mhurhangee/ep-ind-claims huggingface dataset:
A lamp shield for a vehicle headlamp comprising a reflector, a housing and a lamp with a lamp base, the lamp shield comprising: a front face, a skirt extending from the front face, wherein the skirt comprises a heat spreader, and an extended arm connected to the front face or the skirt; characterized in that the heat spreader is located in an upper section of the lamp shield, vertically above a centroid of a front face of the lamp shield thus blocking the direct route between the gas and the reflector and housing; and a cross-sectional shape at any point along a length of the heat spreader as measured along an x-axis has a "C" shape, a "M" shape, a "S" shape, a "T" shape, a "U" shape, a "V" shape, a "W" shape, a "X" shape, a "Y" shape, an inversion of any of the foregoing shapes, or a similar shape, or a combination comprising at least one of the foregoing; such that a gas stream impinging the inside of the heat spreader is split into multiple streams and urged laterally away from a vertical centerline of the lamp without urging the entire gas flow rearward toward the lamp base and distributing the gas stream over a surface area of the reflector. a front face, a skirt extending from the front face, wherein the skirt comprises a heat spreader, and an extended arm connected to the front face or the skirt; characterized in that the heat spreader is located in an upper section of the lamp shield, vertically above a centroid of a front face of the lamp shield thus blocking the direct route between the gas and the reflector and housing; and a cross-sectional shape at any point along a length of the heat spreader as measured along an x-axis has a "C" shape, a "M" shape, a "S" shape, a "T" shape, a "U" shape, a "V" shape, a "W" shape, a "X" shape, a "Y" shape, an inversion of any of the foregoing shapes, or a similar shape, or a combination comprising at least one of the foregoing; such that a gas stream impinging the inside of the heat spreader is split into multiple streams and urged laterally away from a vertical centerline of the lamp without urging the entire gas flow rearward toward the lamp base and distributing the gas stream over a surface area of the reflector.
A method for the lithography-based generative production of three-dimensional components, in which a material solidifiable by exposure to electromagnetic radiation is present in a tank, a construction platform is positioned at a distance from the tank bottom, material present between the construction platform and the tank bottom is position-selectively radiated by a radiation unit, wherein the electromagnetic radiation is introduced into the material from below, through a tank bottom of the tank permeable to the radiation at least in certain areas, and successively focused on focal points within the material, whereby a volume element of the material respectively present at a focal point is solidified, wherein the solidification is effected by multiphoton absorption, wherein the electromagnetic radiation is deflected by a deflection unit disposed upstream of the optical imaging system, characterized in that the volume of the focal point is varied at least once during the method such that the component is built up from solidified volume elements of different volumes, wherein the deflection unit is devised in order to adjust the focal point in a plane substantially parallel with the tank bottom.
Pipetting apparatus, comprising a multiple-pipette head of a liquid handling apparatus and a plurality of pipette cones, wherein the pipetting apparatus comprises: a) a block for: - holding a plurality of identically configured, tubular pipette tips having a tip axis and a wall extending along the tip axis; and - connecting said pipette tips to a plurality of pipette cones of the multi-pipette head; and b) devices for connecting and separating block and multi-pipette head, characterized in that the block comprises a plurality of receptacles which are arranged in parallel with respect to each other, extend concentrically to the tip axes and penetrate the block, and of which each comprises a shoulder; and that the pipetting apparatus comprises a plurality of inserts extending concentrically to the tip axes for insertion into the receptacles of the block, wherein - each insert comprises a cavity, a cylindrical insertion opening with inserted pipette tip and a conical insertion opening for the sealing introduction of a pipette cone of the multiple-pipette head, wherein - each insert comprises a support with which, when inserted into the block, it rests on the shoulder of the corresponding receptacle, and wherein - each insert lies with horizontal play on all sides in the corresponding receptacle of the block. a) a block for: - holding a plurality of identically configured, tubular pipette tips having a tip axis and a wall extending along the tip axis; and - connecting said pipette tips to a plurality of pipette cones of the multi-pipette head; and - holding a plurality of identically configured, tubular pipette tips having a tip axis and a wall extending along the tip axis; and - connecting said pipette tips to a plurality of pipette cones of the multi-pipette head; and b) devices for connecting and separating block and multi-pipette head, - each insert comprises a cavity, a cylindrical insertion opening with inserted pipette tip and a conical insertion opening for the sealing introduction of a pipette cone of the multiple-pipette head, wherein - each insert comprises a support with which, when inserted into the block, it rests on the shoulder of the corresponding receptacle, and wherein - each insert lies with horizontal play on all sides in the corresponding receptacle of the block.
A pharmaceutical composition for use as a medicament comprising at least one polypeptide of the following (a) to (b) as an active component: (a) a polypeptide comprising the amino acid sequence of SEQ ID NO: 3; and (b) a polypeptide comprising an amino acid sequence having 70% or more homology to the amino acid sequence of the above (a) and having a platelet aggregation inhibitory activity and/or a platelet adhesion inhibitory activity. (a) a polypeptide comprising the amino acid sequence of SEQ ID NO: 3; and (b) a polypeptide comprising an amino acid sequence having 70% or more homology to the amino acid sequence of the above (a) and having a platelet aggregation inhibitory activity and/or a platelet adhesion inhibitory activity.
A folding rack configured to be installed e.g. in a cargo space of a commercial vehicle, the folding rack comprising: - vertically oriented columns that are offset in a direction of an extension of the folding rack, - at least one shelf that is attached at the columns and pivotable about a pivot axis that is oriented in the direction of orientation between an activated position and a deactivated position using a folding device, wherein - each shelf is arranged in an intermediary space between two adjacent columns, wherein - each shelf includes a front profile, a rear profile and side profiles and at least one base plate, characterized in that - the base plate is a base plate profile, - each shelf is made from several profiles that extend in a direction of the folding rack and thus of the respective shelf that are inserted into each other in a depth direction and advantageously interlocked with each other. - vertically oriented columns that are offset in a direction of an extension of the folding rack, - at least one shelf that is attached at the columns and pivotable about a pivot axis that is oriented in the direction of orientation between an activated position and a deactivated position using a folding device, - each shelf is arranged in an intermediary space between two adjacent columns, - each shelf includes a front profile, a rear profile and side profiles and at least one base plate, - the base plate is a base plate profile, - each shelf is made from several profiles that extend in a direction of the folding rack and thus of the respective shelf that are inserted into each other in a depth direction and advantageously interlocked with each other.
An injectable composition for use in preventing and treating iron deficiency anemia, containing an iron oxide/hydroxide complex with dextran as an active ingredient, and a solvent, wherein the composition additionally contains folic acid with the following contents of the components, wt.%: - oxide/hydroxide iron complex with dextran - 0.5-20.0; - folic acid - 0.1-4.0; and - solvent - the rest; characterized in that the iron oxide/hydroxide complex with dextran comprises a complex of iron and dextranheptonic acid or a complex of iron oligoisomaltoside as an active ingredient, wherein the composition additionally contains a pH adjuster to pH within 6.0-8.0, and wherein the iron complex with dextran contains free iron ions lower than or equal to 0.05%. - oxide/hydroxide iron complex with dextran - 0.5-20.0; - folic acid - 0.1-4.0; and - solvent - the rest;
A vehicular lamp comprising a first lamp unit and a second lamp unit that are arranged to be respectively mounted on right and left sides of a vehicle in a vehicle width direction, the first lamp unit and the second lamp unit each including a light emitting element (26Ra, 26La) and a parabolic optical system reflector (24R, 24L) that reflects light from the light emitting element (26Ra, 26La) to a front of the lamp and which forms a light distribution pattern including an oblique cut-off line, and the parabolic optical system reflector (24R, 24L) has a generally rectangular shape when viewed from the front of the lamp; and the light emitting element (26Ra, 26La) (i) is arranged in a vicinity of a side (24Ra, 24La) of the reflector (24R, 24L), and arranged such that a normal to a light emitting surface of the light emitting element (26Ra, 26La) is inclined with respect to a horizontal line so that the oblique cut-off line is formed by light which is radiated from the light emitting surface in a direction of the normal to the light emitting surface and reflected by the parabolic optical system reflector (24R, 24L), and (ii) is positioned with respect to the parabolic optical system reflector (24R, 24L) so as to be offset from a center (24Rac, 24Lac) of the side (24Ra, 24La) in a direction opposite to a direction in which a ray extending in the direction of the normal to the light emitting surface is inclined with respect to the horizontal line characterized in that, the shapes of the parabolic optical system reflectors (24R, 24L) of the first and second lamp units (1R, 1L) are generally symmetrical to each other, wherein, in the first lamp unit, the light emitting surface of the light emitting element and the corresponding side are parallel to each other, wherein, in the second lamp unit, the light emitting surface of that the light emitting element is inclined with respect to the corresponding side. (i) is arranged in a vicinity of a side (24Ra, 24La) of the reflector (24R, 24L), and arranged such that a normal to a light emitting surface of the light emitting element (26Ra, 26La) is inclined with respect to a horizontal line so that the oblique cut-off line is formed by light which is radiated from the light emitting surface in a direction of the normal to the light emitting surface and reflected by the parabolic optical system reflector (24R, 24L), and (ii) is positioned with respect to the parabolic optical system reflector (24R, 24L) so as to be offset from a center (24Rac, 24Lac) of the side (24Ra, 24La) in a direction opposite to a direction in which a ray extending in the direction of the normal to the light emitting surface is inclined with respect to the horizontal line characterized in that, the shapes of the parabolic optical system reflectors (24R, 24L) of the first and second lamp units (1R, 1L) are generally symmetrical to each other, wherein, in the first lamp unit, the light emitting surface of the light emitting element and the corresponding side are parallel to each other, wherein, in the second lamp unit, the light emitting surface of that the light emitting element is inclined with respect to the corresponding side.
A drill bit for percussive rock drilling tools, comprising: a drill bit head having a front surface having a face surface defining a forward-most end of the drill bit head; at least one hole in the drill bit head for receiving a button; characterized in that the drill bit comprises at least one recess in the face surface, the recess being larger than the hole, and the hole being disposed in the recess so that an open end of the hole is disposed below the face surface, which drill bit head comprises a gauge surrounding the face surface, and which recess is partially disposed in the gauge, and further in that the drill bit comprises at least one face surface hole and a face button in the face surface hole, at least one gauge hole and a gauge button in the gauge hole, and the button in the at least one hole, a forward-most point of the button being disposed behind a forward-most point of the at least one face button in a direction of a longitudinal axis of the drill bit and even with or forward of a forward-most point of the gauge button. a drill bit head having a front surface having a face surface defining a forward-most end of the drill bit head; at least one hole in the drill bit head for receiving a button; characterized in that the drill bit comprises at least one recess in the face surface, the recess being larger than the hole, and the hole being disposed in the recess so that an open end of the hole is disposed below the face surface, which drill bit head comprises a gauge surrounding the face surface, and which recess is partially disposed in the gauge, and further in that the drill bit comprises at least one face surface hole and a face button in the face surface hole, at least one gauge hole and a gauge button in the gauge hole, and the button in the at least one hole, a forward-most point of the button being disposed behind a forward-most point of the at least one face button in a direction of a longitudinal axis of the drill bit and even with or forward of a forward-most point of the gauge button.
A process for manufacturing a polyether by polymerizing at least one alkylene oxide in a tubular reactor having an inlet end and an outlet end, wherein an initiator composition containing at least one initiator compound and an alkylene oxide polymerization catalyst is continuously introduced into said inlet end and the polyether is continuously removed from the outlet end, wherein the tubular reactor includes at least one monomer feed section wherein at least one alkylene oxide is continuously introduced under polymerization conditions through multiple alkylene oxide ports arranged along the length of said monomer feed section to form a reaction mixture, the process being further characterized in that the concentration of unreacted alkylene oxide is maintained in the range 0.1 to 12 weight percent at each point along the length of the monomer feed section; wherein the rate of addition of the alkylene oxide per unit length of the monomer feed section increases along the length of the monomer feed section in a downstream direction.
Support and vacuum power device (1,300) for a pneumatic prehensile member, for example a suction cup, comprising: - a main body for connection to a support frame; - a movable element which extends along a main axis and movable in translation along said main axis, provided with a power supply duct which comes out at the back through a rear mouth, destined for the pneumatic connection with a suction device, and at the front through a front mouth, destined for the pneumatic connection with the prehensile member; - an anti-rotation mechanism comprising at least one engagement portion on a stem of the movable element and at least one shoe (92a, 94a, 92b, 94b, 302, 304) rigidly connectable to the main body and bearing an extended contact surface for effective contact with the engagement portion of the movable element, thus making an anti-rotation constraint for said movable element, characterized in that the engagement portion consists of a pair of opposite and parallel flattened surfaces (82,84) of the stem, and in that said extended contact surface consists of a flat surface intended to come into contact with the respective flattened surface (82, 84). - a main body for connection to a support frame; - a movable element which extends along a main axis and movable in translation along said main axis, provided with a power supply duct which comes out at the back through a rear mouth, destined for the pneumatic connection with a suction device, and at the front through a front mouth, destined for the pneumatic connection with the prehensile member; - an anti-rotation mechanism comprising at least one engagement portion on a stem of the movable element and at least one shoe (92a, 94a, 92b, 94b, 302, 304) rigidly connectable to the main body and bearing an extended contact surface for effective contact with the engagement portion of the movable element, thus making an anti-rotation constraint for said movable element,
An apparatus for the processing of a particulate material, the apparatus comprising: a processing chamber having one or more inlets for admitting particulate material to be processed and one or more outlets for processed particulate material; the processing chamber comprising an annular treatment zone and a plurality of processing fluid inlets arranged in a base of said annular treatment zone and configured so that, in use, jets of processing fluid pass into the annular treatment zone through the plurality of processing fluid inlets to establish a spiral flow of particulate material in the annular processing zone; wherein said one or more outlets for processed particulate material are located in the base of said annular treatment zone and surrounded by said plurality of processing fluid inlets so that the spiral flow of particulate material circulates around said one or more outlets; the processing chamber further comprising means for deflecting a portion of the spiral flow of particulate material in the annular processing zone radially inwards from said spiral flow so that said particulate material leaves the processing chamber through said one or more outlets for processed particulate material; and wherein said means for deflecting is adjustable between a first condition whereby, in use, it deflects a portion of the spiral flow of particulate material in the annular processing zone radially inwards from said spiral flow, and a second condition whereby it does not. a processing chamber having one or more inlets for admitting particulate material to be processed and one or more outlets for processed particulate material; the processing chamber comprising an annular treatment zone and a plurality of processing fluid inlets arranged in a base of said annular treatment zone and configured so that, in use, jets of processing fluid pass into the annular treatment zone through the plurality of processing fluid inlets to establish a spiral flow of particulate material in the annular processing zone; wherein said one or more outlets for processed particulate material are located in the base of said annular treatment zone and surrounded by said plurality of processing fluid inlets so that the spiral flow of particulate material circulates around said one or more outlets; the processing chamber further comprising means for deflecting a portion of the spiral flow of particulate material in the annular processing zone radially inwards from said spiral flow so that said particulate material leaves the processing chamber through said one or more outlets for processed particulate material; and wherein said means for deflecting is adjustable between a first condition whereby, in use, it deflects a portion of the spiral flow of particulate material in the annular processing zone radially inwards from said spiral flow, and a second condition whereby it does not.
A subtilisin variant comprising an amino acid sequence with at least 80% amino acid sequence identity to the amino acid sequence of SEQ ID NO: 6, comprising the amino acid substitution P40E in combination with E/S89D, wherein the amino acid positions of the variant are numbered by correspondence with the amino acid sequence of SEQ ID NO: 26, and wherein the variant has one or more improved property when compared to a reference subtilisin comprising the amino acid sequence of SEQ ID NO:6, wherein the improved property is selected from improved protease activity, improved cleaning performance in detergent, and improved thermostability in detergent.
A lockout-tagout system, comprising: a location tag having a first wireless identification device; at least one securing item (156, 158) having a second wireless identification device; at least one lock for locking the securing item (156, 158) in place, the lock having a third wireless identification device; at least one lockout tag having a fourth wireless identification device; and a reader configured to read the first, second, third, and fourth wireless identification devices of the location tag, the at least one securing item (156, 158), the at least one lock, and the at least one lockout tag. a location tag having a first wireless identification device; at least one securing item (156, 158) having a second wireless identification device; at least one lock for locking the securing item (156, 158) in place, the lock having a third wireless identification device; at least one lockout tag having a fourth wireless identification device; and a reader configured to read the first, second, third, and fourth wireless identification devices of the location tag, the at least one securing item (156, 158), the at least one lock, and the at least one lockout tag.
Front coach of a railway vehicle, especially of a high-speed railway vehicle, extending in a longitudinal direction and comprising at least one housing for a bogie, the front coach having a front fairing comprising a lower portion arranged in front of the housing in the longitudinal direction, said lower portion having a width, in a transverse direction perpendicular to the longitudinal direction, which is greater than a width of the bogie in the same transverse direction, characterised in that it comprises a roof equipped with at least one pantograph and comprising a pantograph fairing which surrounds the pantograph and comprises an upper opening for passage of the pantograph, the contour of which opening corresponds to the shape of the pantograph.