mhurhangee/ep-ind-claims huggingface dataset:
Lighting module (12; 112) for a motor vehicle, comprising a plurality of lighting sub-modules (14, 16; 112, 116) each comprising: - at least one light source (20; 120); - a flat optical guide (18; 118) with an entry face (18.1; 118.1) facing the at least one light source (20; 120), an exit face (18.2; 118.2) and, at the rear of the exit face (18.2; 118.2), a reflection face (18.3; 118.3) capable of reflecting light from the entry face (18.1; 118.1) toward the exit face (18.2; 118.2); characterized in that the plurality of lighting sub-modules (14, 16; 114, 116) comprises first lighting sub-modules (14; 114) configured to each produce a lighting sub-beam with horizontal upper cutoff and second lighting sub-modules (16; 116) configured to each produce a lighting sub-beam without horizontal upper cutoff; and the first and second lighting sub-modules (14, 16; 114, 116) are juxtaposed in such a way as to form, along the juxtaposition, several alternations between the first and second lighting sub-modules (14, 16; 114, 116). - at least one light source (20; 120); - a flat optical guide (18; 118) with an entry face (18.1; 118.1) facing the at least one light source (20; 120), an exit face (18.2; 118.2) and, at the rear of the exit face (18.2; 118.2), a reflection face (18.3; 118.3) capable of reflecting light from the entry face (18.1; 118.1) toward the exit face (18.2; 118.2); the plurality of lighting sub-modules (14, 16; 114, 116) comprises first lighting sub-modules (14; 114) configured to each produce a lighting sub-beam with horizontal upper cutoff and second lighting sub-modules (16; 116) configured to each produce a lighting sub-beam without horizontal upper cutoff; and the first and second lighting sub-modules (14, 16; 114, 116) are juxtaposed in such a way as to form, along the juxtaposition, several alternations between the first and second lighting sub-modules (14, 16; 114, 116).
An air-conditioning system, especially an automotive air-conditioning system, having a multi-part air guide housing and components, such as at least one heater (H; h), arranged therein, wherein the air guide housing is formed, in the region of at least one component, as an insert part in the form of a module, wherein the insert part is a slide-in part, and the air guide housing is formed, in the region of the component, as slide-in unit, temperature mixing flaps are arranged in the insert part and the temperature mixing flaps are fixedly integrated into the insert part and form a part thereof, wherein the air-conditioning system is designed so as to be substantially identical in the region of the air guide housing for different numbers of zones, and differ by the insert part, wherein the air-conditioning system is a multi-zone air-conditioning system that includes at least one insert part which separates the air ducts of the individual zones from one another, wherein the insert part is formed as slide-in part which, from the side of the air guide housing, can be slid into a slot formed in the air guide housing in a shaft-like manner, characterised in that the heater (H; h) is arranged in the insert part.
Method for detecting target molecules using an optical sensor element comprising a photonic crystal constituted by a membrane of a chosen transparent material, and more specifically the membrane being provided with a number of defined openings in a chosen pattern, the pattern being adapted to provide resonance at a chosen wavelength or range of wavelengths, the method including the following steps: a) in a chosen number of said openings providing capture molecules having a high affinity to said target molecules, b) moving a first fluid flow containing target molecules through said openings, b1) wherein said sensor element is illuminated at said chosen wavelength thus obtaining a resonance, and providing a first image of said sensor element from a position outside the sensor element plane so as to detect light leaking from the resonator at the target molecule position, c) moving a second fluid flow containing a second reactant being different from said capture molecules but having a high affinity for the target molecules but a low affinity for other possible molecules in said first flow, d) illuminating said sensor element at said chosen wavelength thus obtaining a resonance and providing a second image of said sensor element from a position outside the sensor element plane so as to detect light leaking from the resonator, and e) an analyzing step including a comparison of said images obtained in steps b1) and d), wherein the detection of a target molecule is registered when an increase in the induced signal in one position is detected in both the resulting images obtained in steps b1) and d). a) in a chosen number of said openings providing capture molecules having a high affinity to said target molecules, b) moving a first fluid flow containing target molecules through said openings, b1) wherein said sensor element is illuminated at said chosen wavelength thus obtaining a resonance, and providing a first image of said sensor element from a position outside the sensor element plane so as to detect light leaking from the resonator at the target molecule position, c) moving a second fluid flow containing a second reactant being different from said capture molecules but having a high affinity for the target molecules but a low affinity for other possible molecules in said first flow, d) illuminating said sensor element at said chosen wavelength thus obtaining a resonance and providing a second image of said sensor element from a position outside the sensor element plane so as to detect light leaking from the resonator, and e) an analyzing step including a comparison of said images obtained in steps b1) and d), wherein the detection of a target molecule is registered when an increase in the induced signal in one position is detected in both the resulting images obtained in steps b1) and d).
A self-assembling peptide characterized by comprising: a) a first amino acid domain that mediates self-assembly, wherein the domain comprises alternating hydrophobic and hydrophilic amino acids that are complementary and structurally compatible, self-assemble into a macroscopic structure when present in unmodified form and is between 8 and 24 amino acids; b) a second amino acid domain that does not self-assemble in isolated form and is at least 3 amino acids and twenty amino acids or less; and wherein the first and second amino acid domains are joined by a peptide bond. a) a first amino acid domain that mediates self-assembly, wherein the domain comprises alternating hydrophobic and hydrophilic amino acids that are complementary and structurally compatible, self-assemble into a macroscopic structure when present in unmodified form and is between 8 and 24 amino acids; b) a second amino acid domain that does not self-assemble in isolated form and is at least 3 amino acids and twenty amino acids or less; and wherein the first and second amino acid domains are joined by a peptide bond.
A method of wireless communication, comprising: receiving a first portion of a downlink transmission on a downlink primary carrier (702, 802) during at least one periodic subframe of the downlink primary carrier (702, 802), wherein the at least one periodic subframe includes an indication of a secondary downlink carrier (704, 804) to be used for next subframes; and receiving a second portion of the downlink transmission on the secondary downlink carrier (704, 804) during a periodic sequence of subframes of the secondary downlink carrier (704, 804) following the at least one periodic subframe of the downlink primary carrier (702, 802) and before a second periodic subframe of the downlink primary carrier (702, 802). receiving a first portion of a downlink transmission on a downlink primary carrier (702, 802) during at least one periodic subframe of the downlink primary carrier (702, 802), wherein the at least one periodic subframe includes an indication of a secondary downlink carrier (704, 804) to be used for next subframes; and receiving a second portion of the downlink transmission on the secondary downlink carrier (704, 804) during a periodic sequence of subframes of the secondary downlink carrier (704, 804) following the at least one periodic subframe of the downlink primary carrier (702, 802) and before a second periodic subframe of the downlink primary carrier (702, 802).
A steering centering/damping mechanism for a steerable heavy-duty vehicle axle/suspension system, comprising a mechanically operated structure which provides a positive steering centering force to said axle/suspension system at about a zero steer angle, said mechanically operated structure providing increasing positive steering centering force with increasing steer angle of the axle/suspension system, characterised by the fact that said mechanically operated structure is at least one flat spring, and at least one axle bracket is attached to an axle of said axle/suspension system, said at least one axle bracket providing a positive stopping point for said at least one flat spring to provide said positive centering steering force at about said zero steer angle and said increasing positive centering force with increasing steer angle of said axle/suspension system.
A synergistic herbicidal mixture comprising an herbicidally effective amount of (a) florasulam and (b) at least one preemergent annual grass herbicide selected from the group consisting of dithiopyr and pendimethalin.
A method for characterizing the shear force resistance of a beam, the beam comprising a test portion that extends between two end portions (110, 120) of the beam, during which: - the beam bears transversely on a first support and a second support, - a main cylinder exerts on the beam a bending force, said force being applied between the first support and the second support, transversely with respect to the beam, characterized in that counter-bending forces ( R a 1, R' a 1, R a 2, R ' a 2), from which results a compensating bending moment (Mc) that is opposed to the bending moment (M P) due to said bending force, are exerted on the beam by means of two additional cylinders (21, 22). - the beam bears transversely on a first support and a second support, - a main cylinder exerts on the beam a bending force, said force being applied between the first support and the second support, transversely with respect to the beam, characterized in that counter-bending forces ( R a 1, R' a 1, R a 2, R ' a 2), from which results a compensating bending moment (Mc) that is opposed to the bending moment (M P) due to said bending force, are exerted on the beam by means of two additional cylinders (21, 22).
A fault detection method, comprising: at a generator module having a generator, a rectifier connected to the generator by a plurality of phase leads (112, 114, 116), and an inverter connected to the rectifier by a direct current, DC, link, receiving a measurement of voltage applied to the rectifier by the phase leads without utilising a current sensor; receiving a measurement of voltage applied to the inverter by the DC link; calculating DC link voltage balance and phase sequence voltages using the measurement of voltage applied to the rectifier by the phase leads (112, 114, 116) and the measurement of voltage applied to the inverter by the DC link; based on a matching, associating DC link voltage imbalance and sequence voltages to generator module conditions; based on the matching, determining that a normal condition exists using the DC link voltage balance and phase sequence voltages when no fault exists in the generator module; and based on the matching, determining that a fault condition exists using the DC link voltage balance and phase sequence voltages when a fault exists in the generator module. at a generator module having a generator, a rectifier connected to the generator by a plurality of phase leads (112, 114, 116), and an inverter connected to the rectifier by a direct current, DC, link, receiving a measurement of voltage applied to the rectifier by the phase leads without utilising a current sensor; receiving a measurement of voltage applied to the inverter by the DC link; calculating DC link voltage balance and phase sequence voltages using the measurement of voltage applied to the rectifier by the phase leads (112, 114, 116) and the measurement of voltage applied to the inverter by the DC link; based on a matching, associating DC link voltage imbalance and sequence voltages to generator module conditions; based on the matching, determining that a normal condition exists using the DC link voltage balance and phase sequence voltages when no fault exists in the generator module; and based on the matching, determining that a fault condition exists using the DC link voltage balance and phase sequence voltages when a fault exists in the generator module.
An integrated circuit comprising: a programmable portion powered at a programmable portion power supply voltage; volatile memory elements having outputs that configure the programmable portion; a plurality of address lines for addressing the volatile memory elements; and data loading and reading circuitry that applies address signals that have a first voltage level (VADD-HIGH)that is greater than the programmable portion power supply voltage to the address lines to load configuration data into the volatile memory elements. a programmable portion powered at a programmable portion power supply voltage; volatile memory elements having outputs that configure the programmable portion; a plurality of address lines for addressing the volatile memory elements; and data loading and reading circuitry that applies address signals that have a first voltage level (VADD-HIGH)that is greater than the programmable portion power supply voltage to the address lines to load configuration data into the volatile memory elements.
A linear compressor, comprising: a shell; a cylinder accommodated in the shell and defining a compression space for a refrigerant; a frame to which the cylinder is fixed; a piston that reciprocates within the cylinder in an axial direction and compresses the refrigerant supplied to the compression space; a discharge valve that discharges the refrigerant compressed in the compression space; a discharge cover coupled to the frame and defining a discharge space in which the refrigerant discharged from the compression space by opening of the discharge valve is collected; a valve spring that supports the discharge valve; and a support integrally formed with the valve spring and coupled to the discharge cover, characterized in that the valve spring includes a plurality of holes through which portions of the support extend to prevent relative rotation of the valve spring with respect to the support. a shell; a cylinder accommodated in the shell and defining a compression space for a refrigerant; a frame to which the cylinder is fixed; a piston that reciprocates within the cylinder in an axial direction and compresses the refrigerant supplied to the compression space; a discharge valve that discharges the refrigerant compressed in the compression space; a discharge cover coupled to the frame and defining a discharge space in which the refrigerant discharged from the compression space by opening of the discharge valve is collected; a valve spring that supports the discharge valve; and a support integrally formed with the valve spring and coupled to the discharge cover, characterized in that the valve spring includes a plurality of holes through which portions of the support extend to prevent relative rotation of the valve spring with respect to the support.
A method for exchanging digital data between a local area network and a wide area network comprising: • opening a communication session between the local area network and the wide area network; • keeping trace of said session in a session database where said session is associates with a respective session identifier; characterized by further comprising: • sending from the local area network to the wide area network at least a data packet having a source port value calculated as the sum of a fixed value and said session identifier; • sending from the wide area network to the local area network at least a data packet having a destination port value indicative of the session identifier: • extracting the session identifier from said destination port value by subtracting said fixed value from the destination port value; and • using the extracted session identifier for directly accessing said session in the session database. • opening a communication session between the local area network and the wide area network; • keeping trace of said session in a session database where said session is associates with a respective session identifier; • sending from the local area network to the wide area network at least a data packet having a source port value calculated as the sum of a fixed value and said session identifier; • sending from the wide area network to the local area network at least a data packet having a destination port value indicative of the session identifier: • extracting the session identifier from said destination port value by subtracting said fixed value from the destination port value; and • using the extracted session identifier for directly accessing said session in the session database.
A sensor assembly of a vibrating meter, comprising: one or more fluid conduits (103A, 103B); a case surrounding at least a portion of the one or more fluid conduits (103A, 103B); and characterized in that: a synthetic wrap applied to at least a portion of the case to increase a natural frequency of the case lowered by the synthetic wrap applied to another portion of the case. one or more fluid conduits (103A, 103B); a case surrounding at least a portion of the one or more fluid conduits (103A, 103B); and characterized in that: a synthetic wrap applied to at least a portion of the case to increase a natural frequency of the case lowered by the synthetic wrap applied to another portion of the case.
An end portion structure of a paper product, comprising: an end portion of the paper product; a bend portion that connects to the end portion, is bent to a side of the end portion, and is bonded to the end portion; a rectilinear bend line which is provided in a border between the end portion and the bend portion, and in which the bend portion is bent; and a ruled line that is provided in a vicinity of the bend line, and in the end portion or the bend portion, with a distance from the bend line changing, and in which ruled line the end portion or the bend portion also bends when the bend portion is bent; and wherein the ruled line is V-shaped such that the distance from the rectilinear bend line to the ruled line gradually becomes longer, and becomes shorter again, each of two straight lines forming the V-shaped ruled line extending from a respective end portion of the rectilinear bend line. an end portion of the paper product; a bend portion that connects to the end portion, is bent to a side of the end portion, and is bonded to the end portion; a rectilinear bend line which is provided in a border between the end portion and the bend portion, and in which the bend portion is bent; and a ruled line that is provided in a vicinity of the bend line, and in the end portion or the bend portion, with a distance from the bend line changing, and in which ruled line the end portion or the bend portion also bends when the bend portion is bent; and wherein the ruled line is V-shaped such that the distance from the rectilinear bend line to the ruled line gradually becomes longer, and becomes shorter again, each of two straight lines forming the V-shaped ruled line extending from a respective end portion of the rectilinear bend line.
A cover module for a methanizer, said methanizer comprising a vessel adapted to receive organic matters and comprising a bottom and at least one vertical wall delimiting an aperture, said cover module comprising: - a cover, made of a flexible material, configured to extend into said aperture, said cover comprising a central zone and a peripheral zone and having an outer face (12-E), for receiving rainwater, and an inner face, for extending above organic matters, - a support structure connected to the cover at said peripheral zone and configured both to hold said cover above organic matters and to move vertically along the wall of the vessel with organic matters, the cover module being characterised in that the support structure is configured to enable, through the peripheral zone, rainwater received by the outer face (12-E) of the cover to be guided towards at least one collecting point enabling rainwater to be discharged from said outer face (12-E). - a cover, made of a flexible material, configured to extend into said aperture, said cover comprising a central zone and a peripheral zone and having an outer face (12-E), for receiving rainwater, and an inner face, for extending above organic matters, - a support structure connected to the cover at said peripheral zone and configured both to hold said cover above organic matters and to move vertically along the wall of the vessel with organic matters,
A device for compressing a prosthesis comprising a generally cylindrical housing having a longitudinal axis and comprising first and second parts which are rotatable relative to each other about said axis, and at least one flexible member arranged within the housing and defining a space for accommodating an expanded prosthesis, respective parts of the flexible member being attached to the first and second relatively rotatable parts such that, upon relative rotation thereof, the size of the space is reduced so as to be capable of compressing the prosthesis, wherein the flexible member comprises a substantially rectangular sheet having first and second longitudinal edges which are substantially parallel to said axis, the first longitudinal edge being attached to the first rotatable part and the second longitudinal edge being attached to the second rotatable part, and wherein the first relatively rotatable part surrounds the second relatively rotatable part, and the second relatively rotatable part has a longitudinal slit therethrough the flexible member being arranged within the said second relatively rotatable part, wherein the first longitudinal edge passes through said slit and is attached to the inner surface of the first relatively rotatable part, and wherein the second longitudinal edge passes through said slit and is attached to the outer surface of the second relatively rotatable part adjacent to the said slit.