mhurhangee/ep-ind-claims huggingface dataset:
A wind turbine comprising - a canopy mounted at the top of a tower and enclosing components of the wind turbine; and - a hoist window to facilitate transfer of loads into and out of the wind turbine, and a safety door assembly for the hoist window, wherein the safety door assembly comprises - a sliding door arranged to reveal or conceal the hoist window in the side wall of the canopy; and - a barrier assembly which can be closed to inhibit access to an area in front of the hoist window or opened to permit access to the area in front of the hoist window; wherein the barrier assembly is adapted to prevent the sliding door from revealing the hoist window when the barrier assembly is open; and the sliding door is adapted to prevent opening of the closed barrier assembly when the sliding door reveals the hoist window. - a canopy mounted at the top of a tower and enclosing components of the wind turbine; and - a hoist window to facilitate transfer of loads into and out of the wind turbine, and a safety door assembly for the hoist window, - a sliding door arranged to reveal or conceal the hoist window in the side wall of the canopy; and - a barrier assembly which can be closed to inhibit access to an area in front of the hoist window or opened to permit access to the area in front of the hoist window; wherein the barrier assembly is adapted to prevent the sliding door from revealing the hoist window when the barrier assembly is open; and the sliding door is adapted to prevent opening of the closed barrier assembly when the sliding door reveals the hoist window. the barrier assembly is adapted to prevent the sliding door from revealing the hoist window when the barrier assembly is open; and the sliding door is adapted to prevent opening of the closed barrier assembly when the sliding door reveals the hoist window.
A cell fusion device comprising: a cell fusion container comprising: - a cell fusion region in which cell fusion of cells is carried out; - a pair of electrodes (14, 15) formed by a conductor and disposed opposite to each other in the cell fusion region; a tabular spacer disposed between the pair of electrodes (14, 15); a tabular insulator disposed between the spacer and one of the electrodes (14, 15) and having at least one fine pore penetrating through the insulator in a direction of the pair of electrodes (14, 15); and an electronic power supply which applies an alternating-current power supply which applies an alternating voltage to the pair of electrodes (14, 15) characterized in that the tabular insulator has a plurality of fine pores and the electronic power supply applies to the electrodes (14, 15) an alternating voltage having a waveform for fixing a single cell in each fine pore. - a cell fusion region in which cell fusion of cells is carried out; - a pair of electrodes (14, 15) formed by a conductor and disposed opposite to each other in the cell fusion region;
A method for mining a social account of a target object, comprising: locating a target social group which the target object is in by using attribute information of the target object; parsing preset information of a social account in the target social group, and obtaining first identity information of a user corresponding to the social account; matching the first identity information with second identity information of the target object, wherein the second identity information is offline identity information of the target object; and determining a social account of the first identity information matching the second identity information as a social account of the target object. locating a target social group which the target object is in by using attribute information of the target object; parsing preset information of a social account in the target social group, and obtaining first identity information of a user corresponding to the social account; matching the first identity information with second identity information of the target object, wherein the second identity information is offline identity information of the target object; and determining a social account of the first identity information matching the second identity information as a social account of the target object.
A method of propagating seeds, seedlings or cuttings in a mineral wool growth substrate, the method comprising: providing at least one mineral wool growth substrate comprising binder and wetting agent, positioning one or more seeds, seedlings or cuttings for growth in the growth substrate, watering the growth substrate at least once per day, characterised in that the wetting agent comprises linear alkyl benzene sulphonate anionic surfactant. providing at least one mineral wool growth substrate comprising binder and wetting agent, positioning one or more seeds, seedlings or cuttings for growth in the growth substrate, characterised in that the wetting agent comprises linear alkyl benzene sulphonate anionic surfactant.
An optical element for terahertz waves that transmits terahertz-wave incident beams through itself after being compressed into half or less a wavelength of the terahertz-wave incident beam, wherein the terahertz wave is an electromagnetic wave with a frequency in a region of 0.1 to 10 THz, equivalent to a wavelength in the region of 0.03mm to 3mm, a the optical element comprising: a substrate that allows terahertz waves to be transmitted through itself; and a conductive coat that covers a single surface of the substrate and is capable of blocking the terahertz waves, wherein the coat has an aperture provided in a circular region and a plurality of ring-shaped grooves, which are provided on a surface of the coat and have the same center as the circular region and whose radii increase by a fixed length, characterized in that in the circular region, four or more fan-shaped tips each of which has an arc with the same radius of curvature as the radius of the circular region, are arranged at equal distances toward the center of the circle without being in contact with each other in a state where the arc is in contact with an outer periphery of the circular region, and wherein a portion which is not covered by the fan-shaped tips, in the circular region forms the aperture, and wherein the tips have an apex radius, r t, an opposite tip apex separation distance, 2r a, a tip flare angle, α, and there are an even number of the tips, N t, and wherein the tips are arranged with the following restrictions: r t < r a < 5r t, and 4 < N t < 360°/α, where α = 2arcsin[r t /(r t + r a)]. a substrate that allows terahertz waves to be transmitted through itself; and a conductive coat that covers a single surface of the substrate and is capable of blocking the terahertz waves, wherein the coat has an aperture provided in a circular region and a plurality of ring-shaped grooves, which are provided on a surface of the coat and have the same center as the circular region and whose radii increase by a fixed length, characterized in that in the circular region, four or more fan-shaped tips each of which has an arc with the same radius of curvature as the radius of the circular region, are arranged at equal distances toward the center of the circle without being in contact with each other in a state where the arc is in contact with an outer periphery of the circular region, and wherein a portion which is not covered by the fan-shaped tips, in the circular region forms the aperture, and wherein the tips have an apex radius, r t, an opposite tip apex separation distance, 2r a, a tip flare angle, α, and there are an even number of the tips, N t, and wherein the tips are arranged with the following restrictions: r t < r a < 5r t, and 4 < N t < 360°/α, where α = 2arcsin[r t /(r t + r a)].
A connector (100; 200; 300; 400) comprising: an inner conductor engager (102; 202; 302; 402-1, 402-2) configured to mechanically engage an outer peripheral surface of an inner conductor of a coaxial cable; and a housing (106; 206; 306; 406) mechanically coupled to the inner conductor engager and configured to electrically connect to an outer conductor of the coaxial cable; a driver (104; 204; 304; 404) configured to drive, during assembly, the inner conductor engager to a desired axial position along the inner conductor; wherein the inner conductor engager defining a first opening (212; 312; 412) configured to enable the inner conductor of the coaxial cable to extend through the inner conductor engager to electrically engage an interface port (14; 34), characterized in that the inner conductor engager (102; 202; 302; 402-1, 402-2) comprises a ring defining a plane and a plurality of tabs (114, 115, 116, 117; 214, 215, 216, 217; 410) projecting inwardly from the ring and out of the plane of the ring, the plurality of tabs defining the first opening (212; 312; 412), and the driver comprises a housing coupler (124; 224; 324) and an adaptor (128; 228; 328), the housing coupler being configured to be secured within a recess (136; 236; 336) of the housing (106; 206; 306; 406) and the adaptor comprising an abutment surface configured to drive the engager to the desired axial position along the inner connector. an inner conductor engager (102; 202; 302; 402-1, 402-2) configured to mechanically engage an outer peripheral surface of an inner conductor of a coaxial cable; and a housing (106; 206; 306; 406) mechanically coupled to the inner conductor engager and configured to electrically connect to an outer conductor of the coaxial cable; a driver (104; 204; 304; 404) configured to drive, during assembly, the inner conductor engager to a desired axial position along the inner conductor; wherein the inner conductor engager defining a first opening (212; 312; 412) configured to enable the inner conductor of the coaxial cable to extend through the inner conductor engager to electrically engage an interface port (14; 34), characterized in that the inner conductor engager (102; 202; 302; 402-1, 402-2) comprises a ring defining a plane and a plurality of tabs (114, 115, 116, 117; 214, 215, 216, 217; 410) projecting inwardly from the ring and out of the plane of the ring, the plurality of tabs defining the first opening (212; 312; 412), and the driver comprises a housing coupler (124; 224; 324) and an adaptor (128; 228; 328), the housing coupler being configured to be secured within a recess (136; 236; 336) of the housing (106; 206; 306; 406) and the adaptor comprising an abutment surface configured to drive the engager to the desired axial position along the inner connector.
System having an electric control device and having a monitoring device (RMU, WMU), which monitors whether the system is operating properly, characterized in that the monitoring device is designed such that, if it determines that the system is not operating properly, it stops the control device and, without resetting the control device or the system containing the latter in the meantime and without restoration to a previous state, permits the control device to continue to run, wherein the control device is stopped so early that, when it is stopped, it is still in the state in which it was before the registered fault occurred, as a result of which the control device, when operation is continued, begins with the execution of the operation which was being executed when the fault was registered.
Climate system with a filter system, comprising: - a housing; - a suction opening that is provided in the housing; - a fan operatively connected to the suction opening for drawing in air through the suction opening; - a drive that is operatively connected to the fan for driving the fan; - an electrostatic filter configured for electrostatic filtering of the indrawn air; - a plasma filter configured for generating ozone and providing the ozone to the indrawn air; characterised by - a sensor for measuring characteristics of the indrawn airflow; wherein the characteristics of the indrawn air at least include the amount and type of contaminations and - control means operatively connected to the sensor and configured for receiving information about the indrawn airflow and for providing autonomous operation of the climate system and controlling the electrostatic and plasma filters on the basis of the measured characteristics of the indrawn airflow and by controlling the drive that is operatively connected to the fan. - a housing; - a suction opening that is provided in the housing; - a fan operatively connected to the suction opening for drawing in air through the suction opening; - a drive that is operatively connected to the fan for driving the fan; - an electrostatic filter configured for electrostatic filtering of the indrawn air; - a plasma filter configured for generating ozone and providing the ozone to the indrawn air; - a sensor for measuring characteristics of the indrawn airflow; wherein the characteristics of the indrawn air at least include the amount and type of contaminations and - control means operatively connected to the sensor and configured for receiving information about the indrawn airflow and for providing autonomous operation of the climate system and controlling the electrostatic and plasma filters on the basis of the measured characteristics of the indrawn airflow and by controlling the drive that is operatively connected to the fan.
A method for engineering a cast part, the cast part having internal passageways including a slot, the slot being cast over a metallic sheet casting core, wherein: the metallic sheet casting core has: a first face; a second face opposite the first face; and a plurality of holes extending between the first and second faces; the slot includes a first face cast by the core first face, a second face cast by the core second face, and a plurality of posts extending between the slot first and second faces and cast by the holes; and the method comprises selecting a direction for punching the holes so that an asymmetry in hole cross section associated with said direction provides an asymmetry in post cross section associated with one or both of a desired relative heat transfer and a desired relative mechanical strength at said slot second face relative to said slot first face. the metallic sheet casting core has: a first face; a second face opposite the first face; and a plurality of holes extending between the first and second faces; the slot includes a first face cast by the core first face, a second face cast by the core second face, and a plurality of posts extending between the slot first and second faces and cast by the holes; and a first face; a second face opposite the first face; and a plurality of holes extending between the first and second faces; the slot includes a first face cast by the core first face, a second face cast by the core second face, and a plurality of posts extending between the slot first and second faces and cast by the holes; and the method comprises selecting a direction for punching the holes so that an asymmetry in hole cross section associated with said direction provides an asymmetry in post cross section associated with one or both of a desired relative heat transfer and a desired relative mechanical strength at said slot second face relative to said slot first face.
Method of removing lens forming material deposited on a lens forming surface of a reusable glass mold for forming ophthalmic lenses, in particular contact lenses or intraocular lenses, the method comprising the steps of: providing a plasma, exposing the lens forming surface of the reusable glass mold to the plasma for removing the lens forming material deposited on the lens forming surface, and aspirating an off-gas generated by exposing the deposited lens forming material to be removed to the plasma; wherein the plasma is generated under atmospheric pressure and potential-free, wherein generating the plasma under atmospheric pressure comprises generating the plasma with a plasma jet using air as a process gas, and wherein the plasma is generated with the aid of a plasma torch comprising the plasma jet, a tubular plasma jacket and an aspirator connection, the plasma jacket surrounding the space between the plasma jet and the lens forming surface of the mold, and wherein the method further comprises applying underpressure to the aspirator connection, thereby allowing aspiration of the off-gas. providing a plasma, exposing the lens forming surface of the reusable glass mold to the plasma for removing the lens forming material deposited on the lens forming surface, and aspirating an off-gas generated by exposing the deposited lens forming material to be removed to the plasma; wherein the plasma is generated under atmospheric pressure and potential-free, wherein generating the plasma under atmospheric pressure comprises generating the plasma with a plasma jet using air as a process gas, and wherein the plasma is generated with the aid of a plasma torch comprising the plasma jet, a tubular plasma jacket and an aspirator connection, the plasma jacket surrounding the space between the plasma jet and the lens forming surface of the mold, and wherein the method further comprises applying underpressure to the aspirator connection, thereby allowing aspiration of the off-gas.
Pulling sleeve for rotor blades of a wind turbine, having a flexible sleeve band for winding around a rotor blade, which sleeve band has an inner side and an outer side, characterized in that the sleeve band has a guiding line at its second end and has a fastener element at its first end on the outer side, said fastener element forming with the inner side of the sleeve band, when overlapping at the first end of the latter, a releasable connection whose shear strength is higher than its tensile bonding strength by at least one order of magnitude.
A method, comprising: creating a trigger comprising at least one trigger criteria, wherein the at least one trigger criteria comprises at least one category related to at least one characteristic associated with at least one of a point of interest, a landmark and location-based information; monitoring a plurality of dynamically updatable, potential trigger criteria-fulfilling data; comparing the potential trigger criteria-fulfilling data with the at least one trigger criteria; and activating the trigger when at least one of a plurality of potential trigger criteria-fulfilling data matches the at least one trigger criteria. creating a trigger comprising at least one trigger criteria, wherein the at least one trigger criteria comprises at least one category related to at least one characteristic associated with at least one of a point of interest, a landmark and location-based information; monitoring a plurality of dynamically updatable, potential trigger criteria-fulfilling data; comparing the potential trigger criteria-fulfilling data with the at least one trigger criteria; and activating the trigger when at least one of a plurality of potential trigger criteria-fulfilling data matches the at least one trigger criteria.
A method for measuring an anesthetic depth, the method comprising: dividing, by an epoch dividing part, an EEG signal into multiple epoch signals on a time axis, extracting, by a counting part, a CAI calculation value by counting the number of epoch signal points of a value higher than a determined critical value, extracting, by a Shannon entropy calculating part, a Shannon entropy calculation value (ShEn) by performing a Shannon entropy calculation from the EEG signal, and extracting, by a spectra entropy calculation part, a spectra entropy calculation value (SpEn) by performing a spectra entropy calculation; extracting, by a modified Shannon entropy calculating part, a modified Shannon entropy calculation value (MshEn) by multiplying the Shannon entropy calculation value (ShEn) and spectra entropy calculation value (SpEn); and extracting, by a CAI extracting part, an anesthetic depth index (MsCAI) by performing a logical operation on the modified Shannon entropy calculation value (MshEn) and CAI calculation value. dividing, by an epoch dividing part, an EEG signal into multiple epoch signals on a time axis, extracting, by a counting part, a CAI calculation value by counting the number of epoch signal points of a value higher than a determined critical value, extracting, by a Shannon entropy calculating part, a Shannon entropy calculation value (ShEn) by performing a Shannon entropy calculation from the EEG signal, and extracting, by a spectra entropy calculation part, a spectra entropy calculation value (SpEn) by performing a spectra entropy calculation; extracting, by a modified Shannon entropy calculating part, a modified Shannon entropy calculation value (MshEn) by multiplying the Shannon entropy calculation value (ShEn) and spectra entropy calculation value (SpEn); and extracting, by a CAI extracting part, an anesthetic depth index (MsCAI) by performing a logical operation on the modified Shannon entropy calculation value (MshEn) and CAI calculation value.
A method of managing mobility in a wireless communication network, the method comprising: determining, in a serving cell, whether a neighboring base station in a neighboring cell transmits a signal strength measurement offset; and sending a first indicator from the serving cell to a user equipment to indicate whether the neighboring cell transmits a signal strength measurement offset, wherein the indicator is used by the user equipment to determine whether to acquire a signal strength measurement offset from the neighboring base station. determining, in a serving cell, whether a neighboring base station in a neighboring cell transmits a signal strength measurement offset; and sending a first indicator from the serving cell to a user equipment to indicate whether the neighboring cell transmits a signal strength measurement offset, wherein the indicator is used by the user equipment to determine whether to acquire a signal strength measurement offset from the neighboring base station.
End cap for current-carrying profiles which have a base plate which extends in a longitudinal direction and two or more contact webs which protrude from the base plate and which extend in the longitudinal direction and are spaced apart from one another by in each case one gap and are oriented parallel in relation to one another, wherein the contact webs have conductors which extend in the longitudinal direction, and wherein the end cap is formed from insulating material and has bearing regions, which project from an end face, for bearing against at least one of the contact webs and/or against the base plate of a current-carrying profile when the end cap is fitted, by way of the end face, on an end side of the current-carrying profile, characterized in that the end cap has at least one contact element which has a conductor contact section, which protrudes from the end face, for making contact with at least one electrical conductor of one of the contact webs of the current-carrying profile and at least one side contact section which project from an associated side face.