mhurhangee/ep-ind-claims huggingface dataset:
A heat exchanger comprising: a heat exchanger core, wherein the heat exchanger core comprises: a first fin; a second fin spaced apart from the first fin; a primary passage defined between the first fin and the second fin and extending through the heat exchanger core; and a plurality of airfoils extending through the first fin, the primary passage, and the second fin, wherein at least one airfoil of the plurality of airfoils comprises: a secondary passage, wherein the secondary passage extends through the heat exchanger core within the at least one airfoil transverse to the primary passage; and characterised by a crossbar within the secondary passage. a first fin; a second fin spaced apart from the first fin; a primary passage defined between the first fin and the second fin and extending through the heat exchanger core; and a plurality of airfoils extending through the first fin, the primary passage, and the second fin, wherein at least one airfoil of the plurality of airfoils comprises: a secondary passage, wherein the secondary passage extends through the heat exchanger core within the at least one airfoil transverse to the primary passage; and characterised by a crossbar within the secondary passage. a secondary passage, wherein the secondary passage extends through the heat exchanger core within the at least one airfoil transverse to the primary passage; and characterised by a crossbar within the secondary passage.
Axle guide for a vehicle axle which can be raised by means of an axle lift when not in use, an axle guide-side constituent part of the axle lift being a bracket which is fastened rigidly to the axle guide and on which a pressure absorbing means for bearing against a force element of the axle lift is configured, characterized in that constituent parts of the bracket are a first holding part which is supported against the one side of the axle guide, a second holding part which is supported against the other side of the axle guide, and a tensile element which connects the two holding parts (21, 22), and in that the tensile element is configured as a transverse axle which is arranged below the axle guide.
An ultrasound hair care device for drying and styling hair (20, 104), the ultrasound hair care device comprising: an ultrasound unit (12-18; 100-102B) for applying ultrasound to the hair (20; 104); a hair moisture measurement unit (22, 102C) for measuring a moisture level of the hair (20; 104); and a control unit (24; 106) for controlling the ultrasound unit (12-18, 100-102B) based on the moisture level, wherein, in dependence on the moisture level, ultrasound is applied to the hair (20; 104) at a first frequency not exceeding 1 MHz for drying the hair (20; 104), and/or at a second frequency of at least 1 MHz for styling the hair (20; 104). an ultrasound unit (12-18; 100-102B) for applying ultrasound to the hair (20; 104); a hair moisture measurement unit (22, 102C) for measuring a moisture level of the hair (20; 104); and a control unit (24; 106) for controlling the ultrasound unit (12-18, 100-102B) based on the moisture level, wherein, in dependence on the moisture level, ultrasound is applied to the hair (20; 104) at a first frequency not exceeding 1 MHz for drying the hair (20; 104), and/or at a second frequency of at least 1 MHz for styling the hair (20; 104).
A detector for detecting terahertz electromagnetic radiation incident along a direction of incidence, the detector comprising: a substrate; and a pair of detector elements supported on the substrate, the detector elements being electrically isolated from each other, each detector element comprising: a pair of antenna elements having a gap therebetween; and a switch element comprising one or more pieces of photoconductive semiconductor material connected between the antenna elements across the gap, wherein the switch elements of the pair of detector elements cross as viewed along an axis parallel to the direction of incidence and are electrically isolated from each other, and the pairs of antenna elements of the respective detector elements are configured so that, when the switch element is conductive, current is generated between the antenna elements by polarisation components of incident terahertz electromagnetic radiation having polarisation directions in respective sensing directions that are transverse. a substrate; and a pair of detector elements supported on the substrate, the detector elements being electrically isolated from each other, each detector element comprising: a pair of antenna elements having a gap therebetween; and a switch element comprising one or more pieces of photoconductive semiconductor material connected between the antenna elements across the gap, wherein the switch elements of the pair of detector elements cross as viewed along an axis parallel to the direction of incidence and are electrically isolated from each other, and the pairs of antenna elements of the respective detector elements are configured so that, when the switch element is conductive, current is generated between the antenna elements by polarisation components of incident terahertz electromagnetic radiation having polarisation directions in respective sensing directions that are transverse. a pair of antenna elements having a gap therebetween; and a switch element comprising one or more pieces of photoconductive semiconductor material connected between the antenna elements across the gap, wherein the switch elements of the pair of detector elements cross as viewed along an axis parallel to the direction of incidence and are electrically isolated from each other, and the pairs of antenna elements of the respective detector elements are configured so that, when the switch element is conductive, current is generated between the antenna elements by polarisation components of incident terahertz electromagnetic radiation having polarisation directions in respective sensing directions that are transverse.
A microwave transmission line, comprising: a coplanar waveguide, CPW, including a substrate, a center conductor, and a pair of ground plane conductors (16a, 16b), the center conductor and pair of ground plane conductors being disposed on an upper surface of the substrate, and the center conductor being disposed, laterally, between the pair of ground plane conductors, wherein, cross-sectionally, each of the ground plane conductors comprises a first portion (22a, 22b) and a second portion (26a, 26b), each second portion being a region of the ground plane conductor extending from an edge of its upper surface closest to the center conductor towards but not reaching an opposite edge of said upper surface; and a pair of conductive members (28a, 28b), each one of the pair of conductive members extending in a longitudinal direction of the CPW, wherein, cross-sectionally, each one of the pair of conductive members comprises a proximal end (30a, 30b) disposed on,mdin physical contact with, and completely covering the second portion (26a, 26b) of a corresponding one of the pair of ground plane conductors and a distal end (32a, 32b) disposed over, and vertically spaced from, a region between the center conductor and a corresponding one of the pair of ground plane conductors, the distal ends being laterally separated from each other by a region disposed over the center conductor. a coplanar waveguide, CPW, including a substrate, a center conductor, and a pair of ground plane conductors (16a, 16b), the center conductor and pair of ground plane conductors being disposed on an upper surface of the substrate, and the center conductor being disposed, laterally, between the pair of ground plane conductors, wherein, cross-sectionally, each of the ground plane conductors comprises a first portion (22a, 22b) and a second portion (26a, 26b), each second portion being a region of the ground plane conductor extending from an edge of its upper surface closest to the center conductor towards but not reaching an opposite edge of said upper surface; and a pair of conductive members (28a, 28b), each one of the pair of conductive members extending in a longitudinal direction of the CPW, wherein, cross-sectionally, each one of the pair of conductive members comprises a proximal end (30a, 30b) disposed on,mdin physical contact with, and completely covering the second portion (26a, 26b) of a corresponding one of the pair of ground plane conductors and a distal end (32a, 32b) disposed over, and vertically spaced from, a region between the center conductor and a corresponding one of the pair of ground plane conductors, the distal ends being laterally separated from each other by a region disposed over the center conductor.
A microneedle sheet comprising a plurality of microneedles formed on a sheet generally along a principal surface of the sheet, wherein the plurality of microneedles are arranged in alignment with each of a longitudinal direction and a width direction of the sheet, and tip ends of the plurality of microneedles are oriented toward one end of the sheet, outer shapes of the plurality of microneedles are approximately an isosceles triangle, heights of the plurality of microneedles are 10 μm to 1000 μm, the microneedles are configured to rise from the principal surface when the sheet is bent, and the raised microneedles pierce skin, and at least some of the microneedles each have a hole configured to intersect a surface of the skin in a needle inserted state so as to expose a tear formed in the skin in the needle inserted state.
Light strip system having an elongate support rail which can be fastened to a wall or ceiling in a suspended manner by a fastening means, at least one lighting means, electrical components for operating the lighting means, and an optical system for directing and/or diffusing the light emitted by the lighting means, the support rail being designed for connection to the lighting means, the optical system and the electrical components, characterized in that at least one individual support rail, an lighting means, electrical components and an optical system together form a self-supporting, modular light strip element, so that, when an individual light strip element is electrically supplied, illumination can already be realized by means of one single light strip element, in that the light strip element additionally comprises connecting elements so that two or more light strip elements can be connected in such a way that, if a connected strip element is already supplied electrically, illumination can be achieved by means of all the connected light strip elements, and in that the light strip element additionally comprises an lighting means carrier for receiving the lighting means and the optical system, wherein the lighting means carrier, together with the lighting means and the optical system, is detachably fastened in a modular manner to the support rail in such a way that the lighting means carrier can be replaced in the installation position without dismantling the light strip system, and in that the lighting means carrier is designed to be displaceable with respect to the support rail.
A squeeze mop comprising a handle and a mop head located at the one end of the handle, the mop head comprising a central head region secured relative to handle and a pair of cleaning pad supports pivotally located relative to the central head region for the support of at least one cleaning pad, the two pad supports being movable towards one another to compress the material of the cleaning pad therebetween and the mop head further comprising biasing means to rotate the two pad supports away from the position at which the material of the cleaning pad is compressed between the pad supports, characterised in that said biasing means comprises an elongate elastomeric element the two ends of which are secured to a respective one of the two cleaning pad supports and wherein the head region comprises a platform section for engagement by the elastomeric element, said platform section being provided at a position closer to the handle than the at least one position about which the pad supports are pivotally located relative to the central head region.
A connector having: - a connector housing, wherein the connector housing has a contact element receptacle and a plurality of contact element receiving openings which are separated from each other by at least one crosspiece, - at least one electrical contact element which is arranged in the contact element receptacle and which is mounted with an end region in at least one contact element bearing region, wherein the contact element bearing region is configured in the crosspiece facing the contact element receptacle, the crosspiece is configured as an edge region of the connector housing and the contact element bearing region is configured around at least one of the contact element receiving openings, and wherein at least one complementary contact element can be inserted through the contact element receiving opening into the contact element receptacle at least in certain areas along an insertion direction, whereby an electrical contact can be produced between the at least one contact element and the at least one complementary contact element; - a closing element which is displaceably arranged relative to the connector housing along the insertion direction at least in certain areas in the contact element receptacle and, in an initial position, closes the at least one contact element receiving opening. - a connector housing, wherein the connector housing has a contact element receptacle and a plurality of contact element receiving openings which are separated from each other by at least one crosspiece, - at least one electrical contact element which is arranged in the contact element receptacle and which is mounted with an end region in at least one contact element bearing region, wherein the contact element bearing region is configured in the crosspiece facing the contact element receptacle, the crosspiece is configured as an edge region of the connector housing and the contact element bearing region is configured around at least one of the contact element receiving openings, and wherein at least one complementary contact element can be inserted through the contact element receiving opening into the contact element receptacle at least in certain areas along an insertion direction, whereby an electrical contact can be produced between the at least one contact element and the at least one complementary contact element; - a closing element which is displaceably arranged relative to the connector housing along the insertion direction at least in certain areas in the contact element receptacle and, in an initial position, closes the at least one contact element receiving opening.
A hydraulic system comprising: a first rotating hydraulic machine (202; 302; 702) and a second rotating hydraulic machine, said first and second hydraulic machine (204; 304) being arranged to provide a torque via a common output shaft; a first valve means for providing a differential hydraulic pressure level over the first hydraulic machine (202; 302; 702) by using two sources of hydraulic fluid having different hydraulic pressure levels; a second valve means for providing a differential hydraulic pressure level over the second hydraulic machine (204; 304) by using two sources of hydraulic fluid having different hydraulic pressure levels; and a control unit configured to control said first valve means and said second valve means such that different discrete levels of torque are provided via the output shaft of the hydraulic system. a first rotating hydraulic machine (202; 302; 702) and a second rotating hydraulic machine, said first and second hydraulic machine (204; 304) being arranged to provide a torque via a common output shaft; a first valve means for providing a differential hydraulic pressure level over the first hydraulic machine (202; 302; 702) by using two sources of hydraulic fluid having different hydraulic pressure levels; a second valve means for providing a differential hydraulic pressure level over the second hydraulic machine (204; 304) by using two sources of hydraulic fluid having different hydraulic pressure levels; and a control unit configured to control said first valve means and said second valve means such that different discrete levels of torque are provided via the output shaft of the hydraulic system.
A method for determining an optimal input resource parameter for an input resource necessary for a print product to be produced by a production line including a printer and a finisher, the method comprising the steps of: receiving input data indicating a print product to be produced by a production line including a printer and a finisher; providing a production line simulation model capable of simulating all actions to be performed by the production line in order to produce the print product from at least one input resource in at least one sequence of actions; performing a simulation of each of the at least one sequence of actions in reverse order, starting from a last action necessary to finish the print product according to each sequence and going on until a first action applied to the at least one input resource according to each sequence; generating a recommendation signal comprising a written or visual recommendation regarding an optimal input resource parameter of at least one of the at least one input resource based on the performed simulations; and displaying the written or visual recommendation on a display device controlled by the recommendation signal, wherein the method comprises the step of, during the performance of the simulation, tracking at least one quantity of input resource waste, the resource waste being an amount of medium waste and/or an amount of ink waste due to cutting and trimming actions, and wherein the recommendation regarding the optimal input resource parameter is based on at least one of the at least one tracked quantity. receiving input data indicating a print product to be produced by a production line including a printer and a finisher; providing a production line simulation model capable of simulating all actions to be performed by the production line in order to produce the print product from at least one input resource in at least one sequence of actions; performing a simulation of each of the at least one sequence of actions in reverse order, starting from a last action necessary to finish the print product according to each sequence and going on until a first action applied to the at least one input resource according to each sequence; generating a recommendation signal comprising a written or visual recommendation regarding an optimal input resource parameter of at least one of the at least one input resource based on the performed simulations; and displaying the written or visual recommendation on a display device controlled by the recommendation signal, wherein the method comprises the step of, during the performance of the simulation, tracking at least one quantity of input resource waste, the resource waste being an amount of medium waste and/or an amount of ink waste due to cutting and trimming actions, and wherein the recommendation regarding the optimal input resource parameter is based on at least one of the at least one tracked quantity.
A pharmaceutical composition comprising the combination of (i) at least two distinct biocompatible lipid-based and/or polymeric nanoparticles and of (ii) at least one pharmaceutical compound, wherein the longest dimension of each of the at least two biocompatible nanoparticles is between 4 nm and 500 nm, the surface charge value of a first biocompatible nanoparticle is a negative charge below -10 mV, the surface charge value of a second biocompatible nanoparticle, or of any additional biocompatible nanoparticle, is negative and has a difference of at least 10 mV to the surface charge value of the first biocompatible nanoparticle, and wherein the pharmaceutical composition is for use in a therapeutic, prophylactic or diagnostic method in a subject in need thereof, the therapeutic, prophylactic or diagnostic method comprising a step of administering the at least one pharmaceutical compound to the subject and a distinct step of administering the at least two distinct biocompatible nanoparticles, said at least two distinct biocompatible nanoparticles being administered to the subject separately from the at least one pharmaceutical compound, typically between more than 5 minutes and 72 hours before or after said at least one pharmaceutical compound, and wherein each of the at least two biocompatible nanoparticles is not used as such as a pharmaceutical compound.
A method for optimizing data communications, comprising: Receiving, by a processing device, a plurality of data; Comparing, by the processing device, a size of the plurality of data to a preset fixed data packet size; Transmitting, by the processing device, the plurality of data within the preset fixed data packet size in response to the size of the plurality of data corresponding to the preset fixed data packet size; Dynamically, autonomously adjusting, by the processing device, a clock frequency for formatting data packets to format one or more data packets that accommodate the size of the plurality of data with minimal fill data in response to the size of the plurality of data being different from the preset fixed data packet size; and formatting, by the processing device, the one or more data packets in response to dynamically, autonomously adjusting the clock frequency. Receiving, by a processing device, a plurality of data; Comparing, by the processing device, a size of the plurality of data to a preset fixed data packet size; Transmitting, by the processing device, the plurality of data within the preset fixed data packet size in response to the size of the plurality of data corresponding to the preset fixed data packet size; Dynamically, autonomously adjusting, by the processing device, a clock frequency for formatting data packets to format one or more data packets that accommodate the size of the plurality of data with minimal fill data in response to the size of the plurality of data being different from the preset fixed data packet size; and formatting, by the processing device, the one or more data packets in response to dynamically, autonomously adjusting the clock frequency.
A lubricating composition comprising an oil of lubricating viscosity and a dimercaptothiadiazole salt of a copolymer comprising units derived from monomers (i) an α-olefin and (ii) an ethylenically unsaturated carboxylic acid or derivatives thereof, that are partially esterified with an alcohol, or mixtures thereof, and wherein at least a portion of carboxylic acid groups not esterified are reacted with an amine, wherein the amine is capable of providing, when incorporated onto the copolymer, a TBN (total base number) of greater than 0 mg KOH/g determined by ASTM method D2986, wherein the amine includes an amino-hydrocarbyl morpholine, an N-substituted alkanediamine, or mixtures thereof, or an alkylene polyamine or mixtures thereof, and wherein the dimercaptothiadiazole salt is derivable from a compound represented by the formula: wherein R 1 is an alkylene group containing 1 to 5, or 1 to 3, or 2 carbon atoms;R 2 is a hydrocarbyl group containing 1 to 16, or 2 to 8, or 4 carbon atoms; Y is -O- or >NR 3; and R 3 is hydrogen or R 2.