mhurhangee/patent-ind-claim-en huggingface dataset:
A laser system port adaptor comprising: a first port arm for coupling with a laser source, wherein the first port arm contains an optical element for collimating a laser light beam having a wavelength contained within at least one of two narrow bands of an electromagnetic spectrum of light; a second port arm for coupling with an illumination system; a third port arm for coupling with a fiber optic cable of a laser probe; and a multiplexing intersection region where the first port arm, the second port arm, and the third port arm intersect, the multiplexing intersection region containing: a diffractive optical element, DOE, configured to receive a collimated laser light beam from the optical element and to create a multi-spot laser pattern of laser light beams; and a beamsplitter configured to reflect the at least two narrow bands of the electromagnetic spectrum of light, receive the multi-spot pattern of laser light beams, reflect the multi-spot laser pattern of laser light beams towards the third port arm , receive an illumination beam from the illumination system, and transmit portions of the illumination beam not contained within the at least two narrow bands of the electromagnetic spectrum towards the third port arm. a first port arm for coupling with a laser source, wherein the first port arm contains an optical element for collimating a laser light beam having a wavelength contained within at least one of two narrow bands of an electromagnetic spectrum of light; a second port arm for coupling with an illumination system; a third port arm for coupling with a fiber optic cable of a laser probe; and a multiplexing intersection region where the first port arm, the second port arm, and the third port arm intersect, the multiplexing intersection region containing: a diffractive optical element, DOE, configured to receive a collimated laser light beam from the optical element and to create a multi-spot laser pattern of laser light beams; and a beamsplitter configured to reflect the at least two narrow bands of the electromagnetic spectrum of light, receive the multi-spot pattern of laser light beams, reflect the multi-spot laser pattern of laser light beams towards the third port arm , receive an illumination beam from the illumination system, and transmit portions of the illumination beam not contained within the at least two narrow bands of the electromagnetic spectrum towards the third port arm. a diffractive optical element, DOE, configured to receive a collimated laser light beam from the optical element and to create a multi-spot laser pattern of laser light beams; and a beamsplitter configured to reflect the at least two narrow bands of the electromagnetic spectrum of light, receive the multi-spot pattern of laser light beams, reflect the multi-spot laser pattern of laser light beams towards the third port arm , receive an illumination beam from the illumination system, and transmit portions of the illumination beam not contained within the at least two narrow bands of the electromagnetic spectrum towards the third port arm.
Gear unit (G), comprising at least one gear housing having at least one locking component (2.4, 2.4') for the form-fit and/or force-fit attachment of an electric motor to the gear unit (G), wherein the gear housing has an additional locking unit as an additional radial stop, which is able to be pressed into the locking component (2.4) to achieve a locked state, wherein the locking component (2.4, 2.4') is configured as a circumferential edge or flange collar , in which a number of undercuts (2.4.1, 2.4.1') are incorporated, in which the electric motor by means of a form fit or force fit is lockable in one of a plurality of predeterminable positions. wherein the gear housing has an additional locking unit as an additional radial stop, which is able to be pressed into the locking component (2.4) to achieve a locked state, wherein the locking component (2.4, 2.4') is configured as a circumferential edge or flange collar , in which a number of undercuts (2.4.1, 2.4.1') are incorporated, in which the electric motor by means of a form fit or force fit is lockable in one of a plurality of predeterminable positions.
Method for exchanging data between a power module and a plurality of transistor gate drivers , each gate driver controlling a transistor , each gate driver being connected to the power module via an optical link , the method comprising a step of: - for at least one transistor , measuring at least one electrical quantity relating to the transistor , the method being characterised in that it comprises a step of: - transmitting the measurement to the power module through the optical link . - for at least one transistor , measuring at least one electrical quantity relating to the transistor , - transmitting the measurement to the power module through the optical link .
An airbag arrangement for a vehicle , said airbag arrangement comprising an inflatable airbag and an external extension control member being operatively associated with said airbag , said airbag being adapted to in a deployed state be inflated in a longitudinal direction (x) of said vehicle to a position between an interior portion of said vehicle in front of a seated vehicle occupant and an upper body region of said seated vehicle occupant , wherein said external extension control member has a selectable operative length (l o 1 , l o 2 , l o 3 , l o 4 , l o 5 ), and wherein said external extension control member controls deployment of said airbag by means of said selectable operative length (l o 1 , l o 2 , l o 3 , l o 4 , l o 5 ), wherein said airbag in an unrestricted deployed state has a substantially rectangular shape, for which a longitudinal extension (L) of said airbag is significantly greater than a vertical extension (T) of said airbag , said shape allowing rolling of said airbag upon itself starting at a distal end , the extent to which said airbag is forced to roll out in said deployed state being controlled by said selectable operative length (l o 1 , l o 2 , l o 3 , l o 4 , l o 5 ) of said external extension control member .
An area efficient amplifier , comprising: a first oscillator having an input and a plurality of N outputs (110[1:N]) having a respective plurality of N output phases; a second oscillator having an input and a plurality of N outputs (112[1:N]) having a respective of N output phases; a plurality of N phase detectors (114[1:N]), each phase detector has a first input, a second input, a first output (116[1:N]), and a second output (118[1:N]), wherein each first input of each phase detector is coupled to respective one of the plurality of N outputs of the first oscillator, wherein each second input of each phase detector is coupled to respective one of the plurality of N outputs of the second oscillator, wherein each phase detector is arranged to compare the output phases at the respective first and second inputs against each other, wherein the first output and the second output of each phase detector are continuous-time pulse-width modulated signals; and a plurality of N quantizers, each quantizer has a data input, a clock input, and an output, wherein each data input of each quantizer is coupled to respective one first output of the plurality of N phase detectors or one second output of the plurality of N phase detectors, wherein the amplifier amplifies a continuous-time continuous-amplitude signal and converts the continuous-time continuous-amplitude signal to a discrete-time discrete-amplitude signal. a first oscillator having an input and a plurality of N outputs (110[1:N]) having a respective plurality of N output phases; a second oscillator having an input and a plurality of N outputs (112[1:N]) having a respective of N output phases; a plurality of N phase detectors (114[1:N]), each phase detector has a first input, a second input, a first output (116[1:N]), and a second output (118[1:N]), wherein each first input of each phase detector is coupled to respective one of the plurality of N outputs of the first oscillator, wherein each second input of each phase detector is coupled to respective one of the plurality of N outputs of the second oscillator, wherein each phase detector is arranged to compare the output phases at the respective first and second inputs against each other, wherein the first output and the second output of each phase detector are continuous-time pulse-width modulated signals; and a plurality of N quantizers, each quantizer has a data input, a clock input, and an output, wherein each data input of each quantizer is coupled to respective one first output of the plurality of N phase detectors or one second output of the plurality of N phase detectors, wherein the amplifier amplifies a continuous-time continuous-amplitude signal and converts the continuous-time continuous-amplitude signal to a discrete-time discrete-amplitude signal.
A computer-implemented recommendation system for recommending a type of oral care accessory to be used as part of an oral care device, comprising: an input for receiving input data comprising oral geometry information in respect of a user for whom an accessory is to be recommended; an input for receiving input data comprising user behavioral information in respect of the manner in which the particular user conducts their oral care using the oral care device with an accessory; and a processor which is adapted to: model the interaction between one or more oral care accessories of a set of oral care accessories, and the oral geometry of the user when the user performs an oral care routine in said manner; determine from said modelling a cleaning metric representing the effectiveness of the oral care routine when using said one or more oral care accessories; and based on said cleaning metric, provide a recommendation of a suitable oral care accessory, from the set of different oral care accessories, to be used with the oral care device. an input for receiving input data comprising oral geometry information in respect of a user for whom an accessory is to be recommended; an input for receiving input data comprising user behavioral information in respect of the manner in which the particular user conducts their oral care using the oral care device with an accessory; and a processor which is adapted to: model the interaction between one or more oral care accessories of a set of oral care accessories, and the oral geometry of the user when the user performs an oral care routine in said manner; determine from said modelling a cleaning metric representing the effectiveness of the oral care routine when using said one or more oral care accessories; and based on said cleaning metric, provide a recommendation of a suitable oral care accessory, from the set of different oral care accessories, to be used with the oral care device. model the interaction between one or more oral care accessories of a set of oral care accessories, and the oral geometry of the user when the user performs an oral care routine in said manner; determine from said modelling a cleaning metric representing the effectiveness of the oral care routine when using said one or more oral care accessories; and based on said cleaning metric, provide a recommendation of a suitable oral care accessory, from the set of different oral care accessories, to be used with the oral care device.
A molding material comprising a pellet group of at least 20 saponified ethylene-vinyl ester-based copolymer pellets (P), wherein each of the pellets (P) constituting the pellet group of saponified ethylene-vinyl ester-based copolymer pellets (P) is a pellet (P) whose surface consists of a single closed surface; and when a maximum outer diameter of a pellet (P) is taken as a long diameter (a) and a minimum diameter in a cross section (F) having the greatest area among cross sections (F) perpendicular to the long diameter is taken as a short diameter (c), long diameter and short diameter measured as described in the description, the average value of the long diameter (a)/short diameter (c) ratio of 20 pellets (P) taken from the pellet group is 1.6 or less; and characterized in that the standard deviation of the long diameter (a)/short diameter (c) ratio of the 20 pellets (P) is 0.13 or less, said standard deviation calculated as described in the description. each of the pellets (P) constituting the pellet group of saponified ethylene-vinyl ester-based copolymer pellets (P) is a pellet (P) whose surface consists of a single closed surface; and when a maximum outer diameter of a pellet (P) is taken as a long diameter (a) and a minimum diameter in a cross section (F) having the greatest area among cross sections (F) perpendicular to the long diameter is taken as a short diameter (c), long diameter and short diameter measured as described in the description, the average value of the long diameter (a)/short diameter (c) ratio of 20 pellets (P) taken from the pellet group is 1.6 or less; and characterized in that the standard deviation of the long diameter (a)/short diameter (c) ratio of the 20 pellets (P) is 0.13 or less, said standard deviation calculated as described in the description.
A foldable insulated bag comprising: a bag main body including a bottom surface portion and side surface portions ; a lid body attached to the bag main body ; and a bottom surface insulating member and a side surface insulating member provided to the bag main body , wherein the side surface insulating member has an end portion, closer to the bottom surface insulating member , provided with a fold back portion that is provided to cover at least a part of the bottom surface insulating member during use of the insulated bag , and the side surface portions comprise a left side surface portion and a right side surface portion , characterized in that , when the insulated bag is folded, the lid body and the bottom surface portion are pivoted by 270 degrees in directions opposite to each other to have their surfaces overlapped with and brought into contact with the outer surfaces of their respective facing side surface portions , and the left side surface portion and the right side surface portion are bent with their center part recessed to be in a V shape. a bag main body including a bottom surface portion and side surface portions ; a lid body attached to the bag main body ; and a bottom surface insulating member and a side surface insulating member provided to the bag main body , wherein the side surface insulating member has an end portion, closer to the bottom surface insulating member , provided with a fold back portion that is provided to cover at least a part of the bottom surface insulating member during use of the insulated bag , and the side surface portions comprise a left side surface portion and a right side surface portion , when the insulated bag is folded, the lid body and the bottom surface portion are pivoted by 270 degrees in directions opposite to each other to have their surfaces overlapped with and brought into contact with the outer surfaces of their respective facing side surface portions , and the left side surface portion and the right side surface portion are bent with their center part recessed to be in a V shape.
Drive for medium voltage circuit breaker with vacuum interrupters, wherein the drive is provided with a magnetic actuator with a yoke , and an anchor , wherein at least the yoke or the anchor is movable, and the movable part of the drive is coupled to movable part of a switch, and that the yoke is provided with an actuation coil , wherein the actuation coil is being driven actively by activation with electrical energy, and that the yoke is provided with at least one passive coil , and with at least one permanent magnet , arranged inside or at the yoke, by which the magnetic flux will be further concentrated and/or enhanced towards the airgap to the anchor, characterised in that the at least one passive coil is coupled with the actuation coil only inductively, wherein terminals of each passive coil of the at least one passive coil are directly short-circuited or provided with a resistor, or a diode, or a zenerdiode between the terminals of each passive coil, and wherein upon actuation of the drive, current flow in the actuation coil is configured to move the yoke and anchor towards each other and the current flow in the actuation coil is configured to cause induced current or eddy currents to flow in each passive coil of the at least one passive coil that damps a speed of the movement of the yoke and anchor towards each other. wherein the drive is provided with a magnetic actuator with a yoke , and an anchor , wherein at least the yoke or the anchor is movable, and the movable part of the drive is coupled to movable part of a switch, and that the yoke is provided with an actuation coil , wherein the actuation coil is being driven actively by activation with electrical energy, and that the yoke is provided with at least one passive coil , and with at least one permanent magnet , arranged inside or at the yoke, by which the magnetic flux will be further concentrated and/or enhanced towards the airgap to the anchor, characterised in that the at least one passive coil is coupled with the actuation coil only inductively, wherein terminals of each passive coil of the at least one passive coil are directly short-circuited or provided with a resistor, or a diode, or a zenerdiode between the terminals of each passive coil, and wherein upon actuation of the drive, current flow in the actuation coil is configured to move the yoke and anchor towards each other and the current flow in the actuation coil is configured to cause induced current or eddy currents to flow in each passive coil of the at least one passive coil that damps a speed of the movement of the yoke and anchor towards each other.
A method of detecting an overburden event, the method comprising: receiving a first signal from a sensor disposed in a wellbore, wherein the signal comprises an indication of an acoustic signal received at one or more depths within the wellbore , wherein the signal is indicative of the acoustic signal across a frequency spectrum, receiving a second signal comprising an indication of a pressure or flow within the wellbore , determining a plurality of frequency domain features of the acoustic signal across the frequency spectrum; comparing the plurality of frequency domain features to an overburden event signature, determining, for one or more depths within the wellbore , a presence of an overburden event based on the plurality of frequency domain features matching the overburden event signature at one or more depths in the wellbore , correlating the overburden event with the pressure or flow, determining a presence and location of the overburden event based on the presence of the overburden event and the correlation of the overburden event with the pressure or flow; and generating an output indicative of the presence and the location of the overburden event. receiving a first signal from a sensor disposed in a wellbore, wherein the signal comprises an indication of an acoustic signal received at one or more depths within the wellbore , wherein the signal is indicative of the acoustic signal across a frequency spectrum, receiving a second signal comprising an indication of a pressure or flow within the wellbore , determining a plurality of frequency domain features of the acoustic signal across the frequency spectrum; comparing the plurality of frequency domain features to an overburden event signature, determining, for one or more depths within the wellbore , a presence of an overburden event based on the plurality of frequency domain features matching the overburden event signature at one or more depths in the wellbore , correlating the overburden event with the pressure or flow, determining a presence and location of the overburden event based on the presence of the overburden event and the correlation of the overburden event with the pressure or flow; and generating an output indicative of the presence and the location of the overburden event.
A magnet assembly comprising a ringshaped sleeve-shaped plastic-bonded permanent magnet and a metal support sleeve which is arranged coaxially with respect to the permanent magnet, is permanently connected to the permanent magnet and has at least one end flange element , wherein the plastic-bonded permanent magnet rests by one of its end faces directly against the at least one flange element of the support sleeve, characterized in that the plastic-bonded permanent magnet has exactly three or four formations , each of which is evenly spaced apart from the other, and by means of these formations of the plastic-bonded permanent magnet projecting away from the end face of the plastic-bonded permanent magnet connected in a form-fit manner to the one flange element or connected in a form-fit manner to the multiple flange elements of the support sleeve so that the plastic-bonded permanent magnet and the support sleeve are fixedly connected to one another in the coaxial direction via the form-fit connection.
Trim part for a motor vehicle (K), wherein the trim part has a visible upper side , which is formed in the installed state by a decorative film , which is at least in part light-transmissive, and on which upper side at least one region is formed that is able to be brightened by the light (L) from at least one light source and is perceivable at least when the light source is switched on, wherein a light unit having the at least one light source is arranged on an underside of the decorative film lying opposite the upper side , characterized in that , in the order of the layers, a first, opaque layer stabilizing the trim part is back-injection-moulded behind the light unit , which is entirely enclosed thereby such that the decorative film , the light unit and the opaque layer form a fixedly interconnected mountable structural unit.
Method for preserving boiled shellfish and/or crustaceans in a packaging, comprising the following steps: - packaging the boiled shellfish and/or crustaceans in a packaging under a protective atmosphere; - closing/sealing the packaging; - heating the closed/sealed packaging containing the boiled shellfish and/or crustaceans, - wherein heating of the packaging is carried out in an autoclave, by means of steam or heated water, - wherein heating of the closed/sealed packaging is carried out at an overpressure in the range from 0.1 - 3.0 bar(g); characterized in that a temperature sensor is provided in the packaging in the autoclave for measuring the temperature of the boiled shellfish and/or crustaceans at the coldest point in the packaging; the method further comprising the steps: - heating of the closed/sealed packaging until the temperature of the boiled shellfish and/or crustaceans at the coldest point in the packaging has reached a temperature in the range from 70 - 80°C; - stopping heating and starting cooling of the packaging. - packaging the boiled shellfish and/or crustaceans in a packaging under a protective atmosphere; - closing/sealing the packaging; - heating the closed/sealed packaging containing the boiled shellfish and/or crustaceans, - wherein heating of the packaging is carried out in an autoclave, by means of steam or heated water, - wherein heating of the closed/sealed packaging is carried out at an overpressure in the range from 0.1 - 3.0 bar(g); - heating of the closed/sealed packaging until the temperature of the boiled shellfish and/or crustaceans at the coldest point in the packaging has reached a temperature in the range from 70 - 80°C; - stopping heating and starting cooling of the packaging.