mhurhangee/ep-ind-claims huggingface dataset:
A garment for covering at least a portion of an upper human torso, comprising: a first garment region extending along a central back portion of the garment from proximate to a waist area of the garment to proximate to a neck area of the garment; a second garment region extending along a first side of the garment from proximate to the waist area to proximate to a first underarm area of the garment; a third garment region extending along a second side of the garment from proximate to the waist area to proximate to a second underarm area of the garment; and a fourth garment region extending between the first and second garment regions, between the first and third garment regions, and between the second and third garment regions, wherein the fourth garment region includes a first thermal material having a first thermal resistive value of at least 0.03 m 2 × K/W, wherein the first, second, and third garment regions include thermal materials that may be the same as or different from one another, wherein the thermal materials of each of the first, second, and third garment regions has a thermal resistive value higher than the first thermal resistive value and of at least 0.04 m 2 × K/W, wherein the first thermal value is at least 5% lower than the thermal resistive values of the thermal materials of the first, second, and third garment regions, and wherein the garment is a midlayer garment, undergarment, sweater, shirt, turtleneck, or mock turtleneck. a first garment region extending along a central back portion of the garment from proximate to a waist area of the garment to proximate to a neck area of the garment; a second garment region extending along a first side of the garment from proximate to the waist area to proximate to a first underarm area of the garment; a third garment region extending along a second side of the garment from proximate to the waist area to proximate to a second underarm area of the garment; and a fourth garment region extending between the first and second garment regions, between the first and third garment regions, and between the second and third garment regions,
A negative electrode active material for a lithium secondary battery which comprises: a silicon-silicon oxide-magnesium silicate composite comprising: a silicon oxide (SiO x, 0 < x ≤ 2) matrix; and silicon (Si) crystal grains, MgSiO 3 crystal grains and Mg 2 SiO 4 crystal grains present in the silicon oxide matrix; wherein the MgSiO 3 crystal grains have a crystal size of 5-30 nm and the Mg 2 SiO 4 crystal grains have a crystal size of 20-100 nm in the silicon-silicon oxide-magnesium silicate composite, the crystal size being determined as described in the specification, and the content ratio of MgSiO 3 crystal grains to Mg 2 SiO 4 crystal grains is 2:1-1:1 on the weight basis. a silicon oxide (SiO x, 0 < x ≤ 2) matrix; and silicon (Si) crystal grains, MgSiO 3 crystal grains and Mg 2 SiO 4 crystal grains present in the silicon oxide matrix; wherein the MgSiO 3 crystal grains have a crystal size of 5-30 nm and the Mg 2 SiO 4 crystal grains have a crystal size of 20-100 nm in the silicon-silicon oxide-magnesium silicate composite, the crystal size being determined as described in the specification, and the content ratio of MgSiO 3 crystal grains to Mg 2 SiO 4 crystal grains is 2:1-1:1 on the weight basis.
A method performed by a server (110, 600) for enabling distribution of content using a mobile device, the method comprising: receiving, from a first mobile device (104, 500), a first request for first content identified by a first resource identifier; receiving, with the first request for the first content, a set of presence codes that each indicate proximity of a mobile device without identifying a user of the mobile device, wherein the set of presence codes includes a first presence code for the first mobile device (104, 500) and at least one other presence code for one or more mobile devices (102, 106, 500) in proximity to the first mobile device (104, 500); selecting a set of allocated resource identifiers associated with one or more presence codes, in the set of presence codes, for one or more of the mobile devices (102, 106, 500) in proximity to the first mobile device (104, 500) having the first content cached therein, wherein each allocated resource identifier in the set is different than the first resource identifier; sending, to the first mobile device (104, 500), the set of allocated resource identifiers and associated presence codes for use in retrieving the first content cached in at least one of the mobile devices (102, 106, 500) in proximity to the first mobile device (104, 500).
A reproducing apparatus for reproducing content data recorded on a recording medium, the reproducing apparatus comprising: reading means for reading from the recording medium moving image data including a plurality of still pictures, the still pictures being Iframes from the moving image data, audio data reproduced in accordance with the image data, and an information that represents whether the image data and the audio data have been recorded as a multiplexed file or as independent files; and reproducing means for reproducing the Iframe image data and the audio data, wherein the reproducing means is configured to switch a current still picture of the plurality of still pictures, to reproduce the switched still picture, and to reproduce the image data not in synchronization with the audio data based on the information. reading means for reading from the recording medium moving image data including a plurality of still pictures, the still pictures being Iframes from the moving image data, audio data reproduced in accordance with the image data, and an information that represents whether the image data and the audio data have been recorded as a multiplexed file or as independent files; and reproducing means for reproducing the Iframe image data and the audio data, wherein the reproducing means is configured to switch a current still picture of the plurality of still pictures, to reproduce the switched still picture, and to reproduce the image data not in synchronization with the audio data based on the information.
An AC/DC converter comprising an input rectifier circuit connected in series with a primary winding of an isolating transformer and to a chopper switch driven by a control circuit using pulse width modulation on the basis of a signal representative of a primary current, the isolating transformer having a first secondary winding that is wound in the same direction as the primary winding and that is connected to an output line of the converter via a diode (D3,D6) and a filter coil, and a second secondary winding that is wound in the opposite direction to the primary winding and that is connected directly to the output line via a diode, the output line being connected to an output capacitor (Cout), the converter being characterized in that it includes an analog correction circuit for correcting the primary current, which circuit is connected to the control circuit and to a measurement element delivering a signal representative of the primary current, and is arranged to transform said signal into a triangular signal suitable for driving the control circuit.
An engine unit support structure comprising: an engine unit having an engine; a mounting base for mounting the engine unit thereon; and a plurality of elastic support bodies (4A, 4B) coupled to the engine unit and the mounting base to thereby support the engine unit, wherein the plurality of elastic support bodies (4A, 4B) includes three or more of second elastic support bodies, and a first elastic support body which is disposed under a lower surface of the engine unit and in a position closest, than any other of the plurality of elastic support bodies, to a rotation center of an output shaft of the engine, wherein the first elastic support body is disposed within a closed space in plan view formed by interconnecting centers of neighboring second elastic support bodies, characterised in that a spring constant of the first elastic support body in a vertical direction is greater than a spring constant of the first elastic support body in a direction intersecting with the vertical direction. an engine unit having an engine; a mounting base for mounting the engine unit thereon; and a plurality of elastic support bodies (4A, 4B) coupled to the engine unit and the mounting base to thereby support the engine unit, wherein the plurality of elastic support bodies (4A, 4B) includes three or more of second elastic support bodies, and a first elastic support body which is disposed under a lower surface of the engine unit and in a position closest, than any other of the plurality of elastic support bodies, to a rotation center of an output shaft of the engine, wherein the first elastic support body is disposed within a closed space in plan view formed by interconnecting centers of neighboring second elastic support bodies, characterised in that a spring constant of the first elastic support body in a vertical direction is greater than a spring constant of the first elastic support body in a direction intersecting with the vertical direction. wherein the first elastic support body is disposed within a closed space in plan view formed by interconnecting centers of neighboring second elastic support bodies, characterised in that a spring constant of the first elastic support body in a vertical direction is greater than a spring constant of the first elastic support body in a direction intersecting with the vertical direction.
A process for preparing isocyanates by reacting the corresponding amines with phosgene in the gas phase, in the presence or absence of an inert medium, which comprises the following steps: (a) vaporization of the amine in a vaporizer, (b) superheating of the amine, (c) mixing of the gaseous amine with the phosgene and introduction into a reaction zone, (d) reaction of amine and phosgene to give isocyanate in the reaction zone, with a reaction mixture comprising isocyanate and hydrogen chloride being formed, (e) cooling of the reaction mixture comprising isocyanate and hydrogen chloride, wherein the vaporizer comprises a vessel in which tubes through which a heating medium flows are comprised, where number and diameter of the tubes are designed so that the tubes have a specific heat transfer area based on the volume through which the amine flows of at least 300 m 2 /m 3. (a) vaporization of the amine in a vaporizer, (b) superheating of the amine, (c) mixing of the gaseous amine with the phosgene and introduction into a reaction zone, (d) reaction of amine and phosgene to give isocyanate in the reaction zone, with a reaction mixture comprising isocyanate and hydrogen chloride being formed, (e) cooling of the reaction mixture comprising isocyanate and hydrogen chloride,
Method for obtaining a porous acoustic layer of an acoustic panel, characterized in that it comprises a first step of deposition (Ep) of a woven ply having warp and weft threads oriented in two perpendicular directions and evenly spaced with a pitch less than 0.3 mm and a second step of deposition on the woven ply of a plurality of fibre rovings (36, 38, 40) distributed in at least two series oriented in two secant directions so as to delimit between the fibre rovings (36, 38, 40) openings with dimensions that vary, the fibre rovings (36, 38, 40) having a width, an orientation and/or a spacing that are determined as a function of an open surface ratio desired for each zone of the porous acoustic layer in order to modulate the open surface ratio zone by zone, the fibre rovings (36, 38, 40) and the woven ply being made of materials configured to allow the fibre rovings (36, 38, 40) to adhere directly to the woven ply, the woven ply being made of thermoplastic resin and the fibre rovings (36, 38, 40) being made of carbon and pre-impregnated with a thermoplastic resin.
A rodent comprising in its germline genome, at an endogenous heavy chain locus, an engineered immunoglobulin heavy chain diversity (D H) region ("engineered D H region") comprising: (i) a D H gene segment immediately adjacent to a 23-mer RSS ("engineered D H gene segment"); and (ii) an unrearranged D H gene segment flanked on its 5' end by a first 12-mer RSS and on its 3' end by a second 12-mer RSS ("unrearranged D H gene segment"), wherein (i) the engineered D H gene segment and (ii) the unrearranged D H gene segment are operably linked such that (i) the engineered D H gene segment and (ii) the unrearranged D H gene segment are able to join in a D H -D H recombination event according to the 12/23 rule, and optionally wherein the engineered D H region comprises only human D H gene segments. (i) a D H gene segment immediately adjacent to a 23-mer RSS ("engineered D H gene segment"); and (ii) an unrearranged D H gene segment flanked on its 5' end by a first 12-mer RSS and on its 3' end by a second 12-mer RSS ("unrearranged D H gene segment"), wherein (i) the engineered D H gene segment and (ii) the unrearranged D H gene segment are operably linked such that (i) the engineered D H gene segment and (ii) the unrearranged D H gene segment are able to join in a D H -D H recombination event according to the 12/23 rule, and optionally wherein the engineered D H region comprises only human D H gene segments.
Electrical multilayer component comprising a stack of dielectric layers and electrode layers arranged one above another and having an electrically insulated stiffening element, wherein the stiffening element has an increased flexural strength with respect to a dielectric material surrounding it, characterized in that the stiffening element is arranged at a distance from at least one electrode layer on the same dielectric layer as the electrode layer.
Method for operating a brake system for motor vehicles with an electrically controllable pressure supply device comprising a cylinder-piston arrangement with a hydraulic pressure chamber and a piston displaceable by an electromechanical actuator, with a number of hydraulic wheel brakes, which are associated with at least one axle of the vehicle and which can be supplied with brake pressure by means of the hydraulic pressure chamber, and with a sensor for detecting the driver's braking intention, wherein the electromechanical actuator has a rotation-translation gearbox and an electric machine, characterized in that the electric machine is implemented as an electronically commutated synchronous machine comprising a stator with at least two, in particular three, phase windings, a rotor having at least one permanent magnet, and at least one rotor position sensor, wherein - a torque-forming current (iq) and a magnetic field attenuation current (id) are regulated in a coordinate system that is fixed relative to the rotor, wherein voltages in the coordinate system that is fixed relative to the rotor are determined as control variables and are transformed using the measured rotor position into a voltage vector that gives a voltage to be applied for each phase winding of the stator, and - a target value for the magnetic field attenuation current (id) is limited to a maximum value, according to the measured speed of the rotor, which is determined from a predetermined characteristic field, wherein - the target value for the magnetic field attenuation current is limited to a minimum value that is predetermined according to the measured speed, - a target value for the magnetic field attenuation current is determined according to the measured speed of the rotor from a first predetermined characteristic field, and wherein - the target value for the magnetic field attenuation current is adapted or scaled using the ratio between a reference voltage and a present supply voltage. - a torque-forming current (iq) and a magnetic field attenuation current (id) are regulated in a coordinate system that is fixed relative to the rotor, wherein voltages in the coordinate system that is fixed relative to the rotor are determined as control variables and are transformed using the measured rotor position into a voltage vector that gives a voltage to be applied for each phase winding of the stator, and - a target value for the magnetic field attenuation current (id) is limited to a maximum value, according to the measured speed of the rotor, which is determined from a predetermined characteristic field, wherein - the target value for the magnetic field attenuation current is limited to a minimum value that is predetermined according to the measured speed, - a target value for the magnetic field attenuation current is determined according to the measured speed of the rotor from a first predetermined characteristic field, and wherein - the target value for the magnetic field attenuation current is adapted or scaled using the ratio between a reference voltage and a present supply voltage.
Shut-off valve comprising a valve housing which can be inserted into a fluid line, a through-flow opening which is provided in the valve housing and defines a valve seat which is closed by a valve closure in a closed position of the shut-off valve, and an actuating slide which is displaceably guided in the valve housing in the housing longitudinal direction and is drivingly connected to an actuating mechanism which converts a movement exerted on an actuating arm into a linear movement on the actuating slide, wherein the valve housing has at least two housing parts (2, 3) which can be connected to one another, wherein the through-flow opening - which defines the valve seat -, the valve closure and the actuating slide are provided in the first housing part, wherein the actuating mechanism is arranged with the actuating arm in the second housing part, wherein the actuating mechanism and the actuating slide are drivingly connected to one another in a magnetically coupled manner, wherein the actuating slide is displaceably guided in a guide spigot which protrudes over a partition wall, wherein the partition wall which is held on the outer circumferential side on the housing inner circumference of the first housing part and the guide spigot which is connected thereto separates the region of the first housing part, which receives the valve closure, the valve seat and the actuating slide, in a liquid-tight manner from the second housing part, wherein a magnet carrying frame is displaceably guided on the guide spigot and carries at least one permanent magnet, and wherein the magnet carrying frame can be connected to a coupling piece which is displaceably guided in the second housing part, characterised in that the actuating mechanism converts a pivoting movement exerted on the actuating arm into a linear movement on the actuating slide and the coupling piece and the magnet carrying frame latch together when the first and second housing parts (2, 3) are pushed together.
An apparatus comprising at least one data processing device for assigning positions of drill holes for a round to be drilled by a rock drilling rig, the apparatus being configured to: receive data on drill holes to be drilled for the round; and receive from a sensing means sensing data on actual position and direction of a tool connected to a rock drilling unit of the rock drilling rig; characterized in that the apparatus is further configured to: determine the actual position of at least one realized drill hole bottom by means of the received sensing data on the position of the tool on the bottom of the round during the drilling process; determine for a new, currently active drill hole the forthcoming position of the drill hole bottom before drilling the new drill hole, wherein the determining is based on the current location and direction of the tool and on the predetermined length of the new drill hole; and indicate the determined position of the forthcoming drill hole bottom of the new drill hole in relation to the realized drill hole bottoms on the bottom of the round. receive data on drill holes to be drilled for the round; and receive from a sensing means sensing data on actual position and direction of a tool connected to a rock drilling unit of the rock drilling rig; characterized in that the apparatus is further configured to: determine the actual position of at least one realized drill hole bottom by means of the received sensing data on the position of the tool on the bottom of the round during the drilling process; determine for a new, currently active drill hole the forthcoming position of the drill hole bottom before drilling the new drill hole, wherein the determining is based on the current location and direction of the tool and on the predetermined length of the new drill hole; and indicate the determined position of the forthcoming drill hole bottom of the new drill hole in relation to the realized drill hole bottoms on the bottom of the round. determine the actual position of at least one realized drill hole bottom by means of the received sensing data on the position of the tool on the bottom of the round during the drilling process; determine for a new, currently active drill hole the forthcoming position of the drill hole bottom before drilling the new drill hole, wherein the determining is based on the current location and direction of the tool and on the predetermined length of the new drill hole; and indicate the determined position of the forthcoming drill hole bottom of the new drill hole in relation to the realized drill hole bottoms on the bottom of the round.
Terminal for a Long Term Evolution, LTE, wireless communication network operating on an unlicensed spectrum, the terminal being adapted for performing a Listen-Before-Talk, LBT, procedure for one or more transmission bandwidths of said unlicensed spectrum; the terminal further being adapted for: transmitting Physical Uplink Shared CHannel, PUSCH, signaling in a PUSCH subframe on one or more interlaces within the one or more transmission bandwidths, wherein the terminal is further adapted for transmitting Sounding Reference Signaling on the one or more interlaces in the PUSCH subframe, the terminal being characterized in that transmitting 2. the Sounding Reference Signaling comprises multiplexing the Sounding Reference Signaling transmitted on different antenna ports based on cyclic shifts. transmitting Physical Uplink Shared CHannel, PUSCH, signaling in a PUSCH subframe on one or more interlaces within the one or more transmission bandwidths, wherein the terminal is further adapted for transmitting Sounding Reference Signaling on the one or more interlaces in the PUSCH subframe, the terminal being characterized in that transmitting 2. the Sounding Reference Signaling comprises multiplexing the Sounding Reference Signaling transmitted on different antenna ports based on cyclic shifts.
Reinforcing structure for an opening in the primary structure of an aircraft, this primary structure comprising a skin, frame members which are transverse with respect to the flying direction of the aircraft, and stringers which are longitudinal with respect to the flying direction of the aircraft, said reinforcing structure comprising: - an integral one-piece perimetral reinforcing element configured to be situated along the edge of the opening and reproducing the geometrical form thereof; - at least one pair of longitudinal reinforcing elements configured to be arranged on both longitudinal sides of the opening; - at least one pair of transverse reinforcing elements configured to be arranged on both transverse sides of the opening; characterized in that the transverse reinforcing elements reproduce the geometrical form of the elements of the primary structure on which they are configured to be arranged thereby reproducing in cross-section the geometrical form of the skin, the stringers and the longitudinal reinforcing elements. - an integral one-piece perimetral reinforcing element configured to be situated along the edge of the opening and reproducing the geometrical form thereof; - at least one pair of longitudinal reinforcing elements configured to be arranged on both longitudinal sides of the opening; - at least one pair of transverse reinforcing elements configured to be arranged on both transverse sides of the opening;