mhurhangee/ep-ind-claims huggingface dataset:
A solar energy system, comprising: - a plurality of module rows, each module row including a plurality of photovoltaic modules, wherein each photovoltaic module includes a plurality of photovoltaic cells arranged in a plurality of cell rows: - a plurality of reflector rows, each reflector row including a plurality of reflectors (108; 700; 800; 1000; 1100A, 1100B), the plurality of reflector rows being interposed between the plurality of module rows such that each reflector row is mechanically interconnected between two adjacent module rows and is arranged to reflect light having some incident angles on to one of the two adjacent module rows, characterised in that - the photovoltaic cells in each cell row are electrically connected in parallel to each other, and the plurality of cell rows are electrically connected in series to each other; and that each photovoltaic module further includes: - a rectangular frame including a frame extension (209A-209D) extending from each of four corners of the corresponding photovoltaic module, two of the frame extensions (209A-209D) at a top of the corresponding photovoltaic module extending to a height above an upper edge of the frame; and - a power conversion device electrically connected in series with the plurality of cell rows. - a plurality of module rows, each module row including a plurality of photovoltaic modules, wherein each photovoltaic module includes a plurality of photovoltaic cells arranged in a plurality of cell rows: - a plurality of reflector rows, each reflector row including a plurality of reflectors (108; 700; 800; 1000; 1100A, 1100B), the plurality of reflector rows being interposed between the plurality of module rows such that each reflector row is mechanically interconnected between two adjacent module rows and is arranged to reflect light having some incident angles on to one of the two adjacent module rows, characterised in that - the photovoltaic cells in each cell row are electrically connected in parallel to each other, and the plurality of cell rows are electrically connected in series to each other; and that each photovoltaic module further includes: - a rectangular frame including a frame extension (209A-209D) extending from each of four corners of the corresponding photovoltaic module, two of the frame extensions (209A-209D) at a top of the corresponding photovoltaic module extending to a height above an upper edge of the frame; and - a power conversion device electrically connected in series with the plurality of cell rows.
A shot peening apparatus for a power generating facility, comprising; a storage container that stores therein shots in use impacting on a shot-peening treated region, the storage container including: an opening for facing the shot-peening treated region, the shot-peening treated region being in a sealed space in the power generating facility; a shot inlet through which the shots are supplied to the inside of the storage container; a shot outlet arranged separately from the shot inlet and through which the shots inside the storage container are taken out from the storage container, and a shot accelerating unit that accelerates the shots in the storage container and is arranged on the bottom of the storage container separately from the shot inlet, and a shot supplying passage connected to the shot inlet and through which the shots are supplied to inside the storage container; a shot collecting passage connected to the shot outlet, and through which the shots inside the storage container are collected from inside the storage container by way of sucking; characterised by a shot counting unit that is arranged at either one of the shot inlet and the shot supplying passage and counts number of the shots to be supplied to inside the storage container, and a movement controlling unit that moves the shot-peening apparatus away from the shot-peening treated region when the number of the shots supplied to the inside of the storage container matches the number of the shots collected from the inside of the storage container, wherein the shot accelerating unit is a vibrator.
A filter element adapted for use in a smoking article, comprising a porous metal oxide adsorbent material impregnated with a metal oxide, wherein the porous metal oxide adsorbent material is impregnated with at least about 2 weight percent of the metal oxide, and wherein the impregnated adsorbent material has a total BET surface area of at least about 200 m 2 /g, a total mesopore volume of at least about 0.1 cc/g, and a mesopore volume percentage of at least 30%.
A mobile station operable to transmit feedback reports to a base station of a wireless network, the feedback reports comprising a first feedback report, a second feedback report and a third feedback report, wherein the first feedback report includes a precoder type indication, PTI, value, and wherein the PTI value is indicative of a period of the second feedback report and a period of the third feedback report, and wherein when the PTI value is 0, a ratio of the second feedback report period to the third feedback report period is determined by a higher-layer message and when the PTI value is 1, the ratio is determined based on J*K + 1, where J is a number of bandwidth parts and K is a constant signaled by the higher layer message.
A device for the optical 3D measurement of an object using an optical depth-scanning measurement method, comprising at least two light sources (3, 4), at least two optical means (5, 6) for generating structured patterns (30, 34) and at least one recording means, wherein a first pattern is generated by means of a first optical means and is projected as a first projection beam onto the object to be recorded, wherein a second pattern is generated by means of a second optical means and is projected onto the object to be recorded as a second projection beam, wherein the first pattern and the second pattern are reflected from the object as observation beams and are recorded by means of the recording means, to generate a 3D data record of the object, wherein the device features imaging optics for projecting the patterns (30, 34) onto the object, wherein the imaging optics are controlled and adjusted such that a sharp focal plane is changed stepwise along an optical axis of the device, wherein at each scan position (18, 19, 20, 21) of the sharp focal plane, the first pattern is projected in order to generate a first optical image, and subsequently at least the second pattern is projected onto the object in order to generate a second optical image, wherein the device is designed such that the first light source and the second light source are switched on alternately by means of a controller, wherein the first pattern and the second pattern are alternately projected onto the object, wherein the first projection beam of the first pattern and the second projection beam of the second pattern are deflected by means of a first beam splitter in a common direction of illumination towards the object, wherein the projected patterns (30, 34) have the shape of a chessboard with square pattern elements (31, 32) or the shape of parallel stripes (41, 42), wherein the optical depth-scanning measurement method is a depth-from-defocus measurement method, DFD, wherein light pattern elements and dark pattern elements of the two patterns (30, 34) can each be projected alternately onto the object and complement each other, so that a dark pattern element of the second pattern is arranged at a scan position of a light pattern element of the first pattern and vice versa, wherein the optical means which generates the projection pattern is designed as a projection grid, projection mask or digital light projector made of liquid elements, LCD, characterized in that depth information of measuring points on the object in a boundary region between the dark and light pattern elements is determined by determining contrast values of the projected pattern (30, 34) and the distance of a sharp focal plane relative to the measuring points on the surface of the object is determined on the basis of these contrast values, wherein a difference of intensity values in the first image and in the second image is determined to determine the contrast values of the measuring points.
A battery fire prevention device, comprising: a lithium battery; and a container housing the lithium battery and having an aperture which extends through a wall portion thereof to vent outgassed battery constituents away therefrom, further comprising a porous material disposed within the container between the aperture and the battery, the porous material being capable of trapping lithium particulates outgassed from the lithium battery within the container. a lithium battery; and a container housing the lithium battery and having an aperture which extends through a wall portion thereof to vent outgassed battery constituents away therefrom, further comprising a porous material disposed within the container between the aperture and the battery, the porous material being capable of trapping lithium particulates outgassed from the lithium battery within the container.
A clock signal generator comprising: a clock signal generation unit configured to generate a clock signal; and a clock signal control unit configured to count a number of pulses of the clock signal generated during a reference time, compare the number of pulses with a reference value to provide a comparison result, and generate a control signal based on the comparison result, wherein the clock signal generation unit is arranged to increase or decrease the number of pulses of the clock signal generated during the reference time based on the control signal; and the clock signal control unit comprises a storage, the storage arranged to store the reference value, wherein the reference value is arranged to be received from a host, characterised in that the reference time is a period of time from reception of a first start-of-frame signal transmitted from the host through a universal serial bus to reception of a second start-of-frame signal transmitted from the host after the first start-of-frame signal. a clock signal generation unit configured to generate a clock signal; and a clock signal control unit configured to count a number of pulses of the clock signal generated during a reference time, compare the number of pulses with a reference value to provide a comparison result, and generate a control signal based on the comparison result, wherein the clock signal generation unit is arranged to increase or decrease the number of pulses of the clock signal generated during the reference time based on the control signal; and the clock signal control unit comprises a storage, the storage arranged to store the reference value, wherein the reference value is arranged to be received from a host, the reference time is a period of time from reception of a first start-of-frame signal transmitted from the host through a universal serial bus to reception of a second start-of-frame signal transmitted from the host after the first start-of-frame signal.
A method for processing a balk and dividing the same into pieces of lumber, said balk having been made from a log by trimming the latter for two vertical sides (s1, s2) on opposite flanks thereof, and in which method the balk is advanced on a processing line through subsequent treatment steps, comprising a) milling a side slab groove (u11, u21; u12, u22) near top and bottom edges of the balk's each vertical side (s1, s2) by a first profiling machine which comprises first cutter heads (2061, 2062, 2063, 2064), said groove having its first groove flank (uh1, uh2, uh3, uh4) set in substantially perpendicularly to the balk's vertical side and its second groove flank (uv1, uv2, uv3, uv4) substantially co-directionally with the balk's vertical side, and said side slab grooves serving to define side slabs (L1, L2) on the balk's trimmed sides; and b) sawing each side slab (L1, L2) off of the balk's vertical side (s1, s2) by means of a saw machine; characterized in that, after step a and before step b, wood material is removed from the second groove flank (uv1, uv2, uv3, uv4) of each side slab groove (u11, u21; u12, u22) by a second profiling machine which comprises second cutter heads (2071, 2072, 2073, 2074), and a third groove flank (uv1 a, uv2a, uv3a, uv4a) is produced which is parallel to the balk's vertical side (s1, s2), and during the course of step b, one or more saw blades of the saw machine trace the third groove flank in its immediate proximity. a) milling a side slab groove (u11, u21; u12, u22) near top and bottom edges of the balk's each vertical side (s1, s2) by a first profiling machine which comprises first cutter heads (2061, 2062, 2063, 2064), said groove having its first groove flank (uh1, uh2, uh3, uh4) set in substantially perpendicularly to the balk's vertical side and its second groove flank (uv1, uv2, uv3, uv4) substantially co-directionally with the balk's vertical side, and said side slab grooves serving to define side slabs (L1, L2) on the balk's trimmed sides; and b) sawing each side slab (L1, L2) off of the balk's vertical side (s1, s2) by means of a saw machine;
A filler for spine includes a catheter and a catheter holder for fastening the catheter, wherein there is a guide pin inside of the catheter, and the guide pin is fixed on the guide pin holder, a sealed or ventilate feed bag made of soft nonmetal materials according to biocompatibility or absorbefacient materials is set at the end of the catheter, wherein an outer thimble is set at the outer side of the said catheter, the outer thimble is fixed on the outer thimble holder, a dismountable structure connects the outer thimble holder and catheter holder, characterized in that an inside convex plate of outer thimble is set at the open end of the said outer thimble; wherein the catheter has a reducing cone corresponding to the inside convex plate of outer thimble at the inside convex plate of outer thimble, and the reducing cone of catheter connects to a little diameter catheter; the feed bag is set in the catheter through its open end, lies in between outer thimble and catheter and fastened tightly at the outer wall of catheter by outer thimble.
An image generator comprising: an overhead view image generation section for generating an overhead view image by performing a projective transformation, with a virtual viewpoint above a vehicle, of an image captured by an on-board camera for capturing an image of a surrounding region of the vehicle; a three-dimensional object detection section for recognizing a three-dimensional object present in the surrounding region and outputting three-dimensional object attribute information showing an attribute of the three-dimensional object; and an image composition section for generating a monitor display image for vehicle driving assistance,wherein the image composition section is configured to generate the monitor display image for vehicle driving assistance by performing image composition of a grounding plane mark that is image data showing a grounding location of the three-dimensional object with a portion at the grounding location in the overhead view image, based on the three-dimensional object attribute information, wherein the grounding plane mark is in a flattened shape, and characterized in that an inclined posture of the grounding plane mark is determined so that a line of direction from the vehicle to the three-dimensional object becomes orthogonal to a major axis of the grounding plane mark. an overhead view image generation section for generating an overhead view image by performing a projective transformation, with a virtual viewpoint above a vehicle, of an image captured by an on-board camera for capturing an image of a surrounding region of the vehicle; a three-dimensional object detection section for recognizing a three-dimensional object present in the surrounding region and outputting three-dimensional object attribute information showing an attribute of the three-dimensional object; and an image composition section for generating a monitor display image for vehicle driving assistance,wherein the image composition section is configured to generate the monitor display image for vehicle driving assistance by performing image composition of a grounding plane mark that is image data showing a grounding location of the three-dimensional object with a portion at the grounding location in the overhead view image, based on the three-dimensional object attribute information, wherein the grounding plane mark is in a flattened shape, and characterized in that an inclined posture of the grounding plane mark is determined so that a line of direction from the vehicle to the three-dimensional object becomes orthogonal to a major axis of the grounding plane mark.
An apparatus for depositing a phosphor, the apparatus comprising: an upper die on which a carrier substrate on which light-emitting devices are arranged is to be installed; a lower die formed to correspond to the upper die; and a pot block formed at one side of the upper die and the lower die for supplying a phosphor material between the upper die and the lower die; wherein the lower die comprises a plurality of through holes formed to correspond to the locations of electrode pads of the light-emitting devices, via pins are located in the through holes, extending towards the upper die beyond the upper surface of the lower die, and a release film contacts the upper surface of the lower die and the lower part of the pot block such that in operation, the pins force the release film into contact with the electrode pads of the light-emitting devices. an upper die on which a carrier substrate on which light-emitting devices are arranged is to be installed; a lower die formed to correspond to the upper die; and a pot block formed at one side of the upper die and the lower die for supplying a phosphor material between the upper die and the lower die; wherein the lower die comprises a plurality of through holes formed to correspond to the locations of electrode pads of the light-emitting devices, via pins are located in the through holes, extending towards the upper die beyond the upper surface of the lower die, and a release film contacts the upper surface of the lower die and the lower part of the pot block such that in operation, the pins force the release film into contact with the electrode pads of the light-emitting devices.
Use of an imaging agent having the structure wherein R 1 is H, F, CF 3, CI, R is a linker and X is a halogen isotope, such as a fluorine, bromine, chlorine or iodine isotope, or pharmaceutically acceptable salt of said imaging agent, for imaging the heart in a patient.
A rotor-blade system, comprising: a rotor blade; and a span-balancing system, the span-balancing system comprising: a span-balance pocket in a surface of the rotor blade; a cover covering the span-balance pocket, wherein the cover is flush with the surface of the rotor blade when covering the span-balance pocket; one or more span-balance weights attached to the cover to span-balance the rotor blade, wherein each of the one or more span-balance weights is attached to the cover with one or more weight fasteners (360, 365), the cover comprising a cover boss that is integral with the cover and in physical contact with an outboard edge of the span-balance pocket for reacting centrifugal force of the cover into the rotor blade; and characterised by one or more weight bosses attached to the cover and extending through the one or more span-balance weights, each of the one or more span-balance weights being in physical contact with one of the one or more weight bosses and wherein the one or more weight bosses react centrifugal force of the span-balance weights to the cover and ultimately to the rotor blade, without any of the one or more weight fasteners (360, 365) reacting centrifugal force of the span-balance weights to the cover. a rotor blade; and a span-balancing system, the span-balancing system comprising: a span-balance pocket in a surface of the rotor blade; a cover covering the span-balance pocket, wherein the cover is flush with the surface of the rotor blade when covering the span-balance pocket; one or more span-balance weights attached to the cover to span-balance the rotor blade, wherein each of the one or more span-balance weights is attached to the cover with one or more weight fasteners (360, 365), the cover comprising a cover boss that is integral with the cover and in physical contact with an outboard edge of the span-balance pocket for reacting centrifugal force of the cover into the rotor blade; a span-balance pocket in a surface of the rotor blade; a cover covering the span-balance pocket, wherein the cover is flush with the surface of the rotor blade when covering the span-balance pocket; one or more span-balance weights attached to the cover to span-balance the rotor blade, wherein each of the one or more span-balance weights is attached to the cover with one or more weight fasteners (360, 365), the cover comprising a cover boss that is integral with the cover and in physical contact with an outboard edge of the span-balance pocket for reacting centrifugal force of the cover into the rotor blade; and characterised by one or more weight bosses attached to the cover and extending through the one or more span-balance weights, each of the one or more span-balance weights being in physical contact with one of the one or more weight bosses and wherein the one or more weight bosses react centrifugal force of the span-balance weights to the cover and ultimately to the rotor blade, without any of the one or more weight fasteners (360, 365) reacting centrifugal force of the span-balance weights to the cover.
A process for preparing 3,3,3-trifluoropropene, the process comprising contacting a compound of formula CX 3 CH 2 CH 2 X or CX 3 CH=CH 2, with hydrogen fluoride in the presence of a zinc/chromia catalyst, wherein each X independently is F, Cl, Br or I, provided that in the compound of formula CX 3 CH=CH 2, at least one X is not F, wherein the zinc/chromia catalyst is amorphous or from 0.1 to 50 % by weight of the catalyst is in the form of one or more crystalline compounds of chromium and/or one or more crystalline compounds of zinc, and wherein the zinc/chromia catalyst is present in an amount of from about 0.01 to about 50 % by weight, based on the combined weight of organics and HF.