mhurhangee/ep-ind-claims huggingface dataset:
A lighting system (10, 100) comprising: a track member (14, 60, 104) including a base (22, 62) for mounting the track member to a surface, the track member having first and second arms (26, 30, 66, 70, 113, 114) extending from the base in a common direction and defining therebetween a channel (34, 74); and a lighting unit (18, 108) having a housing (38, 120, 121) adapted to be received in the channel of the track member, said housing (38, 120, 121) having opposed end walls and an elongated intervening side wall; wherein the housing (38, 120, 121) and at least one of the arms (26, 30, 66, 70, 113, 114) of the track member (14, 60, 104) have rotationally interfering members (48, 52) for restricting rotation of the lighting unit (18, 108) relative to the track member when the at least one arm is in a first position, said at least one arm being moveable to a second position whereat the lighting unit can be rotated relative to the track member, characterised in that the rotationally interfering members (48, 52) include at least one mating recess or protrusion (52, 144) associated with the at least one arm, and a plurality of mating recesses or protrusions spaced around a major portion of a circumference of the lighting unit on said sidewall, whereby the lighting unit can be positioned within the channel in a plurality of angular positions with the rotationally interfering members engaged. a track member (14, 60, 104) including a base (22, 62) for mounting the track member to a surface, the track member having first and second arms (26, 30, 66, 70, 113, 114) extending from the base in a common direction and defining therebetween a channel (34, 74); and a lighting unit (18, 108) having a housing (38, 120, 121) adapted to be received in the channel of the track member, said housing (38, 120, 121) having opposed end walls and an elongated intervening side wall; wherein the housing (38, 120, 121) and at least one of the arms (26, 30, 66, 70, 113, 114) of the track member (14, 60, 104) have rotationally interfering members (48, 52) for restricting rotation of the lighting unit (18, 108) relative to the track member when the at least one arm is in a first position, said at least one arm being moveable to a second position whereat the lighting unit can be rotated relative to the track member, characterised in that the rotationally interfering members (48, 52) include at least one mating recess or protrusion (52, 144) associated with the at least one arm, and a plurality of mating recesses or protrusions spaced around a major portion of a circumference of the lighting unit on said sidewall, whereby the lighting unit can be positioned within the channel in a plurality of angular positions with the rotationally interfering members engaged.
Refractory ceramic lining brick with 1.1 an upper main surface 1.2 a lower main surface 1.3 an inner surface 1.4 an outer surface 1.5 two side surfaces (S1,S2) all being distinct from each other, 1.6 at least one hole extending from the upper main surface to the lower main surface and able to accommodate a fixation rod inserted into said hole, characterized by 1.7 an interjacent angle (α) between the outer surface and the lower surface being smaller than 90° 1.1 an upper main surface 1.2 a lower main surface 1.3 an inner surface 1.4 an outer surface 1.5 two side surfaces (S1,S2) all being distinct from each other, 1.6 at least one hole extending from the upper main surface to the lower main surface and able to accommodate a fixation rod inserted into said hole, 1.7 an interjacent angle (α) between the outer surface and the lower surface being smaller than 90°
A method of identifying a candidate Xanthomonas- derived transcription activator-like effector (TALE) activator binding site, the method comprising: selecting a target gene; identifying one or more subsequences of the target gene sequence, wherein: the subsequence is within a regulatory region of the target gene; the subsequence is within a DNase I hypersensitive region of the regulatory region of the target gene; the subsequence is 18-24 nucleotides long; and the first nucleotide in the subsequence is a thymine; and selecting the one or more subsequences as candidate TALE-activator binding sites. selecting a target gene; identifying one or more subsequences of the target gene sequence, wherein: the subsequence is within a regulatory region of the target gene; the subsequence is within a DNase I hypersensitive region of the regulatory region of the target gene; the subsequence is 18-24 nucleotides long; and the subsequence is within a regulatory region of the target gene; the subsequence is within a DNase I hypersensitive region of the regulatory region of the target gene; the subsequence is 18-24 nucleotides long; and the first nucleotide in the subsequence is a thymine; and selecting the one or more subsequences as candidate TALE-activator binding sites.
An attachment arrangement for attaching a connector to an administration port of a fluid container, comprising: a housing having a receiving chamber configured to receive the administration port, the receiving chamber having a wall and at least one compliant retainer attached to the wall of the receiving chamber, the at least one compliant retainer configured to non-removably engage an administration port of different diameters, when said administration port is inserted into the receiving chamber and to secure the administration port within the receiving chamber; and a needle at least partially within the receiving chamber and configured to pierce the administration port upon insertion of the administration port into the receiving chamber. a housing having a receiving chamber configured to receive the administration port, the receiving chamber having a wall and at least one compliant retainer attached to the wall of the receiving chamber, the at least one compliant retainer configured to non-removably engage an administration port of different diameters, when said administration port is inserted into the receiving chamber and to secure the administration port within the receiving chamber; and a needle at least partially within the receiving chamber and configured to pierce the administration port upon insertion of the administration port into the receiving chamber.
A valve gate assembly for an injection molding apparatus having a least one hotrunner, comprising: a manifold defining a resin channel for conveying liquid resin from an injection molding machine toward a mold cavity; a nozzle disposed on a lower surface of the heated manifold; a valve pin configured for linear movement within and along a longitudinal axis of the nozzle to control flow through the nozzle; an electric motor and transmission configured to drive the valve pin; and a cooling block or cooling blocks assembled on the heated manifold ( 2 6) and supporting the electric motor and transmission, an adaptor plate is disposed between the manifold and the cooling block, characterized in that: - the adaptor plate is made of a material resistant to conductive heat transfer having a thermal conductivity less than 20W/mK, comprising one of the materials stainless steels, titanium alloys, ceramic materials. a manifold defining a resin channel for conveying liquid resin from an injection molding machine toward a mold cavity; a nozzle disposed on a lower surface of the heated manifold; a valve pin configured for linear movement within and along a longitudinal axis of the nozzle to control flow through the nozzle; an electric motor and transmission configured to drive the valve pin; and a cooling block or cooling blocks assembled on the heated manifold ( 2 6) and supporting the electric motor and transmission, an adaptor plate is disposed between the manifold and the cooling block, characterized in that: - the adaptor plate is made of a material resistant to conductive heat transfer having a thermal conductivity less than 20W/mK, comprising one of the materials stainless steels, titanium alloys, ceramic materials. - the adaptor plate is made of a material resistant to conductive heat transfer having a thermal conductivity less than 20W/mK, comprising one of the materials stainless steels, titanium alloys, ceramic materials.
A method for purifying a polypeptide from a composition comprising the polypeptide and contaminants, which method comprises the sequential steps of: (a) loading the composition onto an ion exchange resin with an equilibration buffer having a first salt concentration; (b) washing the ion exchange resin with a wash buffer until a predetermined protein concentration is measured in the flowthrough, wherein the salt concentration of the wash buffer increases from an initial, second salt concentration that is greater than the salt concentration of the equilibration buffer, to a final, third salt concentration, and wherein the predetermined protein concentration corresponds to an OD of 0.6 measured at 280 nm; (c) passing a fixed volume of 0.4 to 1 column volumes of wash buffer at the final, third salt concentration over the ion exchange resin; and (d) eluting the polypeptide from the ion exchange resin with elution buffer that has a salt concentration that is greater than the final salt concentration of the wash buffer. (a) loading the composition onto an ion exchange resin with an equilibration buffer having a first salt concentration; (b) washing the ion exchange resin with a wash buffer until a predetermined protein concentration is measured in the flowthrough, wherein the salt concentration of the wash buffer increases from an initial, second salt concentration that is greater than the salt concentration of the equilibration buffer, to a final, third salt concentration, and wherein the predetermined protein concentration corresponds to an OD of 0.6 measured at 280 nm; (c) passing a fixed volume of 0.4 to 1 column volumes of wash buffer at the final, third salt concentration over the ion exchange resin; and (d) eluting the polypeptide from the ion exchange resin with elution buffer that has a salt concentration that is greater than the final salt concentration of the wash buffer.
An electric power tool, comprising: a motor as a drive power source; a speed reduction mechanism for transferring a rotational power of the motor at a reduced speed; and a reduction ratio changing unit (6, 60, 61, 62) for changing a reduction ratio of the speed reduction mechanism, wherein the speed reduction mechanism includes an axially slidable changeover member and a gear member, the changeover member being engaged with or disengaged from the gear member depending on an axial slide position thereof, wherein the reduction ratio changing unit (6, 60, 61, 62) includes a shift actuator for axially sliding the changeover member, a driving state detector unit for detecting a driving state of the motor, and a slide position detector unit for detecting a slide position of the changeover member, characterised in that the reduction changing unit also includes a control unit designed to perform controls including a control of starting up the shift actuator depending on a detection result of the driving state detector unit and a control of increasing a rotational power of the motor depending on a detection result of the slide position detector unit. a motor as a drive power source; a speed reduction mechanism for transferring a rotational power of the motor at a reduced speed; and a reduction ratio changing unit (6, 60, 61, 62) for changing a reduction ratio of the speed reduction mechanism, wherein the speed reduction mechanism includes an axially slidable changeover member and a gear member, the changeover member being engaged with or disengaged from the gear member depending on an axial slide position thereof, wherein the reduction ratio changing unit (6, 60, 61, 62) includes a shift actuator for axially sliding the changeover member, a driving state detector unit for detecting a driving state of the motor, and a slide position detector unit for detecting a slide position of the changeover member, characterised in that the reduction changing unit also includes a control unit designed to perform controls including a control of starting up the shift actuator depending on a detection result of the driving state detector unit and a control of increasing a rotational power of the motor depending on a detection result of the slide position detector unit.
A method comprising: acquiring ahead of bit or around bit data related to a formation from measurements by a tool (28, 440); and generating a two-dimensional map view of the formation using the acquired data, wherein the 2D map view displays formation properties in a single predetermined direction (70,72) with respect to a reference point for the tool (28,440) as a function of depth, wherein the map view includes a sloped line to represent a bed boundary (90A-90E) between two formation layers (18A-18D) displayed for a depth value, and wherein an angle of the sloped line corresponds to a relative dip angle indicator between the predetermined direction (70,72) and said bed boundary (90A-90E). acquiring ahead of bit or around bit data related to a formation from measurements by a tool (28, 440); and generating a two-dimensional map view of the formation using the acquired data, wherein the 2D map view displays formation properties in a single predetermined direction (70,72) with respect to a reference point for the tool (28,440) as a function of depth, wherein the map view includes a sloped line to represent a bed boundary (90A-90E) between two formation layers (18A-18D) displayed for a depth value, and wherein an angle of the sloped line corresponds to a relative dip angle indicator between the predetermined direction (70,72) and said bed boundary (90A-90E).
A solid phase extraction filtration disk comprising: an inner member located within an outer member; the inner member in the form of a circular cake comprising a sorbent mixed with glass microfibers, the cake having a first circular side, a cylindrical side and a second circular side; the outer member comprising a first circular portion covering the first circular side of the cake, a cylindrical ring portion covering the cylindrical side of the cake, and a second circular portion covering the second circular side of the cake; the outer member first circular portion comprising a microfiber mesh; characterized by the outer member cylindrical ring portion comprising glass microfibers molded over the cylindrical side of the cake; and the outer member second circular portion comprising glass microfibers molded over the second circular side of the cake. an inner member located within an outer member; the inner member in the form of a circular cake comprising a sorbent mixed with glass microfibers, the cake having a first circular side, a cylindrical side and a second circular side; the outer member comprising a first circular portion covering the first circular side of the cake, a cylindrical ring portion covering the cylindrical side of the cake, and a second circular portion covering the second circular side of the cake; the outer member first circular portion comprising a microfiber mesh; characterized by the outer member cylindrical ring portion comprising glass microfibers molded over the cylindrical side of the cake; and the outer member second circular portion comprising glass microfibers molded over the second circular side of the cake.
A crystalline form of the compound of the formula which is polymorphic form B characterized by an X-ray powder diffraction diagram at 25°C and with Copper K alpha 1 as radiation source displaying at least the following reflections, quoted as 2Theta value ± 0.2°: 4,4 8,9 9,7 10,1 12,4 12,9 13,3 14.1 14,7 15,4 16,1 16,4 16.7, 17,3 17,9 18,3 18,4 18,5 19,2 19,4 19,7 20,2 20,6 21,2 21,4 21,9 22,3 22,6 22,8 23,6 24,5 24,9 25,2 25,5 25,8 27,2 27,5 28,8 29,6 30,2 31,2 31,5 32,5 33,5 33,9 35,1 36,2 37,6. 4,4 8,9 9,7 10,1 12,4 12,9 13,3 14.1 14,7 15,4 16,1 16,4 16.7, 17,3 17,9 18,3 18,4 18,5 19,2 19,4 19,7 20,2 20,6 21,2 21,4 21,9 22,3 22,6 22,8 23,6 24,5 24,9 25,2 25,5 25,8 27,2 27,5 28,8 29,6 30,2 31,2 31,5 32,5 33,5 33,9 35,1 36,2 37,6.
A pharmaceutical composition comprising an antisense oligomer, for use as a medicament, wherein the ASO is complementary to a targeted portion of a retained-intron-containing pre-mRNA (RIC pre-mRNA) that encodes STXBP1 protein, wherein the RIC pre-mRNA comprises a retained intron, an exon flanking 5' splice site of the retained intron, and an exon flanking 3' splice site of the retained intron, wherein the targeted portion of the RIC pre-mRNA is within the region +6 relative to the 5' splice site of the retained intron to -16 relative to the 3' splice site of the retained intron, wherein binding of the ASO to the RIC pre-mRNA will cause the retained intron to be constitutively spliced from the RIC pre-mRNA in cells that express the RIC pre-mRNA, thereby increasing the level of functional RNA encoding STXBP1 protein in the cells, and wherein the retained intron is an entire retained intron.
An ignition control system for a spark ignition internal combustion engine, wherein over-advancing means for over-advancing an ignition time for a cylinder of the internal combustion engine beyond an MBT; characterized by obtaining means for obtaining an adhering fuel amount that is the amount of fuel that adheres to the inner face of the cylinder of the internal combustion engine; and by controlling means for controlling the over-advancing means to execute the ignition time over-advancement when the adhering fuel amount obtained by the obtaining means is equal to or larger than a predetermined amount.
A perforating device for perforating a web material, comprising: a first blade-holder (25; 27) adapted to rotate around a respective first rotation axis (25A; 27A) and on which at least a first perforating blade (29; 31) is mounted; a support beam, on which a plurality of counter-blades are mounted; said support beam being angularly adjustable around a selection rotation axis thereof in a plurality of angular working positions, in each angular working position one of the counter-blades being in an operative position; a movable abutment adapted to co-act with the support beam; wherein the support beam is integral with a plurality of abutment surfaces (51A, 51B, 51C, 51D) adapted to co-act selectively with said movable abutment; a first actuating device adapted to move the movable abutment between an active position, where the movable abutment co-acts with the support beam, and an idle position, where the movable abutment is spaced from the support beam; a second actuating device adapted to rotate the support beam in order to arrange it selectively in one of said angular working positions. a first blade-holder (25; 27) adapted to rotate around a respective first rotation axis (25A; 27A) and on which at least a first perforating blade (29; 31) is mounted; a support beam, on which a plurality of counter-blades are mounted; said support beam being angularly adjustable around a selection rotation axis thereof in a plurality of angular working positions, in each angular working position one of the counter-blades being in an operative position; a movable abutment adapted to co-act with the support beam; wherein the support beam is integral with a plurality of abutment surfaces (51A, 51B, 51C, 51D) adapted to co-act selectively with said movable abutment; a first actuating device adapted to move the movable abutment between an active position, where the movable abutment co-acts with the support beam, and an idle position, where the movable abutment is spaced from the support beam; a second actuating device adapted to rotate the support beam in order to arrange it selectively in one of said angular working positions.
A height-adjustable table, comprising a table plate, with a table leg being fixedly connected to a side surface of the table plate, wherein two brackets are arranged oppositely on the side surface of the table plate, and a retaining plate is fixedly connected at two ends to opposite inner sides of the two brackets, respectively; characterized in that, a control box arranged horizontally is clamped in the space proximate the retaining plate and the table plate, a retaining clip is fixedly connected to a side of the control box facing the side surface, and the retaining clip is detachably connected to the retaining plate; a limiting plate is fixedly connected to a lower surface of the control box, and a sidewall of the limiting plate is attached to an edge of the retaining plate; a reinforcing block is fixedly connected to the control box, and a sidewall of the reinforcing block is fixedly connected to a sidewall of the limiting plate away from the retaining plate; and a rectangular frame is formed inside the retaining plate; there are at least two retaining clip; and the retaining clip are snap connected with the retaining plate at an inner edge and an outer edge thereof, respectively.
A roller lifter including: a first member having a pair of opposed portions opposed to each other and a connecting part connecting the opposed portions to each other; a shaft mounted between the opposed portions to rotatably support a roller brought into contact with a cam; and a second member independent of the first member and having a cylindrical portion; wherein the first member includes an elastic mount (30F, 30R) elastically held between the opposed portions and the cylindrical portion to mount the first member to the second member; characterized in that the cylindrical portion comprises a disc-shaped bottom wall, a cylindrical peripheral wall rising from an outer circumferential edge of the disc-shaped bottom wall and a cylindrical lower peripheral wall falling from the outer circumferential edge of the disc-shaped bottom wall; and the first member is inserted into the lower peripheral wall, a connecting part is disposed in abutment against an underside of the disc-shaped bottom wall, and the elastic mount (30F, 30R) elastically abuts against an inner periphery of the lower peripheral wall. a first member having a pair of opposed portions opposed to each other and a connecting part connecting the opposed portions to each other; a shaft mounted between the opposed portions to rotatably support a roller brought into contact with a cam; and a second member independent of the first member and having a cylindrical portion; wherein the first member includes an elastic mount (30F, 30R) elastically held between the opposed portions and the cylindrical portion to mount the first member to the second member; characterized in that the cylindrical portion comprises a disc-shaped bottom wall, a cylindrical peripheral wall rising from an outer circumferential edge of the disc-shaped bottom wall and a cylindrical lower peripheral wall falling from the outer circumferential edge of the disc-shaped bottom wall; and the first member is inserted into the lower peripheral wall, a connecting part is disposed in abutment against an underside of the disc-shaped bottom wall, and the elastic mount (30F, 30R) elastically abuts against an inner periphery of the lower peripheral wall.