mhurhangee/ep-ind-claims huggingface dataset:
A centrifugal projector for projecting projection material toward a processing target, comprising: a pair of side plates; a joining member for joining the pair of side plates; a plurality of blades attached to the side plates; a rotary shaft for rotating the side plates, the joining member and the plurality of blades; and an introducing part for introducing the projection material between the plurality of blades; wherein the blade includes a projection surface for projecting the projection material, and the projection surface has a first part being a radial inner part of the blade and a second part being a radial outer part of the blade; the first part of the blade is formed to be pitched so that a radial outer side of the first part is positioned to a rear in a rotational direction compared to a radial inner side of the first part, and the second part of the blade is formed to be positioned to a front in the rotational direction of an imaginary line which extends the first part of the blade toward a radial outer side of the projector; and the blade has a blade projection portion on which the projection surface for projecting the projection material is formed, the blade projection portion of the blade having a raised portion formed on a projection back surface opposite the projection surface, and a curved surface formed between the raised portion and the end portion on the radial inner side; characterised in that, in a cross section within a plane perpendicular to the direction of the rotary shaft, relative to an imaginary line connecting from a tip of the radial inner side end portion of the blade projection portion so as to contact a peak of the raised portion formed on the projection back surface of the blade, the joining member is disposed on the reverse side of the raised portion on which the curved surface is formed and is in a position close to the projection back surface of the blade so that the surface area of the cross section of the part of the joining member located on the projection back surface side of the imaginary line is half or more of an entire cross section of the joining member. a pair of side plates; a joining member for joining the pair of side plates; a plurality of blades attached to the side plates; a rotary shaft for rotating the side plates, the joining member and the plurality of blades; and an introducing part for introducing the projection material between the plurality of blades; wherein the blade includes a projection surface for projecting the projection material, and the projection surface has a first part being a radial inner part of the blade and a second part being a radial outer part of the blade; the first part of the blade is formed to be pitched so that a radial outer side of the first part is positioned to a rear in a rotational direction compared to a radial inner side of the first part, and the second part of the blade is formed to be positioned to a front in the rotational direction of an imaginary line which extends the first part of the blade toward a radial outer side of the projector; and
A method of forming a touch fastening material, the method comprising: providing a lengthwise-incoherent layer of staple fibers supported directly on a bed of bristle tips of a brush, the total weight of fibers supported on the brush being less than about 60 grams per square meter; needling the layer of staple fibers by cycling needles through the layer of staple fibers and into the brush, such that the needles carry loops of fibers of the layer into spaces between bristles of the brush; then, while the needled layer of staple fibers remains supported on the brush, with the loops of the fibers extending between bristles of the brush, fusing portions of the staple fibers by at least partially melting resin of the fibers disposed outside the brush; and then pulling the layer of fibers from the brush as a lengthwise-coherent touch fastening material having exposed fastening loops pulled from between the brush bristles. providing a lengthwise-incoherent layer of staple fibers supported directly on a bed of bristle tips of a brush, the total weight of fibers supported on the brush being less than about 60 grams per square meter; needling the layer of staple fibers by cycling needles through the layer of staple fibers and into the brush, such that the needles carry loops of fibers of the layer into spaces between bristles of the brush; then, while the needled layer of staple fibers remains supported on the brush, with the loops of the fibers extending between bristles of the brush, fusing portions of the staple fibers by at least partially melting resin of the fibers disposed outside the brush; and then pulling the layer of fibers from the brush as a lengthwise-coherent touch fastening material having exposed fastening loops pulled from between the brush bristles.
A silylacrylic copolymer for use as a binder component of an antifouling coating composition, the silylacrylic copolymer comprising a structural unit derived from triisopropylsilyl methacrylate (i), a monomer structural unit derived from triisopropylsilyl acrylate (ii) and a structural unit derived from a polymerizable monomer having a polymerizable double bond (iii), which excludes the above (i) and (ii), the silylacrylic copolymer satisfying the following Requirements 1 and 2; Requirement 1: the content weight ratio ([ +]/) of the total weight ( +) of the structural unit and the structural unit to the content weight of the structural unit is 50/50 to 90/10; and Requirement 2: the content weight ratio ( /) of the content weight of the structural unit to the content weight of the structural unit is 60/40 to 95/5. Requirement 1: the content weight ratio ([ +]/) of the total weight ( +) of the structural unit and the structural unit to the content weight of the structural unit is 50/50 to 90/10; and Requirement 2: the content weight ratio ( /) of the content weight of the structural unit to the content weight of the structural unit is 60/40 to 95/5.
An air spring comprising: a bellows chamber operatively connected to a piston chamber, at least one opening, disposed between said bellows chamber and said piston chamber, for fluid communication between the bellows chamber and the piston chamber, whereby a ratio of a cross-sectional area of said at least one opening in centimeters (inches) squared to a volume of said piston chamber in centimeters (inches) cubed to a volume of said bellows chamber in centimeters (inches) cubed, is from 1:1524:3048 (1:600:1200) to 1:35814:59690 (1:14100:23500); wherein said at least one opening includes a cross-sectional area of from 0.25 cm 2 to 0.84 cm 2 (from 0.039 in 2 to 0.13 in 2); wherein said piston chamber has a volume of from 2458 cm 3 to 9013 cm 3 (from 150 in 3 to 550 in 3); wherein said bellows chamber has a volume of from 4998 cm 3 to 14994 cm 3 (from 305 in 3 to 915 in 3). a bellows chamber operatively connected to a piston chamber, at least one opening, disposed between said bellows chamber and said piston chamber, for fluid communication between the bellows chamber and the piston chamber, whereby a ratio of a cross-sectional area of said at least one opening in centimeters (inches) squared to a volume of said piston chamber in centimeters (inches) cubed to a volume of said bellows chamber in centimeters (inches) cubed, is from 1:1524:3048 (1:600:1200) to 1:35814:59690 (1:14100:23500); wherein said at least one opening includes a cross-sectional area of from 0.25 cm 2 to 0.84 cm 2 (from 0.039 in 2 to 0.13 in 2); wherein said piston chamber has a volume of from 2458 cm 3 to 9013 cm 3 (from 150 in 3 to 550 in 3); wherein said bellows chamber has a volume of from 4998 cm 3 to 14994 cm 3 (from 305 in 3 to 915 in 3).
A redundant lighting driver system, comprising: a primary driver; a backup driver, wherein the backup driver includes an inductor unit that limits time varying current, characterized in that the inductor unit is sized such that both the backup driver withstands a transient surge voltage having a duration less than 1000 μs and an output voltage provided by the backup driver is less than an output voltage provided by the primary driver when powering a light source; wherein the primary driver and the backup driver are each configured to receive an alternating current power from a power source, wherein the inductor unit receives the AC power for the backup driver; and wherein the primary driver is configured to provide a primary power to the light source, and wherein the backup driver is configured to provide a backup power to the light source when the primary driver is disabled due to a power surge, wherein the backup power is less than the primary power. a primary driver; a backup driver, wherein the backup driver includes an inductor unit that limits time varying current, characterized in that the inductor unit is sized such that both the backup driver withstands a transient surge voltage having a duration less than 1000 μs and an output voltage provided by the backup driver is less than an output voltage provided by the primary driver when powering a light source; wherein the primary driver and the backup driver are each configured to receive an alternating current power from a power source, wherein the inductor unit receives the AC power for the backup driver; and wherein the primary driver is configured to provide a primary power to the light source, and wherein the backup driver is configured to provide a backup power to the light source when the primary driver is disabled due to a power surge, wherein the backup power is less than the primary power.
An implant for the application in spinal or trauma surgery having a variable axial length, the implant (1; 10) including a first member (2; 200) and a second member (3; 300) guided relative to the first member to be movable relative thereto in an axial direction for adjusting an overall length of the implant; and at least one engagement member that is in a first configuration configured to engage the first member (2; 200) and the second member (3; 300) such that the first member (2; 200) and the second member (3; 300) are locked with respect to each other and in a second configuration configured to engage the first member (2; 200) such that the second member (3; 300) is movable with respect to the first member (2; 200); wherein, in the second configuration, the engagement member is secured against disengagement from the first member (2; 200) by an abutment and wherein the engagement member is a monolithic part.
A method for adding one or more L-nucleotides to the 3' end of a first L-nucleic acid, wherein the method comprises the step of reacting the one or more L-nucleotides with the first L-nucleic acid in the presence of a polymerase capable of adding one or more L-nucleotides to the 3' end of the first L-nucleic acid, wherein the polymerase consists of an amino acid sequence of D-amino acids, wherein the amino acid sequence of the polymerases is different from an amino acid sequence according to any of SEQ ID NOs: 15 to 22 and 51, and wherein the polymerase consists of an amino acid sequence at least 90 % identical to any one of SEQ ID NOs: 89-343. wherein the polymerase consists of an amino acid sequence of D-amino acids, wherein the amino acid sequence of the polymerases is different from an amino acid sequence according to any of SEQ ID NOs: 15 to 22 and 51, and wherein the polymerase consists of an amino acid sequence at least 90 % identical to any one of SEQ ID NOs: 89-343.
Method for controlling a wiper device for cleaning a surface of a dome-shaped or plate-shaped body, having at least one wiper movably touching the surface of the body, at least one drive mechanism to move the wiper from a first position to at least one second position, at least one sensor unit comprising a camera and at least one controller, providing the steps: a. Moving the wiper from a first position to a second position by the drive mechanism driven by the controller determining a velocity of the wiper; b. Tracking the movement of the wiper by using image processing techniques by using the sensor unit analysing recorded images of the camera, where the velocity of the wiper is tracked by the sensor unit; c. Calculating a position of the wiper from tracking the movement of the wiper independently from the fact if the wiper is always detectable by the sensor unit; d. Using both parameters, the image processing technique to track the movement of the wiper and a dirt detection to start and stop the drive mechanism; and e. Deactivating the drive mechanism of the wiper at a determined deactivation position taking into account a protraction between detecting that a picture quality is good again and a real standing still position of the wiper to park the wiper in a defined parking position. a. Moving the wiper from a first position to a second position by the drive mechanism driven by the controller determining a velocity of the wiper; b. Tracking the movement of the wiper by using image processing techniques by using the sensor unit analysing recorded images of the camera, where the velocity of the wiper is tracked by the sensor unit; c. Calculating a position of the wiper from tracking the movement of the wiper independently from the fact if the wiper is always detectable by the sensor unit; d. Using both parameters, the image processing technique to track the movement of the wiper and a dirt detection to start and stop the drive mechanism; and e. Deactivating the drive mechanism of the wiper at a determined deactivation position taking into account a protraction between detecting that a picture quality is good again and a real standing still position of the wiper to park the wiper in a defined parking position.
A field device comprising: a housing containing field device circuitry; a display coupled to the field device circuitry and viewable through the housing; a movable control positioned around the housing, the movable control comprising an outer ring that is fixed to the housing, an inner ring that is movable relative to the housing, and a magnet disposed in the inner ring, wherein the inner ring is configured to be rotatable and axially displaceable relative to a portion of the outer ring; a first sensing element disposed within the housing and configured to detect movement of the magnet in a first axial position; a second sensing element disposed within the housing and configured to detect movement of the magnet in a second axial position, axially inward of the first axial position; and a processor coupled to the display and the sensing elements, the processor being configured to: identify a position of the movable control, based on detected movement of the magnet; and control a user interface on the display, based on the identified position of the movable control. a housing containing field device circuitry; a display coupled to the field device circuitry and viewable through the housing; a movable control positioned around the housing, the movable control comprising an outer ring that is fixed to the housing, an inner ring that is movable relative to the housing, and a magnet disposed in the inner ring, wherein the inner ring is configured to be rotatable and axially displaceable relative to a portion of the outer ring; a first sensing element disposed within the housing and configured to detect movement of the magnet in a first axial position; a second sensing element disposed within the housing and configured to detect movement of the magnet in a second axial position, axially inward of the first axial position; and a processor coupled to the display and the sensing elements, the processor being configured to: identify a position of the movable control, based on detected movement of the magnet; and control a user interface on the display, based on the identified position of the movable control. identify a position of the movable control, based on detected movement of the magnet; and control a user interface on the display, based on the identified position of the movable control.
A sol-gel process for the treatment of radioactive liquid sewage that allows to immobilize radioactive elements and/or isotopes initially present in said sewage in solid vitreous bodies, which comprises the following steps: a) preparing a dispersion in water of silica in the form of finely subdivided particles, having size lower than 100 μm, with a silica concentration between 10 and 90% by weight, controlling the pH of the dispersion at a value of 4 or lower by addition of an acid; b) adding to the dispersion prepared in step a) an alkoxysilane, compound of general formula Si 4 wherein R is a linear or branched C1-C4 alkyl radical, in a molar ratio alkoxysilane/silica between 0.4 and 0.7; c) at the end of the hydrolysis reaction, feeding the dispersion of step b) to a mixer provided with a stirring system, a pH-meter and an outlet nozzle, along with a radioactive liquid sewage, controlling the mixing ratio to such a value that the resulting mixture has a pH value above 4.8; d) dispensing the mixture obtained in step c) through the outlet nozzle into one or more molds or on a flat surface; e) drying the mixture by placing the molds containing it in an oven at a temperature of between 60 and 70 °C for a time between 0.5 and 1 hour in case in step d) said mixture is dispensed directly on a flat surface, and for a time of at least 48 hours in case in step d) said mixture is dispensed into molds, obtaining one or more dry porous gel bodies; f) treating the dry porous gel bodies obtained in step e) at a temperature between 850 and 1350 °C, obtaining one or more vitreous bodies consisting of a silica matrix embedding the radioactive elements and/or isotopes. a) preparing a dispersion in water of silica in the form of finely subdivided particles, having size lower than 100 μm, with a silica concentration between 10 and 90% by weight, controlling the pH of the dispersion at a value of 4 or lower by addition of an acid; b) adding to the dispersion prepared in step a) an alkoxysilane, compound of general formula Si 4 wherein R is a linear or branched C1-C4 alkyl radical, in a molar ratio alkoxysilane/silica between 0.4 and 0.7; c) at the end of the hydrolysis reaction, feeding the dispersion of step b) to a mixer provided with a stirring system, a pH-meter and an outlet nozzle, along with a radioactive liquid sewage, controlling the mixing ratio to such a value that the resulting mixture has a pH value above 4.8; d) dispensing the mixture obtained in step c) through the outlet nozzle into one or more molds or on a flat surface; e) drying the mixture by placing the molds containing it in an oven at a temperature of between 60 and 70 °C for a time between 0.5 and 1 hour in case in step d) said mixture is dispensed directly on a flat surface, and for a time of at least 48 hours in case in step d) said mixture is dispensed into molds, obtaining one or more dry porous gel bodies; f) treating the dry porous gel bodies obtained in step e) at a temperature between 850 and 1350 °C, obtaining one or more vitreous bodies consisting of a silica matrix embedding the radioactive elements and/or isotopes.
A composition of matter having the chemical structure: wherein n is 1, 2 or 3, and the phenyl rings between the nitrogen atoms may be attached to each other and to the nitrogen atoms in a para or meta configuration independently selected for each attachment; wherein each of R 1, R 2, R 3 and R 4 are independently selected from the group consisting of: wherein the dotted line shows the point of attachment to a nitrogen atom of Formula I; wherein at least one of R 1, R 2, R 3 and R 4 is selected from the group consisting of: wherein R 1, R 2, R 3 and R 4 are not all the same; and wherein each of R 1, R 2, R 3 and R 4 may be further substituted with substituents that are not fused to R 1, R 2, R 3 and R 4. wherein n is 1, 2 or 3, and the phenyl rings between the nitrogen atoms may be attached to each other and to the nitrogen atoms in a para or meta configuration independently selected for each attachment; wherein each of R 1, R 2, R 3 and R 4 are independently selected from the group consisting of: wherein the dotted line shows the point of attachment to a nitrogen atom of Formula I; wherein at least one of R 1, R 2, R 3 and R 4 is selected from the group consisting of: wherein R 1, R 2, R 3 and R 4 are not all the same; and wherein each of R 1, R 2, R 3 and R 4 may be further substituted with substituents that are not fused to R 1, R 2, R 3 and R 4.
A computing system, comprising: a hash index maintained in a secondary storage device, in which entries of the hash index comprise hash values and associated metadata with each hash value; a sampled compact index table in a primary storage device that includes compact signatures representative of some of the hash values of the hash index, and for each compact signature, a pointer to a corresponding hash value, metadata entry in the hash index, wherein the sampled compact index table contains fewer entries than the hash index based upon a sampling factor; and a hash index service configured to access the sampled compact index table when attempting to determine whether a given hash value is indexed in the hash index. a hash index maintained in a secondary storage device, in which entries of the hash index comprise hash values and associated metadata with each hash value; a sampled compact index table in a primary storage device that includes compact signatures representative of some of the hash values of the hash index, and for each compact signature, a pointer to a corresponding hash value, metadata entry in the hash index, wherein the sampled compact index table contains fewer entries than the hash index based upon a sampling factor; and a hash index service configured to access the sampled compact index table when attempting to determine whether a given hash value is indexed in the hash index.
A multilayer polyethylene geomembrane liner to be used in temperatures up to 100 °C and comprising a number N of co-extruded stacked layers with N ≥ 2, each layer being made from: a given amount of a PE masterbatch composition comprising a PE resin and additives, the PE masterbatch being free of acid neutralizer, and a given amount of a PE metallocene based resin, the PE metallocene based resin being part of the family of Polyethylene Resin of Raised Temperature or PERT. a given amount of a PE masterbatch composition comprising a PE resin and additives, the PE masterbatch being free of acid neutralizer, and a given amount of a PE metallocene based resin, the PE metallocene based resin being part of the family of Polyethylene Resin of Raised Temperature or PERT.