mhurhangee/ep-ind-claims huggingface dataset:
A wind turbine system including a wind turbine and an electrical system for connecting the wind turbine to a power grid, the electrical system comprising: a frequency converter that converts electric power produced by a generator of the wind turbine into electric power that is synchronized with the electric power of the power grid; a transformer that steps up the voltage for connection to the power grid, the transformer being disposed between the frequency converter and a connection to the power grid; a grid-side crowbar circuit; a converter control unit configured to detect electrical faults that occur within the system; and wherein the grid-side crowbar circuit is configured to apply a short circuit to the electrical system upon the detection of a fault by the converter control unit (140; characterized by: current sensors that are disposed between the frequency converter and the transformer, wherein the current sensors are disposed between the grid-side crowbar circuit and the transformer; and wherein the current sensors are configured to take measurements relating to the characteristics of current flowing through a line at that location and to communicate data relating to the current measurements to the converter control unit; and wherein the converter control unit uses the data relating to the current measurements to detect the fault. a frequency converter that converts electric power produced by a generator of the wind turbine into electric power that is synchronized with the electric power of the power grid; a transformer that steps up the voltage for connection to the power grid, the transformer being disposed between the frequency converter and a connection to the power grid; a grid-side crowbar circuit; a converter control unit configured to detect electrical faults that occur within the system; and wherein the grid-side crowbar circuit is configured to apply a short circuit to the electrical system upon the detection of a fault by the converter control unit (140; characterized by: current sensors that are disposed between the frequency converter and the transformer, wherein the current sensors are disposed between the grid-side crowbar circuit and the transformer; and wherein the current sensors are configured to take measurements relating to the characteristics of current flowing through a line at that location and to communicate data relating to the current measurements to the converter control unit; and wherein the converter control unit uses the data relating to the current measurements to detect the fault. current sensors that are disposed between the frequency converter and the transformer, wherein the current sensors are disposed between the grid-side crowbar circuit and the transformer; and wherein the current sensors are configured to take measurements relating to the characteristics of current flowing through a line at that location and to communicate data relating to the current measurements to the converter control unit; and wherein the converter control unit uses the data relating to the current measurements to detect the fault.
A plate making method of a lithographic printing plate comprising preparing a lithographic printing plate precursor capable of forming an image with a semiconductor laser emitting an infrared ray having a wavelength from 760 to 1,200 nm which comprises a support and an image-recording layer containing a cyanine dye, a diphenyl iodonium salt or triphenyl sulfonium salt which may have a substituent on the phenyl group, a radical polymerizable compound and a polymer fine particle having a polyoxyalkylene chain in its side chain in this order, placing a lith film on the lithographic printing plate precursor and reducing pressure so that the lith film is closely adhered to the lithographic printing plate precursor, conducting UV exposure, and mounting the exposed lithographic printing plate precursor on a cylinder of a printing machine and removing a non-image area of the image-recording layer with at least one of dampening water and ink.
A cutting insert having a longitudinal plane of symmetry and comprising a cutting portion and an elongated locating portion extending rearwardly from the cutting portion, the locating portion having a dividing plane perpendicular to the longitudinal plane of symmetry; the cutting portion having a rake surface, an opposing base surface and a peripheral side surface extending therebetween, the peripheral side surface meeting the rake surface at an edge at least a portion of which forms a cutting edge, the base surface has a front abutment member having two front abutment surfaces located symmetrically on either side of and inclined with respect to the longitudinal plane of symmetry, the locating portion being provided with protruding rear and intermediate abutment members (50, 54) and having a longitudinal axis formed at the intersection of the dividing plane and the longitudinal plane of symmetry, the rear abutment member being distal the cutting portion and the intermediate abutment member being located closer to the cutting portion than the rear abutment member, the rear abutment member having two rear abutment surfaces located symmetrically on either side of the longitudinal plane of symmetry and the intermediate abutment member having two intermediate abutment surfaces located symmetrically on either side of the longitudinal plane of symmetry, wherein: the front and rear abutment members (46, 50) are located on one side of the dividing plane and the intermediate abutment member is located on the other side of the dividing plane; characterized in that the rear and intermediate abutment surfaces (52, 56) are located on a common curved surface, the common curved surface being an oblique conical surface. the front and rear abutment members (46, 50) are located on one side of the dividing plane and the intermediate abutment member is located on the other side of the dividing plane; characterized in that the rear and intermediate abutment surfaces (52, 56) are located on a common curved surface, the common curved surface being an oblique conical surface.
Air quality system for a motor vehicle, comprising at least one purifying element for an air stream intended for an interior of the motor vehicle, at least one particulate sensor configured to measure a concentration of particles in an air stream and a control device for controlling the passage of an air stream intended to supply air to the interior configured to be controlled by a result of the measurement from the particulate sensor, the air quality system comprising a channel for circulating an air stream from the outside of the motor vehicle, called outside air stream, and a channel for circulating an air stream from the interior of the motor vehicle (F'), called interior air stream, each of said channels (22, 23) being provided with a particulate sensor, characterized in that each of the channels for circulating the outside air stream and for circulating the interior air stream (22, 23) comprises an air purifying element downstream of the associated particulate sensor relative, respectively, to the outside air stream and to the interior air stream (F'). the air quality system comprising a channel for circulating an air stream from the outside of the motor vehicle, called outside air stream, and a channel for circulating an air stream from the interior of the motor vehicle (F'), called interior air stream, each of said channels (22, 23) being provided with a particulate sensor, characterized in that each of the channels for circulating the outside air stream and for circulating the interior air stream (22, 23) comprises an air purifying element downstream of the associated particulate sensor relative, respectively, to the outside air stream and to the interior air stream (F').
A collapsible pushchair comprising a chassis to which wheels (8, 9, 25, 26) are attached, a seat hanger comprising first and second portions, a lower end of the first portion being pivotally connected to a rear end of the second portion, a pair of spaced parallel tubular body portions (6, 7) fixed relative to and extending upwardly at an angle from the chassis away from the wheels on opposite sides of said seat hanger and a first handle part received in each tubular body portion and slideable between an extended position in which the first handle part primarily extends from an upper end of each of the tubular body portions (6, 7) towards a person pushing the pushchair and, a second stowed position in which the first handle part has been slid through each tubular body portion (6, 7) so that the first handle part extends from the upper end and a lower end of each of the tubular body portions (6, 7), wherein an upper end of the first portion of the seat hanger is pivotally attached to said first handle parts at a first pivot point, characterised in that a front end of the second portion of the seat hanger is pivotally connected to each of the tubular body portions (6, 7) at a second pivot point, the first and second pivots points (37, 39) moving linearly towards each other so that the first and second portions of the seat hanger fold substantially against each other as the first handle parts are slid into their stowed position from their extended position.
A conveyor belt module having a module body comprising: a textured top surface having a first set of humps and a second set of humps; a bottom surface; a first side edge; and a second side edge, wherein the humps in the first set are spaced laterally apart and extend substantially longitudinally between a first longitudinal location on the top surface and a second longitudinal location on the top surface, and the humps in the second set are parallel to and offset laterally and longitudinally from the humps in the first set; and characterized in that the conveyor belt module further comprises a third set of humps (80, 81) arranged in series and extending substantially perpendicular to the first and second sets of humps (70, 71). a textured top surface having a first set of humps and a second set of humps; a bottom surface; a first side edge; and a second side edge, wherein the humps in the first set are spaced laterally apart and extend substantially longitudinally between a first longitudinal location on the top surface and a second longitudinal location on the top surface, and the humps in the second set are parallel to and offset laterally and longitudinally from the humps in the first set; and characterized in that the conveyor belt module further comprises a third set of humps (80, 81) arranged in series and extending substantially perpendicular to the first and second sets of humps (70, 71).
An aqueous composition for keratin fibers especially for human hair characterized in that it comprises at least one oxidizing agent, at least one alkalizing agent selected from the compounds according to general structure R 1 R 2 R 3 N wherein R 1, R 2 and R 3 are same or different H, C 1 - C 6 alkyl, C 1 - C 6 monohydroxyalkyl or C 2 - C 6 polyhydroxyalkyl with the condition that at least one of R 1, R 2 and R 3 is a mono or polyhydroxyalkyl, at least one carbonate source, at least one urea or its derivative selected from the compounds according to general structure wherein R 4 to R 7 are same or different H, C 1 - C 6 alkyl, C 1 - C 6 monohydroxyalkyl or C 2 - C 6 polyhydroxyalkyl, and at least one hydrophobic compound.
A bubble removing method for an inkjet head that includes a pressure chamber intercommunicating with a nozzle, an ink storage chamber intercommunicating with the pressure chamber, and a first filter disposed in the ink storage chamber, the ink storage chamber being divided by the first filter into an upstream-side ink chamber distal to the pressure chamber and a downstream-side ink chamber proximal to the pressure chamber, comprising: providing a first ink port for inflow of ink and a second ink port for discharge of ink at an upper portion of the upstream-side ink chamber, and providing a third ink port for discharge of ink at an upper portion inside the downstream-side ink chamber without the first filter existing therebetween; opening each of flow passages intercommunicating with the first ink port and the second ink port, and closing a flow passage intercommunicating with the third ink port so as to cause ink to flow from the first ink port into the upstream-side ink chamber and cause ink to discharge from the second ink port, thereby removing bubbles in the upstream-side ink chamber; and subsequently closing the flow passage intercommunicating with the second ink port, and opening the flow passage intercommunicating with the third ink port so as to cause ink to flow in from the first ink port and flow from the upstream-side ink chamber through the first filter to the downstream-side ink chamber, and cause ink flowing to the third ink port in the downstream-side ink chamber to discharge from the third ink port, thereby removing bubbles in the downstream-side ink chamber. providing a first ink port for inflow of ink and a second ink port for discharge of ink at an upper portion of the upstream-side ink chamber, and providing a third ink port for discharge of ink at an upper portion inside the downstream-side ink chamber without the first filter existing therebetween; opening each of flow passages intercommunicating with the first ink port and the second ink port, and closing a flow passage intercommunicating with the third ink port so as to cause ink to flow from the first ink port into the upstream-side ink chamber and cause ink to discharge from the second ink port, thereby removing bubbles in the upstream-side ink chamber; and subsequently closing the flow passage intercommunicating with the second ink port, and opening the flow passage intercommunicating with the third ink port so as to cause ink to flow in from the first ink port and flow from the upstream-side ink chamber through the first filter to the downstream-side ink chamber, and cause ink flowing to the third ink port in the downstream-side ink chamber to discharge from the third ink port, thereby removing bubbles in the downstream-side ink chamber.
A pig (10, 46) for pipeline inspection, comprising a body of resiliently-compressible material extending along a central longitudinal axis, the pig being characterised by at least one strain gauge embedded in the material of the body, the or each strain gauge extending transversely with respect to the central longitudinal axis.
A network security apparatus (200, 200A) comprising: a communication unit configured to receive communication data from a network; an allocation unit configured to allocate the communication data that has been received to at least one of a list-type detection unit and a machine-learning-type detection unit, using an allocation filter; the list-type detection unit configured to accept communication data, and to perform list-type detection, using a white list or a black list, on the communication data that has been accepted so as to detect a fraudulent communication; the machine-learning-type detection unit configured to accept communication data, and perform machine-learning-type detection, using a learning model obtained by machine learning, on the communication data that has been accepted so as to detect a fraudulent communication; and a filter setting unit configured to determine a parameter value for specifying one of the list-type detection unit and the machine-learning-type detection unit, or both units as an allocation destination for the communication data, based on a load status of the list-type detection unit and a load status of the machine-learning-type detection unit, and is further configured to set the parameter value that has been determined by the filter setting unit in the allocation filter based on the load statuses of the units; wherein the parameter value identifies an allocation rule and the allocation rule limits communication data to be allocated to each of the list-type detection unit and the machine-learning-type detection unit. a communication unit configured to receive communication data from a network; an allocation unit configured to allocate the communication data that has been received to at least one of a list-type detection unit and a machine-learning-type detection unit, using an allocation filter; the list-type detection unit configured to accept communication data, and to perform list-type detection, using a white list or a black list, on the communication data that has been accepted so as to detect a fraudulent communication; the machine-learning-type detection unit configured to accept communication data, and perform machine-learning-type detection, using a learning model obtained by machine learning, on the communication data that has been accepted so as to detect a fraudulent communication; and a filter setting unit configured to determine a parameter value for specifying one of the list-type detection unit and the machine-learning-type detection unit, or both units as an allocation destination for the communication data, based on a load status of the list-type detection unit and a load status of the machine-learning-type detection unit, and is further configured to set the parameter value that has been determined by the filter setting unit in the allocation filter based on the load statuses of the units; wherein the parameter value identifies an allocation rule and the allocation rule limits communication data to be allocated to each of the list-type detection unit and the machine-learning-type detection unit.
Motor vehicle brake system having a hydraulically actuatable service brake system and an electromechanically actuatable brake system, comprising an operating element particularly for activating a parking brake function, an electronic control unit for activating an actuator of the brake system, and an electrohydraulic control unit which in principle is associated with a service brake and in principle serves to control or regulate service brake functions, driving stability functions and/or braking assistance functions, and having reduction of stress on parts or components of the electromechanical brake system, wherein temporally following an automatic or driver-initiated hydraulic brake actuation, and temporally prior to completion of a following electromechanical brake actuation, an electronically controlled hydraulic pressure conditioning process is carried out in at least one operating pressure chamber of an electromechanically actuatable brake caliper (20, 20'), characterized in that the electronically controlled hydraulic pressure conditioning process comprises a hydraulic pressure reducing function.
Composite of fillers and pigments in a polymer matrix, characterized in that it contains a spray-dried barium sulfate powder, which was prepared in a precipitation reactor for precipitation of nano-scale particles, a reaction cell for ultra-fast mixing of multiple reactants by mixing of aqueous solutions of barium hydroxide or barium sulfide or barium chloride and sodium sulfate or sulfuric acid, and at least one thermoplastic, one high performance plastic and/or one epoxide resin, wherein the crystallite size of the barium sulfate d 50 is between 3 and 50 nm and the barium sulfate can be both inorganic or organic surface-modified and also not surface-modified as well as the primary particles of the barium sulfate have a logarithmic particle size distribution with a median of from d = 5 nm to 500 nm and a logarithmic particle size distribution with a geometrically standard deviation of σ g < 1.4.
Method of charge determination for at least one connection (8, 9, 10) via at least one telecommunication network (2, 3) wherein multiple network elements (2, 3) of the telecommunication network generate charge data sets (11, 13), although the charge data sets of one network element involved in the connection suffice for the charge determination of the connection, wherein only one single first network element of the telecommunication network involved in the connection which generates each of the charge data sets necessary for the charge determination of the connection stipulates that only the first network element involved in the connection wants to send charge data sets to a charge determination means, wherein, as a result, the first network element involved in the connection informs at least one further network element of the telecommunication network involved in the connection on the stipulation by means of a message for connection establishment, and wherein, based on the message, the further network elements involved in the connection do not send charge data sets to the charge determination means, or the charge data sets sent by the further network elements involved in the connection are marked as not relevant, and wherein only charge data sets originating from the first-mentioned of the network elements are considered by a charge determination means for the determination of the charge for the at least one connection (8, 9, 10).
A bicycle shift operating device for operating an electrically controlled bicycle shifting device, the bicycle shift operating device comprising: a mounting part configured to be mounted to a bicycle handlebar; a first operating member movable relative to the mounting part from a first operation start position such that the first operating member returns to the first operation start position upon completion of a shifting operation; a first signal generator having a first movable contact operatively connected to the first operating member to move in accordance with movement of the first operating member and a first stationary contact non-rotatably mounted relative to the mounting part to selectively contact and separate from the first movable contact, the first signal generator being configured to turn on a signal for changing the shift position of the bicycle shift operating device by one position in a first direction from the current shift position in response to the first operating member being moved from the first operation start position to a first position, characterized in that the first signal generator is further configured to turn off the signal in response to the first operating member reaching a position different from the position where the signal was turned on while in the process of returning from the first position to the first operation start position. a mounting part configured to be mounted to a bicycle handlebar; a first operating member movable relative to the mounting part from a first operation start position such that the first operating member returns to the first operation start position upon completion of a shifting operation; a first signal generator having a first movable contact operatively connected to the first operating member to move in accordance with movement of the first operating member and a first stationary contact non-rotatably mounted relative to the mounting part to selectively contact and separate from the first movable contact, the first signal generator being configured to turn on a signal for changing the shift position of the bicycle shift operating device by one position in a first direction from the current shift position in response to the first operating member being moved from the first operation start position to a first position, characterized in that the first signal generator is further configured to turn off the signal in response to the first operating member reaching a position different from the position where the signal was turned on while in the process of returning from the first position to the first operation start position.