mhurhangee/ep-ind-claims huggingface dataset:
A hair care composition comprising: a hybrid copolymer comprising at least one ethylenically unsaturated monomer and chain transfer agent as an end group said chain transfer agent being a hydroxyl containing moiety obtained from plant sources directly or by enzymatic or fermentation processes; a hybrid synthetic copolymer comprising one or more synthetic polymers derived from the at least one ethylenically unsaturated monomer with at least one initiator fragment as an end group; from 0.01 up to 20% by weight, based on the weight of the composition, of a cosmetic or personal care additive, which is a hair cosmetic additive; and wherein the hair care composition is selected from the group consisting of a shampoo, a conditioner, a hair color formulation, a hair relaxer, and a hair fixative. a hybrid copolymer comprising at least one ethylenically unsaturated monomer and chain transfer agent as an end group said chain transfer agent being a hydroxyl containing moiety obtained from plant sources directly or by enzymatic or fermentation processes; a hybrid synthetic copolymer comprising one or more synthetic polymers derived from the at least one ethylenically unsaturated monomer with at least one initiator fragment as an end group; from 0.01 up to 20% by weight, based on the weight of the composition, of a cosmetic or personal care additive, which is a hair cosmetic additive; and wherein the hair care composition is selected from the group consisting of a shampoo, a conditioner, a hair color formulation, a hair relaxer, and a hair fixative.
A method, comprising: segmenting a video file into video segments, wherein the end frame of each preceding video segment and the start frame of the subsequent video segment are successive frames of the video file; and generating a condensed representation of the video file defining a concurrent presentation of the video segments in respective windows in a display area, characterized in that the concurrent presentation is over repeating cycles of a loop period, wherein the condensed representation specifies for each of the windows a sequence of positions in the display area where frames of the respective video segment are presented during the loop period, each sequence of positions moving the respective window from a start position which is a position in the display area where the respective video segment is presented when each cycle of the loop period begins to an end position which is a position in the display area where the respective video segment is presented when each cycle of the loop period ends, wherein the end position is in proximity to the start position of the window where the subsequent video segment is presented. segmenting a video file into video segments, wherein the end frame of each preceding video segment and the start frame of the subsequent video segment are successive frames of the video file; and generating a condensed representation of the video file defining a concurrent presentation of the video segments in respective windows in a display area, characterized in that the concurrent presentation is over repeating cycles of a loop period, wherein the condensed representation specifies for each of the windows a sequence of positions in the display area where frames of the respective video segment are presented during the loop period, each sequence of positions moving the respective window from a start position which is a position in the display area where the respective video segment is presented when each cycle of the loop period begins to an end position which is a position in the display area where the respective video segment is presented when each cycle of the loop period ends, wherein the end position is in proximity to the start position of the window where the subsequent video segment is presented.
A method of preparing a graphene oxide-protein matrix, the method comprising; admixing an aqueous solution of a disordered protein with an aqueous solution of graphene oxide, wherein the DP has an opposite charge to the GO, further wherein the graphene oxide-protein matrix is in the form of a three-dimensional structure having a lumen defined by a membrane having an inner and outer surface.
An inertial sensor comprising: a frame; a proof mass; a first resonant element, the first resonant element being fixed to the frame and electrostatically coupled to the proof mass; a second resonant element, the second resonant element being fixed to the frame, adjacent to the first resonant element such that there is substantially no electrostatic coupling between the second resonant element and the proof mass; a coupling between the first resonant element and the second resonant element; a drive means coupled to the first and second resonant elements for vibrating the first and second resonant elements; and a sensor assembly for detecting the amplitude of vibration of at least one of the resonant elements. a frame; a proof mass; a first resonant element, the first resonant element being fixed to the frame and electrostatically coupled to the proof mass; a second resonant element, the second resonant element being fixed to the frame, adjacent to the first resonant element such that there is substantially no electrostatic coupling between the second resonant element and the proof mass; a coupling between the first resonant element and the second resonant element; a drive means coupled to the first and second resonant elements for vibrating the first and second resonant elements; and a sensor assembly for detecting the amplitude of vibration of at least one of the resonant elements.
A polymer electrolyte membrane comprising a block copolymer containing each one or more of: a segment containing an ionic group; and a segment not containing an ionic group, and one or more linker moieties which are able to connect the segment with the segment while suppressing randomization and segment-cutting by the ether-exchange reaction; wherein a number average molecular weight of the segment is 15,000 or larger; wherein the molar composition ratio of the segment to the segment, /, is 0.15 or larger and 5 or smaller; the ionic group is sulfonic acid group; wherein the ion exchange capacity of the block copolymer is 1.4 meq/g or larger; the polymer electrolyte membrane forms a co-continuous or lamellar phase-separated structure; the cycle length of which is 100 nm or smaller; and a crystallization heat quantity determined by differential scanning calorimetry is 0.1 J/g or larger, or a degree of crystallinity determined by wide-angle X-ray diffractometry is 0.5% or larger, wherein the segment containing an ionic group contains the constituent unit represented by a general formula described below, where, in the general formula, Ar 1 to Ar 4 are each an arbitrary divalent arylene group; Ar 1 and/or Ar 2 contains an ionic group; Ar 3 and Ar 4 can contain or not contain an ionic group; Ar 1 to Ar 4 can each be arbitrarily substituted, and in Ar 1 to Ar 4, two or more kinds of arylene groups can be independently used; and the symbol * signifies a bond moiety with the general formula or with other constituent unit, wherein the segment containing an ionic group contains 20 mol% or more of the constituent unit represented by the general formula, wherein the segment not containing an ionic group contains a constituent unit represented by a general formula described below, where, in the general formula, Ar 5 to Ar 8 are each an arbitrary divalent arylene group, which can each be arbitrarily substituted, and which do not contain an ionic group; in Ar 5 to Ar 8, two or more kinds of arylene group can be independently used; and the symbol * signifies a bond moiety with the general formula or with other constituent unit, and wherein the segment not containing an ionic group contains 20 mol% or more of the constituent unit represented by the general formula.
Bar (1; 30) for fastening a bracelet to a watch, comprising a hollow body (2; 32) provided with a longitudinal groove (16; 46); a first pivot (4; 34) arranged in the hollow body (2; 32); a shaft (6; 36) arranged in the hollow body (2; 32) and provided with a second pivot (8; 38), each of the first and second pivots (4, 8; 34, 38) being capable of sliding in a respective end (15A, 15B) of the hollow body (2; 32) and being intended to be inserted into a corresponding recess of a respective horn of a watch case; a spring (10; 40) disposed in the hollow body (2; 32), supported between the first and second pivots (4, 8; 34, 38); and a lug (12; 52) extending through the longitudinal groove (16; 46) and capable of sliding along the longitudinal groove, said lug (12; 52) being integral with the first pivot (4; 34) and constituting an actuating member for displacing the first pivot against the action of the spring (10; 40), the bar (1; 30) further comprising a hollow inner tube (14; 44) arranged in the hollow body (2; 32), the second pivot (8; 38) and the spring (10; 40) being inserted into the hollow inner tube (14; 44), the hollow inner tube (14; 44) being configured to cooperate with the first pivot (4; 34) and with the second pivot (8; 38); and characterised in that: - the hollow body (2; 32) and the hollow inner tube (14; 44) respectively comprise at least one additional groove (18; 48) and a first helical groove (22; 58), configured such that a displacement of the lug (12; 52) along the longitudinal groove (16; 46) towards the second pivot (8; 38) causes a tenon (20; 54) integral with the second pivot to be displaced, such that the second pivot (8; 38) is displaced inside the hollow inner tube (14; 44), towards the lug (12; 52), and brings the first and second pivots (4, 8; 34, 38) closer together inside the hollow body (2; 32), the lug (12; 52) constituting an actuating member for displacing the first and second pivots (4, 8; 34, 38) against the action of the spring (10; 40). - the hollow body (2; 32) and the hollow inner tube (14; 44) respectively comprise at least one additional groove (18; 48) and a first helical groove (22; 58), configured such that a displacement of the lug (12; 52) along the longitudinal groove (16; 46) towards the second pivot (8; 38) causes a tenon (20; 54) integral with the second pivot to be displaced, such that the second pivot (8; 38) is displaced inside the hollow inner tube (14; 44), towards the lug (12; 52), and brings the first and second pivots (4, 8; 34, 38) closer together inside the hollow body (2; 32), the lug (12; 52) constituting an actuating member for displacing the first and second pivots (4, 8; 34, 38) against the action of the spring (10; 40).
A primer coat, a mid-coat and/or a top-coat coating comprising or consisting of an anticorrosive coating composition comprising: a binding polymer; a corrosion-inhibiting pigment comprising aluminum phosphate dispersed within the binding polymer, wherein the aluminum phosphate comprises amorphous aluminum phosphate; wherein the coating composition comprises in the range of from about 1 to 25 percent by weight aluminum phosphate, and wherein the coating composition provides a controlled phosphate release in the range of from about 50 to 500 ppm, preferably between about 100 to 200 ppm, when applied to the metallic substrate and when contacted with water and oxygen. a binding polymer; a corrosion-inhibiting pigment comprising aluminum phosphate dispersed within the binding polymer, wherein the aluminum phosphate comprises amorphous aluminum phosphate; wherein the coating composition comprises in the range of from about 1 to 25 percent by weight aluminum phosphate, and wherein the coating composition provides a controlled phosphate release in the range of from about 50 to 500 ppm, preferably between about 100 to 200 ppm, when applied to the metallic substrate and when contacted with water and oxygen.
A method of determining whether an anti-cancer effect is unlikely to be produced in a cancer by a MEK inhibitor, wherein the cancer is melanoma that comprises one or more mutations in GNAQ and/or GNA11, the method comprising: (i) determining whether a cell or cells of the cancer comprise an increased level of DDX43 mRNA and/or DDX43 protein and/or an increased level of mRNA corresponding to one or more genes or exons listed in Table 1 relative to a normal value derived from a normal tissue, where if (a) the level of DDX43 mRNA and/or protein is increased and/or (b) the level of mRNA corresponding to one or more genes or exons listed in Table 1 is increased, it is unlikely that a MEK inhibitor would have an anti-cancer effect on the cancer; and/or (ii) determining whether a cell or cells of the cancer comprise an increased level of mRNA corresponding to an exon of one or more of RHBG, MFAPS, and DPYS relative to a normal value derived from a normal tissue, where if the level of mRNA is increased, it is unlikely that a MEK inhibitor would have an anti-cancer effect on the cancer. (i) determining whether a cell or cells of the cancer comprise an increased level of DDX43 mRNA and/or DDX43 protein and/or an increased level of mRNA corresponding to one or more genes or exons listed in Table 1 relative to a normal value derived from a normal tissue, where if (a) the level of DDX43 mRNA and/or protein is increased and/or (b) the level of mRNA corresponding to one or more genes or exons listed in Table 1 is increased, it is unlikely that a MEK inhibitor would have an anti-cancer effect on the cancer; and/or (ii) determining whether a cell or cells of the cancer comprise an increased level of mRNA corresponding to an exon of one or more of RHBG, MFAPS, and DPYS relative to a normal value derived from a normal tissue, where if the level of mRNA is increased, it is unlikely that a MEK inhibitor would have an anti-cancer effect on the cancer.
A movable boarding bridge comprising: an outer tunnel; an inner tunnel disposed in the outer tunnel, the movable boarding bridge being characterized in that said inner tunnel comprises an inner side frame configured to support a inner tunnel footpath, the inner side frame being disposed below the inner tunnel footpath; and a footpath horizontal extension structure configured to allow the inner tunnel footpath and the inner side frame to be separate and to allow the inner tunnel footpath and the inner side frame to be arranged in the multilayer form, an outer tunnel footpath provided in a multilayer form, the outer tunnel footpath disposed below the inner tunnel footpath; and a rainwater receiver disposed below the outer tunnel footpath, wherein the outer tunnel footpath by which the passenger passes and the rainwater receiver are separated such that the rainwater receiver is invisible from the outer tunnel footpath. an outer tunnel; an inner tunnel disposed in the outer tunnel, the movable boarding bridge being characterized in that said inner tunnel comprises an inner side frame configured to support a inner tunnel footpath, the inner side frame being disposed below the inner tunnel footpath; and a footpath horizontal extension structure configured to allow the inner tunnel footpath and the inner side frame to be separate and to allow the inner tunnel footpath and the inner side frame to be arranged in the multilayer form, the movable boarding bridge being characterized in that said inner tunnel comprises an inner side frame configured to support a inner tunnel footpath, the inner side frame being disposed below the inner tunnel footpath; and a footpath horizontal extension structure configured to allow the inner tunnel footpath and the inner side frame to be separate and to allow the inner tunnel footpath and the inner side frame to be arranged in the multilayer form, an outer tunnel footpath provided in a multilayer form, the outer tunnel footpath disposed below the inner tunnel footpath; and a rainwater receiver disposed below the outer tunnel footpath, wherein the outer tunnel footpath by which the passenger passes and the rainwater receiver are separated such that the rainwater receiver is invisible from the outer tunnel footpath.
A holder for a tool for machining a workpiece, wherein the holder comprises in a region of its front end a cutting insert receptacle for receiving a cutting insert and in a region of its opposite rear end a shank which extends substantially along a longitudinal axis and forms a clamping portion for clamping the holder in a machine tool, wherein the cutting insert receptacle is defined by an upper and a lower clamping jaw (24, 22), wherein the holder comprises an upper part on which the upper clamping jaw is arranged and comprises a lower part on which the lower clamping jaw is arranged, wherein the shank is connected integrally to the lower part and the upper and the lower parts (34, 36) are connected together exclusively by means of a web which extends between a first and a second separating slit (38, 40), wherein the two separating slits (38, 40) extend between the upper part and the lower part of the holder and are arranged on opposite sides of the web such that the upper part is pivotable relative to the lower part via the web in the manner of a rocker, wherein the first separating slit extends in a front holder region between the cutting insert receptacle and the web, and wherein the second separating slit extends in a central holder region between the web and the clamping portion, wherein the holder further comprises an actuating means which cooperates with the upper part in the central holder region and is configured to spread the second separating slit in order to move the upper clamping jaw toward the lower clamping jaw and to clamp the cutting insert between the upper and the lower clamping jaws (24, 22), characterized in that the actuating means is a screw which engages in a thread which is provided in the lower part and extends along a thread axis which is aligned substantially perpendicularly to the longitudinal axis of the holder, wherein the screw comprises a conical screw head which cooperates with the upper part for spreading the second separating slit.
A process for converting a dewatered homogeneous sludge containing organic waste materials into a granular fertilizer, the process comprising: pumping a heterogeneous dewatered sludge including from 13% to 45% solids; adding sulfuric acid to the sludge in an amount sufficient to cause the pH of the resultant mixture to be less than 1; pumping the mixture through at least one in-line static blending mixer to mix the sludge with the sulfuric acid to reduce the viscosity of the mixture to less than 5 pascal-seconds; pumping the mixture through at least one in-line static shearing mixer while adding water; mechanically agitating the mixture for an aging time to create a homogeneous extract of carbon and amino acids; pumping the extract into a pipe-cross reactor for reaction with an acid and a base to form a melt; flashing off water from the melt as steam; rolling the melt onto recycled fine particles to form accreted granules; and drying the accreted granules to form a granular fertilizer. pumping a heterogeneous dewatered sludge including from 13% to 45% solids; adding sulfuric acid to the sludge in an amount sufficient to cause the pH of the resultant mixture to be less than 1; pumping the mixture through at least one in-line static blending mixer to mix the sludge with the sulfuric acid to reduce the viscosity of the mixture to less than 5 pascal-seconds; pumping the mixture through at least one in-line static shearing mixer while adding water; mechanically agitating the mixture for an aging time to create a homogeneous extract of carbon and amino acids; pumping the extract into a pipe-cross reactor for reaction with an acid and a base to form a melt; flashing off water from the melt as steam; rolling the melt onto recycled fine particles to form accreted granules; and drying the accreted granules to form a granular fertilizer.
A method of coding video data, comprising: storing the video data in a memory, the memory including a buffer; receiving the video data to be coded; and determining a plurality of Lagrangian parameters for a plurality of coding modes based at least in part on a bit rate ratio of a current block for the coding mode and a fullness of the buffer, wherein the bit ratio is based on a number of bits for coding the current block using the coding mode divided by a number of bits for coding the current block without any compression; selecting a coding mode from the plurality of coding modes based on the determined plurality of Lagrangian parameters; and coding the current block in a bitstream based on the selected coding mode and by using the bit rate associated with the selected coding mode representing the number of bits used by the selected coding mode to code the current block. storing the video data in a memory, the memory including a buffer; receiving the video data to be coded; and determining a plurality of Lagrangian parameters for a plurality of coding modes based at least in part on a bit rate ratio of a current block for the coding mode and a fullness of the buffer, wherein the bit ratio is based on a number of bits for coding the current block using the coding mode divided by a number of bits for coding the current block without any compression; selecting a coding mode from the plurality of coding modes based on the determined plurality of Lagrangian parameters; and coding the current block in a bitstream based on the selected coding mode and by using the bit rate associated with the selected coding mode representing the number of bits used by the selected coding mode to code the current block.
A method of operating a terminal device for receiving an allocation of radio resources for transmission of uplink data to a base station in a wireless telecommunications system, the method comprising: determining that the terminal device has uplink data waiting for transmission to the base station; determining that the terminal device should not transmit a request for an allocation of radio resources for transmission of the uplink data to the base station based on the terminal device receiving an indication that another terminal device in the wireless telecommunications system has made a request for an allocation of radio resources, and waiting to receive a radio resource allocation message from the base station to allocate radio resources to be used for transmissions associated with the uplink data waiting for transmission to the base station. determining that the terminal device has uplink data waiting for transmission to the base station; determining that the terminal device should not transmit a request for an allocation of radio resources for transmission of the uplink data to the base station based on the terminal device receiving an indication that another terminal device in the wireless telecommunications system has made a request for an allocation of radio resources, and waiting to receive a radio resource allocation message from the base station to allocate radio resources to be used for transmissions associated with the uplink data waiting for transmission to the base station.