mhurhangee/ep-ind-claims huggingface dataset:
Method for controlling access to a wind turbine controller, comprising the steps executable by the wind turbine controller: - interrogating a character string with an input device of the wind turbine controller, - receiving a confirmation of an input character string from the input device, - decrypting the input character string or a character string derived from the input character string using a predefined method, - generating a checksum for a predefined first selection of characters of the decrypted character string, - comparing the generated checksum with a predefined second selection of characters of the decrypted character string; and - in case of a positive comparison: - extracting user rights from a predefined third selection of characters of the decrypted character string, which is in particular part of the first selection, and in particular if predefined further conditions are met: - providing access to the wind turbine controller in dependence on user rights, and in case of a negative comparison: - preventing access to the wind turbine controller. - interrogating a character string with an input device of the wind turbine controller, - receiving a confirmation of an input character string from the input device, - decrypting the input character string or a character string derived from the input character string using a predefined method, - generating a checksum for a predefined first selection of characters of the decrypted character string, - comparing the generated checksum with a predefined second selection of characters of the decrypted character string; and - in case of a positive comparison: - extracting user rights from a predefined third selection of characters of the decrypted character string, which is in particular part of the first selection, and in particular if predefined further conditions are met: - providing access to the wind turbine controller in dependence on user rights, and in case of a negative comparison: - preventing access to the wind turbine controller. - extracting user rights from a predefined third selection of characters of the decrypted character string, which is in particular part of the first selection, and in particular if predefined further conditions are met: - providing access to the wind turbine controller in dependence on user rights, and - providing access to the wind turbine controller in dependence on user rights, and - preventing access to the wind turbine controller.
A method, comprising: transmitting, from an access point, at least one first message instructing stations, STAs, to bypass uplink transmissions for a first time interval indicated in said at least one first message, wherein said at least one first message is transmitted at a transmission power sufficient for a first portion of the STAs to decode said at least one first message and insufficient for a second portion of the STAs to decode said at least one first message, determining minimum transmit powers for each of the STAs, wherein each minimum transmit power represents the minimum transmit power for the associated STA to decode a reference message transmitted from the access point; and determining the transmission power based on the minimum transmit powers by identifying a first STA that consumes the largest fraction of the access point airtime from among the STAs and setting a threshold power to the minimum transmit power of the first STA plus a predetermined power margin. transmitting, from an access point, at least one first message instructing stations, STAs, to bypass uplink transmissions for a first time interval indicated in said at least one first message, wherein said at least one first message is transmitted at a transmission power sufficient for a first portion of the STAs to decode said at least one first message and insufficient for a second portion of the STAs to decode said at least one first message, determining minimum transmit powers for each of the STAs, wherein each minimum transmit power represents the minimum transmit power for the associated STA to decode a reference message transmitted from the access point; and determining the transmission power based on the minimum transmit powers by identifying a first STA that consumes the largest fraction of the access point airtime from among the STAs and setting a threshold power to the minimum transmit power of the first STA plus a predetermined power margin.
A system for ablating cardiac tissue, the system comprising: a generator configured to deliver at least one pulse train of energy at a predetermined frequency, each pulse train of energy including: at least 60 pulses; an inter-phase delay of between 0μs and 5μs; an inter-pulse delay of 800 μs; a pulse width of 1-5μs; a voltage between 300V and 4000V; and the generator including a processor (17, 32) configured to control the delivery of the at least one pulse train based on a measured patient parameter, the pulse train of energy including biphasic pulses, the generator being configured to deliver the biphasic pulses at a plurality of voltage amplitudes. a generator configured to deliver at least one pulse train of energy at a predetermined frequency, each pulse train of energy including: at least 60 pulses; an inter-phase delay of between 0μs and 5μs; an inter-pulse delay of 800 μs; a pulse width of 1-5μs; a voltage between 300V and 4000V; and at least 60 pulses; an inter-phase delay of between 0μs and 5μs; an inter-pulse delay of 800 μs; a pulse width of 1-5μs; a voltage between 300V and 4000V; and the generator including a processor (17, 32) configured to control the delivery of the at least one pulse train based on a measured patient parameter, the pulse train of energy including biphasic pulses, the generator being configured to deliver the biphasic pulses at a plurality of voltage amplitudes.
An integrated buried utility locator system, comprising: a marker device excitation transmitter module (390, 510, 1310) for generating and sending a marker device excitation signal at a marker device excitation signal frequency; a locator front end subsystem (310, 1320) configured to receive an electromagnetic field signal from a buried utility and a reply signal from a marker device responsive to the excitation signal, wherein the locator front end subsystem includes an antenna and an antenna circuit coupled to the antenna, wherein the antenna circuit is configured to present substantially a short circuit at the marker device excitation signal frequency, wherein the marker device excitation signal is sent at least partially simultaneously to receiving the buried utility signal; a processing element (330, 1330) for processing the received buried utility signals and marker device signals and generating information associated with the buried utility and the marker device based on the received buried utility signal and marker device reply signal; and a memory (335, 1332) for storing the information associated with the buried utility and the marker device. a marker device excitation transmitter module (390, 510, 1310) for generating and sending a marker device excitation signal at a marker device excitation signal frequency; a locator front end subsystem (310, 1320) configured to receive an electromagnetic field signal from a buried utility and a reply signal from a marker device responsive to the excitation signal, wherein the locator front end subsystem includes an antenna and an antenna circuit coupled to the antenna, wherein the antenna circuit is configured to present substantially a short circuit at the marker device excitation signal frequency, wherein the marker device excitation signal is sent at least partially simultaneously to receiving the buried utility signal; a processing element (330, 1330) for processing the received buried utility signals and marker device signals and generating information associated with the buried utility and the marker device based on the received buried utility signal and marker device reply signal; and a memory (335, 1332) for storing the information associated with the buried utility and the marker device.
A contact element for establishing electrical contact between two contact pieces (K1, K2), comprising a carrier strip that extends in a longitudinal direction and a plurality of contact parts (5, 5a, 5b) each having at least one first contact section for making contact with one of the two contact pieces (K1, K2), at least one second contact section for making contact with the other of the two contact pieces (K2, K1), and also having at least one fastening section for fastening the contact part (5, 5a, 5b) to a fastening spot at the carrier strip, wherein each contact part (5, 5a, 5b) comprises at least one plastically deformable connecting element for fastening the contact part (5, 5a, 5b) to the carrier strip, wherein the at least one connecting element is an integral constituent part of the contact part (5, 5a, 5b), wherein the at least one connecting element has a shaft that protrudes away from the at least one fastening section and that is guided through a fastening opening in the carrier strip, wherein the shaft is plastically deformed in a forming process in such a way that the shaft forms a mechanically fixed connection with the carrier strip, wherein the at least one connecting element is formed from the fastening section, characterized in that the at least one connecting element is pressed out of the fastening section by means of a stamping process or a punch-through process, and that the fastening section comprises an indentation opposite the connecting element, wherein the volume of the indentation corresponds substantially to the volume of the connecting element that has been pressed out.
Laser beam aligning unit for processing a material, comprising: an outer sleeve and an inner sleeve, which is arranged within the outer sleeve in such a way that the laser beam is guidable through its inner cavity in the direction of the region to be processed of the material, wherein the outer sleeve projects beyond the light-exit-side end of the inner sleeve by a predefined distance in the axial direction of the sleeves, characterized in that the inner sleeve is closed off at its light-exit-side end with a plate that is transparent to the laser beam, and the predefined distance corresponds to the Rayleigh length in relation to the focus of the laser beam emerging from the light-exit-side end of the inner sleeve. an outer sleeve and an inner sleeve, which is arranged within the outer sleeve in such a way that the laser beam is guidable through its inner cavity in the direction of the region to be processed of the material, wherein the outer sleeve projects beyond the light-exit-side end of the inner sleeve by a predefined distance in the axial direction of the sleeves, the inner sleeve is closed off at its light-exit-side end with a plate that is transparent to the laser beam, and the predefined distance corresponds to the Rayleigh length in relation to the focus of the laser beam emerging from the light-exit-side end of the inner sleeve.
A mobile communication system comprising: a base station in communication via a forward link with a mobile station; said mobile station in communication with said base station via a reverse link; transmission control means at said base station for providing in said forward link a vacant period without communication data, in one or more of communication frames of said forward link; inserting means at said base station to insert a first control signal immediately after said vacant period; and means of inserting a second control signal immediately before said vacant period, characterized in that said second control signal includes one or both of a second pilot signal and transmission power control information for said reverse link. a base station in communication via a forward link with a mobile station; said mobile station in communication with said base station via a reverse link; transmission control means at said base station for providing in said forward link a vacant period without communication data, in one or more of communication frames of said forward link; inserting means at said base station to insert a first control signal immediately after said vacant period; and means of inserting a second control signal immediately before said vacant period, characterized in that said second control signal includes one or both of a second pilot signal and transmission power control information for said reverse link.
Use of a binary, ternary or higher mixed oxide of the formula a b c... g O x wherein 0 ≤ a,b,c,...,g ≤ 20 with at least a and b > 0; and x adapts a value to compensate the positive charge originating from the metal cations M1 - M7 being selected from the group consisting of Fe, Mn, V, Nb, Ta, Mo, W as oxygen storage component in exhaust catalysis.
Machine, in particular pump for conveying a fluid, wherein the machine has a stator and an outer rotor, which is arranged rotatably in said stator, and an inner rotor, which is connected to said outer rotor via vanes and is arranged eccentrically with respect to the outer rotor, wherein at least one machine working chamber is formed between the outer rotor and the inner rotor, wherein the inner rotor has at least one inner rotor recess into which there are rotatably inserted bearing segments (18a, 18b) which have guide surfaces for the vane, characterized in that the inner rotor has, in the region of the inner rotor recess, at least one retaining lug which projects out of the inner rotor recess and which surrounds a bearing segment (18a, 18b) over a bearing segment portion.
An apparatus, comprising: a collapsible hip thrust exercise module, comprising: a planar base frame comprising a tubular structure, the base frame having a size and shape configured to house a portion of a human torso, the planar base frame comprising a first base frame section and a second base frame section, the first base frame section rotatably coupled with the second base frame section; an upper body support, pivotally coupled with the planar base frame by an adjustable upper body support index plunger adjustable to configure the upper body support in a first locked upright upper body support mode and a second collapsible upper body support mode; and, a resistance band operably coupled with the planar base frame. a planar base frame comprising a tubular structure, the base frame having a size and shape configured to house a portion of a human torso, the planar base frame comprising a first base frame section and a second base frame section, the first base frame section rotatably coupled with the second base frame section; an upper body support, pivotally coupled with the planar base frame by an adjustable upper body support index plunger adjustable to configure the upper body support in a first locked upright upper body support mode and a second collapsible upper body support mode; and,
Pressure-influencing device for influencing a pressure in a medium, having - a rod with a first end region for delimiting a space which has the medium, wherein the rod is arranged so as to be movable along a rod axis between a first, top dead center and a second, bottom dead center; - a plunger with a traverse which is arranged substantially perpendicular to a plunger axis and which serves for transmitting kinetic energy from a plunger drive to the rod in a contact region between a traverse surface and a second end region of the rod, said second end region being arranged opposite the first end region, - wherein the rod has, in the contact region, a calotte-shaped end region and the traverse has, in the contact region, a calotte-shaped recess, characterized in that a rod guide having a rod guide axis is provided, wherein a rod end radius of the calotte-shaped end region of the rod is smaller than or equal to a spacing (a min), which exists at the top dead center of the rod, between a tangent to a rod calotte surface at the rod axis and an intersection point of the plunger axis and the rod guide axis. - a rod with a first end region for delimiting a space which has the medium, wherein the rod is arranged so as to be movable along a rod axis between a first, top dead center and a second, bottom dead center; - a plunger with a traverse which is arranged substantially perpendicular to a plunger axis and which serves for transmitting kinetic energy from a plunger drive to the rod in a contact region between a traverse surface and a second end region of the rod, said second end region being arranged opposite the first end region, - wherein the rod has, in the contact region, a calotte-shaped end region and the traverse has, in the contact region, a calotte-shaped recess, characterized in that a rod guide having a rod guide axis is provided, wherein a rod end radius of the calotte-shaped end region of the rod is smaller than or equal to a spacing (a min), which exists at the top dead center of the rod, between a tangent to a rod calotte surface at the rod axis and an intersection point of the plunger axis and the rod guide axis.
Method for producing interconnectors for metal-based high temperature fuel cells, wherein a porous metal structure is the substrate of the functional layers consisting of cathode, solid electrolyte and anode, comprising the following steps: - the electrically conductive material is applied to a precisely defined region of the porous substrate structure, - by means of heat treatment at a temperature that is high enough to reduce the viscosity of the electrically conductive material sufficiently to achieve infiltration into the pores of the porous metal material, the sintered compound is sealed in this region and an electrically conductive interconnector is produced. - the electrically conductive material is applied to a precisely defined region of the porous substrate structure, - by means of heat treatment at a temperature that is high enough to reduce the viscosity of the electrically conductive material sufficiently to achieve infiltration into the pores of the porous metal material, the sintered compound is sealed in this region and an electrically conductive interconnector is produced.
Method for embossing a non-planar surface of a body with a transfer layer of a hot stamping foil, in which the hot stamping foil with a stamping region is brought into abutment against the surface of the body, and a heated stamping die is pressed against the hot stamping foil and the surface of the body such that, in the stamping region, the transfer layer detaches from a support of the hot stamping foil and adheres to the surface of the body, wherein the hot stamping foil is pre-heated in a region comprising the entire stamping region before pressing the heated stamping die against the hot stamping foil and the surface of the body.
A vehicle radar system comprising at least one transceiver arrangement that in turn comprises a transmitter arrangement that is arranged to generate and transmit at least two radar signals (4a, 4b) in radar cycles, where each radar cycle comprises a first plurality of sum signals, where the radar signals (4a, 4b) are transmitted in phase, and a second plurality of delta signals, where first radar signals are arranged to be transmitted from at least a first transmitting antenna arrangement out of phase with second radar signals arranged to be transmitted from at least a second transmitting antenna arrangement, characterized in that the vehicle radar system further comprises a receiver arrangement that is arranged to receive reflected signals (5a, 5b) by means of at least two receiver antenna arrangements (13a, 13b, 13c, 13) by means of beamforming where each plurality of sum signals and delta signals comprises a corresponding number of repetitive successive frequency ramps (r 1, r 2... r N; r' 1, r' 2... r' N).
Fluid operated actuator, particularly for controlling the relative movement of the electrode holder arms of a resistance spot welding gun, comprising a body including a main cylinder provided with a main rod having a first end projecting outside the body to control the relative movement of said electrode holder arms (20a, 20b), and at least one secondary cylinder (26, 26a, 26b) in the chamber (44, 44a, 44b) of which a respective secondary piston (46, 46a, 46b) is axially and slidably mounted, which secondary piston is fixed to a secondary rod, wherein the main rod is connected to a main piston unit that is axially and slidably mounted in a chamber of the main cylinder, characterized in that the main piston unit comprises an auxiliary cylinder in the chamber of which an auxiliary piston, which is fixed to a second end of said main rod, is axially and slidably mounted, the chamber of the auxiliary cylinder being adapted to communicate, respectively at opposite sides of the auxiliary piston, with the chamber of the main cylinder through at least one one-way valve that is adapted to allow said fluid to flow from the chamber of the auxiliary cylinder to the chamber of the main cylinder, and with a service duct passing through the secondary rod of said at least one secondary cylinder (26, 26a, 26b), the auxiliary cylinder being provided with locking means (54, 62) to lock the auxiliary piston with respect to the auxiliary cylinder in its end-of-stroke position on the side opposite to said at least one secondary cylinder (26, 26a, 26b), said locking means comprising at least one plug member radially movable with respect to the main rod, and a radial seat of the auxiliary piston, which is adapted to be engaged by said at least one plug member, each plug member comprising an enlarged head portion from which a bar portion radially extends towards the main rod, which bar portion is provided with a counter formation adapted to engage said seat, at its end opposite to said head portion, said head portion being slidably and sealingly mounted in a respective radial chamber formed in the body of the auxiliary cylinder, which radial chamber has a radial outer end, with respect to the main rod, which is connected to said service duct, and a radial inner end communicating with the chamber of the main cylinder through openings of the body of the auxiliary cylinder.
Venting cap for oil tanks of machines and machinery, consisting of: - a cup fitted with a flange along its outer surface, with said flange bearing coupling elements underneath it with complementary elements provided on the access sleeve of said tanks and at the top of shaped engagement tabs, - a lid for closing said cup that is snap-fitted onto said cup, fitted with a flange wherein - said flanged partition houses on its lower surface an insert with a substantially cylindrical profile, - said cup body is associated with a spiral labyrinth on top of which is fitted the means for engaging said cup; - above said flange of said cup there is a collar fitted with an external toroidal groove that engages with a raised toroidal thread along the inner surface of an upper closing lid of said cup wherein the top of said spiral labyrinth is provided with a prong. - a cup fitted with a flange along its outer surface, with said flange bearing coupling elements underneath it with complementary elements provided on the access sleeve of said tanks and at the top of shaped engagement tabs, - a lid for closing said cup that is snap-fitted onto said cup, fitted with a flange wherein - said flanged partition houses on its lower surface an insert with a substantially cylindrical profile, - said cup body is associated with a spiral labyrinth on top of which is fitted the means for engaging said cup; - above said flange of said cup there is a collar fitted with an external toroidal groove that engages with a raised toroidal thread along the inner surface of an upper closing lid of said cup