mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing a DDR type zeolite seed crystal to obtain a DDR type zeolite seed crystal having an average particle size of 0.05 to 1.5 μm; containing 90% or more of particles having an aspect ratio, which is a value obtained by dividing the maximum Feret's diameter by the minimum Feret's diameter, of 1 to 3; and having not more than 0.3 of a coefficient of variation of the square of the aspect ratio, as measured according to the description, wherein the coefficient of variation of the square of the aspect ratio is a value obtained by dividing the standard deviation of the square of the aspect ratio by the average value of the square of the aspect ratio, wherein the method comprises a heating step of heating a raw material solution containing silica, and a nucleus containing a DDR type zeolite, at 130 to 180°C for four hours or more to form the DDR type zeolite seed crystal; and a washing step of washing the formed DDR type zeolite crystal after the heating step; wherein, in the washing step, a DDR type zeolite crystal dispersion liquid is prepared by dispersing the washed DDR type zeolite crystal in a dispersion medium to obtain a DDR type zeolite crystal-dispersed liquid having a pH of 7.5 or more. wherein the method comprises a heating step of heating a raw material solution containing silica, and a nucleus containing a DDR type zeolite, at 130 to 180°C for four hours or more to form the DDR type zeolite seed crystal; and a washing step of washing the formed DDR type zeolite crystal after the heating step; wherein, in the washing step, a DDR type zeolite crystal dispersion liquid is prepared by dispersing the washed DDR type zeolite crystal in a dispersion medium to obtain a DDR type zeolite crystal-dispersed liquid having a pH of 7.5 or more.
A light emitting diode panel (120a, 120b, 120c) comprising: a panel body (130a, 130b) having a substrate, a plurality of LED elements provided at a front side of the substrate, and a mold provided at the front side of the substrate to cover the plurality of LED elements; and a light absorbing layer formed at a lateral side (132a, 132b, 132c, 132d) of the panel body (130a, 130b) to absorb at least one of ambient light or light emitted from the plurality of LED elements, wherein each of the plurality of LED elements includes a pair of element electrodes which are arranged in a direction opposite to a light emitting direction, and the panel body (130a, 130b) includes a conductive adhesive layer formed on the substrate to electrically connect the pair of element electrodes to the substrate and a front light absorbing layer formed between the plurality of LED elements at the front side of the conductive adhesive layer. a panel body (130a, 130b) having a substrate, a plurality of LED elements provided at a front side of the substrate, and a mold provided at the front side of the substrate to cover the plurality of LED elements; and a light absorbing layer formed at a lateral side (132a, 132b, 132c, 132d) of the panel body (130a, 130b) to absorb at least one of ambient light or light emitted from the plurality of LED elements, wherein each of the plurality of LED elements includes a pair of element electrodes which are arranged in a direction opposite to a light emitting direction, and the panel body (130a, 130b) includes a conductive adhesive layer formed on the substrate to electrically connect the pair of element electrodes to the substrate and a front light absorbing layer formed between the plurality of LED elements at the front side of the conductive adhesive layer.
Fibrous preform for forming the fibrous reinforcement of a composite material part with fibrous reinforcement densified by a matrix, the fibrous preform being made as a single piece and obtained by three-dimensional weaving of a plurality of longitudinal threads or strands, (c 1 -c 16) extending in a direction corresponding to the longitudinal direction of the part with a plurality of transverse threads or strands (t 1 -t 16), the preform comprising a first skin, a second skin and a central portion connecting the first skin to the second skin, the central portion being intended to form a stiffening element of the part in the longitudinal direction, characterised in that, in a transverse plane of the preform: - transverse threads or strands of the first skin (t 1 -t 8) and of the second skin (t 9 -t 16) are woven in pairs in the first skin and in the second skin on either side of the central portion, - the threads or strands of at least a first pair of transverse threads or strands (t 5 -t 6, t 7 -t 8) of the first skin are separated into two unitary threads or strands at the central portion, said unitary threads or strands being separately woven with the longitudinal threads or strands in said portion, - the threads or strands of at least one second pair of transverse threads or strands (t 9 -t 10, t 11 -t 12) of the second skin are separated into two unitary threads or strands at the central portion, said unitary threads or strands being separately woven with the longitudinal threads or strands in said portion, and - at least one thread or strand (t 7, t 8) of the first pair and at least one thread or strand of the second pair (t 9) cross at least twice in the central portion. - transverse threads or strands of the first skin (t 1 -t 8) and of the second skin (t 9 -t 16) are woven in pairs in the first skin and in the second skin on either side of the central portion, - the threads or strands of at least a first pair of transverse threads or strands (t 5 -t 6, t 7 -t 8) of the first skin are separated into two unitary threads or strands at the central portion, said unitary threads or strands being separately woven with the longitudinal threads or strands in said portion, - the threads or strands of at least one second pair of transverse threads or strands (t 9 -t 10, t 11 -t 12) of the second skin are separated into two unitary threads or strands at the central portion, said unitary threads or strands being separately woven with the longitudinal threads or strands in said portion, and - at least one thread or strand (t 7, t 8) of the first pair and at least one thread or strand of the second pair (t 9) cross at least twice in the central portion.
A peritoneal dialysis system including: a cycler device comprising components suitable for controlling delivery of dialysate to the peritoneal cavity of a patient, the cycler device having a housing that has a heater bag receiving section; a lid that is mounted to the housing and is movable between an open position in which a heater bag is placeable in the heater bag receiving section and a closed position in which the lid covers the heater bag receiving section; and an interface movably mounted to the housing; characterized in that the interface is movable between a first position in which the interface is received in the heater bag receiving section and is enclosed by said housing, and a second position in which the interface is located out of the heater bag receiving section. a cycler device comprising components suitable for controlling delivery of dialysate to the peritoneal cavity of a patient, the cycler device having a housing that has a heater bag receiving section; a lid that is mounted to the housing and is movable between an open position in which a heater bag is placeable in the heater bag receiving section and a closed position in which the lid covers the heater bag receiving section; and an interface movably mounted to the housing; characterized in that the interface is movable between a first position in which the interface is received in the heater bag receiving section and is enclosed by said housing, and a second position in which the interface is located out of the heater bag receiving section.
A device for integrating lighting having a front assembly of lamps for bow lighting; a rear assembly of lamps for stern lighting; upper strobe lighting for anchoring lighting; signaling assembly, arranged at the rear for stern lighting; green signalizing assembly placed to starboard; red signaling assembly placed to port for navigation with watercraft mandatory signaling, intended for the nautical sector, especially for watercraft, grouped into device, comprising a split hull, with fixed skid endowed with flanges having holes, mounted on the top frame or column or suitable support of the watercraft including the light assembly for bow lighting, frontally arranged, interposing the green lighting signaling assembly, arranged to starboard, allowing visualization, being in a position perpendicular to the watercraft, with visibility sector of 112.5o, from bow to 22.5o abaft the beam of its respective side, and to the red lighting signaling assembly, arranged to port, allowing visualization, being in a position perpendicular to the watercraft, with visibility sector of 112,5o, from bow to 22.5o abaft the beam of its respective side; the support device including strobe lighting, superimposed on front lighting and port and starboard, with visibility sector of 360o for anchoring lighting; the support device includes sternlights, with visibility sector of 135o, characterized in that it comprises a hull attachable to a fixed skid by means of latches (301/401); it comprises a rear cover formed by a central portion, which is flexible due to the rips forming it, having a lower tooth for locking with grooves of the locking device of the fixed skid whose flanges comprise channels having an asymmetrical portion of interlocking with latches (301/401); the hull is superimposed by the upper headlamp of the anchoring lighting comprising an upper lens, an upper reflector and lighting; the hull comprises a combined support being shaped with frontal sectors (701, 702 and 703) to support an assembly having sockets and lighting (800, 801 and 802), mounted with a front reflector and front lens; the combined support comprises a base sector for a radar deflector device, adjacent to a platform sector of a pole of the flag superimposed to the backlights of said pole; the combined support comprises a rear sector for sockets and stern lightings; the hull laterally comprises a reflector support (14 and 1401), having lenses (1402 and 1403) for side signaling (15 and 1501); the assembly is electrically interconnected to the fixed skid by means of a flexible cable with connectors.
Method for suppressing noise (120, 125; 220, 225; 320) in a control signal (w; W) for a control loop of a field device for regulating fluids in a process plant; wherein the method comprises the following steps: 1.1 the extent of the noise in the control signal (w; W) is determined; wherein the extent of the noise in the control signal (w; W) is determined by the following steps: 1.1.1 local maxima of the control signal are continuously determined (410; 910) and each counted for the duration of a first predetermined time period (T 1); 1.1.2 if the counted number of local maxima per predetermined time period (T 1) exceeds a predetermined number, the noise is evaluated as strong; and 1.1.3 that the extent of the noise is determined by the number of times during a second predetermined time period that the noise is evaluated as strong; 1.2 when the extent of the noise exceeds a first predetermined threshold, the noise in the control signal (w; W) is reduced by a filter (170; 270, 275; 310, 315), resulting in a filtered control signal; 1.2.1 the filtered control signal is forwarded to the control circuit (180; 280; 380); 1.3 if the extent of the noise does not exceed the first predetermined threshold, the unfiltered control signal is forwarded to the control circuit. 1.1 the extent of the noise in the control signal (w; W) is determined; wherein the extent of the noise in the control signal (w; W) is determined by the following steps: 1.1.1 local maxima of the control signal are continuously determined (410; 910) and each counted for the duration of a first predetermined time period (T 1); 1.1.2 if the counted number of local maxima per predetermined time period (T 1) exceeds a predetermined number, the noise is evaluated as strong; and 1.1.3 that the extent of the noise is determined by the number of times during a second predetermined time period that the noise is evaluated as strong; 1.2 when the extent of the noise exceeds a first predetermined threshold, the noise in the control signal (w; W) is reduced by a filter (170; 270, 275; 310, 315), resulting in a filtered control signal; 1.2.1 the filtered control signal is forwarded to the control circuit (180; 280; 380); 1.3 if the extent of the noise does not exceed the first predetermined threshold, the unfiltered control signal is forwarded to the control circuit.
A multiple-degree-of-freedom adjustment mechanism comprising: at least one support assembly; and a plate supported by the at least one support assembly, wherein the at least one support assembly includes: a bipod having a first rod and a second rod, one ends of which are fixed to each other at a top provided with a support section; and a linear motion arrangement having a first movable member and a second movable member which are fixed to the other ends of the first rod and the second rod respectively, wherein the first movable member and the second movable member independently move in a linear motion direction (309, 409), wherein each of the first rod and the second rod of the bipod includes two limited-displacement flexible joints (611, 612; 614, 615) which provide elasticity in two orthogonal directions, respectively, characterized in that: each of the limited-displacement flexible joints (611, 612, 614, 615) comprises a flexible member shaped like a plate and at least one bend limitation section (640L1, 640L2) which is arranged in parallel with the flexible member. at least one support assembly; and a plate supported by the at least one support assembly, wherein the at least one support assembly includes: a bipod having a first rod and a second rod, one ends of which are fixed to each other at a top provided with a support section; and a linear motion arrangement having a first movable member and a second movable member which are fixed to the other ends of the first rod and the second rod respectively, wherein the first movable member and the second movable member independently move in a linear motion direction (309, 409), a bipod having a first rod and a second rod, one ends of which are fixed to each other at a top provided with a support section; and a linear motion arrangement having a first movable member and a second movable member which are fixed to the other ends of the first rod and the second rod respectively, wherein the first movable member and the second movable member independently move in a linear motion direction (309, 409), wherein each of the first rod and the second rod of the bipod includes two limited-displacement flexible joints (611, 612; 614, 615) which provide elasticity in two orthogonal directions, respectively, characterized in that: each of the limited-displacement flexible joints (611, 612, 614, 615) comprises a flexible member shaped like a plate and at least one bend limitation section (640L1, 640L2) which is arranged in parallel with the flexible member.
A method for collecting channel-state-information, CSI, feedback in a wireless network that comprises a plurality of geographically separated transmission points sharing a cell Identifier, the method comprising receiving CSI feedback from a mobile station, based on measurements of first CSI reference symbols, CSI-RS, transmitted on a first CSI-RS resource from a first one of the transmission points, characterized in that the method further comprises: detecting that the mobile station has approached a second one of the transmission points, differing from the first one of the transmission points; reconfiguring the mobile station to measure CSI-RS on a second CSI-RS resource transmitted from the second one of the transmission points; and receiving CSI feedback from the mobile station, based on measurements of second CSI-RS transmitted on the second CSI-RS resource from the second one of the transmission points. detecting that the mobile station has approached a second one of the transmission points, differing from the first one of the transmission points; reconfiguring the mobile station to measure CSI-RS on a second CSI-RS resource transmitted from the second one of the transmission points; and receiving CSI feedback from the mobile station, based on measurements of second CSI-RS transmitted on the second CSI-RS resource from the second one of the transmission points.
A sealing assembly for a bearing compartment (50A, 50B, 50C) of a gas turbine engine, the sealing assembly comprising: a shaft configured to rotate about a longitudinal axis of the gas turbine engine; and a seal plate mounted to the shaft, wherein the seal plate comprises: an annular body; a scoop connected to and extending radially from the annular body, wherein the scoop is an annular lip and defines an annulus surrounding the shaft, and the scoop is disposed on a first axial end of the annular body; a sealing surface disposed on a second axial end of the annular body opposite from the scoop; and a channel extending through a portion of the annular body, wherein the channel is fluidly connected to the annulus and to the sealing surface; the sealing assembly being characterised in that the seal plate further comprises a plurality of teeth disposed into and along an outer perimeter of a portion of the annular body. a shaft configured to rotate about a longitudinal axis of the gas turbine engine; and a seal plate mounted to the shaft, wherein the seal plate comprises: an annular body; a scoop connected to and extending radially from the annular body, wherein the scoop is an annular lip and defines an annulus surrounding the shaft, and the scoop is disposed on a first axial end of the annular body; a sealing surface disposed on a second axial end of the annular body opposite from the scoop; and a channel extending through a portion of the annular body, wherein the channel is fluidly connected to the annulus and to the sealing surface; the sealing assembly being characterised in that the seal plate further comprises a plurality of teeth disposed into and along an outer perimeter of a portion of the annular body. an annular body; a scoop connected to and extending radially from the annular body, wherein the scoop is an annular lip and defines an annulus surrounding the shaft, and the scoop is disposed on a first axial end of the annular body; a sealing surface disposed on a second axial end of the annular body opposite from the scoop; and a channel extending through a portion of the annular body, wherein the channel is fluidly connected to the annulus and to the sealing surface; the sealing assembly being characterised in that the seal plate further comprises a plurality of teeth disposed into and along an outer perimeter of a portion of the annular body.
A self-aligning connector system for connecting an actuator to a valve body of a valve, comprising: an actuator adapter plug having a conical protrusion and a peripheral groove formed in an outer surface of the actuator adapter plug; and a valve adapter sub-assembly comprising an outer housing having a bore configured to receive the actuator adapter plug, and an expansion spring coupled to the outer housing and configured to provide radial pressure on the outer housing to receive the conical protrusion of the actuator adapter plug and latch onto the peripheral groove. an actuator adapter plug having a conical protrusion and a peripheral groove formed in an outer surface of the actuator adapter plug; and a valve adapter sub-assembly comprising an outer housing having a bore configured to receive the actuator adapter plug, and an expansion spring coupled to the outer housing and configured to provide radial pressure on the outer housing to receive the conical protrusion of the actuator adapter plug and latch onto the peripheral groove.
System for detecting an electric arc in an electrical installation equipped with at least one sensor capable of detecting temporal acoustic signals produced by the electrical installation, said system being characterised in that it comprises an analysis device configured to analyse any temporal acoustic signal coming from said one or more sensors by associating with said acoustic signal a corresponding parsimony measurement (m) whose value indicates whether or not the acoustic signal is a signature of an electric arc, where the analysis device is configured to determine said parsimony measurement by sampling said acoustic signal to form a sampled signal, by compressing the sampled signal to form a compressed signal and by reconstructing the sampled signal from said compressed signal.
A terminal apparatus configured to change a configuration pattern of a set of configuration patterns, each of the configuration patterns defining subframes forming one frame, the subframes including a downlink communication subframe used for downlink communication and an uplink communication subframe used for uplink communication, the terminal apparatus comprising: a decoding section configured to store downlink data transmitted from a base station apparatus in a buffer for retransmission and to decode the downlink data; and a transmitting section configured to transmit a response signal generated using an error detection result of the downlink data, characterized in that the buffer is divided into a plurality of regions of equal size, and a number of regions equals to a minimum value among an allowable number of HARQ processes for the terminal apparatus and a maximum number among maximum numbers of HARQ processes respectively defined in the set of the configuration patterns settable in the terminal apparatus, a first configuration pattern of the set of the configuration patterns is configured to the terminal apparatus, and each HARQ process in the first configuration pattern is assigned to each of first regions among the plurality of regions, the first regions corresponding to a first maximum number defined in the first configuration pattern, and when the first maximum number is smaller than the number of the plurality of regions, one of HARQ processes in the first configuration pattern is assigned to one of the first regions and at least one of second regions other than the first regions among the plurality of regions. a decoding section configured to store downlink data transmitted from a base station apparatus in a buffer for retransmission and to decode the downlink data; and a transmitting section configured to transmit a response signal generated using an error detection result of the downlink data, characterized in that the buffer is divided into a plurality of regions of equal size, and a number of regions equals to a minimum value among an allowable number of HARQ processes for the terminal apparatus and a maximum number among maximum numbers of HARQ processes respectively defined in the set of the configuration patterns settable in the terminal apparatus, a first configuration pattern of the set of the configuration patterns is configured to the terminal apparatus, and each HARQ process in the first configuration pattern is assigned to each of first regions among the plurality of regions, the first regions corresponding to a first maximum number defined in the first configuration pattern, and when the first maximum number is smaller than the number of the plurality of regions, one of HARQ processes in the first configuration pattern is assigned to one of the first regions and at least one of second regions other than the first regions among the plurality of regions.