mhurhangee/ep-ind-claims huggingface dataset:
Vehicle seat comprising a seat frame for defining a seat shape, the seat frame comprising at least one backrest frame region and a sitting surface frame region which cannot be moved relative thereto, a cushion element which is in contact with the seat frame at least in part and comprises at least one seat cushion portion which is movable in the seat longitudinal direction relative to the sitting surface frame region and comprises a back cushion portion which is movable at least in part in the seat longitudinal direction relative to the backrest frame region, a seat-shell-like element, which comprises a back portion and a sitting surface portion, being arranged so as to be displaceable in the seat longitudinal direction between the cushion element and the seat frame, and the seat-shell-like element being formed in one piece, characterised in that an edge, extending substantially in the seat width direction, of the back portion is arranged at the level of the lumber vertebrae region of a person using the vehicle seat, and is oriented so as to be further forward in a left-hand and a right-hand region and is inclined towards the rear in the manner of a bulge in a central region.
A voltage application device comprising: a voltage application circuit configured to apply a voltage to a load including a discharge electrode to cause the discharge electrode to perform a discharge; and a control circuit configured to control the voltage application circuit, based on a monitoring target including at least one of an output current and an output voltage of the voltage application circuit; characterized by the control circuit causing the voltage application circuit to alternately repeat a first mode that raises the voltage while time elapses, and generates a discharge current by promoting corona discharge to dielectric breakdown, and a second mode that lowers the voltage to cut off the discharge current by causing the load to be in an overload state against the voltage application circuit, and the control circuit causing the voltage application circuit to operate in the first mode when magnitude of the monitoring target is less than a threshold, and causes the voltage application circuit to operate in the second mode when the magnitude of the monitoring target is not less than the threshold. a voltage application circuit configured to apply a voltage to a load including a discharge electrode to cause the discharge electrode to perform a discharge; and a control circuit configured to control the voltage application circuit, based on a monitoring target including at least one of an output current and an output voltage of the voltage application circuit; characterized by the control circuit causing the voltage application circuit to alternately repeat a first mode that raises the voltage while time elapses, and generates a discharge current by promoting corona discharge to dielectric breakdown, and a second mode that lowers the voltage to cut off the discharge current by causing the load to be in an overload state against the voltage application circuit, and the control circuit causing the voltage application circuit to operate in the first mode when magnitude of the monitoring target is less than a threshold, and causes the voltage application circuit to operate in the second mode when the magnitude of the monitoring target is not less than the threshold.
Sanitary article assembly comprising a sanitary article comprising a receiving basin with a side wall bounding the receiving basin, an upper rim, a drain arranged in the lower region of the receiving basin and a channel for supplying flushing water into the receiving basin, wherein the channel opening with its channel outlet into the receiving basin via an aperture through the side wall, wherein the sanitary article assembly further has an insert with a receptacle in which a water-soluble cleaning element is placed which can be dissolved by the flushing water flowing through the insert, and wherein the insert can be inserted into the channel from the receiving basin via the channel outlet or the aperture, characterized in that the receptacle for the cleaning element projects into the cross-section of the channel. a sanitary article comprising a receiving basin with a side wall bounding the receiving basin, an upper rim, a drain arranged in the lower region of the receiving basin and a channel for supplying flushing water into the receiving basin, wherein the channel opening with its channel outlet into the receiving basin via an aperture through the side wall, wherein the sanitary article assembly further has an insert with a receptacle in which a water-soluble cleaning element is placed which can be dissolved by the flushing water flowing through the insert, and wherein the insert can be inserted into the channel from the receiving basin via the channel outlet or the aperture, characterized in that the receptacle for the cleaning element projects into the cross-section of the channel.
A friction stir welding tool comprising a rotationally symmetrical shaft having a proximal end intended for contact with joint partners and a distal end opposed thereto, and a pin, which is arranged concentrically about the rotation axis and which has a smaller diameter than the shaft at the proximal end thereof and thus projects as compared to a thereby defined shoulder region of the shaft, wherein the shaft, at least in the shoulder region, and the pin each consist of or are coated with a compound material, which comprises a metal base substantially consisting of molybdenum, tungsten, niobium, or tantalum, or of an alloy based on at least one of these metals, and hard material particles being embedded in this metal base and having a Mohs hardness ≥ 6; wherein the hard material particles embedded in the metal base comprise at least one hard material which forms a reinforcement phase in the metal base and has a free enthalpy of formation at 1300 K that is more negative than -350 kJ/mol O 2, characterized in that said hard material has a particle size in the micrometer range, i.e. an average particle diameter of 1 μm or more.
A method of making a metal matrix composite vented brake rotor (100;200;700), the method comprising: providing a first side plate (120;220;720) comprising a first outer surface (122;222;722), a first inner surface (128;228;728) having a first vent portion (112;212;712) having a plurality of vanes, and a metal matrix composite portion (124;224;724) extending from the first outer surface to a first distance from the inner surface that is less than a thickness measured between the first inner surface and first outer surface; providing a second side plate (130;230;730) comprising a second outer surface (132;232;732), a second inner surface (138;238;738), and a metal matrix composite portion (134;234;734) extending from the second outer surface to a second distance from the second inner surface that is less than a thickness measured between the second inner surface and second outer surface; the method being characterised by welding the plurality of vanes of the first vent portion (112;212;712) of the first inner surface (128;228;728) to the second inner surface to form the vented brake rotor, the vented brake rotor comprising a plurality of vents (114;214) formed by the first inner surface (128;228;728), the first vent portion, and the second inner surface. providing a first side plate (120;220;720) comprising a first outer surface (122;222;722), a first inner surface (128;228;728) having a first vent portion (112;212;712) having a plurality of vanes, and a metal matrix composite portion (124;224;724) extending from the first outer surface to a first distance from the inner surface that is less than a thickness measured between the first inner surface and first outer surface; providing a second side plate (130;230;730) comprising a second outer surface (132;232;732), a second inner surface (138;238;738), and a metal matrix composite portion (134;234;734) extending from the second outer surface to a second distance from the second inner surface that is less than a thickness measured between the second inner surface and second outer surface; the method being characterised by welding the plurality of vanes of the first vent portion (112;212;712) of the first inner surface (128;228;728) to the second inner surface to form the vented brake rotor, the vented brake rotor comprising a plurality of vents (114;214) formed by the first inner surface (128;228;728), the first vent portion, and the second inner surface.
Emission lifetime measuring method, in particular for measuring a mean lifetime (τ) of electronically excited states of a sample, comprising the steps - illuminating the sample with at least one excitation light pulse, - time-resolved detecting an emission response from the sample and collecting a temporal detector output signal representing a time dependency of the emission response from the sample, and - calculating the mean lifetime (τ) of the electronically excited states on the basis of a temporal detector response function, characterized in that - the at least one excitation light pulse is shaped such that the sample achieves an equilibrium excited steady-state including a linearly increasing or constant number of the electronically excited states, - the temporal detector response function is created such that it includes a linear output signal section with a constant slope, and - the mean lifetime (τ) of the electronically excited states is calculated accounting for at least one of either a time position of the linear output signal section relative to a reference time of the at least one excitation light pulse or the slope of the linear response function section. - illuminating the sample with at least one excitation light pulse, - time-resolved detecting an emission response from the sample and collecting a temporal detector output signal representing a time dependency of the emission response from the sample, and - calculating the mean lifetime (τ) of the electronically excited states on the basis of a temporal detector response function, - the at least one excitation light pulse is shaped such that the sample achieves an equilibrium excited steady-state including a linearly increasing or constant number of the electronically excited states, - the temporal detector response function is created such that it includes a linear output signal section with a constant slope, and - the mean lifetime (τ) of the electronically excited states is calculated accounting for at least one of either a time position of the linear output signal section relative to a reference time of the at least one excitation light pulse or the slope of the linear response function section.
A vessel having an extendable and retractable cursor frame assembly comprising: a first track and a second track, each track having a base portion and a blade portion protruding from the base portion, wherein for each track, an upper half of the track is attached to a module provided on a hull of the vessel via the blade portion of the track and a lower half of the track is attached to the hull of the vessel via the blade portion of the track; a first and second C-shaped guide rails providing a path along which a carriage can travel, wherein the first C-shaped guide rail slidingly engages the first track and the second C-shaped guide rail slidingly engages the second track, wherein the first C-shaped guide rail has a length that is shorter than a length of the first track and the second C-shaped guide rail has a length that is shorter than a length of the second track; a first fastening structure provided on the module adjacent a first end of the first track for securing the first C-shaped guide rail in a retracted position; a second fastening structure provided on the module adjacent a first end of the second track for securing the second C-shaped guide rail in a retracted position; and a first brace provided at a second end of the first track for buffering the first C-shaped guide rail in an extended position and a second brace provided at a second end of the second track for buffering the second C-shaped guide rail in an extended position. a first track and a second track, each track having a base portion and a blade portion protruding from the base portion, wherein for each track, an upper half of the track is attached to a module provided on a hull of the vessel via the blade portion of the track and a lower half of the track is attached to the hull of the vessel via the blade portion of the track; a first and second C-shaped guide rails providing a path along which a carriage can travel, wherein the first C-shaped guide rail slidingly engages the first track and the second C-shaped guide rail slidingly engages the second track, wherein the first C-shaped guide rail has a length that is shorter than a length of the first track and the second C-shaped guide rail has a length that is shorter than a length of the second track; a first fastening structure provided on the module adjacent a first end of the first track for securing the first C-shaped guide rail in a retracted position; a second fastening structure provided on the module adjacent a first end of the second track for securing the second C-shaped guide rail in a retracted position; and a first brace provided at a second end of the first track for buffering the first C-shaped guide rail in an extended position and a second brace provided at a second end of the second track for buffering the second C-shaped guide rail in an extended position.
A remote memory swapping method, characterized by: obtaining, by a local node, a base address of a memory page that needs to be dumped, and determining, according to the base address of the memory page that needs to be dumped, a node in which the memory page that needs to be dumped is located; when it is determined that the node in which the memory page that needs to be dumped is located is a remote node, querying, by the local node according to the base address of the memory page that needs to be dumped, a routing table to obtain routing information of the memory page that needs to be dumped; wherein the routing table stores routing information corresponding to each memory page, and the routing information comprises a base address of the memory page, a remote node address in which the memory page is located, and a physical address of the memory page in the remote node; and sending, by the local node, the routing information of the memory page that needs to be dumped and dumping signaling to a cloud controller, so that the cloud controller forwards the routing information of the memory page that needs to be dumped and the dumping signaling to the remote node in which the memory page that needs to be dumped is located. obtaining, by a local node, a base address of a memory page that needs to be dumped, and determining, according to the base address of the memory page that needs to be dumped, a node in which the memory page that needs to be dumped is located; when it is determined that the node in which the memory page that needs to be dumped is located is a remote node, querying, by the local node according to the base address of the memory page that needs to be dumped, a routing table to obtain routing information of the memory page that needs to be dumped; wherein the routing table stores routing information corresponding to each memory page, and the routing information comprises a base address of the memory page, a remote node address in which the memory page is located, and a physical address of the memory page in the remote node; and sending, by the local node, the routing information of the memory page that needs to be dumped and dumping signaling to a cloud controller, so that the cloud controller forwards the routing information of the memory page that needs to be dumped and the dumping signaling to the remote node in which the memory page that needs to be dumped is located.
A non-aqueous patch, comprising: a support; a drug-containing pressure-sensitive adhesive layer; and a release liner, wherein the drug-containing pressure-sensitive adhesive layer comprises: rivastigmine; and a rubber-based pressure-sensitive adhesive, characterized in that the drug-containing pressure-sensitive adhesive layer comprises: from 0.3 % by mass to 1 % by mass of a saturated fatty acid having 20 to 24 carbon atoms, and the rubber-based pressure-sensitive adhesive comprises a pressure-sensitive adhesive containing a styrene-isoprene-styrene block copolymer and polyisobutylene. a support; a drug-containing pressure-sensitive adhesive layer; and a release liner, wherein the drug-containing pressure-sensitive adhesive layer comprises: rivastigmine; and a rubber-based pressure-sensitive adhesive, rivastigmine; and a rubber-based pressure-sensitive adhesive, the drug-containing pressure-sensitive adhesive layer comprises: from 0.3 % by mass to 1 % by mass of a saturated fatty acid having 20 to 24 carbon atoms, and the rubber-based pressure-sensitive adhesive comprises a pressure-sensitive adhesive containing a styrene-isoprene-styrene block copolymer and polyisobutylene.
An oral care tooth paste composition comprising: i) particulate abrasive in which the particulate abrasive comprises silica and/or calcium carbonate. ii) aspartic acid or salt thereof; and iii) fumaric acid or sodium salt thereof i) particulate abrasive in which the particulate abrasive comprises silica and/or calcium carbonate. ii) aspartic acid or salt thereof; and iii) fumaric acid or sodium salt thereof
Method for detecting the state of wear of suspension means of elastomeric material within a suspension or lift system, which has a cage or a carrying device, which is connected by a suspension means running over deflecting or driving rollers (4, 5) to a counterweight, wherein the suspension means has in its longitudinal direction strengthening supports or reinforcing elements embedded in the body of the suspension means, preferably formed as cords twisted from filaments, wherein, after a running-in phase of the suspension lift system, selected physical properties of the suspension means are determined as initial values and stored and subsequently, during operation, corresponding physical properties of the suspension means are periodically or permanently set in relation to the initial values as current values and, if predetermined threshold values for the differences between initial values and current values are exceeded, a warning signal is given or replacement of the suspension means is requested, characterized in that the length of the suspension means and the elastic elongation of the suspension means in a defined lifting action during operation are determined as initial values and stored and subsequently the respectively current values of the length of the suspension means and the elastic elongation of the suspension means are periodically or permanently set in relation to the initial values, wherein by means of position measuring devices (7, 8) the positions both of the cage and of the counterweight within the lift system or in the lift shaft are determined and from them both the initial length L initial and the current length L current of the suspension means and the different initial travelling distances S K and S G of the cage and the counterweight caused by elastic elongation of the suspension means are determined, wherein the change in length of the suspension means ΔL = L initial - L current and the change in the initial ratio of the travelling distances of the cage and the counterweight S K-initial / S G-initial are set in relation to the current ratio of the travelling distances of the cage and the counterweight S K-current / S G-current as differences and from them the change in the elastic elongation of the suspension means is calculated or determined.
Actuating circuit (32, 34, 36) having a primary-side circuit part with an actuating logic circuit and a primary-side reference potential and four secondary-side circuit parts with in each case one driver stage (61, 62, 63, 64) designed for actuating a phase of a three-level inverter (10, 20) with in each case a first to fourth semiconductor switch (T1, D1, T2, D2, T3, D3, T4, D4), wherein each semiconductor switch and the secondary-side circuit part assigned thereto has an assigned first to fourth secondary-side reference potential (610, 620, 630, 640), wherein in each case a level shifter (81, 82, 83, 84) connects the primary-side circuit part to the respective secondary-side circuit part and thus is assigned in each case to both circuit parts, wherein the primary-side reference potential corresponds to the first secondary-side reference potential and to that of the negative voltage connection (-DC) of the three-level inverter (10, 20) and wherein at least the actuating logic circuit, the first and second level shifters (81, 82) and the first and second driver stages (61, 62) are monolithically integrated in an HVIC.
A system for slow roll control, the system comprising: a thrust active magnetic bearing including, a ferromagnetic thrust bearing disk extending outward from a longitudinal axis and configured to couple to a shaft extending along the longitudinal axis, and a pair of thrust bearing stators (206a, 206b) each positioned axially adjacent to opposing sides of the thrust bearing disk and configured to apply axial magnetic forces to the thrust bearing disk; and a cageless non-laminated rotor induction machine including, a stator including, a ring-shaped stator core having an inner radial surface that is radially offset from at least a portion of an outer radial surface of the thrust bearing disk, and two or more windings (304a, 304b) coupled to the stator and circumferentially offset from one another, the stator windings (304a, 304b) being configured to generate a magnetic field that rotates in a predetermined direction about the longitudinal axis; and a cageless non-laminated rotor including the ferromagnetic thrust bearing disk; wherein the rotating magnetic field is configured to cause a torque to be applied to the thrust bearing disk in a predetermined rotation direction.
Menstrual cup comprising an upper opening, and a receptacle comprising a body having a rounded longitudinal shape and a bottom, the cup extending longitudinally from the opening to the bottom and having an internal surface in the concavity of the receptacle, and an external surface in the convexity of the receptacle, the body comprising at least one hollow longitudinal groove on the internal surface of the body, characterized in that the body comprises at least one solid longitudinal groove on the external surface of the body which coincides with said hollow longitudinal groove on the internal surface.