mhurhangee/patent-ind-claim-en huggingface dataset:
Closure for a container, comprising, a tab attached by rivet means to a closure part to be displaced for forming an opening in the closure, which opening is at least partly defined by a score line formed in the closure , the tab comprises a tab body connected to the rivet means, a tab rear part for finger gripping, and a tab front part of which a tab nose is located near or at the score line , such that during a closure opening procedure, comprising finger gripping the tab rear part, lifting the tab rear part thereby pressing the tab nose against the closure on or near the score line , popping the score line , and scoring the score line , an opening is formed in the closure , characterized in that the score line comprises score line parts (8.2, 37.2, 38.2, 40.2-45.2, 49.2) separated by a popping score line part (8.1, 37.1, 38.1, 40.1-45.1, 49.1) to be popped by the tab nose , wherein the score line parts (8.2, 37.2, 38.2, 40.2-45.2, 49.2) have a residual thickness (r) which is greater than the residual thickness (rp) of the popping score line part (8.1, 37.1, 38.1, 40.1-45.1, 49.1), and by stiffening means stiffening closure parts neighboring the stronger score line parts (8.2, 37.2, 38.2, 40.2-45.2, 49.2), and wherein the popping score line part (8.2, 37.2, 38.2, 40.2-45.2, 49.2) has a length in the range of 2 - 20 mm.
Rolling bearing having a first ring and a second ring , which is arranged concentrically in relation to the first ring , wherein the first ring is an inner ring of the rolling bearing and the second ring is an outer ring of the rolling bearing or the first ring is an outer ring of the rolling bearing and the second ring is an inner ring of the rolling bearing , the rolling bearing is a multi-row slewing ring, in the case of which a separation of the inner ring and outer ring in the axial direction (A) is confined by a form fit in the raceway system and the rolling bearing is a tilted roller bearing or angular ball bearing, in which the first ring and the second ring are connected in a rotatable manner in relation to one another about an axis of rotation arranged in the axial direction (A), wherein the first ring has a tongue , which engages in the axial direction (A) in a groove of the second ring , said groove encircling the axis of rotation concentrically, characterized in that the tongue is spaced apart from the groove such that, during normal operation, a gap which encircles the tongue is formed between the tongue and the groove , and the tongue has a wall thickness which is greater than 50% of the diameter of the rolling bodies with the largest diameter of the rolling bearing , and in the event of an extreme application of load in the axial direction (A), with the first ring being deformed in the radial direction (R) in the process, a form fit takes effect between the tongue and the groove which limits the deformation and maintains the form fit in the raceway system in the axial direction (A).
A system, comprising: a vehicle ; a laser particle sensor mounted on a first portion of the vehicle , wherein the laser particle sensor comprises: an optical system and a processing system coupled to the optical system ; wherein the optical system is configured to transmit one or more laser light beams through a selected measurement region to detect particles in a volume of freestream fluid; and wherein the optical system is configured to receive a backscattered portion of the one or more laser light beams transmitted by the optical system ; characterized in that a second portion of the vehicle is covered with a light absorbent material which is a non-reflective material that is absorbent with respect to a wavelength of the one or more light beams , and wherein the optical system is arranged to transmit the one or more laser light beams toward the second portion of the vehicle to terminate the one or more laser light beams on the second portion of the vehicle . a vehicle ; a laser particle sensor mounted on a first portion of the vehicle , wherein the laser particle sensor comprises: an optical system and a processing system coupled to the optical system ; wherein the optical system is configured to transmit one or more laser light beams through a selected measurement region to detect particles in a volume of freestream fluid; and wherein the optical system is configured to receive a backscattered portion of the one or more laser light beams transmitted by the optical system ; characterized in that a second portion of the vehicle is covered with a light absorbent material which is a non-reflective material that is absorbent with respect to a wavelength of the one or more light beams , and wherein the optical system is arranged to transmit the one or more laser light beams toward the second portion of the vehicle to terminate the one or more laser light beams on the second portion of the vehicle .
An electrical connector for electronics associated with a pedal spindle , the electrical connector comprising: a plurality of concentrically-spaced electrical contact pads configured to fit within the pedal spindle and to electrically connect to the electronics associated with the pedal spindle ; and a spindle connector comprising: a housing configured to mate with an end of the pedal spindle proximate to the electrical contact pads , and a plurality of electrically conductive elements each configured to electrically connect with one of the concentrically-spaced electrical contact pads when the housing is mated with the end of the pedal spindle . a plurality of concentrically-spaced electrical contact pads configured to fit within the pedal spindle and to electrically connect to the electronics associated with the pedal spindle ; and a spindle connector comprising: a housing configured to mate with an end of the pedal spindle proximate to the electrical contact pads , and a plurality of electrically conductive elements each configured to electrically connect with one of the concentrically-spaced electrical contact pads when the housing is mated with the end of the pedal spindle . a housing configured to mate with an end of the pedal spindle proximate to the electrical contact pads , and a plurality of electrically conductive elements each configured to electrically connect with one of the concentrically-spaced electrical contact pads when the housing is mated with the end of the pedal spindle .
A vibration welding device with a mechanically coupled multiple vibrator, with the device having the following features: a. at least three vibration units , each consisting of at least one pair of electromagnetic coils that oppose each other, by means of which a spring-supported vibrator arranged therebetween is settable in linear vibrations in a first direction, b. an elongated tool by means of which a component (B1, B2) to be welded is movable and that is mechanically connected to all vibration units , wherein c. the vibration units are arranged relative to the elongated tool such that the first direction of vibrations of the individual vibration units is oriented approximately transverse to a longitudinal axis of the tool such that, during a vibration welding process, two components (B1, B2) are weldable to each other by vibrations different than a longitudinal direction of the components (B1, B2), in particular transverse to a longitudinal direction. a. at least three vibration units , each consisting of at least one pair of electromagnetic coils that oppose each other, by means of which a spring-supported vibrator arranged therebetween is settable in linear vibrations in a first direction, b. an elongated tool by means of which a component (B1, B2) to be welded is movable and that is mechanically connected to all vibration units , wherein c. the vibration units are arranged relative to the elongated tool such that the first direction of vibrations of the individual vibration units is oriented approximately transverse to a longitudinal axis of the tool such that, during a vibration welding process, two components (B1, B2) are weldable to each other by vibrations different than a longitudinal direction of the components (B1, B2), in particular transverse to a longitudinal direction.
Toilet utensil of the shower-glove type consisting of a rubbing glove on which is held a flexible hand shower which comprises: • a tray provided with three buttonholes , • two shower-heads , • three rings , characterized in that the part of the shower-heads which is provided with holes is extended by an appendix, called "tail of the shower-head", formed of a tapered part, not lined with holes, and which, in the whole device, continues horizontally under the tray , rises vertically by tightening the edge of the tray, and is fixed, by a reversible mechanical connection, to the inlet pipe of the shower-head, said shower-head thus forming a closed loop around the tray. • a tray provided with three buttonholes , • two shower-heads , • three rings ,
Cooperative sensor system for potential and/or impedance measurements on a body , comprising at least one remotely powered sensor connected to a master ; the master comprising a receiver and a power supply configured to supply an alternating power voltage ( v ) to said at least one sensor , the alternating power voltage ( v ) corresponding to a synchronization and/or communication signal; said at least one sensor comprising a control circuit including a first sensor fork sub-circuit configured to supply a positive current ( i 1 ) to a first circuit branch and a negative current (- i 2 ) to a second circuit branch; the control circuit further comprising a control sub-circuit configured for controlling the positive and/or negative current ( i 1 , -i 2 ) in order to transmit an information signal (I) to the receiver , and/or to control a first controlled signal ( x ) to a first desired signal ( d ); the sensor system further comprising a first electrical connection and a second electrical connection connecting said at least one sensor to the master ; characterized in that the power supply is configured to supply the alternating power voltage ( v ) at a powering frequency band; and in that the control circuit is further configured for harvesting energy from the power alternating voltage ( v ) to power said at least one sensor ; and for controlling the positive or negative current ( i 1 , - i 2 ) at a control frequency band corresponding to a range of frequencies used for potential and impedance measurements or for communication and not overlapping the frequencies of the powering frequency band. the master comprising a receiver and a power supply configured to supply an alternating power voltage ( v ) to said at least one sensor , the alternating power voltage ( v ) corresponding to a synchronization and/or communication signal; said at least one sensor comprising a control circuit including a first sensor fork sub-circuit configured to supply a positive current ( i 1 ) to a first circuit branch and a negative current (- i 2 ) to a second circuit branch; the control circuit further comprising a control sub-circuit configured for controlling the positive and/or negative current ( i 1 , -i 2 ) in order to transmit an information signal (I) to the receiver , and/or to control a first controlled signal ( x ) to a first desired signal ( d ); the sensor system further comprising a first electrical connection and a second electrical connection connecting said at least one sensor to the master ; characterized in that the power supply is configured to supply the alternating power voltage ( v ) at a powering frequency band; and in that the control circuit is further configured for harvesting energy from the power alternating voltage ( v ) to power said at least one sensor ; and for controlling the positive or negative current ( i 1 , - i 2 ) at a control frequency band corresponding to a range of frequencies used for potential and impedance measurements or for communication and not overlapping the frequencies of the powering frequency band.
A fluid dispenser assembly comprising a fluid reservoir (R), a dispenser member (5; V), and a dispenser orifice , the fluid reservoir (R) including a piston (42; P; P'; P") that is movable in leaktight sliding contact in a slide cylinder over a maximum stroke defined between a start position that corresponds to a substantially full state of the reservoir, and an end position that corresponds to a substantially empty state of the reservoir, the dispenser assembly being characterized in that it further comprises detector means (35; 35') for detecting a physical property, the detector means having a detection field that is small relative to the maximum stroke of the piston, the physical-property detector means (35; 35') being arranged outside the fluid reservoir (R) so as to act remotely, through the slide cylinder , to detect a determined physical property that enters into the small detection field that covers an alert position of the piston that is closer to the end position than to the start position, the piston (42; P; P'; P") carrying said detectable determined physical property, the detection means (35; 35') delivering, in response to a detection of the physical property, at least one alert signal that is perceptible to a user.
An electronic device comprising: a microphone ; a camera or sensor arranged to detect a user's gesture; a memory ; and a processor functionally connected with the microphone or the memory , wherein the processor is configured to: count an End-Point Detection, EPD, time based on a voice input , determine whether a last word of the voice input corresponds to a predetermined word stored in the memory when the EPD time expires, and extend the EPD time and wait for reception of a voice input when the last word corresponds to the predetermined word, characterized in that the processor is further configured to: determine whether a predetermined gesture is detected by the camera or sensor when the EPD time expires, and extend the EPD time when the predetermined gesture is detected. a microphone ; a camera or sensor arranged to detect a user's gesture; a memory ; and a processor functionally connected with the microphone or the memory , wherein the processor is configured to: count an End-Point Detection, EPD, time based on a voice input , determine whether a last word of the voice input corresponds to a predetermined word stored in the memory when the EPD time expires, and extend the EPD time and wait for reception of a voice input when the last word corresponds to the predetermined word, characterized in that the processor is further configured to: determine whether a predetermined gesture is detected by the camera or sensor when the EPD time expires, and extend the EPD time when the predetermined gesture is detected. determine whether a last word of the voice input corresponds to a predetermined word stored in the memory when the EPD time expires, and extend the EPD time and wait for reception of a voice input when the last word corresponds to the predetermined word, characterized in that the processor is further configured to: determine whether a predetermined gesture is detected by the camera or sensor when the EPD time expires, and extend the EPD time when the predetermined gesture is detected. determine whether a predetermined gesture is detected by the camera or sensor when the EPD time expires, and extend the EPD time when the predetermined gesture is detected.
A catheter comprising: an elongated body having a multi-layered portion with a magnetic-based sensor assembly, a control handle proximal of the elongated body, and ,a distal section distal of the elongated body, the distal section having an electrode wherein the portion has a first layer , a braided mesh over the first layer, and a second layer , the first layer defining a lumen, the second layer having a reflowed construction over the braided mesh and the first layer, the first and second layers being of similar thermoplastic materials, and wherein the magnetic-based sensor assembly has a first wire sensor with a first coil portion , a first distal portion and a first proximal portion , the first coil portion being at a first location on the second layer of the elongated body, the first distal portion and the first proximal portion extending toward a proximal end of the elongated body, wherein the magnetic-based sensor assembly has a second wire sensor with a second coil portion , a second distal portion and a second proximal portion , the second coil portion being at a second location on the second layer of the elongated body, the second location being distal of the first location, the second distal portion and the second proximal portion extending toward a proximal end of the elongated body, with one segment of each passing under the first coil portion of the first wire sensor, wherein the catheter further comprises an insulation sleeve on the second layer of the elongated body between the first coil portion and the segments of the second distal and proximal portions. an elongated body having a multi-layered portion with a magnetic-based sensor assembly, a control handle proximal of the elongated body, and ,a distal section distal of the elongated body, the distal section having an electrode wherein the portion has a first layer , a braided mesh over the first layer, and a second layer , the first layer defining a lumen, the second layer having a reflowed construction over the braided mesh and the first layer, the first and second layers being of similar thermoplastic materials, and wherein the magnetic-based sensor assembly has a first wire sensor with a first coil portion , a first distal portion and a first proximal portion , the first coil portion being at a first location on the second layer of the elongated body, the first distal portion and the first proximal portion extending toward a proximal end of the elongated body, wherein the magnetic-based sensor assembly has a second wire sensor with a second coil portion , a second distal portion and a second proximal portion , the second coil portion being at a second location on the second layer of the elongated body, the second location being distal of the first location, the second distal portion and the second proximal portion extending toward a proximal end of the elongated body, with one segment of each passing under the first coil portion of the first wire sensor, wherein the catheter further comprises an insulation sleeve on the second layer of the elongated body between the first coil portion and the segments of the second distal and proximal portions.
An ultraviolet (UV) lamp apparatus for treatment of an aqueous fluid, comprising: at least one filament (104, 105, 108, 109, 204-207, 406, 407, 409, 410, 502, 503); a location for amalgam; an amount of amalgam; a heat-sink assembly thermally coupled to the lamp apparatus near the location for amalgam with a temperature sensor and a heating element thermally coupled to the heat-sink; and at least one temperature control circuit comprising the temperature sensor and the heating element electrically connected to the at least one filament 104, 105, 108, 109, 204-207, 406, 407, 409, 410, 502, 503), wherein the temperature control circuit is configured to vary the electrical power delivered to the heating element, wherein the temperature control circuit is configured to introduce a heating load by drawing power from the lamp power supply via the electrical connection to the at least one filament 104, 105, 108, 109, 204-207, 406, 407, 409, 410, 502, 503 ), whereby the heating element heats the location for amalgam, thereby controlling an internal temperature of the lamp apparatus, and the amalgam, in view of controlling an internal temperature of the lamp apparatus relative to a temperature set point. at least one filament (104, 105, 108, 109, 204-207, 406, 407, 409, 410, 502, 503); a location for amalgam; an amount of amalgam; a heat-sink assembly thermally coupled to the lamp apparatus near the location for amalgam with a temperature sensor and a heating element thermally coupled to the heat-sink; and at least one temperature control circuit comprising the temperature sensor and the heating element electrically connected to the at least one filament 104, 105, 108, 109, 204-207, 406, 407, 409, 410, 502, 503), wherein the temperature control circuit is configured to vary the electrical power delivered to the heating element, wherein the temperature control circuit is configured to introduce a heating load by drawing power from the lamp power supply via the electrical connection to the at least one filament 104, 105, 108, 109, 204-207, 406, 407, 409, 410, 502, 503 ), whereby the heating element heats the location for amalgam, thereby controlling an internal temperature of the lamp apparatus, and the amalgam, in view of controlling an internal temperature of the lamp apparatus relative to a temperature set point.
Method for operating a machine tool , with the steps: - during a machining process in which at least one first workpiece of a first batch is machined by means of the machine tool: detecting at least one measured variable by means of a detection device of the machine tool (12; step S1); - determining at least one measured value which characterises the machining process as a function of the measured variable detected during the machining process by means of an electronic computing device (12; step S2); and - comparing the determined measured value with at least one function value of at least one reference function which is determined before the machining process using at least one reference machining process that is carried out before the machining process by means of the machine tool and/or by means of a further machine tool and which is stored in an electronic memory device and characterises the reference machining process carried out in order to machine at least one second workpiece of a second batch (step S3). - during a machining process in which at least one first workpiece of a first batch is machined by means of the machine tool: detecting at least one measured variable by means of a detection device of the machine tool (12; step S1); - determining at least one measured value which characterises the machining process as a function of the measured variable detected during the machining process by means of an electronic computing device (12; step S2); and - comparing the determined measured value with at least one function value of at least one reference function which is determined before the machining process using at least one reference machining process that is carried out before the machining process by means of the machine tool and/or by means of a further machine tool and which is stored in an electronic memory device and characterises the reference machining process carried out in order to machine at least one second workpiece of a second batch (step S3).
A composition for use in treating diffuse large B-cell lymphoma, comprising JQ1, JQ6, JQ8, JQ13, JQ33 and/or JQ35 in combination with an anti-apoptotic agent selected from the group consisting of ABT263, ABT199, ABT737 and obatoclax.