mhurhangee/ep-ind-claims huggingface dataset:
A cooking appliance comprising: an electrochromic indicator provided to an outer surface of the appliance, the electrochromic indicator comprising a material with a first appearance that renders the electrochromic indicator substantially indistinguishable from the surface on which it is provided in a first operational state and a second appearance in a second operational state that contrasts with the said surface to issue a notification related to operation of the appliance, characterized in that the cooking appliance comprises a control that controls delivery of electric energy from a power supply to the electrochromic indicator to control activation and deactivation of the electrochromic indicator, wherein the notification issued by the electrochromic indicator in the second operational state provides the visible indication of a condition that is scheduled to be updated by the controller no more than once in a one-minute period. an electrochromic indicator provided to an outer surface of the appliance, the electrochromic indicator comprising a material with a first appearance that renders the electrochromic indicator substantially indistinguishable from the surface on which it is provided in a first operational state and a second appearance in a second operational state that contrasts with the said surface to issue a notification related to operation of the appliance, characterized in that the cooking appliance comprises a control that controls delivery of electric energy from a power supply to the electrochromic indicator to control activation and deactivation of the electrochromic indicator, wherein the notification issued by the electrochromic indicator in the second operational state provides the visible indication of a condition that is scheduled to be updated by the controller no more than once in a one-minute period.
A web-enabled electronic controller for controlling an impedance tuner, in an RF measurement system, the impedance tuner including an RF signal transmission line, (12, 54) and an electronically-controllable impedance-varying system, coupled to the signal transmission line for controlling the impedance presented by the signal transmission line, the RF measurement system configured to measure characteristics of a device under test,DUT, connected to the RF measurement system by sampling and measuring signals applied to and coming from the DUT, the impedance tuner including first, and second, input/output ports connected to the RF signal transmission line and configured for connection to at least one of the DUT, a signal source, a termination, a network analyzer or equipment in a measurement or calibration setup, the controller comprising; an electronic processor, configured to process external command signals and generate electronic control signals to configure the impedance-varying system in response to the command signals; an electronic memory, (80B, 80C) for storing sets of data, said data including data for one or more web pages; a communication server, with an Internet Protocol, IP, address, the server supporting HTTP, Hypertext Transfer Protocol, communication and configured to receive or send signals through a TCP/IP communication channel from or to a client computer system; the communication server configured on said IP address to be responsive to an HTTP request message from a client computer system to send a response comprising said data for said one or more web pages to the client computer system; the controller configured to process commands received from the client computer system through the communication server into the electronic control signals and to control the impedance-varying system during a measurement process conducted by the RF impedance tuner system.
A cleaning unit, comprising a first liquid-tight plastic film package and, provided in said plastic film package, one or a plurality of flat mop(s) pre-soaked with a liquid system, further comprising at least one additional liquid-tight plastic film package, in which the first plastic film package is packaged in a liquid-tight manner.
Method for loading configuration data to a first Intelligent Electronic Device IED (21, 22) in a Substation Automation SA system, wherein the SA system comprises a second IED connected to the first IED (21, 22) via a communication network, wherein the method comprises the steps of: a) determining a first System Identification SID for the first IED by means of a neighbour-ship relation, the first SID being an identification of a place and a role of the first IED, wherein the neighbour-ship relation is predefined in a relationship table stored in the second IED and indicative of a relative arrangement of the first and second IED in the communication network, a2) determining type information of the first IED to verify that the first IED is compliant with the role, b) assigning the first SID to the first IED (21, 22), and c) obtaining first configuration data corresponding to the first SID, and loading the first configuration data and the relationship table to the first IED (21, 22), wherein the first IED is connected to the second IED via a first and second switch port in the communication network, respectively, and the first and second switch port (p7, p8) are adjacent to each other in view of the port numbering topology, or the communication network is an Ethernet ring according to the High-availability Seamless Redundancy HSR protocol, and wherein the first IED is connected adjacent to the second IED via the Ethernet ring. a) determining a first System Identification SID for the first IED by means of a neighbour-ship relation, the first SID being an identification of a place and a role of the first IED, wherein the neighbour-ship relation is predefined in a relationship table stored in the second IED and indicative of a relative arrangement of the first and second IED in the communication network, a2) determining type information of the first IED to verify that the first IED is compliant with the role, b) assigning the first SID to the first IED (21, 22), and c) obtaining first configuration data corresponding to the first SID, and loading the first configuration data and the relationship table to the first IED (21, 22),
X-ray system, comprising: - an X-ray source with an electronically readable data carrier on which an identification code is stored; - a query device for electronically querying the identification code from the data carrier of the X-ray source, wherein the data carrier includes an electronic signature for checking the integrity of the identification code; and - a disabling device for disabling operation of the X-ray source in the event of the queried identification code deviating from a predefined identification code, wherein the X-ray system includes a receive unit for receiving the predefined identification code from a license server by way of a data network. - an X-ray source with an electronically readable data carrier on which an identification code is stored; - a query device for electronically querying the identification code from the data carrier of the X-ray source, wherein the data carrier includes an electronic signature for checking the integrity of the identification code; and - a disabling device for disabling operation of the X-ray source in the event of the queried identification code deviating from a predefined identification code, wherein the X-ray system includes a receive unit for receiving the predefined identification code from a license server by way of a data network.
A water-based remediation bed comprising: a container providing a fluid cavity; and organic, inorganic and biological remediation media (68, 70, 72) arranged in the cavity and configured to permit a water-based fluid within the cavity to simultaneously flow through the media, and wherein the container is tubular and provides a linear flow direction, the organic, inorganic and biological remediation media arranged within the cavity along the linear flow direction and wherein the organic, inorganic and biological remediation media (68, 70, 72) are arranged within the same cartridge arranged within the cavity but separated from one another in segmented compartments, and further comprising multiple cartridges arranged within the cavity and spaced apart from one another and parallel to each other, and wherein the cartridges are oriented along the linear flow path to provide unobstructed passages between the cartridges in the direction of the linear flow path.
A ventilation mask, comprising: a mask body defining a patient cavity, the mask body comprising: a patient opening in fluid communication with the patient cavity; and at least one vent opening (120a, 120b, 120c) formed through the mask body, the at least one vent opening in fluid communication with the patient cavity, wherein the at least one vent opening is disposed generally opposite to the patient opening; and a gas manifold coupled to the mask body, the gas manifold defining a gas channel, the gas manifold comprising a plurality of vectored gas ports (132a, 132b) in fluid communication with the gas channel, wherein the plurality of vectored gas ports (132a, 132b) are configured to create a curtain effect gas flow within the patient cavity to form a gas curtain within the patient cavity and adjacent to the at least one vent opening (120a, 120b, 120c); and characterised in that the mask body comprises at least one gas fence (140a, 140b, 140c) extending axially from the mask body toward the patient opening, wherein the at least one gas fence (140a, 140b, 140c) is disposed between the at least one vent opening (120a, 120b, 120c) and the plurality of vectored gas ports (132a, 132b), and extends at least partially around the at least one vent opening (120a, 120b, 120c), to maintain the curtain effect gas flow. a patient opening in fluid communication with the patient cavity; and at least one vent opening (120a, 120b, 120c) formed through the mask body, the at least one vent opening in fluid communication with the patient cavity, wherein the at least one vent opening is disposed generally opposite to the patient opening; and a gas manifold coupled to the mask body, the gas manifold defining a gas channel, the gas manifold comprising a plurality of vectored gas ports (132a, 132b) in fluid communication with the gas channel, wherein the plurality of vectored gas ports (132a, 132b) are configured to create a curtain effect gas flow within the patient cavity to form a gas curtain within the patient cavity and adjacent to the at least one vent opening (120a, 120b, 120c); and characterised in that the mask body comprises at least one gas fence (140a, 140b, 140c) extending axially from the mask body toward the patient opening, wherein the at least one gas fence (140a, 140b, 140c) is disposed between the at least one vent opening (120a, 120b, 120c) and the plurality of vectored gas ports (132a, 132b), and extends at least partially around the at least one vent opening (120a, 120b, 120c), to maintain the curtain effect gas flow.
An integrated pipette tip device comprising: a flat card comprising a first surface and an opposing second surface, which card comprises a plurality of apertures, each aperture defining the opening of a channel traversing the thickness of the card; which card comprises a plurality of integrated pipette tips, each of which pipette tips comprising a distal region that effectively extends from the second surface of the card and is concentric with one aperture; wherein the integrated pipette tips are co-extensive with, molded or thermoformed to the card, characterized in that the card comprises a plurality of bores, each of which bores comprises a center point having an opening on the first surface of the card, and which bores extend through at least a portion of the thickness of the card; and wherein the center point is defined as the intersection of diagonal lines of four points drawn on four apertures in a 2x2 array. a flat card comprising a first surface and an opposing second surface, which card comprises a plurality of apertures, each aperture defining the opening of a channel traversing the thickness of the card; which card comprises a plurality of integrated pipette tips, each of which pipette tips comprising a distal region that effectively extends from the second surface of the card and is concentric with one aperture; wherein the integrated pipette tips are co-extensive with, molded or thermoformed to the card, characterized in that the card comprises a plurality of bores, each of which bores comprises a center point having an opening on the first surface of the card, and which bores extend through at least a portion of the thickness of the card; and wherein the center point is defined as the intersection of diagonal lines of four points drawn on four apertures in a 2x2 array.
A device for checking the operability of a heating system comprising a control part, a part controlled by the control part and a connection (L1 to L7) between the control part and the controlled part, wherein the connection consists of single lines or a bus line extending between actuators and sensors of the controlled part and the corresponding terminals on the control part, and wherein the device comprises an information input device and an information processing device connected thereto which is configured to switch the device from a locked state to a released state, depending on predefined information entered using the input device, characterised in that the device comprises, for each of said lines, a switching element (S1 to S7) which is controlled between an open state and closed state depending on the information to be entered, which switching component is inserted into the respective line, which is thus interrupted in the locked state or closed in the released state according to the switching state of the switching element.
Electrical switch, in particular park position switch, for an electric motor, having a driver disc which can rotate about a rotation axis and is composed of electrically non-conductive material, having a switching disc which is fixed to the driver disc, rotates together with the said driver disc and is composed of electrically conductive material and which has at least one segment-like region with which contact is to be made, and having at least one contact which is oriented toward the rotation path of the segment-like regions, characterized in that the switching disc is embedded in the driver disc in such a way that the switching disc, apart from the segment-like regions with which contact is to be made, is enclosed by the material of the driver disc.
A method for measuring an internal resistance of batteries, the internal resistance comprising an ohmic internal resistance, a charge-transfer internal resistance and a diffusion internal resistance, the method comprising the following steps: providing a battery, and controlling a temperature of the battery to a measure temperature; discharging/charging the battery under a preset constant-current I for a preset time and then ending the discharging/charging, acquiring voltages of the battery from a time ending the discharging/charging to a time when the voltage reaches stable; recording a voltage V1 at the time ending the discharging/charging, a voltage V2 at a first plateau after the voltage rising/drop from V1, a voltage V3 whose value points are determined by a formula |dV/dt|/V<C1 and are the points where a ratio between a voltage change-value relative to time and the voltage at that time is less than a preset value C1, and a voltage V4 at a time when the voltage of the battery reaches stable; and calculating the ohmic internal resistance based on a formula Ro = |V2-V1 |/I, the charge-transfer internal resistance based on a formula Rct=|V3-V2|/I and the diffusion internal resistance based on a formula Rd=|V4-V3 |/I separately. providing a battery, and controlling a temperature of the battery to a measure temperature; discharging/charging the battery under a preset constant-current I for a preset time and then ending the discharging/charging, acquiring voltages of the battery from a time ending the discharging/charging to a time when the voltage reaches stable; recording a voltage V1 at the time ending the discharging/charging, a voltage V2 at a first plateau after the voltage rising/drop from V1, a voltage V3 whose value points are determined by a formula |dV/dt|/V<C1 and are the points where a ratio between a voltage change-value relative to time and the voltage at that time is less than a preset value C1, and a voltage V4 at a time when the voltage of the battery reaches stable; and calculating the ohmic internal resistance based on a formula Ro = |V2-V1 |/I, the charge-transfer internal resistance based on a formula Rct=|V3-V2|/I and the diffusion internal resistance based on a formula Rd=|V4-V3 |/I separately.
A method for assisting with the driving of vehicles (10, 11, 12) comprising the following steps carried out by an electronic system for assisting with the driving of vehicles traveling on a road including a set of sensor(s) installed along sections of the road and an electronic processing unit: reception by the processing unit of a request, coming from an electronic device, indicating a road portion and requesting information relative to the state of said road portion; determination by the processing unit, as a function of said requested information and said road portion, of the configuration among several determined configurations, of at least one sensor of the set of sensor(s); sending by the processing unit to said sensor of a command indicating said configuration; upon reception of said command, implementation, by said sensor, of said commanded sensor configuration and sending, by the sensor to the processing unit, of data delivered by said sensor in said configuration; reception of said data by the processing unit, determination of the requested information in response to the request as a function of said data and sending by the processing unit of said information to the electronic device, said method being characterized in that it comprises: the configuration of a sensor of the set of sensors being determined by the implementation of an automatic optimization function seeking to: maximize the overlap of the field of view of the sensor with the road portion and/or minimize the overlap between the fields of view of the sensors. reception by the processing unit of a request, coming from an electronic device, indicating a road portion and requesting information relative to the state of said road portion; determination by the processing unit, as a function of said requested information and said road portion, of the configuration among several determined configurations, of at least one sensor of the set of sensor(s); sending by the processing unit to said sensor of a command indicating said configuration; upon reception of said command, implementation, by said sensor, of said commanded sensor configuration and sending, by the sensor to the processing unit, of data delivered by said sensor in said configuration; reception of said data by the processing unit, determination of the requested information in response to the request as a function of said data and sending by the processing unit of said information to the electronic device, said method being characterized in that it comprises: the configuration of a sensor of the set of sensors being determined by the implementation of an automatic optimization function seeking to: maximize the overlap of the field of view of the sensor with the road portion and/or minimize the overlap between the fields of view of the sensors. maximize the overlap of the field of view of the sensor with the road portion and/or minimize the overlap between the fields of view of the sensors.
A turbine rotor blade for a gas turbine engine, the turbine rotor blade comprising: an airfoil having a tip at an outer radial edge; wherein: the airfoil includes a pressure sidewall and a suction sidewall that join together at a leading edge and a trailing edge of the airfoil, the pressure sidewall and the suction sidewall extending from a root to the tip; the tip includes a tip plate and, disposed along a periphery of the tip plate, a rail; and the rail includes a microchannel connected to a coolant source characterized in that the microchannel is formed by a groove and enclosed by a channel cover and forms an angle with the tip plate, wherein the angle is between 5° and 40°. the airfoil includes a pressure sidewall and a suction sidewall that join together at a leading edge and a trailing edge of the airfoil, the pressure sidewall and the suction sidewall extending from a root to the tip; the tip includes a tip plate and, disposed along a periphery of the tip plate, a rail; and the rail includes a microchannel connected to a coolant source
An offshore power generating system comprising a T-shaped hub comprising a rotating shaft, and radial out from the rotating shaft two arms connected to propeller blades, and at least two generators arranged on a common shaft in a generator housing; wherein the common shaft is connected to the rotating shaft of the hub by means of a coupling; and wherein the hub transfers variable torque from each propeller blade to the common shaft, wherein each propeller blade comprises a plurality of flaps, and wherein each generator is connected to the common shaft by means of couplings. a T-shaped hub comprising a rotating shaft, and radial out from the rotating shaft two arms connected to propeller blades, and at least two generators arranged on a common shaft in a generator housing; wherein the common shaft is connected to the rotating shaft of the hub by means of a coupling; and wherein the hub transfers variable torque from each propeller blade to the common shaft, wherein each propeller blade comprises a plurality of flaps, and wherein each generator is connected to the common shaft by means of couplings.
An image forming apparatus comprising a recording paper conveying portion for conveying a recording paper, an image forming portion for performing image formation on the recording paper conveyed by the recording paper conveying portion, and a control portion for controlling the recording paper conveying portion and the image forming portion, wherein the image forming portion has a transfer portion for transferring a toner image formed on an image carrier onto the recording paper, and a fixing portion for heating and compressing the recording paper on which the toner is transferred to fix the toner image to the recording paper, and wherein the control portion is configured to cause heating and compressing the recording paper by the fixing portion without performing transfer of the toner image by the transfer portion under a predetermined condition, characterized in that the image fixing portion has a pressure adjusting portion for setting the pressure force of the image fixing portion, the control portion is configured to set variably the number of times to pass the recording paper through the fixing portion without performing transfer of the toner image onto the recording paper and to set the pressure force of the fixing portion when the recording paper passes through the fixing portion, wherein the recording paper conveying portion has a conveyance path for conveying the recording paper heated and compressed by the fixing portion to the transfer portion again, and the control portion is configured to convey the recording paper heated and compressed by the fixing portion without performing transfer of the toner image by the transfer portion to the transfer portion again under the predetermined condition by the conveyance path.