mhurhangee/ep-ind-claims huggingface dataset:
Foundation engineering apparatus having - a carrier device, - a ground working tool which works the ground at a working location, and - at least one GPS-unit which is arranged on the carrier device and designed to determine the position of the working location, - wherein the GPS-unit is arranged at a distance to the ground working location, - wherein a measuring means is provided in addition to the GPS-unit, characterized in that the measuring means is designed to determine the distance between the GPS-unit and the ground working tool with a distance measurement of the measuring means to the ground working tool. - a carrier device, - a ground working tool which works the ground at a working location, and - at least one GPS-unit which is arranged on the carrier device and designed to determine the position of the working location, - wherein the GPS-unit is arranged at a distance to the ground working location, - wherein a measuring means is provided in addition to the GPS-unit,
A light detection device comprising: oil including droplets dispersed therein; a flow path section in which, in use, a plurality of lines of flow of a plurality of said droplets dispersed in said oil along a linear flow is retained on an array plane; a laser beam irradiation section for introducing a laser beam in a direction in which the plurality of lines of flow in the flow path section are arrayed to irradiate the plurality of lines of flow; and a light detection section (6, 7, 8, 9) for detecting emitted light generated from the plurality of lines of flow by the irradiation of the laser beam, from a vertical direction with respect to the array plane, wherein the oil has a refractive index no and the droplets have a refractive index nd, wherein the difference between no and nd is such that -0.02 ≤ nd - no ≤ 0.05. oil including droplets dispersed therein; a flow path section in which, in use, a plurality of lines of flow of a plurality of said droplets dispersed in said oil along a linear flow is retained on an array plane; a laser beam irradiation section for introducing a laser beam in a direction in which the plurality of lines of flow in the flow path section are arrayed to irradiate the plurality of lines of flow; and a light detection section (6, 7, 8, 9) for detecting emitted light generated from the plurality of lines of flow by the irradiation of the laser beam, from a vertical direction with respect to the array plane, wherein the oil has a refractive index no and the droplets have a refractive index nd, wherein the difference between no and nd is such that -0.02 ≤ nd - no ≤ 0.05.
Water and/or air dispenser for snowmaking system, comprising water and/or air supplying ducts (6, 7) and equipped with at least one valve associated with an electric actuator, said actuator being connected to a electric power source (12, 19) and associated with its own management means to ensure the operation of said valve between the open and closed configurations thereof, said dispenser being also associated with security means able to cause said valve to be positioned in a known security configuration, for example tightly closed, in case of voltage cut-off at said electric source (12, 19), said security means being integrated in said management means and comprising a capacitor electric unit, connected to the electric power source (12, 19) and to the actuator, said capacitor unit being able to store, and then return, a quantity of energy necessary for complete actuation of said valve, this energy returning being used, during a voltage cut-off at the power source (12, 19), to implement said security means, the water and/or air dispenser being characterized in that said management means of the actuator of the valve comprise a capacitor charger module located upstream from the capacitor unit, and, on the other hand, a voltage up-converter unit located downstream from said capacitor unit, to recreate a supply voltage adapted to said actuator of the valve from the voltage generated by said capacitor unit, and in that the actuator is connected to the power source (12, 19) only through the capacitor charger module, the capacitor unit and the voltage up-converter unit, so as to ensure continuously the good operation of the security means.
A room temperature ionic liquid having a melting point at or below 100° C at 1.01325 bar (1 atmosphere) comprising an isethionate ion and a cation selected from the group consisting of 1-methyl-1,4-diazabicyclo[2.2.2]octanium, 1-ethyl-2,3-dimethylimidazolium, 1-methylimidazo[1,2-a]pyridinium, and tetramethylammonium.
A method for making a preform for a composite with a thermoplastic matrix, said preform comprising several layers of reinforcement fibers and a support, said reinforcement fibers being sewn on said support by means of at least one attachment yarn in zigzag, characterized in that the method comprises one step for depositing a layer of thermoplastic resins sewn beforehand on the support by means of said attachment yarn in zigzag, a layer of thermoplastic resin and a layer of reinforcement fibers being alternately deposited until the desired number of layers is obtained, said layer of resin comprising thermoplastic yarns sewn on the support by means of the attachment yarn before depositing the following layer of reinforcement fibers.
A method for accessing a 3G network, characterized by comprising the following step of: a terminal, which does not have the capability of reading a universal integrated circuit card, UICC, accessing a wireless local area network by adopting a Wireless Local Area Network Authentication Privacy Infrastructure, WAPI, protocol (201∼209), wherein a terminal certificate of said terminal is used in a certificate authentication process of the access process of said terminal to the wireless local area network, and said terminal notifying an Authentication Authorization Accounting, AAA, server of a 3G network through an access point, AP, of the wireless local area network that said terminal intends to access the 3G network (210∼211); said AAA server obtaining identity information of said terminal recorded in said terminal certificate through the AP (212∼213), determining that said terminal is a subscription terminal of the 3G network according to said identity information, and then performing an Extensible Authentication Protocol - Transport Layer Security, EAP-TLS, negotiation process with said terminal through the AP (214∼220), wherein a TLS certificate message sent from said terminal to said AAA server through said AP in said EAP-TLS negotiation process includes said terminal certificate; and said terminal accessing the 3G network after finishing the EAP-TLS negotiation process. a terminal, which does not have the capability of reading a universal integrated circuit card, UICC, accessing a wireless local area network by adopting a Wireless Local Area Network Authentication Privacy Infrastructure, WAPI, protocol (201∼209), wherein a terminal certificate of said terminal is used in a certificate authentication process of the access process of said terminal to the wireless local area network, and said terminal notifying an Authentication Authorization Accounting, AAA, server of a 3G network through an access point, AP, of the wireless local area network that said terminal intends to access the 3G network (210∼211); said AAA server obtaining identity information of said terminal recorded in said terminal certificate through the AP (212∼213), determining that said terminal is a subscription terminal of the 3G network according to said identity information, and then performing an Extensible Authentication Protocol - Transport Layer Security, EAP-TLS, negotiation process with said terminal through the AP (214∼220), wherein a TLS certificate message sent from said terminal to said AAA server through said AP in said EAP-TLS negotiation process includes said terminal certificate; and said terminal accessing the 3G network after finishing the EAP-TLS negotiation process.
A second service provide server, comprises a memory, one or more processors, and one or more programs, wherein the one or more programs are stored in the memory, and the processor executes the one or more programs to perform: a second service provider server receives a subscription indication and a subscription identity that are sent by a terminal device, the subscription identity comprises at least one of two identifiers, the two identifiers include an identifier of a first subscriber identity module card in the terminal device and an identifier of a first profile in the first subscriber identity module card, the first subscriber identity module card accesses a first service provider network based on service registration information; the second service provider server acquires the service registration information from a first service provider server according to the subscription indication and the subscription identity; and the second service provider server generates a second profile according to the service registration information, the second profile is used by the terminal device to access a second service provider network. a second service provider server receives a subscription indication and a subscription identity that are sent by a terminal device, the subscription identity comprises at least one of two identifiers, the two identifiers include an identifier of a first subscriber identity module card in the terminal device and an identifier of a first profile in the first subscriber identity module card, the first subscriber identity module card accesses a first service provider network based on service registration information; the second service provider server acquires the service registration information from a first service provider server according to the subscription indication and the subscription identity; and the second service provider server generates a second profile according to the service registration information, the second profile is used by the terminal device to access a second service provider network.
A base structure for a support tower, comprising: a foundation; a transition piece disposed above said foundation; and a plurality of staves (1520, 1522) positioned around said transition piece, each of said plurality of staves (1520, 1522) respectively comprising a top portion and a bottom portion, the bottom portion of each said stave being wider than the top portion of each said stave; wherein said bottom portion of each said stave is located above said foundation and said top portion of each said stave is respectively secured to said transition piece. a foundation; a transition piece disposed above said foundation; and a plurality of staves (1520, 1522) positioned around said transition piece, each of said plurality of staves (1520, 1522) respectively comprising a top portion and a bottom portion, the bottom portion of each said stave being wider than the top portion of each said stave; wherein said bottom portion of each said stave is located above said foundation and said top portion of each said stave is respectively secured to said transition piece.
A coupling member, comprising - a tubular housing having an axially through-going opening, - a tubular carrier having an axially through-going, cylindrical opening and being rotatably arranged and axially fixed in the housing, - an elongated piston comprising a valve body arranged in the carrier for sealing of its through-going opening, - a cam device comprising at least one cam groove (78, 79; 84) and associated cam follower (85, 86; 91) and adapted to be actuated by rotation of the housing relative to the carrier in order to move the piston relative to the carrier, and - a flow passage adapted to be opened and closed by movement of the piston out of or into, respectively, the carrier by means of said cam device, - wherein the flow passage is arranged in the piston itself, - wherein the cam device is adapted to be in engagement with the outside of the piston, and - wherein the flow passage is free of surfaces other than the ones delimiting the flow passage itself characterized in - that at least one of said at least one cam groove (78, 79) is helical and arranged on the outside of the piston, and an associated cam follower (85, 86) is arranged in an opening (55, 56) of the carrier extending in the circumferential direction in order to be received in and interact with said at least one helical cam groove (78, 79), and that the housing is adapted to be rotated relative to the carrier for actuating the cam device for movement of the piston relative to the carrier. - a tubular housing having an axially through-going opening, - a tubular carrier having an axially through-going, cylindrical opening and being rotatably arranged and axially fixed in the housing, - an elongated piston comprising a valve body arranged in the carrier for sealing of its through-going opening, - a cam device comprising at least one cam groove (78, 79; 84) and associated cam follower (85, 86; 91) and adapted to be actuated by rotation of the housing relative to the carrier in order to move the piston relative to the carrier, and - a flow passage adapted to be opened and closed by movement of the piston out of or into, respectively, the carrier by means of said cam device, - wherein the flow passage is arranged in the piston itself, - wherein the cam device is adapted to be in engagement with the outside of the piston, and - wherein the flow passage is free of surfaces other than the ones delimiting the flow passage itself - that at least one of said at least one cam groove (78, 79) is helical and arranged on the outside of the piston, and an associated cam follower (85, 86) is arranged in an opening (55, 56) of the carrier extending in the circumferential direction in order to be received in and interact with said at least one helical cam groove (78, 79), and that the housing is adapted to be rotated relative to the carrier for actuating the cam device for movement of the piston relative to the carrier.
A method comprising: machining a closed-pore surface of a silicon-containing gas turbine engine article to produce a feature, the machining causing removal of the closed-pore surface to produce an open-pore machined surface; and laser-treating the open-pore machined surface, the laser-treating causing formation of an oxide in the silicon-containing gas turbine engine article that seals the open-pore machined surface to produce a closed-pore treated surface. machining a closed-pore surface of a silicon-containing gas turbine engine article to produce a feature, the machining causing removal of the closed-pore surface to produce an open-pore machined surface; and laser-treating the open-pore machined surface, the laser-treating causing formation of an oxide in the silicon-containing gas turbine engine article that seals the open-pore machined surface to produce a closed-pore treated surface.
A display device for representing a current rotational speed of a motor vehicle, in particular of a utility vehicle, comprising a display area and a control device which is coupled to the display area and has the purpose of controlling a display of information on the display area, wherein the control device is designed to change the representation (10; 40) of the rotational speed on the display area as a function of an operating state of a power take-off of the motor vehicle, characterized in that the control device is designed to represent in a visually highlighted fashion, when the power take-off is activated, a first region of a scale for displaying the current rotational speed, which region corresponds to a predetermined setpoint rotational speed range for the power take-off.
A rotating assembly for a turbine assembly comprising: an airfoil extending radially outward from, and rotatable about, an axial centerline; a tip shroud integrally connected proximate a radially outer tip of the airfoil; a substrate operably coupled to the tip shroud; and at least one hard face interface member secured to the substrate and configured for interaction with a tip shroud of an adjacent airfoil, wherein the at least one hard face interface member includes a base portion and a plurality of edge portions, wherein a portion of the substrate fully encapsulates the edge portions of the at least one hard face interface member. an airfoil extending radially outward from, and rotatable about, an axial centerline; a tip shroud integrally connected proximate a radially outer tip of the airfoil; a substrate operably coupled to the tip shroud; and at least one hard face interface member secured to the substrate and configured for interaction with a tip shroud of an adjacent airfoil, wherein the at least one hard face interface member includes a base portion and a plurality of edge portions, wherein a portion of the substrate fully encapsulates the edge portions of the at least one hard face interface member.
A valve operator assembly, comprising: a housing, comprising: a body having a sidewall including a shaft bore, to receive a shaft along a longitudinal axis of the body such that the shaft is rotatable within the housing; and a cover mountable on a top portion of the body and having a side portion extending downwards so that the side portion is adjacent to the sidewall, such that the cover at least partially overlaps the sidewall, when the cover is mounted on the body; a yoke disposed within the housing, attachable to a valve, and operably coupled by a yoke nut to the shaft, wherein the yoke nut is linearly movable upon rotation of the shaft, and wherein the linear motion of the yoke nut produces a rotational motion of the yoke; a first stopper disposed within the housing to restrict the linear motion of the yoke nut, wherein the first stopper is insertable into an interior of the housing through at least a first stopper bore; and a second stopper insertable into an interior of the housing through a second stopper bore, the first and second stopper bores located opposite to each other in the sidewall, wherein each of the first and second stopper is a screw having an externally threaded portion to engage with an internally threaded portion of a shaft bore in each of respective first and second shaft retainers disposed inside the housing and mechanically coupled to the shaft in axially-fixed positions. a body having a sidewall including a shaft bore, to receive a shaft along a longitudinal axis of the body such that the shaft is rotatable within the housing; and a cover mountable on a top portion of the body and having a side portion extending downwards so that the side portion is adjacent to the sidewall, such that the cover at least partially overlaps the sidewall, when the cover is mounted on the body; a yoke disposed within the housing, attachable to a valve, and operably coupled by a yoke nut to the shaft, wherein the yoke nut is linearly movable upon rotation of the shaft, and wherein the linear motion of the yoke nut produces a rotational motion of the yoke; a first stopper disposed within the housing to restrict the linear motion of the yoke nut, wherein the first stopper is insertable into an interior of the housing through at least a first stopper bore; and a second stopper insertable into an interior of the housing through a second stopper bore, the first and second stopper bores located opposite to each other in the sidewall, wherein each of the first and second stopper is a screw having an externally threaded portion to engage with an internally threaded portion of a shaft bore in each of respective first and second shaft retainers disposed inside the housing and mechanically coupled to the shaft in axially-fixed positions.
A coating system for coating substrates, comprising an binder component P comprising at least one polymer PR having a number-average molecular weight (Mn) of 6,000 to 60,000 g/mol and a weight-average molecular weight (Mw) of 20,000 to 300,000 g/mol determined according to ASTM d) 3593 standard by Gel Permeation Chromatography using polystyrene standards as described in the present specification, a glass transition temperature (Tg) of 30 to 180 °C determined according to DIN EN ISO 16805 and ISO 11357 as described in the present specification, and an acid value of at most 3.0 mgKOH/g and a RMA crosslinkable composition comprising a component A with at least 2 acidic protons C-H in activated methylene or methine groups, a component B with at least two activated unsaturated C=C groups, with the proviso that component A and component B may be part of the same molecule, a catalyst C for catalyzing the RMA crosslinking reaction between components A and B and optionally a reactivity moderator D.
An electronic device comprising: a user interface; a memory storing instructions; and at least one processor configured to execute the instructions to: obtain a request of a user which is input for a provider, generate a plurality of simulated request corresponding to the request, each simulated request corresponding to one of a plurality of simulated users; transmit to the provider the plurality of simulated requests, receive a response from the provider to the simulated requests; determine a request result from the response; and: provide the request result to the user on the user interface, wherein the request result comprises a plurality of responses of the provider to the plurality of simulated requests of the plurality of simulated users, and wherein the plurality of responses are browsable by selecting one of the plurality of simulated users in the result provided to the user on the user interface. a user interface; a memory storing instructions; and at least one processor configured to execute the instructions to: obtain a request of a user which is input for a provider, generate a plurality of simulated request corresponding to the request, each simulated request corresponding to one of a plurality of simulated users; transmit to the provider the plurality of simulated requests, receive a response from the provider to the simulated requests; determine a request result from the response; and: provide the request result to the user on the user interface, wherein the request result comprises a plurality of responses of the provider to the plurality of simulated requests of the plurality of simulated users, and wherein the plurality of responses are browsable by selecting one of the plurality of simulated users in the result provided to the user on the user interface. obtain a request of a user which is input for a provider, generate a plurality of simulated request corresponding to the request, each simulated request corresponding to one of a plurality of simulated users; transmit to the provider the plurality of simulated requests, receive a response from the provider to the simulated requests; determine a request result from the response; and: provide the request result to the user on the user interface, wherein the request result comprises a plurality of responses of the provider to the plurality of simulated requests of the plurality of simulated users, and wherein the plurality of responses are browsable by selecting one of the plurality of simulated users in the result provided to the user on the user interface. provide the request result to the user on the user interface, wherein the request result comprises a plurality of responses of the provider to the plurality of simulated requests of the plurality of simulated users, and wherein the plurality of responses are browsable by selecting one of the plurality of simulated users in the result provided to the user on the user interface.