mhurhangee/ep-ind-claims huggingface dataset:
Trim means for a motor vehicle with integrated lighting system, which comprises: a carrier having a B side and a C side, wherein a recess having a bottom is formed into the B side of the carrier and the carrier has an aperture in the region of or in the vicinity of the bottom of the recess, a planar lighting unit, which comes to lie flush in the recess on the B side of the carrier and has a connection cable, which is guided through the aperture to the C side of the carrier, so that on the B side of the carrier a continuous or substantially continuous planar surface of the carrier with the lighting unit is created, and a cover layer, which on the B side of the carrier covers the planar lighting unit and at least a portion of the surface of the carrier and forms an A side of the trim means, wherein the cover layer is permeable to the light emitted from the lighting unit; characterized in that the lighting unit comprises at least one point-shaped light source, in particular an LED, and a planar light conductor, in particular a transparent plastic film, and the aperture in the carrier is dimensioned sufficiently large so that the light source can be inserted from the C side of the carrier. a carrier having a B side and a C side, wherein a recess having a bottom is formed into the B side of the carrier and the carrier has an aperture in the region of or in the vicinity of the bottom of the recess, a planar lighting unit, which comes to lie flush in the recess on the B side of the carrier and has a connection cable, which is guided through the aperture to the C side of the carrier, so that on the B side of the carrier a continuous or substantially continuous planar surface of the carrier with the lighting unit is created, and a cover layer, which on the B side of the carrier covers the planar lighting unit and at least a portion of the surface of the carrier and forms an A side of the trim means, wherein the cover layer is permeable to the light emitted from the lighting unit; characterized in that the lighting unit comprises at least one point-shaped light source, in particular an LED, and a planar light conductor, in particular a transparent plastic film, and the aperture in the carrier is dimensioned sufficiently large so that the light source can be inserted from the C side of the carrier.
A method for the manufacture of a plastics moulded part for the kitchen or sanitary sector with an optically structured surface region, comprising the introduction of a casting compound, which comprises a binder with a polymerisable monomer and a proportion of 40-85% by weight of at least one inorganic filler, into a multiple-part moulding tool, curing the casting compound in the moulding tool and removal of the manufactured plastics moulded part from the moulding tool, characterised in that before the introduction of the casting compound into the moulding tool directly on at least one partial region of the interior thereof there is applied a coating compound in an amount of 0.02-0.03 grams/cm 2 of the appertaining inner surface of the moulding tool, which comprises a binder with a polymerisable monomer and a particulate filler, wherein the casting compound is introduced directly after the application of the coating compound in the moulding tool, wherein the particulate filler of the coating compound is different from the inorganic filler of the casting compound, and wherein the fillers are so selected that there is an optical contrast between the casting compound and the coating compound. characterised in that before the introduction of the casting compound into the moulding tool directly on at least one partial region of the interior thereof there is applied a coating compound in an amount of 0.02-0.03 grams/cm 2 of the appertaining inner surface of the moulding tool, which comprises a binder with a polymerisable monomer and a particulate filler, wherein the casting compound is introduced directly after the application of the coating compound in the moulding tool, wherein the particulate filler of the coating compound is different from the inorganic filler of the casting compound, and wherein the fillers are so selected that there is an optical contrast between the casting compound and the coating compound.
A transport container having a base, having side walls which extend from the base up to an upper side of the container and border a container interior, and having a divider which is accommodated in the container interior in a removable manner and has interconnected partition walls which are made of a flexible web material, extend at least some way between the base and the upper side of the container and delimit compartments which are open toward the upper side of the container, and also has fastening elements which are fastened on the partition walls and are intended for releasable fastening on the side walls, wherein the fastening elements each have an engagement portion, wherein the side walls have open-periphery accommodating channels, in which in each case one of the engagement portions is accommodated and which are open toward the upper side of the container, and wherein the accommodating channels are open toward the container interior and the engagement portions have a cross section which is greater than the width of the openings of the accommodating channels toward the container interior, characterized in that the engagement portions can be deformed elastically in order for their cross section to be reduced.
An air conditioner comprising: an impeller including a cylindrical fan body extending in a rotational axis direction; a casing and a stabilizer which are arranged with the impeller therebetween for guiding a gas from an inlet to an outlet; and a plurality of projections arranged on a surface of the casing opposite to the impeller, the projections being arranged on at least an area above a horizontal plane including a rotational axis of the impeller, characterized in that the plurality of projections are juxtaposed substantially in parallel so as to form a plurality of concave and convex portions along a flowing direction of a gas stream on the surface of the casing, and the plurality of projections have an inclination angle to the flowing direction of the gas stream. an impeller including a cylindrical fan body extending in a rotational axis direction; a casing and a stabilizer which are arranged with the impeller therebetween for guiding a gas from an inlet to an outlet; and a plurality of projections arranged on a surface of the casing opposite to the impeller, the projections being arranged on at least an area above a horizontal plane including a rotational axis of the impeller, characterized in that the plurality of projections are juxtaposed substantially in parallel so as to form a plurality of concave and convex portions along a flowing direction of a gas stream on the surface of the casing, and the plurality of projections have an inclination angle to the flowing direction of the gas stream.
A lens comprising: a light source recess for receiving a light source; a first light emitting surface opposite to the light source recess; a critical reflection surface formed between the light source recess and the first light emitting surface; and a second light emitting surface formed between the light source recess and the first light emitting surface and jointed to the critical reflection surface, the second light emitting surface extending from the light source recess to the first light emitting surface. a light source recess for receiving a light source; a first light emitting surface opposite to the light source recess; a critical reflection surface formed between the light source recess and the first light emitting surface; and a second light emitting surface formed between the light source recess and the first light emitting surface and jointed to the critical reflection surface, the second light emitting surface extending from the light source recess to the first light emitting surface.
Apparatus for determining and/or monitoring the temperature of a medium, comprising at least a temperature sensor and at least two reference elements (3, 3a, 3b) for the in situ calibration and/or validation of the temperature sensor, wherein the first reference element at least partially consists of a first material, wherein, for said first material, at least one phase transition of at least the second order occurs in the temperature range relevant for the calibration of the temperature sensor at at least a first predefined phase transition temperature (T ph,1), wherein the second reference element at least partially consists of a second material, wherein, for said second material, at least one phase transition of at least the second order occurs in the range relevant for the calibration of the temperature sensor at at least a second predefined phase transition temperature (T ph,2), wherein the at least two reference elements (3a, 3b, 3c, 3d, 3e) are arranged along an imaginary horizontal axis, side-by-side in the form of a global reference element, wherein said global reference element is provided at least in part with an electrically conductive coating (8, 8'), particularly a metal coating, in the area of at least one lateral surface or in the area of two opposite lateral surfaces (A, A') parallel to the imaginary horizontal axis in such a way that the coating (8, 8') covers each of the at least two reference elements (3a, 3b, 3c, 3d, 3e) at least in part, and characterized in that the global reference element is contacted via precisely two connecting wires (4c, 4d).
Method for increasing the reactivity of moist fuel in a cement production plant, comprising the steps: - compression of conveying air, wherein the conveying air is warmed, with subsequent warming (lb) of the compressed conveying air in a heat exchanger by the waste heat of a clinker cooler present in the cement production plant, parallel thereto, - comminution of the damp fuel in a comminuting device, and - feeding (c) of the comminuted fuel into the compressed conveying air, - transportation (d) of the comminuted fuel in the compressed conveying air to a burner. - compression of conveying air, wherein the conveying air is warmed, with subsequent warming (lb) of the compressed conveying air in a heat exchanger by the waste heat of a clinker cooler present in the cement production plant, parallel thereto, - comminution of the damp fuel in a comminuting device, and - feeding (c) of the comminuted fuel into the compressed conveying air, - transportation (d) of the comminuted fuel in the compressed conveying air to a burner.
An absorbent article comprising a main body having a liquid-permeable topsheet, a liquid-impermeable backsheet and an absorbent core sandwiched between said topsheet and said backsheet, said main body being arranged along a longitudinal axis and a transversal axis extending in a perpendicular direction in relation to the longitudinal axis, said main body defining a front portion, a back portion and a crotch portion; wherein said article comprises a first wing and a second wing extending outwardly from said crotch portion of the main body in opposite directions in an asymmetric manner with reference to the longitudinal axis, and generally along said transversal axis, said wings (9, 10) being provided with fastening means (11, 12) configured for fastening said wings (9, 10) to a garment when being folded over said main body and towards said longitudinal axis, characterized in that the first wing comprises a first fastening means and the second wing comprises a second fastening means, wherein said first and second fastening means (11, 12) are offset from each other in the longitudinal direction of the article and said first and second fastening means (11, 12) are also offset from each other in the transversal direction of the article when the wings (9, 10) are folded under the main body in a direction towards the longitudinal axis.
An electronic cigarette, comprising: a) a cigarette holder assembly, the cigarette holder assembly comprising a mouthpiece, a first sealing ring, a seat for supporting the mouthpiece, a fixed screw, and a pole; b) an atomization assembly, the atomization assembly comprising a pair of heating wires, a glass casing, a second sealing ring, a third sealing ring, oil-guiding cotton, a limit cover, an insulating ring, and a fixed ring; c) a glass container for accommodating smoke oil, the glass container comprising a first sealing gasket and a second sealing gasket which are respectively disposed at both ends of the glass container; and d) a gas flow regulator, the gas flow regulator comprising a control ring, a steel ball, a spring, and a rotary button; wherein the first sealing ring of the cigarette holder assembly is sleeved on the mouthpiece, and the mouthpiece is fixed on the seat via the fixed screw; the first sealing gasket is fixed between the seat and the fixed screw; the pole is disposed at a lower part of the mouthpiece and fixed by a screw; the second sealing ring is disposed at one end of the pole for sealing the heating wires; the glass container for accommodating smoke oil is disposed at a lower part of the cigarette holder assembly; the heating wires are inserted in the glass casing and fixed by the limit cover and the fixed ring; the oil-guiding cotton is disposed in the glass casing, and the insulating ring is connected to the fixed ring; and the gas flow regulator is disposed at a lower part of the atomization assembly. a) a cigarette holder assembly, the cigarette holder assembly comprising a mouthpiece, a first sealing ring, a seat for supporting the mouthpiece, a fixed screw, and a pole; b) an atomization assembly, the atomization assembly comprising a pair of heating wires, a glass casing, a second sealing ring, a third sealing ring, oil-guiding cotton, a limit cover, an insulating ring, and a fixed ring; c) a glass container for accommodating smoke oil, the glass container comprising a first sealing gasket and a second sealing gasket which are respectively disposed at both ends of the glass container; and d) a gas flow regulator, the gas flow regulator comprising a control ring, a steel ball, a spring, and a rotary button; the first sealing ring of the cigarette holder assembly is sleeved on the mouthpiece, and the mouthpiece is fixed on the seat via the fixed screw; the first sealing gasket is fixed between the seat and the fixed screw; the pole is disposed at a lower part of the mouthpiece and fixed by a screw; the second sealing ring is disposed at one end of the pole for sealing the heating wires; the glass container for accommodating smoke oil is disposed at a lower part of the cigarette holder assembly; the heating wires are inserted in the glass casing and fixed by the limit cover and the fixed ring; the oil-guiding cotton is disposed in the glass casing, and the insulating ring is connected to the fixed ring; and the gas flow regulator is disposed at a lower part of the atomization assembly.
A heart activity sensor structure, comprising: a flexible textile substrate; at least two electrodes (24, 26) with an electric insulation between each of the at least two electrodes, wherein the at least two electrodes (24, 26) are applied on one side of the flexible textile substrate and configured to be placed against a skin of an exerciser in order to measure biosignals related to heart activity; an electrostatic discharge shield applied on one side the flexible textile substrate for protecting the at least two electrodes (24, 26) from static electricity, an electronics module integrated as part of the heart activity sensor structure, coupled to the at least two electrodes (24, 26) and configured at least to transmit information related to the heart activity to a training computer, characterized in that the electronics module comprises a casing covering the electronics module, wherein the casing comprises an electrically non-conducting outer surface and electrically conducting inner film, wherein the electrically conducting inner film is electrically coupled to the electrostatic discharge shield. a flexible textile substrate; at least two electrodes (24, 26) with an electric insulation between each of the at least two electrodes, wherein the at least two electrodes (24, 26) are applied on one side of the flexible textile substrate and configured to be placed against a skin of an exerciser in order to measure biosignals related to heart activity; an electrostatic discharge shield applied on one side the flexible textile substrate for protecting the at least two electrodes (24, 26) from static electricity, an electronics module integrated as part of the heart activity sensor structure, coupled to the at least two electrodes (24, 26) and configured at least to transmit information related to the heart activity to a training computer, characterized in that the electronics module comprises a casing covering the electronics module, wherein the casing comprises an electrically non-conducting outer surface and electrically conducting inner film, wherein the electrically conducting inner film is electrically coupled to the electrostatic discharge shield.
Source of seismic waves comprising an electric arc generation device for creating a seismic wave having a spark-gap with: - a first electrode connected to a first electrode mounting, - a second electrode connected to a second electrode mounting and having a diameter that is substantially greater than the diameter of the first electrode, and - at least one connection metal arm connecting the first electrode mounting to the second electrode mounting, characterised in that the second electrode has a concave surface facing the first electrode with at least one transverse groove. - a first electrode connected to a first electrode mounting, - a second electrode connected to a second electrode mounting and having a diameter that is substantially greater than the diameter of the first electrode, and - at least one connection metal arm connecting the first electrode mounting to the second electrode mounting,
Wind turbine for converting wind energy into electric energy, comprising: - a shuttle comprising a head portion and a tail portion; - a primary wind rotor pivotable with respect to the shuttle around a primary rotational axis and comprising a primary group of blades, a fastening hub for said blades projecting from the head portion of the shuttle and a shaft adapted for being rotatably moved by the primary wind rotor; - at least one primary electric generator comprising at least a primary electric stator stably fixed to the shuttle and a primary electric rotor stably fixed to said shaft or operatively connected to said shaft, the primary electric generator being adapted to convert wind energy intercepted by said primary group of blades into electric energy; wherein the wind turbine further comprises a secondary wind rotor pivotably hinged to the tail portion and comprising a secondary group of blades pivotable around a secondary axis perpendicular to the primary rotational axis; characterized in that: - the tail portion comprises a fork having two support arms wherein the auxiliary wind rotor is rotatably hinged to the fork and fastened between said support arms, each of said support arms being bent so as to have an elbow. - a shuttle comprising a head portion and a tail portion; - a primary wind rotor pivotable with respect to the shuttle around a primary rotational axis and comprising a primary group of blades, a fastening hub for said blades projecting from the head portion of the shuttle and a shaft adapted for being rotatably moved by the primary wind rotor; - at least one primary electric generator comprising at least a primary electric stator stably fixed to the shuttle and a primary electric rotor stably fixed to said shaft or operatively connected to said shaft, the primary electric generator being adapted to convert wind energy intercepted by said primary group of blades into electric energy; - the tail portion comprises a fork having two support arms wherein the auxiliary wind rotor is rotatably hinged to the fork and fastened between said support arms, each of said support arms being bent so as to have an elbow.
A detection apparatus, comprising (a) an electrode; (b) a protein nanopore; and (c) a membrane surrounding the protein nanopore; the detection apparatus being characterized in that the protein nanopore is tethered to the electrode. (a) an electrode; (b) a protein nanopore; and (c) a membrane surrounding the protein nanopore;
Coherent ultra-broadband receiver for the detection of ultra-broadband pulses in a received ultra-broadband signal, comprising: - a reception unit, which is designed to receive an ultra-broadband signal with a frequency bandwidth of at least 1 GHz via a wireless interface and to convert it into a reception signal; - a correlator in the form of a passive filter to which the reception signal is supplied and which is configured to filter the reception signal with the sole help of passive components, that is resistors, capacitors or solenoids, and to output it at its output as an accordingly filtered reception signal, wherein the passive filter comprises at least one lowpass filter and one damped resonator coupled with the lowpass filter and a pulse response, of which the time invert defines a pulse form of an ultra-broadband pulse which can be detected by the ultra-broadband receiver, - as a result of which the passive filter is configured to generate and to output, as the filtered reception signal, a cross-correlation signal as a function of time with respect to a reference instant, which is equal to a cross-correlation of the reception signal with the detectable pulse form of the ultra-broadband pulse. - a reception unit, which is designed to receive an ultra-broadband signal with a frequency bandwidth of at least 1 GHz via a wireless interface and to convert it into a reception signal; - a correlator in the form of a passive filter to which the reception signal is supplied and which is configured to filter the reception signal with the sole help of passive components, that is resistors, capacitors or solenoids, and to output it at its output as an accordingly filtered reception signal, wherein the passive filter comprises at least one lowpass filter and one damped resonator coupled with the lowpass filter and a pulse response, of which the time invert defines a pulse form of an ultra-broadband pulse which can be detected by the ultra-broadband receiver, - as a result of which the passive filter is configured to generate and to output, as the filtered reception signal, a cross-correlation signal as a function of time with respect to a reference instant, which is equal to a cross-correlation of the reception signal with the detectable pulse form of the ultra-broadband pulse.
A method for detecting pancreatic cancer, comprising measuring, in a sample separated from a subject: (i) the presence or an amount of a polypeptide having a reactivity of specifically binding to an antibody against a CAPRIN-1 protein via an antigen-antibody reaction, or (ii) an antibody against CAPRIN-1 protein, or (iii) the presence or an amount of a nucleic acid encoding CAPRIN-1 protein, wherein said CAPRIN-1 protein consists of an amino acid sequence represented by any of the even-numbered SEQ ID Nos: 2 to 30. (i) the presence or an amount of a polypeptide having a reactivity of specifically binding to an antibody against a CAPRIN-1 protein via an antigen-antibody reaction, or (ii) an antibody against CAPRIN-1 protein, or (iii) the presence or an amount of a nucleic acid encoding CAPRIN-1 protein,