mhurhangee/ep-ind-claims huggingface dataset:
A liquid detergent composition, comprising: a nonionic surfactant [hereinafter, referred to as component] in an amount of 15 to 70% by mass, a cationic surfactant represented by the formula [hereinafter, referred to as component] in an amount of 0.3 to 5% by mass, hydrogen peroxide [hereinafter, referred to as component] in an amount of 0.3 to 10% by mass, and water, wherein the component comprises a nonionic compound represented by the formula in an amount of 1 to 8% by mass of the composition, a mass ratio of an anionic surfactant other than fatty acid or a salt thereof to the component, /, is 0 to 1, and the composition has a pH of 3.0 to 7.0 at 20°C, as measured in accordance with JIS K3362:1998 Section 8.3: R-O-(C 2 H 4 O) x -H wherein, R represents a linear alkyl group having 12 carbon atoms, and has a primary carbon atom at which R bonds to an oxygen atom of R-O-; and x represents a mole number of added ethyleneoxy group and is an integer ranging from 2 to 5: wherein, R b1 represents a chain hydrocarbon group having 12 to 18 carbon atoms, and may have -(A'O) s -therein, wherein A'O represents an ethyleneoxy group or propyleneoxy group, and s represents an average mole number of A'O, ranging from 0 to 10; R b2, R b3, and R b4 each independently represent a methyl group, an ethyl group, a benzyl group, or a hydroxyalkyl group having 1 to 3 carbon atoms; and X - represents CH 3 SO 4 -, CH 3 CH 2 SO 4 - or a halogen ion, and wherein the component comprises at least one nonionic surfactant selected from those represented by the formulae and/or in an amount of 10 to 60% by mass: R 1a -O[(C 2 H 4 O) p / q]H wherein, R 1a represents an alkyl or alkenyl group having 8 to 22 carbon atoms; AO represents an alkyleneoxy group having 3 to 5 carbon atoms; p represents an average mole number of added C 2 H 4 O groups, ranging from 8 to 40; q represents an average mole number of added AO groups, ranging from 0 to 5; and "/" represents that C 2 H 4 O groups and AO groups may be arranged in either a random addition or a block addition; R 2a] l O-[(C 2 H 4 O) m / n]R 21a wherein, R 2a represents an alkyl or alkenyl group having 8 to 22 carbon atoms; R 21a represents an alkyl group having 1 to 3 carbon atoms; 1 represents the number 0 or 1; AO represents an alkyleneoxy group having 3 to 5 carbon atoms; m represents an average mole number of added C 2 H 4 O groups, ranging from 5 to 30; n represents an average mole number of added AO groups, ranging from 0 to 5; and "/" represents that C 2 H 4 O groups and AO groups may be arranged in either a random addition or a block addition. a nonionic surfactant [hereinafter, referred to as component] in an amount of 15 to 70% by mass, a cationic surfactant represented by the formula [hereinafter, referred to as component] in an amount of 0.3 to 5% by mass, hydrogen peroxide [hereinafter, referred to as component] in an amount of 0.3 to 10% by mass, and water,
An off-road excavation apparatus comprising: a chassis having a length that extends from a front end to a rear end of the chassis, the chassis also having a width oriented perpendicular to the length; a boom pivotally attached to the rear end of the chassis; a cutting component mounted to the boom, wherein the cutting component includes a terrain leveler cutting drum having a length that extends a majority of the width of the chassis, the cutting drum being rotatable about a central axis that extends across the width of the chassis; a shroud structure at least partially covering the cutting component; a source of vacuum in fluid communication with an interior of the shroud structure for drawing air containing dust from the interior of the shroud structure; an air cleaner for removing dust from the air drawn from the interior of the shroud structure by the source of vacuum; characterized by a dust barrier that projects downwardly from the shroud structure, the dust barrier extending along at least a portion of a perimeter of the shroud structure, and the dust barrier having a construction that is pervious to debris generated by the cutting component and that provides gradually reduced restriction to inward air flow through the dust barrier as the dust barrier extends downwardly from the shroud structure; the cutting drum including a cutting diameter of about 1.7 meters and a length of about 3.7 meters, and wherein the source of vacuum provides a vacuum air flow rate of at least 12 cubic meters per minute for each 0.3 meter of length of the cutting drum. a chassis having a length that extends from a front end to a rear end of the chassis, the chassis also having a width oriented perpendicular to the length; a boom pivotally attached to the rear end of the chassis; a cutting component mounted to the boom, wherein the cutting component includes a terrain leveler cutting drum having a length that extends a majority of the width of the chassis, the cutting drum being rotatable about a central axis that extends across the width of the chassis; a shroud structure at least partially covering the cutting component; a source of vacuum in fluid communication with an interior of the shroud structure for drawing air containing dust from the interior of the shroud structure; an air cleaner for removing dust from the air drawn from the interior of the shroud structure by the source of vacuum; characterized by a dust barrier that projects downwardly from the shroud structure, the dust barrier extending along at least a portion of a perimeter of the shroud structure, and the dust barrier having a construction that is pervious to debris generated by the cutting component and that provides gradually reduced restriction to inward air flow through the dust barrier as the dust barrier extends downwardly from the shroud structure; the cutting drum including a cutting diameter of about 1.7 meters and a length of about 3.7 meters, and wherein the source of vacuum provides a vacuum air flow rate of at least 12 cubic meters per minute for each 0.3 meter of length of the cutting drum.
A synergistic composition comprising at least two plant extracts enriched in condensed tannins, the plant extracts containing at least one protease inhibitor and/or at least one viral glycoprotein inhibitor, wherein at least one protease inhibitor is from a tannin rich plant extract chosen in the group comprising plant extracts from Echinacea purpurea and/or Camellia sinensis, along with at least one viral glycoprotein inhibitor plant extract chosen in the group comprising plant extracts from Mimosa tenuiflora, Alchemilla vulgaris, Centella asiatica, Asculus hippocastanum, Acacia catachu and Salvia officinalis wherein each plant extracts enriched in condensed tannins is obtained by a process comprising the following steps: mixing plant material with water, the ratio solid to water being 1:12, and stirring between 200-300 °F (93°C - 149°C) at 2-50 Psi (0,14 - 3,44 bar) filtering on a polymeric membrane and purifying by adding 3 % bentonite w/w to the aqueous solution obtained; keeping the extract obtained in contact with an adsorbent material which is a non ionic resin packed in a column; eluting the tannins retained on the adsorbent material with a polar solvent to obtain a concentrated tannins extract; drying by atomization the concentrated tannins extract to obtain dried extracts; solubilizing dried extract in water. mixing plant material with water, the ratio solid to water being 1:12, and stirring between 200-300 °F (93°C - 149°C) at 2-50 Psi (0,14 - 3,44 bar) filtering on a polymeric membrane and purifying by adding 3 % bentonite w/w to the aqueous solution obtained; keeping the extract obtained in contact with an adsorbent material which is a non ionic resin packed in a column; eluting the tannins retained on the adsorbent material with a polar solvent to obtain a concentrated tannins extract; drying by atomization the concentrated tannins extract to obtain dried extracts; solubilizing dried extract in water.
A depth stop assembly for use with a biopsy device targeting cannula, the depth stop assembly comprising: a depth stop configured to receive the targeting cannula; and a depth stop holder including a body configured to couple to the depth stop; the depth stop assembly characterized by the depth stop having one or more protrusions configured to selectively restrict axial movement of the targeting cannula relative to the depth stop; and the depth stop assembly further characterized by comprising a rotation member having a thumbwheel, wherein the rotation member is secured to the body with the depth stop disposed between the rotation member and the depth stop holder, wherein the thumbwheel is configured to rotate the depth stop relative to the depth stop holder to engage the one or more protrusions of the depth stop with the targeting cannula. a depth stop configured to receive the targeting cannula; and a depth stop holder including a body configured to couple to the depth stop; the depth stop assembly characterized by the depth stop having one or more protrusions configured to selectively restrict axial movement of the targeting cannula relative to the depth stop; and the depth stop assembly further characterized by comprising a rotation member having a thumbwheel, wherein the rotation member is secured to the body with the depth stop disposed between the rotation member and the depth stop holder, wherein the thumbwheel is configured to rotate the depth stop relative to the depth stop holder to engage the one or more protrusions of the depth stop with the targeting cannula.
A compound of formula Ib: wherein: X is OH, wherein the hydroxyl group can optionally be functionalized as succinate or attached to a solid support; ODMT; or a carboxylic acid; the 3' end of a strand of a RNAi agent; or the 3' end of a molecule comprising a strand of a RNAi agent, wherein the 3' end of the strand terminates in a phosphate or modified internucleoside linker and further comprises in 5' to 3' order: a spacer, and a second phosphate or modified internucleoside linker; q is 0, 1 or 2; R 6 is phenyl which is unsubstituted or substituted with a benzoxy group; R 7 is hydrogen or hydroxy-ethyl, wherein if R 7 is hydroxy-ethyl, the hydroxyl is optionally functionalized as succinate or attached to a solid support; R 8 is hydrogen or methoxy; Y 1 is CH or N; and Y 2 is N or CR 9; wherein R 9 is selected from hydrogen and methyl. X is OH, wherein the hydroxyl group can optionally be functionalized as succinate or attached to a solid support; ODMT; or a carboxylic acid; the 3' end of a strand of a RNAi agent; or the 3' end of a molecule comprising a strand of a RNAi agent, wherein the 3' end of the strand terminates in a phosphate or modified internucleoside linker and further comprises in 5' to 3' order: a spacer, and a second phosphate or modified internucleoside linker; q is 0, 1 or 2; R 6 is phenyl which is unsubstituted or substituted with a benzoxy group; R 7 is hydrogen or hydroxy-ethyl, wherein if R 7 is hydroxy-ethyl, the hydroxyl is optionally functionalized as succinate or attached to a solid support; R 8 is hydrogen or methoxy; Y 1 is CH or N; and Y 2 is N or CR 9; wherein R 9 is selected from hydrogen and methyl.
An apparatus for ablating tissue comprising: an elongate instrument; a first electrode and a second electrode positioned in the elongate instrument, wherein the electrodes are configured to create a plasma arc for generating heat; characterized in that: the elongate instrument is configured to encapsulate the electrodes and trap vapor released from the electrodes. an elongate instrument; a first electrode and a second electrode positioned in the elongate instrument, wherein the electrodes are configured to create a plasma arc for generating heat; characterized in that: the elongate instrument is configured to encapsulate the electrodes and trap vapor released from the electrodes. the elongate instrument is configured to encapsulate the electrodes and trap vapor released from the electrodes.
An automatic stuffing machine for food products, comprising a base framework supporting at least one forming die of the product to be stuffed and a pusher adapted to cause the translation of the formed product, along an advancement direction, through a stuffing tube that supports externally at least one tubular casing, until the product exits from the stuffing tube, there being at least one tube changer body that supports at least two stuffing tubes and can be actuated to move with respect to said base framework, in order to bring, in each instance, one of said stuffing tubes to a working position, in which it is located substantially at the area of action of said pusher, and at least one other stuffing tube to a resting position, which is adapted to allow to load a new tubular casing, the machine further comprising means for removable joining between said at least one forming die and at least the stuffing tube arranged in the working position which are adapted to pass from an active condition, in which they provide a continuous sealed connection with respect to the product to be stuffed between said forming die and the stuffing tube arranged in the working position, to an inactive condition, in which they define a space between said forming die and the stuffing tube arranged in the working position, in order to allow the movement of said tube changer body with respect to said base framework, and vice versa, characterized in that it comprises relative movement means that comprise means for the axial movement of said tube changer body with respect to said base framework along a direction that is substantially parallel to said advancement direction.
A computer-implemented method for determining a beard growth distribution for a subject, characterized in that the method comprises: receiving movement measurements representing movement of a hair cutting device over a face of the subject during a hair cutting process; determining a set of locations of the hair cutting device during the hair cutting process from the received movement measurements; analysing the set of locations to determine areas of the face in which there is beard growth; and determining the beard growth distribution based on the determined areas of the face in which there is beard growth. receiving movement measurements representing movement of a hair cutting device over a face of the subject during a hair cutting process; determining a set of locations of the hair cutting device during the hair cutting process from the received movement measurements; analysing the set of locations to determine areas of the face in which there is beard growth; and determining the beard growth distribution based on the determined areas of the face in which there is beard growth.
A tape cassette, comprising: a housing having a top surface, a bottom surface, a front surface and a pair of side surfaces; a tape (55, 57, 59) that is a print medium mounted in the housing; a tape exit that discharges, from the housing, the tape (55, 57, 59) guided in the housing along a predetermined feed path, at least a part of the feed path extending parallel to the front surface; and a type indicator portion provided adjacent to the tape exit and in a specified area of the front surface on an upstream side of the tape exit in a feed direction of the tape (55, 57, 59), the type indicator portion indicating a type of the tape (55, 57, 59) and including a plurality of vertical information sections (X1 to X5), and an indentation portion being formed on at least one of the plurality of vertical information sections (X1 to X5), the plurality of vertical information sections (X1 to X5) being a plurality of strip-shaped sections extending along a direction orthogonal to the feed path; and a latching recess portion provided in another area of the front surface, the another area being an area formed in the front surface that is different to the specified area, wherein the indentation portion and the latching recess portion are arranged continuously to form a groove. a housing having a top surface, a bottom surface, a front surface and a pair of side surfaces; a tape (55, 57, 59) that is a print medium mounted in the housing; a tape exit that discharges, from the housing, the tape (55, 57, 59) guided in the housing along a predetermined feed path, at least a part of the feed path extending parallel to the front surface; and a type indicator portion provided adjacent to the tape exit and in a specified area of the front surface on an upstream side of the tape exit in a feed direction of the tape (55, 57, 59), the type indicator portion indicating a type of the tape (55, 57, 59) and including a plurality of vertical information sections (X1 to X5), and an indentation portion being formed on at least one of the plurality of vertical information sections (X1 to X5), the plurality of vertical information sections (X1 to X5) being a plurality of strip-shaped sections extending along a direction orthogonal to the feed path; and a latching recess portion provided in another area of the front surface, the another area being an area formed in the front surface that is different to the specified area, wherein the indentation portion and the latching recess portion are arranged continuously to form a groove.
A roof window defining a length direction and a width direction and comprising a frame, a sash, a pane element comprising at least one interior sheet (41, 42) and an exterior sheet, said pane element being connected to the sash by means of a glazing profile extending in the length direction of the roof window at each side of the pane element, and a set of cover members including a bottom sash covering extending in the width direction of the roof window and a side sash covering extending in the length direction of the roof window and connected to the sash to extend over at least the glazing profile and optionally the pane element at each side of the pane element, the sash being pivotally connected to the frame by means of a set of hinges defining a hinge axis (α) located between a top and a bottom of the roof window, characterised in that the exterior sheet of the pane element is provided with an extended portion extending beyond an inner portion to an edge at a distance from an edge of the at least one interior sheet (41, 42) and overlapping the bottom sash covering, the extended portion having such a configuration and such dimensions that its projection shadows the underlying bottom sash covering and any other subjacent components, to at least a large extent, that at least one masking (60; 260: 360) is provided to substantially cover the extended portion, and that each glazing profile and each side sash covering has such a length that they extend substantially to the edge of the extended portion of the exterior sheet of the pane element. a frame, a sash, a pane element comprising at least one interior sheet (41, 42) and an exterior sheet, said pane element being connected to the sash by means of a glazing profile extending in the length direction of the roof window at each side of the pane element, and a set of cover members including a bottom sash covering extending in the width direction of the roof window and a side sash covering extending in the length direction of the roof window and connected to the sash to extend over at least the glazing profile and optionally the pane element at each side of the pane element, the sash being pivotally connected to the frame by means of a set of hinges defining a hinge axis (α) located between a top and a bottom of the roof window, characterised in that the exterior sheet of the pane element is provided with an extended portion extending beyond an inner portion to an edge at a distance from an edge of the at least one interior sheet (41, 42) and overlapping the bottom sash covering, the extended portion having such a configuration and such dimensions that its projection shadows the underlying bottom sash covering and any other subjacent components, to at least a large extent, that at least one masking (60; 260: 360) is provided to substantially cover the extended portion, and that each glazing profile and each side sash covering has such a length that they extend substantially to the edge of the extended portion of the exterior sheet of the pane element.
A catheter comprising: an elongated catheter body; a distal electrode array comprising a plurality of offset spine loops, each spine loop having at least a pair of electrode-carrying portions carrying first ring electrodes and a distal portion connecting the pair of electrode-carrying portions, wherein the electrode-carrying portions of the plurality of offset spine loops are arranged in-plane in a single common plane, and the distal portions of the plurality of offset spine loops are arranged off-plane from the single common plane; a second distal ring electrode and a third proximal ring electrode each carried on the catheter proximally of the distal electrode array; and an intermediate deflection section comprising a section of tubing, wherein the section of tubing comprises: a first lumen carrying a plurality of lead wires for the first ring electrodes; a second lumen carrying a first puller wire; a third lumen carrying a cable for an electromagnetic position sensor and a plurality of lead wires (40D, 40P) for the second distal ring electrode and the third proximal ring electrode; and a fourth lumen carrying a second puller wire. an elongated catheter body; a distal electrode array comprising a plurality of offset spine loops, each spine loop having at least a pair of electrode-carrying portions carrying first ring electrodes and a distal portion connecting the pair of electrode-carrying portions, wherein the electrode-carrying portions of the plurality of offset spine loops are arranged in-plane in a single common plane, and the distal portions of the plurality of offset spine loops are arranged off-plane from the single common plane; a second distal ring electrode and a third proximal ring electrode each carried on the catheter proximally of the distal electrode array; and an intermediate deflection section comprising a section of tubing, wherein the section of tubing comprises: a first lumen carrying a plurality of lead wires for the first ring electrodes; a second lumen carrying a first puller wire; a third lumen carrying a cable for an electromagnetic position sensor and a plurality of lead wires (40D, 40P) for the second distal ring electrode and the third proximal ring electrode; and a fourth lumen carrying a second puller wire. a first lumen carrying a plurality of lead wires for the first ring electrodes; a second lumen carrying a first puller wire; a third lumen carrying a cable for an electromagnetic position sensor and a plurality of lead wires (40D, 40P) for the second distal ring electrode and the third proximal ring electrode; and a fourth lumen carrying a second puller wire.
A cooling composition comprising natural isopulegol, natural menthyl lactate, natural menthyl succinate, and optionally natural menthol, wherein the natural isopulegol is present in the composition from 35% to 65% w/w.