mhurhangee/patent-ind-claim-en huggingface dataset:
Network management apparatus for use in a telecommunications system, comprising: processing circuitry configured to: receive a request requesting termination of a first communication service instance, CSI, supported by a first network slice instance, NSI, associated with a set of network resource requirements; terminate the first CSI based on the request; characterized in that the processing circuitry is further configured to: in case that at least one other CSI is supported by the first NSI along with the first CSI, perform a modification feasibility check for the first NSI, the modification feasibility check being used to identify a level of scale-in or scale-down for the set of the network resource requirements associated with the first NSI to be performed according to the termination of the first CSI; identify whether to terminate the first NSI based on the modification feasibility check; and in case that the first NSI is to be terminated, initiate re-allocation of the at least one other CSI to a second NSI different from the first NSI. processing circuitry configured to: receive a request requesting termination of a first communication service instance, CSI, supported by a first network slice instance, NSI, associated with a set of network resource requirements; terminate the first CSI based on the request; receive a request requesting termination of a first communication service instance, CSI, supported by a first network slice instance, NSI, associated with a set of network resource requirements; terminate the first CSI based on the request; characterized in that the processing circuitry is further configured to: in case that at least one other CSI is supported by the first NSI along with the first CSI, perform a modification feasibility check for the first NSI, the modification feasibility check being used to identify a level of scale-in or scale-down for the set of the network resource requirements associated with the first NSI to be performed according to the termination of the first CSI; identify whether to terminate the first NSI based on the modification feasibility check; and in case that the first NSI is to be terminated, initiate re-allocation of the at least one other CSI to a second NSI different from the first NSI. in case that at least one other CSI is supported by the first NSI along with the first CSI, perform a modification feasibility check for the first NSI, the modification feasibility check being used to identify a level of scale-in or scale-down for the set of the network resource requirements associated with the first NSI to be performed according to the termination of the first CSI; identify whether to terminate the first NSI based on the modification feasibility check; and in case that the first NSI is to be terminated, initiate re-allocation of the at least one other CSI to a second NSI different from the first NSI.
A method performed by a user device, the method comprising: reporting mobility information to an associated network; and indicating one or more time periods during which the user device has been out of service coverage of the network, wherein the indicating comprises adding an identifier to the mobility information to indicate a time spent by the user device out of the service coverage of the network, wherein the indication of the one or more time periods during which the user device has been out of service coverage of the network is included in the mobility information report. reporting mobility information to an associated network; and indicating one or more time periods during which the user device has been out of service coverage of the network, wherein the indicating comprises adding an identifier to the mobility information to indicate a time spent by the user device out of the service coverage of the network, wherein the indication of the one or more time periods during which the user device has been out of service coverage of the network is included in the mobility information report.
A process for the production of synthesis gas from hard coal, wherein (a) hard coal is subjected to dry pyrolysis, resulting in the production of a gas mixture containing hydrogen, methane, nitrogen and carbon monoxide as major constituents and carbon sulphides as minor constituents, (b) the gas mixture is subjected to hydrogenation at a temperature in the range of 200 to 280 °C over a sulphidic cobalt molybdenum catalyst provided on an aluminum oxide carrier material, and (c) the hydrogen sulphide obtained from hydrogenation is separated from the gas mixture, wherein sulphidic cobalt molybdenum catalysts are used which contain molybdenum sulphide as the actual catalyst and cobalt as the promoter, wherein said catalysts are composed of more than 50 %-mole of molybdenum sulphide and said catalysts contain the cobalt in sulphidic form, the quantity in %-mole of said cobalt in sulphidic form resulting as the difference to 100, wherein molybdenum sulphide has been obtained by sulphidation of the respective oxide, wherein the MoO 3 has been converted completely to MoS 2 , wherein after sulphidation the cobalt is present in three forms: first as Co 9 S 8 crystals deposited on the carrier, as Co 2+ ions on the edges of the MoS 2 plates ('CoMo phase') and as Co 2+ ions on the tetrahedral positions in the aluminum oxide lattice. (a) hard coal is subjected to dry pyrolysis, resulting in the production of a gas mixture containing hydrogen, methane, nitrogen and carbon monoxide as major constituents and carbon sulphides as minor constituents, (b) the gas mixture is subjected to hydrogenation at a temperature in the range of 200 to 280 °C over a sulphidic cobalt molybdenum catalyst provided on an aluminum oxide carrier material, and (c) the hydrogen sulphide obtained from hydrogenation is separated from the gas mixture,
An apparatus for producing a press-moulded part that has at least one aperture, comprising - a top tool , - a bottom tool , wherein - the top tool can be moved relative to the bottom tool , the bottom tool can be moved relative to the top tool , or the top tool can be moved relative to the bottom tool , in order to bring the press-moulded part into its desired shape, - the top tool or the bottom tool forms a punch for providing the aperture of the press-moulded part , and the punch comprises a receiving section and a punching section , and characterised in that - the punching section can be selectively fixed to the top tool or the bottom tool using a locking device , so that the punching section can be moved together with the top tool or the bottom tool or can be separated therefrom, and the punching section forms an injection moulding cavity with the receiving section when the punching section is fixed to the receiving section . - a top tool , - a bottom tool , wherein - the top tool can be moved relative to the bottom tool , the bottom tool can be moved relative to the top tool , or the top tool can be moved relative to the bottom tool , in order to bring the press-moulded part into its desired shape, - the top tool or the bottom tool forms a punch for providing the aperture of the press-moulded part , and the punch comprises a receiving section and a punching section , and characterised in that - the punching section can be selectively fixed to the top tool or the bottom tool using a locking device , so that the punching section can be moved together with the top tool or the bottom tool or can be separated therefrom, and the punching section forms an injection moulding cavity with the receiving section when the punching section is fixed to the receiving section .
Sound transducer comprising a diaphragm pot , a transducer element and a housing, wherein the diaphragm pot has a diaphragm and a wall , wherein the housing comprises a housing upper part and a housing lower part , characterized in that the diaphragm , the wall of the diaphragm pot and the housing upper part are designed in one piece in the form of a fibre-plastics composite component , wherein the housing upper part transitions into the diaphragm pot via a shoulder and wherein at least one first region of the fibre-plastics composite component is reinforced with fibres and at least one second region of the fibre-plastics composite component is free of fibres, such that waves are at least partially reflected in the fibre-plastics composite component at a transition from the at least one first region to the at least one second region , wherein i) the shoulder of the housing upper part is reinforced with fibres and the wall of the diaphragm pot is free of fibres, or ii) the wall of the diaphragm pot or partial regions of the housing upper part is/are reinforced with fibres and the shoulder of the housing upper part is free of fibres. i) the shoulder of the housing upper part is reinforced with fibres and the wall of the diaphragm pot is free of fibres, or ii) the wall of the diaphragm pot or partial regions of the housing upper part is/are reinforced with fibres and the shoulder of the housing upper part is free of fibres.
Device for storing piece goods (G), in particular rack or cupboard, with at least one bottom with an upper side, on which the piece goods (G) are storable in a surveillance space (R), and with a lower side and with openings , which run from the upper side to the lower side, as well as signal transmitters with associated signal receivers , wherein at least one type is arranged in the openings at the lower side and a signal (S) of the signal transmitters is detectable by the signal receivers , as well as a control electronic with a control system , which energize the signal transmitters and the signal receivers as well as processes signals (S) of the signal receivers and identify them in order to identify an occupancy state (BZ1, BZ2) of the surveillance space (R) with piece goods on the basis of the existence of a signal (S) at the respective signal receiver .
A driving device for a head-up display, the driving device comprising: a motor ; a driving gear mounted at the motor and rotated when the motor is driven; a worm gear engaged with the driving gear via an inside thereof and rotated by interlocking with the driving gear ; a movable mirror configured to reflect an image signal and linearly moved by being engaged with the worm gear ; a stopper configured to restrict movement of the movable mirror ; and a bending prevention part connected to the driving gear and configured to be inserted into the worm gear , wherein the worm gear includes: a worm gear hub in which a hub gear part engaged with the driving gear is formed; and a worm gear shaft connected to the worm gear hub and configured to move the movable mirror by being engaged with the movable mirror , and wherein the bending prevention part includes: a prevention protrusion part n protruding from the driving gear ; and a prevention guide part formed in the worm gear and into which the prevention protrusion part is inserted. a motor ; a driving gear mounted at the motor and rotated when the motor is driven; a worm gear engaged with the driving gear via an inside thereof and rotated by interlocking with the driving gear ; a movable mirror configured to reflect an image signal and linearly moved by being engaged with the worm gear ; a stopper configured to restrict movement of the movable mirror ; and a bending prevention part connected to the driving gear and configured to be inserted into the worm gear , wherein the worm gear includes: a worm gear hub in which a hub gear part engaged with the driving gear is formed; and a worm gear shaft connected to the worm gear hub and configured to move the movable mirror by being engaged with the movable mirror , and wherein the bending prevention part includes: a prevention protrusion part n protruding from the driving gear ; and a prevention guide part formed in the worm gear and into which the prevention protrusion part is inserted. a worm gear hub in which a hub gear part engaged with the driving gear is formed; and a worm gear shaft connected to the worm gear hub and configured to move the movable mirror by being engaged with the movable mirror , and wherein the bending prevention part includes: a prevention protrusion part n protruding from the driving gear ; and a prevention guide part formed in the worm gear and into which the prevention protrusion part is inserted. a prevention protrusion part n protruding from the driving gear ; and a prevention guide part formed in the worm gear and into which the prevention protrusion part is inserted.
A method of diagnosing Head and Neck Squamous Cell Carcinoma (HNSCC) in an individual (suspected of having HNSCC) comprising the step of: determining the level of at least one eukaryotic Initiation Factor (elF), wherein the at least one elF is selected from the group consisting of eIF2S1, eIF2S2, and eIF2S3, in a biological sample from an individual (suspected of having HNSCC).
A punching/perforating machine for generating a predefinable punching/perforation pattern in a material unit/web (M) supplied in a transport direction (T), comprising - a punching/perforation tool having -- a tool upper part (12.1), which is movable in a stroke direction (H) and which has a plurality of stamping punches/perforating needles which are arranged in a predefined grid in a transverse direction (Q) and which are movable by means of a pressure beam which is operatively connected via a control device to a drive unit for generating a punching/perforation stroke (H), and -- a stationary tool lower part (12.2)/female die, - wherein the material unit/web (M) is supplied between the tool upper part (12.1) and the tool lower part (12.2), - characterized in that - means for generating a simultaneous relative movement of the material unit/web (M) relative to the punching/perforation tool to a predefinable extent both in the transport direction (T) and in the transverse direction (Q) are present, such that the material unit/web (M) is positionable, prior to each punching/perforation stroke (H), in an individual predefinable position relative to the punching/perforation tool . - a punching/perforation tool having -- a tool upper part (12.1), which is movable in a stroke direction (H) and which has a plurality of stamping punches/perforating needles which are arranged in a predefined grid in a transverse direction (Q) and which are movable by means of a pressure beam which is operatively connected via a control device to a drive unit for generating a punching/perforation stroke (H), and -- a stationary tool lower part (12.2)/female die, -- a tool upper part (12.1), which is movable in a stroke direction (H) and which has a plurality of stamping punches/perforating needles which are arranged in a predefined grid in a transverse direction (Q) and which are movable by means of a pressure beam which is operatively connected via a control device to a drive unit for generating a punching/perforation stroke (H), and -- a stationary tool lower part (12.2)/female die, - wherein the material unit/web (M) is supplied between the tool upper part (12.1) and the tool lower part (12.2), - characterized in that - means for generating a simultaneous relative movement of the material unit/web (M) relative to the punching/perforation tool to a predefinable extent both in the transport direction (T) and in the transverse direction (Q) are present, such that the material unit/web (M) is positionable, prior to each punching/perforation stroke (H), in an individual predefinable position relative to the punching/perforation tool .
A laser welding method of making a workpiece and an end of a fin member face each other, and applying a laser beam (L) between the workpiece and the fin member to join the workpiece and the fin member , wherein an end of the fin member before laser welding is disposed to face the workpiece , and an installed state of the workpiece and the fin member includes a gap (G) between the workpiece and the fin member , the fin member has a beveled portion which is beveled at the end facing the workpiece , the fin member has a front side (P1), a back side (P2) formed on an opposite side of the front side (P1), an end surface (P3) of the end facing the workpiece , and a beveled surface (P4) of the beveled portion beveled at the end portion, a space area (E) formed between the workpiece and the fin member is an area, in a cross-section perpendicular to the traveling direction of the laser welding, that is surrounded by a welding target surface of the workpiece facing the fin member , the end surface (P3) facing the welding target surface of the workpiece , the beveled surface (P4) of the beveled portion , a front side virtual surface (P6) extending to the workpiece side along the front side (P1) of the fin member , and a back side virtual surface (P7) extending to the workpiece side along the back side (P2) of the fin member , and when a maximum space area in which the space area (E) becomes the maximum is set as Emax, and a minimum space area in which the space area (E) becomes the minimum is set as Emin, the beveled portion is beveled to satisfy the relation of Emax/Emin ≤ 5.
A model predictive control, in short MPC, system for controlling an operation of a machine according to a model of the machine dynamics, comprising: a memory to store a cost function including a first term defined by an objective of the MPC a processor to optimize the cost function over a time-horizon subject to constraints to produce a sequence of control inputs to control the state of the machine over the time horizon; and a controller to control the machine according to the first control input in the sequence. characterized in that the cost function also includes a second term penalizing deviation of a state of the machine from a value satisfying an equation of dynamics of the machine for said state a memory to store a cost function including a first term defined by an objective of the MPC a processor to optimize the cost function over a time-horizon subject to constraints to produce a sequence of control inputs to control the state of the machine over the time horizon; and a controller to control the machine according to the first control input in the sequence. characterized in that the cost function also includes a second term penalizing deviation of a state of the machine from a value satisfying an equation of dynamics of the machine for said state
An oyster farming method, comprising at least one cultivation step comprising alternating periods of immersion and periods of mechanical dewatering of oysters, in which method the periods of mechanical dewatering last between 3 hours and 48 hours, and in that a period of immersion between two periods of mechanical dewatering lasts between 3 hours and seven days, said method being characterized said cultivation step is subsequent to a preliminary maturation step which is performed until the oysters have a size of between approximatively 15 mm and 80 mm.
A method to protect from breaks and scratches a surface made of ceramic, glass or plastic comprising: (a) pre-treatment of the surface with a composition comprising an alcohol; (b) applying to the pre-treated surface a liquid composition comprising diamond particles of 0.2 to 0.5 micron incorporated in deionized water; (c) drying the surface in which has been applied the composition according to step (b); and (d) polish the previously dried surface according to step (c).
A weather sensor assembly comprising: a sensor module comprising: a top sensor ; and a bottom sensor , wherein the top sensor and the bottom sensor are separated by a gap to allow air to flow in between the top sensor and the bottom sensor unobstructed, wherein the bottom sensor comprises a plurality of ultrasonic transducers to measure the air flowing through the gap between the bottom sensor and the top sensor to determine at least one of wind speed and wind direction; the weather sensor assembly being characterised in that it comprises two or more power modules with power storage and power generation capabilities placed beneath the sensor module , wherein the power modules are stacked vertically on top of one another so as to be in connection with the sensor module , the power modules being configured to provide power to the sensor module , wherein each of the two or more power modules comprises a solar cell attached to a side of the respective one of the two or more power modules. a sensor module comprising: a top sensor ; and a bottom sensor , wherein the top sensor and the bottom sensor are separated by a gap to allow air to flow in between the top sensor and the bottom sensor unobstructed, wherein the bottom sensor comprises a plurality of ultrasonic transducers to measure the air flowing through the gap between the bottom sensor and the top sensor to determine at least one of wind speed and wind direction; a top sensor ; and a bottom sensor , wherein the top sensor and the bottom sensor are separated by a gap to allow air to flow in between the top sensor and the bottom sensor unobstructed, wherein the bottom sensor comprises a plurality of ultrasonic transducers to measure the air flowing through the gap between the bottom sensor and the top sensor to determine at least one of wind speed and wind direction; the weather sensor assembly being characterised in that it comprises two or more power modules with power storage and power generation capabilities placed beneath the sensor module , wherein the power modules are stacked vertically on top of one another so as to be in connection with the sensor module , the power modules being configured to provide power to the sensor module , wherein each of the two or more power modules comprises a solar cell attached to a side of the respective one of the two or more power modules.
Procedure for coating surfaces of a component under vacuum using a vacuum coating system , whereby the procedure includes at least two of the following process steps: a) plasma activation of the component surface to be coated in an evacuated plasma activation chamber and/or b) applying the coat in an evacuated coating chamber and/or c) plasma polymerization to create a protective layer on the applied coat in an evacuated plasma polymerization chamber , wherein the plasma activation chamber and/or coating chamber and/or plasma polymerization chamber are ventilated and opened between at least two of the aforementioned process steps, and the component is fed to the subsequent process step. a) plasma activation of the component surface to be coated in an evacuated plasma activation chamber and/or b) applying the coat in an evacuated coating chamber and/or c) plasma polymerization to create a protective layer on the applied coat in an evacuated plasma polymerization chamber ,
An active noise control device having two passive attenuation earpieces , each fitted with an external microphone , an internal microphone , and a loudspeaker for reproducing a noise in the earpiece; the control device having a processor system comprising a feedforward filter (FF_i) connected to the external microphones, a feedback filter (FB) connected to the internal microphones, a reproduction module supplying each loudspeaker with a signal reproduced from output signals of the feedforward filter and of the feedback filter; wherein the processor system includes a limiting filter (FL_i) positioned between the feedforward filter and the reproduction module and arranged to limit the output signals from the feedforward filter so as to avoid the reproduced noise having a sound level that is too great, and wherein the control device includes adjustment means for adjusting both the limit threshold of the limiting filter and also the total gain of the control device in combined manner; the control device being characterized by the limiting filter (FL_i) passing frequency components of the output signal from the feedforward filter that are of amplitude lower than a limit threshold, and clipping frequency components that are greater than the limit threshold at the limit threshold.