mhurhangee/ep-ind-claims huggingface dataset:
A method for tightening a nut of a fastener through a washer onto a plate on a railroad crossing, wherein the washer is located between the nut and the plate, comprising the steps of; providing a housing; applying by two coaxial drive means (5, 6) turning forces in opposite directions around an axis, with one of said two coaxial drive means (5, 6) being located around the other one of said two coaxial drive means (5, 6); attaching a first socket to one of said coaxial drive means (5, 6) to fit on and engage the plate, without engaging the washer; attaching a second socket to the other of said coaxial drive means (5, 6) inside said first socket, to fit on and engage the nut, without engaging the washer; turning the nut by the second socket so as to tighten the nut and to tighten up the washer onto the plate while said first socket and said housing stand still.
A connection method, comprising: transmitting, by a control plane entity of a centralized unit, a request message for establishing a connection to a user plane entity of the centralized unit, wherein the request message comprises first information corresponding to a control plane; and receiving, by the control plane entity from the user plane entity, a response message indicating whether the connection has been successfully established, wherein when the connection has been successfully established, the response message comprises: configuration information about a public land mobile network supported by a user plane; and configuration information about a network slice supported by the user plane. transmitting, by a control plane entity of a centralized unit, a request message for establishing a connection to a user plane entity of the centralized unit, wherein the request message comprises first information corresponding to a control plane; and receiving, by the control plane entity from the user plane entity, a response message indicating whether the connection has been successfully established, wherein when the connection has been successfully established, the response message comprises: configuration information about a public land mobile network supported by a user plane; and configuration information about a network slice supported by the user plane. configuration information about a public land mobile network supported by a user plane; and configuration information about a network slice supported by the user plane.
A refrigeration cycle apparatus comprising: a housing including a bottom member; a second elastic member disposed on the bottom member; a base disposed on the second elastic member; a first elastic member disposed on the base; a compressor disposed on the base via the first elastic member and configured to compress a refrigerant; a first electric component fixed to the base and configured to drive a motor for the compressor; and a second electric component fixed to the base and configured to perform control that differs from control performed by the first electric component, characterized in that the first electric component and the second electric component are placed on a top side of the base. a housing including a bottom member; a second elastic member disposed on the bottom member; a base disposed on the second elastic member; a first elastic member disposed on the base; a compressor disposed on the base via the first elastic member and configured to compress a refrigerant; a first electric component fixed to the base and configured to drive a motor for the compressor; and a second electric component fixed to the base and configured to perform control that differs from control performed by the first electric component, characterized in that the first electric component and the second electric component are placed on a top side of the base.
A gas turbine engine component (24; 124; 160; 200) comprising: a platform (28; 128; 165; 202), and an airfoil (30; 130; 162; 206) extending from said platform (28; 128; 165; 202), said platform (28; 128; 165; 202) having a pressure side and a suction side; and a cooling passage (34; 134; 166; 212), said cooling passage (34; 134; 166; 212) having an inlet at a lower surface of said platform (28; 128; 165; 202) for admitting cooling air to said cooling passage (34; 134; 166; 212), said cooling passage (34; 134; 166; 212) being located within said platform (28; 128; 165; 202), and extending along the pressure side of said platform (28; 128; 165; 202), said cooling passage (34; 134; 166; 212) further having an outlet (40; 152; 178; 214) for air leaving said cooling passage (34; 134; 166; 212), said outlet being on the suction side of said platform (28; 128; 165; 202); characterised in that: said outlet (40; 152; 178; 214) is exclusively at a radially outer face of said platform (28; 128; 165; 202). a platform (28; 128; 165; 202), and an airfoil (30; 130; 162; 206) extending from said platform (28; 128; 165; 202), said platform (28; 128; 165; 202) having a pressure side and a suction side; and a cooling passage (34; 134; 166; 212), said cooling passage (34; 134; 166; 212) having an inlet at a lower surface of said platform (28; 128; 165; 202) for admitting cooling air to said cooling passage (34; 134; 166; 212), said cooling passage (34; 134; 166; 212) being located within said platform (28; 128; 165; 202), and extending along the pressure side of said platform (28; 128; 165; 202), said cooling passage (34; 134; 166; 212) further having an outlet (40; 152; 178; 214) for air leaving said cooling passage (34; 134; 166; 212), said outlet being on the suction side of said platform (28; 128; 165; 202); characterised in that: said outlet (40; 152; 178; 214) is exclusively at a radially outer face of said platform (28; 128; 165; 202). said outlet (40; 152; 178; 214) is exclusively at a radially outer face of said platform (28; 128; 165; 202).
A security processing method by a server capable of communicating with a single vehicle and further one or multiple vehicles for counteracting an anomalous frame transmitted on an on-board network of the single vehicle, comprising: a first receiving step of receiving information about multiple frames received on an on-board network of one or multiple vehicles from each of the one or multiple vehicles; a second receiving step of receiving information about a frame received on the on-board network of the single vehicle from the single vehicle; an assessing step of assessing an anomaly level of the frame received on the on-board network of the single vehicle according to the information about the frame received in the second receiving step, based on the information about the multiple frames received in the first receiving step; a deciding step of deciding content of first transmission information to be transmitted to the single vehicle in accordance with the anomaly level assessed in the assessing step; and a transmitting step of transmitting the first transmission information with the content decided in the deciding step to the single vehicle, wherein in the deciding step, it is decided whether or not to transmit second transmission information to vehicles in a same vehicle family as the single vehicle or to vehicles that include an electronic control unit (100, 200, 300, 400, 500, 600, 700) of a same type as the single vehicle, in accordance with the anomaly level assessed in the assessing step. a first receiving step of receiving information about multiple frames received on an on-board network of one or multiple vehicles from each of the one or multiple vehicles; a second receiving step of receiving information about a frame received on the on-board network of the single vehicle from the single vehicle; an assessing step of assessing an anomaly level of the frame received on the on-board network of the single vehicle according to the information about the frame received in the second receiving step, based on the information about the multiple frames received in the first receiving step; a deciding step of deciding content of first transmission information to be transmitted to the single vehicle in accordance with the anomaly level assessed in the assessing step; and a transmitting step of transmitting the first transmission information with the content decided in the deciding step to the single vehicle, wherein in the deciding step, it is decided whether or not to transmit second transmission information to vehicles in a same vehicle family as the single vehicle or to vehicles that include an electronic control unit (100, 200, 300, 400, 500, 600, 700) of a same type as the single vehicle, in accordance with the anomaly level assessed in the assessing step.
Planetary roller screw mechanism comprising: - a screw shaft provided with at least one external thread, - a nut provided with at least three internal threads and - at least three rollers arranged, radially with respect to a central axis of the screw shaft, between the screw shaft and the nut, each roller being provided with at least two external threads (T8 1, T8 2), whereas the number of external threads of the screw shaft is a multiple of the number of external threads of a roller, and the number of internal threads of the nut is a multiple of the number of external threads of a roller, characterized in that the number of internal threads of the nut equals the number of external threads of the screw shaft. - a screw shaft provided with at least one external thread, - a nut provided with at least three internal threads and - at least three rollers arranged, radially with respect to a central axis of the screw shaft, between the screw shaft and the nut, each roller being provided with at least two external threads (T8 1, T8 2),
A method of analyzing ions, the method comprising: (i) providing a stream of ions; (ii) passing the ions along an ion path including a first mass selector, for selecting precursor ions and a collision cell for effecting one of fragmentation of the precursor ions and reaction of the precursor ions with a reaction gas, thereby to form product ions; and (iii) mass analyzing the product ions, wherein the method includes: providing an axial field for reversing the direction of ion flow along the ion path, to cause the ions to pass into at least one of the first mass selector, and the collision cell more than once, thereby effecting multiple steps of at least one of forming product ions and mass analyzing the product ions characterized in that: said first mass selector is operated at a pressure of 1-4 mPa (1-3 × 10 -5 Torr). (i) providing a stream of ions; (ii) passing the ions along an ion path including a first mass selector, for selecting precursor ions and a collision cell for effecting one of fragmentation of the precursor ions and reaction of the precursor ions with a reaction gas, thereby to form product ions; and (iii) mass analyzing the product ions, wherein the method includes: providing an axial field for reversing the direction of ion flow along the ion path, to cause the ions to pass into at least one of the first mass selector, and the collision cell more than once, thereby effecting multiple steps of at least one of forming product ions and mass analyzing the product ions characterized in that: said first mass selector is operated at a pressure of 1-4 mPa (1-3 × 10 -5 Torr). providing an axial field for reversing the direction of ion flow along the ion path, to cause the ions to pass into at least one of the first mass selector, and the collision cell more than once, thereby effecting multiple steps of at least one of forming product ions and mass analyzing the product ions characterized in that: said first mass selector is operated at a pressure of 1-4 mPa (1-3 × 10 -5 Torr). said first mass selector is operated at a pressure of 1-4 mPa (1-3 × 10 -5 Torr).
A communication control device comprising: a power distribution unit configured to distribute, to one or more secondary systems, a first transmission power accepted for a secondary usage of a frequency channel which is protected for a primary system; and a notification unit configured to notify each secondary system of a value of a second transmission power which is decided depending on a value of the first transmission power distributed by the power distribution unit, wherein the notification unit is further configured to, upon updating the first transmission power, only in a case where a value of the second transmission power which is previously notified and a value of the first transmission power which is newly distributed by the power distribution unit satisfy a predetermined condition with respect to a certain secondary system, notify the certain secondary system of a new value of the second transmission power. a power distribution unit configured to distribute, to one or more secondary systems, a first transmission power accepted for a secondary usage of a frequency channel which is protected for a primary system; and a notification unit configured to notify each secondary system of a value of a second transmission power which is decided depending on a value of the first transmission power distributed by the power distribution unit, wherein the notification unit is further configured to, upon updating the first transmission power, only in a case where a value of the second transmission power which is previously notified and a value of the first transmission power which is newly distributed by the power distribution unit satisfy a predetermined condition with respect to a certain secondary system, notify the certain secondary system of a new value of the second transmission power.
A base station comprising: a controller, configured to, in case of communicating with a terminal, use a time unit including a downlink time resource for a downlink control signal, a downlink time resource for downlink data assigned by the downlink control signal, and an uplink time resource for a response signal for the downlink data; and a transmitter, configured to, transmit time unit information including the amount of the uplink time resource to the terminal, characterized in that the controller sets a number of repetitions by which the transmission of the response signal from the terminal is repeated over a plurality of time units including said time unit; and the amount of the uplink time resource in each time unit is a fixed value. a controller, configured to, in case of communicating with a terminal, use a time unit including a downlink time resource for a downlink control signal, a downlink time resource for downlink data assigned by the downlink control signal, and an uplink time resource for a response signal for the downlink data; and a transmitter, configured to, transmit time unit information including the amount of the uplink time resource to the terminal, characterized in that the controller sets a number of repetitions by which the transmission of the response signal from the terminal is repeated over a plurality of time units including said time unit; and the amount of the uplink time resource in each time unit is a fixed value.
Method for grinding workpieces, which comprise at least one cylindrical portion and profiled portion each, on one and the same grinding machine, which comprises only one workpiece headstock and one tailstock, wherein the cylindrical portion is ground with a first non-cylindrically realized grinding disk, wherein the workpiece is ground in a first grinding operation in a first clamping in the grinding machine, characterized in that the first clamping is released after the first grinding operation, in that then a second clamping is generated, in that the workpiece is subsequently ground in a second grinding operation and in that the profiled portion is produced as a result of profile grinding with a second, profiled grinding disk.
A treatment device comprising: a probe for acquiring an image of a target using ultrasonic waves; a needle guide provided in the probe; and a needle movable along the needle guide; characterized in that the treatment device further comprises: a measurement unit (40, 70, 80, 90, 100) for sensing a movement distance of the needle without having a mechanical contact with the needle; and a controller for calculating the movement distance of the needle based on a value measured by the measurement unit (40, 70, 80, 90, 100), wherein the measurement unit comprises: a first indicator formed at an outside of the needle for indicating length information; and a camera for capturing the first indicator and for transmitting the first indicator to the controller as an image signal. a probe for acquiring an image of a target using ultrasonic waves; a needle guide provided in the probe; and a needle movable along the needle guide; a measurement unit (40, 70, 80, 90, 100) for sensing a movement distance of the needle without having a mechanical contact with the needle; and a controller for calculating the movement distance of the needle based on a value measured by the measurement unit (40, 70, 80, 90, 100),
Illumination module for a motor vehicle, in particular projection module for a motor vehicle, comprising two illumination units (2a, 2b), an upper illumination unit and a lower illumination unit, and a lens, preferably a projection lens, wherein the light radiated by the at least one illumination unit (2a, 2b) onto the lens is projected by the lens - in a mounted state of the illumination module - to a region located in front of the motor vehicle, wherein each illumination unit (2a, 2b) comprises a reflector (20, 21) and a light source (22, 23) located in a focal point of the reflector, and wherein the illumination module further comprises a horizontal diaphragm arranged on an optical module axis, having an optically effective edge facing the lens and configured to produce a cut-off line, wherein the lens is divided into two lens portions (30a, 30b), an upper lens portion and a lower lens portion, wherein the division into lens portions is realized on the light entry surface of the lens, and wherein the lens portions (30a, 30b) are different with respect to their imaging properties, and wherein in each lens portion (30a, 30b), light is irradiated only from an illumination unit (2a, 2b) associated with the lens portion (30a, 30b), characterized in that a focal plane of the lens passes through second focal points of the two reflectors (20, 21), and with the upper illumination unit and the lower lens portion a dipped beam distribution (LVb, LVb') is generated, and with the lower illumination unit and the upper lens portion a part of a main beam distribution (LVa, LVa') is generated, and wherein a main beam distribution (LV, LV') is generated when both illumination units (2a, 2b) are activated, and wherein, in order to achieve a closed main beam distribution (LV'), the upper lens portion is inclined from the module axis towards the illumination units, an optical axis of the lower lens portion is parallel to the module axis, and the lens has a flat light entry surface.
Hydraulic circuit for a water steam autoclave for sterilizing instruments, comprising in the order - a first tank for the demineralized water intended for generating steam for a sterilizing chamber and a second tank for collecting used water, - a pump for conveying water, in sequence, toward the following units - a steam generator, - a sterilizing chamber wherein steam and instruments to be sterilized come into contact, - a steam condenser, - a manifold, which units are connected to each other through suitable tubing (20-29 or 40-50) and solenoid valves, wherein the hydraulic circuit further comprises an ejector to suction the content of said sterilization chamber and wherein said ejector is actuated by steam generated from water withdrawn from said second tank for collecting used water, characterized in that the hydraulic circuit comprises a first tubing and a second tubing connecting respectively the said first tank and the said second tank to the said steam generator through a solenoid valve (EV2-3/2-NC) allowing to select the demineralized water tank 5 or the used water tank 6 from which water to be conveyed to the circuit can be withdrawn and a third tubing for channelling the steam to a further valve (EV4-3/2-NC) that according to its actuation state sends it alternatively to the sterilization chamber through a fourth tubing or to the ejector through a fifth tubing. - a first tank for the demineralized water intended for generating steam for a sterilizing chamber and a second tank for collecting used water, - a pump for conveying water, in sequence, toward the following units - a steam generator, - a sterilizing chamber wherein steam and instruments to be sterilized come into contact, - a steam condenser, - a manifold, wherein the hydraulic circuit further comprises an ejector to suction the content of said sterilization chamber and wherein said ejector is actuated by steam generated from water withdrawn from said second tank for collecting used water, characterized in that the hydraulic circuit comprises a first tubing and a second tubing connecting respectively the said first tank and the said second tank to the said steam generator through a solenoid valve (EV2-3/2-NC) allowing to select the demineralized water tank 5 or the used water tank 6 from which water to be conveyed to the circuit can be withdrawn and a third tubing for channelling the steam to a further valve (EV4-3/2-NC) that according to its actuation state sends it alternatively to the sterilization chamber through a fourth tubing or to the ejector through a fifth tubing.
A seal ring assembly for a rotor shaft comprising: a seal casing defining a radially inwardly directed channel; a seal ring (312, 612) disposed in the radially inwardly directed channel of the seal casing, the seal ring (312, 612) being resiliently joined about the rotor shaft to form a seal; and the seal ring (312, 612) comprising an electrically insulating or dissipative material or a non-metallic material, wherein the electrically insulating material or the non-metallic material is located on the seal ring (312, 612) on a radially inwardly facing surface of the seal ring (312, 612), characterized in that the electrically insulating material or the non-metallic material is comprised of polyether ether ketone. a seal casing defining a radially inwardly directed channel; a seal ring (312, 612) disposed in the radially inwardly directed channel of the seal casing, the seal ring (312, 612) being resiliently joined about the rotor shaft to form a seal; and the seal ring (312, 612) comprising an electrically insulating or dissipative material or a non-metallic material, wherein the electrically insulating material or the non-metallic material is located on the seal ring (312, 612) on a radially inwardly facing surface of the seal ring (312, 612), characterized in that the electrically insulating material or the non-metallic material is comprised of polyether ether ketone.