mhurhangee/ep-ind-claims huggingface dataset:
A transceiver (100, 300) for a detection and ranging apparatus comprising: a transmitter chain comprising a first sequence generator configured to generate a first signal based on a digital sequence, the first signal for mixing with a carrier signal to provide a transmission signal; an interference cancellation block comprising a second sequence generator configured to generate a second signal based on the same digital sequence used to generate the first signal, the second signal having a predetermined time delay relative to the first signal wherein the predetermined time delay is characteristic of an interference signal expected to be received by a receiver chain of the transceiver, wherein the interference cancellation block is configured to provide the second signal with a predetermined attenuated amplitude with respect to the amplitude of the first signal, wherein the predetermined attenuated amplitude is characteristic of the interference signal expected to be received by the receiver chain; and the receiver chain configured to receive a received signal for detection and ranging, the received signal having components comprising at least none, one, or more reflections of the transmission signal and a component comprising the interference signal, the receiver chain comprising a first analog signal mixer configured to provide an output signal by mixing the received signal and the second signal thereby cancelling the interference signal in the received signal. a transmitter chain comprising a first sequence generator configured to generate a first signal based on a digital sequence, the first signal for mixing with a carrier signal to provide a transmission signal; an interference cancellation block comprising a second sequence generator configured to generate a second signal based on the same digital sequence used to generate the first signal, the second signal having a predetermined time delay relative to the first signal wherein the predetermined time delay is characteristic of an interference signal expected to be received by a receiver chain of the transceiver, wherein the interference cancellation block is configured to provide the second signal with a predetermined attenuated amplitude with respect to the amplitude of the first signal, wherein the predetermined attenuated amplitude is characteristic of the interference signal expected to be received by the receiver chain; and the receiver chain configured to receive a received signal for detection and ranging, the received signal having components comprising at least none, one, or more reflections of the transmission signal and a component comprising the interference signal, the receiver chain comprising a first analog signal mixer configured to provide an output signal by mixing the received signal and the second signal thereby cancelling the interference signal in the received signal.
An infant carrier device suitable for multi-orientation use, comprising: a foldable support frame; a backrest assembly (112, 212) operable to rotate about a pivot axle relative to the support frame; a backrest positioning mechanism (150, 250), including a fixed positioning member (152, 252) and a latching member (153, 254) provided on the backrest assembly, wherein the latching member (153, 254) is movable between a first position where the latching member (153, 254) is engaged with the positioning member (152, 252) for locking the backrest assembly at a given inclination angle, and a second position where the latching member (153, 254) is disengaged from the positioning member (152, 252); and a disengaging mechanism (170, 310), including a pushing member (172, 312) that is connected with the support frame and movable relative to the positioning member (152, 252); characterized in that: the pushing member (172, 312) is movable to come in abutment against the latching member (153, 254) for causing the latching member to move from the first position to the second position, when the support frame is folded. a foldable support frame; a backrest assembly (112, 212) operable to rotate about a pivot axle relative to the support frame; a backrest positioning mechanism (150, 250), including a fixed positioning member (152, 252) and a latching member (153, 254) provided on the backrest assembly, wherein the latching member (153, 254) is movable between a first position where the latching member (153, 254) is engaged with the positioning member (152, 252) for locking the backrest assembly at a given inclination angle, and a second position where the latching member (153, 254) is disengaged from the positioning member (152, 252); and a disengaging mechanism (170, 310), including a pushing member (172, 312) that is connected with the support frame and movable relative to the positioning member (152, 252); characterized in that: the pushing member (172, 312) is movable to come in abutment against the latching member (153, 254) for causing the latching member to move from the first position to the second position, when the support frame is folded.
An anchoring member essentially made of a substantially planar plate and having a leading edge and a curved contour surrounding a passage having an at least partially substantially elliptical configuration.
An electrode catalyst for a fuel battery, comprising: a mesoporous material; and catalyst metal particles supported at least in the mesoporous material, wherein, before supporting the catalyst metal particles, the mesoporous material has mesopores having a mode radius of greater than or equal to 1 nm and less than or equal to 25 nm and has a value of greater than 0.90; the mode radius of the mesopores being determined by measuring the nitrogen adsorption isotherm using a physical adsorption apparatus, calculating the log differential pore size distribution according to a BJH method, and determining the peak maximum value of the log differential pore size distribution as the mode radius; and the value being determined by dividing a specific surface area S 1-25 (m 2 /g) of the mesopores obtained by analyzing a nitrogen adsorption-desorption isotherm according to a BJH method, the mesopores having a radius of greater than or equal to 1 nm and less than or equal to 25 nm, by a BET specific surface area (m 2 /g) evaluated according to a BET method. a mesoporous material; and catalyst metal particles supported at least in the mesoporous material, wherein, before supporting the catalyst metal particles, the mesoporous material has mesopores having a mode radius of greater than or equal to 1 nm and less than or equal to 25 nm and has a value of greater than 0.90; the mode radius of the mesopores being determined by measuring the nitrogen adsorption isotherm using a physical adsorption apparatus, calculating the log differential pore size distribution according to a BJH method, and determining the peak maximum value of the log differential pore size distribution as the mode radius; and the value being determined by dividing a specific surface area S 1-25 (m 2 /g) of the mesopores obtained by analyzing a nitrogen adsorption-desorption isotherm according to a BJH method, the mesopores having a radius of greater than or equal to 1 nm and less than or equal to 25 nm, by a BET specific surface area (m 2 /g) evaluated according to a BET method.
A tilt mechanism for a weight-responsive seating furniture, in particular for a weight-responsive chair, said tilt mechanism (21, 22; 121, 122) comprising: a carrier (30; 211, 213; 231; 251, 253; 271, 273); a backrest support (34; 134) configured for coupling to a backrest, the backrest support (34; 134) being pivotably mounted; a first lever (31; 131) having a mount structure (38; 138; 232, 236) for coupling the first lever (31; 131) to a seat (3; 13), the first lever (31; 131) being pivotably mounted about a first pivot axis (41; 141) to the carrier; and a second lever (32; 132) pivotably attached to the backrest support (34; 134) at a second pivot axis (42; 142) and being coupled to the first lever (31; 131) by a coupling mechanism (44; 44a-44g; 144) to pivot the first lever (31; 131) about the first pivot axis (41; 141) when the backrest support (34; 134) pivots, wherein the backrest support is pivotably mounted to the carrier at a third pivot axis which is offset from the second pivot axis characterized in that the carrier has a U-shaped portion, and at least a portion of the first lever and at least a portion of the second lever extend in a cavity defined by the U-shaped portion. a carrier (30; 211, 213; 231; 251, 253; 271, 273); a backrest support (34; 134) configured for coupling to a backrest, the backrest support (34; 134) being pivotably mounted; a first lever (31; 131) having a mount structure (38; 138; 232, 236) for coupling the first lever (31; 131) to a seat (3; 13), the first lever (31; 131) being pivotably mounted about a first pivot axis (41; 141) to the carrier; and a second lever (32; 132) pivotably attached to the backrest support (34; 134) at a second pivot axis (42; 142) and being coupled to the first lever (31; 131) by a coupling mechanism (44; 44a-44g; 144) to pivot the first lever (31; 131) about the first pivot axis (41; 141) when the backrest support (34; 134) pivots,
A dispenser box for removing in particular pre-proportioned pieces of single- or multi-ply packaged product wound up into a roll, such as bandaging fabrics and/or bandaging materials, having a closable housing receiving the packaged product, having a housing opening, provided on one housing side and closable by means of a closure flap pivotable about a pivot axis, for removing packaged product from the housing, characterized in that a shield is detachably mounted in the housing and covers the housing opening, leaving a slitlike removal opening for the packaged product open, and the housing comprises two housing halves (20a, 20b), which in the position for use are preferably one upper and one lower half.
An image-based lighting method comprising: receiving an input image obtained by capturing a scene from one of a front, rear and side of a vehicle; generating a panoramic image by mapping a first coordinate of each pixel constituting a region of interest of the received input image to a corresponding second coordinate using a lookup table; analyzing histograms of red, green, and blue of an upper region of the panoramic image to select a color in which a red value, a green value, and a blue value with a highest frequency are combined, and performing alpha blending on the upper region using the selected color; converting the panoramic image into a cube map image; applying the cube map image to a 3D vehicle model; and outputting the 3D vehicle model to which the cube map image is applied to a monitor for real-time three-dimensional surround view, wherein the lookup table stores a relationship in which a first coordinate of each pixel constituting the region of interest of the input image corresponds to a second coordinate of a pixel of the panoramic image, wherein the generating the panoramic image includes: obtaining a first image by cropping the region of interest in the input image; obtaining an intermediate image by connecting the first image and a second image obtained by horizontally flipping the first image; and distorting the intermediate image to have the characteristics of a 360° or omni-directional panoramic image. receiving an input image obtained by capturing a scene from one of a front, rear and side of a vehicle; generating a panoramic image by mapping a first coordinate of each pixel constituting a region of interest of the received input image to a corresponding second coordinate using a lookup table; analyzing histograms of red, green, and blue of an upper region of the panoramic image to select a color in which a red value, a green value, and a blue value with a highest frequency are combined, and performing alpha blending on the upper region using the selected color; converting the panoramic image into a cube map image; applying the cube map image to a 3D vehicle model; and outputting the 3D vehicle model to which the cube map image is applied to a monitor for real-time three-dimensional surround view, wherein the lookup table stores a relationship in which a first coordinate of each pixel constituting the region of interest of the input image corresponds to a second coordinate of a pixel of the panoramic image, wherein the generating the panoramic image includes: obtaining a first image by cropping the region of interest in the input image; obtaining an intermediate image by connecting the first image and a second image obtained by horizontally flipping the first image; and distorting the intermediate image to have the characteristics of a 360° or omni-directional panoramic image. obtaining a first image by cropping the region of interest in the input image; obtaining an intermediate image by connecting the first image and a second image obtained by horizontally flipping the first image; and distorting the intermediate image to have the characteristics of a 360° or omni-directional panoramic image.
A secondary battery comprising: an electrode assembly (120, 220, 420); an electrolyte; a tape (130, 230, 430) attached to at least part of an outer surface of the electrode assembly, the tape (130, 230, 430) comprising a base layer; and a case (110, 210, 410) arranged to accommodate the electrode assembly (120, 220, 420), electrolyte and tape (130, 230, 430), such that the tape is positioned between the electrode assembly and the case and characterized in that the electrolyte is absorbed within the base layer such that at least a portion of the base layer exhibits an adhesive property and said portion of the base layer adhesively contacts an inner surface of the case (110, 210, 410). an electrode assembly (120, 220, 420); an electrolyte; a tape (130, 230, 430) attached to at least part of an outer surface of the electrode assembly, the tape (130, 230, 430) comprising a base layer; and a case (110, 210, 410) arranged to accommodate the electrode assembly (120, 220, 420), electrolyte and tape (130, 230, 430), such that the tape is positioned between the electrode assembly and the case and characterized in that the electrolyte is absorbed within the base layer such that at least a portion of the base layer exhibits an adhesive property and said portion of the base layer adhesively contacts an inner surface of the case (110, 210, 410).
A device for massaging and stretching certain body parts, comprising at least two ferrules joined by thermostretch wires made from a Ni-Ti alloy, means to apply current to the wires so when a current circulates through the wires the distance that separates the ferrules is modified and that generates an axial force between the ferrules, wherein at least one of the ferrules has a housing for housing vibration-generating means fed by a control unit, wherein the at least two ferrrules comprises: - a first ferrule having a housing (3.1) for housing a first vibration-generating means fed by means of cables (6.1), - a second ferrule having a housing (4.1) for housing a second vibration-generating means fed by means of cables (7.1), and - wherein the supply and phase control and magnitude of said vibration-generating means stem from the control unit, and - the first and second ferrules are fixed to the body part and are applied by means of an adhesive or by exerting pressure or using a lung or bladder, or combinations of the foregoing. - a first ferrule having a housing (3.1) for housing a first vibration-generating means fed by means of cables (6.1), - a second ferrule having a housing (4.1) for housing a second vibration-generating means fed by means of cables (7.1), and - wherein the supply and phase control and magnitude of said vibration-generating means stem from the control unit, and - the first and second ferrules are fixed to the body part and are applied by means of an adhesive or by exerting pressure or using a lung or bladder, or combinations of the foregoing.
Method for the safe release of artificial satellites in Earth's orbit comprising: providing an orbital transport spacecraft able to move at orbital height and comprising a plurality of Picosatellite orbit Deployers - PODs - for releasing satellites transported by the orbital transport spacecraft; housing said orbital transport spacecraft in a space launcher configured to reach an orbital height; generating a release signal and transmitting it to the orbital transport spacecraft to release the orbital transport spacecraft from the space launcher; in case of failure to release the orbital transport spacecraft or in case of breakdown of the orbital transport spacecraft after releasing from the space launcher, activating a safety subsystem of the orbital transport spacecraft to generate a POD activation sequence to release the satellites. providing an orbital transport spacecraft able to move at orbital height and comprising a plurality of Picosatellite orbit Deployers - PODs - for releasing satellites transported by the orbital transport spacecraft; housing said orbital transport spacecraft in a space launcher configured to reach an orbital height; generating a release signal and transmitting it to the orbital transport spacecraft to release the orbital transport spacecraft from the space launcher; in case of failure to release the orbital transport spacecraft or in case of breakdown of the orbital transport spacecraft after releasing from the space launcher, activating a safety subsystem of the orbital transport spacecraft to generate a POD activation sequence to release the satellites.
A biostimulator transport system, comprising: an outer catheter having a distal catheter end and an inner lumen; a torque shaft extending through the inner lumen to a distal shaft end located distal to the distal catheter end; a docking cap mounted on the distal shaft end; and a bearing, characterized by: a bearing housing mounted on the distal catheter end, wherein the bearing housing includes an outer bearing retainer, wherein the docking cap includes an inner bearing retainer; and the bearing is radially between the bearing housing and the docking cap, wherein the bearing includes an outer wall located proximal to the outer bearing retainer and an inner wall located distal to the inner bearing retainer. an outer catheter having a distal catheter end and an inner lumen; a torque shaft extending through the inner lumen to a distal shaft end located distal to the distal catheter end; a docking cap mounted on the distal shaft end; and a bearing, characterized by: a bearing housing mounted on the distal catheter end, wherein the bearing housing includes an outer bearing retainer, wherein the docking cap includes an inner bearing retainer; and the bearing is radially between the bearing housing and the docking cap, wherein the bearing includes an outer wall located proximal to the outer bearing retainer and an inner wall located distal to the inner bearing retainer. a bearing housing mounted on the distal catheter end, wherein the bearing housing includes an outer bearing retainer, wherein the docking cap includes an inner bearing retainer; and the bearing is radially between the bearing housing and the docking cap, wherein the bearing includes an outer wall located proximal to the outer bearing retainer and an inner wall located distal to the inner bearing retainer.
A reagent supply device comprising a plurality of chambers which are separated from each other such that different reagents may be contained therein, the plurality of chambers each having a bottom surface made of a membrane, the membrane comprising a destruction pattern which is formed at a position corresponding to each of the plurality of chambers and breachable by an external impact to discharge a reagent from the chamber; a main body part comprising the membrane and a partition structure forming spaces corresponding to the plurality of chambers; a cover plate disposed on the main body part to cover the plurality of chambers, the cover plate comprising a plurality of openings forming inlets for each of the plurality of chambers, respectively; and a cover for covering an opening of the cover plate, wherein the cover includes an air permeable filter having a hydrophobic surface.
A method comprising: receiving a request for content selection data; and in response to the request, selecting an active graph corresponding to the request, in which the active graph is preloaded into an in-memory content selection graph data store and contains information corresponding to the content selection data; accessing the information in the active graph; and returning a response comprising the information, characterised in the method further comprises preloading the active graph into the in-memory content selection graph data store in association with a start time at which the active graph becomes active, wherein the active graph comprises a graph of a plurality of graphs preloaded into the in-memory content selection graph data store, and wherein the selecting the active graph comprises identifying the active graph from among the plurality of graphs based on a current time. receiving a request for content selection data; and in response to the request, selecting an active graph corresponding to the request, in which the active graph is preloaded into an in-memory content selection graph data store and contains information corresponding to the content selection data; accessing the information in the active graph; and returning a response comprising the information, characterised in the method further comprises preloading the active graph into the in-memory selecting an active graph corresponding to the request, in which the active graph is preloaded into an in-memory content selection graph data store and contains information corresponding to the content selection data; accessing the information in the active graph; and returning a response comprising the information, characterised in the method further comprises preloading the active graph into the in-memory content selection graph data store in association with a start time at which the active graph becomes active, wherein the active graph comprises a graph of a plurality of graphs preloaded into the in-memory content selection graph data store, and wherein the selecting the active graph comprises identifying the active graph from among the plurality of graphs based on a current time.
An X-ray imaging apparatus, comprising: an imaging device configured to capture a camera image of a target; an X-ray source having a collimator which is mounted on the X-ray source and configured to adjust an X-ray irradiation region; an input unit configured to receive a selection related to X-ray imaging regions to be mapped in correspondence with each of X-ray imaging protocols from a user; a storage unit configured to store the selected X-ray imaging regions for each of the X-ray imaging protocols according to an input of the selection; a controller configured to extract, from the camera image of the target, a target X-ray imaging region that has been mapped to selected X-ray imaging protocol, and control the collimator to adjust the X-ray irradiation region to correspond to the extracted X-ray imaging region. an imaging device configured to capture a camera image of a target; an X-ray source having a collimator which is mounted on the X-ray source and configured to adjust an X-ray irradiation region; an input unit configured to receive a selection related to X-ray imaging regions to be mapped in correspondence with each of X-ray imaging protocols from a user; a storage unit configured to store the selected X-ray imaging regions for each of the X-ray imaging protocols according to an input of the selection; a controller configured to extract, from the camera image of the target, a target X-ray imaging region that has been mapped to selected X-ray imaging protocol, and control the collimator to adjust the X-ray irradiation region to correspond to the extracted X-ray imaging region.