mhurhangee/ep-ind-claims huggingface dataset:
A robot system, comprising: a movable machine control part, controlling operation of a movable mechanical part according to an operating mode which is set; a teaching content registration part, registering teaching content input by a user by applying an operating force to the movable mechanical part; a first sensor, detecting contact of the user with the movable mechanical part; characterised in that the first sensor detects intrusion of an object into a first monitoring area set around the movable mechanical part; and in that the robot system further comprises an operating mode switch part, switching the operating mode between a first mode and a second mode, wherein the operation of the movable mechanical part is decelerated or stopped when the first sensor detects the intrusion of the object into the first monitoring area in the first mode, and the teaching content can be accepted and executed while the first sensor is detecting the contact of the user with the movable mechanical part in the second mode. a movable machine control part, controlling operation of a movable mechanical part according to an operating mode which is set; a teaching content registration part, registering teaching content input by a user by applying an operating force to the movable mechanical part; a first sensor, detecting contact of the user with the movable mechanical part; characterised in that the first sensor detects intrusion of an object into a first monitoring area set around the movable mechanical part; and in that the robot system further comprises an operating mode switch part, switching the operating mode between a first mode and a second mode, wherein the operation of the movable mechanical part is decelerated or stopped when the first sensor detects the intrusion of the object into the first monitoring area in the first mode, and the teaching content can be accepted and executed while the first sensor is detecting the contact of the user with the movable mechanical part in the second mode.
Method for controlling the operation of a compressor, in which the compressor is switched off by a controller in order to avoid thermal damage if an estimated temperature value calculated by the controller exceeds an upper threshold value, and in which the controller, utilizing the estimated temperature value as a state variable, calculates a cooling function which represents the course over time of the cooling of the compressor after the compressor has been switched off, characterized in that the controller determines the cooling function, on the basis of at least a first and a second estimated temperature value which are associated with points on the compressor at a spatial distance from one another, in such a manner that the cooling function is determined on the basis of at least one temperature difference between the first and the second estimated temperature value.
Method for assisting with a parking process in a car park using a parking system in a vehicle, the parking system being provided with information relating to the car park upon entry to and/or during the stay in the car park, the parking system generating and outputting control data for the vehicle by evaluating the provided information relating to the car park, characterized in that the car park comprises a first evaluation and control unit, and the parking system is provided with information relating to the car park by the first evaluation and control unit, the information relating to the car park comprising geometric data relating to the car park which comprise position information and/or dimensional information relating to walls and/or restricted areas and/or pillars, the vehicle being automatically moved through the car park on the basis of the control data.
Method for determination of restriction efficiency of an endonuclease or endonuclease system comprising a guide-RNA that induces double-strand breaks at a DNA target sequence, wherein restriction efficiency of the endonuclease at the DNA target sequence is measured by bioluminescence resonance energy transfer ratio wherein the endonuclease or endonuclease system is CRISPR-Cas and wherein the Cas protein is spCas9, saCas9, or Cpf1, wherein the DNA target sequence is flanked by a sequence encoding RLuc8 and a first restriction site at its 5'prime end and a PAM sequence, a second restriction site and a sequence encoding GFP2 at its 3'prime end, wherein the first restriction site at the 5'prime end of the DNA target sequence is Avrll and the second restriction site at the 3'prime end of the DNA target sequence is BsiWI. wherein the Cas protein is spCas9, saCas9, or Cpf1, wherein the DNA target sequence is flanked by a sequence encoding RLuc8 and a first restriction site at its 5'prime end and a PAM sequence, a second restriction site and a sequence encoding GFP2 at its 3'prime end, wherein the first restriction site at the 5'prime end of the DNA target sequence is Avrll and the second restriction site at the 3'prime end of the DNA target sequence is BsiWI.
A molding assistance device is provided for an injection molding machine which performs molding support for an injection molding machine that injects and fills a mold with a plasticized molten resin by means of a screw and molds the resin, wherein the molding assistance device is provided with a basic information setting function unit (Fi) which sets basic information (Do) including at least resin data (Dr) relating to a pellet material. screw data (Ds) relating to a screw, and molding condition data (Dm) relating to molding conditions; a computation processing function unit which has at least a provisional plastication time computation processing unit (Fca) for calculating a provisional plastication time (Hm) from the basic information, a melt film heating amount computation processing unit (Fcb) for calculating a heating amount (Em) of a melt film (Rpf) from the provisional plastication time obtained from the provisional plastication time computation processing unit, and a plastication delay time conversion processing unit (Fcc) for converting the heating amount of the melt film obtained from the melt film heating amount computation processing unit into a plastication delay time (Hmr); and an output processing function unit which outputs the plastication delay time (Hmr) or plastication information obtained based on the plastication delay time. the molding assistance device is provided with a basic information setting function unit (Fi) which sets basic information (Do) including at least resin data (Dr) relating to a pellet material. screw data (Ds) relating to a screw, and molding condition data (Dm) relating to molding conditions; a computation processing function unit which has at least a provisional plastication time computation processing unit (Fca) for calculating a provisional plastication time (Hm) from the basic information, a melt film heating amount computation processing unit (Fcb) for calculating a heating amount (Em) of a melt film (Rpf) from the provisional plastication time obtained from the provisional plastication time computation processing unit, and a plastication delay time conversion processing unit (Fcc) for converting the heating amount of the melt film obtained from the melt film heating amount computation processing unit into a plastication delay time (Hmr); and an output processing function unit which outputs the plastication delay time (Hmr) or plastication information obtained based on the plastication delay time.
Method of operating a wireless device in a wireless communication network, the method comprising communicating based on received reference signalling, the received reference signalling being associated to a random access message transmitted by a network node of the wireless communication network, wherein the reference signalling precedes in time domain the random access message.
Method for forming a flow guidance device of a turbomachine, for a partial stream of the outlet flow of an outlet guide vane of a compressor, wherein during assembly a flow guiding element delimits an annular channel around a shaft of the turbomachine, characterized in that a) a mould with a non-circular cross section is used for at least partially imparting a non-circular cross section as a closed enveloping surface to a circular-cylindrical moulded body for the flow guiding element, b) for the connection of the flow guiding element to another component of the turbomachine, the flow guiding element has a frictional-engagement connecting surface on the circumference, wherein the frictional-engagement connecting surface with the closed enveloping surface is inserted in a deformed state with at least two opposite points (P1, P2) into the component with a circular-cylindrical sealing surface, so that during assembly the at least two points (P1, P2) of the closed enveloping surface after deformation are arranged in at least two opposite frictionally engaging contact areas (P1', P2') of the circular-cylindrical sealing surface. a) a mould with a non-circular cross section is used for at least partially imparting a non-circular cross section as a closed enveloping surface to a circular-cylindrical moulded body for the flow guiding element, b) for the connection of the flow guiding element to another component of the turbomachine, the flow guiding element has a frictional-engagement connecting surface on the circumference, wherein the frictional-engagement connecting surface with the closed enveloping surface is inserted in a deformed state with at least two opposite points (P1, P2) into the component with a circular-cylindrical sealing surface, so that during assembly the at least two points (P1, P2) of the closed enveloping surface after deformation are arranged in at least two opposite frictionally engaging contact areas (P1', P2') of the circular-cylindrical sealing surface.
Use of a random copolymer of vinyl alcohol and an alkali metal-neutralized product of ethylene-unsaturated carboxylic acid as a binder for a positive electrode of a lithium ion secondary battery.
An ion chromatography apparatus comprising, (a) a chromatographic column including ion exchange separation medium having exchangeable ions of one charge, positive or negative, for separating analyte ions of the same charge as said exchangeable ions, and having an inlet and an outlet, said chromatographic column including ion exchange separation medium not being associated with electrodes for passing an electric current through said separation medium, (b) a source of an aqueous eluent liquid stream comprising an electrolyte in fluid communication with said chromatographic column inlet, (c) a detector for detecting analyte ions in a sample downstream from said chromatographic column outlet and in fluid communication therewith, (d) a recycle line (22, 26) providing fluid communication between said detector and said chromatographic column inlet, and (e) an electrolytic purifying device disposed along said recycle line and including ion exchange removal medium with exchangeable ions of the same charge as said separation medium exchangeable ions, adapted to remove said analyte ions prior to flow into said chromatographic column, said apparatus not including a suppressor disposed between said chromatographic column outlet and said detector, characterized in that said electrolytic purifying device comprises a pair of electrodes and is capable of continuous regeneration by applying an electric field across said ion exchange removal medium. (a) a chromatographic column including ion exchange separation medium having exchangeable ions of one charge, positive or negative, for separating analyte ions of the same charge as said exchangeable ions, and having an inlet and an outlet, said chromatographic column including ion exchange separation medium not being associated with electrodes for passing an electric current through said separation medium, (b) a source of an aqueous eluent liquid stream comprising an electrolyte in fluid communication with said chromatographic column inlet, (c) a detector for detecting analyte ions in a sample downstream from said chromatographic column outlet and in fluid communication therewith, (d) a recycle line (22, 26) providing fluid communication between said detector and said chromatographic column inlet, and (e) an electrolytic purifying device disposed along said recycle line and including ion exchange removal medium with exchangeable ions of the same charge as said separation medium exchangeable ions, adapted to remove said analyte ions prior to flow into said chromatographic column, said apparatus not including a suppressor disposed between said chromatographic column outlet and said detector, characterized in that said electrolytic purifying device comprises a pair of electrodes and is capable of continuous regeneration by applying an electric field across said ion exchange removal medium.
Hand-held machine tool with a tool holder for holding a tool, a motor, at least one gear stage that may be switched, which connects the motor to the tool holder in a driving way, in which the gear stage has a gear element with teeth that may move in a switching direction, which engages with corresponding teeth in a first gear position and does not engage with corresponding teeth in a second gear position, a finger (32; 49, 50) fastened to the grip, which may be moved by a user between at least a first switching position and a second switching position in the switching direction, in which the first switching position is allocated to the first gear position and the second switching position is allocated to the second gear position, a connecting device, which has a carriage that may move in the switching direction, in which the carriage is connected to the gear element that may move, a spring element, which contains a springy first section (25; 43) and a springy second section (26; 44), in which both sections (25, 26; 43, 44) have an end (27, 28; 45, 46) fastened to the carriage respectively and an end (29, 30; 47, 48) opposite the carriage that may move, and in which the finger (32; 49, 50) is arranged along the switching axis between the sections (25, 26; 43, 44), characterised by a latching device of the carriage with a housing, in which the latching device is locked in the first gear position and the second gear position and not locked in positions between the first gear position and the second gear position.
Dental device for manufacturing at least one multi-component mass, with at least one spreading unit for spreading components that comprises pressing plungers (42; 44) and with a mixer unit for mixing components, with a manual input unit and with an evaluation unit which is provided for evaluating characteristics, and with at least one capturing unit (18; 20; 24), which is provided to capture at least one characteristic for a change of components, wherein the evaluation unit is provided to use, in a component-related adjustment of at least one mixing parameter, at least one input characteristic entered via the input unit, and wherein the evaluation unit is provided to use the captured characteristic for a change of components in a control and/or regulation adjustment, characterized in that the evaluation unit is provided to make use of the captured characteristic for a change of components in a reset, namely a reset back to a certain basis adjustment, of a control and/or regulation magnitude, wherein the component-related adjustment done by an operator is reset to said certain basis adjustment, namely to a basis adjustment with an advance velocity of the pressing plungers (42; 44) that is slow with respect to other adjustments.
Optical sensor device, comprising a reference body and at least one sensing transducer, wherein the sensing transducer is arranged for receiving an input action, and wherein the sensing transducer is movably arranged relative to the reference body for moving relative to the reference body in response to the input action, wherein the device further comprises an optical fiber and one or more transmission arms (10, 38) including a first transmission arm, wherein the optical fiber comprises an intrinsic fiber optic sensor, and wherein the optical fiber is connected with a first connecting part thereof to the first transmission arm and with a second connecting part thereof to an element exterior to said first transmission arm, the first connecting part and the second connecting part being on either side of the intrinsic fiber optic sensor, characterized in that, a base of the first transmission arm is connected at a first part thereof with the reference body and at a second part thereof with the sensing transducer, said optical fiber being connected at a location along the first transmission arm remote from the base thereby converting the input action received by the sensing transducer into a sensing action applied to the optical fiber such as to modify strain in the optical fiber dependent on said input action.
A cement mold assembly configured to form a temporary tibial knee implant for use in delivering antibiotics to an infected site, the cement mold assembly comprising: a first mold having a closed end and an inner wall extending from the closed end with the inner wall defining an open end of the first mold; a second mold receivable by the inner wall though the open end, and the second mold having a footprint complementary to and slidable along the inner wall; wherein the first mold cooperates with the second mold to form a cavity defining the temporary tibial knee implant including a stem portion formed by a stem forming cavity and a platform portion formed by a platform forming cavity having a selected thickness that corresponds to any one of a plurality of platform thicknesses to be selected, characterised in that the cement mold assembly comprises cooperatively engaging teeth operating to selectively and progressively index the first mold relative to the second mold to permit any one of the plurality of tibial platform thicknesses that is selected and includes a delivery port open to the stem forming cavity. a first mold having a closed end and an inner wall extending from the closed end with the inner wall defining an open end of the first mold; a second mold receivable by the inner wall though the open end, and the second mold having a footprint complementary to and slidable along the inner wall; wherein the first mold cooperates with the second mold to form a cavity defining the temporary tibial knee implant including a stem portion formed by a stem forming cavity and a platform portion formed by a platform forming cavity having a selected thickness that corresponds to any one of a plurality of platform thicknesses to be selected, characterised in that the cement mold assembly comprises cooperatively engaging teeth operating to selectively and progressively index the first mold relative to the second mold to permit any one of the plurality of tibial platform thicknesses that is selected and includes a delivery port open to the stem forming cavity.
A process for preparing a detergent composition comprising an MGDA containing particulate material wherein the particulate is at least partially coated with a coating of a water soluble / dispersible material having a melting point of less than 100°C, the coasting material exhibits a pH of greater than or equal to 7 in an aqueous medium, the coating material comprising a water soluble / dispersible polymer and / or a surfactant, wherein the coating is applied and the coated MGDA is incorporated into the detergent formulation.
A telomerase peptide, which comprises the amino acid sequence SEQ ID NO: 2, for use in a method of treatment or prophylaxis of cancer, the telomerase peptide being capable of generating a T cell response directed against the telomerase protein, wherein the method comprises administering to a mammal suffering or likely to suffer from cancer a therapeutically effective amount of the telomerase peptide so that a T cell response against the telomerase protein is induced in the mammal.
Method for producing a rotor of a wind turbine generator of a wind turbine comprising the steps of: - providing a rotor base member with a plurality of pole shoes, - arranging a coil in each case at least at two adjacent pole shoes in order to obtain at least two adjacent coils, - feeding a current into or applying a voltage to the adjacent coils in order to generate a current in the adjacent coils in order to heat the coils, characterised in that a current is generated in the adjacent coils so that the circulation direction is identical to a technical flow direction in each of the adjacent coils. - providing a rotor base member with a plurality of pole shoes, - arranging a coil in each case at least at two adjacent pole shoes in order to obtain at least two adjacent coils, - feeding a current into or applying a voltage to the adjacent coils in order to generate a current in the adjacent coils in order to heat the coils, characterised in that
A control apparatus for automatically activating a vehicle propulsion apparatus when the vehicle propulsion apparatus is initially switched off, the control apparatus comprising: a controller comprising an electronic processor having an electrical input for receiving at least a first control signal generated in dependence on driver operation of a transmission controller and/or a primary vehicle control (15, 16, 17) which controls a dynamic function of a vehicle; an electronic memory device electrically coupled to the electronic processor and having instructions stored therein; wherein the electronic processor is configured to access the memory device and execute the instructions stored therein such that it is operable to: receive said first control signal from the first vehicle control; receive an auxiliary signal from one or more auxiliary vehicle systems; and in dependence on said first control signal, output at least a first activation signal (SIG EG1) for automatically activating the vehicle propulsion apparatus; wherein the auxiliary signal comprises a gaze tracking signal received from an eye-tracking device, the gaze tracking signal indicating the direction in which the driver is looking, the first activation signal (SIG EG1) being output only when the gaze tracking signal indicates that the driver is looking in a predetermined region. a controller comprising an electronic processor having an electrical input for receiving at least a first control signal generated in dependence on driver operation of a transmission controller and/or a primary vehicle control (15, 16, 17) which controls a dynamic function of a vehicle; an electronic memory device electrically coupled to the electronic processor and having instructions stored therein; wherein the electronic processor is configured to access the memory device and execute the instructions stored therein such that it is operable to: receive said first control signal from the first vehicle control; receive an auxiliary signal from one or more auxiliary vehicle systems; and in dependence on said first control signal, output at least a first activation signal (SIG EG1) for automatically activating the vehicle propulsion apparatus; wherein the auxiliary signal comprises a gaze tracking signal received from an eye-tracking device, the gaze tracking signal indicating the direction in which the driver is looking, the first activation signal (SIG EG1) being output only when the gaze tracking signal indicates that the driver is looking in a predetermined region. receive said first control signal from the first vehicle control; receive an auxiliary signal from one or more auxiliary vehicle systems; and in dependence on said first control signal, output at least a first activation signal (SIG EG1) for automatically activating the vehicle propulsion apparatus; wherein the auxiliary signal comprises a gaze tracking signal received from an eye-tracking device, the gaze tracking signal indicating the direction in which the driver is looking, the first activation signal (SIG EG1) being output only when the gaze tracking signal indicates that the driver is looking in a predetermined region.