mhurhangee/ep-ind-claims huggingface dataset:
A damper device, comprising a stator, a rotor, and a viscous fluid filled therebetween to impart a resistance to a rotation or a relative rotation of the rotor, and forming a braking force by the resistance, wherein the rotor includes an annular seal portion made of soft synthetic resin by integral molding, the stator includes an annular space filled with the viscous fluid, and a main member of the rotor is housed in the annular space, characterized in that the annular seal portion includes an outside annular portion provided at an outer circumferential portion of the rotor, an inside annular portion provided at an inner circumferential portion of the rotor, and a connection portion therebetween.
A method for dynamically adapting a traffic inactivity timer on a wireless communication device comprising a wireless network interface configurable for communication in a wireless local area network, WLAN, the method comprising, by the wireless communication device, while associated with an access point, AP, of the WLAN: determining a data traffic level on the wireless network interface; determining whether the data traffic level exceeds a threshold data traffic level; using a first inactivity timeout period for the traffic inactivity timer in an instance in which it is determined that data traffic level does not exceed the threshold data traffic level; and using a second inactivity timeout period for the traffic inactivity timer in an instance in which it is determined that the data traffic level exceeds the threshold data traffic level; wherein the second inactivity timeout period defines a time period that is longer than that of the first inactivity timeout period; and wherein the wireless network interface is placed in a power saving mode in an instance in which the traffic inactivity timer expires in response to a period of traffic inactivity on the wireless network interface meeting or exceeding the one of the first inactivity timeout period or the second inactivity timeout period used for the traffic inactivity timer. determining a data traffic level on the wireless network interface; determining whether the data traffic level exceeds a threshold data traffic level; using a first inactivity timeout period for the traffic inactivity timer in an instance in which it is determined that data traffic level does not exceed the threshold data traffic level; and using a second inactivity timeout period for the traffic inactivity timer in an instance in which it is determined that the data traffic level exceeds the threshold data traffic level; wherein the second inactivity timeout period defines a time period that is longer than that of the first inactivity timeout period; and wherein the wireless network interface is placed in a power saving mode in an instance in which the traffic inactivity timer expires in response to a period of traffic inactivity on the wireless network interface meeting or exceeding the one of the first inactivity timeout period or the second inactivity timeout period used for the traffic inactivity timer.
Electrical switch comprising: - a casing made of insulating material (22, 23); - a fixed upper contact and a fixed lower contact which are vertically opposed; - a mobile contact blade which is elastically deformable between two switching states in each of which a contact part of the mobile contact blade is in electrical contact with the fixed lower contact or with the fixed upper contact respectively; - a fixed support which bears the mobile contact blade and which comprises a vertical front support branch and a vertical rear support branch which are spaced apart longitudinally and each of which comprises a transversely oriented horizontal notch respectively a front and rear notch, in the bottom of which is housed a transverse free edge of a respectively front and rear section of the mobile contact blade; - and actuating means (32, 70) which collaborate with a part (94, 95) of the mobile contact blade to bring about a change in switching state, wherein the fixed support comprises two parallel vertical support plates spaced transversely apart, characterized in that each support plate comprises a vertical front support branch and a vertical rear support branch which are spaced apart longitudinally and of which each comprises a transversely oriented respectively front and rear horizontal notch in the bottom of which is housed a portion of the said transverse free edge (100, 104) of a respectively front and rear section of the mobile contact blade. - a casing made of insulating material (22, 23); - a fixed upper contact and a fixed lower contact which are vertically opposed; - a mobile contact blade which is elastically deformable between two switching states in each of which a contact part of the mobile contact blade is in electrical contact with the fixed lower contact or with the fixed upper contact respectively; - a fixed support which bears the mobile contact blade and which comprises a vertical front support branch and a vertical rear support branch which are spaced apart longitudinally and each of which comprises a transversely oriented horizontal notch respectively a front and rear notch, in the bottom of which is housed a transverse free edge of a respectively front and rear section of the mobile contact blade; - and actuating means (32, 70) which collaborate with a part (94, 95) of the mobile contact blade to bring about a change in switching state,
A signal measurement unit comprising: an input unit that inputs an electric signal output from an external signal output equipment; an analogue measurement unit that measures a voltage value of the electric signal input in the input unit as an analogue value; and a counting measurement unit that counts at least one of a number of times that the voltage value of the electric signal input in the input unit has equaled or exceeded a predetermined first threshold value and a number of times that the voltage value has equaled or fallen below a predetermined second threshold value, characterized in that the input unit receives a setting information and selects whether to transmit the electric signal that is input to either the analogue measurement unit or to the counting measurement unit according to the setting instruction. an input unit that inputs an electric signal output from an external signal output equipment; an analogue measurement unit that measures a voltage value of the electric signal input in the input unit as an analogue value; and a counting measurement unit that counts at least one of a number of times that the voltage value of the electric signal input in the input unit has equaled or exceeded a predetermined first threshold value and a number of times that the voltage value has equaled or fallen below a predetermined second threshold value, characterized in that the input unit receives a setting information and selects whether to transmit the electric signal that is input to either the analogue measurement unit or to the counting measurement unit according to the setting instruction.
A system for manufacturing a three-dimensional article including a controller configured to: receive an input file defining a solid body; slice the solid body into horizontal slices (32, 42) to define a sliced body; analyze the sliced body to identify downward-facing slice regions, a downward-facing slice region intersects with a downward-facing surface of the solid body; for the individual slices (32, 42), define a contour region to span a Boolean union between a default lateral peripheral contour and the downward-facing slice region; for the individual slices (32, 42), define a hatch region that spans a Boolean difference between the slice (32, 42) and the contour region, characterized by defining in the contour region scan paths of one or more energy beams generally aligned with the boundary; and defining in the hatch region scan paths of one or more energy beams in a back-and-forth hatch pattern. receive an input file defining a solid body; slice the solid body into horizontal slices (32, 42) to define a sliced body; analyze the sliced body to identify downward-facing slice regions, a downward-facing slice region intersects with a downward-facing surface of the solid body; for the individual slices (32, 42), define a contour region to span a Boolean union between a default lateral peripheral contour and the downward-facing slice region; for the individual slices (32, 42), define a hatch region that spans a Boolean difference between the slice (32, 42) and the contour region, characterized by defining in the contour region scan paths of one or more energy beams generally aligned with the boundary; and defining in the hatch region scan paths of one or more energy beams in a back-and-forth hatch pattern.
Wire bushing for the tank wall of an HVDC component, having • an electrode tube or a conductor bolt having a conductor surface and • a sheath made of a cellulose material which is provided on the conductor surface of the electrode tube or of the conductor bolt and fully surrounds the electrode tube or the conductor bolt, • where the sheath consists of a paper winding having several winding plies, the paper winding being wound around the electrode tube or the conductor bolt, characterized in that the sheath consists of multiple layer plies, each layer ply having been produced by winding multiple winding plies and taking the form of a composite consisting of a treated cellulose material • in which particles having a lower specific resistivity compared to the specific resistivity ρ p of the untreated cellulose material are distributed in a concentration above the percolation threshold and/or • in which a coherent network of a conductive polymer having a lower specific resistivity compared to the specific resistivity ρ p of the untreated cellulose material permeates the composite, the specific resistivity of adjacent layer plies which form the sheath being graduated, and the layer ply or layer plies having the lowest specific resistivity adjoining the electrode tube or the conductor bolt. • an electrode tube or a conductor bolt having a conductor surface and • a sheath made of a cellulose material which is provided on the conductor surface of the electrode tube or of the conductor bolt and fully surrounds the electrode tube or the conductor bolt, • where the sheath consists of a paper winding having several winding plies, the paper winding being wound around the electrode tube or the conductor bolt, • in which particles having a lower specific resistivity compared to the specific resistivity ρ p of the untreated cellulose material are distributed in a concentration above the percolation threshold and/or • in which a coherent network of a conductive polymer having a lower specific resistivity compared to the specific resistivity ρ p of the untreated cellulose material permeates the composite,
A method for processing audio information in an audio device comprising: receiving a playback signal comprising audio information; based on the playback signal, generating an audio output signal for communication to at least one transducer of the audio device; receiving at least one input signal indicative of ambient sound external to the audio device, wherein the at least one input signal comprises signals from multiple microphones; determining near-field spatial statistics for the ambient sound; detecting, based on the at least one input signal and the determined near-field spatial statistics for the ambient sound, a near-field sound from a user of the audio device and a proximity sound other than near a field sound in the ambient sound; modifying a characteristic of the audio output signal in response to detection of the near-field sound and/or detection of the proximity sound; determining a characteristic of the ambient sound wherein determining the characteristic of the ambient sound comprises determining that the ambient sound includes background music and/or determining that a background noise level of acoustic noise in the ambient sound is above a threshold background noise level; and in response to said determined characteristic of the ambient sound, disabling the detection of the proximity sound to prevent false detection of proximity sound. receiving a playback signal comprising audio information; based on the playback signal, generating an audio output signal for communication to at least one transducer of the audio device; receiving at least one input signal indicative of ambient sound external to the audio device, wherein the at least one input signal comprises signals from multiple microphones; determining near-field spatial statistics for the ambient sound; detecting, based on the at least one input signal and the determined near-field spatial statistics for the ambient sound, a near-field sound from a user of the audio device and a proximity sound other than near a field sound in the ambient sound; modifying a characteristic of the audio output signal in response to detection of the near-field sound and/or detection of the proximity sound; determining a characteristic of the ambient sound wherein determining the characteristic of the ambient sound comprises determining that the ambient sound includes background music and/or determining that a background noise level of acoustic noise in the ambient sound is above a threshold background noise level; and in response to said determined characteristic of the ambient sound, disabling the detection of the proximity sound to prevent false detection of proximity sound.
Securing device for securing a customary wheelchair having relatively large drive wheels in a vehicle, wherein the securing device comprises a seat with a seat surface and with a backrest, wherein the seat surface is oriented substantially horizontally in a use position, wherein the seat surface can be pivoted upwards via a horizontal pivot axis into a vertical position, wherein, in the vertical position, the seat surface lies substantially parallel to the backrest and adjacent to the backrest, wherein the seat surface is shortened at least in sections at its rear edge such that the seat surface does not reach as far as the intersecting axis between the backrest plane and the seat surface plane in the use position, wherein the seat surface is shortened by at least 10 cm, i.e. is spaced apart from said intersecting axis by 10 cm, or wherein, in the vertical position, the seat surface stands substantially normally to the backrest, wherein the seat surface is of two-part design and the two parts of the seat surface are pivoted up in opposite directions in order to reach the vertical position, wherein the backrest is shortened at least in sections at its lower edge such that the backrest does not reach as far as the intersecting axis between the backrest plane and the seat surface plane in the use position, wherein the backrest is shortened by at least 10 cm, i.e. is spaced apart from said intersecting axis by 10 cm, such that a portion of the outer circumferences of the two drive wheels of the wheelchair can pass behind the backrest when the wheelchair approaches the seat from the front and if the seat surface of the seat is in the vertical position, and therefore the wheelchair nearer to the backrest of the seat can pass into a receiving position, wherein the wheelchair is identically oriented to the seat in the receiving position, that is to say the backrest of the seat and the backrest of the customary wheelchair both lie at the rear in the longitudinal direction of the vehicle, and the two seat surfaces are located in front of the backrests in the longitudinal direction of the vehicle, characterized in that the seat is in the form of a bench which, in the use position, provides space for at least two people on the seat surface, wherein the bench comprises at least two headrests and comprises at least two belts for passengers on the seat surface, wherein the seat comprises a belt system, wherein the belt system is designed to secure a person on the wheelchair in the receiving position.
Aerosol-generating device, comprising an induction heater for heating an aerosol-forming substrate, the induction heater comprising an induction coil and a heating element, wherein the heating element is arrangeable within the induction coil, the induction coil comprising a side opening along the longitudinal length of the induction coil, wherein the side opening is configured for enabling access to the heating element, wherein the aerosol-generating device further comprises a housing (26, 28), wherein the induction coil is arranged within the housing, and wherein the housing comprises a side opening which corresponds to the side opening of the induction coil within the housing. an induction heater for heating an aerosol-forming substrate, the induction heater comprising an induction coil and a heating element, wherein the heating element is arrangeable within the induction coil, the induction coil comprising a side opening along the longitudinal length of the induction coil, wherein the side opening is configured for enabling access to the heating element, wherein the aerosol-generating device further comprises a housing (26, 28), wherein the induction coil is arranged within the housing, and wherein the housing comprises a side opening which corresponds to the side opening of the induction coil within the housing.
A variable-speed pumped storage power generation apparatus comprising a variable speed generator motor that has a primary side synchronously connected to a commercial power system even though a frequency converter is included and a rotor rotates at a variable speed, and a pump turbine that is directly connected to the rotor of the variable speed generator motor to drive the rotor in a power generation mode and be driven by the rotor in a pumping mode, the variable-speed pumped storage power generation apparatus performing, in the power generation mode, speed control by giving, to the pump turbine that is a motor, a speed control command that is calculated by a rotational speed controller that includes a proportional control element, an integral control element, and a differential control element, on a basis of a deviation between rotational speed of the rotor and a rotational speed command of the rotor, and power control by giving a power output command to the generator motor, wherein the variable-speed pumped storage power generation apparatus performs control in the power generation mode to set a maximum change rate of the power output command constant when a slip frequency that is a difference between a commercial power system frequency (f) and a frequency (f N) corresponding to the rotational speed of the rotor is within a normal operating range, limit the maximum change rate of the power output command by multiplying the maximum change rate by a value in a range of one to zero in accordance with an amount of deviation of the slip frequency from the normal operating range when the slip frequency is within a range that falls below a lower limit of the normal operating range by a predetermined value or less or within a range that exceeds an upper limit of the normal operating range by a predetermined value or less, and limit the maximum change rate of the power output command by multiplying the maximum change rate by zero when the slip frequency is in a range that falls below the lower limit by the predetermined value or more or in a range that exceeds the upper limit by the predetermined value or more.
A method for preparing red blood cells (RBCs) comprising: separating RBCs from whole blood to form packed RBCs; reducing oxygen and carbon dioxide from said packed RBCs to form oxygen and carbon dioxide-reduced packed RBCs; inactivating pathogens in said packed RBCs with riboflavin and light therapy after said removing oxygen and carbon dioxide; storing said oxygen and carbon dioxide-reduced packed RBCs in an anaerobic storage environment; and irradiating said packed RBCs with gamma or x-ray irradiation, wherein said irradiation occurs before, during, or after said storing; wherein said reducing oxygen and carbon dioxide from said packed RBCs comprises passing said packed RBCs through an oxygen and carbon dioxide depletion device, wherein said irradiation before storing occurs after said reducing oxygen and carbon dioxide. separating RBCs from whole blood to form packed RBCs; reducing oxygen and carbon dioxide from said packed RBCs to form oxygen and carbon dioxide-reduced packed RBCs; inactivating pathogens in said packed RBCs with riboflavin and light therapy after said removing oxygen and carbon dioxide; storing said oxygen and carbon dioxide-reduced packed RBCs in an anaerobic storage environment; and irradiating said packed RBCs with gamma or x-ray irradiation, wherein said irradiation occurs before, during, or after said storing; wherein said reducing oxygen and carbon dioxide from said packed RBCs comprises passing said packed RBCs through an oxygen and carbon dioxide depletion device, wherein said irradiation before storing occurs after said reducing oxygen and carbon dioxide.
A connector for an electronic device, comprising a cylindrical body and an end cap formed at one end of the cylindrical body that comprises a first section (1.1) and a second section (1.2), wherein the first section (1.1) is formed between the end cap and the second section (1.2), the end cap has a diameter bigger than that of the first section (1.1), and the first section (1.1) has a diameter bigger than that of the second section (1.2), and a circumferential wall of the second section (1.2) at least partially has threads, wherein the end cap comprises a first electrical contact surface on an end surface facing the first section (1.1), and the first section (1.1) comprises a second electrical contact surface on an end surface facing the second section (1.2), characterized by further comprising an insulator circumferentially formed in one piece on the first section (1.1), wherein the first electrical contact surface and the second electrical contact surface are not covered by the insulator.
An analyser comprising: a frame having an interface for receiving a replaceable cartridge and for fluidically connecting the replaceable cartridge to an analyser for performing an analysing task, wherein the replaceable cartridge comprises: a liquid chromatography column (4, 5); a cartridge casing for containment of the liquid chromatography column (4, 5); a heating block thermally connected to the liquid chromatography column (4, 5); and a thermal interface for thermally connecting the heating block to a heater; a heater included in the analyser for heating the liquid chromatography column (4, 5) of the replaceable cartridge, wherein the heater is moveable between an open position for installing the cartridge onto the interface or removing the cartridge from the interface and a locking position for heating the liquid chromatography column (4, 5). a frame having an interface for receiving a replaceable cartridge and for fluidically connecting the replaceable cartridge to an analyser for performing an analysing task, wherein the replaceable cartridge comprises: a liquid chromatography column (4, 5); a cartridge casing for containment of the liquid chromatography column (4, 5); a heating block thermally connected to the liquid chromatography column (4, 5); and a thermal interface for thermally connecting the heating block to a heater; a liquid chromatography column (4, 5); a cartridge casing for containment of the liquid chromatography column (4, 5); a heating block thermally connected to the liquid chromatography column (4, 5); and a thermal interface for thermally connecting the heating block to a heater; a heater included in the analyser for heating the liquid chromatography column (4, 5) of the replaceable cartridge, wherein the heater is moveable between an open position for installing the cartridge onto the interface or removing the cartridge from the interface and a locking position for heating the liquid chromatography column (4, 5).