mhurhangee/ep-ind-claims huggingface dataset:
A temperature sensor for a gearbox, it being possible to partially fill an inner chamber of the gearbox with oil, the temperature sensor comprising the following: - a sensor element for detecting a sensor signal that is dependent on the temperature in the inner chamber; - an evaluation device for evaluating the detected sensor signal; - a data interface for supplying the evaluated sensor signal; and - a housing in which the sensor element, the evaluation unit and the data interface are integrated and that is configured to place at least the sensor element in thermal contact with the inner chamber of the gearbox; the evaluation unit being configured to convert the detected sensor signal into a temperature signals based on a calibration, characterised in that the sensor element is made of a material having a negative temperature coefficient, and a lead frame is provided for wiring the temperature sensor up to further components, and the evaluation unit being configured to detect an error if, against expectation, the sensor element has a high resistance value at an operating temperature. - a sensor element for detecting a sensor signal that is dependent on the temperature in the inner chamber; - an evaluation device for evaluating the detected sensor signal; - a data interface for supplying the evaluated sensor signal; and - a housing in which the sensor element, the evaluation unit and the data interface are integrated and that is configured to place at least the sensor element in thermal contact with the inner chamber of the gearbox; the evaluation unit being configured to convert the detected sensor signal into a temperature signals based on a calibration, characterised in that the sensor element is made of a material having a negative temperature coefficient, and a lead frame is provided for wiring the temperature sensor up to further components, and the evaluation unit being configured to detect an error if, against expectation, the sensor element has a high resistance value at an operating temperature.
Wall or cladding stone for a production of masonry block walls, in particular of external and internal corners of a masonry wall structure, the wall or cladding stone featuring a square or approximately square base shape, the wall or cladding stone comprising at least one first filling opening and at least one second filling opening as well as a predetermined breaking plane arranged in parallel to two opposite exterior walls (2a-2d) of the wall or cladding stone and permitting a division of the wall or cladding stone in halves, wherein the first filling opening is fillable or filled with a damping material for thermal or acoustic damping and wherein the wall or cladding stone has a partition wall comprising the predetermined breaking plane and having a wall thickness that is at least approximately twice as great as a wall thickness of the two opposite exterior walls (2a-2d) of the wall or cladding stone and featuring a number of centrally arranged openings which extend in parallel to the predetermined breaking plane for making the wall or cladding stone dividable along the predetermined breaking plane, wherein a web running transversely to the predetermined breaking plane is arranged between the first filling opening and the second filling opening, characterised in that the web is implemented narrow as compared to the exterior walls (2a-2d) of the wall or cladding stone, the web having a thickness that amounts to maximally 80 per cent of the wall thickness of the two opposite walls (2a-2d).
A battery module, comprising: a battery stacked body, wherein the battery stacked body comprises a plurality of stacked batteries; a cooling plate, wherein the cooling plate is provided at a tail end in a battery stacking direction of the battery stacked body, and the cooling plate and the battery stacked body are provided in a thermal insulation manner, the thermal insulation manner is that the cooling plate is not in thermal contact with the battery stacked body directly, and the heat transfer between the cooling plate and the battery stacked body is performed through the heat transfer device; and a heat transfer device, wherein the heat transfer device is in thermal contact with the cooling plate, and heat of the batteries is transferred to the cooling plate through the heat transfer device; wherein in a normal charging-discharging state, a battery with a highest temperature in the battery stacked body is a battery A; and between a single cooling plate and the battery A, a thermal resistance between each battery and the heat transfer device is reduced along with an increase of a distance between the each battery and the cooling plate in the battery stacking direction. a battery stacked body, wherein the battery stacked body comprises a plurality of stacked batteries; a cooling plate, wherein the cooling plate is provided at a tail end in a battery stacking direction of the battery stacked body, and the cooling plate and the battery stacked body are provided in a thermal insulation manner, the thermal insulation manner is that the cooling plate is not in thermal contact with the battery stacked body directly, and the heat transfer between the cooling plate and the battery stacked body is performed through the heat transfer device; and a heat transfer device, wherein the heat transfer device is in thermal contact with the cooling plate, and heat of the batteries is transferred to the cooling plate through the heat transfer device; wherein in a normal charging-discharging state, a battery with a highest temperature in the battery stacked body is a battery A; and between a single cooling plate and the battery A, a thermal resistance between each battery and the heat transfer device is reduced along with an increase of a distance between the each battery and the cooling plate in the battery stacking direction.
A terminal apparatus comprising: a receiver configured to receive higher layer signaling used for configuration of multiple scheduling request configurations; a higher layer processor configured to determine a first value of a size L of scheduling request bits when a PUCCH resource used for transmission of a HARQ-ACK is a first PUCCH format and determine a second value of the size L of scheduling request bits when the PUCCH resource used for transmission of the HARQ-ACK is a second PUCCH format; and a transmitter configured to transmit HARQ-ACK bits and scheduling request bits with a number of bits equal to the first value of a size L or the second value of a size L determined by the higher layer processor by using the PUCCH resource used for transmission of the HARQ-ACK, wherein each of the multiple scheduling request configurations includes an SR PUCCH resource, and wherein in a case that the PUCCH resource used for transmission of the HARQ-ACK and one or multiple SR PUCCH resources corresponding to K scheduling request configurations of the multiple scheduling request configurations overlap with each other in a time domain, the first value of a size L of the scheduling request bits is given based on Ceiling (log 2 (K + 1)) and the second value of a size L of the scheduling request bits is 1, and the scheduling request bits are added to a sequence of the HARQ-ACK bits. a receiver configured to receive higher layer signaling used for configuration of multiple scheduling request configurations; a higher layer processor configured to determine a first value of a size L of scheduling request bits when a PUCCH resource used for transmission of a HARQ-ACK is a first PUCCH format and determine a second value of the size L of scheduling request bits when the PUCCH resource used for transmission of the HARQ-ACK is a second PUCCH format; and a transmitter configured to transmit HARQ-ACK bits and scheduling request bits with a number of bits equal to the first value of a size L or the second value of a size L determined by the higher layer processor by using the PUCCH resource used for transmission of the HARQ-ACK, wherein each of the multiple scheduling request configurations includes an SR PUCCH resource, and wherein in a case that the PUCCH resource used for transmission of the HARQ-ACK and one or multiple SR PUCCH resources corresponding to K scheduling request configurations of the multiple scheduling request configurations overlap with each other in a time domain, the first value of a size L of the scheduling request bits is given based on Ceiling (log 2 (K + 1)) and the second value of a size L of the scheduling request bits is 1, and the scheduling request bits are added to a sequence of the HARQ-ACK bits.
Boiler to generate steam and/or to heat water, comprising a metal container defining a compartment to contain the water, hermetically closed, and provided with at least a feed aperture to introduce water inside it, said boiler comprising a heating element associated to said container, and at least one detection device to detect the physical quantities inside the container, said at least one detection device being positioned in correspondence with at least one detection zone, said detection zone being inside the container, characterized in that the at least one detection device is positioned on an external surface of said container, and said container is provided, on an internal surface thereof, with at least an auxiliary coating, applied only in correspondence with said at least one detection zone in correspondence with which, on the external surface of said container, said at least one detection device is positioned, wherein said auxiliary coating is applied on an area of the internal surface of said container that has a much smaller extension than the lateral internal surface and/or and the bottom of the container.
A compound represented by the following formula: wherein X represents an S atom, an O atom or NR 7; A represents CR 8 or a nitrogen atom; characterized in that: R 1 to R 8 each independently represent a hydrogen atom or a substituent independently selected from a halogen atom, an alkyl group, an alkenyl group, an alkynyl group, an aryl group, a heterocyclic group, a cyano group, a hydroxyl group, a nitro group, an acyl group, an alkoxy group, an aryloxy group, a silyloxy group, a heterocyclic oxy group, an acyloxy group, a carbamoyloxy group, an amino group, an acylamino group, an aminocarbonylamino group, an alkoxy- or aryloxycarbonylamino group, an alkyl- or arylsulfonylamino group, a mercapto group, an alkyl- or arylthio group, a heterocyclic thio group, a sulfamoyl group, a sulfo group, an alkyl- or arylsulfinyl group, an alkyl- or arylsulfonyl group, an alkyl- or aryloxycarbonyl group, a carbamoyl group, an aryl- or heterocyclic azo group, an imide group, a phosphino group, a phosphinyl group, a phosphinyloxy group, a phosphinylamino group, a phosphono group, a silyl group and a hydrazino group, provided that at least one of R 1 to R 8 represents a substituent.
A composition comprising an agrochemical active substance and a copolymer which comprises 20 to 95% by weight of an N-vinylcarboxamide and 1 to 70% by weight of a diallyldialkylammonium salt incorporated into the polymer, based on the total amount of the copolymerized monomers, wherein the N-vinylcarboxamide is an N-vinyl-C 1 -C 18 -alkylcarboxamide and/or an N-vinyl-N-(C 1 -C 12 -alkyl)-C 1 -C 18 -alkylcarboxamide.
A vehicle head-up display arrangement, comprising; - a vehicle windshield and a projection unit arranged to selectively project light onto the vehicle windshield, and - a vehicle driver eye position estimation unit (7.1, 7.2, 7.3) comprising a head tracking camera (7.2) and/or an eye tracking camera (7.3), and - a detecting unit arranged to detect traffic signs (10, 30, 40) in an environment external to the vehicle, hosting the arrangement, and their location in relation to the vehicle, and - a vehicle navigation unit arranged to guide a vehicle driver to an inputted destination, and - a processing unit arranged to determine a content of the traffic signs (10, 30, 40) detected by the detecting unit, characterized in that the processing unit further is arranged to determine the relevance of the content of the traffic signs (10, 30, 40) detected by the detecting unit, and in that the projection unit is arranged to project light onto one or more areas (15, 31, 32, 33, 34, 41) of the windshield in line with the estimated eye position of the vehicle driver and traffic signs (10, 30, 40) determined to have a content not being relevant, such that these traffic signs (10, 30, 40), at least partially, are covered from the estimated eye position of the vehicle driver, wherein one or more memory units of the processing unit comprises data representative of the content of traffic signs (10, 30, 40) being classified in a way such that the processing unit is arranged to compare the determined content of the traffic signs (10, 30, 40) detected by the detecting unit with data of the vehicle and of the vehicle driver and with regard to the nputted destination to thereby determine relevance of the content of the traffic signs (10, 30, 40), and that the processing unit further is arranged to determine the relevance of the content of traffic signs (30, 40) with respect to the inputted destination such that only content of the traffic signs (10, 30, 40) not being relevant with respect to the inputted destination is covered from the estimated eye position of the vehicle driver, the content of traffic signs (10, 30, 40) showing directions and/or routes not belonging to a direction or route heading towards the inputted destination is determined to be not relevant. - a vehicle windshield and a projection unit arranged to selectively project light onto the vehicle windshield, and - a vehicle driver eye position estimation unit (7.1, 7.2, 7.3) comprising a head tracking camera (7.2) and/or an eye tracking camera (7.3), and - a detecting unit arranged to detect traffic signs (10, 30, 40) in an environment external to the vehicle, hosting the arrangement, and their location in relation to the vehicle, and - a vehicle navigation unit arranged to guide a vehicle driver to an inputted destination, and - a processing unit arranged to determine a content of the traffic signs (10, 30, 40) detected by the detecting unit,
Heat transfer device with a heat transfer block having flat tubes, which are each held on the longitudinal end side in a support of an associated tube sheet, wherein each support has two opposing and substantially straight longitudinal sides and two opposing narrow sides, and wherein each flat tube is soldered on to the longitudinal sides and the narrow sides of the support, - wherein a solder joint between at least one of the longitudinal sides of at least one support and a flat tube arranged therein has a wave-shaped solder boundary, - wherein at least one flat tube has at least one partition wall, - wherein the solder boundary in the region of the at least one partition wall has a high point and thus an increased width c in relation to a line/plane running through two opposing groove bottoms (19,19') of the tube sheet, characterised in that - at least one of the longitudinal sides of at least one support has wave-shaped depressions, wherein their wave-shaped edge forms the corresponding wave-shaped solder boundary of the solder joint between the at least one support and the flat tube arranged therein, - the wave-shaped solder boundary runs at a distance from a free edge of the support and with the free edge delimits a solder area, the width b of which is reduced more particularly in the region of the seam and partition walls. - wherein a solder joint between at least one of the longitudinal sides of at least one support and a flat tube arranged therein has a wave-shaped solder boundary, - wherein at least one flat tube has at least one partition wall, - wherein the solder boundary in the region of the at least one partition wall has a high point and thus an increased width c in relation to a line/plane running through two opposing groove bottoms (19,19') of the tube sheet, - at least one of the longitudinal sides of at least one support has wave-shaped depressions, wherein their wave-shaped edge forms the corresponding wave-shaped solder boundary of the solder joint between the at least one support and the flat tube arranged therein, - the wave-shaped solder boundary runs at a distance from a free edge of the support and with the free edge delimits a solder area, the width b of which is reduced more particularly in the region of the seam and partition walls.
Level reader system for determining a level of liquid in a tube of packaging material, wherein the level reader system comprises a magnetic float and a level reader device for a package producing machine, wherein the level reader device comprises: a housing extending in a longitudinal direction being substantially parallel to a filling direction of a tube of packaging material; characterized in that the level reader device further comprises a plurality of sensors being distributed in the housing along the longitudinal direction and configured to provide a plurality of sensor readings; and a processing unit being configured to determine a level of liquid in the tube of packaging material based on the plurality of sensor readings, wherein the magnetic float comprises a cylinder and a ring-shaped holder arranged in the cylinder, and wherein the ring-shaped holder comprises a plurality of magnets being distributed around said holder. a housing extending in a longitudinal direction being substantially parallel to a filling direction of a tube of packaging material; characterized in that the level reader device further comprises a plurality of sensors being distributed in the housing along the longitudinal direction and configured to provide a plurality of sensor readings; and a processing unit being configured to determine a level of liquid in the tube of packaging material based on the plurality of sensor readings, wherein the magnetic float comprises a cylinder and a ring-shaped holder arranged in the cylinder, and wherein the ring-shaped holder comprises a plurality of magnets being distributed around said holder.
A computer implemented method for generating a high-resolution spectrum from a plurality of single-scan spectra, comprising: (a) providing a reference spectrum; (b) finding a target peak consisting of a plurality of data points with each of the data points having a x coordinate from one of the plurality of SS spectra within a first interval (Δe), in which the first interval (Δe) is determined by the width of a corresponding reference peak in the reference spectrum at 1-99% of the reference peak height; (c) aligning the found target peak of the step (b) with the corresponding reference peak; (d-1) by moving the data points that are independently above a threshold relative to the peak maximum of the aligned target peak of the step (c) via interpolation, and resampling the moved data points at the x coordinates of the initial single-scan spectra; or (d-2) by moving the data points that are independently above a threshold relative to the peak maximum of the aligned target peak of the step (c) linearly with the peak maximum, and resampling the moved data points at the x coordinates of the initial single-scan spectra; (e) repeating the steps (b) to (d-1) or the steps (b) to (d-2) until no target peak is found in the step (b) and generating a corrected SS spectrum; (f) repeating the step (e) for each single-scan spectrum to produce the plurality of the corrected SS spectra; and (g) integrating the plurality of the corrected SS spectra of step (f) and thereby generating the high-resolution spectrum. (a) providing a reference spectrum; (b) finding a target peak consisting of a plurality of data points with each of the data points having a x coordinate from one of the plurality of SS spectra within a first interval (Δe), in which the first interval (Δe) is determined by the width of a corresponding reference peak in the reference spectrum at 1-99% of the reference peak height; (c) aligning the found target peak of the step (b) with the corresponding reference peak; (d-1) by moving the data points that are independently above a threshold relative to the peak maximum of the aligned target peak of the step (c) via interpolation, and resampling the moved data points at the x coordinates of the initial single-scan spectra; or (d-2) by moving the data points that are independently above a threshold relative to the peak maximum of the aligned target peak of the step (c) linearly with the peak maximum, and resampling the moved data points at the x coordinates of the initial single-scan spectra; (e) repeating the steps (b) to (d-1) or the steps (b) to (d-2) until no target peak is found in the step (b) and generating a corrected SS spectrum; (f) repeating the step (e) for each single-scan spectrum to produce the plurality of the corrected SS spectra; and (g) integrating the plurality of the corrected SS spectra of step (f) and thereby generating the high-resolution spectrum.
A lock cylinder system, comprising a cylinder housing with a cylinder core mounted rotatably therein which can be coupled with a lock bit or an output system, namely by means of a mechanically and/or electronically coded key or a knob spindle which can be inserted into a keyway, and also drilling-out protection provided in the cylinder housing in the region of the outside end face thereof, wherein at least one blocking element which is axially displaceable by a mechanical application of force on the drilling-out protection and which prevents the rotation of the lock bit or of an adapter arranged between the cylinder core and output system is provided in the cylinder housing and/or in the cylinder core in addition to the drilling-out protection, characterised in that the blocking element is designed as a drilling protection sleeve surrounding the cylinder core in axially displaceable manner, which sleeve can be brought into engagement with a blocking pin which is axially displaceable in the cylinder housing, which pin upon the displacement of the drilling protection sleeve prevents rotation of the lock bit.
Service brake pedal device for an electro-pneumatic or electric brake device of a vehicle, with a service brake pedal, a tappet which is connected to the service brake pedal, a housing, a tappet piston that is mounted in the housing in an axially movable manner with a tappet receiving area in which the tappet engages, a helical spring arrangement which axially supports the tappet piston on a valve piston that actuates a double-seat valve or on a housing portion, wherein a) the bias of the helical spring arrangement can be adjusted by means of an adjustment screw, characterized in that b) an adjustment screw shaft of the adjustment screw having an outer thread is screwed into an inner thread so as to protrude through a through-bore of a spring plate, said shaft being connected to the tappet piston, the valve piston or the housing portion, c) an adjustment screw head of the adjustment screw lies against the margin of the through-bore of the spring plate, d) the helical spring arrangement is braced against the spring plate, which is arranged with respect to the valve piston, the tappet piston or the housing portion so as to transmit an axial force. a) the bias of the helical spring arrangement can be adjusted by means of an adjustment screw, characterized in that b) an adjustment screw shaft of the adjustment screw having an outer thread is screwed into an inner thread so as to protrude through a through-bore of a spring plate, said shaft being connected to the tappet piston, the valve piston or the housing portion, c) an adjustment screw head of the adjustment screw lies against the margin of the through-bore of the spring plate, d) the helical spring arrangement is braced against the spring plate, which is arranged with respect to the valve piston, the tappet piston or the housing portion so as to transmit an axial force.