mhurhangee/patent-ind-claim-en huggingface dataset:
A communication control method for a mobile communication system, the method comprising: receiving from a base station , by a user equipment in RRC connected mode, an RRC connection release message (S202) for transitioning the user equipment from the RRC connected mode to an RRC idle mode, wherein the RRC connection release message includes information for the user equipment to determine whether to perform early data transmission; transition to the RRC idle mode (S203), by the user equipment ; transmitting, by the base station , a system information block, SIB, (S401) indicating an allowable amount of data allowed to be transmitted in an early data transmission which transmits uplink user data using message 3 during a random access procedure; receiving, by the user equipment in the RRC idle mode, the SIB; determining, by the user equipment , to perform the early data transmission (S402) when an amount of transmission data to the base station is less than or equal to the allowable amount of data indicated by the SIB. receiving from a base station , by a user equipment in RRC connected mode, an RRC connection release message (S202) for transitioning the user equipment from the RRC connected mode to an RRC idle mode, wherein the RRC connection release message includes information for the user equipment to determine whether to perform early data transmission; transition to the RRC idle mode (S203), by the user equipment ; transmitting, by the base station , a system information block, SIB, (S401) indicating an allowable amount of data allowed to be transmitted in an early data transmission which transmits uplink user data using message 3 during a random access procedure; receiving, by the user equipment in the RRC idle mode, the SIB; determining, by the user equipment , to perform the early data transmission (S402) when an amount of transmission data to the base station is less than or equal to the allowable amount of data indicated by the SIB.
A system for washing laundry with purified water alone and without detergents, tensides or similar chemicals, comprising a washing machine , a water purification apparatus for purifying water, at least one pump , and a reservoir for storing purified water produced by the water purification apparatus , wherein the water purification apparatus comprises at least one filter for filtering off particulate solids, a reverse osmosis device and first and second deionizing materials, wherein the reverse osmosis device is arranged between the filter and the deionizing materials, wherein the washing machine comprises a container for receiving the laundry to be washed, and wherein the container is arranged with an inlet connected to the reservoir , so that the laundry is washable inside the container with the purified water, and wherein the container is arranged with an outlet for used water, charaterised in that the system comprises a tank for collecting used water from the container , wherein an inlet of the tank is connected to the outlet of the container , and the system comprises a sediment filter for filtering off particulate solids from the used water, wherein the sediment filter is arranged between the container and the water purification apparatus , and wherein the sediment filter is a bag filter arranged between the container and the tank , and wherein the bag filter is arranged for filtering off particles having a size down to 10 micrometer (microns).
A method for splicing an end of a first film composite with a beginning of a second film composite in a splicing device , - wherein the first film composite has been passed through the splicing device and the beginning of the second film composite is fed to the splicing device , - wherein the first and the second film composites are cut so as to form a butt joint , - wherein the butt joint formed by the end of the first film composite and the beginning of the second film composite are fed to a connecting station , and - wherein in the connecting station , a connecting element is applied, on one side or on both sides, onto the outer faces of the first and second film composites in a manner so as to overlap the butt joint between the first and second film composites , characterised in that - the first film composite has been passed through a clamping device and, downstream thereof in the transport direction, through a clamping and holding device and through the connecting station , and in that the second film composite is passed through the clamping device and is fed to the subsequent clamping and holding device in such a manner that at least the beginning of the second film composite is positioned within the clamping and holding device , and - the cutting device is positioned between the clamping device and the clamping and holding device and the first and second film composites are cut jointly so as to form the butt joint using said cutting device once the clamping device and the clamping and holding device have been closed. - wherein the first film composite has been passed through the splicing device and the beginning of the second film composite is fed to the splicing device , - wherein the first and the second film composites are cut so as to form a butt joint , - wherein the butt joint formed by the end of the first film composite and the beginning of the second film composite are fed to a connecting station , and - wherein in the connecting station , a connecting element is applied, on one side or on both sides, onto the outer faces of the first and second film composites in a manner so as to overlap the butt joint between the first and second film composites , - the first film composite has been passed through a clamping device and, downstream thereof in the transport direction, through a clamping and holding device and through the connecting station , and in that the second film composite is passed through the clamping device and is fed to the subsequent clamping and holding device in such a manner that at least the beginning of the second film composite is positioned within the clamping and holding device , and - the cutting device is positioned between the clamping device and the clamping and holding device and the first and second film composites are cut jointly so as to form the butt joint using said cutting device once the clamping device and the clamping and holding device have been closed.
Computer-implemented method for optimizing a routing of data traffic in a communications network with a plurality of communication nodes which are connectable over edges of communication paths for a routing of the data traffic, wherein the method comprises the following steps: - Capturing a set of traffic demands , each traffic demand specifying a transfer of a determined data volume from an origin node (o) to a destination node (d) among the plurality of communication nodes , - Specifying a set of potential short communication paths (p) among possible communication paths between the respective origin nodes (o) and the respective destination nodes (d) specified in the set of traffic demands , wherein the edges (e) within the set of potential short communication paths (p) are assigned a respective usage capacity limit, - Calculating, for the set of traffic demands , fractional capacity usages of the edges (e) within the set of potential short communication paths (p), the fractional capacity usages being calculated based on the respective usage capacity limit, - Formulating the calculated fractional capacity usages as terms of a quadratic stress function, - Determining, by using a quantum concept processor , an optimized routing by selecting for each traffic demand of the set of traffic demands one short communication path (p1-p4) from the set of potential short communication paths (p), such that the quadratic stress function is minimized. - Capturing a set of traffic demands , each traffic demand specifying a transfer of a determined data volume from an origin node (o) to a destination node (d) among the plurality of communication nodes , - Specifying a set of potential short communication paths (p) among possible communication paths between the respective origin nodes (o) and the respective destination nodes (d) specified in the set of traffic demands , wherein the edges (e) within the set of potential short communication paths (p) are assigned a respective usage capacity limit, - Calculating, for the set of traffic demands , fractional capacity usages of the edges (e) within the set of potential short communication paths (p), the fractional capacity usages being calculated based on the respective usage capacity limit, - Formulating the calculated fractional capacity usages as terms of a quadratic stress function, - Determining, by using a quantum concept processor , an optimized routing by selecting for each traffic demand of the set of traffic demands one short communication path (p1-p4) from the set of potential short communication paths (p), such that the quadratic stress function is minimized.
A method for creating a block of pixels with film grain for blending with an image to simulate film grain, comprising: receiving film grain information that includes at least one parameter that specifies an attribute of the film grain to appear in the image block, wherein said at least one parameter comprises a set of cut frequencies and a scaling parameter characterizing the film grain; selecting a film grain block from among a database of film grain patterns wherein the selection is controlled by said set of cut frequencies characterizing the film grain; scaling all the pixel values in the block of film grain as indicated by the scaling parameter characterizing the film grain; and storing the created block of film grain in a pool of film grain blocks. receiving film grain information that includes at least one parameter that specifies an attribute of the film grain to appear in the image block, wherein said at least one parameter comprises a set of cut frequencies and a scaling parameter characterizing the film grain; selecting a film grain block from among a database of film grain patterns wherein the selection is controlled by said set of cut frequencies characterizing the film grain; scaling all the pixel values in the block of film grain as indicated by the scaling parameter characterizing the film grain; and storing the created block of film grain in a pool of film grain blocks.
A method for identification and characterization of underground metallic mineral deposits characterized by comprising the following steps: a) Sample collection and preparation, wherein samples are collected from the surface of areas located in different anisotropic or isotropic plans having black, dark blue and dark brown to dark red colour impregnated areas of outcrop rocks, and sample preparation is performed by (i) cutting a cross-section of a sample perpendicular to the fracture layers, (ii) impregnating with mixture of an epoxy resin and a hardener, and (iii) polishing, b) Sample analysis, wherein the coating layer is evaluated on the polished surfaces using VP-SEM-EDS, followed by X-ray analysis, by LA-ICP-MS analysis and micro-XRD analysis, said coating layer being a green film formed on rock surfaces after long exposure to the atmosphere, and c) Identification and characterization of an underground metallic mineral deposit, wherein a geological database is constructed, comprising: (i) a paragenetic table having the chemical elements and mineral phase discrimination of each analysed sample, and (ii) a GIS spatial representation of the chemical elements data of each analysed sample having a quantitative representation of each element located in each sample collected location in order to obtain a target area. a) Sample collection and preparation, wherein samples are collected from the surface of areas located in different anisotropic or isotropic plans having black, dark blue and dark brown to dark red colour impregnated areas of outcrop rocks, and sample preparation is performed by (i) cutting a cross-section of a sample perpendicular to the fracture layers, (ii) impregnating with mixture of an epoxy resin and a hardener, and (iii) polishing, b) Sample analysis, wherein the coating layer is evaluated on the polished surfaces using VP-SEM-EDS, followed by X-ray analysis, by LA-ICP-MS analysis and micro-XRD analysis, said coating layer being a green film formed on rock surfaces after long exposure to the atmosphere, and c) Identification and characterization of an underground metallic mineral deposit, wherein a geological database is constructed, comprising: (i) a paragenetic table having the chemical elements and mineral phase discrimination of each analysed sample, and (ii) a GIS spatial representation of the chemical elements data of each analysed sample having a quantitative representation of each element located in each sample collected location in order to obtain a target area.
An OPC UA aggregation server for aggregating at least one OPC UA server in a remote address space , wherein the at least one OPC UA aggregation server is configured to support data reduction and/or redundancy mechanisms; and wherein the OPC UA aggregation server is configured to store remote address space information of a current session, wherein the session is related to an application and/or a OPC UA client , and wherein the OPC UA aggregation server is configured to use the remote address space information in a next session for aggregating data.
A laser oscillator support table for supporting a laser oscillator , the laser oscillator support table comprising: a base ; a fixed plate supported in a Z-axis direction over the base , the Z-axis direction being a direction parallel to a vertical direction, and being characterized by : the fixed plate being supported over the base with intermediary of Z-axis direction movement means for moving the fixed plate in the Z-axis direction; a Y-axis direction moving plate mounted on the fixed plate movably in a Y-axis direction orthogonal to an X-axis direction when an optical path direction of a laser beam emitted from the laser oscillator supported by the laser oscillator support table is defined as the X-axis direction; a rotating plate that is mounted on the Y-axis direction moving plate rotatably around a rotation center pin fixed to the Y-axis direction moving plate and is configured to support the laser oscillator ; a Y-axis direction movement unit that moves the Y-axis direction moving plate in the Y-axis direction; and a rotational movement unit that rotates the rotating plate around the rotation center pin in a plane parallel to a plane formed by the X-axis direction and the Y-axis direction; wherein the Z-axis direction movement means includes at least three adjusting units configured to be capable of each independently moving in the Z-axis direction, such that a tilt of the laser oscillator support table with respect to an XY-plane is allowed to be adjusted by adjusting a height of each of the adjusting units . a base ; a fixed plate supported in a Z-axis direction over the base , the Z-axis direction being a direction parallel to a vertical direction, and the fixed plate being supported over the base with intermediary of Z-axis direction movement means for moving the fixed plate in the Z-axis direction; a Y-axis direction moving plate mounted on the fixed plate movably in a Y-axis direction orthogonal to an X-axis direction when an optical path direction of a laser beam emitted from the laser oscillator supported by the laser oscillator support table is defined as the X-axis direction; a rotating plate that is mounted on the Y-axis direction moving plate rotatably around a rotation center pin fixed to the Y-axis direction moving plate and is configured to support the laser oscillator ; a Y-axis direction movement unit that moves the Y-axis direction moving plate in the Y-axis direction; and a rotational movement unit that rotates the rotating plate around the rotation center pin in a plane parallel to a plane formed by the X-axis direction and the Y-axis direction; wherein the Z-axis direction movement means includes at least three adjusting units configured to be capable of each independently moving in the Z-axis direction, such that a tilt of the laser oscillator support table with respect to an XY-plane is allowed to be adjusted by adjusting a height of each of the adjusting units .
An airway tube for use in an artificial airway device for establishing an airway in a patient, the device including a tube for introduction into the patient's trachea for passage of gases to and from the patient's lungs, the tube defining a longitudinal axis and including a flexible tube wall , the tube being capable of bending so as to fit into a patient's airway and including a distal portion and a proximal portion , characterised in that the tube is adapted such that all or a part of the proximal portion is relatively more resistant to bending out of the longitudinal axis than all or a part of the distal portion, wherein the proximal portion is relatively more resistant to bending by a modification to the tube wall , wherein the said modification comprises an integral or additional sleeve upon the wall, wherein the sleeve comprises a through-bore of constant diameter such that it fits closely around the tube wall of the airway tube also having a constant diameter longitudinally, and wherein the said degree of resistance to bending of the said proximal portion decreases in the proximal to distal direction.
Device for supplying lubricant to a lubrication point in a machine, having the following features: a lubricant pump unit , which is designed to feed lubricant to a lubrication point ; and a control unit which is designed to control a quantity of lubricant supplied to the lubrication point by the lubricant pump unit on the basis of a sensor measurement signal, wherein the sensor measurement signal depends on a measured viscosity of the lubricant or a measured dielectric constant of the lubricant, further comprising a sensor unit , which is designed to measure a viscosity of the lubricant or a dielectric constant of the lubricant and to provide the sensor measurement signal to the control unit , wherein the sensor unit has a pressure sensor , which is arranged in an external area in the area of the lubrication point , in order to measure a pressure outside the lubrication point , and wherein the sensor unit has a second pressure sensor , which is arranged in an area provided for the lubricant at the lubrication point , in order to measure the pressure of the lubricant at the lubrication point . a lubricant pump unit , which is designed to feed lubricant to a lubrication point ; and a control unit which is designed to control a quantity of lubricant supplied to the lubrication point by the lubricant pump unit on the basis of a sensor measurement signal, wherein the sensor measurement signal depends on a measured viscosity of the lubricant or a measured dielectric constant of the lubricant, further comprising a sensor unit , which is designed to measure a viscosity of the lubricant or a dielectric constant of the lubricant and to provide the sensor measurement signal to the control unit , wherein the sensor unit has a pressure sensor , which is arranged in an external area in the area of the lubrication point , in order to measure a pressure outside the lubrication point , and wherein the sensor unit has a second pressure sensor , which is arranged in an area provided for the lubricant at the lubrication point , in order to measure the pressure of the lubricant at the lubrication point .
Wiper blade adapter unit (12b; 12c) which can form a form-fitting connection with a wiper arm adapter unit (10b-10c) in a mounted state and which has a longitudinal guide unit (20b; 20c) for guiding the wiper arm adapter unit (10b; 10c), and a locking means (14b; 14c) which is mounted movably on the wiper blade adapter unit (12b; 12c) and which is provided to restrict the wiper arm adapter unit (10b; 10c) in the mounted state in its freedom of movement at least substantially in a longitudinal direction (16b; 16c), wherein the locking means (14b; 14c) is in the form of latching means (18b; 18c), wherein the latching means (18b; 18c) is provided in order, upon installation, to be deflected at least substantially parallel to a transverse direction (46b; 46c) of a basic body (22b; 22c) of the wiper blade adapter unit (12b; 12c), said transverse direction being perpendicular to the longitudinal direction (16b; 16c) and perpendicular to a vertical direction (44b; 44c) and running parallel to a wiping plane, characterized in that the latching means (18b; 18c) is formed integrally with the basic body (22b; 22c), wherein the latching means (18b; 18c) has a barb (30b; 30c) which is wedge-shaped and is arranged on the basic body (22b; 22c) on a side which lies opposite a wedge tip (40b; 40c), wherein the basic body (22b; 22c) of the wiper blade adapter unit (12b; 12c) has the longitudinal guide unit (20b; 20c) which comprises a lateral recess (28b; 28c) which in its main direction of extent in a lateral wall (32b; 32c) of the basic body (22b; 22c) extends substantially parallel to a longitudinal direction (16b; 16c).
A user apparatus including a function for performing communication with a plurality of base stations that includes a first base station and a second base station by dual connectivity, comprising: measurement means configured, in a state where the user apparatus performs communication by the dual connectivity, to receive measurement configuration information, from the first base station, for instructing to report an offset indicating a difference between a radio frame in a cell formed by the first base station and a radio frame in a cell formed by the second base station, and to measure the offset according to the measurement configuration information; and measurement reporting means configured to report the offset measured by the measurement means to the first base station; characterized in that : the measurement configuration information is a 3GPP LTE based measurement configuration information having triggerType set to periodical and purpose set to reportStrongestCells respectively, and including sfn-RequestForDC. measurement means configured, in a state where the user apparatus performs communication by the dual connectivity, to receive measurement configuration information, from the first base station, for instructing to report an offset indicating a difference between a radio frame in a cell formed by the first base station and a radio frame in a cell formed by the second base station, and to measure the offset according to the measurement configuration information; and measurement reporting means configured to report the offset measured by the measurement means to the first base station; characterized in that : the measurement configuration information is a 3GPP LTE based measurement configuration information having triggerType set to periodical and purpose set to reportStrongestCells respectively, and including sfn-RequestForDC.