mhurhangee/ep-ind-claims huggingface dataset:
Housing for a field device used in measuring and automation technology, comprising: at least a housing body with at least two housing chambers (12, 13) and at least one wall, wherein the housing chambers are separated by the wall, said wall having at least one opening, wherein said opening connects the housing chambers (12, 13) with one another, wherein the opening is closed by a potting compound, wherein said potting compound guarantees Ex-d sealing according to IEC 60079-1 standard from the year 2014, characterized in that at least one printed circuit board extends through the opening, wherein the printed circuit board is held in place by at least one holder. at least a housing body with at least two housing chambers (12, 13) and at least one wall, wherein the housing chambers are separated by the wall, said wall having at least one opening, wherein said opening connects the housing chambers (12, 13) with one another, wherein the opening is closed by a potting compound, wherein said potting compound guarantees Ex-d sealing according to IEC 60079-1 standard from the year 2014, characterized in that at least one printed circuit board extends through the opening, wherein the printed circuit board is held in place by at least one holder.
A composition for use in maintaining a healthy microflora balance in the urogenital area of a patient in need thereof by topically administering the composition to the urogenital area of a patient, the composition comprising a single therapeutic agent selected from the group consisting of maltitol, pullulan, maltotriose, 2-deoxy-D-ribose, 1-kestose and erlose and an aqueous solvent.
A sensor system comprising a plurality of sensors and a system server, all of said plurality of sensors being of a same accelerometer-based sensor type, each of said plurality of sensors being adapted for attachment to any one of different movable structures in a building, each of said plurality of sensors being individually configured to detect a respective basic movement of said movable structure, said basic movement being indicative of a human behavioural action in said building, wherein each of said sensors is arranged to: detect its basic movement; and communicate with said system server in response to detecting the basic movement, and wherein the system server is configured to: receive a detection signal from any of said plurality of sensors; determine, based on said detection signal, an activity pattern among a plurality of defined activity patterns; determine, based on said activity pattern, an appropriate function among a plurality of executable functions, each function pertaining to assistance, attendance, care taking, medical care, emergency service or rescue of a human user in said building; and execute said function. detect its basic movement; and communicate with said system server in response to detecting the basic movement, and receive a detection signal from any of said plurality of sensors; determine, based on said detection signal, an activity pattern among a plurality of defined activity patterns; determine, based on said activity pattern, an appropriate function among a plurality of executable functions, each function pertaining to assistance, attendance, care taking, medical care, emergency service or rescue of a human user in said building; and execute said function.
Micro gas turbine assembly with - a compressor, - a combustion chamber, which is attached to a combustion air supply pipe at its inlet side and in which fuel is burned with sucked-in combustion air, - a turbine, which is connected with the outlet side of the combustion chamber by a flue gas pipe and is driven by the hot exhaust gases from the combustion chamber, and - a generator for electricity generation, wherein the compressor is disposed in an exhaust gas pipe downstream of the turbine, and wherein the compressor and the generator are placed on a common turbine shaft and are driven by the turbine, characterized in that a switchable partial load compressor is disposed in the exhaust gas pipe and switching means are provided for switching on the partial load compressor in a partial load operation of the micro gas turbine assembly, so that the exhaust gases, which are leaving the turbine are sucked in and compressed by the compressor and the partial load compressor, and for switching off the partial load compressor in full load operation, so that the exhaust gases are only compressed in the compressor bypassing the partial load compressor. - a compressor, - a combustion chamber, which is attached to a combustion air supply pipe at its inlet side and in which fuel is burned with sucked-in combustion air, - a turbine, which is connected with the outlet side of the combustion chamber by a flue gas pipe and is driven by the hot exhaust gases from the combustion chamber, and - a generator for electricity generation,
A fiber-containing composite comprising: woven or non-woven fibers; and a cured binder formed from a binder composition comprising: a carbohydrate, said carbohydrate is an aldose or ketose; and a crosslinking agent that is an organic compound comprising: a first carbon moiety comprising an electron withdrawing group; and an α-carbon atom directly bonded to the first carbon moiety, wherein the α-carbon atom has at least one acidic hydrogen atom, wherein the carbohydrate has a carbonyl carbon and the α-carbon atom forms a nucleophile that reacts with a carbonyl carbon on the carbohydrate during polymerization of the binder composition to form the cured binder by Aldol addition reaction, the binder composition to be cured does not contain any urea and/or compounds having a primary or secondary amine or ammonium group or compounds forming urea and/or compounds having a primary or secondary amine or /ammonium group during curing of the binder composition as part of the crosslinking agent or as further component of the binder composition. woven or non-woven fibers; and a cured binder formed from a binder composition comprising: a carbohydrate, said carbohydrate is an aldose or ketose; and a crosslinking agent that is an organic compound comprising: a first carbon moiety comprising an electron withdrawing group; and an α-carbon atom directly bonded to the first carbon moiety, wherein the α-carbon atom has at least one acidic hydrogen atom, a carbohydrate, said carbohydrate is an aldose or ketose; and a crosslinking agent that is an organic compound comprising: a first carbon moiety comprising an electron withdrawing group; and an α-carbon atom directly bonded to the first carbon moiety, wherein the α-carbon atom has at least one acidic hydrogen atom, a first carbon moiety comprising an electron withdrawing group; and an α-carbon atom directly bonded to the first carbon moiety, wherein the α-carbon atom has at least one acidic hydrogen atom, wherein the carbohydrate has a carbonyl carbon and the α-carbon atom forms a nucleophile that reacts with a carbonyl carbon on the carbohydrate during polymerization of the binder composition to form the cured binder by Aldol addition reaction, the binder composition to be cured does not contain any urea and/or compounds having a primary or secondary amine or ammonium group or compounds forming urea and/or compounds having a primary or secondary amine or /ammonium group during curing of the binder composition as part of the crosslinking agent or as further component of the binder composition.
Plug connector for hollow profiles of insulated-glazing spacers, the hollow profiles being designed in the form of metallic hollow profiles with hollow-profile walls (43, 44, 45) having metallic inner sides, wherein the plug connector has an essentially U-shaped cross section having open end sides, having an axially continuous inner cavity and having a base, which in the installed position is oriented towards the interior space of the insulated glazing, and also having peripheral side walls extending from the base, and having a centring aid, wherein arranged on the free periphery of the side walls are in each case a plurality of laterally flared, resilient retaining elements (14, 15, 16) which, in their free front region, as seen in side view, are of rectangular shape with upper and lower edges (18, 19) and also with a front edge oriented transversely thereto and, in their rear transition region, are bent out laterally from the side wall at a bending location, wherein, in its free front region, at least one retaining element (14, 15, 16) has a preferably outwardly tilted portion which has been subjected to twisting deformation about its longitudinal axis, wherein - the retaining elements (14, 15, 16) have rectilinear and parallel upper and lower edges (18, 19) and preferably have a preferably rectilinear front edge, which is oriented transversely to the upper and lower edges (18, 19) and has upper and lower corners (23, 24), and wherein - on the underside, the retaining elements (14, 15, 16) are separated from their side wall by way of a thin rectilinear axial parting cut with closely adjacent parallel cut edges. - the retaining elements (14, 15, 16) have rectilinear and parallel upper and lower edges (18, 19) and preferably have a preferably rectilinear front edge, which is oriented transversely to the upper and lower edges (18, 19) and has upper and lower corners (23, 24), and wherein - on the underside, the retaining elements (14, 15, 16) are separated from their side wall by way of a thin rectilinear axial parting cut with closely adjacent parallel cut edges.
Wiper device for a motor vehicle, with at least one wiper unit (14a; 14b; 14c; 14d) which is arranged on a wiper arm (10a; 10b; 10c; 10d) and/or on a wiper blade (12a; 12b; 12c; 12d) and comprises a spoiler element (16a, 17a; 16b, 17b; 16c, 17c; 16d, 17d), a wiper strip (18a; 18b; 18c; 18d) and/or a spring strip (20a; 20b; 20c; 20d), characterized by at least one adjustment unit (22a; 22b; 22c; 22d) which comprises at least one actuator unit (26a; 26b; 26c, 28c, 30c, 32c, 34c, 36c; 26d) and is provided to adapt an outer shape of the spoiler element, in particular a steepness of a flank of the spoiler element, with reference to a driving speed of the motor vehicle.
A method for controlling internal systems within a vehicle, the method comprising: detecting, by a floor mat, presence of a user seated on a seat within the vehicle; capturing, by the floor mat, at least one user characteristic associated with the user in response to detecting presence of the user; controlling, by the floor mat, at least one internal system within the vehicle based on the at least one user characteristic, wherein the floor mat communicates with a central controller in the vehicle to control the at least one internal system, characterized in that the central controller creates a mapping between the at least one user characteristics and user preferences for each of a plurality of registered users, wherein controlling comprises matching the at least one user characteristic associated with the user within the mapping and activating the at least one internal system based on the user preferences associated with the user, when the user is one of the plurality of registered users and the at least one user characteristic matches with one or more characteristics in the mapping, and wherein the user preferences comprise at least one of cabin temperature, deodorizer settings, sound level of audio system, light intensity, fan speed, seat vibration, backrest heating, seat height, length or inclination. detecting, by a floor mat, presence of a user seated on a seat within the vehicle; capturing, by the floor mat, at least one user characteristic associated with the user in response to detecting presence of the user; controlling, by the floor mat, at least one internal system within the vehicle based on the at least one user characteristic, wherein the floor mat communicates with a central controller in the vehicle to control the at least one internal system, characterized in that the central controller creates a mapping between the at least one user characteristics and user preferences for each of a plurality of registered users, wherein controlling comprises matching the at least one user characteristic associated with the user within the mapping and activating the at least one internal system based on the user preferences associated with the user, when the user is one of the plurality of registered users and the at least one user characteristic matches with one or more characteristics in the mapping, and wherein the user preferences comprise at least one of cabin temperature, deodorizer settings, sound level of audio system, light intensity, fan speed, seat vibration, backrest heating, seat height, length or inclination.
A method (400, 500) comprising: receiving (402, 502) an instruction to be executed by a processor; performing (404, 504) a lookup in a page crossing buffer that includes one or more entries, each of the entries including an instruction address and a physical address, to determine if the instruction has an associated entry in the page crossing buffer, wherein the page crossing buffer is configured to store a particular entry including a first instruction address and a next instruction physical address, and wherein at least one entry of the page crossing buffer does not include a branch instruction address; and when the associated entry is in the page crossing buffer, retrieving (406, 506) a particular physical address from the associated entry in the page crossing buffer. receiving (402, 502) an instruction to be executed by a processor; performing (404, 504) a lookup in a page crossing buffer that includes one or more entries, each of the entries including an instruction address and a physical address, to determine if the instruction has an associated entry in the page crossing buffer, wherein the page crossing buffer is configured to store a particular entry including a first instruction address and a next instruction physical address, and wherein at least one entry of the page crossing buffer does not include a branch instruction address; and when the associated entry is in the page crossing buffer, retrieving (406, 506) a particular physical address from the associated entry in the page crossing buffer.
A laser system comprising: a laser module, comprising: an optical fiber; a plurality of semiconductor laser devices (10A-10H) including at least a first semiconductor laser device and a second semiconductor laser device; a condenser lens configured to condense laser beams emitted from the plurality of semiconductor laser devices and optically couple the laser beams to the optical fiber; a first terminal to supply a current to the first semiconductor laser device; and a second terminal to supply a current to the second semiconductor laser device, wherein an optical path length of the laser beam from a laser output surface of the second semiconductor laser device to an incidence surface of the condenser lens is longer than an optical path length of the laser beam from a laser output surface of the first semiconductor laser device to the incidence surface of the condenser lens,; and a first current supply unit configured to supply a first drive current to the first terminal of a laser module; and a second current supply unit configured to supply a second drive current that is smaller than the first drive current to the second terminal of the laser module. a laser module, comprising: an optical fiber; a plurality of semiconductor laser devices (10A-10H) including at least a first semiconductor laser device and a second semiconductor laser device; a condenser lens configured to condense laser beams emitted from the plurality of semiconductor laser devices and optically couple the laser beams to the optical fiber; a first terminal to supply a current to the first semiconductor laser device; and a second terminal to supply a current to the second semiconductor laser device, wherein an optical path length of the laser beam from a laser output surface of the second semiconductor laser device to an incidence surface of the condenser lens is longer than an optical path length of the laser beam from a laser output surface of the first semiconductor laser device to the incidence surface of the condenser lens,; and an optical fiber; a plurality of semiconductor laser devices (10A-10H) including at least a first semiconductor laser device and a second semiconductor laser device; a condenser lens configured to condense laser beams emitted from the plurality of semiconductor laser devices and optically couple the laser beams to the optical fiber; a first terminal to supply a current to the first semiconductor laser device; and a second terminal to supply a current to the second semiconductor laser device, wherein an optical path length of the laser beam from a laser output surface of the second semiconductor laser device to an incidence surface of the condenser lens is longer than an optical path length of the laser beam from a laser output surface of the first semiconductor laser device to the incidence surface of the condenser lens,; and a first current supply unit configured to supply a first drive current to the first terminal of a laser module; and a second current supply unit configured to supply a second drive current that is smaller than the first drive current to the second terminal of the laser module.
An apparatus for processing data packets, comprising: a packet processor operating in accordance with a clock signal having a predetermined frequency, to process a packet; and a clock-signal generator producing the clock signal and transmitting the clock signal to the packet processor, characterized in that the clock-signal generator generates a clock signal having a frequency defined in accordance with a time interval between adjacent packets, adjoining together with respect to time, among packets being sequentially received, wherein the clock-signal generator compares the time interval with a predetermined standard time interval, calculates a frequency gap defined in accordance with the difference between the time interval and the predetermined standard time interval, if the time interval is greater than the predetermined standard time interval, and generates a clock signal having a frequency calculated by subtracting the frequency gap from a predetermined standard frequency. a packet processor operating in accordance with a clock signal having a predetermined frequency, to process a packet; and a clock-signal generator producing the clock signal and transmitting the clock signal to the packet processor, characterized in that the clock-signal generator generates a clock signal having a frequency defined in accordance with a time interval between adjacent packets, adjoining together with respect to time, among packets being sequentially received, wherein the clock-signal generator compares the time interval with a predetermined standard time interval, calculates a frequency gap defined in accordance with the difference between the time interval and the predetermined standard time interval, if the time interval is greater than the predetermined standard time interval, and generates a clock signal having a frequency calculated by subtracting the frequency gap from a predetermined standard frequency.
A gas spring assembly for an air gun, the gas spring assembly comprising a piston having an annular wall extending along a longitudinal axis between a rearward end and a forward end, and defining an interior pressure chamber; an interior piston tube disposed within the interior pressure chamber, and including a first end fixed in position relative to the forward end of the piston, and a second end disposed adjacent the rearward end of the annular wall of the piston; a bushing slideably disposed between the annular wall of the piston and the interior piston tube, and radially supporting the interior piston tube relative to the annular wall of the piston; a catch including a body extending along the longitudinal axis between a first end and a second end, with the first end of the body attached to the second end of the interior piston tube; the catch including an edge operable to engage a sear of a trigger assembly in latching engagement; and, a valve mechanism disposed within the catch and operable to allow fluid flow of a pressurised fluid into the interior pressure chamber of the piston and block fluid flow of the pressurised fluid out of the interior pressure chamber.
A device for generating aerosol, comprising: a. a consumable-containing unit comprising compressed powder; b. a susceptor embedded within the consumable-containing unit, wherein the consumable-containing unit is compressed about the susceptor; c. an inductive heating element configured to at least partially surround the consumable-containing unit; d. a controller to control the inductive heating element; and e. a case to contain the consumable-containing unit, the susceptor, the inductive heating element, and the controller. a. a consumable-containing unit comprising compressed powder; b. a susceptor embedded within the consumable-containing unit, wherein the consumable-containing unit is compressed about the susceptor; c. an inductive heating element configured to at least partially surround the consumable-containing unit; d. a controller to control the inductive heating element; and e. a case to contain the consumable-containing unit, the susceptor, the inductive heating element, and the controller.
Cosmetic or pharmaceutical preparation having at least one active ingredient and having a carrier system for the at least one active ingredient, wherein the carrier system comprises lipid vesicles with one or two lipid membrane(s), characterized in that the at least one active ingredient is present in the lipid vesicles and the lipids, of which the vesicles are composed, are selected from ceramides, phospholipids, glycosphingolipids and/or diacyl glycosides, wherein the lipid vesicles have a positively-charged surface, which thereby causes the lipid vesicles in the lipid membrane(s) in addition to the lipids, of which the vesicles are composed, to have positively-charged molecules as charge donors, wherein these charge donors are selected from alkyltrimonium salts of the formula wherein n is a number from 18 to 28 and X - is an inorganic or organic anion.
A negative-working lithographic printing plate comprising (a) a substrate and (b) applied to the substrate a negative-working layer comprising a polymerizable composition comprising (i) a polymerizable compound, and (ii) a polymeric binder; wherein the polymeric binder comprises polyethylene oxide segments and is selected from at least one graft copolymer comprising a main chain polymer and polyethylene oxide side chains, a block copolymer having at least one polyethylene oxide block and at least one non-polyethylene oxide block, and a combination thereof; wherein the polyethylene oxide segments of the polyethylene oxide side chains or polyethylene oxide block have a number average molecular weight ranging from 500 to 10,000; wherein the polymerizable composition comprises discrete particles of the polymeric binder which are suspended in the polymerizable composition; and wherein the weight ratio of polymerizable compound and polymeric binder ranges from 5:95 to 95:5. (i) a polymerizable compound, and (ii) a polymeric binder;