mhurhangee/ep-ind-claims huggingface dataset:
Self-supporting carrier structure for an instrument panel in a vehicle, comprising - a network of a plurality of hollow support elements and solid support elements arranged according to the results of a first load path analysis conducted by bionic topology optimization resulting in a carrier structure comprising solid support elements only, followed by a second load path analysis for which boundary conditions are defined, the definition of the boundary conditions including o the identification of support elements to be hollow for forming at least one manifold and o areas of the carrier structure which should be connected by hollow support elements, wherein the carrier structure is obtained by the second load path analysis comprising hollow support elements and solid support elements, - wherein the hollow support elements form the at least one manifold used as an air duct comprising at least one air inlet for introducing air into the hollow support elements and at least one air outlet for guiding the air into a passenger compartment of a vehicle. - a network of a plurality of hollow support elements and solid support elements arranged according to the results of a first load path analysis conducted by bionic topology optimization resulting in a carrier structure comprising solid support elements only, followed by a second load path analysis for which boundary conditions are defined, the definition of the boundary conditions including o the identification of support elements to be hollow for forming at least one manifold and o areas of the carrier structure which should be connected by hollow support elements, wherein the carrier structure is obtained by the second load path analysis comprising hollow support elements and solid support elements, o the identification of support elements to be hollow for forming at least one manifold and o areas of the carrier structure which should be connected by hollow support elements, wherein the carrier structure is obtained by the second load path analysis comprising hollow support elements and solid support elements, - wherein the hollow support elements form the at least one manifold used as an air duct comprising at least one air inlet for introducing air into the hollow support elements and at least one air outlet for guiding the air into a passenger compartment of a vehicle.
An electronic device, comprising: at least one mechanical button, the mechanical button comprising a touch-sensitive sensor and being associated with at least one standard operating function, a piece of information regarding the standard operating function being stored on the electronic device and/or on a network and/or retrievable via the Internet, characterized in that the piece of information of the standard operating function can be retrieved by way of the touch-sensitive sensor, taking a priority assignment into consideration. at least one mechanical button, the mechanical button comprising a touch-sensitive sensor and being associated with at least one standard operating function, a piece of information regarding the standard operating function being stored on the electronic device and/or on a network and/or retrievable via the Internet, characterized in that the piece of information of the standard operating function can be retrieved by way of the touch-sensitive sensor, taking a priority assignment into consideration.
Apparatus for manufacturing filters for the tobacco processing industry, with at least one finger for guiding and shaping a filter tow rod and a holding means for holding the at least one finger, wherein the holding means comprises a pivoting apparatus, by means of which the holding means can be pivoted between a working position and a standby position, characterised in that at least one of the fingers is secured to a module allocated to the holding means, and that the holding means comprises a module carrier with a quick-action fastening device, wherein the module is secured by means of the quick-action fastening device to the module carrier in a releasable manner.
A method for controlling the sanitary loop return for a system for producing domestic hot water, the system comprising at least: a preheating tank, an auxiliary tank configured to be alternately turned off and on, and a domestic hot water loop configured to ensure a permanent circulation of hot water between the production system and at least one draw-off point, the domestic hot water loop being configured to be connected, in loop return, alternately to the preheating tank and to the auxiliary tank, characterised in that the control method comprises, from a given instant t, the following steps: - Measuring the temperature T pre of water in the preheating tank, - Measuring the temperature T aux of water in the auxiliary tank, - Measuring the temperature T ret of the loop return water, and - Calculating (106, 108) the difference T pre - T ret, then - If the temperature T aux is strictly greater than a set point value T cons of the temperature of water in the auxiliary tank and/or if the difference T pre -T ret previously calculated is less than a predetermined minimum threshold value ΔT down, controlling (105, 109) the loop return so that it is connected to the auxiliary tank, - If the temperature T aux is less than the set point value T cons and if the difference T pre - T ret previously calculated is greater than a predetermined maximum positive threshold value ΔT up, with ΔT up >ΔT down, controlling the loop return so that it is connected to the preheating tank, - Otherwise, keeping the sanitary loop return as it was connected before the given instant t. - Measuring the temperature T pre of water in the preheating tank, - Measuring the temperature T aux of water in the auxiliary tank, - Measuring the temperature T ret of the loop return water, and - Calculating (106, 108) the difference T pre - T ret, then - If the temperature T aux is strictly greater than a set point value T cons of the temperature of water in the auxiliary tank and/or if the difference T pre -T ret previously calculated is less than a predetermined minimum threshold value ΔT down, controlling (105, 109) the loop return so that it is connected to the auxiliary tank, - If the temperature T aux is less than the set point value T cons and if the difference T pre - T ret previously calculated is greater than a predetermined maximum positive threshold value ΔT up, with ΔT up >ΔT down, controlling the loop return so that it is connected to the preheating tank, - Otherwise, keeping the sanitary loop return as it was connected before the given instant t.
A network device for detecting duplicate packets comprising: a duplicate packet map, DPM, comprising a plurality of DPM fields; means for receiving a packet comprising a packet content portion and a packet header portion; means for extracting a destination identifier from the packet header portion; means for generating a packet summary value, PSV, based on the packet content portion and the extracted destination identifier; means for comparing the PSV to a plurality of DPM fields in the DPM; means for generating a signal to indicate whether the packet is a duplicate packet based on the comparison. a duplicate packet map, DPM, comprising a plurality of DPM fields; means for receiving a packet comprising a packet content portion and a packet header portion; means for extracting a destination identifier from the packet header portion; means for generating a packet summary value, PSV, based on the packet content portion and the extracted destination identifier; means for comparing the PSV to a plurality of DPM fields in the DPM; means for generating a signal to indicate whether the packet is a duplicate packet based on the comparison.
Compounds of formula in which A is a radical from the group of in which the dashed line denotes the bond to Q and wherein A also bears m substituents R2, Q is a radical from the group of wherein the nitrogen is joined to the ring A and the arrow in each case denotes the bond to D, D is the radical of formula in which the nitrogen is bonded to Q and the arrow denotes the bond to B, B is a radical from the group in which the dashed line denotes the bond to D and wherein B also bears n substituents R7, Z is oxygen, R1 is a radical from the group of halogen, C 1 -C 4 -alkyl, C 1 -C 4 -haloalkyl, C 1 -C 4 -alkoxy and C 1 -C 4 -haloalkoxy, R2 is a radical from the group of halogen, C 1 -C 6 -haloalkylthio, C 1 -C 6 -alkylsulfinyl, C 1 -C 6 -haloalkylsulfinyl, C 1 -C 6 -alkylsulfonyl and C 1 -C 6 -haloalkylsulfonyl, R3 is hydrogen, R5 is hydrogen, R6 is a radical from the group of halogen, nitro, C 1 -C 4 -alkyl, C 1 -C 4 -haloalkyl, and C 1 -C 4 -haloalkoxy, R7 is halogen, m is a number from the group 0, 1, 2, 3 and 4, wherein, for m>l, the radicals R2 may be identical or different, and n is a number from the group 0 and 1. A is a radical from the group of in which the dashed line denotes the bond to Q and wherein A also bears m substituents R2, Q is a radical from the group of wherein the nitrogen is joined to the ring A and the arrow in each case denotes the bond to D, D is the radical of formula in which the nitrogen is bonded to Q and the arrow denotes the bond to B, B is a radical from the group in which the dashed line denotes the bond to D and wherein B also bears n substituents R7, Z is oxygen, R1 is a radical from the group of halogen, C 1 -C 4 -alkyl, C 1 -C 4 -haloalkyl, C 1 -C 4 -alkoxy and C 1 -C 4 -haloalkoxy, R2 is a radical from the group of halogen, C 1 -C 6 -haloalkylthio, C 1 -C 6 -alkylsulfinyl, C 1 -C 6 -haloalkylsulfinyl, C 1 -C 6 -alkylsulfonyl and C 1 -C 6 -haloalkylsulfonyl, R3 is hydrogen, R5 is hydrogen, R6 is a radical from the group of halogen, nitro, C 1 -C 4 -alkyl, C 1 -C 4 -haloalkyl, and C 1 -C 4 -haloalkoxy, R7 is halogen, m is a number from the group 0, 1, 2, 3 and 4, wherein, for m>l, the radicals R2 may be identical or different, and n is a number from the group 0 and 1.
An innercore unit and bucket assembly alignment apparatus for aligning the innercore unit and bucket assembly (22, 30) to a precise reproducible location, comprising a support comprising a planar conveying surface for supporting and moving the innercore unit and bucket assembly from an entry point to an exit point; a longitudinal reference rail parallel to and fixedly positioned at an edge of the conveying surface; a transverse reference rail at the exit point forming a right angle with the longitudinal reference rail when in use; and a longitudinal positioning rail in movable communication with the support configured to push the innercore unit and bucket assembly against the fixedly positioned longitudinal reference rail, a transverse positioning rail in movable communication with the support configured to push the innercore unit and bucket assembly (22, 30) against the transverse reference rail, wherein the longitudinal reference rail and the transverse reference rail comprise a contact surface perpendicular to the planar conveying surface, wherein the contact surface is configured to contact the innercore unit and bucket assembly during alignment such that a corner of the innercore and bucket assembly is seated against the longitudinal and transverse reference rails (162, 164) at the precise reproducible location.
An electronic device, comprising: a housing; a rear cover connected to the housing and comprising a transparent casing and an electrochromic device stacked together, and the electrochromic device comprising a first baseplate, a first conductive layer, an electrochromic material layer, a second conductive layer, and a second baseplate stacked sequentially; and a rear camera opposite the electrochromic device, wherein the rear cover further comprises an apparent film layer, the apparent film layer is provided between the electrochromic device and the transparent casing or the electrochromic device is interposed between the apparent film layer and the transparent casing, the apparent film layer comprises a light-transmissive area and a colored area, the rear camera is opposite the light-transmissive area, and the colored area is configured to cooperate with the electrochromic device to cause the rear cover to exhibit a color-changing appearance effect, wherein the colored area of the apparent film layer comprises a third baseplate and at least one of an ink layer and an optical coating layer stacked on the third baseplate, wherein the rear cover further comprises a substrate colored layer, the substrate colored layer and the apparent film layer are provided at two opposite sides of the electrochromic device respectively, and the substrate colored layer defines a light-transmissive through hole opposite the light-transmissive area of the apparent film layer. a housing; a rear cover connected to the housing and comprising a transparent casing and an electrochromic device stacked together, and the electrochromic device comprising a first baseplate, a first conductive layer, an electrochromic material layer, a second conductive layer, and a second baseplate stacked sequentially; and a rear camera opposite the electrochromic device, wherein the rear cover further comprises an apparent film layer, the apparent film layer is provided between the electrochromic device and the transparent casing or the electrochromic device is interposed between the apparent film layer and the transparent casing, the apparent film layer comprises a light-transmissive area and a colored area, the rear camera is opposite the light-transmissive area, and the colored area is configured to cooperate with the electrochromic device to cause the rear cover to exhibit a color-changing appearance effect, wherein the colored area of the apparent film layer comprises a third baseplate and at least one of an ink layer and an optical coating layer stacked on the third baseplate, wherein the rear cover further comprises a substrate colored layer, the substrate colored layer and the apparent film layer are provided at two opposite sides of the electrochromic device respectively, and the substrate colored layer defines a light-transmissive through hole opposite the light-transmissive area of the apparent film layer.
Driving device for unlocking and locking a lock enabling access to protected areas, comprising a driving assembly comprising a source of current, an electric motor and a gear assembly terminated in a toothed wheel, and arranged in a rotary housing, wherein the lock has a body, in which a control element of the lock is seated rotatably, wherein upon mounting of the driving device to the lock the housing is seated in a bearing in the body of the lock by means of the control element to which the housing is connected in a fixed manner, and the driving device is fitted with a ring with teeth cooperating with the toothed wheel of the driving assembly, the toothed wheel seated in a bearing rotatably with respect to the housing, and the ring is arranged coaxially with the rotary housing and in a fixed manner with respect to the body of the lock, characterized in that the ring is seated in a bearing in the rotary housing.
A sheath comprising: a partially-tubular first portion comprising a first material; and a second portion comprising a second material adhered to the first portion to form a tubular body, wherein the first material is chemically incompatible with the second material such that the adhesion between the first portion and second portion is free from cross-linked bonds, and wherein the second portion is oriented as a stripe along a longitudinal axis of the tubular body and a tubular liner disposed within the tubular body of the sheath wherein the tubular liner is formed of a lubricious material that may not bond with the material of the stripe. a partially-tubular first portion comprising a first material; and a second portion comprising a second material adhered to the first portion to form a tubular body, wherein the first material is chemically incompatible with the second material such that the adhesion between the first portion and second portion is free from cross-linked bonds, and wherein the second portion is oriented as a stripe along a longitudinal axis of the tubular body and a tubular liner disposed within the tubular body of the sheath wherein the tubular liner is formed of a lubricious material that may not bond with the material of the stripe.
A vehicle seat comprising: a frame member (20, 22) of the seat; a cushion material covering the frame member (20, 22); a soft member (25, 30, 32, 33, 40, 47, 48) that is softer than the cushion material and includes a urethane pad (32, 33); and a weight located in the soft member (25, 30, 32, 33, 40, 47, 48), characterized in that the soft member (25, 30, 32, 33, 40, 47, 48) is directly secured to the frame member (20, 22) by securing pins. a frame member (20, 22) of the seat; a cushion material covering the frame member (20, 22); a soft member (25, 30, 32, 33, 40, 47, 48) that is softer than the cushion material and includes a urethane pad (32, 33); and a weight located in the soft member (25, 30, 32, 33, 40, 47, 48),
An imager device including at least: - one imager integrated circuit comprising a matrix of pixels for receiving light rays from a scene, - several first (116a, 404a), second (116b, 404b) and third (116c, 404c) focusing means provided side by side on the matrix of pixels, between the matrix of pixels and an inlet face for the light rays in the imager device, such that each of said focusing means (116, 404) is provided facing a group of at least four said pixels associated with said focusing means (116, 404) and forming a 2x2 matrix, and is capable of focusing part of the light rays to said group of associated pixels, characterized in that the focusing performed by the first, second and third focusing means (116, 404) being different from one another and equivalent to an arrangement of group of associated pixels at three distances which are different towards the inlet face for the light rays in the imager device, - fourth means (113, 114, 202, 204, 406, 504, 608) capable of passing, with respect to each group of pixels, the light rays directed towards said group of pixels and passing through the focusing means (116, 404) associated with said group of pixels, and capable of blocking the light rays directed towards said group of pixels and passing through the other focusing means (116, 404). - one imager integrated circuit comprising a matrix of pixels for receiving light rays from a scene, - several first (116a, 404a), second (116b, 404b) and third (116c, 404c) focusing means provided side by side on the matrix of pixels, between the matrix of pixels and an inlet face for the light rays in the imager device, such that each of said focusing means (116, 404) is provided facing a group of at least four said pixels associated with said focusing means (116, 404) and forming a 2x2 matrix, and is capable of focusing part of the light rays to said group of associated pixels, characterized in that the focusing performed by the first, second and third focusing means (116, 404) being different from one another and equivalent to an arrangement of group of associated pixels at three distances which are different towards the inlet face for the light rays in the imager device, - fourth means (113, 114, 202, 204, 406, 504, 608) capable of passing, with respect to each group of pixels, the light rays directed towards said group of pixels and passing through the focusing means (116, 404) associated with said group of pixels, and capable of blocking the light rays directed towards said group of pixels and passing through the other focusing means (116, 404).
A method for managing a set of managed forwarding elements that forward data between machines, the method comprising: configuring first, second, and third managed forwarding elements (135, 155, 160) to operate in first, second, and third networks (105, 110, 115), respectively, the first network using first and second address spaces that at least partially overlap with each other, the second network using the first address space and being associated with a first identifier, the third network using the second address space and being associated with a second identifier; and directing the first managed forwarding element to (i) forward data from a first machine in the first network to a machine in the second network via the second managed forwarding element by using the first identifier and (ii) forward data from a second machine in the first network to a machine in the third network via the third managed forwarding element by using the second identifier. configuring first, second, and third managed forwarding elements (135, 155, 160) to operate in first, second, and third networks (105, 110, 115), respectively, the first network using first and second address spaces that at least partially overlap with each other, the second network using the first address space and being associated with a first identifier, the third network using the second address space and being associated with a second identifier; and directing the first managed forwarding element to (i) forward data from a first machine in the first network to a machine in the second network via the second managed forwarding element by using the first identifier and (ii) forward data from a second machine in the first network to a machine in the third network via the third managed forwarding element by using the second identifier.
Household appliance, in particular floor treatment appliance, having an appliance housing, a fan arranged in the appliance housing, an outlet opening formed in the appliance housing behind the fan in the direction of flow, a flow channel which connects the outlet opening to the fan in a flow-guiding manner, and a sound attenuation device associated with the flow channel for attenuating sound generated by operation of the household appliance, characterized in that the sound attenuation device comprises a plurality of sound-absorbing wall elements (7, 8, 9) and a carrier body reversibly receiving the wall elements (7, 8, 9), a flow path being formed within the carrier body between opposing wall elements (7, 8, 9).
Laser protection module for protecting an object from irradiation with laser light, in particular with laser light of a high-energy laser, consisting of a hollow body which can be connected to the object to be protected, characterized in that the cavity of the hollow body is filled with a material forming vapour or smoke on irradiation with laser light and the inside of the rear wall, oriented towards the object to be protected, of the hollow body has a highly dispersive or reflective surface.
A printing machine, wherein the printing machine has at least one first printing unit and at least one first dryer, said at least one first printing unit having at least one ink jet printing head, at least one first central cylinder and an inherent first drive motor associated with at least one first central cylinder and said at least one first dryer being formed as a radiation dryer and wherein at least one first cooling device is positioned along a transport path of a printing material through the printing machine after at least one dryer, characterized in that said at least one first dryer has at least one ventilation device, which has at least one air inflow line and at least one air outflow line and that the transport path of the printing material extends through an operation area of said at least one first dryer to at least 75% in at least one direction with a larger vertical component than a possibly existing horizontal one and that a straight line of an axis of rotation of at least one first central cylinder of at least one first printing unit connecting with an axis of rotation of at least one second central cylinder of at least one second printing unit cuts at least one dryer unit which has said at least one first dryer.