mhurhangee/patent-ind-claim-en huggingface dataset:
A lighting strip system extending along a longitudinal axis direction (L), comprising: an elongated substrate profile with two elongated and mutually facing side walls and an elongated bottom wall connecting the side walls , which jointly delimit a receiving space (A), a first and a second mechanical coupling region , wherein the first coupling region is provided between the bottom wall and the second coupling region when viewed in the longitudinal axis direction (L), an elongated power supply unit extending in the longitudinal axis direction (L) in the receiving space (A), a lighting strip lamp which extends in the longitudinal axis direction (L), is in electrical contact with the power supply unit , and is releasably mechanically coupled to the second coupling region , and an electrical or electronic unit having a functional region and an operating region , wherein the functional region is arranged in the longitudinal axis direction (L) adjacent to the lighting strip lamp , and wherein the operating region extends at least partially between the lighting strip lamp and the bottom wall starting from the functional region , is in electrical contact with the power supply unit , and is releasably mechanically coupled to the first coupling region . an elongated substrate profile with two elongated and mutually facing side walls and an elongated bottom wall connecting the side walls , which jointly delimit a receiving space (A), a first and a second mechanical coupling region , wherein the first coupling region is provided between the bottom wall and the second coupling region when viewed in the longitudinal axis direction (L), an elongated power supply unit extending in the longitudinal axis direction (L) in the receiving space (A), a lighting strip lamp which extends in the longitudinal axis direction (L), is in electrical contact with the power supply unit , and is releasably mechanically coupled to the second coupling region , and an electrical or electronic unit having a functional region and an operating region , wherein the functional region is arranged in the longitudinal axis direction (L) adjacent to the lighting strip lamp , and wherein the operating region extends at least partially between the lighting strip lamp and the bottom wall starting from the functional region , is in electrical contact with the power supply unit , and is releasably mechanically coupled to the first coupling region .
A safety knife, comprising: a housing defining an internal cavity; a blade coupled to the housing; a sheath slideably engaged with the housing and configured to translate into the internal cavity of the housing to expose the blade in response to a force applied to the sheath; a switch pivotally coupled to the housing, wherein the sheath is released from a locked position in response to depression of the switch relative to the housing; and a locking arm pivotally coupled to the sheath, wherein the locking arm comprises a notch that locks the sheath in an extended position by engaging an internal wall of the housing; and characterized by further comprising a pawl pivotally coupled to the switch and configured to depress the locking arm. a housing defining an internal cavity; a blade coupled to the housing; a sheath slideably engaged with the housing and configured to translate into the internal cavity of the housing to expose the blade in response to a force applied to the sheath; a switch pivotally coupled to the housing, wherein the sheath is released from a locked position in response to depression of the switch relative to the housing; and a locking arm pivotally coupled to the sheath, wherein the locking arm comprises a notch that locks the sheath in an extended position by engaging an internal wall of the housing; and characterized by further comprising a pawl pivotally coupled to the switch and configured to depress the locking arm.
A refrigerator comprising: a cabinet having a storage compartment; a door configured to open and close the storage compartment and having an opening ; a panel assembly provided at the opening and configured to see through the storage compartment, the panel assembly comprising: a front panel defines a see-through region; a heat insulation panel spaced apart from a rear surface of the front panel ; an intermediate bar provided between the front panel and the heat insulation panel ; a knock sensor module configured to detect a user's knock input on the see-through region; and an illumination device provided in the storage compartment and turned on or off by a signal of the knock sensor module while the door is closed, such that the storage compartment is seen from the outside through the see-through region when the illumination device is turned on, characterized in that : a knock input region is the see-through region, and the knock sensor module is mounted outside the knock input region. a cabinet having a storage compartment; a door configured to open and close the storage compartment and having an opening ; a panel assembly provided at the opening and configured to see through the storage compartment, the panel assembly comprising: a front panel defines a see-through region; a heat insulation panel spaced apart from a rear surface of the front panel ; an intermediate bar provided between the front panel and the heat insulation panel ; a front panel defines a see-through region; a heat insulation panel spaced apart from a rear surface of the front panel ; an intermediate bar provided between the front panel and the heat insulation panel ; a knock sensor module configured to detect a user's knock input on the see-through region; and an illumination device provided in the storage compartment and turned on or off by a signal of the knock sensor module while the door is closed, such that the storage compartment is seen from the outside through the see-through region when the illumination device is turned on, characterized in that : a knock input region is the see-through region, and the knock sensor module is mounted outside the knock input region.
A method of generating reduced-noise image frames based on image frames received from a digital camera pipeline , the method comprising: in a digital processing resource comprising at least one digital processor : A. receiving at least one frame of image pixel data from a digital camera pipeline; B. receiving image metadata corresponding to the at least one received frame; and C. executing temporal de-noising operations for at least selected pixels of the at least one received frame of image pixel data utilizing the image metadata and a noise model wherein executing temporal de-noising operations comprises: evaluating (603.1) the noise model to estimate the noise present in a selected pixel from the at least one received frame, wherein the image metadata is an input to the evaluating of the noise model to estimate the noise present in the selected pixel; blending (603.2) data from a persistent image buffer with data from the at least one received frame ; updating (603.3) data in the persistent image buffer ; and outputting (603.4) the blended pixel data to a reduced-noise frame buffer, thereby to generate a reduced-noise image frame, wherein the noise model is a source for information useable in executing the blending . A. receiving at least one frame of image pixel data from a digital camera pipeline; B. receiving image metadata corresponding to the at least one received frame; and C. executing temporal de-noising operations for at least selected pixels of the at least one received frame of image pixel data utilizing the image metadata and a noise model wherein executing temporal de-noising operations comprises: evaluating (603.1) the noise model to estimate the noise present in a selected pixel from the at least one received frame, wherein the image metadata is an input to the evaluating of the noise model to estimate the noise present in the selected pixel; blending (603.2) data from a persistent image buffer with data from the at least one received frame ; updating (603.3) data in the persistent image buffer ; and outputting (603.4) the blended pixel data to a reduced-noise frame buffer, thereby to generate a reduced-noise image frame, wherein the noise model is a source for information useable in executing the blending . evaluating (603.1) the noise model to estimate the noise present in a selected pixel from the at least one received frame, wherein the image metadata is an input to the evaluating of the noise model to estimate the noise present in the selected pixel; blending (603.2) data from a persistent image buffer with data from the at least one received frame ; updating (603.3) data in the persistent image buffer ; and outputting (603.4) the blended pixel data to a reduced-noise frame buffer, thereby to generate a reduced-noise image frame, wherein the noise model is a source for information useable in executing the blending .
Air spring assembly for a motor vehicle, comprising an air spring , an air spring bellows , an air spring cover, and a rolling piston , wherein the air spring bellows is a tubular rolling bellows, wherein the air spring bellows is arranged concentrically about a central longitudinal axis of the air spring , between the air spring cover and the rolling piston , wherein the air spring bellows has a first partial air spring bellows and a second partial air spring bellows , wherein the first partial air spring bellows partially encloses an air volume at the end of the air spring on the cover side, wherein the second partial air spring bellows encloses the air volume at the end of the air spring on the rolling piston side, wherein the first partial air spring bellows has a first embedded textile reinforcement, wherein the second partial air spring bellows has a second embedded textile reinforcement, characterized in that the first textile reinforcement has first reinforcing threads, the preferred axis of which extends parallel or nearly parallel to the axis of the central longitudinal axis of the air spring , wherein the second textile reinforcement has second reinforcing threads, the first preferred axis of which extends obliquely to the longitudinal axis of the air spring and the second preferred axis of which extends obliquely to the longitudinal axis of the air spring , wherein the first and the second preferred axis are at an angle to each other, wherein the first partial air spring bellows comprises a first elastomer blend, and the second partial air spring bellows comprises a second elastomer blend, wherein the first elastomer blend differs from the second elastomer blend or the first elastomer blend is identical with the second elastomer blend, wherein the first elastomer blend comprises at least one first elastomer layer , and the second elastomer blend comprises at least one second elastomer layer , wherein the first partial air spring bellows has a system of folds , wherein the system of folds comprises at least two folds , wherein the at least two folds are formed by folding the layers of the first embedded textile reinforcements and/or of the first elastomer layers , wherein the at least two folds have two apex lines and a common trough line when viewed from the central longitudinal axis of the air spring , wherein the at least two apex lines and the at least one trough line extend concentrically around the longitudinal axis of the air spring , wherein the at least two apex lines correspond to maximum radii of the first partial air spring bellows and the at least one trough line corresponds to a minimum radius of the first partial air spring bellows , wherein the system of folds comprises a constriction of the first partial air spring bellows to form the one trough line, wherein the constriction is designed to accommodate a ring or a cord bandage.
An electric brake actuator module , comprising: a module housing having a guideway ; and a reciprocating ram axially movable in the guideway , wherein the ram has an inner portion of non-circular cross-section and an outer portion of circular cross-section, and wherein the guideway has an inner longitudinal portion of non-circular cross-section for interacting with the inner portion of the ram to prevent rotation of the inner portion of the ram and to determine a stroke of the ram , and an outer portion of circular cross-section sealed with respect to the outer portion of the ram . a module housing having a guideway ; and a reciprocating ram axially movable in the guideway , wherein the ram has an inner portion of non-circular cross-section and an outer portion of circular cross-section, and wherein the guideway has an inner longitudinal portion of non-circular cross-section for interacting with the inner portion of the ram to prevent rotation of the inner portion of the ram and to determine a stroke of the ram , and an outer portion of circular cross-section sealed with respect to the outer portion of the ram .
A gas mixer comprising: - a mixing vessel , - a first line for providing a first gas, a second line for providing a second gas and a third line for providing a third gas, said first, second and third lines being in fluid communication with the mixing vessel for providing said first, second and third gases to said mixing vessel and obtaining a gas mixture in said mixing vessel , and - a delivery line in fluid communication with the mixing vessel for recovering at least a part of the gas mixture contained in the mixing vessel , and wherein: - the first line comprises a first pressure regulator , a first pressure sensor and a first mass flow controller comprising a first proportional valve and a first mass flow sensor , - the second line comprises a second pressure regulator , a second pressure sensor and a second mass flow controller comprising a second proportional valve and a second mass flow sensor , - the third line comprises a third pressure regulator , a third pressure sensor and a third mass flow controller comprising a third proportional valve and a third mass flow sensor , - the first, the second and the third lines are in fluid communication with the mixing vessel via an admission line , and - an oxygen sensor is arranged on the admission line . - a mixing vessel , - a first line for providing a first gas, a second line for providing a second gas and a third line for providing a third gas, said first, second and third lines being in fluid communication with the mixing vessel for providing said first, second and third gases to said mixing vessel and obtaining a gas mixture in said mixing vessel , and - a delivery line in fluid communication with the mixing vessel for recovering at least a part of the gas mixture contained in the mixing vessel , and wherein: - the first line comprises a first pressure regulator , a first pressure sensor and a first mass flow controller comprising a first proportional valve and a first mass flow sensor , - the second line comprises a second pressure regulator , a second pressure sensor and a second mass flow controller comprising a second proportional valve and a second mass flow sensor , - the third line comprises a third pressure regulator , a third pressure sensor and a third mass flow controller comprising a third proportional valve and a third mass flow sensor , - the first, the second and the third lines are in fluid communication with the mixing vessel via an admission line , and - an oxygen sensor is arranged on the admission line .
A cochlear implant system comprising; an input unit configured to provide a first electrical signal from a first sound source and a second electrical signal from a second sound source ; a filterbank configured to filter the first electrical signal into a plurality of first band limited signals and the second electrical signal into a plurality of second band limited signals ; and the cochlear implant is characterized in that by comprising; a processing unit configured to generate a primary pulse pattern based on a first band selected from the plurality of first band limited signals and to generate a secondary pulse pattern based on a second band selected from the plurality of second band limited signals , the first band and the second band being defined by same or substantially overlapping frequency ranges; and an implant configured to receive the primary pulse pattern and the secondary pulse pattern from the processing unit , wherein the primary pulse pattern is configured to stimulate a cochlea of a user of the cochlear implant system during a first time slot , and the secondary pulse pattern is configured to stimulate the cochlea of the user of the cochlear implant system during a second time slot , and the first time slot and the second time slot are sequential time slots. an input unit configured to provide a first electrical signal from a first sound source and a second electrical signal from a second sound source ; a filterbank configured to filter the first electrical signal into a plurality of first band limited signals and the second electrical signal into a plurality of second band limited signals ; and the cochlear implant is characterized in that by comprising; a processing unit configured to generate a primary pulse pattern based on a first band selected from the plurality of first band limited signals and to generate a secondary pulse pattern based on a second band selected from the plurality of second band limited signals , the first band and the second band being defined by same or substantially overlapping frequency ranges; and an implant configured to receive the primary pulse pattern and the secondary pulse pattern from the processing unit , wherein the primary pulse pattern is configured to stimulate a cochlea of a user of the cochlear implant system during a first time slot , and the secondary pulse pattern is configured to stimulate the cochlea of the user of the cochlear implant system during a second time slot , and the first time slot and the second time slot are sequential time slots.
Rotary drive for pivoting two boom arms which are connected to one another in an articulated manner, in particular of a concrete distribution boom of a mobile or stationary concrete pump, having a drive in the form of a translational piston movement and having a gear mechanism for converting the translational piston movement of the drive into a rotary movement for pivoting the boom arms, wherein the gear mechanism comprises an output gear with a peripheral coupling toothing and two hydraulically or electrically driven coupling elements , wherein the coupling elements are each connected to the drive via a coupling rod and at least one coupling element is in engagement with the coupling toothing of the output gear , and, during operation of the rotary drive , the coupling elements are alternately in engagement with the output gear , and wherein the translational piston movement occurs perpendicularly to an axis of rotation (D) of the output gear .
A portioning device for portioning and conveying elongate casings stuffed with a mass, in particular synthetic or natural gut casings stuffed with sausage meat, comprising two circulating conveyor belts arranged adjacently to each other for conveying the stuffed casing and which are drivable by at least one drive means , wherein each conveyor belt has a conveying area which in operation is moved in a conveying direction , and a return area, wherein the stuffed casing is introduced between the conveying areas of the two conveyor belts and can then be conveyed in the conveying direction, at least one divider arranged on each conveyor belt and projecting laterally from the conveyor belt , wherein the divider has a first plate-shaped constriction portion for engaging with the stuffed casing and a second plate-shaped constriction portion , wherein two dividers of the adjacent conveyor belts cooperate in the conveying area in such a way that the stuffed casing is constricted, characterized in that the first plate-shaped constriction portion extends in operation substantially at a slant relative to a plane defined as perpendicular to the conveying direction , and the first plate-shaped constriction portion and the second plate-shaped constriction portion substantially enclose an angle of 150° ± 15°. at least one divider arranged on each conveyor belt and projecting laterally from the conveyor belt , wherein the divider has a first plate-shaped constriction portion for engaging with the stuffed casing and a second plate-shaped constriction portion , wherein two dividers of the adjacent conveyor belts cooperate in the conveying area in such a way that the stuffed casing is constricted, characterized in that the first plate-shaped constriction portion extends in operation substantially at a slant relative to a plane defined as perpendicular to the conveying direction , and the first plate-shaped constriction portion and the second plate-shaped constriction portion substantially enclose an angle of 150° ± 15°.
A computer-implemented method for determining an ovarian follicle count and size, the method comprising: receiving a pair of 2-D (two-dimensional) transvaginal ultrasound scans , each scan comprising a plurality of 2-D ultrasound images captured along a translation direction of an ultrasound probe used to capture said scan, the respective translation directions being at least approximately orthogonal, and for each of said scans, the method further comprising: detecting candidate follicles in the plurality of 2-D ultrasound images of the 2-D transvaginal ultrasound scan, wherein detecting candidate follicles in the plurality of 2-D ultrasound images comprises: approximating a volume image from the plurality of 2-D ultrasound images; detecting an ovary in the approximated volume image; detecting possible candidate follicles within the detected ovary; determining a volume for each candidate follicle; and rejecting the candidate follicles that have a determined volume below a defined volume threshold for subsequent segmenting; segmenting the detected candidate follicles to determine an average diameter for each candidate follicle; selecting the 2-D transvaginal ultrasound scan including the candidate follicle having the largest average diameter; and presenting the determined average diameters and the segmentations of the detected candidate follicles of the selected 2-D transvaginal ultrasound scan. detecting candidate follicles in the plurality of 2-D ultrasound images of the 2-D transvaginal ultrasound scan, wherein detecting candidate follicles in the plurality of 2-D ultrasound images comprises: approximating a volume image from the plurality of 2-D ultrasound images; detecting an ovary in the approximated volume image; detecting possible candidate follicles within the detected ovary; determining a volume for each candidate follicle; and rejecting the candidate follicles that have a determined volume below a defined volume threshold for subsequent segmenting; approximating a volume image from the plurality of 2-D ultrasound images; detecting an ovary in the approximated volume image; detecting possible candidate follicles within the detected ovary; determining a volume for each candidate follicle; and rejecting the candidate follicles that have a determined volume below a defined volume threshold for subsequent segmenting; segmenting the detected candidate follicles to determine an average diameter for each candidate follicle; selecting the 2-D transvaginal ultrasound scan including the candidate follicle having the largest average diameter; and presenting the determined average diameters and the segmentations of the detected candidate follicles of the selected 2-D transvaginal ultrasound scan.