing path by means of a valve device and examined for contaminants without the respective dispensing of hydrogen from the filling station to the connected consumer being interrupted; and in that the infrared measuring device comprises a high-pressure-resistant infrared cuvette with a pressure-resistant pipe section , wherein an infrared hollow conductor is located inside the pipe section , which hollow conductor, configured as a galvanically gold-plated inner tube, is pushed into the pipe section and fixed therein. the infrared measuring device is used for monitoring the hydrogen quality at a hydrogen filling station and is connected in the dispensing path, starting from the filling station, for online measurement of gas contaminants; in that the medium dispensed is hydrogen; in that the sample analysis is carried out by means of the infrared measuring device at very high pressures of >50 MPa; in that the infrared measuring device is connected in the dispensing path in such a manner that samples are taken in succession in a bypass to this dispensing path by means of a valve device and examined for contaminants without the respective dispensing of hydrogen from the filling station to the connected consumer being interrupted; and in that the infrared measuring device comprises a high-pressure-resistant infrared cuvette with a pressure-resistant pipe section , wherein an infrared hollow conductor is located inside the pipe section , which hollow conductor, configured as a galvanically gold-plated inner tube, is pushed into the pipe section and fixed therein.
A system for treating a tooth having a carious region, the system comprising: a fluid platform having a chamber sized and shaped to retain fluid, the chamber configured to be coupled to and at least partially seal against an external surface of the tooth over the carious region; and a pressure wave generator configured to generate pressure waves in the retained fluid sufficient to clean the carious region; characterised in that the pressure wave generator is configured to produce pressure waves with acoustic power in a broadband acoustic power spectrum that has a bandwidth measured in terms of a 3-decibel bandwidth from about 1 kHz to about 500 kHz . a fluid platform having a chamber sized and shaped to retain fluid, the chamber configured to be coupled to and at least partially seal against an external surface of the tooth over the carious region; and a pressure wave generator configured to generate pressure waves in the retained fluid sufficient to clean the carious region; characterised in that the pressure wave generator is configured to produce pressure waves with acoustic power in a broadband acoustic power spectrum that has a bandwidth measured in terms of a 3-decibel bandwidth from about 1 kHz to about 500 kHz .
A sample isolation kit comprising: a housing configured to detachably couple to a sample fluid channel of a microchip and provide a sample to the microchip, wherein the housing and the microchip are coupled using a hermetic seal ; and a storage housing configured to detachably couple to an isolation channel of the microchip and receive a target biological sample isolated from the sample by the microchip, wherein the storage housing and the microchip are coupled using a hermetic seal . a housing configured to detachably couple to a sample fluid channel of a microchip and provide a sample to the microchip, wherein the housing and the microchip are coupled using a hermetic seal ; and a storage housing configured to detachably couple to an isolation channel of the microchip and receive a target biological sample isolated from the sample by the microchip, wherein the storage housing and the microchip are coupled using a hermetic seal .