mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising a processor , a memory , and communication circuitry , the apparatus being connected to a network via its communication circuitry, the apparatus further comprising computer-executable instructions stored in the memory of the apparatus which, when executed by the processor of the apparatus, cause the apparatus to perform operations comprising: selecting one or more beams from a plurality of beams provided by at least one node in the network; sending, to the at least one node, a beam index feedback with a channel state information, CSI, report that indicates the selected one or more beams based on a CSI report configuration; receiving, until a beam is reselected, a CSI reference signal and downlink, DL, data via the selected one or more beams; characterized by sending a beam re-selection request, via a Physical Uplink Control channel, PUCCH, to the at least one node, wherein the beam re-selection request comprises a first bit that indicates that the beam should be re-selected and a second bit that indicates whether the beam should be re-selected using a new beam sweep. selecting one or more beams from a plurality of beams provided by at least one node in the network; sending, to the at least one node, a beam index feedback with a channel state information, CSI, report that indicates the selected one or more beams based on a CSI report configuration; receiving, until a beam is reselected, a CSI reference signal and downlink, DL, data via the selected one or more beams; characterized by sending a beam re-selection request, via a Physical Uplink Control channel, PUCCH, to the at least one node, wherein the beam re-selection request comprises a first bit that indicates that the beam should be re-selected and a second bit that indicates whether the beam should be re-selected using a new beam sweep.
Cosmetic preparation comprising a) 4-(tert-butyl)-4'-methoxydibenzoylmethane, b) 2,4,6-tris[anilino(p-carbo-2'-ethyl-1'-hexyloxy)]-1,3,5-triazine (INCI: Ethylhexyl Triazone) and c) hydrogenated vegetable oil (INCI: Hydrogenated Vegetable Oil), the preparation comprising hydrogenated rapeseed oil (INCI: Hydrogenated Rapeseed Oil) as hydrogenated vegetable oil (INCI: Hydrogenated Vegetable Oil) and the preparation being free of propyl and butyl paraben, 3-iodo-2-propynyl butylcarbamate, Hydroxyisohexyl 3-Cyclohexene Carboxaldehyde (Lyral), 3-(4-methylbenzylidene)camphor, 2-hydroxy-4-methoxybenzophenone (Oxybenzone) and 2-ethylhexyl 4-methoxycinnamate (Ethylhexyl Methoxycinnamate). a) 4-(tert-butyl)-4'-methoxydibenzoylmethane, b) 2,4,6-tris[anilino(p-carbo-2'-ethyl-1'-hexyloxy)]-1,3,5-triazine (INCI: Ethylhexyl Triazone) and c) hydrogenated vegetable oil (INCI: Hydrogenated Vegetable Oil),
An inorganic degradable plastic masterbatch material, used to prepare various environmentally friendly degradable products, comprising the following components: calcium carbonate mineral powder with mass percentage of 56-72%; polyethylene with mass percentage of 3-10%; polypropylene with mass percentage of 18-30%; glass fibers with mass percentage of 2-5%; and additives with mass percentage of 2-5%; proportions of calcium carbonate mineral powder of different particle sizes in the above mentioned calcium carbonate mineral powder with mass percentage of 56-72% are: 5-15% for 230 mesh with particle diameter being controlled at 65-60 microns; 5-15% for 250 mesh with particle diameter being controlled at 60-55 microns; 5-15% for 300 mesh with particle diameter being controlled at 55-50 microns; 20-40% for 400 mesh with particle diameter being controlled at 50-35 microns; 10-45% for 800 mesh with particle diameter being controlled at 20-10 microns; 10-45% for 1200 mesh with particle diameter being controlled at 10-5 microns; wherein, an average particle size for the calcium carbonate mineral powder as a whole must be in a range between 20 microns and 45 microns. calcium carbonate mineral powder with mass percentage of 56-72%; polyethylene with mass percentage of 3-10%; polypropylene with mass percentage of 18-30%; glass fibers with mass percentage of 2-5%; and additives with mass percentage of 2-5%; proportions of calcium carbonate mineral powder of different particle sizes in the above mentioned calcium carbonate mineral powder with mass percentage of 56-72% are: 5-15% for 230 mesh with particle diameter being controlled at 65-60 microns; 5-15% for 250 mesh with particle diameter being controlled at 60-55 microns; 5-15% for 300 mesh with particle diameter being controlled at 55-50 microns; 20-40% for 400 mesh with particle diameter being controlled at 50-35 microns; 10-45% for 800 mesh with particle diameter being controlled at 20-10 microns; 10-45% for 1200 mesh with particle diameter being controlled at 10-5 microns; 5-15% for 230 mesh with particle diameter being controlled at 65-60 microns; 5-15% for 250 mesh with particle diameter being controlled at 60-55 microns; 5-15% for 300 mesh with particle diameter being controlled at 55-50 microns; 20-40% for 400 mesh with particle diameter being controlled at 50-35 microns; 10-45% for 800 mesh with particle diameter being controlled at 20-10 microns; 10-45% for 1200 mesh with particle diameter being controlled at 10-5 microns; wherein, an average particle size for the calcium carbonate mineral powder as a whole must be in a range between 20 microns and 45 microns.
An extractor for removing an implanted lead (A) from a patient, the extractor comprising a lumen dimensioned to receive the lead therein; a cutter at a distal portion for cutting tissue adjacent the lead; a distal clamping structure spaced proximally of the cutter; and a proximal clamping structure spaced proximally of the distal clamping structure, the proximal clamping structure relatively movable with respect to the distal clamping structure to extract the lead from the patient, characterized in that the proximal clamping structure includes a first plurality of discrete radially spaced apart clamping members . a lumen dimensioned to receive the lead therein; a cutter at a distal portion for cutting tissue adjacent the lead; a distal clamping structure spaced proximally of the cutter; and a proximal clamping structure spaced proximally of the distal clamping structure, the proximal clamping structure relatively movable with respect to the distal clamping structure to extract the lead from the patient, characterized in that the proximal clamping structure includes a first plurality of discrete radially spaced apart clamping members .
A system comprising an ion source and means for delivering feed gas to said ion source, comprising: a gas tube , having an inner channel configured to be in fluid communication with a dopant source ; and a gas bushing attached to an ion source chamber and having an inner channel in fluid communication with the inner channel of the gas tube and the ion source chamber , wherein the gas bushing is constructed of a thermally isolating material so as to thermally separate the gas tube from the ion source , wherein the gas bushing has an inner surface in communication with the ion source chamber and an outer surface, and wherein the shape of the gas bushing is symmetrical such that the gas bushing can be flipped, i.e., the inner surface becomes the outer surface. a gas tube , having an inner channel configured to be in fluid communication with a dopant source ; and a gas bushing attached to an ion source chamber and having an inner channel in fluid communication with the inner channel of the gas tube and the ion source chamber , wherein the gas bushing is constructed of a thermally isolating material so as to thermally separate the gas tube from the ion source , wherein the gas bushing has an inner surface in communication with the ion source chamber and an outer surface, and wherein the shape of the gas bushing is symmetrical such that the gas bushing can be flipped, i.e., the inner surface becomes the outer surface.
A roof apparatus comprising: a movable panel configured to open and close an opening formed at a roof of a vehicle; a pair of guide rails provided, when mounted in the vehicle, at respective edge portions of the opening in a vehicle width direction and being extended in a front-rear direction of the vehicle; a pair of support brackets provided at respective edge portions of the movable panel in the vehicle width direction and supported at the pair of guide rails to be movable and slidable relative to the guide rails ; the movable panel being configured to be opened while maintaining a tilt-up state; characterized in that a cover portion is integrally formed at an upper portion of the front edge of the support bracket so as to protrude to the vehicle inner side and the vehicle outer side, and includes a first wall portion , a second wall portion and a drain groove , the first wall portion and the second wall portion being disposed to face each other in the front-rear direction and the drain groove is formed between the first and second wall portion and extending in the vehicle width direction. a movable panel configured to open and close an opening formed at a roof of a vehicle; a pair of guide rails provided, when mounted in the vehicle, at respective edge portions of the opening in a vehicle width direction and being extended in a front-rear direction of the vehicle; a pair of support brackets provided at respective edge portions of the movable panel in the vehicle width direction and supported at the pair of guide rails to be movable and slidable relative to the guide rails ; the movable panel being configured to be opened while maintaining a tilt-up state; characterized in that a cover portion is integrally formed at an upper portion of the front edge of the support bracket so as to protrude to the vehicle inner side and the vehicle outer side, and includes a first wall portion , a second wall portion and a drain groove , the first wall portion and the second wall portion being disposed to face each other in the front-rear direction and the drain groove is formed between the first and second wall portion and extending in the vehicle width direction.
A method comprising: transmitting, by an inductive-charging transmitter , an inductive-charging signal to an inductive-charging receiver , the inductive charging signal having a substantially fixed amplitude and having a frequency corresponding to a resonant frequency of the inductive-charging receiver ; terminating transmission of the inductive-charging signal after elapse of a pre-determined transmission duration of the inductive-charging signal ; subsequent to the termination of the transmission of the inductive-charging signal , receiving a charge request signal from the inductive-charging receiver ; in response to the charge request signal , transmitting the inductive-charging signal ; terminating transmission of the inductive-charging signal after elapse of another pre-determined transmission duration of the inductive-charging signal ; wherein the method further comprises: entering an active phase of a periodic charge cycle, wherein the periodic charge cycle has a fixed period, and wherein the transmission of the inductive-charging signal is performed during the active phase; and subsequent to entering of the active phase, entering a passive phase of the periodic charge cycle, wherein the termination of the transmission of the inductive-charging signal is performed in response to entering of the passive phase. transmitting, by an inductive-charging transmitter , an inductive-charging signal to an inductive-charging receiver , the inductive charging signal having a substantially fixed amplitude and having a frequency corresponding to a resonant frequency of the inductive-charging receiver ; terminating transmission of the inductive-charging signal after elapse of a pre-determined transmission duration of the inductive-charging signal ; subsequent to the termination of the transmission of the inductive-charging signal , receiving a charge request signal from the inductive-charging receiver ; in response to the charge request signal , transmitting the inductive-charging signal ; terminating transmission of the inductive-charging signal after elapse of another pre-determined transmission duration of the inductive-charging signal ; entering an active phase of a periodic charge cycle, wherein the periodic charge cycle has a fixed period, and wherein the transmission of the inductive-charging signal is performed during the active phase; and subsequent to entering of the active phase, entering a passive phase of the periodic charge cycle, wherein the termination of the transmission of the inductive-charging signal is performed in response to entering of the passive phase.
A method for manufacturing a security element for a security paper, value document or the like, comprising a substrate which is at least partially equipped with an embossed coating comprising at least two layers, having the steps of: a) applying a first UV-curing layer to the substrate; b) complete curing of the first UV-curing layer; c) applying at least one second UV-curing layer to the completely cured first layer; characterized in that the method has the following further steps of: d) embossing the last applied UV-curing layer, wherein a microstructure is embossed; e) curing the coating; wherein the curing of the layers is effected by ultraviolet radiation. a) applying a first UV-curing layer to the substrate; b) complete curing of the first UV-curing layer; c) applying at least one second UV-curing layer to the completely cured first layer; characterized in that the method has the following further steps of: d) embossing the last applied UV-curing layer, wherein a microstructure is embossed; e) curing the coating; wherein the curing of the layers is effected by ultraviolet radiation.
A method for manufacturing a bearing , in particular a high temperature resistant, tolerance compensating shaft bearing , comprising the steps of: providing a bearing bushing , which is designed to receive a shaft segment, providing a wire-mesh ring , which is designed to enclose the bearing bushing , enclosing, in particular pressing-on, the wire-mesh ring about the bearing bushing , so that the bearing bushing is enclosed by the wire-mesh ring , characterized in that the bearing bushing is continuously slotted at precisely one place, so that the slot divides the wall of the bearing bushing once, wherein a compression of the slotted bearing bushing is effected by the enclosing wire-mesh ring , wherein the slitting of the bearing bushing occurs prior to a press-on of the wire-mesh ring on the bearing bushing . providing a bearing bushing , which is designed to receive a shaft segment, providing a wire-mesh ring , which is designed to enclose the bearing bushing , enclosing, in particular pressing-on, the wire-mesh ring about the bearing bushing , so that the bearing bushing is enclosed by the wire-mesh ring , characterized in that the bearing bushing is continuously slotted at precisely one place, so that the slot divides the wall of the bearing bushing once, wherein a compression of the slotted bearing bushing is effected by the enclosing wire-mesh ring , wherein the slitting of the bearing bushing occurs prior to a press-on of the wire-mesh ring on the bearing bushing .
A method for dealkalizing the inner face of the wall of a glass container , such as a vial, which wall delimits an accommodation cavity for a product, said method being characterized in that it comprises: - a step of supplying a borosilicate glass container , the inner face of the wall of which is at a temperature of at least 350°C, and - a step of introducing into said accommodation cavity , with said inner face being at a temperature of at least 350°C, a treatment liquid containing a treatment substance designed to react under the effect of the heat from the inner face of the wall of the container to bring about dealkalization of the glass. - a step of supplying a borosilicate glass container , the inner face of the wall of which is at a temperature of at least 350°C, and - a step of introducing into said accommodation cavity , with said inner face being at a temperature of at least 350°C, a treatment liquid containing a treatment substance designed to react under the effect of the heat from the inner face of the wall of the container to bring about dealkalization of the glass.
Photovoltaic system with a photovoltaic generator , which comprises a plurality of strands of photovoltaic modules connected in series, the strands having a positive and a negative pole (11 and 13) between which a pre-settable strand voltage is applied via the number of photovoltaic modules connected in series, which in the case of idling of the photovoltaic generator is more than 1000 volts, and with an inverter , whose DC voltage input is connected to the two poles, and whose output side may be connected to a supply network (L1, L2 , L3), characterised in that the positive pole and the negative pole can be connected to the DC voltage input of the inverter via a first or a second switching element , that a control device is provided by means of which at least one of the two switching elements is opened when the voltage of the positive pole with respect to earth exceeds a first predetermined limit value or when the voltage of the negative pole with respect to earth exceeds a second predetermined limit value in terms of amount, and that the control device closes a third switching element arranged between the positive pole and the negative pole while the first and/or the second switching element opens or when at least one is opened, so that the closed third switching element connects the positive pole and the negative pole.
A panel for attenuating sound, comprising: a perforated first skin ; a second skin ; and a core forming a plurality of cavities vertically between the perforated first skin and the second skin , the core including an array of corrugations that include a first baffle , a second baffle and a first septum ; the cavities including a first cavity formed longitudinally between the first baffle and the second baffle , and the first cavity fluidly coupled with perforations in the first skin ; and the first septum extending from the first skin and the first baffle to the second skin and the second baffle , and the first septum dividing the first cavity into fluidly coupled sub-cavities ; wherein at least one of the first baffle or the septum comprises at least one first rib and at least one second rib , characterised in that the first rib extends along a first trajectory and the second rib extends along a second trajectory that is non-parallel with the first trajectory. a perforated first skin ; a second skin ; and a core forming a plurality of cavities vertically between the perforated first skin and the second skin , the core including an array of corrugations that include a first baffle , a second baffle and a first septum ; the cavities including a first cavity formed longitudinally between the first baffle and the second baffle , and the first cavity fluidly coupled with perforations in the first skin ; and the first septum extending from the first skin and the first baffle to the second skin and the second baffle , and the first septum dividing the first cavity into fluidly coupled sub-cavities ; wherein at least one of the first baffle or the septum comprises at least one first rib and at least one second rib , characterised in that the first rib extends along a first trajectory and the second rib extends along a second trajectory that is non-parallel with the first trajectory.
Device for lifting, lowering, or holding a load (L), having a compensation device for compensating relative movements of the load (L) in relation to a target position that are caused in particular by the motion of the sea, wherein the load (L) by a lifting device is able to be moved in the direction towards the target position or away from the latter, and the lifting device is assigned a passive compensation device which at least partially supports the weight of the load (L), wherein an active compensation unit which is able to be actuated as a function of a relative movement of the load (L) or of the effective force is provided, wherein the active compensation unit has a linear actuator, the actuating element thereof engaging on the load (L) in a manner parallel to the passive compensation device , characterized in that the active compensation device has a winch drive for activating the linear actuator, wherein the winch drive has two active winches which are assigned a winch rope or a suspension rope which is deflected by means of a deflection wheel by way of which a hydraulic pump is driven.
A system adapted to classify object and operate an automated vehicle, said system comprising: an object-detector that detects an object proximate to a host-vehicle ; and a controller in communication with the object-detector , characterised in that said controller is configured to determine air-movement proximate to the object , determine a density of the object based on a motion-characteristic of the object caused by the determined air-movement proximate to the object , wherein the amount or degree to which the object moves in response to the air movement indicates the motion-characteristic and is used to determine the density of the object , and operate the host-vehicle to avoid striking the object with the host-vehicle when the density of the object is classified as dense. an object-detector that detects an object proximate to a host-vehicle ; and a controller in communication with the object-detector , characterised in that said controller is configured to determine air-movement proximate to the object , determine a density of the object based on a motion-characteristic of the object caused by the determined air-movement proximate to the object , wherein the amount or degree to which the object moves in response to the air movement indicates the motion-characteristic and is used to determine the density of the object , and operate the host-vehicle to avoid striking the object with the host-vehicle when the density of the object is classified as dense.
Vehicle front structure , comprising; - a side member for supporting a vehicle bumper beam , the side member extending along a longitudinal axis between a first end for connecting to the vehicle bumper beam and a second end for connecting to a bulkhead, - a lateral extension member extending substantially perpendicular with respect to the longitudinal axis of the side member and outward with respect to the vehicle front structure and comprising a mounting projection , characterised by - a mounting system comprising at least two cells for accommodating at least a portion of the lateral extension member , the lateral extension member being connected to the side member and the mounting projection being accommodated with a sliding fit into the cell for exerting a bending moment to the side member , and a bending strength of the lateral extension member in a backward direction towards the side member being higher compared to a bending strength in a forward direction away from the side member . - a side member for supporting a vehicle bumper beam , the side member extending along a longitudinal axis between a first end for connecting to the vehicle bumper beam and a second end for connecting to a bulkhead, - a lateral extension member extending substantially perpendicular with respect to the longitudinal axis of the side member and outward with respect to the vehicle front structure and comprising a mounting projection , characterised by - a mounting system comprising at least two cells for accommodating at least a portion of the lateral extension member , the lateral extension member being connected to the side member and the mounting projection being accommodated with a sliding fit into the cell for exerting a bending moment to the side member , and a bending strength of the lateral extension member in a backward direction towards the side member being higher compared to a bending strength in a forward direction away from the side member .