mhurhangee/ep-ind-claims huggingface dataset:
A microneedle applicator for applying a fluid product on the skin and for causing it penetrate into the skin, the applicator defining a longitudinal axis X and comprising: - an application face provided with at least a fluid product outlet and a plurality of microneedles, - a motor for causing the microneedles to vibrate, - a fluid product reservoir (R1; R2; R3; R4; R5; R6; R7) connected to the fluid product outlet, - a manual actuating member (R10; R20; R30; R40; R50; R60; R70) which acts directly on the volume of the reservoir for conveying the fluid product from the fluid product reservoir (R1; R2; R3; R4; R5; R6; R7) to the fluid product outlet, the user taking action by means of a finger on the manual actuating member (R10; R20; R30; R40; R50; R60; R70), characterised in that it comprises two distinct modules (M, C1; C2; C3, C5; C6; C7) removably axially connected to one another, namely: - a first module housing the motor and accessories for operating the motor, and - a second module (C1; C2; C3; C4; C5; C6; C7) housing the fluid product reservoir (R1; R2; R3; R4; R5; R6; R7) and forming the application face and the manual actuating member (R10; R20; R30; R40; R50; R60; R70), the manual actuating member (R10; R20; R30; R40; R50; R60; R70) being manually accessible and manipulable, when the two modules (M, C1; C2; C3; C4; C5; C6; C7) are connected to each other. - an application face provided with at least a fluid product outlet and a plurality of microneedles, - a motor for causing the microneedles to vibrate, - a fluid product reservoir (R1; R2; R3; R4; R5; R6; R7) connected to the fluid product outlet, - a manual actuating member (R10; R20; R30; R40; R50; R60; R70) which acts directly on the volume of the reservoir for conveying the fluid product from the fluid product reservoir (R1; R2; R3; R4; R5; R6; R7) to the fluid product outlet, the user taking action by means of a finger on the manual actuating member (R10; R20; R30; R40; R50; R60; R70), characterised in that it comprises two distinct modules (M, C1; C2; C3, C5; C6; C7) removably axially connected to one another, namely: - a first module housing the motor and accessories for operating the motor, and - a second module (C1; C2; C3; C4; C5; C6; C7) housing the fluid product reservoir (R1; R2; R3; R4; R5; R6; R7) and forming the application face and the manual actuating member (R10; R20; R30; R40; R50; R60; R70), the manual actuating member (R10; R20; R30; R40; R50; R60; R70) being manually accessible and manipulable, when the two modules (M, C1; C2; C3; C4; C5; C6; C7) are connected to each other. - a first module housing the motor and accessories for operating the motor, and - a second module (C1; C2; C3; C4; C5; C6; C7) housing the fluid product reservoir (R1; R2; R3; R4; R5; R6; R7) and forming the application face and the manual actuating member (R10; R20; R30; R40; R50; R60; R70), the manual actuating member (R10; R20; R30; R40; R50; R60; R70) being manually accessible and manipulable, when the two modules (M, C1; C2; C3; C4; C5; C6; C7) are connected to each other.
Device for shaping a cardboard flat blank into a container, comprising a shaping tool and a ram which is movable in a principal shaping direction (z) into the shaping tool so as to erect the flat blank via the shaping tool, wherein a base area of the ram is adjustable in at least one shape-shaping direction (x, y) lying transversely to the principal shaping direction (z), wherein at least two side walls pivotable about, respectively, a pivot axis (s) lying transversely to the principal shaping direction (z) are articulately attached to the ram, whereby a base area delimited by the free end edges of the side walls is adjustable, characterized in that the side walls bear in a frictionally sliding manner by means of pretensioned spring elements (22, 24), for the execution of a pivot motion, against wedge elements which are displaceable in the principal shaping direction (z).
A computer-implemented method of detecting gestures performed by a user of an input device having a touch-sensitive portion, comprising: loading, at a processor, a definition of a plurality of regions corresponding to zones on the touch-sensitive portion of the input device, a first zone on the touch-sensitive portion being associated with a first digit and a second zone being associated with a second other digit, wherein each region in the plurality of regions is associated with a distinct set of gestures, each gesture in a set of gestures associated with a threshold vector, each threshold vector having a priority value; receiving, at the processor, data describing movement of at least one digit of the user on the touch-sensitive portion of the input device; determining, from the data and the definition of the plurality of regions, an associated region for the data and a current coordinate for each of the at least one digit, the current position having an associated start coordinate; determining a comparison order from a comparison of the priority value and the current coordinate in priority value order; comparing the data to the associated region's set of gestures and selecting a gesture applicable to the data, the data being compared to the gestures in the determined comparison order; and executing, on the processor, a command associated with the gesture selected. loading, at a processor, a definition of a plurality of regions corresponding to zones on the touch-sensitive portion of the input device, a first zone on the touch-sensitive portion being associated with a first digit and a second zone being associated with a second other digit, wherein each region in the plurality of regions is associated with a distinct set of gestures, each gesture in a set of gestures associated with a threshold vector, each threshold vector having a priority value; receiving, at the processor, data describing movement of at least one digit of the user on the touch-sensitive portion of the input device; determining, from the data and the definition of the plurality of regions, an associated region for the data and a current coordinate for each of the at least one digit, the current position having an associated start coordinate; determining a comparison order from a comparison of the priority value and the current coordinate in priority value order; comparing the data to the associated region's set of gestures and selecting a gesture applicable to the data, the data being compared to the gestures in the determined comparison order; and executing, on the processor, a command associated with the gesture selected.
A top burner comprising: an outer burner provided with a plurality of flame holes (231, 232) adapted to form flame by combusting mixed gas; an inner burner provided with a plurality of flame holes (261, 262) adapted to form flame separated from the flame formed by the flame holes (231, 232) of the outer burner by combusting the mixed gas; and a flame transfer slit adapted for transferring the flame formed through the flame holes (231, 232) of the outer burner to the second flame holes (261, 262) of the inner burner, the flame transfer slit being formed by partly cutting a top surface of the outer burner in a radial direction of the outer burner, wherein the outer burner comprises: an outer burner head provided with a plurality of flame hole forming teeth (244, 245); and an outer burner cap provided on a top surface of the outer burner head and provided with the flame transfer slit, and wherein the inner burner comprises: an inner burner head provided with a plurality of flame hole forming teeth (272,273); and an inner burner cap provided on a top surface of the inner burner head, characterized in that an inner burner head is provided with a gas chamber being formed at a side of the inner burner to store mixed gas and located at an angle relative to the flame transfer slit; the top burner further comprises a shielding member (283, 259) for shielding an upper side of the flame transfer slit. an outer burner provided with a plurality of flame holes (231, 232) adapted to form flame by combusting mixed gas; an inner burner provided with a plurality of flame holes (261, 262) adapted to form flame separated from the flame formed by the flame holes (231, 232) of the outer burner by combusting the mixed gas; and a flame transfer slit adapted for transferring the flame formed through the flame holes (231, 232) of the outer burner to the second flame holes (261, 262) of the inner burner, the flame transfer slit being formed by partly cutting a top surface of the outer burner in a radial direction of the outer burner, wherein the outer burner comprises: an outer burner head provided with a plurality of flame hole forming teeth (244, 245); and an outer burner cap provided on a top surface of the outer burner head and provided with the flame transfer slit, and an outer burner head provided with a plurality of flame hole forming teeth (244, 245); and an outer burner cap provided on a top surface of the outer burner head and provided with the flame transfer slit, and wherein the inner burner comprises: an inner burner head provided with a plurality of flame hole forming teeth (272,273); and an inner burner cap provided on a top surface of the inner burner head, an inner burner head provided with a plurality of flame hole forming teeth (272,273); and an inner burner cap provided on a top surface of the inner burner head, characterized in that an inner burner head is provided with a gas chamber being formed at a side of the inner burner to store mixed gas and located at an angle relative to the flame transfer slit; the top burner further comprises a shielding member (283, 259) for shielding an upper side of the flame transfer slit.
A power-supply device determination apparatus (100, 110) that can be connected with a plurality of power-supply devices (la-le), comprising: a plurality of connectors (2a-2e) that can be connected with the plurality of power-supply devices (1a-1e); a plurality of voltage transducers (3a-3e) connected in series with the plurality of connectors (2a-2e); a voltage measuring part (102, 111) configured to measure output voltage values having passed through the plurality of voltage transducers (3a-3e); and a controller (103, 112) configured to determine the plurality of power-supply devices (1a-1e), characterized in that: the controller (103, 112) is configured to determine the plurality of the power supply devices by identifying the types of the plurality of the power-supply devices based on the DC output voltage values measured by the voltage measuring part (102, 111) when the plurality of voltage transducers (3a-3e) have the same step-up ratio. a plurality of connectors (2a-2e) that can be connected with the plurality of power-supply devices (1a-1e); a plurality of voltage transducers (3a-3e) connected in series with the plurality of connectors (2a-2e); a voltage measuring part (102, 111) configured to measure output voltage values having passed through the plurality of voltage transducers (3a-3e); and a controller (103, 112) configured to determine the plurality of power-supply devices (1a-1e), characterized in that: the controller (103, 112) is configured to determine the plurality of the power supply devices by identifying the types of the plurality of the power-supply devices based on the DC output voltage values measured by the voltage measuring part (102, 111) when the plurality of voltage transducers (3a-3e) have the same step-up ratio. the controller (103, 112) is configured to determine the plurality of the power supply devices by identifying the types of the plurality of the power-supply devices based on the DC output voltage values measured by the voltage measuring part (102, 111) when the plurality of voltage transducers (3a-3e) have the same step-up ratio.
A composition comprising a potassium acrylates copolymer having a number average molecular weight of 100,000 or less as measured by gel permeation chromatography calibrated with a poly (methyl methacrylate) standard, for use in a method of improving the appearance of and/or substantially reducing the formation of scars and other visible effects of healed wounds, keloids and hypertrophic scars by degrading collagen, said method comprising contacting collagen contained within said scar tissue or wound with said composition in an amount effective to degrade said collagen.
A process of forming an electronic device comprising: forming a masking layer over a first major surface of a die substrate; etching the die substrate to define a first feature and a first trench surrounding the first feature, the first trench having a depth of at least approximately 40 microns; and completely thermally oxidizing the first feature; characterized in that from a top view, the first feature has a shape of an I-beam, the segments (342, 344, 346) of the first feature having a width less than 2.0 microns; the first feature has notches (347, 349) at opposite ends thereof at the intersections between each horizontal segment (344, 346) and the vertical segment of the first feature so that during the thermal oxidation of the first feature complete oxidation along all sides thereof at any particular elevation occurs simultaneously. forming a masking layer over a first major surface of a die substrate; etching the die substrate to define a first feature and a first trench surrounding the first feature, the first trench having a depth of at least approximately 40 microns; and completely thermally oxidizing the first feature; characterized in that from a top view, the first feature has a shape of an I-beam, the segments (342, 344, 346) of the first feature having a width less than 2.0 microns; the first feature has notches (347, 349) at opposite ends thereof at the intersections between each horizontal segment (344, 346) and the vertical segment of the first feature so that during the thermal oxidation of the first feature complete oxidation along all sides thereof at any particular elevation occurs simultaneously.
Cassette for storing tubing material, with - a cassette housing, which has a circumferential receiving area for receiving tubing material and an opening connected to the receiving area for removing tubing material arranged within the receiving area; and - a lid foil, which closes the opening of the cassette housing at least in sections; characterized in that the lid foil has one or more predetermined tear lines (36a, 36b), in particular perforation lines, which preferably extend at least in sections in the circumferential direction. - a cassette housing, which has a circumferential receiving area for receiving tubing material and an opening connected to the receiving area for removing tubing material arranged within the receiving area; and - a lid foil, which closes the opening of the cassette housing at least in sections;
A compound represented by Structural Formula: or a salt thereof, wherein: R is -H or -CH 3; R 1 is a (substituted or unsubstituted morpholino)methyl group or a substituted or unsubstituted 1,2,4-triazolylmethyl group; R 2 is -H or -CH 3; and R 3 is an unsubstituted pyridyl group. R is -H or -CH 3; R 1 is a (substituted or unsubstituted morpholino)methyl group or a substituted or unsubstituted 1,2,4-triazolylmethyl group; R 2 is -H or -CH 3; and R 3 is an unsubstituted pyridyl group.
A sulfoalkyl ether cyclodextrin composition comprising sulfoalkyl ether cyclodextrin, wherein the composition has: a. a moisture content of less than 18% by wt.; b. a bulk density of 0.38 g/cm 3 to 0.66 g/cm 3; and c. a tapped density of 0.66 g/cm 3 to 0.75 g/cm 3; wherein the composition comprises agglomerated particles. a. a moisture content of less than 18% by wt.; b. a bulk density of 0.38 g/cm 3 to 0.66 g/cm 3; and c. a tapped density of 0.66 g/cm 3 to 0.75 g/cm 3;
An in vitro method of transfecting a cell with a nucleic acid molecule, the method characterised in that before or simultaneously with introduction of said nucleic acid molecule, the cell has been exposed to an agent that inhibits IFNB1, alone or in combination with one or more siRNA or antisense agents targeting expression of a protein in the innate immune response pathway selected from the group consisting of TP53, TLR3, TLR7, RARRES3, IFNA1, IFNA2, IFNA4, IFNA5, IFNA6, IFNA7, IFNA8, IFNA10, IFNA13, IFNA14, IFNA16, IFNA17, IFNA21, IFNK, IFNB1, IL6, TICAM1, TICAM2, MAVS, STAT1, STAT2, EIF2AK2, IRF3, TBK1, CDKN1A, CDKN2A, RNASEL, IFNAR1, IFNAR2, OAS1, OAS2, OAS3, OASL, RB1, ISG15, ISG20, IFIT1, IFIT2, IFIT3, and IFIT5; wherein the agent in B18R.
A system for winding wire, comprising: a) a mandrel around which the wire is to be wound, said mandrel rotating about a longitudinal axis; b) a traverse (164, 416, 816, 1016) arranged to cause the wire to be wound in a figure-eight configuration on said rotating mandrel to form a coil having many layers of the wire, characterised by said traverse (164, 416, 816, 1016) comprising a wire directing device (210, 510, 910) including a reciprocating, rotating element (236, 536) that reciprocates back and forth along a first axis parallel to said longitudinal axis and simultaneously rotates back and forth along a second axis perpendicular to said longitudinal axis as it reciprocates. a) a mandrel around which the wire is to be wound, said mandrel rotating about a longitudinal axis; b) a traverse (164, 416, 816, 1016) arranged to cause the wire to be wound in a figure-eight configuration on said rotating mandrel to form a coil having many layers of the wire, characterised by said traverse (164, 416, 816, 1016) comprising a wire directing device (210, 510, 910) including a reciprocating, rotating element (236, 536) that reciprocates back and forth along a first axis parallel to said longitudinal axis and simultaneously rotates back and forth along a second axis perpendicular to said longitudinal axis as it reciprocates.
Device for pivoting an arbor about a determined pivot axis in a timepiece movement, including at least one magnetic bearing comprising a magnet (106; 206) arranged to exert a force of attraction on a pivot, made of magnetic material, of the arbor, characterized in that the bearing includes a magnetic flux centring structure (60; 70; 80; 90), arranged between the magnet (106; 206) and the pivot, and a support for the centring structure, this centring structure including a peripheral portion(61; 71; 81; 91) and a central portion (63; 73; 83; 93) resiliently connected to the peripheral portion by at least one connecting element (65; 75; 85; 95), the central portion being formed of a highly magnetically permeable material and, in cross-section with respect to the pivot axis, having smaller dimensions than those of the magnet; and in that the peripheral portion is rigidly assembled to said support so that the central portion is centred on the determined pivot axis, said peripheral portion being forcibly inserted into a housing in the support and the central portion being thus connected to the support via the peripheral portion.
A medical ultrasound apparatus, comprising an ultrasound exposure safety processor configured for: spatially relating respective definitions of: a) an extended dead-tissue zone that includes both a dead-tissue zone of tissue to be ablated and a surrounding margin; and b) an imaging zone; based on whether a focus of a push pulse is to be within said extended dead-tissue zone, automatically deciding (S434, S438, S442) as to a level of acoustic power (232, 236) with which said pulse is to be produced; and causing (S436, S440, S444, S446) said pulse to be produced with the decided upon level of acoustic power. spatially relating respective definitions of: a) an extended dead-tissue zone that includes both a dead-tissue zone of tissue to be ablated and a surrounding margin; and b) an imaging zone; based on whether a focus of a push pulse is to be within said extended dead-tissue zone, automatically deciding (S434, S438, S442) as to a level of acoustic power (232, 236) with which said pulse is to be produced; and causing (S436, S440, S444, S446) said pulse to be produced with the decided upon level of acoustic power.
A gas discharge lamp, comprising: (a) a housing defining a longitudinal axis, containing a gas and a getter sealed within the housing, (b) an ultra-violet transparent window through a first longitudinal end of the housing, characterised in that said getter is a longitudinally extending strip of getter, wherein a longitudinal end portion of the strip of getter is embedded within the housing proximate a second longitudinal end of the housing. (a) a housing defining a longitudinal axis, containing a gas and a getter sealed within the housing, (b) an ultra-violet transparent window through a first longitudinal end of the housing, characterised in that said getter is a longitudinally extending strip of getter, wherein a longitudinal end portion of the strip of getter is embedded within the housing proximate a second longitudinal end of the housing.
A fluidized bed reactor, comprising a bottom portion, a roof portion and side walls vertically extending between the bottom portion and the roof portion, forming a reaction chamber of the fluidized bed reactor, characterized in that at least one side wall (30.2) of the reaction chamber forms at least one vertical indentation in the reaction chamber, which indentation extends from the plane of the side wall towards the reaction chamber, the indentation being formed of a portion of the side wall, protruding from the plane of the side wall towards the reaction chamber and that said portion of the side wall comprises at least two vertical indenting wall portions (30.21, 30.22) deviating from the plane of the side wall at vertical lines (30.25) in a distance of at least 1 m from each other.
A solid-state image sensor comprising: a semiconductor substrate; a charge accumulator disposed in the semiconductor substrate and configured to accumulate charge; a photoelectric converter disposed above the semiconductor substrate and configured to convert light to charge; and a through electrode passing through the semiconductor substrate and electrically connecting the charge accumulator with the photoelectric converter, wherein at an end portion on the photoelectric converter side of the through electrode, a cross-sectional area of a conductor positioned at a center of the through electrode in a cut section orthogonal to a through direction of the through electrode gradually increases toward the photoelectric converter along the through direction, wherein in a cross section of the through electrode cut along the through direction, the end portion on the photoelectric converter side of the conductor has two first branch portions split from a center axis of the conductor, characterised in that each of the first branch portions is bent so as to draw an arc from the center axis. a semiconductor substrate; a charge accumulator disposed in the semiconductor substrate and configured to accumulate charge; a photoelectric converter disposed above the semiconductor substrate and configured to convert light to charge; and a through electrode passing through the semiconductor substrate and electrically connecting the charge accumulator with the photoelectric converter, wherein at an end portion on the photoelectric converter side of the through electrode, a cross-sectional area of a conductor positioned at a center of the through electrode in a cut section orthogonal to a through direction of the through electrode gradually increases toward the photoelectric converter along the through direction, wherein in a cross section of the through electrode cut along the through direction, the end portion on the photoelectric converter side of the conductor has two first branch portions split from a center axis of the conductor, characterised in that each of the first branch portions is bent so as to draw an arc from the center axis.