mhurhangee/ep-ind-claims huggingface dataset:
A variable spectral phase encoder comprising: a plurality of switches, comprising at least a first switch and a second switch; and at least one encoder coupled between the first switch and the second switch of the plurality of switches, the first switch having a first state which causes an optical signal input to the first switch to pass through the second switch bypassing the encoder and a second state which causes an optical signal input to the first switch to pass through the encoder before passing through the second switch, the first switch being operable to selectively route the optical signal along a path through or bypassing the encoder, so as to apply a Hadamard sequence to the optical signal. a plurality of switches, comprising at least a first switch and a second switch; and at least one encoder coupled between the first switch and the second switch of the plurality of switches, the first switch having a first state which causes an optical signal input to the first switch to pass through the second switch bypassing the encoder and a second state which causes an optical signal input to the first switch to pass through the encoder before passing through the second switch, the first switch being operable to selectively route the optical signal along a path through or bypassing the encoder, so as to apply a Hadamard sequence to the optical signal.
An insert for a drill comprising a square flat plate-shaped insert body, the insert body having one square face being a rake face, each of four side ridge portions of the rake face being formed with a cutting edge, the insert for a drill being able to be detachably attached to an indexable insert drill with one of the cutting edges being made to protrude toward the tip of the drill body of the indexable insert drill, each of the cutting edges having a corner cutting edge located at a corner of the rake face, and a major cutting edge and a wiper edge which extend substantially toward one peripheral direction of the rake face from the corner cutting edge, the major cutting edge having a first major cutting edge portion which has a convexly curved shape and extends from the corner cutting edge, and a second major cutting edge portion which is smoothly connected to the first major cutting edge portion and extends linearly, as seen from a direction facing the rake face, and the wiper edge having a straight shape intersecting the second major cutting edge portion at an obtuse angle; characterized in that the length of the convex curve chord formed by the first major cutting edge portion is set to the range of 0.3 × IC to 0.7 × IC with respect to the diameter IC of a circle inscribed in this rake face, as seen from a direction facing the rake face.
A method for performing wireless communication by a first device, the method comprising: transmitting, on a physical sidelink control channel, PSCCH, to a second device, first sidelink control information, SCI; and transmitting, on a physical sidelink shared channel, PSSCH, to the second device, second SCI, wherein the method further comprises generating modulation symbols for a transmission of the second SCI, wherein a number of the modulation symbols is determined by adding a gamma value to a minimum value among a first value and a second value, wherein the first value is obtained based on multiplying a sum of a number of bits of the second SCI and a number of cyclic redundancy check, CRC, bits for the second SCI by a beta offset value included in the first SCI, wherein the second value is obtained based on an alpha value configured per a resource pool, a number of symbols for transmission of the PSSCH, and a number of resource elements, REs, for the transmission of the second SCI in each symbol, wherein the gamma value is a number of vacant REs in a resource block, RB, to which a last modulation symbol of the second SCI belongs, and wherein the vacant REs excludes one or more REs to which channel state information reference signal, CSI-RS, is mapped. transmitting, on a physical sidelink control channel, PSCCH, to a second device, first sidelink control information, SCI; and transmitting, on a physical sidelink shared channel, PSSCH, to the second device, second SCI, wherein the method further comprises generating modulation symbols for a transmission of the second SCI, wherein a number of the modulation symbols is determined by adding a gamma value to a minimum value among a first value and a second value, wherein the first value is obtained based on multiplying a sum of a number of bits of the second SCI and a number of cyclic redundancy check, CRC, bits for the second SCI by a beta offset value included in the first SCI, wherein the second value is obtained based on an alpha value configured per a resource pool, a number of symbols for transmission of the PSSCH, and a number of resource elements, REs, for the transmission of the second SCI in each symbol, wherein the gamma value is a number of vacant REs in a resource block, RB, to which a last modulation symbol of the second SCI belongs, and wherein the vacant REs excludes one or more REs to which channel state information reference signal, CSI-RS, is mapped.
Measuring device for transmitter performance measuring, comprising - a first measuring path, adapted to receive a measuring signal from a device under test, and determine first measuring values from the measuring signal, - a second measuring path, adapted to receive the measuring signal, and determine second measuring values from the measuring signal, and - a noise suppressor, connected to an output of the first measuring path and to an output of the second measuring path, which is adapted to - receive the first measuring values and the second measuring values, and - suppress noise, by, for each first measuring value, multiplying the first measuring value with an according second measuring value of the same point in time, generating a plurality of measuring value products, wherein the first measuring path and the second measuring path are identical. - a first measuring path, adapted to receive a measuring signal from a device under test, and determine first measuring values from the measuring signal, - a second measuring path, adapted to receive the measuring signal, and determine second measuring values from the measuring signal, and - a noise suppressor, connected to an output of the first measuring path and to an output of the second measuring path, which is adapted to - receive the first measuring values and the second measuring values, and - suppress noise, by, for each first measuring value, multiplying the first measuring value with an according second measuring value of the same point in time, generating a plurality of measuring value products, wherein the first measuring path and the second measuring path are identical.
A dispenser water supply system comprising: a dispenser adapted to be provided at a front surface of a freezing compartment door of a refrigerator and configured to dispense water and ice, the dispenser including an outlet and a dispenser case that is depressed inwards from the front surface of the freezing compartment door to form a dispenser room; an ice making apparatus configured to provide ice to the dispenser; and a splitting valve configured to dispense water into the outlet of the dispenser and to the ice making apparatus to produce ice, the splitting valve being mounted at the dispenser, and the dispenser water supply system further comprises a dispenser cover configured to cover the splitting valve, wherein the splitting valve is arranged at a depressed space of the dispenser at an upper space of the dispenser room, characterized in that a lower surface of the dispenser cover hides the splitting valve, a hole is formed in a portion of the lower surface of the dispenser cover, and the hole is positioned close to the splitting valve so that if the splitting valve is broken and water leaks therethrough, the hole allows the water to be drained without flowing into an inside of a freezing compartment. a dispenser adapted to be provided at a front surface of a freezing compartment door of a refrigerator and configured to dispense water and ice, the dispenser including an outlet and a dispenser case that is depressed inwards from the front surface of the freezing compartment door to form a dispenser room; an ice making apparatus configured to provide ice to the dispenser; and a splitting valve configured to dispense water into the outlet of the dispenser and to the ice making apparatus to produce ice, the splitting valve being mounted at the dispenser, and the dispenser water supply system further comprises a dispenser cover configured to cover the splitting valve, wherein the splitting valve is arranged at a depressed space of the dispenser at an upper space of the dispenser room, characterized in that the dispenser water supply system further comprises a dispenser cover configured to cover the splitting valve, wherein the splitting valve is arranged at a depressed space of the dispenser at an upper space of the dispenser room, characterized in that a lower surface of the dispenser cover hides the splitting valve, a hole is formed in a portion of the lower surface of the dispenser cover, and the hole is positioned close to the splitting valve so that if the splitting valve is broken and water leaks therethrough, the hole allows the water to be drained without flowing into an inside of a freezing compartment.
Device for centring belt reels accommodating an electrical component, of differing diameters, for an installation for the storage, inputting, and outputting of belt reels, wherein in each case one of the belt reels can be laid with a flat outer side on a flat horizontal contact surface of the device in an input region, wherein - the device comprises a stop element arranged above the contact surface for the loosely placed belt reel, - the stop element comprises perpendicular side walls open in a V-shape towards the input region, which form the contact surfaces for the belt reel, and - the contact surface can be displaced relative to the stop element in such a way that the belt reel passes between the side walls, characterized in that - an optical sensor is provided for detecting the location of the reel edge of the belt reel which is in contact with the side walls. - the device comprises a stop element arranged above the contact surface for the loosely placed belt reel, - the stop element comprises perpendicular side walls open in a V-shape towards the input region, which form the contact surfaces for the belt reel, and - the contact surface can be displaced relative to the stop element in such a way that the belt reel passes between the side walls, characterized in that - an optical sensor is provided for detecting the location of the reel edge of the belt reel which is in contact with the side walls.
A solid-state image sensor comprising: a pixel array in which a plurality of pixels are arranged, each pixel being provided with a sensor that includes an avalanche photodiode, a quenching resistor (301, 701) and a structure (303, 601-605, 701) for selecting a bias voltage to be applied, wherein the structure of an abnormal pixel is configured to select a bias voltage smaller than a breakdown voltage of the avalanche photodiodes to be applied across the avalanche photodiode, wherein the abnormal pixel is a pixel having a defect, and wherein the structure of a normal pixel is configured to select a bias voltage greater than or equal to a breakdown voltage of the avalanche photodiodes to be applied across the avalanche photodiodes. a pixel array in which a plurality of pixels are arranged, each pixel being provided with a sensor that includes an avalanche photodiode, a quenching resistor (301, 701) and a structure (303, 601-605, 701) for selecting a bias voltage to be applied, wherein the structure of an abnormal pixel is configured to select a bias voltage smaller than a breakdown voltage of the avalanche photodiodes to be applied across the avalanche photodiode, wherein the abnormal pixel is a pixel having a defect, and wherein the structure of a normal pixel is configured to select a bias voltage greater than or equal to a breakdown voltage of the avalanche photodiodes to be applied across the avalanche photodiodes.
Mixture comprising or consisting of trans- and cis-configurated oxacyclohexadecen-2-on, wherein the weight ratio of compound to compound is in the range of 10: 90 to 60: 40, or of trans- and cis-configurated oxacycloheptadec-10-en-2-on, wherein the weight ratio of compound to compound is in the range of 10: 90 to 60: 40. trans- and cis-configurated oxacyclohexadecen-2-on, wherein the weight ratio of compound to compound is in the range of 10: 90 to 60: 40, or of trans- and cis-configurated oxacycloheptadec-10-en-2-on, wherein the weight ratio of compound to compound is in the range of 10: 90 to 60: 40.
An information presentation system comprising: an onboard device including a camera (1, 1a, 1b, 1c, 1d) configured to be arranged on a vehicle; and a terminal device having portability and performing wireless communication with the onboard device, the terminal device being configured: to acquire an image around the vehicle captured by the camera (1, 1a, 1b, 1c, 1d); to superimpose a distance marker on the image, the distance marker representing a distance from the vehicle; to determine a delay state including a delay time of the wireless communication between the onboard device and the terminal device; and to present the image on which the distance marker is superimposed, wherein, when the wireless communication is not delayed, the terminal device superimposes the distance marker on the image at a reference position at which a distance from the vehicle is a distance represented by the distance marker, and when the wireless communication is delayed, the terminal device superimposes the distance marker on the image at a position at a traveling direction side of the vehicle than the reference position or a position at the vehicle side than the reference position. an onboard device including a camera (1, 1a, 1b, 1c, 1d) configured to be arranged on a vehicle; and a terminal device having portability and performing wireless communication with the onboard device, the terminal device being configured: to acquire an image around the vehicle captured by the camera (1, 1a, 1b, 1c, 1d); to superimpose a distance marker on the image, the distance marker representing a distance from the vehicle; to determine a delay state including a delay time of the wireless communication between the onboard device and the terminal device; and to present the image on which the distance marker is superimposed, to acquire an image around the vehicle captured by the camera (1, 1a, 1b, 1c, 1d); to superimpose a distance marker on the image, the distance marker representing a distance from the vehicle; to determine a delay state including a delay time of the wireless communication between the onboard device and the terminal device; and to present the image on which the distance marker is superimposed, wherein, when the wireless communication is not delayed, the terminal device superimposes the distance marker on the image at a reference position at which a distance from the vehicle is a distance represented by the distance marker, and when the wireless communication is delayed, the terminal device superimposes the distance marker on the image at a position at a traveling direction side of the vehicle than the reference position or a position at the vehicle side than the reference position.
A laser detection and ranging system comprising: a laser light source that is operable to generate a coherent light beam; a beam forming element in optical communication with the light source and operable to split the coherent light beam into a plurality of beamlets that are directed toward a target in a two dimensional field of view, the plurality of beamlets being equally spaced apart from one another throughout a field of view; and a light detector operable to receive at least one of the plurality of beamlets reflected from the target and generate a signal from the at least one beamlet, the signal being indicative of a characteristic of the target; characterized in that: the beam forming element includes a plurality of programmable elements operable to change a quantity and direction of the beamlets during the operation of the beam formingelement. a laser light source that is operable to generate a coherent light beam; a beam forming element in optical communication with the light source and operable to split the coherent light beam into a plurality of beamlets that are directed toward a target in a two dimensional field of view, the plurality of beamlets being equally spaced apart from one another throughout a field of view; and a light detector operable to receive at least one of the plurality of beamlets reflected from the target and generate a signal from the at least one beamlet, the signal being indicative of a characteristic of the target; characterized in that: the beam forming element includes a plurality of programmable elements operable to change a quantity and direction of the beamlets during the operation of the beam formingelement.
A method for the detection of anti-HCMV neutralizing antibodies, said method comprising steps of: (i) mixing (a) heat-inactivated serum from a rabbit that has been immunized with an HCMV candidate vaccine with (b) an HCMV comprising a fluorescent moiety, wherein the HCMV comprising a fluorescent moiety comprises a gH/gL/gO complex and is able to infect a fibroblast cell, to form a mixture; (ii) adding 10% guinea pig complement to the mixture from (i); (iii) contacting a host cell that is susceptible to infection by HCMV, wherein said host cell is a human foreskin fibroblast cell of cell line HFF-1, under conditions that allow infection with the mixture in the presence of the guinea pig complement of (ii), preferably including an incubation of at least 1 hour, at least 2 hours, at least 3 hours, at least 4 hours, at least 5 hours, at least 6 hours, at least 7 hours, or at least 8 hours; (iv) assessing a fluorescence level of the host cell that has been contacted with the mixture by flow cytometry; and (v) determining a level of infection of the host cell based on the assessed fluorescence level. (i) mixing (a) heat-inactivated serum from a rabbit that has been immunized with an HCMV candidate vaccine with (b) an HCMV comprising a fluorescent moiety, wherein the HCMV comprising a fluorescent moiety comprises a gH/gL/gO complex and is able to infect a fibroblast cell, to form a mixture; (ii) adding 10% guinea pig complement to the mixture from (i); (iii) contacting a host cell that is susceptible to infection by HCMV, wherein said host cell is a human foreskin fibroblast cell of cell line HFF-1, under conditions that allow infection with the mixture in the presence of the guinea pig complement of (ii), preferably including an incubation of at least 1 hour, at least 2 hours, at least 3 hours, at least 4 hours, at least 5 hours, at least 6 hours, at least 7 hours, or at least 8 hours; (iv) assessing a fluorescence level of the host cell that has been contacted with the mixture by flow cytometry; and (v) determining a level of infection of the host cell based on the assessed fluorescence level.
A gabion basket for a three-chamber gabion, with a floor grid and four side wall grids (2, 3) and optionally a cover grid, wherein the side wall grids (2, 3) are connected to each other and to the floor grid for forming an outer enclosure of the gabion basket, and with two separating grids arranged spaced apart from each other within the gabion basket parallel to two parallel side wall grids and connected to the floor grid as well as to the two side wall grids that run transversely to the separating grids, in order to partition the interior of the gabion basket into two outer chambers that are respectively formed between a partitioning grid and a parallel side wall grid arranged spaced apart therefrom, and a middle chamber formed between the two partitioning grids that are spaced apart from each other, characterised in that a number of supporting grids is provided, the supporting grids respectively having two grid bars that are spaced apart from each other and run parallel to the grid faces of the partitioning grids and the side wall grid parallel thereto, and the distance of which approximately corresponds to the clear width of the middle chamber, and that respectively run in abutment against the side of a respective one of the partitioning grids facing the middle chamber, and having a number of transverse bars that extend over the entire extension of the gabion basket transversely to the partitioning grids and through the middle chamber and are connected with their ends to the side wall grids that run parallel to the partitioning grids.
A hook strip comprising: a backing having a first surface and a length in a machine direction; multiple rows of hook elements aligned in the machine direction and projecting from the first surface of the backing; and an interrupted slit cut through the backing between at least one pair of adjacent rows of the hook elements, wherein the interrupted slit extends in the machine direction and is interrupted by at least one intact bridging region of the backing; wherein at least one of the following limitations is met: wherein there is a partial-depth cut in the at least one intact bridging region, wherein the partial-depth cut is collinear with the interrupted slit but does not extend through the backing; or wherein interrupted slits are cut through the backing between at least three pairs of adjacent rows of the hook elements, and wherein the number of rows of hook elements between at least some of the interrupted slits varies. a backing having a first surface and a length in a machine direction; multiple rows of hook elements aligned in the machine direction and projecting from the first surface of the backing; and an interrupted slit cut through the backing between at least one pair of adjacent rows of the hook elements, wherein the interrupted slit extends in the machine direction and is interrupted by at least one intact bridging region of the backing; wherein at least one of the following limitations is met: wherein there is a partial-depth cut in the at least one intact bridging region, wherein the partial-depth cut is collinear with the interrupted slit but does not extend through the backing; or wherein interrupted slits are cut through the backing between at least three pairs of adjacent rows of the hook elements, and wherein the number of rows of hook elements between at least some of the interrupted slits varies. wherein there is a partial-depth cut in the at least one intact bridging region, wherein the partial-depth cut is collinear with the interrupted slit but does not extend through the backing; or wherein interrupted slits are cut through the backing between at least three pairs of adjacent rows of the hook elements, and wherein the number of rows of hook elements between at least some of the interrupted slits varies.