mhurhangee/ep-ind-claims huggingface dataset:
An exhaust gas treating apparatus for treating an exhaust gas, comprising: a reaction tower into which the exhaust gas is introduced; a trunk tube provided within the reaction tower, extending in a height direction of the reaction tower, and into which a liquid used to treat the exhaust gas is supplied; an exhaust gas inlet tube connected to the reaction tower to cause the exhaust gas to swirl within the reaction tower; a plurality of ejectors configured to eject the liquid supplied thereinto from the trunk tube in a direction in which the exhaust gas swirls; a liquid inlet tube configured to supply the liquid into the trunk tube; characterized by a volumetric flow rate regulating unit configured to change a sum of opening areas of the ejectors used to eject the liquid according to a change in a volumetric flow rate of the liquid supplied into the liquid inlet tube to regulate a pressure at which the liquid is ejected to fall within a predetermined range, wherein the sum of the opening areas of the ejectors used to eject the liquid is reduced according to a reduction in a volumetric flow rate of liquid supplied into the liquid inlet tube, wherein the volumetric flow rate of the liquid supplied into the liquid inlet tube changes according to a mass flow rate of the exhaust gas. a reaction tower into which the exhaust gas is introduced; a trunk tube provided within the reaction tower, extending in a height direction of the reaction tower, and into which a liquid used to treat the exhaust gas is supplied; an exhaust gas inlet tube connected to the reaction tower to cause the exhaust gas to swirl within the reaction tower; a plurality of ejectors configured to eject the liquid supplied thereinto from the trunk tube in a direction in which the exhaust gas swirls; a liquid inlet tube configured to supply the liquid into the trunk tube; characterized by a volumetric flow rate regulating unit configured to change a sum of opening areas of the ejectors used to eject the liquid according to a change in a volumetric flow rate of the liquid supplied into the liquid inlet tube to regulate a pressure at which the liquid is ejected to fall within a predetermined range, wherein the sum of the opening areas of the ejectors used to eject the liquid is reduced according to a reduction in a volumetric flow rate of liquid supplied into the liquid inlet tube, wherein the volumetric flow rate of the liquid supplied into the liquid inlet tube changes according to a mass flow rate of the exhaust gas.
A display system comprising a display device, an external terminal device, and an attachment for attaching the external terminal device to the display device, wherein the display device includes: a display panel; and a back cover which covers the back surface of the display panel and which includes a connector to which the attachment is inserted substantially parallel to a display screen of the display panel, and the attachment has a U-shape and includes: a first interface to be connected to the connector; a second interface to be connected to the external terminal device; and a bridge portion which electrically connects the first and second interfaces (301, 302) together and which regulates the positions of the first and second interfaces (301, 302) so that when the external terminal device is attached to the display device via the attachment, the external terminal device is located on a different plane from the back cover, wherein the back cover includes a level difference portion which has a surface that intersects with the display screen of the display panel at substantially right angles, and the connector is arranged on that surface. a display panel; and a back cover which covers the back surface of the display panel and which includes a connector to which the attachment is inserted substantially parallel to a display screen of the display panel, and a first interface to be connected to the connector; a second interface to be connected to the external terminal device; and a bridge portion which electrically connects the first and second interfaces (301, 302) together and which regulates the positions of the first and second interfaces (301, 302) so that when the external terminal device is attached to the display device via the attachment, the external terminal device is located on a different plane from the back cover,
A method of evaluating the driving of a vehicle performing a journey on a road network (110,120,130), comprising: determining at least one constant speed zone of the road network, a constant speed zone being a portion of the road network at which the vehicle can travel at a constant speed, said determination being based upon: expected speeds of travel along the road network determined from positional data relating to the movements of a plurality of vehicles over time along the road network, and a determination that the positional data indicates at least one of the plurality of vehicles as having traversed the portion of the road network at a substantially constant speed; determining a speed of the vehicle traversing the road network at a plurality of times during the journey; and determining a value indicative of a consistency of the speed of the vehicle within the at least one constant speed zone. expected speeds of travel along the road network determined from positional data relating to the movements of a plurality of vehicles over time along the road network, and a determination that the positional data indicates at least one of the plurality of vehicles as having traversed the portion of the road network at a substantially constant speed; determining a speed of the vehicle traversing the road network at a plurality of times during the journey; and determining a value indicative of a consistency of the speed of the vehicle within the at least one constant speed zone.
Elevator and access system of an environment comprising at least one elevator group with at least one elevator car movable along a vertical pathway and an elevator control being connected with an access control of the environment, which elevator and access system further comprises - at least one access door to the environment, which access door has a door lock controlled by the access control, whereby in connection with the access door a first access I/O device controlling the door lock is located, which device is configured to communicate with the access control, and - at least one access controlled delivery locker (24 to 28), having a locker hatch with a hatch lock, whereby in connection with the locker hatch a second access I/O device controlling the hatch lock is located, which device is configured to communicate with the access control, whereby the elevator control and the access control are connected with a public communication network, via which the access control is configured to communicate with at least one first mobile phone holding access rights in the environment, whereby the at least one first mobile phone is configured to communicate with the access control either to unlock the door lock and/or the hatch lock or to forward access data for the first and/or second access I/O devices (30, 31) to a delivery communication device (40, 44) for unlocking the door lock and/or the hatch lock. further comprises - at least one access door to the environment, which access door has a door lock controlled by the access control, whereby in connection with the access door a first access I/O device controlling the door lock is located, which device is configured to communicate with the access control, and - at least one access controlled delivery locker (24 to 28), having a locker hatch with a hatch lock, whereby in connection with the locker hatch a second access I/O device controlling the hatch lock is located, which device is configured to communicate with the access control, - at least one access door to the environment, which access door has a door lock controlled by the access control, whereby in connection with the access door a first access I/O device controlling the door lock is located, which device is configured to communicate with the access control, and - at least one access controlled delivery locker (24 to 28), having a locker hatch with a hatch lock, whereby in connection with the locker hatch a second access I/O device controlling the hatch lock is located, which device is configured to communicate with the access control, whereby the elevator control and the access control are connected with a public communication network, via which the access control is configured to communicate with at least one first mobile phone holding access rights in the environment, whereby the at least one first mobile phone is configured to communicate with the access control either to unlock the door lock and/or the hatch lock or to forward access data for the first and/or second access I/O devices (30, 31) to a delivery communication device (40, 44) for unlocking the door lock and/or the hatch lock.
Air guide (10, 100) intended to be incorporated in the front of a vehicle between a functional front end linked to a cross-member by components that can be compressed longitudinally and a front end of said vehicle provided with at least one ventilation opening, the air guide (10, 100) exhibiting a front face (10a, 100a) and a rear face (10b, 100b), characterized in that the air guide (10, 100) is produced from a single piece in a polymer material chosen from among expanded polymer materials and in that it comprises: - at least one guiding channel (11, 12, 101-104) between its front and rear faces, intended to conduct the air from a ventilation opening in the front end to the functional front end, - a receiving zone (16, 116) of the cross-member - a fixing zone (17, 117) for fixing to the functional front end of the vehicle situated on its rear face (10b, 100b). - at least one guiding channel (11, 12, 101-104) between its front and rear faces, intended to conduct the air from a ventilation opening in the front end to the functional front end, - a receiving zone (16, 116) of the cross-member - a fixing zone (17, 117) for fixing to the functional front end of the vehicle situated on its rear face (10b, 100b).
A multi-channel flat tube for a heat exchanger, in particular for a motor vehicle, having a first longitudinal wall, a second longitudinal wall, which lies substantially parallel to the first longitudinal wall, at least one curved end section, wherein a projecting part is configured on at least one longitudinal wall (14, 15) from the material of the longitudinal wall on the inside facing a fluid flow in the interior of the flat tube, wherein the longitudinal wall is essentially level on its outside facing away from the fluid in the area of the projecting part and has a depression, wherein the wall thickness is t, R F is a lower radius of curvature of the projecting part on the base thereof, X is the width of the projecting part on the tip thereof, Y is the width of the projecting part on the base thereof and r D is the radius of curvature of the depression, and with H F as the height of the projecting part, characterised in that the following applies: 0 < r F < t, R F < 2t, 1.5t < X < 2t, 2t < Y < 2,5t, r D < t, and t < H F < 10t, wherein r F is an upper radius of curvature of the projecting part at the tip thereof. 0 < r F < t, R F < 2t, 1.5t < X < 2t, 2t < Y < 2,5t, r D < t, and t < H F < 10t,
A welding tool comprising a main body; a handle attached to said main body and configured to be held by a welder; and an electrode; characterized by an adjusting device attached to said main body and associated with said electrode for moving said electrode forward/backward with respect to said main body; and a control unit connected to said adjusting device and configured to act on said adjusting device for maintaining a substantially constant distance between said electrode and a weld area; wherein said electrode is consumable for performing a SMAW or a MIG weld, the welding tool also comprising a voltage sensor configured to detect a welding voltage (Vw) between said electrode and said weld area and to emit a voltage signal (Vs) representing a value of said welding voltage (Vw), said voltage sensor being connected to said control unit, wherein said control unit comprises a data acquisition module configured to acquire said voltage signal (Vw), a processing module configured to output an actuation signal (Sa) function of at least said voltage signal (Vs), an actuation module connected to said adjusting device and configured to operate said adjusting device as directed by said actuation signal (Sa).
A method for transmitting downlink data, comprising: determining, by a packet data network gateway control plane + session management function, PGW-C+SMF, entity, that a User Equipment, UE, moves from a first network to a second network after receiving a request message for updating session management context of the UE; notifying, by the PGW-C+SMF entity, a packet data network gateway user plane + user plane function, PGW-U+UPF, entity to delete a user plane connection of the UE in the first network and create a user plane connection of the UE in the second network, so that the PGW-U+UPF entity transmits downlink data of the UE through the user plane connection created in the second network; wherein the first network is an Evolved Packet System, EPS, network and the second network is a 5G network. determining, by a packet data network gateway control plane + session management function, PGW-C+SMF, entity, that a User Equipment, UE, moves from a first network to a second network after receiving a request message for updating session management context of the UE; notifying, by the PGW-C+SMF entity, a packet data network gateway user plane + user plane function, PGW-U+UPF, entity to delete a user plane connection of the UE in the first network and create a user plane connection of the UE in the second network, so that the PGW-U+UPF entity transmits downlink data of the UE through the user plane connection created in the second network; wherein the first network is an Evolved Packet System, EPS, network and the second network is a 5G network.
A hydroxy acid ester compound of substituted phenol represented by the following structure formula: wherein Y is an unsubstituted C 1-4 straight carbon chain.
A method implemented by one or more processors, the method comprising: acquiring one or more digital images that depict a subject in an area; detecting, as one or more detected face images, one or more portions of the one or more digital images that depict a face of the subject; comparing features of each of the one or more detected face images with features of each of a set of subject reference templates, the set of subject reference templates being associated with a given subject in a subject reference database, wherein the subject reference database stores subject reference templates related to a plurality of subjects; based on the comparing, selecting a subject reference template from the set of subject reference templates associated with the given subject; determining similarity measures between a given detected face image of the one or more detected face images and the selected subject reference template; and determining an identity of the subject based on the similarity measures, wherein the similarity measures include: a first similarity measure that is calculated based on a version of the given detected face image that is geometrically aligned with the selected subject reference template; and a second similarity measure that is calculated based directly on the given detected face image; wherein the identity of the subject is determined based on the greater of the first and second similarity measures. acquiring one or more digital images that depict a subject in an area; detecting, as one or more detected face images, one or more portions of the one or more digital images that depict a face of the subject; comparing features of each of the one or more detected face images with features of each of a set of subject reference templates, the set of subject reference templates being associated with a given subject in a subject reference database, wherein the subject reference database stores subject reference templates related to a plurality of subjects; based on the comparing, selecting a subject reference template from the set of subject reference templates associated with the given subject; determining similarity measures between a given detected face image of the one or more detected face images and the selected subject reference template; and determining an identity of the subject based on the similarity measures, wherein the similarity measures include: a first similarity measure that is calculated based on a version of the given detected face image that is geometrically aligned with the selected subject reference template; and a second similarity measure that is calculated based directly on the given detected face image; wherein the identity of the subject is determined based on the greater of the first and second similarity measures. a first similarity measure that is calculated based on a version of the given detected face image that is geometrically aligned with the selected subject reference template; and a second similarity measure that is calculated based directly on the given detected face image; wherein the identity of the subject is determined based on the greater of the first and second similarity measures.
A plasma-based optical emission gas detector, comprising: a plasma chamber traversed by a gas flow path allowing a flow of a gas sample through the plasma chamber; a plasma-generating mechanism configured to apply a plasma-generating field across the plasma chamber intersecting the gas flow path so as to generate a plasma from said gas sample; at least one window (24a - 24d) allowing optical emissions from said plasma to exit the plasma chamber therethrough; and a plasma-localizing mechanism configured to apply a plasma-localizing field across the plasma chamber and positioned such that the plasma-localizing field localizes the plasma within the plasma chamber in alignment with the at least one optical window (24a - 24d). a plasma chamber traversed by a gas flow path allowing a flow of a gas sample through the plasma chamber; a plasma-generating mechanism configured to apply a plasma-generating field across the plasma chamber intersecting the gas flow path so as to generate a plasma from said gas sample; at least one window (24a - 24d) allowing optical emissions from said plasma to exit the plasma chamber therethrough; and a plasma-localizing mechanism configured to apply a plasma-localizing field across the plasma chamber and positioned such that the plasma-localizing field localizes the plasma within the plasma chamber in alignment with the at least one optical window (24a - 24d).
A coating material comprising 10 to 30 % by weight of polyols, 2 to 15% by weight of etherified melamine-formaldehyde resins, 0.1 to 10% by weight of acid catalysts and sufficient amounts of flame retardants or flame retardants and fillers or flame retardants and pigments or flame retardants, fillers and pigments to achieve a degree of filling in the range from 60 to 80% by weight, based on the total weight of the coating material to be achieved, the flame retardants being selected from the group comprising inorganic flame retardants, flame retardants containing halogen, nitrogen and boron, intumescent flame retardants or mixtures thereof. 10 to 30 % by weight of polyols, 2 to 15% by weight of etherified melamine-formaldehyde resins, 0.1 to 10% by weight of acid catalysts and
A spindle for supporting a roll of sheet material thereon, said spindle having a longitudinal extension and direction and comprising a body and at least three elongated spring elements extending along said longitudinal direction, said body having a centre section adapted to hold said roll of sheet material, and each said elongated spring element having a first end and a second end, wherein said spindle is adapted to hold a roll of wiping material and to be rotated about an essentially horizontal axis and said at least three elongated spring elements are arranged for stabilizing said roll of wiping material on said centre section, said first and said second end (14,16) of each elongated spring elements are provided with resilient members adapted to fit openings provided in said body characterised in that said first end and said second end of each of said spring elements are fixedly attached to said body such that said spring elements are fixedly positioned in said longitudinal direction on said body and in that said resilient members are provided with retaining portions adapted to engage with edge portions of the openings provided in the body such that said at least three elongated spring elements are adapted to be snap-fitted to said body.
A server tray assembly, comprising: a server tray support configured to receive a server board that comprises a working fluid conduit fluidly coupled to a server board connector disposed on a back plane of the server board, a back wall of the server tray support comprising a fluid connector configured to form an unbiased fluid connection with the server board connector; and a locking assembly secured to at least one of a server rack or the server tray support, the locking assembly disposed opposite the fluid connector and configured to engage a portion of the server board to bias the server board toward the fluid connector to fluidly seal the unbiased fluid connection between the server board connector and the fluid connector of the server tray support. a server tray support configured to receive a server board that comprises a working fluid conduit fluidly coupled to a server board connector disposed on a back plane of the server board, a back wall of the server tray support comprising a fluid connector configured to form an unbiased fluid connection with the server board connector; and a locking assembly secured to at least one of a server rack or the server tray support, the locking assembly disposed opposite the fluid connector and configured to engage a portion of the server board to bias the server board toward the fluid connector to fluidly seal the unbiased fluid connection between the server board connector and the fluid connector of the server tray support.
An antenna integrated printed wiring board, AiPWB, the AiPWB comprising: a printed wiring board, PWB, having a bottom surface, wherein the PWB includes a ledge (438, 440, 516) at the bottom surface; a first radiating element (402, 404, 406, 408, 410, 412, 414, 416, 418, 420, 422, 424, 426, 428, 430, 432) having a first radiator (486, 504) and a first probe in signal communication with the first radiator (486, 504), wherein the first radiating element is integrated into the PWB; and a first split-via (446, 447, 448, 449, 450, 451, 452, 453, 454, 455, 456, 457, 458, 459, 460, 461) in signal communication with the first probe, wherein a first portion of the first split-via is integrated into the PWB at the bottom surface and wherein a second portion of the first split-via is integrated into the ledge. a printed wiring board, PWB, having a bottom surface, wherein the PWB includes a ledge (438, 440, 516) at the bottom surface; a first radiating element (402, 404, 406, 408, 410, 412, 414, 416, 418, 420, 422, 424, 426, 428, 430, 432) having a first radiator (486, 504) and a first probe in signal communication with the first radiator (486, 504), wherein the first radiating element is integrated into the PWB; and a first radiator (486, 504) and a first probe in signal communication with the first radiator (486, 504), wherein the first radiating element is integrated into the PWB; and a first split-via (446, 447, 448, 449, 450, 451, 452, 453, 454, 455, 456, 457, 458, 459, 460, 461) in signal communication with the first probe, wherein a first portion of the first split-via is integrated into the PWB at the bottom surface and wherein a second portion of the first split-via is integrated into the ledge.