mhurhangee/ep-ind-claims huggingface dataset:
A connection assembly for a welding power supply remote interface, comprising: - at least one electronic component; - a housing configured to house the at least one electronic component; - a weld cable, the weld cable having at least one conductive wire and a sheathing; - a connector configured to secure the weld cable to the housing; - a volt sense cable suitable for being connected to a conductive workpiece; characterized by - a conductive element (224, 232) connected to the at least one electronic component, the conductive element (224, 232) configured to extend through the sheathing and to contact the at least one conductive wire to electrically connect the at least one conductive wire with the at least one electronic component. - at least one electronic component; - a housing configured to house the at least one electronic component; - a weld cable, the weld cable having at least one conductive wire and a sheathing; - a connector configured to secure the weld cable to the housing; - a volt sense cable suitable for being connected to a conductive workpiece; characterized by - a conductive element (224, 232) connected to the at least one electronic component, the conductive element (224, 232) configured to extend through the sheathing and to contact the at least one conductive wire to electrically connect the at least one conductive wire with the at least one electronic component.
A distance-measuring sensor for detecting and determining a distance to objects in a monitoring area, the sensor having a transmitter for transmitting transmission signals, a receiver for generating a reception signal from transmission signals remitted from an object in the monitoring area, a multiple threshold sampling unit for digitizing the reception signal in multiple digital states, and a control and evaluation unit which is configured to determine a reception point in time from the digitized reception signal and from that a measurement value for the signal time of flight from the sensor to the object, characterized in that an expansion filter is arranged upstream of the multiple threshold sampling unit, and a limiting amplifier is arranged upstream of the expansion filter so that the expansion filter flattens the slope of the edges of the reception signal amplified in the limiting amplifier in order to expand the information about the reception point in time over a longer time interval, and to achieve a higher equivalent sampling rate from the amplitude information detected in multiple digital states by the multiple threshold sampling unit.
A radio for receiving and transmitting high frequency signals, comprising: a down-conversion section arranged to down-convert a received first high frequency signal to an intermediate frequency signal having a lower frequency than said first high frequency signal; an up-conversion section arranged to up-convert an information signal, to be transmitted, to a second high frequency signal; a filter for filtering the intermediate frequency signal; a detector for information recovery; and a variable controlled oscillator, included in a frequency synthesizer, connected to the down-conversion section and arranged to be used alternately for down-converting said first high frequency signal during a receive cycle and up-converting said information signal during a transmit cycle in a time division duplex mode; characterized in that the up-conversion section, the down-conversion section and the frequency synthesizer are integrated on a single IC chip, and the variable controlled oscillator is modulated by the information signal during the transmit cycle. a down-conversion section arranged to down-convert a received first high frequency signal to an intermediate frequency signal having a lower frequency than said first high frequency signal; an up-conversion section arranged to up-convert an information signal, to be transmitted, to a second high frequency signal; a filter for filtering the intermediate frequency signal; a detector for information recovery; and a variable controlled oscillator, included in a frequency synthesizer, connected to the down-conversion section and arranged to be used alternately for down-converting said first high frequency signal during a receive cycle and up-converting said information signal during a transmit cycle in a time division duplex mode; characterized in that the up-conversion section, the down-conversion section and the frequency synthesizer are integrated on a single IC chip, and the variable controlled oscillator is modulated by the information signal during the transmit cycle.
Cosmetic hair treatment preparation, which is intended to be rinsed off after application, with amidoamines and 0.0001 to 1% active content of amphoteric surfactants, wherein coco betaine is present as amphoteric surfactant and stearamidopropyl dimethylamine is used as amidoamine, with the exception of the following formulae: 1 2 Methylparaben 0.25 0.25 Propylparaben 0.1 0.1 Aqua to 100 to 100 Cetyl alcohol 2.5 2.5 Lactic acid 0.8 0.78 Polymer 1 1.0 1.0 Sodium chloride 0.01 0.01 Stearyl alcohol 4.8 4.8 Oryzanol 0.05 0.05 Coco betaine 0.85 0.85 Stearamidopropyl dimethylamine 2.2 2.2 Perfume 0.7 0.7 Dimethicone 4.6 4.4 Polymer 1: statistical linear copolymer of 25 wt% vinylpyrrolidone, 47 wt% tert-butyl acrylate, 3 wt% methacrylic acid, 10 wt% dimethylaminopropyl methacrylamide and 15 wt% methacryloyloxyethyldimethylethylammonium ethylsulfate, neutralized with phosphoric acid to pH 6.0.
Boot for a constant velocity joint made of a polymer composition comprising a thermoplastic polyester elastomer, characterized in that the polymer composition comprises a first wax having a weight loss of more than 0.6 wt.%, and comprising a second wax having a weight loss of less than 0.4 wt.% after 2500 hours, measured according to described method, wherein the thermoplastic polyester elastomer comprises polyester hard segments and soft segments derived from another polymer.
A motorised manoeuvring system for a device of a motor vehicle comprising an apparatus for provisionally locking said system, the manoeuvring system comprising a drive pinion of a cable intended to be rotated around an axis by a geared motor, the cable carrying a helical spline configured to cooperate with the external toothing of said drive pinion and being arranged to translate at least one actuating element of the device, the drive pinion and the cable being disposed in a casing (3, 4), characterised in that the casing comprises a base, on which are mounted the drive pinion and the cable, and a closure cover which is fixed on the base, and in that the locking apparatus comprises a compression spring mounted on the base and pushing along the axis the drive pinion against an inner face of the cover and means for locking the drive pinion provided on said inner face of the cover and cooperating with the drive pinion under the effect of the compression spring when the geared motor is detached from the casing (3, 4).
Oxidation-stable iron oxide pigments having an Fe content of at least 5% by weight, calculated as FeO, and having a coating, characterized in that the coating is composed of one or more compounds of the general formula R-(COOX) n where R is a saturated or unsaturated linear or branched aliphatic radical having 1 to 15 carbon atoms which is optionally substituted one or more times by halogen and/or NH 2 and/or OH and/or NHR 1 and/or NR 1 2 and/or OR 1, or is an alicyclic radical having 4 to 26 carbon atoms which is optionally substituted one or more times by halogen and/or NH 2 and/or OH and/or NHR 1 and/or NR 1 2 and/or OR 1 and/or R 1, R 1 being a saturated or unsaturated linear or branched optionally substituted aliphatic radical having in each case 1 to 10 carbon atoms or an optionally substituted alicyclic or aromatic radical having in each case 6 to 10 carbon atoms; X is hydrogen, alkali metal, NR 2 4, R 2 being H or a linear or branched aliphatic, alicyclic or aromatic radical, or 1⁄2 alkaline earth metal, 1⁄3 Al or 1⁄3 Fe and n is an integer from 1 to 10 and the iron oxide pigments have an oxidation stability in the oxidation stability test of ≥ 10°C as compared with the uncoated iron oxide pigment. R is a saturated or unsaturated linear or branched aliphatic radical having 1 to 15 carbon atoms which is optionally substituted one or more times by halogen and/or NH 2 and/or OH and/or NHR 1 and/or NR 1 2 and/or OR 1, or is an alicyclic radical having 4 to 26 carbon atoms which is optionally substituted one or more times by halogen and/or NH 2 and/or OH and/or NHR 1 and/or NR 1 2 and/or OR 1 and/or R 1, R 1 being a saturated or unsaturated linear or branched optionally substituted aliphatic radical having in each case 1 to 10 carbon atoms or an optionally substituted alicyclic or aromatic radical having in each case 6 to 10 carbon atoms; X is hydrogen, alkali metal, NR 2 4, R 2 being H or a linear or branched aliphatic, alicyclic or aromatic radical, or 1⁄2 alkaline earth metal, 1⁄3 Al or 1⁄3 Fe and n is an integer from 1 to 10
A photographing apparatus (300,300-2,300-3,300-4) comprising: an imaging unit to photograph a subject to acquire image data; an object detection unit to detect a predetermined object from the image data; and a detection condition setting unit to allow a detection condition for the object detection unit to be set according to a photographing mode of a plurality of photographing modes (393, 394, 395, 396, 397); wherein the detection condition limits at least one of an orientation of the object, a size of the object, an inclination of the object and a detection area; and wherein the detection condition setting unit is configured to set the detection condition by selecting (S311, S313, S318, S323), according to the selected photographing mode either: one of detection rate-priority and detection-speed priority; or: one of levels set in a stepwise fashion between detection rate-priority and detection speed-priority, the levels including maximum levels of the detection rate-priority and the detection speed-priority such that depending on the selected photographing mode, an appropriate balance between the detection rate and the detection speed can be set for each photographing mode; and wherein the plurality of photographing modes comprises at least one of an automatic mode, a person mode, a sports mode, a party mode, a landscape mode, and a night-scene mode. an imaging unit to photograph a subject to acquire image data; an object detection unit to detect a predetermined object from the image data; and a detection condition setting unit to allow a detection condition for the object detection unit to be set according to a photographing mode of a plurality of photographing modes (393, 394, 395, 396, 397); wherein the detection condition limits at least one of an orientation of the object, a size of the object, an inclination of the object and a detection area; and wherein the detection condition setting unit is configured to set the detection condition by selecting (S311, S313, S318, S323), according to the selected photographing mode either: one of detection rate-priority and detection-speed priority; or: one of levels set in a stepwise fashion between detection rate-priority and detection speed-priority, the levels including maximum levels of the detection rate-priority and the detection speed-priority such that depending on the selected photographing mode, an appropriate balance between the detection rate and the detection speed can be set for each photographing mode; and one of detection rate-priority and detection-speed priority; or: one of levels set in a stepwise fashion between detection rate-priority and detection speed-priority, the levels including maximum levels of the detection rate-priority and the detection speed-priority such that depending on the selected photographing mode, an appropriate balance between the detection rate and the detection speed can be set for each photographing mode; and wherein the plurality of photographing modes comprises at least one of an automatic mode, a person mode, a sports mode, a party mode, a landscape mode, and a night-scene mode.
Coupling device for mechanically coupling a fuel rail to a cylinder head of a combustion engine, the coupling device comprising - a holding fixture being designed to be mechanically coupled to the fuel rail and comprising a through hole extending between a first surface and a second surface, the second surface opposing the first surface and being arranged and designed to face the cylinder head, - a fastening element being designed to be fixedly coupled to the cylinder head, the fastening element comprising a head portion and a shank portion, the head portion facing the first surface of the holding fixture, the shank portion being partially arranged in the through hole and being designed to be in engagement with the cylinder head, - a retaining element being arranged inside the through hole, being coupled with the holding fixture, comprising in a given latch area a cross-section restriction and being in engagement with the shank portion at least in this latch area, wherein the retaining element is formed as a one-piece unit - a first spring element being arranged axially between the head portion and the first surface of the holding fixture, and - a second spring element facing the second surface of the holding fixture and being arrangeable axially between the second surface of the holding fixture and the cylinder head, characterized in that the coupling device comprises a sleeve-shaped distance element which is at least partially arranged in the through-hole and in which the retaining element and the shank portion of the fastening element are arranged, the distance element has an upper part comprising a first collar and a lower part comprising a second collar, the first collar is arranged axially between the head portion and the first spring element, and the second collar is axially arrangeable between the second spring element and the cylinder head. - a holding fixture being designed to be mechanically coupled to the fuel rail and comprising a through hole extending between a first surface and a second surface, the second surface opposing the first surface and being arranged and designed to face the cylinder head, - a fastening element being designed to be fixedly coupled to the cylinder head, the fastening element comprising a head portion and a shank portion, the head portion facing the first surface of the holding fixture, the shank portion being partially arranged in the through hole and being designed to be in engagement with the cylinder head, - a retaining element being arranged inside the through hole, being coupled with the holding fixture, comprising in a given latch area a cross-section restriction and being in engagement with the shank portion at least in this latch area, wherein the retaining element is formed as a one-piece unit - a first spring element being arranged axially between the head portion and the first surface of the holding fixture, and - a second spring element facing the second surface of the holding fixture and being arrangeable axially between the second surface of the holding fixture and the cylinder head,
A talar implant comprising: a talar dome including a bone contact surface and an articulation surface located opposite the bone contact surface, the talar dome defining a cavity extending from the bone contact surface into the talar dome; and a stem (102; 202a; 202b; 202c) comprising a head and a longitudinal shaft (106; 206) coupled at a predetermined angle to the head, wherein the head is sized and configured to be received within the cavity, wherein the head is rotatable about at least one axis with respect to the talar dome, and wherein the longitudinal shaft (106; 206) comprises one or more features configured to interface with a wall of a hole formed in a bone to prevent movement of the stem with respect to the bone, characterized in that the one or more features comprises one or more grooves formed on the longitudinal shaft (106; 206). a talar dome including a bone contact surface and an articulation surface located opposite the bone contact surface, the talar dome defining a cavity extending from the bone contact surface into the talar dome; and a stem (102; 202a; 202b; 202c) comprising a head and a longitudinal shaft (106; 206) coupled at a predetermined angle to the head, wherein the head is sized and configured to be received within the cavity, wherein the head is rotatable about at least one axis with respect to the talar dome, and wherein the longitudinal shaft (106; 206) comprises one or more features configured to interface with a wall of a hole formed in a bone to prevent movement of the stem with respect to the bone, characterized in that the one or more features comprises one or more grooves formed on the longitudinal shaft (106; 206).
Apparatus, comprising: a FET having a drain terminal, a source terminal and a gate terminal; a first supply voltage terminal (VBB_PAD) coupled to supply current to a current conduction path between the source terminal and the drain terminal of the FET; an output terminal (VOUT_PAD) coupled to receive current flowing through the current conduction path of the FET; a bias current supply (Ipullup_bias) coupled to the gate terminal of the FET; a second supply voltage terminal (Vpump) coupled to the gate terminal of the FET; a current sensing circuit (412, M417, M419) coupled to output a sense current (Isense) proportional to the current flowing through the FET; a current limit comparator (M432-M435) coupled to the sense current and comparing the sense current to a predetermined limit current (Itrim); a pull down current circuit (M402, M403) coupled to the current limit comparator and coupled to remove current from the gate terminal of the FET in response to comparing the sense current to the limit current; a current time derivative circuit coupled to the sense current and outputting a sense rate current when the rate of increase in the sense current exceeds a rate threshold; and a circuit (M411, M415, M430, M438) coupled to receive the sense rate current and coupled to the bias current supply such that if the sense rate current is output, a pull up bias current to the gate terminal of the FET is reduced to reduce the rate of increase in the output current. a FET having a drain terminal, a source terminal and a gate terminal; a first supply voltage terminal (VBB_PAD) coupled to supply current to a current conduction path between the source terminal and the drain terminal of the FET; an output terminal (VOUT_PAD) coupled to receive current flowing through the current conduction path of the FET; a bias current supply (Ipullup_bias) coupled to the gate terminal of the FET; a second supply voltage terminal (Vpump) coupled to the gate terminal of the FET; a current sensing circuit (412, M417, M419) coupled to output a sense current (Isense) proportional to the current flowing through the FET; a current limit comparator (M432-M435) coupled to the sense current and comparing the sense current to a predetermined limit current (Itrim); a pull down current circuit (M402, M403) coupled to the current limit comparator and coupled to remove current from the gate terminal of the FET in response to comparing the sense current to the limit current; a current time derivative circuit coupled to the sense current and outputting a sense rate current when the rate of increase in the sense current exceeds a rate threshold; and a circuit (M411, M415, M430, M438) coupled to receive the sense rate current and coupled to the bias current supply such that if the sense rate current is output, a pull up bias current to the gate terminal of the FET is reduced to reduce the rate of increase in the output current.
An air-conditioning apparatus that forms a refrigerant circuit connecting a compressor; a heat source side heat exchanger; a plurality of expansion devices; and refrigerant passages of a plurality of heat exchangers related to heat medium that exchange heat between a heat source side refrigerant and a heat medium, the refrigerant circuit circulating the heat source side refrigerant, wherein the refrigerant circuit includes a bypass pipe that connects a point prior to and a point after the heat source side heat exchanger to bypass the heat source side heat exchanger, and at least one controller configured to perform integrated control of the air conditioning apparatus, characterized by comprising a heat source side refrigerant flow control device configured to throttle one of the passage of the heat source side refrigerant flowing through the heat source side heat exchanger and the passage of the refrigerant flowing through the bypass pipe while opening the other of the passage of the heat source side refrigerant flowing through the heat source side heat exchanger and the passage of the refrigerant flowing through the bypass pipe simultaneously, a heat source side air-sending device configured to supply air to the heat source side heat exchanger, wherein the controller is configured to jointly perform control of the rotation speed of the heat source side air-sending device and control of the heat source side refrigerant flow rate using the heat source side refrigerant flow control device wherein when a necessary amount of heat to be exchanged in the heat source side heat exchanger is greater than a predetermined value, the at least one controller is configured to perform the control of the rotation speed of the heat source side air-sending device over the control of the heat source side refrigerant flow rate using the heat source side refrigerant flow control device, and when the necessary amount of heat to be exchanged in the heat source side heat exchanger is smaller than the predetermined value, the at least one controller is configured to perform the control of heat source side refrigerant flow rate using the heat source side refrigerant flow control device is performed over the control of the rotation speed of the heat source side air-sending device.