mhurhangee/ep-ind-claims huggingface dataset:
A machine for forming filter-bags containing infusion products, comprising: - a forming unit configured to form individual pieces of tubular filter paper having at least one chamber containing a dose of infusion product; - a carousel rotating about a first axis designed to receive from the forming unit, and carry, the pieces of filter paper to a plurality of stations arranged one after another and configured for forming a filter-bag; - an orientation drum, positioned alongside the carousel and rotating about a second axis parallel to the first axis, and comprising a plurality of pockets, each pocket being designed to house a filter-bag and being movable between a receiving position and a release position rotated by an angle (α) relative to the receiving position; - a conveyor unit configured to pick up from the carousel, convey and release the filter-bag at one of the plurality of pockets in the receiving position; - a stacking unit having an open area for receiving the filter-bag in the release position; characterised in that the drum comprises, for each pocket, a first retaining element and a second retaining element configured to make contact with and retain the filter-bag inside the pocket between the receiving position and the release position; a first retaining element of a given pocket and a second retaining element of a pocket adjacent to the given pocket being movable in rotation about a shared axis (X9b) of rotation. - a forming unit configured to form individual pieces of tubular filter paper having at least one chamber containing a dose of infusion product; - a carousel rotating about a first axis designed to receive from the forming unit, and carry, the pieces of filter paper to a plurality of stations arranged one after another and configured for forming a filter-bag; - an orientation drum, positioned alongside the carousel and rotating about a second axis parallel to the first axis, and comprising a plurality of pockets, each pocket being designed to house a filter-bag and being movable between a receiving position and a release position rotated by an angle (α) relative to the receiving position; - a conveyor unit configured to pick up from the carousel, convey and release the filter-bag at one of the plurality of pockets in the receiving position; - a stacking unit having an open area for receiving the filter-bag in the release position; characterised in that the drum comprises, for each pocket, a first retaining element and a second retaining element configured to make contact with and retain the filter-bag inside the pocket between the receiving position and the release position; a first retaining element of a given pocket and a second retaining element of a pocket adjacent to the given pocket being movable in rotation about a shared axis (X9b) of rotation.
An RFID reader pet door, the pet door comprising: an RFID reader to read a sub-dermal RFID chip tag in a pet; and a lock coupled to said RFID reader to control access through said pet door in response to an RFID signal from said sub-dermal RFID chip tag; wherein said pet door includes a tunnel through which said pet must pass to pass through the pet door, said tunnel housing an access control flap at one end; and wherein said flap is at an inside end of said tunnel when said pet door is mounted in a door or wall; wherein said lock comprises a controllable stop such that when locked said stop inhibits motion of said flap to inhibit entry of a said pet, when unlocked said stop is displaced such that a said pet can gain entry via said flap and such that when unlocked and when locked a pet can exit through said flap; wherein said RFID reader includes a loop antenna formed around said tunnel; and wherein the RFID reader is configured to use said antenna to, when a said pet bearing a said sub-dermal RFID chip tag in its forequarters inserts its head into said tunnel from an outside end of said tunnel towards said flap, read said sub-dermal RFID chip tag and is configured to unlock said lock dependent on the sub-dermal RFID chip tag read, wherein said loop antenna comprises a single layer of insulated wire turns around said tunnel and wherein turns of said loop antenna have gaps between them, said gaps comprising insulation of said insulated wire. an RFID reader to read a sub-dermal RFID chip tag in a pet; and a lock coupled to said RFID reader to control access through said pet door in response to an RFID signal from said sub-dermal RFID chip tag; wherein said pet door includes a tunnel through which said pet must pass to pass through the pet door, said tunnel housing an access control flap at one end; and wherein said flap is at an inside end of said tunnel when said pet door is mounted in a door or wall; wherein said lock comprises a controllable stop such that when locked said stop inhibits motion of said flap to inhibit entry of a said pet, when unlocked said stop is displaced such that a said pet can gain entry via said flap and such that when unlocked and when locked a pet can exit through said flap; wherein said RFID reader includes a loop antenna formed around said tunnel; and wherein the RFID reader is configured to use said antenna to, when a said pet bearing a said sub-dermal RFID chip tag in its forequarters inserts its head into said tunnel from an outside end of said tunnel towards said flap, read said sub-dermal RFID chip tag and is configured to unlock said lock dependent on the sub-dermal RFID chip tag read, wherein said loop antenna comprises a single layer of insulated wire turns around said tunnel and wherein turns of said loop antenna have gaps between them, said gaps comprising insulation of said insulated wire.
A computer-implemented method for earth modeling of a geologic volume of interest, the method comprising: a. receiving, at a computer processor, a rock model; b. specifying boundary conditions; c. initiating a stress field in at least part of the rock model; d. modeling, via the computer processor, resultant displacements using a finite difference method, wherein modeling the resultant displacements using the finite difference method includes decreasing kinetic energy associated with the rock model via a numerical attenuation mechanism, and applying a Virial Theorem so that the potential energy associated with the rock model decreases in lock-step; e. calculating, via the computer processor, at least one of resultant strains, stresses, elastic energies and elastic stiffnesses based on the resultant displacements; and f. predicting physical changes in the rock model using the at least one of resultant strains, stresses, elastic energies and elastic stiffnesses. a. receiving, at a computer processor, a rock model; b. specifying boundary conditions; c. initiating a stress field in at least part of the rock model; d. modeling, via the computer processor, resultant displacements using a finite difference method, wherein modeling the resultant displacements using the finite difference method includes decreasing kinetic energy associated with the rock model via a numerical attenuation mechanism, and applying a Virial Theorem so that the potential energy associated with the rock model decreases in lock-step; e. calculating, via the computer processor, at least one of resultant strains, stresses, elastic energies and elastic stiffnesses based on the resultant displacements; and f. predicting physical changes in the rock model using the at least one of resultant strains, stresses, elastic energies and elastic stiffnesses.
Gas turbine plant having at least one burner, a compressor and having a purging and/or sealing apparatus for conveying a purging and/or sealing fluid to the at least one burner, wherein the purging and/or sealing apparatus comprises a pressure accumulator and a heating device (1, 19), and wherein the pressure accumulator is connected to the at least one burner via a first fluid line, with the heating device (1, 19) connected therebetween, characterized in that the heating device (1, 19) comprises a heat exchanger arranged in the first fluid line and the compressor, wherein the compressor is connected to the heat exchanger via a second fluid line.
An illumination system comprising - a plurality of luminaires (101a-d), each arranged to transmit in the emitted light an identification code ID; characterized in that - the illumination system further comprises a control unit arranged for: - identifying at least one luminaire having an initial drive value being equal to or below a minimum preset value, or equal to or above a maximum preset value; and - setting the drive value of such identified luminaire to a predetermined value so that an available modulation depth is large enough to provide a reliable identification code ID reading of said at least one identified luminaire. - a plurality of luminaires (101a-d), each arranged to transmit in the emitted light an identification code ID; characterized in that - the illumination system further comprises a control unit arranged for: - identifying at least one luminaire having an initial drive value being equal to or below a minimum preset value, or equal to or above a maximum preset value; and - setting the drive value of such identified luminaire to a predetermined value so that an available modulation depth is large enough to provide a reliable identification code ID reading of said at least one identified luminaire.
A device for closing a construction comprising - a door - a guide rail of said door, - a pulling system, - a joining element, for example a rope, chain or round strap, wherein said joining element joins the pulling system to an anchoring point of an anchoring device, for example a pulley, the joining element surrounds the anchoring device up to the anchoring point and the anchoring point is not located in a pulling axis of the joining element when the door is in the closed position, in order to make said anchoring device rotate and tilt the door, - the anchoring device is integral with the door, characterized in that the anchoring device is located in an internal space of a protective shell having a shape that complements the guide rail of the door, where the anchoring device is mounted to rotate in the protective shell, wherein said shell cooperates slidingly with said guide rail. - a door - a guide rail of said door, - a pulling system, - a joining element, for example a rope, chain or round strap, wherein said joining element joins the pulling system to an anchoring point of an anchoring device, for example a pulley, the joining element surrounds the anchoring device up to the anchoring point and the anchoring point is not located in a pulling axis of the joining element when the door is in the closed position, in order to make said anchoring device rotate and tilt the door, - the anchoring device is integral with the door,
A fuel injection control device for an internal combustion engine, the internal combustion engine being a direct injection internal combustion engine, the fuel injection control device comprising feedback control means for performing feedback control of a discharge amount of a high pressure fuel pump such that an actual fuel pressure becomes a target fuel pressure, the feedback control using a control operation including an integral term; characterised by comprising: integral term update control means for stopping update of the integral term of the feedback control when a deviation of the target fuel pressure and the actual fuel pressure is equal to or more than a predetermined value.
A color chart provided on a recording medium, comprising: a first portion including no patch; and a second portion including a plurality of patches having different densities or luminances, the plurality of patches, including a reference patch indicating a color having a reference density or luminance closest to the color of the recording medium, the reference patch being adjacent to the first portion, the plurality of patches being located in order of increasing tones corresponding to any one of: increasing density from the density of the color indicated by the reference patch; decreasing density from the density of the color indicated by the reference patch; increasing luminance from the luminance of the color indicated by the reference patch; and decreasing luminance from the luminance of the color indicated by the reference patch; characterized in that: the second portion is segmented into a plurality of areas inward, including a first area adjacent to the first portion, and a second area inward of the first area; and the tones of the patches located in the second area are greater than the tones of the patches located in the first area. a first portion including no patch; and a second portion including a plurality of patches having different densities or luminances, the plurality of patches, including a reference patch indicating a color having a reference density or luminance closest to the color of the recording medium, the reference patch being adjacent to the first portion, the plurality of patches being located in order of increasing tones corresponding to any one of: increasing density from the density of the color indicated by the reference patch; decreasing density from the density of the color indicated by the reference patch; increasing luminance from the luminance of the color indicated by the reference patch; and decreasing luminance from the luminance of the color indicated by the reference patch; increasing density from the density of the color indicated by the reference patch; decreasing density from the density of the color indicated by the reference patch; increasing luminance from the luminance of the color indicated by the reference patch; and decreasing luminance from the luminance of the color indicated by the reference patch; characterized in that: the second portion is segmented into a plurality of areas inward, including a first area adjacent to the first portion, and a second area inward of the first area; and the tones of the patches located in the second area are greater than the tones of the patches located in the first area. the second portion is segmented into a plurality of areas inward, including a first area adjacent to the first portion, and a second area inward of the first area; and the tones of the patches located in the second area are greater than the tones of the patches located in the first area.
A wind turbine comprising a rotatable drive train including at least one bearing, a gearbox, and a pump for supply of a lubricant to the bearing and/or the gearbox, the wind turbine further comprising a controller for performing control of the pump to provide an amount of lubricant which varies depending on an actual state of operation, wherein the controller performs closed loop control, characterized in that the gearbox includes a sump, and the amount of lubricant depends on a level in the sump.
A multi-layer article for storing a product, said article comprising: A. a first layer comprising a polychlorotrifluoroethylene and/or copolymer of polychlorotrifluoroethylene and vinylidene fluoride; B. a tie layer disposed on said first layer and consisting essentially of an ethylene acrylate resin; and C. a second layer disposed on said tie layer and comprising a polyester, polycarbonate, polypropylene, polyethylene, or combinations thereof, and D. wherein said article is a three-layered structure wherein said tie layer is disposed in direct contact with said first layer and said second layer is disposed in direct contact with said tie layer; and wherein said article has a clarity of at least 90% as determined using ASTM D1003-13. A. a first layer comprising a polychlorotrifluoroethylene and/or copolymer of polychlorotrifluoroethylene and vinylidene fluoride; B. a tie layer disposed on said first layer and consisting essentially of an ethylene acrylate resin; and C. a second layer disposed on said tie layer and comprising a polyester, polycarbonate, polypropylene, polyethylene, or combinations thereof, and D. wherein said article is a three-layered structure wherein said tie layer is disposed in direct contact with said first layer and said second layer is disposed in direct contact with said tie layer; and wherein said article has a clarity of at least 90% as determined using ASTM D1003-13.
A nucleic acid expression vector for expressing a peptide in a mammalian cell, the vector comprising an expression cassette; the expression cassette comprising: a promoter; nucleic acid encoding signal peptide from Gaussia luciferase; a multiple cloning site, for inserting nucleic acid encoding the peptide in-frame with the signal peptide; and a 3' UTR sequence consisting of a polyadenylation sequence; the nucleic acid expression vector consisting of 5000 or fewer nucleic acid base pairs. the expression cassette comprising: a promoter; nucleic acid encoding signal peptide from Gaussia luciferase; a multiple cloning site, for inserting nucleic acid encoding the peptide in-frame with the signal peptide; and a 3' UTR sequence consisting of a polyadenylation sequence; a promoter; nucleic acid encoding signal peptide from Gaussia luciferase; a multiple cloning site, for inserting nucleic acid encoding the peptide in-frame with the signal peptide; and a 3' UTR sequence consisting of a polyadenylation sequence; the nucleic acid expression vector consisting of 5000 or fewer nucleic acid base pairs.
A method for configuring and/or controlling home automation end devices (12, 40), wherein the method comprises: - establishing a wireless point-to-point connection between a control device and at least one home automation end device (12, 40) if only one or a few of the end devices (12, 40) are to be configured and/or controlled; - performing a data communication between the control device and the end device (12, 40) by means of the point-to-point connection in order to configure and/or to control the end device (12, 40), characterized by - switching the end device (12, 40) by sending a command from the control device to the end device (12, 40) to cancel the point-to-point connection and to establish a wireless connection with a hub or another end device (12, 50) of a mesh network on a transition to a larger number of end devices (12, 40), wherein the mesh network includes the hub and the larger number of end devices (12, 40); and - performing a data communication between the end device (12, 40) and a hub of the mesh network by means of the mesh network in order to configure and/or to control the end device (12, 40). - establishing a wireless point-to-point connection between a control device and at least one home automation end device (12, 40) if only one or a few of the end devices (12, 40) are to be configured and/or controlled; - performing a data communication between the control device and the end device (12, 40) by means of the point-to-point connection in order to configure and/or to control the end device (12, 40), characterized by - switching the end device (12, 40) by sending a command from the control device to the end device (12, 40) to cancel the point-to-point connection and to establish a wireless connection with a hub or another end device (12, 50) of a mesh network on a transition to a larger number of end devices (12, 40), wherein the mesh network includes the hub and the larger number of end devices (12, 40); and - performing a data communication between the end device (12, 40) and a hub of the mesh network by means of the mesh network in order to configure and/or to control the end device (12, 40).
A telephone relay device being communicably connected to a teleconference server configured to relay an audio call between communication terminals participating in a teleconference via an Internet Protocol IP network, the telephone relay device comprising: a participation request unit configured to request the teleconference server to permit participation in the teleconference in response to receiving an audio quality reduction notification indicating that audio quality of the audio call between the communication terminals becomes less than a predetermined level, from the teleconference server; a call making unit configured to make a call to a telephone terminal (22, 24) associated with the communication terminal in response to being permitted to participate in the teleconference; and a call relay unit configured to relay an audio call of the teleconference between the telephone terminal (22, 24) and the teleconference server in response to receiving a response to the call from the telephone terminal (22, 24). a participation request unit configured to request the teleconference server to permit participation in the teleconference in response to receiving an audio quality reduction notification indicating that audio quality of the audio call between the communication terminals becomes less than a predetermined level, from the teleconference server; a call making unit configured to make a call to a telephone terminal (22, 24) associated with the communication terminal in response to being permitted to participate in the teleconference; and a call relay unit configured to relay an audio call of the teleconference between the telephone terminal (22, 24) and the teleconference server in response to receiving a response to the call from the telephone terminal (22, 24).