mhurhangee/ep-ind-claims huggingface dataset:
A cylinder head of a reciprocating engine, the cylinder head comprising: - a body having a bore for receiving an injector sleeve, in which a fuel injector can be inserted, - an injector sleeve inserted in the bore and - a cooling liquid space surrounding the injector sleeve, which injector sleeve comprises a lower portion that is below the cooling liquid space and an upper portion that is above the cooling liquid space, which upper portion is attached to the body, an annular seal being arranged between the lower portion of the injector sleeve and the body, and the lower portion of the injector sleeve being mechanically uncoupled from the body, characterized in that the upper portion of the injector sleeve is attached to the body by a shrink fit. - a body having a bore for receiving an injector sleeve, in which a fuel injector can be inserted, - an injector sleeve inserted in the bore and - a cooling liquid space surrounding the injector sleeve, which injector sleeve comprises a lower portion that is below the cooling liquid space and an upper portion that is above the cooling liquid space, which upper portion is attached to the body,
A heating assembly comprising: an inner cylinder into which a flavor-generating article can be inserted; and a heating member, characterized by: an outer cylinder disposed outside the inner cylinder; and a pair of sealing members disposed between each of the ends of the inner cylinder and each of the ends of the outer cylinder so as to form a closed space having heat insulation function between the inner cylinder and the outer cylinder; wherein the heat conductivity of the sealing members is lower than that of the inner cylinder. an inner cylinder into which a flavor-generating article can be inserted; and a heating member, characterized by: an outer cylinder disposed outside the inner cylinder; and a pair of sealing members disposed between each of the ends of the inner cylinder and each of the ends of the outer cylinder so as to form a closed space having heat insulation function between the inner cylinder and the outer cylinder; wherein the heat conductivity of the sealing members is lower than that of the inner cylinder. an outer cylinder disposed outside the inner cylinder; and a pair of sealing members disposed between each of the ends of the inner cylinder and each of the ends of the outer cylinder so as to form a closed space having heat insulation function between the inner cylinder and the outer cylinder; wherein the heat conductivity of the sealing members is lower than that of the inner cylinder.
A motor feedback system for controlling an electric motor, comprising a motor temperature sensor of a specific sensor type (Type-I) for detecting a first resistance value corresponding to a motor temperature value according to a resistance-temperature characteristic of the specific sensor type (Type-I), - wherein the motor feedback system comprises an encoder and a motor controller, the encoder detecting a rotation of a motor shaft of the motor, characterized in that the encoder comprises a programmable memory unit with a stored processing program for processing the first resistance value, - wherein the processing program determines an output resistance value from the first resistance value according to an assignment rule, so that the output resistance value corresponds to the motor temperature value according to a resistance-temperature characteristic of a standardized sensor type (type E), - and wherein the output resistance value can be communicated to the motor controller for temperature-dependent control of the motor. - wherein the motor feedback system comprises an encoder and a motor controller, the encoder detecting a rotation of a motor shaft of the motor, - wherein the processing program determines an output resistance value from the first resistance value according to an assignment rule, so that the output resistance value corresponds to the motor temperature value according to a resistance-temperature characteristic of a standardized sensor type (type E), - and wherein the output resistance value can be communicated to the motor controller for temperature-dependent control of the motor.
A system comprising an unmanned aerial vehicle, UAV, comprising a battery holding portion configured to releasably hold a first battery to provide electrical power to the UAV, the first battery and a second battery, wherein the battery holding portion is configured to hold the first battery such that, upon the UAV encountering the second battery positioned in the path of flight travel of the UAV, the first battery receives a mechanical impulse from the second battery and is released from the battery holding portion due to the mechanical impulse, and such that the second battery replaces the first battery to become held by the battery holding portion to provide electrical power to the UAV.
Process for the preparation of a material of electroactive alkali metal carboxylate type, comprising at least the stages consisting in: (i) having available a solid mixture comprising at least one compound which is a source of alkaline ions and at least one polycondensed aromatic compound chosen from polycondensed aromatic (poly)carboxylic acids and polycondensed aromatic (poly)acid anhydrides, (ii) subjecting said solid mixture of stage (i) to a mechanical stress favourable to the mechanochemical interaction of said compound(s) which is/are a source of alkaline ions and polycondensed aromatic compound(s) so as to form said alkali metal carboxylate, and (iii) recovering said material of alkali metal carboxylate type, in particular by sieving. (i) having available a solid mixture comprising at least one compound which is a source of alkaline ions and at least one polycondensed aromatic compound chosen from polycondensed aromatic (poly)carboxylic acids and polycondensed aromatic (poly)acid anhydrides, (ii) subjecting said solid mixture of stage (i) to a mechanical stress favourable to the mechanochemical interaction of said compound(s) which is/are a source of alkaline ions and polycondensed aromatic compound(s) so as to form said alkali metal carboxylate, and (iii) recovering said material of alkali metal carboxylate type, in particular by sieving.
A process for obtaining stable glycopyrronium bromide comprising the following steps: a) micronizing glycopyrronium bromide, optionally in the presence of one or more other active ingredients and/or excipients, to obtain a particle size distribution characterized by a D 90 of equal to or below about 10 μm; b) curing the micronized glycopyrronium bromide by maintaining the product for at least 2 hours at a temperature of between about 125°C and about 160°C. a) micronizing glycopyrronium bromide, optionally in the presence of one or more other active ingredients and/or excipients, to obtain a particle size distribution characterized by a D 90 of equal to or below about 10 μm; b) curing the micronized glycopyrronium bromide by maintaining the product for at least 2 hours at a temperature of between about 125°C and about 160°C.
A machine for extracorporeal blood treatment comprising a machine-side fluid circulation, inter alia comprising: - a heat exchanger for heating cold purification fluid or water freshly supplied on its intake side, for which purpose used still warm purification fluid or dialysis fluid flows past its opposite discharge side for heat exchange, - a water processing unit having a first tank into which the heated, fresh purifying fluid or water is conveyed from the heat exchanger, a circulation valve for changing over between a blood purification mode in which the used purification fluid is disposed of in an open fluid circuit through the discharge side of the heat exchanger via a discharge line into a drain and a disinfection mode in which hot disinfectant is circulated at least temporarily in a closed fluid circuit, by returning the hot disinfectant to the water processing unit via a circulation line in which the circulation valve is interconnected, and wherein the circulation valve is connected downstream of the heat exchanger on the discharge side thereof, and the circulation line branches off of the discharge line, characterized in that circulation line opens into the first tank of the water processing unit. - a heat exchanger for heating cold purification fluid or water freshly supplied on its intake side, for which purpose used still warm purification fluid or dialysis fluid flows past its opposite discharge side for heat exchange, - a water processing unit having a first tank into which the heated, fresh purifying fluid or water is conveyed from the heat exchanger,
Process for the production of an aldehyde compound by an oxidation reaction of at least an alcohol compound in the presence of at least a vanadium phosphorus mixed oxide catalyst, at a temperature comprised between 50°C and 200°C, in presence of an oxidant, characterized in that the vanadium phosphorus mixed oxide catalyst is a mesostructured vanadium phosphorus mixed oxide catalyst which is a material exhibiting a XRD diffraction angle theta comprised between 1° and 5° and which provides a BET specific surface area of at least 10 m 2 /g.
A device comprising a photon building block and an interconnect structure, the photon building block comprising: a first light emitting diode die; and a first substrate comprising a top surface and a bottom surface, wherein the first LED die is disposed above the top surface of the first substrate and is electrically connected to a landing pad disposed on the top surface of the first substrate, and wherein the first substrate is free of any electrical connections extending from the top surface of the first substrate to the bottom surface of the first substrate; wherein the landing pad is configured to provide both an electrical connection and a mechanical connection to a contact pad disposed on an underside lip of the interconnect structure, wherein the interconnect structure has a conductor (34, 32, 40, 42, 44, 47) which is electrically coupled to the first LED die, wherein a bottom surface of the interconnect structure and the bottom surface of the first substrate are coplanar, wherein the landing pad and the contact pad are joined by a solder, characterized in that the shape of the contact pad corresponds to that of the landing pad. a first light emitting diode die; and a first substrate comprising a top surface and a bottom surface, wherein the first LED die is disposed above the top surface of the first substrate and is electrically connected to a landing pad disposed on the top surface of the first substrate, and wherein the first substrate is free of any electrical connections extending from the top surface of the first substrate to the bottom surface of the first substrate; wherein the landing pad is configured to provide both an electrical connection and a mechanical connection to a contact pad disposed on an underside lip of the interconnect structure, wherein the interconnect structure has a conductor (34, 32, 40, 42, 44, 47) which is electrically coupled to the first LED die, wherein a bottom surface of the interconnect structure and the bottom surface of the first substrate are coplanar, wherein the landing pad and the contact pad are joined by a solder, characterized in that the shape of the contact pad corresponds to that of the landing pad.
A method for receiving paging in a wireless communication network, performed by a wireless device, the method comprising: - receiving a configuration message transmitted by the wireless communication network, the configuration message comprising configuration information for determining a paging window for receiving at least part of a paging transmission; wherein, when the wireless device is in a non-active mode, the method further comprising: - receiving (102, 203) a network synchronization signal transmitted by the wireless communication network; - after receiving a network synchronization signal, determining a paging window using the configuration information and the network synchronization signal; - receiving (104, 206) at least one paging synchronization signal, PaSS, comprised in the paging transmission, in said paging window; - receiving (105, 207) at least one paging message comprised in the paging transmission, based on the received at least one PaSS, wherein the configuration information for determining the paging window comprises information indicating a time offset between the network synchronization signal and the starting point of the paging window. - receiving a configuration message transmitted by the wireless communication network, the configuration message comprising configuration information for determining a paging window for receiving at least part of a paging transmission; - receiving (102, 203) a network synchronization signal transmitted by the wireless communication network; - after receiving a network synchronization signal, determining a paging window using the configuration information and the network synchronization signal; - receiving (104, 206) at least one paging synchronization signal, PaSS, comprised in the paging transmission, in said paging window; - receiving (105, 207) at least one paging message comprised in the paging transmission, based on the received at least one PaSS, wherein the configuration information for determining the paging window comprises information indicating a time offset between the network synchronization signal and the starting point of the paging window. - receiving (104, 206) at least one paging synchronization signal, PaSS, comprised in the paging transmission, in said paging window; - receiving (105, 207) at least one paging message comprised in the paging transmission, based on the received at least one PaSS, wherein
A method for promoting production of female embryos in eggs, the method comprising the steps of: incubating a plurality of fertilized eggs to promote hatching of the fertilized eggs; and transmitting a soundwave having a defined frequency to the fertilized eggs, wherein the defined frequency ranges from about 100 Hz to 2000 Hz, thereby promoting production of female embryos in the fertilized eggs. incubating a plurality of fertilized eggs to promote hatching of the fertilized eggs; and transmitting a soundwave having a defined frequency to the fertilized eggs, wherein the defined frequency ranges from about 100 Hz to 2000 Hz,
An electrochemical sensor, comprising: a. a reference ring electrode comprising a first electrode annular section; b. a working ring electrode adjacent to the reference electrode and comprising a second electrode annular section, c. a first insulator between the reference electrode and the working electrode; d. a counter ring electrode adjacent to the working electrode and comprising a third electrode annular section; and e. a second insulator between the working electrode and the counter electrode; wherein the first, second, and third electrode annular sections and insulators are aligned with the reference electrode being upstream of the working and counter electrodes such as to provide a flow path for a fluid which continually comes into contact with the electrodes, the fluid comprising one or more of ions or electrochemical species, whereby the electrodes are configured to measure an electrical signal from the fluid. a. a reference ring electrode comprising a first electrode annular section; b. a working ring electrode adjacent to the reference electrode and comprising a second electrode annular section, c. a first insulator between the reference electrode and the working electrode; d. a counter ring electrode adjacent to the working electrode and comprising a third electrode annular section; and e. a second insulator between the working electrode and the counter electrode;
Process for the preparation of methanol, comprising the steps of (a) providing a fresh methanol synthesis gas containing hydrogen, carbon monoxide and carbon dioxide; (b)) introducing and reacting the fresh methanol synthesis gas stream in a first methanol reaction unit in presence of a methanol catalyst and obtaining a first effluent stream containing methanol and unconverted synthesis gas; (c) providing a recycle gas stream containing the unconverted methanol synthesis gas contained in the first effluent stream and unconverted methanol synthesis gas from a second methanol reaction unit; (d) introducing and reacting the recycle gas stream in the second methanol reaction unit in presence of a methanol catalyst; (e) withdrawing a second effluent stream containing methanol and the unconverted methanol synthesis gas from the second methanol reaction unit; (f)) combining the first and a part of the second effluent stream; (g) cooling and separating the combined effluent into a methanol-containing liquid stream and the recycle stream; and (h) withdrawing the remaining part of the second effluent stream as a purge gas stream, wherein the remaining part of the second effluent stream is withdrawn as a purge gas stream prior to combining the first and second effluent stream. (a) providing a fresh methanol synthesis gas containing hydrogen, carbon monoxide and carbon dioxide; (b)) introducing and reacting the fresh methanol synthesis gas stream in a first methanol reaction unit in presence of a methanol catalyst and obtaining a first effluent stream containing methanol and unconverted synthesis gas; (c) providing a recycle gas stream containing the unconverted methanol synthesis gas contained in the first effluent stream and unconverted methanol synthesis gas from a second methanol reaction unit; (d) introducing and reacting the recycle gas stream in the second methanol reaction unit in presence of a methanol catalyst; (e) withdrawing a second effluent stream containing methanol and the unconverted methanol synthesis gas from the second methanol reaction unit; (f)) combining the first and a part of the second effluent stream; (g) cooling and separating the combined effluent into a methanol-containing liquid stream and the recycle stream; and (h) withdrawing the remaining part of the second effluent stream as a purge gas stream,
A sealing tape which has at least one main body produced from flexible foam which can recover following compression, wherein the sealing tape has an upper side, a lower side and a first and a second side flank which connect the upper side and lower side, wherein the side flanks extend substantially perpendicular to a functional direction of the sealing tape, wherein an adhesive layer is disposed in the region of the lower side for adhesion to a building component, in particular a frame profile of a window or a door, wherein the upper side of the sealing tape has a profile with at least one depression such that in a fully expanded state, the sealing tape has a first height (h 1) in the region of the first side flank, a second height (h 2) in the region of the second side flank and a third height (h 3) in a region between the first and second side flank which is smaller than the first height (h 1) and smaller than the second height (h 2), wherein the first height (h 1) of the sealing tape in the fully expanded state is between 5 and 150 mm and the second height (h 2) of the sealing tape in the fully expanded state is between 5 and 150 mm, and wherein an inner space of the depression is exclusively filled with air in the fully expanded state of the sealing tape, in the fully expanded state of the sealing tape, the smaller third height (h 3) is obtained at least in part by a permanent compression and/or fusion of the foam of the at least one main body. wherein the sealing tape has an upper side, a lower side and a first and a second side flank which connect the upper side and lower side, wherein the side flanks extend substantially perpendicular to a functional direction of the sealing tape, wherein an adhesive layer is disposed in the region of the lower side for adhesion to a building component, in particular a frame profile of a window or a door, wherein the upper side of the sealing tape has a profile with at least one depression such that in a fully expanded state, the sealing tape has a first height (h 1) in the region of the first side flank, a second height (h 2) in the region of the second side flank and a third height (h 3) in a region between the first and second side flank which is smaller than the first height (h 1) and smaller than the second height (h 2), wherein the first height (h 1) of the sealing tape in the fully expanded state is between 5 and 150 mm and the second height (h 2) of the sealing tape in the fully expanded state is between 5 and 150 mm, and wherein an inner space of the depression is exclusively filled with air in the fully expanded state of the sealing tape, in the fully expanded state of the sealing tape, the smaller third height (h 3) is obtained at least in part by a permanent compression and/or fusion of the foam of the at least one main body.
A method to generate sequences used for wireless communication systems, the method comprising following steps: setting initial sequences to a first set of sequences; obtaining a second set of sequences by projecting the first set of sequences to a space of tight frames; obtaining a third set of sequences by projecting each of subsets of the second set of sequences to a space of orthogonal matrices; obtaining a forth set of sequences by projecting the third set of sequences to a space of circulant matrices; obtaining a fifth set of sequences by projecting the forth set of sequences to a space of matrices with a minimum PAPR; iterating said steps at least once by setting the fifth set of sequences to the first set of sequences; outputting the fifth set of sequences after the iterating step has been executed. setting initial sequences to a first set of sequences; obtaining a second set of sequences by projecting the first set of sequences to a space of tight frames; obtaining a third set of sequences by projecting each of subsets of the second set of sequences to a space of orthogonal matrices; obtaining a forth set of sequences by projecting the third set of sequences to a space of circulant matrices; obtaining a fifth set of sequences by projecting the forth set of sequences to a space of matrices with a minimum PAPR; iterating said steps at least once by setting the fifth set of sequences to the first set of sequences; outputting the fifth set of sequences after the iterating step has been executed.
Brush for applying a product to the eyelashes and/or eyebrows, comprising: - a twisted core that extends along a longitudinal axis X, and - bristles that extend from the core along a portion of length L 1, the ends of the bristles defining an envelope surface S, the envelope surface S having at least one longitudinally extending cutout, the cutout having: ▪ a length L 2 where L 2 ≥ L 1 / 2, ▪ a width w, measured at the bottom of the cutout, that is constant along a length l 2 greater than or equal to 50% of length L 2, and ▪ a distance d from the longitudinal axis X that varies along its length L 2 the bottom of the cutout having, in longitudinal section, a profile that is concave towards the outside. - a twisted core that extends along a longitudinal axis X, and - bristles that extend from the core along a portion of length L 1, the ends of the bristles defining an envelope surface S, ▪ a length L 2 where L 2 ≥ L 1 / 2, ▪ a width w, measured at the bottom of the cutout, that is constant along a length l 2 greater than or equal to 50% of length L 2, and ▪ a distance d from the longitudinal axis X that varies along its length L 2 the bottom of the cutout having, in longitudinal section, a profile that is concave towards the outside.