mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: vibrating or deforming an object; while vibrating or deforming the object, using optical interferometry means (4,3; 4',3') to perform TV holography or electronic shearography to determine information about the position, gradient or motion of a surface of the object, at each of a plurality of points on the surface, arising from the vibration or deformation; and projecting an image onto the surface of the object using projection means (6,5,4; 6',5'), wherein, for each of the plurality of points, the intensity or spectrum of the projected image at that point depends on the determined information about the position, gradient or motion of the surface at that point, arising from the vibration or deformation. vibrating or deforming an object; while vibrating or deforming the object, using optical interferometry means (4,3; 4',3') to perform TV holography or electronic shearography to determine information about the position, gradient or motion of a surface of the object, at each of a plurality of points on the surface, arising from the vibration or deformation; and projecting an image onto the surface of the object using projection means (6,5,4; 6',5'), wherein, for each of the plurality of points, the intensity or spectrum of the projected image at that point depends on the determined information about the position, gradient or motion of the surface at that point, arising from the vibration or deformation.
A machine for filling bags with a granular product comprising a filling station, a welding station, and a cooling station, said machine further comprising [a] a supporting device for supporting the bags which forms a unit arranged below said filling, welding, and cooling stations (2, 4, 6) for supporting, during operation, the base of each of the bags that are located in each of said filling, welding, and cooling stations (2, 4, 6), and said supporting device comprising [b] a supporting surface, [c] a pivot shaft, and [d] actuating means, [e] said supporting surface being assembled on said pivot shaft such that said supporting surface has a first supporting segment arranged facing said welding and filling stations on one side of said pivot shaft, and a second supporting segment facing said cooling station on the opposite side of said pivot shaft, and in that [f] said supporting surface, said pivot shaft, and said actuating means are functionally associated with one another such that said supporting surface can pivot in an alternating manner around said pivot shaft through said actuating means between [i] an upper position of said first segment and a lower position of said second segment, and [ii] a lower position of said first segment and an upper position of said second segment, for moving the base of the bag which, in operation, is located in said filling station during filling. [a] a supporting device for supporting the bags which forms a unit arranged below said filling, welding, and cooling stations (2, 4, 6) for supporting, during operation, the base of each of the bags that are located in each of said filling, welding, and cooling stations (2, 4, 6), and said supporting device comprising [b] a supporting surface, [c] a pivot shaft, and [d] actuating means, [e] said supporting surface being assembled on said pivot shaft such that said supporting surface has a first supporting segment arranged facing said welding and filling stations on one side of said pivot shaft, and a second supporting segment facing said cooling station on the opposite side of said pivot shaft, and in that [f] said supporting surface, said pivot shaft, and said actuating means are functionally associated with one another such that said supporting surface can pivot in an alternating manner around said pivot shaft through said actuating means between [i] an upper position of said first segment and a lower position of said second segment, and [ii] a lower position of said first segment and an upper position of said second segment, for moving the base of the bag which, in operation, is located in said filling station during filling. [i] an upper position of said first segment and a lower position of said second segment, and [ii] a lower position of said first segment and an upper position of said second segment,
A method, in a User Equipment, for performing a random access procedure, the method comprising: receiving a request to switch a Reference Signal, RS, transmission from a first carrier to a second carrier on a secondary serving cell, SCell, without Physical Uplink Shared Channel, PUSCH; determining a first set of reference time resources for performing measurements in a cell belonging to a first carrier frequency, wherein the serving cell operates on a second carrier frequency; and performing a random access procedure over the secondary cell in relation to the RS switch, wherein performing the random access procedure comprises adapting the random access procedure to account for the determined first set of reference time resources by restricting a maximum number of random access preamble re-transmissions to the secondary serving cell during the determined first set of reference time resources. receiving a request to switch a Reference Signal, RS, transmission from a first carrier to a second carrier on a secondary serving cell, SCell, without Physical Uplink Shared Channel, PUSCH; determining a first set of reference time resources for performing measurements in a cell belonging to a first carrier frequency, wherein the serving cell operates on a second carrier frequency; and performing a random access procedure over the secondary cell in relation to the RS switch, wherein performing the random access procedure comprises adapting the random access procedure to account for the determined first set of reference time resources by restricting a maximum number of random access preamble re-transmissions to the secondary serving cell during the determined first set of reference time resources.
An agrochemical concentrate having a continuous water-containing single phase said continuous phase comprising an oil-based adjuvant and a hydrotrope capable of solubilising said adjuvant in the continuous phase and which is the potassium salt of 5 -carboxy-4-hexyl-2-cyclohexene-1 octanoic acid; where the adjuvant is present at a concentration of greater than or equal to 10% of the agrochemical concentrate by weight and is selected from fatty alcohols, fatty acids and fatty amines and methyl esters and short chain ethoxylates thereof; and the ratio of the adjuvant to the hydrotrope is from 1:10 to 10:1.
An open roof assembly for use in a roof of a vehicle, wherein the roof is provided with an opening and the open roof assembly comprises a moveable closure member, the opening having an opening front edge, the closure member being moveable between a closed position for closing the opening and an open position for at least partly exposing the opening and the closure member having a member front edge and having an exterior surface and an opposing interior surface, wherein the interior surface is arranged at an interior side of the vehicle, wherein a first rib structure projects from the interior surface, the first rib structure being arranged close to the opening front edge, when the closure member is in the closed position, wherein a second rib structure projects from the interior surface, the second rib structure being arranged in a longitudinal direction of the vehicle between the first rib structure and the member front edge for deflecting at least part of an airflow through a gap between a roof structure and the closure member generated when the closure member is moving from the closed position to an open position, the second rib structure has a rib edge, wherein the rib edge is arranged opposite to the interior surface of the closure member, characterized in a distance between the interior surface and the rib edge varying over a length of the rib edge, in particular the rib edge being notched, castellated or toothed. the opening having an opening front edge, the closure member being moveable between a closed position for closing the opening and an open position for at least partly exposing the opening and the closure member having a member front edge and having an exterior surface and an opposing interior surface, wherein the interior surface is arranged at an interior side of the vehicle, wherein a first rib structure projects from the interior surface, the first rib structure being arranged close to the opening front edge, when the closure member is in the closed position, wherein a second rib structure projects from the interior surface, the second rib structure being arranged in a longitudinal direction of the vehicle between the first rib structure and the member front edge for deflecting at least part of an airflow through a gap between a roof structure and the closure member generated when the closure member is moving from the closed position to an open position, the second rib structure has a rib edge, wherein the rib edge is arranged opposite to the interior surface of the closure member, characterized in a distance between the interior surface and the rib edge varying over a length of the rib edge, in particular the rib edge being notched, castellated or toothed.
A printing device (21A, 21B, 21C, 21D) comprising: a printing cylinder on which a printing plate is mountable; an ink supply roll that is disposed on an upstream side or a downstream side of the printing cylinder in a sheet transfer direction and is contactable with the printing cylinder; an ink supply section (24, 24A, 24B, 24C, 27) that is configured to supply ink to the ink supply roll; a first cover that covers an upper side of the printing cylinder in a vertical direction and is openable and closable; and a foothold (104A, 104B, 104C, 104D, 104E) that covers an upper side of the ink supply roll in the vertical direction and on which an operator is able to perform work, the printing device being characterised in that the first cover is configured to open and close a work opening for the printing cylinder formed on a surface on an upper side of the printing cylinder in a vertical direction. a printing cylinder on which a printing plate is mountable; an ink supply roll that is disposed on an upstream side or a downstream side of the printing cylinder in a sheet transfer direction and is contactable with the printing cylinder; an ink supply section (24, 24A, 24B, 24C, 27) that is configured to supply ink to the ink supply roll; a first cover that covers an upper side of the printing cylinder in a vertical direction and is openable and closable; and a foothold (104A, 104B, 104C, 104D, 104E) that covers an upper side of the ink supply roll in the vertical direction and on which an operator is able to perform work, the printing device being characterised in that the first cover is configured to open and close a work opening for the printing cylinder formed on a surface on an upper side of the printing cylinder in a vertical direction.
Frame subassembly for a window and/or a door, comprising - at least one plastics-material profile (1, 21), comprising an exterior overhang (3, 23) with at least one hollow chamber (2, 22), also comprising an accommodating portion (4, 24) and further comprising a groove (5, 25), which is arranged on the exterior overhang (3, 23) and is intended for accommodating a sealing element (6, 26), and - a sealing element (6, 26), which is drawn into the groove (5, 25) of the plastics-material profile (1, 21), wherein a plane formed by the open side of the groove (5, 25) of the plastics-material profile (1, 21) is bevelled in relation to a normal to the underside (7, 27) of the plastics-material profile (1, 21), characterized in that the plane formed by the open side of the groove (5, 25) is bevelled by an angle ranging from 8° to 12° in relation to a normal to the underside (7, 27) of the plastics-material profile (1, 21). - at least one plastics-material profile (1, 21), comprising an exterior overhang (3, 23) with at least one hollow chamber (2, 22), also comprising an accommodating portion (4, 24) and further comprising a groove (5, 25), which is arranged on the exterior overhang (3, 23) and is intended for accommodating a sealing element (6, 26), and - a sealing element (6, 26), which is drawn into the groove (5, 25) of the plastics-material profile (1, 21),
A method of depolymerizing lignin comprising a. Providing biomass in particulate form wherein the biomass contains lignin, a solvent mixture wherein the solvent mixture is a mixture of an organic solvent and water in a weight ratio of 1:4 to 4:1, and a transition metal catalyst; wherein the biomass is wood in the form of saw dust or wood chips; b. Mixing the biomass, the solvent mixture and the transition metal catalyst to obtain a mixture; c. Heating the mixture to at least 160°C and depolymerize the lignin at a pressure of not more than 50 bar, preferably 35 bar or less; and d. Optionally isolating the depolymerized lignin; wherein no hydrogen gas is added and wherein the solvent mixture contains methanol and water, ethanol and water, isopropanol and water, acetic acid and water or ethyl acetate and water. a. Providing biomass in particulate form wherein the biomass contains lignin, a solvent mixture wherein the solvent mixture is a mixture of an organic solvent and water in a weight ratio of 1:4 to 4:1, and a transition metal catalyst; wherein the biomass is wood in the form of saw dust or wood chips; b. Mixing the biomass, the solvent mixture and the transition metal catalyst to obtain a mixture; c. Heating the mixture to at least 160°C and depolymerize the lignin at a pressure of not more than 50 bar, preferably 35 bar or less; and d. Optionally isolating the depolymerized lignin; wherein no hydrogen gas is added and wherein the solvent mixture contains methanol and water, ethanol and water, isopropanol and water, acetic acid and water or ethyl acetate and water.
A surgical instrument comprising: a frame; an elongate portion extending distally from the frame; a drive beam disposed at least partially within the elongate portion and being proximally and distally translatable with respect to the elongate portion; an end effector disposed adjacent a distal end of the elongate portion, the end effector including a first jaw member and a second jaw member, the first jaw member being movable with respect to the second jaw member between an open position and an approximated position, the first jaw member including a proximal camming surface and a distal camming surface thereon, a surgical fastener cartridge being disposed in the first jaw member; and an actuation portion of the drive beam, characterised in that said actuation portion is an upper horizontal portion of an I-beam and is adapted to contact the distal camming surface causing approximation of the jaw members and wherein proximal translation of the drive beam causes the actuation portion of the drive beam to contact the proximal camming surface effecting opening of the jaw members. a frame; an elongate portion extending distally from the frame; a drive beam disposed at least partially within the elongate portion and being proximally and distally translatable with respect to the elongate portion; an end effector disposed adjacent a distal end of the elongate portion, the end effector including a first jaw member and a second jaw member, the first jaw member being movable with respect to the second jaw member between an open position and an approximated position, the first jaw member including a proximal camming surface and a distal camming surface thereon, a surgical fastener cartridge being disposed in the first jaw member; and an actuation portion of the drive beam, characterised in that said actuation portion is an upper horizontal portion of an I-beam and is adapted to contact the distal camming surface causing approximation of the jaw members and wherein proximal translation of the drive beam causes the actuation portion of the drive beam to contact the proximal camming surface effecting opening of the jaw members.
A method for routing a data packet through a first network element (200, 200a) of a communication network, further comprising a plurality of second network elements (200, 200b, 200c, 200d), the first (200, 200a) and second (200, 200b, 200c, 200d) network elements being interconnected by internetwork communication links, the routing method comprising a traditional routing process including taking a routing decision as a function of the destination of the data packet according to route learning in the communication network, characterized in that the routing method further comprises a review of the routing decision taken by the traditional routing process by means of an internetwork policy-based routing function InPBR selected from among a plurality of candidate internetwork policy-based routing functions InPBR (301a, 301b, 301c) of said first network element (200, 200a), each candidate internetwork policy-based routing function InPBR (301a, 301b, 301c) being assigned to an egress interface (111a, 111b, 111c) of said first network element (200, 200a) and vice versa, the selected internetwork policy-based routing function InPBR being the candidate internetwork policy-based routing function InPBR (301a, 301b, 301c) assigned to the egress interface selected by the traditional routing process for routing said data packet in the communication network.
Use of mixed oxide catalysts for catalytic gas phase oxidation of alkanes, characterized in that a mixed oxide catalyst of the general formula (Mo 1 Cr 0.005-0.1 P 0.01-0.1 Te 0.01-0.8 G g)O x in which: G: is at least one of the elements Si, Al, Ti, Zr and g = 0 − 800, x = number which is determined by the valence and frequency of the elements other than oxygen, is used. G: is at least one of the elements Si, Al, Ti, Zr and g = 0 − 800, x = number which is determined by the valence and frequency of the elements other than oxygen,
A method for controlling a media session involving a plurality of media streams within a communications network, wherein the communications network comprises a Multimedia Resource Function Processor, MRFP, and a Multimedia Resource Function Controller, MRFC, controlling the MRFP, wherein the MRFC performs the following steps: - determining that selected media streams out of the plurality of media streams are associated to each other in a media session, - generating an instruction to group the selected media streams of the media session, and - transmitting the instruction to group the selected media streams to the MRFP. - determining that selected media streams out of the plurality of media streams are associated to each other in a media session, - generating an instruction to group the selected media streams of the media session, and - transmitting the instruction to group the selected media streams to the MRFP.
A vehicle comprising a floor which is equipped with at least one retractor belt for securing an objects' position on top of the floor, characterized in that the retractor belt is guided over a compressible actuator that is provided with an unloaded position and a compressed loaded position, and arranged to actuate a switch when placed in the compressed loaded position, which compressible actuator is mounted in the floor between a guide roller for the retractor belt and a tensioned take-up and release roller for the retractor belt, wherein both the guide roller and the take-up and release roller are mounted within the floor.
An anhydrous antiperspirant composition comprising particulate antiperspirant active, water-insoluble, dry particulate friction-sensitive capsules of perfume comprising a shell of cross-linked gelatin, and a liquid carrier oil for the particulate antiperspirant active and capsules of perfume comprising at least one water-immiscible oil wherein the water-immiscible oil comprises a water-immiscible ether oil and/or a water-immiscible ester oil or a blend thereof, greater than 5% by weight of said carrier oil being furnished by the ester and ether oils, and the liquid carrier oil and water immiscible oil are liquid at 20°C.
An automatic analysis device (1b, 1c) comprising: an intermediate disk on which an intermediate container for carrying out a pretreatment by a pretreatment liquid for a sample dispensed from a sample container or a reaction of a reagent with the sample is arranged; a plurality of test mechanisms (30a-c) for a plurality of items for the sample dispensed from the sample container or the intermediate container; a reaction disk which is provided to any of the plurality of test mechanisms (30a-c) and on which a reaction vessel for carrying out a reaction of the reagent with the sample is arranged; a reagent dispensing mechanism (65a, 65b) which is adapted to dispense the reagent into the intermediate container and the reaction vessel; and a controlling unit for controlling the entire automatic analysis device (1b, 1c), characterised in that the controlling unit is configured to control the automatic analysis device (1b, 1c) such that the reagent dispensing mechanism (65a, 65b) is used as a pretreatment-liquid dispensing mechanism for dispensing the pretreatment liquid into the intermediate container. an intermediate disk on which an intermediate container for carrying out a pretreatment by a pretreatment liquid for a sample dispensed from a sample container or a reaction of a reagent with the sample is arranged; a plurality of test mechanisms (30a-c) for a plurality of items for the sample dispensed from the sample container or the intermediate container; a reaction disk which is provided to any of the plurality of test mechanisms (30a-c) and on which a reaction vessel for carrying out a reaction of the reagent with the sample is arranged; a reagent dispensing mechanism (65a, 65b) which is adapted to dispense the reagent into the intermediate container and the reaction vessel; and a controlling unit for controlling the entire automatic analysis device (1b, 1c), characterised in that the controlling unit is configured to control the automatic analysis device (1b, 1c) such that the reagent dispensing mechanism (65a, 65b) is used as a pretreatment-liquid dispensing mechanism for dispensing the pretreatment liquid into the intermediate container.
A method for manufacturing an inkjet head, wherein a process of bonding a plurality of members with an adhesive containing an epoxy resin containing a novolac type epoxy resin, at least another epoxy resin, a photo-cationic polymerization initiator and a microcapsulated thermosetting agent sequentially has: a step of applying the adhesive to one of the members; a step of bonding the members; a step of irradiating the protruding portion of the adhesive with light; and a heating step; and wherein 5 to 50% by mass is the novolac type epoxy resin among the epoxy resins. a step of applying the adhesive to one of the members; a step of bonding the members; a step of irradiating the protruding portion of the adhesive with light; and a heating step; and wherein 5 to 50% by mass is the novolac type epoxy resin among the epoxy resins.