mhurhangee/ep-ind-claims huggingface dataset:
A monitoring circuit, comprising: a configurable interface, a control circuit, a detection circuit, a direct current voltage source, a switch circuit, and a first resistor; wherein a first end of the configurable interface is separately connected to the direct current voltage source and an input end of the switch circuit, a second end of the configurable interface is separately connected to a first end of the first resistor and an output end of the switch circuit, a control end of the switch circuit is connected to the control circuit, a second end of the first resistor is grounded, and the detection circuit is connected to the first end of the first resistor; the configurable interface is furthermore only configured to be connected to an external dry contact, wherein the dry contact comprises an input dry contact or an output dry contact, and the input dry contact is a switch or button and the output dry contact is an alarm output; the control circuit is configured to control closing or opening of the switch circuit; and the detection circuit is configured to detect a voltage between two ends of the first resistor.
A silicon-based photoelectric multiplier device, comprising: a plurality of photosensitive cells; a substrate; and a first layer of a first conductivity type; each one of the photosensitive cells comprising a second layer of a second conductivity type formed on a main upper surface of the first layer remote from the substrate; wherein the first layer and the second layer form a p-n junction; wherein the first layer and the second layer are disposed above the substrate, the multiplier device further comprising: a material layer disposed between a main upper surface of the substrate and a main lower surface of the first layer, the material layer being made of a material different from the material of the substrate, characterized in that the material of the material layer comprises one or more of a metal, a metal compound or a metal alloy. a plurality of photosensitive cells; a substrate; and a first layer of a first conductivity type; each one of the photosensitive cells comprising a second layer of a second conductivity type formed on a main upper surface of the first layer remote from the substrate; wherein a material layer disposed between a main upper surface of the substrate and a main lower surface of the first layer, the material layer being made of a material different from the material of the substrate,
A compound of Formula (Ia) which is 2-methyl-1-{[2-methyl-3-(trifluoromethyl)phenyl]methyl}-6-(4-morpholinyl) 1H-benzimidazole-4-carboxylic acid, or a pharmaceutically acceptable salt thereof.
A brushhead for use in a power skin brush appliance which includes a drive system having a single drive member, comprising: a base assembly mountable to the drive system having a single moving portion responsive to said single drive member which in operation oscillates back and forth through a selected angle and with a selected frequency in response to the drive system; and wherein at least first and second concentric annular oscillating filament tuft groups (47, 49, 51) are mounted on the single moving portion of the base assembly, characterised in that the first and second oscillating filament tuft groups each comprise at least one ring of filament tufts (52, 54, 58, 60, 68, 70), and in that the filament tufts in the first and second oscillating filament tuft groups, respectively, have a physical characteristic which differs sufficiently to produce a differential stiffness to produce an out-of-phase motion of at least 15° between the tips of the filaments in the first oscillating filament tuft group relative to the tips of the filaments in the second oscillating filament tuft group when the first and second filament tuft groups are wet. a base assembly mountable to the drive system having a single moving portion responsive to said single drive member which in operation oscillates back and forth through a selected angle and with a selected frequency in response to the drive system; and wherein at least first and second concentric annular oscillating filament tuft groups (47, 49, 51) are mounted on the single moving portion of the base assembly, characterised in that the first and second oscillating filament tuft groups each comprise at least one ring of filament tufts (52, 54, 58, 60, 68, 70), and in that the filament tufts in the first and second oscillating filament tuft groups, respectively, have a physical characteristic which differs sufficiently to produce a differential stiffness to produce an out-of-phase motion of at least 15° between the tips of the filaments in the first oscillating filament tuft group relative to the tips of the filaments in the second oscillating filament tuft group when the first and second filament tuft groups are wet.
Control system for the rotor side converter of a doubly-fed induction generator in a wind turbine comprising: • a sequence sensor configured to separately evaluate a voltage and current positive sequence and negative sequence, • a calculating unit configured to calculate at least one reference current (i* r) as a function of voltage and current positive sequences and negative sequences evaluated by the sequence sensor, and • a current controller which is a hybrid controller configured to operate in two different modes: - a first operating mode, preferably set during a transient of a disturbance in an electric grid, where the current controller is configured to operate with a modulation index being outside a linear area and - a second operating mode, preferably set during a stable state of the disturbance in the electric grid, where the current controller is configured to operate with a modulation index inside the linear area, thereby instantly providing a maximum voltage available in a rotor so as to satisfy the at least one reference current (i* r), whereinthe current controller is configured to simultaneously regulate the positive and negative sequence of a rotor current. • a sequence sensor configured to separately evaluate a voltage and current positive sequence and negative sequence, • a calculating unit configured to calculate at least one reference current (i* r) as a function of voltage and current positive sequences and negative sequences evaluated by the sequence sensor, and • a current controller which is a hybrid controller configured to operate in two different modes: - a first operating mode, preferably set during a transient of a disturbance in an electric grid, where the current controller is configured to operate with a modulation index being outside a linear area and - a second operating mode, preferably set during a stable state of the disturbance in the electric grid, where the current controller is configured to operate with a modulation index inside the linear area, - a first operating mode, preferably set during a transient of a disturbance in an electric grid, where the current controller is configured to operate with a modulation index being outside a linear area and - a second operating mode, preferably set during a stable state of the disturbance in the electric grid, where the current controller is configured to operate with a modulation index inside the linear area,
A laundry treating apparatus, configured to recommend a laundry treating course or a laundry treating option, the laundry treating course being one of arbitrary courses that include one or more of a washing cycle and a drying cycle, the laundry treating option being one of arbitrary options for setting a condition corresponding to a strength level and a number of repetitions of the laundry treating course or for changing the condition that has been set, the laundry treating apparatus comprising: a recommendation request unit configured to receive input that enables a recommendation of a laundry treating course from among arbitrary courses or a recommendation of a laundry treating option from among arbitrary options; a controller for computing and determining a course or option to be recommended from the arbitrary courses or the arbitrary options in accordance with a recommendation algorithm when a recommendation request unit is input; and a display unit (131, 132) for displaying the course or option determined to be recommended by the controller, characterized in that the controller comprises a storage unit configured to store the recommendation algorithm to determine the course or option to be recommended. a recommendation request unit configured to receive input that enables a recommendation of a laundry treating course from among arbitrary courses or a recommendation of a laundry treating option from among arbitrary options; a controller for computing and determining a course or option to be recommended from the arbitrary courses or the arbitrary options in accordance with a recommendation algorithm when a recommendation request unit is input; and a display unit (131, 132) for displaying the course or option determined to be recommended by the controller, characterized in that the controller comprises a storage unit configured to store the recommendation algorithm to determine the course or option to be recommended.
A Home (evolved) NodeB (H(e)NB) security access method, the method comprising: a security gateway (SeGW) signing identity information of the H(e)NB and an inner IP address of the H(e)NB to obtain a digital signature, and sending the digital signature to the H(e)NB, wherein the inner IP address of the H(e)NB is an IP address assigned to the H(e)NB by the SeGW when an IPSec tunnel is established; the H(e)NB sending the digital signature, its identity information, and its inner IP address to a core network element; the core network element performing a correctness verification on the digital signature with the received identity information and with the received IP address. a security gateway (SeGW) signing identity information of the H(e)NB and an inner IP address of the H(e)NB to obtain a digital signature, and sending the digital signature to the H(e)NB, wherein the inner IP address of the H(e)NB is an IP address assigned to the H(e)NB by the SeGW when an IPSec tunnel is established; the H(e)NB sending the digital signature, its identity information, and its inner IP address to a core network element; the core network element performing a correctness verification on the digital signature with the received identity information and with the received IP address.
A blade tip clearance sensor system comprising: a blade of a rotor of a gas turbine engine; a ceramic matrix composite body comprising a plurality of ceramic fibers in a plurality of layers (402, 404, 410, 412, 414, 416, 422); characterised by a bridge-network circuit embedded in the ceramic matrix composite body, the bridge-network circuit comprises a first resistor-capacitor circuit on a first branch and a second resistor-capacitor circuit on a second branch, and wherein a capacitor (C1, C2) is included in the first resistor-capacitor circuit or the second resistor-capacitor circuit, wherein a portion of the ceramic matrix composite body forms a dielectric of the capacitor (C1, C2) and the capacitor (C1, C2) has a capacitance that depends on a distance between the capacitor (C1, C2) and the blade of the rotor of the gas turbine engine, wherein each of the first and second resistor-capacitor circuits includes a capacitor (C1, C2) and a resistor (R1, R2) connected in series, the first resistor-capacitor circuit and the second resistor-capacitor circuit connecter in parallel, and wherein the bridge-network circuit is located radially outward from, and in proximity to, a tip of the blade as the blade passes the bridge-network circuit; and a processor configured to determine a blade tip clearance from the capacitance of the capacitor (C1, C2) derived from a measurement signal received from the bridge-network circuit. a blade of a rotor of a gas turbine engine; a ceramic matrix composite body comprising a plurality of ceramic fibers in a plurality of layers (402, 404, 410, 412, 414, 416, 422); characterised by a bridge-network circuit embedded in the ceramic matrix composite body, the bridge-network circuit comprises a first resistor-capacitor circuit on a first branch and a second resistor-capacitor circuit on a second branch, and wherein a capacitor (C1, C2) is included in the first resistor-capacitor circuit or the second resistor-capacitor circuit, wherein a portion of the ceramic matrix composite body forms a dielectric of the capacitor (C1, C2) and the capacitor (C1, C2) has a capacitance that depends on a distance between the capacitor (C1, C2) and the blade of the rotor of the gas turbine engine, wherein each of the first and second resistor-capacitor circuits includes a capacitor (C1, C2) and a resistor (R1, R2) connected in series, the first resistor-capacitor circuit and the second resistor-capacitor circuit connecter in parallel, and wherein the bridge-network circuit is located radially outward from, and in proximity to, a tip of the blade as the blade passes the bridge-network circuit; and a processor configured to determine a blade tip clearance from the capacitance of the capacitor (C1, C2) derived from a measurement signal received from the bridge-network circuit.
Refillable vial for dispensing a fluid product comprising a body in which a reservoir intended for packaging said product is formed, said vial comprising a device for dispensing said packaged product which is mounted in a sealed manner on said body, said vial being equipped with a valve to fill the reservoir which is arranged to allow the communication of a product source with said reservoir in order to fill it, said valve comprising a conduit for communication between said source and said reservoir, said conduit having a seat equipped with a flap valve, which is movable relative to said seat, between a sealed closed position and an open position of said conduit when the vial is in an upside down position, said vial characterised in that the flap valve is equipped with an elastic constraint device to ensure sealing when in a closed position, said constraint device being arranged to allow it to be disconnected from the flap valve in order to free the later movement of said flap valve between its open and closed positions, constraint device being arranged such that it can be disconnected from the flap valve by sealed connection of said vial to the product source.
A hair dye composition comprising the following components (a) and (b) and having a pH from 2 to 12 at the time of use: (a) 0.1 to 20% by mass of an aromatic sulfone compound represented by the following formula: wherein R's are identical or different, and each of them represents a hydrogen atom or a monovalent hydrocarbon group, or adjacent two R's are joined to form a saturated or unsaturated bivalent hydrocarbon group; when X is an oxygen atom, Y represents a hydrogen atom, and when X is a nitrogen atom, Y represents a carbonyl group that is bonded to X; and Z + represents a monovalent cation; and (b) 0.01 to 5% by mass of at least one selected from the group consisting of glycylglycine, glycylglycylglycine and salts thereof. (a) 0.1 to 20% by mass of an aromatic sulfone compound represented by the following formula: wherein R's are identical or different, and each of them represents a hydrogen atom or a monovalent hydrocarbon group, or adjacent two R's are joined to form a saturated or unsaturated bivalent hydrocarbon group; when X is an oxygen atom, Y represents a hydrogen atom, and when X is a nitrogen atom, Y represents a carbonyl group that is bonded to X; and Z + represents a monovalent cation; and (b) 0.01 to 5% by mass of at least one selected from the group consisting of glycylglycine, glycylglycylglycine and salts thereof.
Heating cell from microwave radiation characterized in that it comprises: - a metal structure equipped with a base; and, enclosed within the metal structure, the following components; - at least one N-type input connector, - a monomodal transverse electromagnetic mode electrical transmission line acting as an antenna, - a high dielectric loss ceramic material (5,9) whereto the antenna is fixed, wherein the high dielectric loss ceramic material (5,9) has a value of dielectric losses in the electromagnetic radiation region of microwaves ≥ 0.10; and - a reflector plane defined by the base of the metal structure and located λ 4 from the electrical transmission line, with λ being the wavelength of the incident radiation in the cell, with the reflector plane directing said microwave radiation towards the high dielectric loss ceramic material (5,9). - a metal structure equipped with a base; and, enclosed within the metal structure, the following components; - at least one N-type input connector, - a monomodal transverse electromagnetic mode electrical transmission line acting as an antenna, - a high dielectric loss ceramic material (5,9) whereto the antenna is fixed, wherein the high dielectric loss ceramic material (5,9) has a value of dielectric losses in the electromagnetic radiation region of microwaves ≥ 0.10; and - a reflector plane defined by the base of the metal structure and located λ 4 from the electrical transmission line, with λ being the wavelength of the incident radiation in the cell, with the reflector plane directing said microwave radiation towards the high dielectric loss ceramic material (5,9). - at least one N-type input connector, - a monomodal transverse electromagnetic mode electrical transmission line acting as an antenna, - a high dielectric loss ceramic material (5,9) whereto the antenna is fixed, wherein the high dielectric loss ceramic material (5,9) has a value of dielectric losses in the electromagnetic radiation region of microwaves ≥ 0.10; and - a reflector plane defined by the base of the metal structure and located λ 4 from the electrical transmission line, with λ being the wavelength of the incident radiation in the cell, with the reflector plane directing said microwave radiation towards the high dielectric loss ceramic material (5,9).
A method for communicating over a firewall, the method comprising: sending, periodically by an agent, a check-in communication to a management server located outside the firewall, the check-in communication indicating an agent/OPA interface associated with the check-in communication; receiving, by the agent, an action from the management server located outside the firewall, wherein the action includes a standardized portion that adheres to a standardized format and concerns user account information maintained by an on-premise software application, hereinafter referred to as OPA, installed on a device located inside the firewall; generating, by the agent, an OPA interface request based on the action, wherein the OPA interface request relates to user accounts of the OPA and includes the standardized portion; sending, by the agent, the OPA interface request to the agent/OPA interface configured to communicate with the device; translating, by the agent/OPA interface, the OPA interface request to a command; communicating, by the agent/OPA interface, the command to the OPA configured to execute the command thereby to fulfill the OPA interface request. sending, periodically by an agent, a check-in communication to a management server located outside the firewall, the check-in communication indicating an agent/OPA interface associated with the check-in communication; receiving, by the agent, an action from the management server located outside the firewall, wherein the action includes a standardized portion that adheres to a standardized format and concerns user account information maintained by an on-premise software application, hereinafter referred to as OPA, installed on a device located inside the firewall; generating, by the agent, an OPA interface request based on the action, wherein the OPA interface request relates to user accounts of the OPA and includes the standardized portion; sending, by the agent, the OPA interface request to the agent/OPA interface configured to communicate with the device; translating, by the agent/OPA interface, the OPA interface request to a command; communicating, by the agent/OPA interface, the command to the OPA configured to execute the command thereby to fulfill the OPA interface request.
Method for detection of a traffic situation on a stretch of road, comprising the following steps: - determining the traffic situation based on local traffic data comprising a respective passage and a respective speed of vehicles passing a traffic detector stationarily disposed on the stretch of road, - determining the traffic situation on the basis of stretch-related traffic data comprising a respective travel time and/or a respective travel speed on the stretch of road of at least some of the vehicles passing the traffic detector, - checking whether the traffic situation determined on the basis of the stretch-related traffic data corresponds to the traffic situation determined on the basis of the local traffic data and serving as a reference, and if so - merging the local traffic data with the stretch-related traffic data and - determining the traffic situation based on the merged traffic data. - determining the traffic situation based on local traffic data comprising a respective passage and a respective speed of vehicles passing a traffic detector stationarily disposed on the stretch of road, - determining the traffic situation on the basis of stretch-related traffic data comprising a respective travel time and/or a respective travel speed on the stretch of road of at least some of the vehicles passing the traffic detector, - checking whether the traffic situation determined on the basis of the stretch-related traffic data corresponds to the traffic situation determined on the basis of the local traffic data and serving as a reference, and if so - merging the local traffic data with the stretch-related traffic data and - determining the traffic situation based on the merged traffic data.
A staple gun automatically applicable to staples of multiple sorts, the staple gun comprising: a casing having a front blocking surface; a magazine comprising a body and being disposed in the casing and adapted to hold a plurality of staples; a staple delivery element disposed at the magazine and adapted to push the staples in the magazine in a staple delivering direction such that one of the staples abuts against the front blocking surface of the casing; characterized in that the magazine further comprises a staple cutting element having a staple cutting portion, the staple cutting portion having a top surface, a front end surface, and a guiding surface connected between the top surface and the front end surface, wherein the front end surface and the guiding surface of the staple cutting portion face the front blocking surface of the casing, the magazine further comprising a clearance for passing the staples disposed between the front end surface of the staple cutting portion and the front blocking surface of the casing, and a resilient element disposed at the magazine and providing resilience to the staple cutting element in the staple delivering direction. a casing having a front blocking surface; a magazine comprising a body and being disposed in the casing and adapted to hold a plurality of staples; a staple delivery element disposed at the magazine and adapted to push the staples in the magazine in a staple delivering direction such that one of the staples abuts against the front blocking surface of the casing; a staple cutting element having a staple cutting portion, the staple cutting portion having a top surface, a front end surface, and a guiding surface connected between the top surface and the front end surface, wherein the front end surface and the guiding surface of the staple cutting portion face the front blocking surface of the casing, the magazine further comprising a clearance for passing the staples disposed between the front end surface of the staple cutting portion and the front blocking surface of the casing, and a resilient element disposed at the magazine and providing resilience to the staple cutting element in the staple delivering direction.