mhurhangee/ep-ind-claims huggingface dataset:
A multifunctional cooking oven comprises a oven cover, an oven body, a first heating device, a second heating device, an elastic device and a first control panel, wherein the oven cover is hinged with the oven body, the rotation angle between the oven cover and the oven body falls in between 0 degree and 180 degrees; the first heating device is arranged on the bottom surface of the oven cover, and the elastic device is arranged in the inner cavity of the oven body; the second heating device is arranged in the inner cavity of the oven body and connected with the elastic device, which drives the second heating device to go up and down; the multifunctional cooking oven also comprises a first frying plate and a second frying plate; the first frying plate is detachably arranged on the oven cover and clings to the first heating device; the second frying plate is detachably arranged in the inner cavity of the oven body and clings to the second heating device to form a frying oven with the double-sided heating function; the multifunctional cooking oven also comprises a pot body and the second frying plate can be replaced with the pot body, wherein the pot body sits in in the inner cavity of the oven body and clings to the second heating device; the multifunctional cooking oven also comprises a pot cover, which is buckled onto the pot body to form a hot pot oven; the multifunctional cooking oven also comprises an upper filter screen and a grill; the first frying plate can be replaced with the upper filter screen, the second frying plate can be replaced with the pot body, the pot body sits in the inner cavity of the oven body and clings to the second heating device, and the grill is placed in the pot body to form an oven. the multifunctional cooking oven also comprises a first frying plate and a second frying plate; the first frying plate is detachably arranged on the oven cover and clings to the first heating device; the second frying plate is detachably arranged in the inner cavity of the oven body and clings to the second heating device to form a frying oven with the double-sided heating function; the multifunctional cooking oven also comprises a pot body and the second frying plate can be replaced with the pot body, wherein the pot body sits in in the inner cavity of the oven body and clings to the second heating device; the multifunctional cooking oven also comprises a pot cover, which is buckled onto the pot body to form a hot pot oven; the multifunctional cooking oven also comprises an upper filter screen and a grill; the first frying plate can be replaced with the upper filter screen, the second frying plate can be replaced with the pot body, the pot body sits in the inner cavity of the oven body and clings to the second heating device, and the grill is placed in the pot body to form an oven.
An analysis system for identifying a heat source position inside a measurement object, the analysis system comprising: an applying unit configured to apply an AC signal to the measurement object; a light detection unit (10, 13) configured to detect light from the measurement object due to said applied AC signal and outputting a detection signal; and an analysis unit configured to identify the heat source position based on the detection signal; wherein the applying unit is configured to apply the AC signal according to a trigger signal with a predetermined lock-in cycle to apply the AC signal with an amplitude in an OFF period of the lock-in cycle that is smaller than in an ON period of the lock-in cycle, characterized in that the applying unit is further configured to cause a frequency of the AC signal to be higher than a frequency of the trigger signal. an applying unit configured to apply an AC signal to the measurement object; a light detection unit (10, 13) configured to detect light from the measurement object due to said applied AC signal and outputting a detection signal; and an analysis unit configured to identify the heat source position based on the detection signal; wherein the applying unit is configured to apply the AC signal according to a trigger signal with a predetermined lock-in cycle to apply the AC signal with an amplitude in an OFF period of the lock-in cycle that is smaller than in an ON period of the lock-in cycle, characterized in that the applying unit is further configured to cause a frequency of the AC signal to be higher than a frequency of the trigger signal.
A first device comprising: an acquisition unit configured to acquire a measurement result reported by a third device using an uplink component carrier, CC, and a downlink CC of a macrocell as an uplink primary component carrier, PCC, and a downlink PCC for the third device; and a control unit configured to decide handover in which at least one of the uplink PCC and the downlink PCC is changed based on the measurement result, wherein the control unit decides handover in which the downlink PCC is changed from the downlink CC of the macrocell to a downlink CC of a small cell without changing the uplink PCC when a predetermined condition is satisfied, and wherein the control unit is configured to control transmission of a message for execution of the handover, wherein the first device is a base station of the macrocell, a base station device for the base station, or a module for the base station device. an acquisition unit configured to acquire a measurement result reported by a third device using an uplink component carrier, CC, and a downlink CC of a macrocell as an uplink primary component carrier, PCC, and a downlink PCC for the third device; and a control unit configured to decide handover in which at least one of the uplink PCC and the downlink PCC is changed based on the measurement result, wherein the control unit decides handover in which the downlink PCC is changed from the downlink CC of the macrocell to a downlink CC of a small cell without changing the uplink PCC when a predetermined condition is satisfied, and wherein the control unit is configured to control transmission of a message for execution of the handover, wherein the first device is a base station of the macrocell, a base station device for the base station, or a module for the base station device.
A method for preparing a fluorine-containing olefin substituted with at least one organic group R, comprising reacting a fluorine-containing olefin selected from 1,1-difluoroethylene, 1,2-difluoroethylene, trifluoroethylene, tetrafluoroethylene and hexafluoropropylene with an organic boron compound of formula or: R-BY 2 wherein R is aryl, heteroaryl that is bonded via a carbon atom thereof, cycloalkyl, alkyl, alkenyl or alkynyl; each optionally substituted; Y is hydroxy, alkoxy, or alkyl; and two alkoxy or alkyl groups represented by Y may be crosslinked to each other; and M' is Li, Na or K; in the presence of an organic transition metal catalyst containing at least one transition metal selected from Ni, Pd, Pt, Rh, Ru and Co, thus substituting at least one fluorine atom bonded to an sp 2 hybridized carbon atom of a fluorine-containing olefin with a group R. R is aryl, heteroaryl that is bonded via a carbon atom thereof, cycloalkyl, alkyl, alkenyl or alkynyl; each optionally substituted; Y is hydroxy, alkoxy, or alkyl; and two alkoxy or alkyl groups represented by Y may be crosslinked to each other; and M' is Li, Na or K;
Ground working system composed of at least one self-driving ground working device (1.1, 1.2, 1.3, 1.4), wherein an operating region of the ground working device (1.1, 1.2, 1.3, 1.4) is determined by an edge boundary formed by a boundary wire, and the ground working device (1.1, 1.2, 1.3, 1.4) is designed to travel a travelling path independently within the operating region, wherein the ground working device (1.1, 1.2, 1.3, 1.4) has a drive, a control unit and an on-board rechargeable battery for supplying energy to the ground working device (1.1, 1.2, 1.3, 1.4), and having at least one charging station for charging the rechargeable battery of the ground working device (1.1, 1.2, 1.3, 1.4), wherein the ground working device (1.1, 1.2, 1.3, 1.4) is designed to start up the charging station for charging the rechargeable battery, characterized in that a charging station is arranged on the boundary wire without interrupting the boundary wire of the edge boundary, and the boundary wire is continued without interruption in the region of the charging station.
A circulation and rotation tool for connection into a drill pipe string comprising: a sub defining a central bore having an axis, the sub having upper and lower ends (107, 103) for connection into a drill pipe string; wherein the sub comprises an upper tubular member and a lower tubular member; a central bore valve coupled to the upper tubular member to selectively open and close the central bore; and at least one side entry port in a sidewall of the upper tubular member axially below the central valve for selectively allowing drilling fluid to be injected into the central bore; characterised by the upper tubular member and the lower tubular member being configured to selectively rotate independently and in unison. a sub defining a central bore having an axis, the sub having upper and lower ends (107, 103) for connection into a drill pipe string; wherein the sub comprises an upper tubular member and a lower tubular member; a central bore valve coupled to the upper tubular member to selectively open and close the central bore; and at least one side entry port in a sidewall of the upper tubular member axially below the central valve for selectively allowing drilling fluid to be injected into the central bore; characterised by the upper tubular member and the lower tubular member being configured to selectively rotate independently and in unison.
A method of manufacturing artificial turf, the method comprising the steps of: - creating a polymer mixture (100, 400, 500), wherein the polymer mixture is at least a three-phase system, wherein the polymer mixture comprises a first polymer, a second polymer, and a compatibilizer, wherein the first polymer and the second polymer are immiscible, wherein the first polymer forms polymer beads surrounded by the compatibilizer within the second polymer; - extruding the polymer mixture into a monofilament; - quenching the monofilament; - reheating the monofilament; - stretching the reheated monofilament to deform the polymer beads into threadlike regions and to form the monofilament into an artificial turf fiber, wherein forming the artificial turf fiber comprises forming the stretched monofilament into a yarn; and - incorporating the artificial turf fiber into an artificial turf backing. - creating a polymer mixture (100, 400, 500), wherein the polymer mixture is at least a three-phase system, wherein the polymer mixture comprises a first polymer, a second polymer, and a compatibilizer, wherein the first polymer and the second polymer are immiscible, wherein the first polymer forms polymer beads surrounded by the compatibilizer within the second polymer; - extruding the polymer mixture into a monofilament; - quenching the monofilament; - reheating the monofilament; - stretching the reheated monofilament to deform the polymer beads into threadlike regions and to form the monofilament into an artificial turf fiber, wherein forming the artificial turf fiber comprises forming the stretched monofilament into a yarn; and - incorporating the artificial turf fiber into an artificial turf backing.
Device for detecting the internal temperature of a foodstuff, with a first housing section which can be inserted in the foodstuff for the measurement, a second housing section which protrudes from the foodstuff, and at least one temperature sensor which is arranged in the first housing section, and having a voltage source, an electronic analysing unit for checking at least one predefined temperature condition, and a temperature indicator, wherein the device is autonomous, and for precise, especially continuous, measuring of the internal temperature of the foodstuff during preparation, in particular during a grilling process, the first housing section is designed to remain within the foodstuff, characterised in that for this purpose, at least the analysing unit and the temperature indicator are arranged in the first housing section, and the second housing section is designed so that information output by the analysing unit via the temperature indicator is perceptible.
A production method for an electric storage material that contains at least a thickener and an active substance, comprising: a dissolution step of dissolving the thickener in a solvent by applying vibration to the solvent with the use of microwaves, and a kneading step of kneading a solution of the thickener, and the active substance. a dissolution step of dissolving the thickener in a solvent by applying vibration to the solvent with the use of microwaves, and a kneading step of kneading a solution of the thickener, and the active substance.
An electronic keyboard instrument, comprising: a keyboard having a plurality of keys; a first and a second switch provided corresponding to each key of said keyboard and being sequentially turned on at a time interval corresponding to a key depression speed of said keyboard; a counting unit for counting a count value corresponding to the time interval during which said first and said second switches are sequentially turned on; characterised in further comprising: a correcting unit for correcting the count value or a value corresponding to the count value with respect to each key of said keyboard, wherein said correcting unit converts the count value into an address, and then corrects the address; and a velocity conversion unit for converting the corrected address into a velocity, wherein said correcting unit performs a correction so that a correction target value corresponding to a minimum value of the velocity and a correction target value corresponding to a maximum value of the velocity are shifted. a keyboard having a plurality of keys; a first and a second switch provided corresponding to each key of said keyboard and being sequentially turned on at a time interval corresponding to a key depression speed of said keyboard; a counting unit for counting a count value corresponding to the time interval during which said first and said second switches are sequentially turned on; characterised in further comprising: a correcting unit for correcting the count value or a value corresponding to the count value with respect to each key of said keyboard, wherein said correcting unit converts the count value into an address, and then corrects the address; and a velocity conversion unit for converting the corrected address into a velocity, wherein said correcting unit performs a correction so that a correction target value corresponding to a minimum value of the velocity and a correction target value corresponding to a maximum value of the velocity are shifted. a correcting unit for correcting the count value or a value corresponding to the count value with respect to each key of said keyboard, wherein said correcting unit converts the count value into an address, and then corrects the address; and a velocity conversion unit for converting the corrected address into a velocity, wherein said correcting unit performs a correction so that a correction target value corresponding to a minimum value of the velocity and a correction target value corresponding to a maximum value of the velocity are shifted.
Brake actuator for an aircraft wheel hydraulic brake, designed to be received in one of the cavities of a ring of the brake, the actuator comprising - a sleeve capable of being sealingly received in the cavity of the ring; - a piston sealingly slidably mounted in the sleeve along a sliding axis to apply a braking force when a pressurized fluid is introduced into the cavity, the piston being provided with an internal cage; - a wear compensating device which defines, with the internal cage, a retracted position of the piston in the sleeve by means of an axially mobile stop which is able to be moved forward by the internal cage during the application of a braking force and/in frictional relationship with a fixed part of the wear compensating device attached to the sleeve, the mobile stop comprising a radially deformable bushing which cooperates with an olive so as to be deformed by said olive which is attached to a distal end of the fixed part of the wear compensating device; and - a resilient member for returning the piston to the retracted position defined by the bearing of the piston against the internal cage, the internal cage in turn bearing against the bushing; characterized in that the proximal end of the bushing is shaped so as to be widened radially in the direction of the internal face of the internal cage in order to extend so as to fit against said internal face and thus to form means for guiding its proximal end against an internal face of the internal cage. - a sleeve capable of being sealingly received in the cavity of the ring; - a piston sealingly slidably mounted in the sleeve along a sliding axis to apply a braking force when a pressurized fluid is introduced into the cavity, the piston being provided with an internal cage; - a wear compensating device which defines, with the internal cage, a retracted position of the piston in the sleeve by means of an axially mobile stop which is able to be moved forward by the internal cage during the application of a braking force and/in frictional relationship with a fixed part of the wear compensating device attached to the sleeve, the mobile stop comprising a radially deformable bushing which cooperates with an olive so as to be deformed by said olive which is attached to a distal end of the fixed part of the wear compensating device; and - a resilient member for returning the piston to the retracted position defined by the bearing of the piston against the internal cage, the internal cage in turn bearing against the bushing;
A dynamoelectric machine having a rotor, a plurality of radial slots provided in said rotor, and a plurality of coils forming two windings respectively seated in said plurality of radial slots, said plurality of coils comprising a plurality of radially stacked turns with an insulating layer being placed between the two windings, a plurality of cooling slots formed in said plurality of radially stacked turns, a radial duct comprised of a column of said cooling slots, said radial duct comprising: one or more cooling slots defined in at least a portion of said radially stacked turns, said one or more cooling slots extending in a substantially radial direction to said rotor, at least a portion of an interior surface of said one or more cooling slots is comprised of one or more radially extending ribs for enhanced heat transfer, characterized in that a breakout of the windings, caused by a punching operation, forms a tapered surface along the radial duct and increases the electrical strike distance between the ribs on one winding layer to the ribs on the next layer of the adjacent windings. one or more cooling slots defined in at least a portion of said radially stacked turns, said one or more cooling slots extending in a substantially radial direction to said rotor, at least a portion of an interior surface of said one or more cooling slots is comprised of one or more radially extending ribs for enhanced heat transfer, characterized in that a breakout of the windings, caused by a punching operation, forms a tapered surface along the radial duct and increases the electrical strike distance between the ribs on one winding layer to the ribs on the next layer of the adjacent windings.
An LED converter, which is configured to operate at least one LED series selectively, depending on a temperature detection in an operating mode for low temperatures, having: - at least one electrolytic capacitor in an electrical supply path, via which the LED series can be supplied starting from an electrical supply, and - a control circuit, that is configured to operate the LED series, wherein the control circuit is configured to operate the LED series only in the operating mode for low temperatures every time the electrical supply is switched on for a period of time at a reduced power compared with a nominal power, and after expiry of the period of time to enable an operation at non-reduced power, characterized in that the period of time is adaptive, and that the control circuit is designed to determine the period of time for the operation at the reduced power in dependence on a previous switched-on time and switched-off time of the LED converter. - at least one electrolytic capacitor in an electrical supply path, via which the LED series can be supplied starting from an electrical supply, and - a control circuit, that is configured to operate the LED series,
A trolley for lifting and/or moving a load on one or more lines comprising: a. first and second spaced plates (10, 12) and characterised by b. at least two fixed sheaves that are disposed for rotation about respective parallel axes between the first and second plates (10, 12), c. a removable sheave component that is, while in use, disposed for rotation about an axis parallel to that of the fixed sheaves between or adjacent to the first and second plates, wherein the removable sheave component is, while in use, carried on a shaft that is connected to the plates, which connection is capable of being disconnected to permit removal of the removable sheave component from connection with the plates (10, 12). a. first and second spaced plates (10, 12) and characterised by b. at least two fixed sheaves that are disposed for rotation about respective parallel axes between the first and second plates (10, 12), c. a removable sheave component that is, while in use, disposed for rotation about an axis parallel to that of the fixed sheaves between or adjacent to the first and second plates, wherein the removable sheave component is, while in use, carried on a shaft that is connected to the plates, which connection is capable of being disconnected to permit removal of the removable sheave component from connection with the plates (10, 12).
A method, comprising: providing a video stream having a left active video frame and a right active video frame separated by an active space, wherein a source device transmits a constant pixel value into the active space; embedding information data comprising information related to the left and right active video frames with the device identification data in the active space using a source device; reading the embedded information data detecting the position in the video stream of the left active video frame and the right active video frame with respect to the information data in the active space; and synchronizing a pair of active shutter glasses to a display using the detected positions in the video stream of the left active video frame and the right active video frame. providing a video stream having a left active video frame and a right active video frame separated by an active space, wherein a source device transmits a constant pixel value into the active space; embedding information data comprising information related to the left and right active video frames with the device identification data in the active space using a source device; reading the embedded information data detecting the position in the video stream of the left active video frame and the right active video frame with respect to the information data in the active space; and synchronizing a pair of active shutter glasses to a display using the detected positions in the video stream of the left active video frame and the right active video frame.