mhurhangee/ep-ind-claims huggingface dataset:
An electronic apparatus comprising: function restriction means for restricting executable functions, in accordance with a user operation; restrict state display control means for effecting a display indicating that the function is restricted, in a state in which the function is restricted by the function restriction means; restrict state cancel means for canceling the state in which the function is restricted, in accordance with a user operation; a reset button which is operated at a time of resetting a main body of the apparatus into an initial state; characterized by restrict item list display Control means for causing a display unit to display a list of a plurality of items which are objects of function restriction, wherein the function restriction means is configured to restrict a function of an item selected from the list of the plurality of items displayed by the restrict item list display control means and reset disabling control means for prohibiting reset to the initial state even if the reset button is operated, in a state in which the function is restricted. function restriction means for restricting executable functions, in accordance with a user operation; restrict state display control means for effecting a display indicating that the function is restricted, in a state in which the function is restricted by the function restriction means; restrict state cancel means for canceling the state in which the function is restricted, in accordance with a user operation; a reset button which is operated at a time of resetting a main body of the apparatus into an initial state; characterized by restrict item list display Control means for causing a display unit to display a list of a plurality of items which are objects of function restriction, wherein the function restriction means is configured to restrict a function of an item selected from the list of the plurality of items displayed by the restrict item list display control means and reset disabling control means for prohibiting reset to the initial state even if the reset button is operated, in a state in which the function is restricted.
A vehicle for transporting a rider, the vehicle comprising: a foot support for supporting the rider, the foot support defining a longitudinal axis extending from a forward portion to an aft portion, the foot support rollable about the longitudinal axis in left and right directions to effectuate left and right turns of the vehicle; a truck attached to the foot support to permit turning of the vehicle, a hanger being yawable between left and right positions upon rolling the foot support about the longitudinal axis in the left and right directions, the hanger being pivotable about a pivot axis which is skewed with respect to the longitudinal axis; two wheels mounted to opposed end portions of the hanger; characterized in that the truck comprises: a body (36,100) having at least two camming surfaces (30a,b,c; 104a,b) rotationally and symmetrically spaced about the pivot axis (20, 20a), a transverse configuration of each of the camming surfaces being semi-circular; the at least two camming surfaces which have a depressed configuration defining a low middle portion and raised outer portions; the at least two camming surfaces being equidistantly spaced about the pivot axis; the hanger is biased toward the camming surfaces; at least two spherical bearings (52a,b,c; 116a,b) with one spherical bearing being disposed between the hanger and the camming surface, the hanger biasing the spherical bearing against the at least two camming surfaces and toward the low middle portion of the at least two camming surfaces. a body (36,100) having at least two camming surfaces (30a,b,c; 104a,b) rotationally and symmetrically spaced about the pivot axis (20, 20a), a transverse configuration of each of the camming surfaces being semi-circular; the at least two camming surfaces which have a depressed configuration defining a low middle portion and raised outer portions; the at least two camming surfaces being equidistantly spaced about the pivot axis; the hanger is biased toward the camming surfaces; at least two spherical bearings (52a,b,c; 116a,b) with one spherical bearing being disposed between the hanger and the camming surface, the hanger biasing the spherical bearing against the at least two camming surfaces and toward the low middle portion of the at least two camming surfaces.
Sheet material for heat exchange between liquid and steam to cause phase change in the liquid and steam, the liquid being evaporated and the steam being condensed over a length of the sheet material, which sheet material is folded to form a plurality of slits (21, 22) extending in the longitudinal direction of the sheet material, the folded sheet material being arranged substantially horizontally, which slits (21, 22) constitute the flow paths of the liquid and steam, the slits for the liquid being closed at a bottom of the slits, and the slits for the steam being closed at a top of the slits, wherein the slits for the steam, at each end of the folded sheet material are sealed by an end seal, the slits for the steam thereby being closed off for through-flow of the steam through the end seals, while the slits for the liquid, through at least one seal (E, X), are fully or partly open for drainage of a residual liquid that has not evaporated over the length of the folded sheet material, the liquid being delivered to an upper side of the folded sheet material and the steam being delivered to an underside of the folded sheet material, the steam filling the slits.
Method for characterizing at least one joined connection, in particular a weld seam, between at least two joined components (4, 6), - wherein an eddy-current sensor is moved several times in succession along the at least one joining joined connection, a plurality of data sets of the sensed measuring signals being generated in different parallel sectional planes (34, 36, 38) of the joined connection, - wherein the plurality of data sets are used to determine a projection data set (44, 48) as a measure of the spatial distribution of the measuring signals along the at least one joined connection, and - wherein the data sets are added in order to determine the projection data set (44, 48) along a direction (y) oriented perpendicular to the section planes (34, 36, 38). - wherein an eddy-current sensor is moved several times in succession along the at least one joining joined connection, a plurality of data sets of the sensed measuring signals being generated in different parallel sectional planes (34, 36, 38) of the joined connection, - wherein the plurality of data sets are used to determine a projection data set (44, 48) as a measure of the spatial distribution of the measuring signals along the at least one joined connection, and - wherein the data sets are added in order to determine the projection data set (44, 48) along a direction (y) oriented perpendicular to the section planes (34, 36, 38).
Solar heating system for the maintaining of batteries composed of a main body, rectangular in shape, whose walls compose an air cavity in the form of a storage enclosure with black surfaces, for conversion of solar energy into thermal energy, wherein the upper wall consists of a transparent panel, directly exposing the solar radiation over a thermal accumulator with liquid, for accumulation of dissipated thermal energy on the black surfaces the thermal accumulator is suspended in a resistance structure in the main body, the thermal accumulator and the resistance structure are thermally conductive such that the radiant surface of the thermal conductor with liquid due to the contact with the resistance structure and located between the upper part and the lower part of the main body, as well as the transparent panel, is provided with two or more solar panels,, for conversion of solar energy into electrical energy, the system characterized in that both solar panels are disposed in the front side and in the back side of accumulator structure, both solar panels are in an electrical connection with a thermostatic electrical contact, in a normally open position at external temperature ≥ 20 °C, also both solar panels are in electrical connection with a separate battery and at the same time the main body, is provided in the front part, on the sides, with two or more inlet ways,, each provided at the end with a mobile valve, with inward opening, in a normally closed position, maintained and regulated automatically, by two or more compression springs,, in a normally compressed position, fixed to the side wall of the main body, and made of elastic materials of metallic nature in connection, with one or more actuation springs, in a normally uncompressed position due to an inactive state at internal temperature ≤ 18 °C, fixed to the upper wall of the main body, and made of intelligent materials of metallic nature with the property of shape memory, consisting of nitinol [NiTi], and at the same time the main body, is provided in the back part, with one or more exhaust ways (7"), configured as inlet ways,, but with the difference that they dispose of an additional electrical contact, in a normally open position, consisting of a conductive part on the mobile valve and a conductive part on the fixed resistance structure of the main body, which are in connection to an, exhaust tube, containing two or more exhaust fans (13,13'), in a normally unpowered state, then together with the solar panels, the thermostatic electrical contact, and the electrical contact, they form an electrical circuit for the controlled supply of thermal energy, respectively for the controlled evacuation of hot air from the main body, through the exhaust tube, to a separate air-conditioning circuit for heating.
An exposure apparatus for exposing a substrate with exposure light through a liquid in a liquid immersion area, the exposure apparatus comprising: a projection optical system including a first optical element disposed most closely to an image plane of the projection optical system; a first stage and a second stage, each of which is independently movable on an image-plane side of the projection optical system; and a liquid immersion mechanism including a nozzle member arranged to surround an end portion of the projection optical system and having an opening through which the exposure light can pass, the liquid immersion mechanism being configured to form the liquid immersion area of the liquid in a space between the first optical element and a surface provided on a side of the image plane of the projection optical system, wherein the liquid immersion mechanism comprises a temperature adjusting apparatus for adjusting the temperature of the liquid to be supplied to form the liquid immersion area, wherein a lower surface of the first optical element which makes contact with the liquid has a liquid-attracting property with respect to the liquid, wherein the first stage has a liquid-repellent upper surface and wherein the second stage has a liquid-repellent upper surface, and wherein the apparatus is configured to move the first and second stages such that the first and second stages come close to each other and to move the close first and second stages so as to move the liquid immersion area between the upper surface of the first stage and the upper surface of the second stage. a projection optical system including a first optical element disposed most closely to an image plane of the projection optical system; a first stage and a second stage, each of which is independently movable on an image-plane side of the projection optical system; and a liquid immersion mechanism including a nozzle member arranged to surround an end portion of the projection optical system and having an opening through which the exposure light can pass, the liquid immersion mechanism being configured to form the liquid immersion area of the liquid in a space between the first optical element and a surface provided on a side of the image plane of the projection optical system, wherein the liquid immersion mechanism comprises a temperature adjusting apparatus for adjusting the temperature of the liquid to be supplied to form the liquid immersion area, wherein a lower surface of the first optical element which makes contact with the liquid has a liquid-attracting property with respect to the liquid, wherein the first stage has a liquid-repellent upper surface and wherein the second stage has a liquid-repellent upper surface, and wherein the apparatus is configured to move the first and second stages such that the first and second stages come close to each other and to move the close first and second stages so as to move the liquid immersion area between the upper surface of the first stage and the upper surface of the second stage.
A method, comprising: by a cloud-based computing device: receiving data associated with a computing network of devices; generating a model to monitor the computing network; communicating the model to a computing system located on-premise with the computing network; receiving further data associated with the computing network; determining that the on-premise computing system is executing below a model quality threshold; updating the model based on the further data; and communicating the updated model to the computing system located on-premise with the computing network; wherein determining that the on-premise computing system is executing below a model quality threshold comprises, by the cloud-based computing device: computing an updated model based on the further data and operating the updated model by the cloud-based computing device; and comparing an output of the model operated by the on-premise computing system with an output of the updated model operated by the cloud-based computing device to identify that the outputs do not match. receiving data associated with a computing network of devices; generating a model to monitor the computing network; communicating the model to a computing system located on-premise with the computing network; receiving further data associated with the computing network; determining that the on-premise computing system is executing below a model quality threshold; updating the model based on the further data; and communicating the updated model to the computing system located on-premise with the computing network; wherein determining that the on-premise computing system is executing below a model quality threshold comprises, by the cloud-based computing device: computing an updated model based on the further data and operating the updated model by the cloud-based computing device; and comparing an output of the model operated by the on-premise computing system with an output of the updated model operated by the cloud-based computing device to identify that the outputs do not match. computing an updated model based on the further data and operating the updated model by the cloud-based computing device; and comparing an output of the model operated by the on-premise computing system with an output of the updated model operated by the cloud-based computing device to identify that the outputs do not match.
Electrical contact arrangement for contacting a coil, comprising a retaining body, the retaining body being electrically insulating, a line segment of at least one electrical line, the electrical line being surrounded by an electrical insulating layer, at least one spring element, the at least one spring element being electrically conducting, the at least one spring element having at least one opening, at least some regions at the edge of the at least one opening forming a cutting edge, the at least one spring element having been pressed with the at least one cutting edge against the line segment in such a way that the at least one cutting edge has penetrated the electrical insulating layer and an electrical contact has been established between the at least one spring element and the at least one line segment, characterized in that at least one bus bar is provided, the at least one bus bar being electrically conducting and the retaining body and/or the at least one bus bar being provided with clamping means, the bus bar being securely clamped on the retaining body by means of the clamping means and as a result the spring element is clamped between the bus bar and a contact region of the retaining body, and in this manner the at least one line segment has been brought into electrical contact with the at least one bus bar by means of the at least one spring element.
A vehicle control device which is applied to a vehicle equipped with an engine, and an engine torque adjustment mechanism (5, 13, 14, 18, 19) for adjusting an output torque of the engine, comprising: a vehicle attitude control part configured to control the engine torque adjustment mechanism (5, 13, 14, 18, 19) to reduce the output torque of the engine to thereby generate a vehicle deceleration so as to control a vehicle attitude, when such a condition that the vehicle is traveling and a steering angle-related value relevant to a steering angle of a steering device increases is satisfied; and a condition easing part configured to gradually ease the condition, as the number of times of combustion per unit time in the engine becomes smaller. a vehicle attitude control part configured to control the engine torque adjustment mechanism (5, 13, 14, 18, 19) to reduce the output torque of the engine to thereby generate a vehicle deceleration so as to control a vehicle attitude, when such a condition that the vehicle is traveling and a steering angle-related value relevant to a steering angle of a steering device increases is satisfied; and a condition easing part configured to gradually ease the condition, as the number of times of combustion per unit time in the engine becomes smaller.
A method for operating a light curtain, the light curtain being used to detect objects in a monitoring region, and the light curtain having a transmitting unit which has a number of transmitters emitting light beams at a first edge of the monitoring region, and a receiving unit at a second edge of the monitoring region, the receiving unit having a number of receivers receiving light beams and an evaluation unit in which an object detection signal is generated as a function of reception signals of the receivers, wherein a control unit is provided in the transmission unit for controlling the transmitters and a digital switching mechanism is assigned to each transmitter, wherein control signals generated in the control unit are fed successively to the digital switching mechanisms, by means of which control signals the transmitters assigned to the digital switching mechanisms are activated or deactivated, characterised in that each digital switching mechanism generates a binary status signal, the signal states of which indicate whether the transmitter has been activated with the control signals or not, the binary status signals of all digital switching mechanisms being read back into the control unit one after the other in time and being compared there with desired values.
A method for differentiated handling of data traffic between a user and a network resource, said data traffic being preceded by a lookup procedure for obtaining a network address of the network resource, the method comprising: if the user belongs to a first class of users for which data traffic is to be prioritized, processing a message of the lookup procedure for adapting the lookup procedure to return a first network address of a replacement network resource capable of handling the data traffic; if the user belongs to a second class of users, processing a message of the lookup procedure for adapting the lookup procedure to return a second network address of a replacement network resource capable of handling the data traffic, the second network address being different from the first network address; wherein the first network address matches a packet filter (62, 64, 7274) for directing the data traffic to a bearer (52, 54); and wherein the second network address does not match the packet filter (62, 64, 72, 74). if the user belongs to a first class of users for which data traffic is to be prioritized, processing a message of the lookup procedure for adapting the lookup procedure to return a first network address of a replacement network resource capable of handling the data traffic; if the user belongs to a second class of users, processing a message of the lookup procedure for adapting the lookup procedure to return a second network address of a replacement network resource capable of handling the data traffic, the second network address being different from the first network address; wherein the first network address matches a packet filter (62, 64, 7274) for directing the data traffic to a bearer (52, 54); and wherein the second network address does not match the packet filter (62, 64, 72, 74).
An organic electroluminescent device comprising: a first electrode; a second electrode; and an electroluminescent layer between the first electrode and the second electrode, the electroluminescent layer containing an organic compound, an insulating layer disposed between the first electrode and the electroluminescent layer for preventing carrier injection from the first electrode to the electroluminescent layer and an insulating layer disposed between the second electrode and the electroluminescent layer for preventing carrier injection from the second electrode to the electroluminescent layer; and an alternating current power source attached to the first electrode and the second electrode, characterised in that conductive particles are dispersed in the electroluminescent layer and comprise metal particles having an average diameter between 2 and 50 nm and are covered with an organic compound; or comprise inorganic semiconductor particles having an average diameter between 2 and 50 nm, selected from the group consisting of cadmium sulfide, selenium sulfide, zinc oxide, copper iodide, and an indium tin oxide; or the conductive particles comprise at least one selected from the group consisting of carbon particles, carbon particles that have undergone a surface treatment by use of a surfactant, and carbon nanotubes, wherein the conductive particles inject electrons and holes by an application of a voltage by the alternating current power source, and wherein the organic compound emits light by recombination of the holes and the electrons injected from the conductive particles. a first electrode; a second electrode; and an electroluminescent layer between the first electrode and the second electrode, the electroluminescent layer containing an organic compound, an insulating layer disposed between the first electrode and the electroluminescent layer for preventing carrier injection from the first electrode to the electroluminescent layer and an insulating layer disposed between the second electrode and the electroluminescent layer for preventing carrier injection from the second electrode to the electroluminescent layer; and an alternating current power source attached to the first electrode and the second electrode, characterised in that conductive particles are dispersed in the electroluminescent layer and comprise metal particles having an average diameter between 2 and 50 nm and are covered with an organic compound; or comprise inorganic semiconductor particles having an average diameter between 2 and 50 nm, selected from the group consisting of cadmium sulfide, selenium sulfide, zinc oxide, copper iodide, and an indium tin oxide; or the conductive particles comprise at least one selected from the group consisting of carbon particles, carbon particles that have undergone a surface treatment by use of a surfactant, and carbon nanotubes, wherein the conductive particles inject electrons and holes by an application of a voltage by the alternating current power source, and wherein the organic compound emits light by recombination of the holes and the electrons injected from the conductive particles.