mhurhangee/ep-ind-claims huggingface dataset:
An interactive toy comprising: a housing provided with an upper wall, a lower wall, two side walls, and a back wall; wherein a first longitudinal cutout is provided on said upper wall and a second longitudinal cutout is provided on said upper wall or a side wall; and at least one removable stage element traversing said second longitudinal cutout; characterized by further comprising: at least one movable support element cooperating with said upper wall of the housing and connecting to a character element, and together moving along the first longitudinal cutout, wherein said movable support element comprises a radially cut disc-shaped structure, which fits by interference in the character element. a housing provided with an upper wall, a lower wall, two side walls, and a back wall; wherein a first longitudinal cutout is provided on said upper wall and a second longitudinal cutout is provided on said upper wall or a side wall; and at least one removable stage element traversing said second longitudinal cutout; characterized by further comprising: at least one movable support element cooperating with said upper wall of the housing and connecting to a character element, and together moving along the first longitudinal cutout, wherein said movable support element comprises a radially cut disc-shaped structure, which fits by interference in the character element.
Safe-T-catch lock, with a safe-T-catch, which is jointed such as to pivot on the end side at a lock plate, and which, on the end side, forms a lock bolt entry opening, wherein the lock bolt entry opening, in the inwards pivoted position, lies at a defined distance interval location from the lock plate peripheral edge, wherein an oblique element is provided at the lock plate, along which the safe-T-catch slides as a result of force imposition during an inwards movement, as far as a stop position, wherein an open edged cut-out opening, located at the safe-T-catch, provides support when the safe-T-catch is pivoted inwards at an undercut provided in a fixed position at the lock plate, parallel to the pivot axis of the safe-T-catch.
A patient support apparatus comprising: an inflatable mattress for supporting a patient; an air supply coupled to the inflatable mattress, wherein the air supply provides a plurality of therapeutic functions, and the air supply is configurable to enable a subset of the plurality of therapeutic functions as available functionalities to a user; a control panel disposed to operate the air supply, wherein the control panel includes controls for each of the plurality of therapeutic functions; and an interchangeable bezel configured to cover the control panel, wherein the bezel provides access to controls for the subset of available therapeutic functions and obscures controls for unavailable therapeutic functions. an inflatable mattress for supporting a patient; an air supply coupled to the inflatable mattress, wherein the air supply provides a plurality of therapeutic functions, and the air supply is configurable to enable a subset of the plurality of therapeutic functions as available functionalities to a user; a control panel disposed to operate the air supply, wherein the control panel includes controls for each of the plurality of therapeutic functions; and an interchangeable bezel configured to cover the control panel, wherein the bezel provides access to controls for the subset of available therapeutic functions and obscures controls for unavailable therapeutic functions.
Apparatus for target proximity detection from a borehole being drilled, comprising: a drill string having multiple drill pipe sections (56, 57, 58...) connected end-to-end and carrying a drill bit; at least one of said drill pipe sections being electrically conductive to provide a drill pipe electrode section; at least one electrically insulating drill pipe sub (71, 72) above and below said electrode section electrically isolating said electrode section from adjacent drill pipe sections (56, 57, 58...); a power supply for electrical communication with said at least one drill pipe electrode section and energizable to inject a time-varying current into earth formations surrounding said borehole; a drill bit instrument at said drill bit for detecting magnetic fields produced by said injected current; communication electronics located in said drill string for establishing communication between said drill bit instrument and surface instrumentation for sending detected magnetic field data to said surface instrumentation; and a wireline locatable within said drill string, said wireline incorporating a wireline electrode connected to said power supply for electrical communication with said electrode section for injection of said time-varying current into earth formations, wherein said wireline carries a part of said communication electronics for communication of detected magnetic field data to said surface instrumentation. a drill string having multiple drill pipe sections (56, 57, 58...) connected end-to-end and carrying a drill bit; at least one of said drill pipe sections being electrically conductive to provide a drill pipe electrode section; at least one electrically insulating drill pipe sub (71, 72) above and below said electrode section electrically isolating said electrode section from adjacent drill pipe sections (56, 57, 58...); a power supply for electrical communication with said at least one drill pipe electrode section and energizable to inject a time-varying current into earth formations surrounding said borehole; a drill bit instrument at said drill bit for detecting magnetic fields produced by said injected current; communication electronics located in said drill string for establishing communication between said drill bit instrument and surface instrumentation for sending detected magnetic field data to said surface instrumentation; and a wireline locatable within said drill string, said wireline incorporating a wireline electrode connected to said power supply for electrical communication with said electrode section for injection of said time-varying current into earth formations, wherein said wireline carries a part of said communication electronics for communication of detected magnetic field data to said surface instrumentation.
A motor driving device comprising: an inverter configured to be provided with a plurality of switching devices (Sa, S'a, Sb, S'b, Sc, S'c), and to output AC power to a motor based on a switching operation; a switching device configured to be disposed between the inverter and the motor, and to convert a winding of the motor into a first connection or a second connection; and a controller (170, 430) configured to control the inverter and the switching device, characterised in: wherein the controller (170, 430) is configured to limit a connection conversion by the switching device to convert the winding of the motor into the first connection, when the number of low-speed abnormal operation in which an operation frequency of the motor is operated at a limit frequency or lower exceeds a first threshold value within a certain time, in the second connection state, and wherein the controller (170, 430) is configured to determine whether the switching device operates abnormally, based on a winding resistance of the motor in the first connection and a winding resistance of the motor in the second connection. an inverter configured to be provided with a plurality of switching devices (Sa, S'a, Sb, S'b, Sc, S'c), and to output AC power to a motor based on a switching operation; a switching device configured to be disposed between the inverter and the motor, and to convert a winding of the motor into a first connection or a second connection; and a controller (170, 430) configured to control the inverter and the switching device, characterised in: wherein the controller (170, 430) is configured to limit a connection conversion by the switching device to convert the winding of the motor into the first connection, when the number of low-speed abnormal operation in which an operation frequency of the motor is operated at a limit frequency or lower exceeds a first threshold value within a certain time, in the second connection state, and wherein the controller (170, 430) is configured to determine whether the switching device operates abnormally, based on a winding resistance of the motor in the first connection and a winding resistance of the motor in the second connection. wherein the controller (170, 430) is configured to limit a connection conversion by the switching device to convert the winding of the motor into the first connection, when the number of low-speed abnormal operation in which an operation frequency of the motor is operated at a limit frequency or lower exceeds a first threshold value within a certain time, in the second connection state, and wherein the controller (170, 430) is configured to determine whether the switching device operates abnormally, based on a winding resistance of the motor in the first connection and a winding resistance of the motor in the second connection.
A capacitive grounded RF coaxial cable to airstrip transition, comprising a conductive ground plane, an insulating gasket, a reflector plate and an insulating fixing component, the conductive ground plane, the insulating gasket and the reflector plate being attached uniformly and tightly in sequence and fixed together by the insulating fixing component, the outer surface of the conductive ground plane being connected conductively with an outer conductor of the RF coaxial cable, characterized in that the conductive ground plane, the insulating gasket, and the reflector plate each comprise a perforation through which the airstrip penetrates.
A method of providing secure data transmission from a self service terminal to a portable device without there being any software connection, wired connection or wireless connection between the SST and the portable device, comprising: encrypting service data on an SST (step 210); dividing the encrypted data into portions (step 220); broadcasting the portions from the SST as a graphical animation rendered on a screen of a display of the SST and audio output through a speaker of the SST (step 230); and capturing rendered graphical animation via a camera of the portable device or capturing audio output through a microphone of the portable device. encrypting service data on an SST (step 210); dividing the encrypted data into portions (step 220); broadcasting the portions from the SST as a graphical animation rendered on a screen of a display of the SST and audio output through a speaker of the SST (step 230); and capturing rendered graphical animation via a camera of the portable device or capturing audio output through a microphone of the portable device.
A water-based hybrid ink comprising as components a) water, (b) UV-curing oligomer and/or polymer with ethylenically unsaturated functional groups, (c) a humectant, (d) a radical-forming photoinitiator, wherein the hybrid ink is an ink jet printer ink and characterized in that it further comprises (e) a heat-curing oligomer and/or polymer with complementary functional groups which is designed such that it is self-crosslinking under thermal influence, wherein the complementary functional groups are designed such that they can undergo polyaddition or polycondensation reactions with each other.
Mixing device for a counter-rotating twin-screw extruder for the extrusion of PVC, having parallel or conically arranged screws, having a first screw and a second screw for mixing a melt stream, having a first and a second screw antechamber (8, 10), wherein the first screw antechamber has a first melt channel and the second screw antechamber has a second melt channel, and wherein the first screw has an extension in the form of a mixing screw tip, characterised in that a first melt channel, which has a cylindrical shape and into which the first screw conveys, is arranged in a flow-connected manner via an elongated slot, which is formed by overlap of the first melt channel with the second melt channel, to a second melting channel, into which the second screw conveys, in that the first screw comprises at least one screw flight and at least one wing which is arranged substantially paraxially or helically wound on a tip core of the mixing screw tip, and in that a pitch of the screw flights is greater than the nominal diameter of the first screw, wherein the pitch is preferably twice to five times as large as the nominal diameter and particularly preferably four times as large as the nominal diameter, and in that the mixing screw tip extends over a length in the direction of a longitudinal axis which is equal to or greater than the nominal diameter of the first screw, with the length preferably being twice to ten times the nominal diameter and particularly preferably twice to five times the nominal diameter.
A method of verifying permissioning rights to one or more data resources associated with a data processing platform, the method being performed using one or more processors and comprising: receiving, from a client device, an assertion statement identifying a user, a data resource via a resource identifer and an operation performable with respect to the data resource, wherein the assertion statement is a single statement conforming to one or more predetermined syntaxes, and wherein the resource identifier of the assertion statement defines a plurality of resources dependent on a parent resource; applying the received assertion statement to a network database storing an access control list defining, for each of a plurality of data resources associated with the data processing platform, one or more users having permission to perform one or more operations on the respective data resource, wherein applying the assertion statement is effective to determine if the received assertion statement is true or false in relation to said data resources defined by the assertion statement; characterized in that in the event that the assertion statement is false, generating an error message for output; and blocking the identified user's permission to perform one or more operations on the identified resource in the event that the assertion statement identifies a user not having permission to perform the identified operation on the identified data resource, and the error message is indicative that the user currently does have permission to perform the identified operation on the identified data resource. receiving, from a client device, an assertion statement identifying a user, a data resource via a resource identifer and an operation performable with respect to the data resource, wherein the assertion statement is a single statement conforming to one or more predetermined syntaxes, and wherein the resource identifier of the assertion statement defines a plurality of resources dependent on a parent resource; applying the received assertion statement to a network database storing an access control list defining, for each of a plurality of data resources associated with the data processing platform, one or more users having permission to perform one or more operations on the respective data resource, wherein applying the assertion statement is effective to determine if the received assertion statement is true or false in relation to said data resources defined by the assertion statement; characterized in that in the event that the assertion statement is false, generating an error message for output; and blocking the identified user's permission to perform one or more operations on the identified resource in the event that the assertion statement identifies a user not having permission to perform the identified operation on the identified data resource, and the error message is indicative that the user currently does have permission to perform the identified operation on the identified data resource.
A method of producing a fluoropolymer article comprising subjecting a composition comprising fluoropolymer particles to additive processing in an additive processing device containing at least one energy source, wherein the fluoropolymer is selected from the group consisting of tetrafluoroethylene homopolymers, tetrafluoroethylene copolymers containing up to 1 % by weight of perfluorinated alpha-olefin comonomers, and tetrafluoroethylene copolymers containing more than 1 % by weight and up to 30 % by weight based on the weight of the polymer of perfluorinated comonomers, partially fluorinated comonomers and non-fluorinated comonomers; and wherein the composition comprises at least one binder material capable of binding the fluoropolymer particles to form a layer in a part of the composition that has been exposed to the energy source of the additive processing device and the method comprises subjecting a part of the composition to exposure of the energy source to form a layer and wherein the binder material is polymerizable and solidifies through polymerization upon exposure of the composition to the energy source of the additive processing device.
A method for estimating a position where noise enters a telecommunications transmission line said line having first DSL communications equipment connected to a first end of the line and second DSL communications equipment connected to a second, opposite end of the line the method comprising the following steps receiving, via the line, a first result of a measurement of a noise level at the first end of the transmission line made by the first DSL equipment receiving a second result of a measurement of a noise level at the second end of the transmission line made by the second DSL equipment characterized by a step of generating an estimate (1160, 1430) of a position where noise enters the transmission line in dependence of the relationship between the first and the second noise level measurement results where the first and second noise level measurements are made at the same frequency or frequency band and said frequency or frequency band falls within a transmit band of at least one of said first and second DSL equipments wherein said relationship is a difference between the first and the second noise measurement results.
Method for controlling a pneumatic spring assembly of a vehicle, wherein discrete state parameters are derived from the state of the vehicle, and a height regulation behaviour assigned to a specific state of the vehicle is set by the corresponding control of least one valve of the pneumatic spring assembly characterised in that the valve is an electronically-controllable proportional valve, the discrete state parameters are combined into a restricted number of parameter sets and furthermore each parameter set is assigned a defined height regulation behaviour, wherein the height regulation behaviour is explicitly predetermined and set by altering a defined stepped shape of the valve characteristic curve (K1, K2) of the proportional valve on the basis of the restricted number of parameter sets.
Wheel lift for towing a vehicle, comprising a wheel receptacle for receiving a wheel (2.1) of the vehicle to be towed, wherein the wheel receptacle has a rotatably mounted rolling element on which the wheel (2.1) of the vehicle can be rolled in order to introduce it into the wheel receptacle, characterized by a drive for driving the rolling element and/or a brake for arresting the rotary movement of the rolling element.
A digital protection control device configured to acquire a bus voltage by using data from a plurality of protection control terminals, each arranged on one of a plurality of lines and configured to convert a voltage detected by a voltage transformer arranged on the same one of the plurality of lines, a state of a circuit breaker arranged on the same one of the plurality of lines, and a state of a disconnector (5, 6) arranged on the same one of the plurality of lines into digital data, the device comprising: a simulated-bus-voltage selecting unit configured to select the voltage data as a simulated bus voltage that is a simulated value of the bus voltage, on a basis of voltage data, wherein voltage data is digital data related to the voltages detected by the voltage transformers, data related to the states of the circuit breakers, and data related to the states of the disconnectors; and a synchronism indicator configured to perform a detection process of whether the voltage data and the simulated bus voltage selected by the simulated-bus-voltage selecting unit are in a synchronized state satisfying a certain relationship and to output information indicating a synchronized state to the protection control terminal wherein the simulated-bus-voltage selecting unit is configured to determine whether the circuit breaker and the disconnector that are arranged on a line corresponding to the voltage data are in a closed state in order of arrival of the voltage data and, when the circuit breaker and the disconnector are in a closed state, the simulated-bus-voltage selecting unit is configured to select the voltage data of the corresponding line as a simulated bus voltage. a simulated-bus-voltage selecting unit configured to select the voltage data as a simulated bus voltage that is a simulated value of the bus voltage, on a basis of voltage data, wherein voltage data is digital data related to the voltages detected by the voltage transformers, data related to the states of the circuit breakers, and data related to the states of the disconnectors; and a synchronism indicator configured to perform a detection process of whether the voltage data and the simulated bus voltage selected by the simulated-bus-voltage selecting unit are in a synchronized state satisfying a certain relationship and to output information indicating a synchronized state to the protection control terminal wherein the simulated-bus-voltage selecting unit is configured to determine whether the circuit breaker and the disconnector that are arranged on a line corresponding to the voltage data are in a closed state in order of arrival of the voltage data and, when the circuit breaker and the disconnector are in a closed state, the simulated-bus-voltage selecting unit is configured to select the voltage data of the corresponding line as a simulated bus voltage.