mhurhangee/ep-ind-claims huggingface dataset:
A carton for beverage containers, the carton including a top panel hingedly interconnected with a base panel by a pair of opposed side panels (14, 16, 20, 22) to form a sleeve, a pair of opposed top end closure panels (38, 40), said opposed top end closure panels being hinged to said top panel for closing, at least in part, opposed ends of said sleeve, each of said opposed top end closure panels having opposed end edges and opposed side edges extending between the opposed end edges, wherein each of said opposed top end closure panels are hingedly connected to the top panel along one of said opposed end edges by a respective end fold line (44, 44a), said respective end fold line extending between said side panels, said top end closure panels and said top panel being of unitary construction, the carton including a handle structure by which the carton can be carried, said handle structure comprising a handle strap, the handle strap having a user portion which is in substantially co-planar relationship with said top panel when in a stored condition, said user portion being disposed between opposite ends of the handle strap, said handle strap being connected at said opposite ends to said top end closure panels so as to provide a surplus of material to enable said user portion to be brought into a position of use, wherein the handle strap has intermediate parts between said user portion and said opposite ends, wherein said intermediate parts are unattached to said top panel and are free to provide said surplus of material, wherein a securing panel (65, 65a) is provided for at least one of said opposite ends such that said at least one of said opposite ends is sandwiched by said securing panel and an adjacent one of said top end closure panels to be securely connected to said adjacent one of said top end closure panels, characterised in that the securing panel is hingedly connected to one of the opposed side edges of said adjacent one of said top end closure panels along a securing panel fold line (63, 63a), and in that the securing panel fold line overlies a side end closure panel (46/48, 60/62, 46a/48a, 60a/62a) that is hingedly connected to one of the opposed side panels (14/16, 20/22).
A conjugate of a peptide or peptidomimetic comprising or consisting of sequence NLTRLHT (SEQ ID NO: 98) linked to a moiety selected from a biologically active moiety and diagnostic moiety.
A method of processing a pixel in a picture, said pixel being defined by original color components in a first color space, the method comprising: checking whether a color component of said pixel in a second color space resulting in a smallest error between i) a color component in a third color space determined based on said color component in said second color space and a corresponding original color component of said pixel in said third color space determined based upon said original color components in said first color space or between ii) a color component in said first color space determined based on said color component in said second color space and a corresponding one of said original color components in said first color space, causes any color channel of said pixel to fall outside of an allowed range; obtaining a value of said color component in said second color space using a first function or a first look-up table if said color component in said second color space resulting in said smallest error does not cause any color channel of said pixel to fall outside of said allowed range; and obtaining a value of said color component in said second color space using a second, different function or a second, different look-up table if said color component in said second color space resulting in said smallest error causes any color channel of said pixel to fall outside of said allowed range. checking whether a color component of said pixel in a second color space resulting in a smallest error between i) a color component in a third color space determined based on said color component in said second color space and a corresponding original color component of said pixel in said third color space determined based upon said original color components in said first color space or between ii) a color component in said first color space determined based on said color component in said second color space and a corresponding one of said original color components in said first color space, causes any color channel of said pixel to fall outside of an allowed range; obtaining a value of said color component in said second color space using a first function or a first look-up table if said color component in said second color space resulting in said smallest error does not cause any color channel of said pixel to fall outside of said allowed range; and obtaining a value of said color component in said second color space using a second, different function or a second, different look-up table if said color component in said second color space resulting in said smallest error causes any color channel of said pixel to fall outside of said allowed range.
A modified conjugated diene-based polymer having a unimodal-shaped molecular weight distribution curve by gel permeation chromatography and a molecular weight distribution (MWD; polydispersed index) of 1.0 or more to less than 1.7, wherein the modified conjugated diene-based polymer comprises a modified monomer-derived functional group represented by Formula 1, and comprises an aminoalkoxysilane-based modifier-derived functional group at at least one end thereof: [Formula 1] F 1 -R 1 wherein, in Formula 1, F 1 is an amine-containing functional group, and R 1 is an alkenyl group having 2 to 10 carbon atoms. wherein the modified conjugated diene-based polymer comprises a modified monomer-derived functional group represented by Formula 1, and comprises an aminoalkoxysilane-based modifier-derived functional group at at least one end thereof: [Formula 1] F 1 -R 1 wherein, in Formula 1, F 1 is an amine-containing functional group, and R 1 is an alkenyl group having 2 to 10 carbon atoms.
A printing method comprising: providing a fabric as a printing media which is not pretreated to prevent bleeding; preparing (i) a first ink containing a light-curable compound, a chain transfer agent for adjusting the molecular weight of a polymer, a photopolymerization initiator, a dye wherein the light-curable compound is at least one acrylamide compound having one vinyl group and selected from (meth)acrylamide compounds and N-substitution products thereof; printing the fabric with the first ink; fixing the first ink by irradiating UV light and curing the first ink; performing a chromogenic process to cause the dye to diffuse and develop a color in the fabric; and performing a water washing process to remove residues. providing a fabric as a printing media which is not pretreated to prevent bleeding; preparing (i) a first ink containing a light-curable compound, a chain transfer agent for adjusting the molecular weight of a polymer, a photopolymerization initiator, a dye wherein the light-curable compound is at least one acrylamide compound having one vinyl group and selected from (meth)acrylamide compounds and N-substitution products thereof; printing the fabric with the first ink; fixing the first ink by irradiating UV light and curing the first ink; performing a chromogenic process to cause the dye to diffuse and develop a color in the fabric; and performing a water washing process to remove residues.
A method of processing an image to be printed, comprising: obtaining image data for an image to be printed; determining from the image data a specific spot colour other than white, which is defined in the image data; defining a substrate colour on which the image is to be printed as the determined spot colour; generating, from the image data, an image mask corresponding to areas of the image having the specific spot colour; and generating printer control data to control a printer to print non-masked areas of the image on a substrate having the specific spot colour and not to print masked areas of the image with any coloured ink, wherein the step of generating printer control data further comprises: generating printer control data to control a printer to print a white ink layer on the substrate corresponding to non-masked areas of the image; and generating printer control data to control a printer to print non-masked areas of the image atop the printed white ink layer. obtaining image data for an image to be printed; determining from the image data a specific spot colour other than white, which is defined in the image data; defining a substrate colour on which the image is to be printed as the determined spot colour; generating, from the image data, an image mask corresponding to areas of the image having the specific spot colour; and generating printer control data to control a printer to print non-masked areas of the image on a substrate having the specific spot colour and not to print masked areas of the image with any coloured ink, wherein the step of generating printer control data further comprises: generating printer control data to control a printer to print a white ink layer on the substrate corresponding to non-masked areas of the image; and generating printer control data to control a printer to print non-masked areas of the image atop the printed white ink layer. generating printer control data to control a printer to print a white ink layer on the substrate corresponding to non-masked areas of the image; and generating printer control data to control a printer to print non-masked areas of the image atop the printed white ink layer.
An oscillation saw, comprising: a motor with a drive shaft; and an oscillating saw blade comprising an angled base portion having a length from 5 to 25 mm, with fixing means arranged thereon, and a main cutting edge having teeth, wherein the teeth of the main cutting edge are arranged along on a straight line, wherein the oscillating saw blade is fixed to the oscillating saw by fixing means at the side opposite the cutting edge, the oscillating saw causing the oscillation saw blade to oscillate with a small stroke, via the drive shaft, so that the main cutting edge oscillates transversely to the cutting direction, and wherein the cutting direction is substantially perpendicular to the main cutting edge; characterized in that the oscillating saw blade has secondary cutting edges including teeth on the lateral sides thereof extending transversely to the main cutting edge; and that at least the tips of the main cutting edge are made of a different material than that of the adjacent saw blade, whereas the teeth of the secondary cutting edges are made of the same material as the adjacent plate. a motor with a drive shaft; and an oscillating saw blade comprising an angled base portion having a length from 5 to 25 mm, with fixing means arranged thereon, and a main cutting edge having teeth, wherein the teeth of the main cutting edge are arranged along on a straight line, wherein the oscillating saw blade is fixed to the oscillating saw by fixing means at the side opposite the cutting edge, the oscillating saw causing the oscillation saw blade to oscillate with a small stroke, via the drive shaft, so that the main cutting edge oscillates transversely to the cutting direction, and wherein the cutting direction is substantially perpendicular to the main cutting edge; characterized in that the oscillating saw blade has secondary cutting edges including teeth on the lateral sides thereof extending transversely to the main cutting edge; and that at least the tips of the main cutting edge are made of a different material than that of the adjacent saw blade, whereas the teeth of the secondary cutting edges are made of the same material as the adjacent plate.
A method of forming a reinforced spoke structure for a non-pneumatic tire and wheel assembly, the method comprising the steps: providing a first and second mold insert (610, 620), wherein the first and second mold insert (610, 620) are separated apart; winding a continuous strip of reinforcement around the first mold insert and around the second mold insert to form a reinforced structure; inserting the reinforced structure into a mold; and injection molding a liquid resin to form a spoke structure. providing a first and second mold insert (610, 620), wherein the first and second mold insert (610, 620) are separated apart; winding a continuous strip of reinforcement around the first mold insert and around the second mold insert to form a reinforced structure; inserting the reinforced structure into a mold; and injection molding a liquid resin to form a spoke structure.
An assembly for diverting liquid flowing through a conduit having an opening in a wall thereof, the assembly comprising: a. a housing; b. a clamp comprising: i. a lower section comprising a saddle portion; and ii. an upper section configured to communicate with the conduit to permit liquid to be diverted from the conduit into the housing; and c. a locking object, characterised in that the locking object comprises an annular collar distinct from the housing and configured to: i. engage the saddle portion of the lower section and, as it rotates, draw the upper and lower sections together around the conduit; and ii. connect the housing to the upper section. a. a housing; b. a clamp comprising: i. a lower section comprising a saddle portion; and ii. an upper section configured to communicate with the conduit to permit liquid to be diverted from the conduit into the housing; and i. a lower section comprising a saddle portion; and ii. an upper section configured to communicate with the conduit to permit liquid to be diverted from the conduit into the housing; and c. a locking object, characterised in that the locking object comprises an annular collar distinct from the housing and configured to: i. engage the saddle portion of the lower section and, as it rotates, draw the upper and lower sections together around the conduit; and ii. connect the housing to the upper section. i. engage the saddle portion of the lower section and, as it rotates, draw the upper and lower sections together around the conduit; and ii. connect the housing to the upper section.
An elevator system comprising: a traveling component movable along a guide rail within an elevator shaft, the traveling component comprising a roller guide moveably engageable with the guide rail; and an overspeed safety system comprising: an actuator module operably coupled to the roller guide; and a safety brake operably connected to the actuator module by a connecting link, wherein a safety brake element of the safety brake is operable to engage with the guide rail to stop movement of the traveling component; characterized in that the actuator module comprises a first disc configured to selectively engage with the roller guide, the first disc moveable between a first position wherein a gap is present between the first disc and the roller guide and a second position wherein the first disc is engaged with the roller guide such that rotation of a part of the roller guide causes rotation of the first disc. a traveling component movable along a guide rail within an elevator shaft, the traveling component comprising a roller guide moveably engageable with the guide rail; and an overspeed safety system comprising: an actuator module operably coupled to the roller guide; and a safety brake operably connected to the actuator module by a connecting link, wherein a safety brake element of the safety brake is operable to engage with the guide rail to stop movement of the traveling component; characterized in that the actuator module comprises a first disc configured to selectively engage with the roller guide, the first disc moveable between a first position wherein a gap is present between the first disc and the roller guide and a second position wherein the first disc is engaged with the roller guide such that rotation of a part of the roller guide causes rotation of the first disc. an actuator module operably coupled to the roller guide; and a safety brake operably connected to the actuator module by a connecting link, wherein a safety brake element of the safety brake is operable to engage with the guide rail to stop movement of the traveling component; characterized in that the actuator module comprises a first disc configured to selectively engage with the roller guide, the first disc moveable between a first position wherein a gap is present between the first disc and the roller guide and a second position wherein the first disc is engaged with the roller guide such that rotation of a part of the roller guide causes rotation of the first disc.
A process for the preparation of a compound of formula II, comprising, reacting the compound of formula III, with the compound of formula IV, using 1-hydroxybenzotriazole (HOBT), dicyclohexylcarbodiimide and triethylamine in the presence of toluene as a solvent at a temperature of 5-40°C to obtain the compound of formula II.
Method of enhanced combustion of hydrocarbon fuel by oxygen in an internal combustion engine wherein: - both oxygen and the hydrocarbon fuel are introduced into the combustion chamber of the internal combustion engine; - optical energy is provided in the combustion chamber to the oxygen-fuel mixture and/or reaction products of oxygen-fuel mixture, using irradiation at one or more wavelengths greater than 200 nm and less than 310 nm; wherein one or more of benzoic acid C 6 H 5 COOH, formic acid HCOOH, acetic acid CH 3 COOH, propionic acid C 2 H 5 COOH, and hydrogen peroxide H 2 O 2 are incorporated as fuel additives. - both oxygen and the hydrocarbon fuel are introduced into the combustion chamber of the internal combustion engine; - optical energy is provided in the combustion chamber to the oxygen-fuel mixture and/or reaction products of oxygen-fuel mixture, using irradiation at one or more wavelengths greater than 200 nm and less than 310 nm;
An apparatus to control communications comprising: a processor component (550; 575); a network interface to couple the processor component to a network; a virtual switch to analyze contents of at least one packet of a set of packets to be exchanged between endpoint devices through the network and the communications server, and to route the set of packets through one or more virtual servers of multiple virtual servers based on the contents; characterized in that the apparatus comprises a transfer component of a first virtual server of the multiple virtual servers to determine whether to directly transfer the set of packets to a second virtual server of the multiple virtual servers in a manner that bypasses the virtual switch based on a routing rule. a processor component (550; 575); a network interface to couple the processor component to a network; a virtual switch to analyze contents of at least one packet of a set of packets to be exchanged between endpoint devices through the network and the communications server, and to route the set of packets through one or more virtual servers of multiple virtual servers based on the contents; characterized in that the apparatus comprises a transfer component of a first virtual server of the multiple virtual servers to determine whether to directly transfer the set of packets to a second virtual server of the multiple virtual servers in a manner that bypasses the virtual switch based on a routing rule.
A paper shredder, said shredder comprising: a hopper for receiving paper; a first stage shredder comprising offset blades driven by a first stage power drive; a second stage shredder operatively connected to said first stage shredder, said second stage shredder comprising offset blades driven by a second stage power drive; a third stage shredder operatively connected to said second stage shredder, said third stage shredder comprising offset blades driven by a third stage power drive; and a collection bin below said third stage shredder; characterized in that the offset blades of the second stage shredder are smaller than the offset blades of the first stage shredder and larger than the offset blades of the third stage shredder and wherein the offset blades of each shredder stage (14,16,18) of the system are progressively narrower to provide a finer shred; and a user interface communicatively coupled to a programmable logic controller adapted to control said paper shredder by allowing a user to set the speed of said power drives, the interface also being adapted to collect data from sensors and to record data about operating aspects of the paper shredder. a hopper for receiving paper; a first stage shredder comprising offset blades driven by a first stage power drive; a second stage shredder operatively connected to said first stage shredder, said second stage shredder comprising offset blades driven by a second stage power drive; a third stage shredder operatively connected to said second stage shredder, said third stage shredder comprising offset blades driven by a third stage power drive; and a collection bin below said third stage shredder; characterized in that the offset blades of the second stage shredder are smaller than the offset blades of the first stage shredder and larger than the offset blades of the third stage shredder and wherein the offset blades of each shredder stage (14,16,18) of the system are progressively narrower to provide a finer shred; and a user interface communicatively coupled to a programmable logic controller adapted to control said paper shredder by allowing a user to set the speed of said power drives, the interface also being adapted to collect data from sensors and to record data about operating aspects of the paper shredder.
A coupling for a hoisting system, including: - a housing with a cutout at a first end; - a cylindric shaft extending transversely to the cutout through aligned openings at each side of the cutout; - a hook having a width which is less than the width of the cutout and which has a receiving opening with a diameter corresponding to the shaft diameter, and which is intended for receiving the shaft and an insertion opening having a width which is less than the shaft diameter and which is oriented at an angle relative to a direction of pull by loading the hook, where the shaft at a part for disposition in the cutout is provided with opposing flats with a width at least corresponding to the width of the hook and with mutual spacing which is less than the width of the insertion opening, characterised in that the shaft is arranged for manual displacement in its longitudinal direction against the action of a spring, from a first position where the flats are located outside the cutout, and to a second position where the flats of the shaft are displaced into the cutout. - a housing with a cutout at a first end; - a cylindric shaft extending transversely to the cutout through aligned openings at each side of the cutout; - a hook having a width which is less than the width of the cutout and which has a receiving opening with a diameter corresponding to the shaft diameter, and which is intended for receiving the shaft and an insertion opening having a width which is less than the shaft diameter and which is oriented at an angle relative to a direction of pull by loading the hook, where the shaft at a part for disposition in the cutout is provided with opposing flats with a width at least corresponding to the width of the hook and with mutual spacing which is less than the width of the insertion opening, characterised in that the shaft is arranged for manual displacement in its longitudinal direction against the action of a spring, from a first position where the flats are located outside the cutout, and to a second position where the flats of the shaft are displaced into the cutout.