mhurhangee/patent-ind-claim-en huggingface dataset:
A nonaqueous electrolytic solution comprising a nonaqueous solvent; a compound represented by Formula below, wherein, in Formula , P and O are not abbreviations but symbols of element; X 1 and X 2 each independently represent C, S, or P; n 1 and n 2 each independently represent 1 when X 1 and X 2 represent C or P and 2 when X 1 and X 2 represent S; n 1 represents 1 when X 1 represents C or P and 2 when X 1 represents S; n 2 represents 1 when X 2 represents C or P and 2 when X 2 represents S; Y 1 and Y 2 each independently represent a hydrocarbon group that may have a substituent or an -OW group wherein W represents a hydrocarbon group that may have a substituent; m 1 represents 1 when X 1 represents C or S and 2 when X 1 represents P, and m 2 represents 1 when X 2 represents C or S and 2 when X 2 represents P; and Z represents a hydrocarbon group that may have a substituent, an -SiV 3 group wherein V represents a hydrocarbon group that may have a substituent, an organic onium, or a metal, wherein the substituent that may be included in the hydrocarbon group represented by Y 1 , Y 2 , W, Z, and V, are halogen atoms; and an electrolyte. a nonaqueous solvent; a compound represented by Formula below, wherein, in Formula , P and O are not abbreviations but symbols of element; X 1 and X 2 each independently represent C, S, or P; n 1 and n 2 each independently represent 1 when X 1 and X 2 represent C or P and 2 when X 1 and X 2 represent S; n 1 represents 1 when X 1 represents C or P and 2 when X 1 represents S; n 2 represents 1 when X 2 represents C or P and 2 when X 2 represents S; Y 1 and Y 2 each independently represent a hydrocarbon group that may have a substituent or an -OW group wherein W represents a hydrocarbon group that may have a substituent; m 1 represents 1 when X 1 represents C or S and 2 when X 1 represents P, and m 2 represents 1 when X 2 represents C or S and 2 when X 2 represents P; and Z represents a hydrocarbon group that may have a substituent, an -SiV 3 group wherein V represents a hydrocarbon group that may have a substituent, an organic onium, or a metal, wherein the substituent that may be included in the hydrocarbon group represented by Y 1 , Y 2 , W, Z, and V, are halogen atoms; and an electrolyte.
Round filter element, in particular for gas filtration, for example for an air filter, having a filter medium body enclosing an inner flow chamber delimited by the inner wall of the filter medium body and the wall of which can be flowed through in radial direction by the fluid to be cleaned with respect of the longitudinal axis of the filter medium body , having at least one end disc on a front face of the filter medium body , characterized in that on or adjacent to a front face of the filter medium body is disposed a peripheral seal carrier which supports a sealing element adjacent to the exterior side of the filter medium body , and in that a positioning element extending into the filter medium body is disposed on the round filter element for positive connection of the round filter element in the installed state in the filter housing to an associated housing-sided counter-positioning element , wherein the seal carrier separates the raw side from the clean side in a flow-tight manner and wherein the seal carrier is the carrier of the positioning element and the positioning element extends from the radial exterior side of the filter medium body radially into the filter medium body .
A method of spatially aligning image sequences in a dual projection system comprising: accessing an alignment pattern having at least one alignment feature; modifying portions of an image content over multiple frames of a first digital image sequence by the dual projection system using the at least one alignment feature; displaying the first digital image sequence and a second digital image sequence by projecting the first image sequence by a first projector and projecting the second image sequence by a second projector spatially aligning the first digital image sequence and the second digital image sequence based on the portions modified by the projection system, when displaying the first digital image sequence and the second digital image sequence; characterised in that the at least one alignment feature is divided into several portions so that each respective portion of the image content in the respective frames of the the multiple frames in the first digital image sequence is modified with a different portion of the at least one alignment feature such that all of the at least one alignment feature appears in the combination of the multiple frames. accessing an alignment pattern having at least one alignment feature; modifying portions of an image content over multiple frames of a first digital image sequence by the dual projection system using the at least one alignment feature; displaying the first digital image sequence and a second digital image sequence by projecting the first image sequence by a first projector and projecting the second image sequence by a second projector spatially aligning the first digital image sequence and the second digital image sequence based on the portions modified by the projection system, when displaying the first digital image sequence and the second digital image sequence; characterised in that the at least one alignment feature is divided into several portions so that each respective portion of the image content in the respective frames of the the multiple frames in the first digital image sequence is modified with a different portion of the at least one alignment feature such that all of the at least one alignment feature appears in the combination of the multiple frames.
A display device comprising: a first substrate on which gate lines (GL) and data lines (DL)are disposed; a second substrate facing the first substrate ; a pixel (PX) disposed between the first substrate and the second substrate , and connected to the gate line (GL) and the data line (DL); a light blocking layer disposed between the first substrate and the second substrate , and defining a light emission area (SA) of the pixel (PX); a polarizer on the outer surface of the second substrate ; and a first pattern layer disposed on the polarizer, and comprising a plurality of first protruding portions , characterized in that the number of first protruding portions that overlap the light emission area (SA) and/or a pixel electrode (PE) among the plurality of first protruding portions is in a range from 3 to 15, and an angle between the data line (DL) and each of the plurality of first protruding portions is in a range from about 5 degrees to about 10 degrees. a first substrate on which gate lines (GL) and data lines (DL)are disposed; a second substrate facing the first substrate ; a pixel (PX) disposed between the first substrate and the second substrate , and connected to the gate line (GL) and the data line (DL); a light blocking layer disposed between the first substrate and the second substrate , and defining a light emission area (SA) of the pixel (PX); a polarizer on the outer surface of the second substrate ; and a first pattern layer disposed on the polarizer, and comprising a plurality of first protruding portions , characterized in that the number of first protruding portions that overlap the light emission area (SA) and/or a pixel electrode (PE) among the plurality of first protruding portions is in a range from 3 to 15, and an angle between the data line (DL) and each of the plurality of first protruding portions is in a range from about 5 degrees to about 10 degrees.
A method of reporting hybrid automatic repeat request-acknowledgment/negative-acknowledgment, HARQ-ACK/NACK, feedback in a wireless communication system, the method performed by a user equipment, UE, and comprising: detecting downlink data; and transmitting HARQ-ACK/NACK information for the downlink data, wherein the HARQ-ACK/NACK information comprises bits selected from a HARQ-ACK/NACK bit information set, wherein in the HARQ-ACK/NACK bit information set, a number of states of bits for representing an ACK is set to be different from a number of states of bits for representing a NACK, and wherein power for transmitting the HARQ-ACK/NACK information is varied based on whether the HARQ-ACK/NACK information indicates the ACK or the NACK. detecting downlink data; and transmitting HARQ-ACK/NACK information for the downlink data, wherein the HARQ-ACK/NACK information comprises bits selected from a HARQ-ACK/NACK bit information set, wherein in the HARQ-ACK/NACK bit information set, a number of states of bits for representing an ACK is set to be different from a number of states of bits for representing a NACK, and wherein power for transmitting the HARQ-ACK/NACK information is varied based on whether the HARQ-ACK/NACK information indicates the ACK or the NACK.
A disposable security device keeper with no locking mechanism comprising a rigid or semi-rigid casing that substantially corresponds to the shape of a product and adapted to cover at least a portion of one side of the product but not fully enclosing the product; the casing having a top wall , a bottom wall , a first side wall and a second side wall forming an open frame ; a security element or a non-EAS label having a deterrent message attached to the casing and adapted to be inaccessible to a consumer when the keeper is attached to the product; and a flexible adhesive support for securing the keeper to the product, characterized in that the first side wall includes at least one clip for attaching the casing to the product and adapted to act as a guide pin to facilitate the wrapping of the flexible adhesive support and the second side wall includes at least one clip for attaching the casing to the product and adapted to act as a guide pin to facilitate the wrapping of the flexible adhesive support .
A menstrual device comprising: a frame having a side wall with an exterior surface and an interiorsurface , the side wall extends between a proximal end , and a distal end , and the interior surface at least in part defines an cavity ; and a fluid barrier seal layer disposed on the exterior surface of the side wall , the fluid barrier seal layer attached directly to the exterior surface about at least a first end point; wherein the menstrual device collects fluid, wherein the menstrual device has a device length defined by a central vertical axis between the proximal end and the distal end , wherein the menstrual device is configurable in a compact configuration and in an expanded configuration, and in the expanded configuration the cavity has a volume greater than zero, wherein the cavity has a step-change in a widthwise or depthwise dimension between the proximal end and the distal end . a frame having a side wall with an exterior surface and an interiorsurface , the side wall extends between a proximal end , and a distal end , and the interior surface at least in part defines an cavity ; and a fluid barrier seal layer disposed on the exterior surface of the side wall , the fluid barrier seal layer attached directly to the exterior surface about at least a first end point; wherein the menstrual device collects fluid, wherein the menstrual device has a device length defined by a central vertical axis between the proximal end and the distal end , wherein the menstrual device is configurable in a compact configuration and in an expanded configuration, and in the expanded configuration the cavity has a volume greater than zero, wherein the cavity has a step-change in a widthwise or depthwise dimension between the proximal end and the distal end .
A method, comprising: receiving , in a master white space device, information relating to allowed emission levels in a white space radio system from a geo-location database; receiving by the master white space device, information relating to emission characteristics of a slave white space device, received from the slave white space device; computing by the master white space device, one or more allowed operating parameters for the slave white space device, based on the received information relating to allowed emission levels and the received emission characteristics; transmitting at least one of the allowed operating parameters to the slave white space device; receiving, by the master white space device, from the slave white space device, a request for modified operating parameters and improved emission characteristics of the slave white space device; computing by the master white space device, one or more modified allowed operating parameters for the slave white space device, based on the improved emission characteristics of the slave white space device; and transmitting the modified allowed operating parameters to the slave white space device. receiving , in a master white space device, information relating to allowed emission levels in a white space radio system from a geo-location database; receiving by the master white space device, information relating to emission characteristics of a slave white space device, received from the slave white space device; computing by the master white space device, one or more allowed operating parameters for the slave white space device, based on the received information relating to allowed emission levels and the received emission characteristics; transmitting at least one of the allowed operating parameters to the slave white space device; receiving, by the master white space device, from the slave white space device, a request for modified operating parameters and improved emission characteristics of the slave white space device; computing by the master white space device, one or more modified allowed operating parameters for the slave white space device, based on the improved emission characteristics of the slave white space device; and transmitting the modified allowed operating parameters to the slave white space device.
A packaged tobacco product, comprising: a pouch (i) defining an interior, (ii) having a front wall and a back wall connected to one another along opposing first and second side edges , the front wall having an exterior surface, and (iii) configured to be opened along a top portion of the pouch to form an opening between the front wall , the back wall and the first and second side edges to provide access to the interior of the pouch ; tobacco material contained in the interior of the pouch; and a closure assembly comprising first and second parts , wherein the first part is on the exterior surface of the front wall of the pouch and extends substantially from the first side edge of the pouch to the second side edge of the pouch , and wherein the first part is configured to releasably attach to the second part , wherein, as the second part of the closure assembly is moved to attach to the first part of the closure assembly , a portion of the back wall of the pouch wraps around at least a portion of the second part of the closure assembly to seal the interior of the pouch between the front wall and the back wall , wherein a mid-portion of the first part of the closure assembly is configured to deflect upon application of force that causes the first side edge of the pouch to move toward the second side edge of the pouch , and wherein, when the pouch is open, the deflection of the mid-portion of the first part of the closure assembly causes a mid-portion of the front wall of the pouch adjacent the opening to move away from a mid-portion of the back wall of the pouch adjacent the opening . a pouch (i) defining an interior, (ii) having a front wall and a back wall connected to one another along opposing first and second side edges , the front wall having an exterior surface, and (iii) configured to be opened along a top portion of the pouch to form an opening between the front wall , the back wall and the first and second side edges to provide access to the interior of the pouch ; tobacco material contained in the interior of the pouch; and a closure assembly comprising first and second parts , wherein the first part is on the exterior surface of the front wall of the pouch and extends substantially from the first side edge of the pouch to the second side edge of the pouch , and wherein the first part is configured to releasably attach to the second part , wherein, as the second part of the closure assembly is moved to attach to the first part of the closure assembly , a portion of the back wall of the pouch wraps around at least a portion of the second part of the closure assembly to seal the interior of the pouch between the front wall and the back wall , wherein a mid-portion of the first part of the closure assembly is configured to deflect upon application of force that causes the first side edge of the pouch to move toward the second side edge of the pouch , and wherein, when the pouch is open, the deflection of the mid-portion of the first part of the closure assembly causes a mid-portion of the front wall of the pouch adjacent the opening to move away from a mid-portion of the back wall of the pouch adjacent the opening .
A control method for a filter system which comprises at least one filter element, characterised in that at least one system parameter (C) which is a hydraulic resistance of the filter system is continuously monitored during a physical cleaning of the filter system, and the physical cleaning is carried out for so long until this system parameter (C) remains stable, wherein for detecting the hydraulic resistance, the actual pressure (P bw ) across the filter system and the actual throughput (Q bw ) through the filter element are continuously detected during the physical cleaning and normalised values P norm and Qnorm are continuously determined by way of division of the detected pressure P bw by a set maximal pressure P bwmax as well as by division of the square of the detected throughput Q bw by the square of a set setpoint for the throughput Q bw_set , and a characteristic value C for the hydraulic resistance C= Qnorm 2 /P norm is continuously formed and wherein a change dC of this characteristic value C is determined according to the formula dC = C − C avg C avg by way of the difference of the characteristic value C and a running average C avg being formed and this difference being related to the running average C avg , and the physical cleaning being continued as long as the change dC is greater than a predefined value.
Aircraft turbojet extending along an axis X oriented from upstream to downstream wherein an internal air flow (F-INT) circulates from upstream to downstream during a thrust phase and a reverse air flow (F-INV) from downstream to upstream during a reverse thrust phase, said turbojet comprising a fan configured to provide a reverse thrust and a nacelle comprising an air intake extending circumferentially around the axis X and comprising an inner wall oriented toward the axis X and configured to guide the internal air flow (F-INT) and the reverse air flow (F-INV) and an outer wall , opposite the inner wall and configured to guide an external air flow (F-EXT), the inner wall and the outer wall being connected together by an air intake lip so as to form an annular cavity , said air intake comprising at least one circulation duct in the annular cavity opening, on the one hand, at the air intake lip and, on the other hand, at the inner wall and/or the outer wall so as to promote a reverse thrust phase, said air intake comprising at least one cover member (31, 41, 51, 32, 42, 52-1, 52-2) movably mounted between a covered position (C1), wherein said cover member (31, 41, 51, 32, 42, 52-1, 52-2) closes the circulation duct at the air intake lip and an uncovered position (C2), wherein said cover member (31, 41, 51, 32, 42, 52-1, 52- 2) opens the circulation duct at the air intake lip .
A range finding apparatus comprising: a generation unit that generates a plurality of range finding signals; a modulation unit that generates transmission light acquired by performing quadrature modulation, polarization modulation, or both on an optical carrier wave by using each of the generated range finding signals; a transmission unit that transmits the generated transmission light; a reception unit that receives reflection light which is the transmission light reflected by an object to be measured; an extraction unit that extracts reception signals corresponding to the respective range finding signals by demodulating the reflection light; and a computation unit that computes a distance to the object to be measured by using any one or more of the extracted reception signals, characterized in that the generation unit generates a plurality of range finding signals according to at least two range finding methods being different from each other, the plurality of range finding signals being generated in the at least two range finding methods respectively using at least two different settings so as to generate in total at least four range finding signals. a generation unit that generates a plurality of range finding signals; a modulation unit that generates transmission light acquired by performing quadrature modulation, polarization modulation, or both on an optical carrier wave by using each of the generated range finding signals; a transmission unit that transmits the generated transmission light; a reception unit that receives reflection light which is the transmission light reflected by an object to be measured; an extraction unit that extracts reception signals corresponding to the respective range finding signals by demodulating the reflection light; and a computation unit that computes a distance to the object to be measured by using any one or more of the extracted reception signals, characterized in that the generation unit generates a plurality of range finding signals according to at least two range finding methods being different from each other, the plurality of range finding signals being generated in the at least two range finding methods respectively using at least two different settings so as to generate in total at least four range finding signals.
A wet laid basemat for an acoustical tile made primarily of mineral fiber and binder of starch and/or latex, the mineral fiber being formed of slag and a natural rock content exceeding 6% by weight, the mineral fiber having an average diameter of between 4.5 and 8.3 microns, the basemat having a density of between 182.61 kg/m 3 and 227.46 kg/m 3 (11.4 and 14.2 lbs/cubic foot).