mhurhangee/ep-ind-claims huggingface dataset:
A beverage dispenser comprising a base and a holding system that comprises a holding part positionable beneath a beverage outlet in order to accept a first, relatively small receptacle, and being configured and dimensioned to be moveable between a deployed holding position suitable for accepting the small receptacle and a second position in which the holding part is moved at least partly out of the way of the beverage outlet to create an unoccupied space in which a second, larger receptacle can be positioned, in place of the first receptacle, beneath the beverage outlet, the dispenser comprising an input device for selecting different beverages differing at least by the size of the dispensed beverage, wherein the holding system comprises a sensor configured for detecting the position of the holding part between the first position and the second position, and wherein the beverage dispenser comprises an alerting device for inciting the consumer to move the holding part of the holding system from one position to the other, wherein said alerting device is activated based on a comparison between the beverage selected with the input device and the holding part position detected by the sensor.
Method for configuring hardware modules (11,12,13) in an automation system, comprising the steps: a) opening or creating a project in a project configuration software package, b) opening or generating, in said project, a station having a number of slots (10a,10b,10c), wherein the slots (10a,10b,10c) available for the station are displayed, c) opening a hardware catalogue which comprises a plurality of hardware module master data records (5 1,...,5 10), d) inserting at least one hardware module master data record (5 1,...,5 10) for a hardware module (11,12,13) from the hardware catalogue into the station, wherein a first hardware module is inserted at least onto a first slot, e) a customization step is carried out for the at least one hardware module master data record (5 1,....5 10), wherein at least one environmental parameter is specified which represents the ambient conditions at the deployment location of the at least one hardware module (11,12,13), f) saving the station having the at least one hardware module master data record (5 1,...,5 10) inserted into the station and its at least one environmental parameter, characterised in that a maximum temperature value for the ambient temperature parameter defined in the as-delivered state of the hardware module (11,12,13) is changed in the direction of lower temperature values (11,12,13) in the customization step, wherein on the basis of the currently configured ambient temperature parameter and a stored hardware-module (11,12,13) specific heat dissipation table a configuration which gives the number of processor cores to be operated in the case of a multi-core processor is automatically chosen when the automation system is started up or in the event of a change in the parameterization, as a result of which the hardware modules (11,12,13) offer the best possible computing power for the currently specified ambient temperature parameter and nevertheless are reliably cooled on account of the ambient conditions at the deployment location. a) opening or creating a project in a project configuration software package, b) opening or generating, in said project, a station having a number of slots (10a,10b,10c), wherein the slots (10a,10b,10c) available for the station are displayed, c) opening a hardware catalogue which comprises a plurality of hardware module master data records (5 1,...,5 10), d) inserting at least one hardware module master data record (5 1,...,5 10) for a hardware module (11,12,13) from the hardware catalogue into the station, wherein a first hardware module is inserted at least onto a first slot, e) a customization step is carried out for the at least one hardware module master data record (5 1,....5 10), wherein at least one environmental parameter is specified which represents the ambient conditions at the deployment location of the at least one hardware module (11,12,13), f) saving the station having the at least one hardware module master data record (5 1,...,5 10) inserted into the station and its at least one environmental parameter,
An electronic clutch-coupled motor assembly, comprising: a motor comprising: a stator that defines an inner space at a center of the stator, and a rotor that surrounds the stator and is spaced apart from an outer circumference of the stator, the rotor being configured to rotate relative to the stator; and an electronic clutch that is press-fitted into and coupled to the stator through the inner space of the stator, the electronic clutch comprising: an electronic clutch insert core having a circular shape, and an electronic clutch bobbin coupled to an inside of the electronic clutch insert core, characterized by a plurality of fitting portions (221, 223) that are press-fitted between the stator and the electronic clutch and disposed at different positions in the inner space of the stator, wherein the electronic clutch is concentric with the motor. a stator that defines an inner space at a center of the stator, and a rotor that surrounds the stator and is spaced apart from an outer circumference of the stator, the rotor being configured to rotate relative to the stator; and an electronic clutch that is press-fitted into and coupled to the stator through the inner space of the stator, the electronic clutch comprising: an electronic clutch insert core having a circular shape, and an electronic clutch bobbin coupled to an inside of the electronic clutch insert core, characterized by a plurality of fitting portions (221, 223) that are press-fitted between the stator and the electronic clutch and disposed at different positions in the inner space of the stator, wherein the electronic clutch is concentric with the motor. an electronic clutch insert core having a circular shape, and an electronic clutch bobbin coupled to an inside of the electronic clutch insert core, characterized by a plurality of fitting portions (221, 223) that are press-fitted between the stator and the electronic clutch and disposed at different positions in the inner space of the stator, wherein the electronic clutch is concentric with the motor.
A solar module connection device, having: a housing (110, 111, 112, 113), a contacting means, arranged in the housing (110, 111, 112, 113), for contacting a contact element of the solar module, and a cable, characterised by a blind mating connector (120, 150) arranged on the housing (110, 111, 112, 113) without an electrical connection to the contacting means, onto which connector a plug-and-socket connector (220, 250) can be plugged, the plug-and-socket connector (220, 250) being at one cable end of the cable, the cable end being able to be fastened to the blind mating connector (120, 150) via the plug-and-socket connector (220, 250), and the cable being electrically connected to the contacting means. a housing (110, 111, 112, 113), a contacting means, arranged in the housing (110, 111, 112, 113), for contacting a contact element of the solar module, and a cable, characterised by a blind mating connector (120, 150) arranged on the housing (110, 111, 112, 113) without an electrical connection to the contacting means, onto which connector a plug-and-socket connector (220, 250) can be plugged, the plug-and-socket connector (220, 250) being at one cable end of the cable, the cable end being able to be fastened to the blind mating connector (120, 150) via the plug-and-socket connector (220, 250), and the cable being electrically connected to the contacting means.
An access device for a fluid container, in particular of a ship, with a drill, a thread forming unit and a hollow body provided with a valve, characterized in that a connection plate is provided, that the hollow body is provided with an external thread (4.1) and that the thread forming unit has thread cutting wheels on its circumference.
A security system for servicing memory access requests from a client device, the security system comprising: a. a protected device comprising a processor, memory and a lock unit connected to the memory, the lock unit comprising a network interface isolated from the processor; and b. an authentication server, wherein the lock unit is configured to (i) detect a memory access request from the client device, (ii) receive authentication data from the client device and communicate the received authentication data to the authentication server via the network interface, and (iii) only upon receipt via the network interface of an authentication confirmation signal from the authentication server, cause the lock unit to allow the memory access request to be serviced. a. a protected device comprising a processor, memory and a lock unit connected to the memory, the lock unit comprising a network interface isolated from the processor; and b. an authentication server,
Use of a wax anti-settling agent, in an automotive fuel composition, for the purpose of improving the acceleration performance of an internal combustion engine into which the fuel composition is or is intended to be introduced or of a vehicle powered by such an engine, wherein the wax anti-settling agent comprises an oil-soluble polar nitrogen compound in the form of a quaternary ammonium salt of a carboxylic acid, wherein the quaternary ammonium salt of a carboxylic acid has the formula [NR 2 R 13 R 14]X wherein R represents a methyl, ethyl or propyl group; R 13 represents a hydrocarbyl group, and R 14 represents a hydrocarbyl group; and X represents a monovalent carboxylate anion.
A welding system comprising: an auxiliary power conductor that in operation carries both power and data; a power supply unit that outputs welding power at welding terminals, and data to the auxiliary power conductor and receives data via the auxiliary power conductor; a pendant located remotely with respect to the power supply unit that receives power and data via the auxiliary power conductor and outputs data to the auxiliary power conductor; and characterised in that an auxiliary power conversion unit located external to the power supply unit and configured to generate auxiliary power, output the auxiliary power to one or more auxiliary devices (58;60) via the auxiliary power conductor, and exchange data via the auxiliary power conductor, wherein the power supply unit is configured to exchange data via the same auxiliary power conductor and, optionally, a control cable, a primary power conduit, or a combination thereof. an auxiliary power conductor that in operation carries both power and data; a power supply unit that outputs welding power at welding terminals, and data to the auxiliary power conductor and receives data via the auxiliary power conductor; a pendant located remotely with respect to the power supply unit that receives power and data via the auxiliary power conductor and outputs data to the auxiliary power conductor; and characterised in that an auxiliary power conversion unit located external to the power supply unit and configured to generate auxiliary power, output the auxiliary power to one or more auxiliary devices (58;60) via the auxiliary power conductor, and exchange data via the auxiliary power conductor, wherein the power supply unit is configured to exchange data via the same auxiliary power conductor and, optionally, a control cable, a primary power conduit, or a combination thereof.
A flight control device for an aircraft, the device comprising: • a mount; • a lever pivotally mounted on the mount to pivot about at least one axis of rotation and designed to be secured to a control stick of the aircraft; and • mechanical means for generating a return force for the lever about the axis of rotation, said mechnical means comprising a spring and a first motor member that are arranged in such a manner that a first end of the spring is constrained to move in rotation with the lever and a second end of the spring is constrained to move in rotation with an outlet shaft of the first motor member; the device being characterized in that it includes an electrical assistance system for assisting said mechanical means for generating a return force, the system comprising a second motor member that is distinct from the first motor member and that is arranged in such a manner that its outlet shaft is constrained to move in rotation with the first end of the spring, the system including control means for controlling the second motor member in order to modify the apparent stiffness of the spring in operation by means of the second motor member. • a mount; • a lever pivotally mounted on the mount to pivot about at least one axis of rotation and designed to be secured to a control stick of the aircraft; and • mechanical means for generating a return force for the lever about the axis of rotation, said mechnical means comprising a spring and a first motor member that are arranged in such a manner that a first end of the spring is constrained to move in rotation with the lever and a second end of the spring is constrained to move in rotation with an outlet shaft of the first motor member;
A video signal processing apparatus, comprising: a first converter unit configured to perform OOTF conversion, by using a predetermined function, on an input signal level of an HDR video having a range from a predetermined reference point to a change point, wherein the first converter unit is further configured to perform OOTF conversion of linear characteristics on the input signal level of the HDR video having a range higher than the change point; the OOTF conversion of linear characteristics is conversion using a linear function for multiplying the input signal level of the HDR video with a predetermined coefficient to maintain a change rate of the predetermined function at the change point in the range higher than the change point; and the change point is a point to be determined within a range of 100% to 500%, where an input signal level of an SDR video is defined within a range of 0% to 100%, wherein the predetermined function is an exponentiation function having an exponentiation of 1.2, where a result of the predetermined function at a point of 100% in the input signal level of the HDR video is 1; and the predetermined reference point is a point of 0% in the input signal level of the HDR video. a first converter unit configured to perform OOTF conversion, by using a predetermined function, on an input signal level of an HDR video having a range from a predetermined reference point to a change point, wherein the first converter unit is further configured to perform OOTF conversion of linear characteristics on the input signal level of the HDR video having a range higher than the change point; the OOTF conversion of linear characteristics is conversion using a linear function for multiplying the input signal level of the HDR video with a predetermined coefficient to maintain a change rate of the predetermined function at the change point in the range higher than the change point; and the change point is a point to be determined within a range of 100% to 500%, where an input signal level of an SDR video is defined within a range of 0% to 100%, wherein the predetermined function is an exponentiation function having an exponentiation of 1.2, where a result of the predetermined function at a point of 100% in the input signal level of the HDR video is 1; and the predetermined reference point is a point of 0% in the input signal level of the HDR video.
An electronic ink display panel, comprising: an electronic ink base layer, wherein a light emitting surface of the electronic ink base layer comprises a plurality of pixel wells, the plurality of pixel wells comprise a plurality of first pixel wells and a plurality of second pixel wells, and a depth of each first pixel well is less than a depth of each second pixel well; a first color portion is disposed in each pixel well in the plurality of first pixel wells and the plurality of second pixel wells, the first color portion comprises first ink and a first packaging layer, the first packaging layer is located on a side that is of the first ink and that is away from a bottom of the pixel well, and in each first pixel well, the first color portion fills the first pixel well; a second color portion is further disposed in each pixel well in the plurality of second pixel wells, the second color portion is located on a side that is of the first color portion and that is away from the bottom of the pixel well, the second color portion comprises second ink and a second packaging layer, and the second packaging layer is located on a side that is of the second ink and that is away from the bottom of the pixel well; and the first ink and the second ink comprise particles of different colors. an electronic ink base layer, wherein a light emitting surface of the electronic ink base layer comprises a plurality of pixel wells, the plurality of pixel wells comprise a plurality of first pixel wells and a plurality of second pixel wells, and a depth of each first pixel well is less than a depth of each second pixel well; a first color portion is disposed in each pixel well in the plurality of first pixel wells and the plurality of second pixel wells, the first color portion comprises first ink and a first packaging layer, the first packaging layer is located on a side that is of the first ink and that is away from a bottom of the pixel well, and in each first pixel well, the first color portion fills the first pixel well; a second color portion is further disposed in each pixel well in the plurality of second pixel wells, the second color portion is located on a side that is of the first color portion and that is away from the bottom of the pixel well, the second color portion comprises second ink and a second packaging layer, and the second packaging layer is located on a side that is of the second ink and that is away from the bottom of the pixel well; and the first ink and the second ink comprise particles of different colors.
An operation control device, comprising: a database storing generated heat amount conditions of a device provided in a satellite and temperature environment conditions based on an orbital position and attitude of the satellite; a thermal analysis condition generation unit generating thermal analysis conditions on the basis of telemetry data transmitted from the satellite, using the generated heat amount conditions and the temperature environment conditions stored in the database; an analysis unit for performing thermal analysis for computing a temperature inside the satellite on the basis of the thermal analysis conditions; a temperature distribution data generation unit for generating temperature distribution data of part or all inside the satellite in a three-dimensional display format on the basis of the temperature values obtained by the thermal analysis; and a display unit for displaying the temperature distribution data. a database storing generated heat amount conditions of a device provided in a satellite and temperature environment conditions based on an orbital position and attitude of the satellite; a thermal analysis condition generation unit generating thermal analysis conditions on the basis of telemetry data transmitted from the satellite, using the generated heat amount conditions and the temperature environment conditions stored in the database; an analysis unit for performing thermal analysis for computing a temperature inside the satellite on the basis of the thermal analysis conditions; a temperature distribution data generation unit for generating temperature distribution data of part or all inside the satellite in a three-dimensional display format on the basis of the temperature values obtained by the thermal analysis; and a display unit for displaying the temperature distribution data.
Burner assembly for a boiler for steam generation; the burner assembly (4; 400) extending along a longitudinal axis and comprising: • an air duct centred along the axis, into which, in use, air flows in a forward direction; the air duct being provided with an outlet discharging into a combustion chamber of the boiler unit; • a plurality of fuel conduits (90; 90a, 90b, 90c) into which, in use, at least one fuel flows in the forward direction; • a plurality of fuel injection nozzles arranged around the air duct; each fuel injection nozzle being connected to an end portion of a respective fuel conduit (90; 90a, 90b, 90c) for discharging, in use, fuel into the combustion chamber; • the outlet of the air duct being arranged downstream of the fuel injection nozzles along the forward direction; characterised in that • the end portion of at least one fuel conduit (90; 90a, 90b, 90c) is rotatable about its extension axis to allow an adjustment of the injection direction. • an air duct centred along the axis, into which, in use, air flows in a forward direction; the air duct being provided with an outlet discharging into a combustion chamber of the boiler unit; • a plurality of fuel conduits (90; 90a, 90b, 90c) into which, in use, at least one fuel flows in the forward direction; • a plurality of fuel injection nozzles arranged around the air duct; each fuel injection nozzle being connected to an end portion of a respective fuel conduit (90; 90a, 90b, 90c) for discharging, in use, fuel into the combustion chamber; • the outlet of the air duct being arranged downstream of the fuel injection nozzles along the forward direction; characterised in that • the end portion of at least one fuel conduit (90; 90a, 90b, 90c) is rotatable about its extension axis to allow an adjustment of the injection direction.
Set consisting of a plurality of adapter modules, which are different from one another, for mechanically connecting extremely different, manufacturer-specific operator control parts to a standardized circuit module, wherein each of the adapter modules can be mounted onto the standardized circuit module and can be mechanically connected, and in that the adapter modules each have a holding frame for fastening in each case one decorative frame which is matched to the manufacturer-specific operating control part and in each case one transmission element for mechanically contacting in each case one manufacturer-specific operator control part, wherein an adapter module is matched in each case to a manufacturer-specific operator control part with an associated decorative frame and the adapter modules of the set differ from one another in respect of this matching, and wherein the transmission element of the adapter module is matched to the standardized circuit module in a standardized manner at the bottom side, so that the position of the transmission element can be detected by at least one sensor of the circuit module in order to switch on, switch off or change the supply voltage or generate a control signal for at least one consumer, which can be connected to the circuit module, by an electronics system which is connected to the at least one sensor, depending on the detected position of the transmission element of the separate adapter module.