mhurhangee/ep-ind-claims huggingface dataset:
A flow-through heat sink system comprising: an enclosure (150;250) defining an internal cavity; a conductive matrix disposed within the internal cavity; a phase change material at least partially collocated with the conductive matrix within the internal cavity; and a flow-through channel disposed within the internal cavity in thermal contact with at least one of the conductive matrix or the phase change material; characterised in that the sink further comprises a port configured to pass through an external surface of the enclosure (150;250) to the internal cavity; in that the enclosure (150;250) is at least partially formed around the conductive matrix via an additive manufacturing process; and wherein the phase change material is added to the internal cavity via the port. an enclosure (150;250) defining an internal cavity; a conductive matrix disposed within the internal cavity; a phase change material at least partially collocated with the conductive matrix within the internal cavity; and a flow-through channel disposed within the internal cavity in thermal contact with at least one of the conductive matrix or the phase change material; characterised in that the sink further comprises a port configured to pass through an external surface of the enclosure (150;250) to the internal cavity; in that the enclosure (150;250) is at least partially formed around the conductive matrix via an additive manufacturing process; and wherein the phase change material is added to the internal cavity via the port.
An information processing apparatus having a communication function, the information processing apparatus comprising: a detection unit for monitoring a change of impedance of an antenna connected to the information processing apparatus to detect an electronic device actively placed in close proximity to the information processing apparatus, thereby initiating communication with the electronic device; a request unit for requesting that the electronic device sends, via an RF communication link, identification information to the information processing apparatus when the detection unit detects that the electronic device is closely positioned; an acquisition unit for acquiring identification information from the electronic device via the RF communication link; an establishing unit for establishing a communication link with the electronic device at long distance by using the identification information; and a communication unit for communicating with the electronic device via the communication link. a detection unit for monitoring a change of impedance of an antenna connected to the information processing apparatus to detect an electronic device actively placed in close proximity to the information processing apparatus, thereby initiating communication with the electronic device; a request unit for requesting that the electronic device sends, via an RF communication link, identification information to the information processing apparatus when the detection unit detects that the electronic device is closely positioned; an acquisition unit for acquiring identification information from the electronic device via the RF communication link; an establishing unit for establishing a communication link with the electronic device at long distance by using the identification information; and a communication unit for communicating with the electronic device via the communication link.
Two-stage exhaust apparatus for a reciprocating internal combustion engine having one or more cylinders (30, 50, 71, 114) each with at least one piston (32, 42, 74L, 74R) and at least one exhaust port (62, 96), the apparatus including a first-stage jet port (38, 60, 80) in each cylinder (30, 50, 71, 114), the jet port (38, 60, 80) configured to open to release high-pressure exhaust gas to a high-pressure turbine prior to exhaust-port opening; wherein the high-pressure turbine includes: a case including (a) a cylindrical inner surface, (b) a turbine-inlet conduit formed by the jet port (38, 60, 80); and a cylindrical rotor having two side walls on opposite sides of the rotor, a peripheral surface rotationally-engaged with the inner surface, and a plurality of chambers in the rotor, the peripheral surface and the chambers defining a plurality of circumferentially-spaced chamber openings and between-chamber lands on the peripheral surface, each chamber having a closed bottom, characterized in that the turbine-inlet conduit is aligned substantially tangential to and is terminating at the inner surface; the high-pressure turbine further includes (c) a turbine-exhaust outlet diverging in cross-section from the inner surface; the side walls and peripheral surface form the plurality of angled chambers in the rotor; each land is configured to close the turbine-exhaust outlet; and each chamber has progressively smaller cross-sectional dimensions toward the chamber opening such that each chamber and the turbine-exhaust outlet, when in communication, form a converging-diverging nozzle. a case including (a) a cylindrical inner surface, (b) a turbine-inlet conduit formed by the jet port (38, 60, 80); and a cylindrical rotor having two side walls on opposite sides of the rotor, a peripheral surface rotationally-engaged with the inner surface, and a plurality of chambers in the rotor, the peripheral surface and the chambers defining a plurality of circumferentially-spaced chamber openings and between-chamber lands on the peripheral surface, each chamber having a closed bottom, characterized in that the turbine-inlet conduit is aligned substantially tangential to and is terminating at the inner surface; the high-pressure turbine further includes (c) a turbine-exhaust outlet diverging in cross-section from the inner surface; the side walls and peripheral surface form the plurality of angled chambers in the rotor; each land is configured to close the turbine-exhaust outlet; and each chamber has progressively smaller cross-sectional dimensions toward the chamber opening such that each chamber and the turbine-exhaust outlet, when in communication, form a converging-diverging nozzle.
Vehicle axle for a motor vehicle, preferably a commercial vehicle, comprising: an axle body with a longitudinal axis; a first arm, which is connected to the axle body and which extends away from the axle body angled, preferably transversely, to the longitudinal axis of the axle body; a second arm, which is connected to the axle body and which extends away from the axle body angled, preferably transversely, to the longitudinal axis of the axle body; a first, preferably electric, drive unit, which is endsidely mounted at the first arm; and a second, preferably electric, drive unit, which is endsidely mounted at the second arm, wherein the first drive unit and the second drive unit are arranged overlapping with respect to the longitudinal axis of the axle body and at least approximately axially parallel to each other and to the longitudinal axis of the axle body; wherein the axle body comprises a central portion to which the first arm and the second arm are connected; and characterised in that the axle body further comprises: a first hollow profile body and a second hollow profile body connected at opposite sides to the central portion and each configured for connection to a suspension, preferably a leaf spring suspension or an air bellow suspension, and/or each comprising a brake flange. an axle body with a longitudinal axis; a first arm, which is connected to the axle body and which extends away from the axle body angled, preferably transversely, to the longitudinal axis of the axle body; a second arm, which is connected to the axle body and which extends away from the axle body angled, preferably transversely, to the longitudinal axis of the axle body; a first, preferably electric, drive unit, which is endsidely mounted at the first arm; and a second, preferably electric, drive unit, which is endsidely mounted at the second arm, wherein the first drive unit and the second drive unit are arranged overlapping with respect to the longitudinal axis of the axle body and at least approximately axially parallel to each other and to the longitudinal axis of the axle body; wherein the axle body comprises a central portion to which the first arm and the second arm are connected; and characterised in that the axle body further comprises: a first hollow profile body and a second hollow profile body connected at opposite sides to the central portion and each configured for connection to a suspension, preferably a leaf spring suspension or an air bellow suspension, and/or each comprising a brake flange.
A method comprising: generating an optical simulation output that simulates light scattering effects for a simulated wavefront based on a depth map that corresponds to an optical image, wherein generating the optical simulation output comprises: generating a three-dimensional data structure based on the depth map; and convolving the three-dimensional data structure with a convolutional operator to generate a filtered three-dimensional data structure; and producing a light-in-flight image by adjusting brightnesses of a subset of pixels of the optical image based on the optical simulation output and based on a location of the simulated wavefront at a time corresponding to a defined timestamp. generating an optical simulation output that simulates light scattering effects for a simulated wavefront based on a depth map that corresponds to an optical image, wherein generating the optical simulation output comprises: generating a three-dimensional data structure based on the depth map; and convolving the three-dimensional data structure with a convolutional operator to generate a filtered three-dimensional data structure; and generating a three-dimensional data structure based on the depth map; and convolving the three-dimensional data structure with a convolutional operator to generate a filtered three-dimensional data structure; and producing a light-in-flight image by adjusting brightnesses of a subset of pixels of the optical image based on the optical simulation output and based on a location of the simulated wavefront at a time corresponding to a defined timestamp.
Stably transfected immortalised chicken embryo fibroblast, characterized in that said immortalised CEF expresses an SV40 T antigen, expresses chicken telomerase (cTERT) under the control of a heterologous promoter and does not comprise exogenous retroviral Long Terminal Repeat DNA.
Train or vehicle simulator including a visual presentation system including a replica environment that replicates a driver's cabin and that includes a fixed viewing region corresponding to a view observed by an operator of the train or vehicle - simulator, the visual presentation system including: - head position determining means for determining the head position of the operator within the replica environment; - data processor means for modifying a viewing volume of the 3D world based on the head position of the operator while keeping constant an image plane of the viewing volume that corresponds to the fixed viewing region and for generating the 2D representation based on the modified viewing volume; and - display means for displaying the 2D representation on the image plane, - wherein the fixed viewing region corresponds to a front window of the replica environment, and/or wherein the fixed viewing region corresponds to a mirror of the replica environment, namely a side mirror located externally to the replica environment or a rear mirror located inside the replica environment, wherein - the simulator involving a motion platform, and if the display means is static with respect to the motion platform, the displayed 2D representation of the 3D world is adapted to move with sustained acceleration simulation movements of the motion platform and to remain static with suspension movements, if the display means is mounted with the replica environment on the motion platform, the displayed 2D representation of the 3D world is adapted to remain static with sustained acceleration simulation movements of the motion platform and to move with suspension movements, and for both cases the data processor means is adapted to compensate for the respective motion of the motion platform by determining a revised camera position and orientation within the 3D world. - head position determining means for determining the head position of the operator within the replica environment; - data processor means for modifying a viewing volume of the 3D world based on the head position of the operator while keeping constant an image plane of the viewing volume that corresponds to the fixed viewing region and for generating the 2D representation based on the modified viewing volume; and - display means for displaying the 2D representation on the image plane, - wherein the fixed viewing region corresponds to a front window of the replica environment, and/or wherein the fixed viewing region corresponds to a mirror of the replica environment, namely a side mirror located externally to the replica environment or a rear mirror located inside the replica environment, wherein - the simulator involving a motion platform, and
A clothes dryer, comprising an inner tub (2, 200) for accommodating clothes and an outer tub (3, 300) arranged around the inner tub, an inner tub wall having first holes in dense distribution to be in spatial communication with the outer tub, a cooling water supply device (8, 801) being connected with an outer tub wall (31, 320) to supply cooling water required for a drying process to an inner surface (30, 3002) of the outer tub wall, and characterised in that the cooling water supply device comprises a water outlet region (810, 8100), wherein the inner surface of the outer tub wall has a hydrophilically treated first region (301, 303) below the water outlet region, and the rest of the inner surface of the outer tub wall is a hydrophobic second region (302, 304).
A composition which comprises: a) a MT resin having a molecular weight higher than 10,000 and containing one or more M units of the formula R 1 3 SiO 1⁄3. and T units of the formula R 3 SiO 3/2 wherein the ratio of M to T units ranges from 1:1 to 1:7, and the softening point of the MT resin ranges from 50° to 110° C wherein each R 1 and R 3 is independently a hydroxyl radical or monovalent hydrocarbon radical; and, b) silicone gum, wherein the mixture of MT resin (a) and silicone gum (b) is non-crosslinked and has a softening point greater than 50°C and an elastic modulus at ambient temperature of less than 10 6 Pa. a) a MT resin having a molecular weight higher than 10,000 and containing one or more M units of the formula R 1 3 SiO 1⁄3. and T units of the formula R 3 SiO 3/2 wherein the ratio of M to T units ranges from 1:1 to 1:7, and the softening point of the MT resin ranges from 50° to 110° C wherein each R 1 and R 3 is independently a hydroxyl radical or monovalent hydrocarbon radical; and, b) silicone gum,
Method for cleaning a ventilation installation comprising: - extraction means for extracting air from a first room containing used air loaded with fats, - insufflation means for blowing air into a second room, - a heat recovery unit provided with a double-flow heat exchanger into which there pass a first airflow (F 1, F 1 ') extracted from the first room and a second airflow (F 2, F 2 ') blown into the second room, said first and second airflows being isolated from one another, - cleaning means which are provided with at least one atomiser for cleaning product and are placed in the first airflow (F 1, F 1 ') upstream of the heat exchanger in the direction of flow of the first airflow (F 1, F 1 '), the method comprising at least one step (E4, E8, E11) of atomising the cleaning product, characterised in that it comprises a step (E3, E7, E10) which precedes the atomising step (E4, E8, E11) and consists in detecting whether the first airflow (F 1, F 1 ') is flowing in the exchanger, and in that the atomising step (E4, E8, E11) is carried out only if the flow of the first airflow is detected in the preceding step. - extraction means for extracting air from a first room containing used air loaded with fats, - insufflation means for blowing air into a second room, - a heat recovery unit provided with a double-flow heat exchanger into which there pass a first airflow (F 1, F 1 ') extracted from the first room and a second airflow (F 2, F 2 ') blown into the second room, said first and second airflows being isolated from one another, - cleaning means which are provided with at least one atomiser for cleaning product and are placed in the first airflow (F 1, F 1 ') upstream of the heat exchanger in the direction of flow of the first airflow (F 1, F 1 '),
An integrated circuit comprising a nonvolatile memory cell, the nonvolatile memory cell comprising: a first electrode, a second electrode, and an ion conductive material between the first and second electrodes; at least one of the first and second electrodes having an electrochemically active surface directly against the ion conductive material; the second electrode being elevationally outward of the first electrode; and the first electrode extending laterally in a first direction, the ion conductive material extending laterally in a second direction different from and intersecting the first direction, the first electrode being directly against the ion conductive material only where the first and second directions intersect; and the first electrode is a first platelike electrode, the second electrode is a second platelike electrode, and the ion conductive material is a platelike ion conductive material; each of the first platelike electrode, the second platelike electrode, and the platelike ion conductive material being oriented perpendicularly relative each other; the second platelike electrode comprising an electrochemically active surface directly against the platelike ion conductive material, the second platelike electrode further comprising an electrochemically inactive surface directly against the ion conductive material. a first electrode, a second electrode, and an ion conductive material between the first and second electrodes; at least one of the first and second electrodes having an electrochemically active surface directly against the ion conductive material; the second electrode being elevationally outward of the first electrode; and the first electrode extending laterally in a first direction, the ion conductive material extending laterally in a second direction different from and intersecting the first direction, the first electrode being directly against the ion conductive material only where the first and second directions intersect; and the first electrode is a first platelike electrode, the second electrode is a second platelike electrode, and the ion conductive material is a platelike ion conductive material; each of the first platelike electrode, the second platelike electrode, and the platelike ion conductive material being oriented perpendicularly relative each other; the second platelike electrode comprising an electrochemically active surface directly against the platelike ion conductive material, the second platelike electrode further comprising an electrochemically inactive surface directly against the ion conductive material.
A recombinator comprising a recombination device for the catalytic recombination of hydrogen and oxygen generated in accumulators, to form water, wherein the recombinator comprises a container, and comprising a shielding element arranged above the recombination device, and an overpressure channel, characterized in that a frit is placed in the overpressure channel.
A piston arrangement comprising: (a) a piston body (430,530) having a cylindrical surface; (b) a circumferential piston groove (490A,590A) in said piston body (430,530) for accommodating a seal (460A,560A) that seals between said piston body and a cylinder (420,520) in which said piston body is reciprocable; characterised in that it further comprises (c) a first fluid flow passage defined by an orifice (445A,545A) provided in said piston body (430,530) that connects a forward side of said cylindrical surface of said piston body with a space (482A,582A) within said piston groove (490A,590A) defined in part by a bottom surface of said piston groove (490A,590A) and by said seal (460A,560A) when said seal (460A,560A) is placed in said piston groove (490A,590A); and (d) a second fluid flow passage defined at least in part by said piston body (430,530) that connects a rearward side of said cylindrical surface of said piston body with said space (482A,582A); wherein said first and second fluid flow passages are sized to allow a predetermined amount of fluid flow such that a fluid pressure drop is achieved across the seal (460,560) during operation. (a) a piston body (430,530) having a cylindrical surface; (b) a circumferential piston groove (490A,590A) in said piston body (430,530) for accommodating a seal (460A,560A) that seals between said piston body and a cylinder (420,520) in which said piston body is reciprocable; characterised in that it further comprises (c) a first fluid flow passage defined by an orifice (445A,545A) provided in said piston body (430,530) that connects a forward side of said cylindrical surface of said piston body with a space (482A,582A) within said piston groove (490A,590A) defined in part by a bottom surface of said piston groove (490A,590A) and by said seal (460A,560A) when said seal (460A,560A) is placed in said piston groove (490A,590A); and (d) a second fluid flow passage defined at least in part by said piston body (430,530) that connects a rearward side of said cylindrical surface of said piston body with said space (482A,582A);
A medicinal product for the care of an individual having at least one injury such as a burn wound or a skin abrasion, in particular with a large surface area, comprising at least one functional surface (12, 12', 14) for covering the respective injury at least partially and/or for fixing the medicinal product on the individual, at least one functional surface (12, 12', 14) having stem parts projecting from it, the free front-side ends of which form an adhesion part such that the latter can be adhered at least partially on the individual and/or on another functional surface, primarily by means of van der Waals forces, the medicinal product having at least one functional surface for caring for and/or for placing on the respective injury of the individual, such as on a wound region, characterised in that the functional care surface is covered by a fluid-permeable, preferably perforated functional layer and that the functional layer has on its side facing the respective injury a functional surface with stem parts for forming an adhesion part adhering on the respective injury.
A pressure sensitive, hot melt processable adhesive composition comprising a polar plasticising oil or a combination of polar plasticising oils in the content of above 10% (w/w) of the final adhesive, and at least one polar polyethylene copolymer, wherein the content of the polyethylene copolymer is 10-50% (w/w) of the final adhesive, the polyethylene copolymer has a melt flow index below 2 g/10min (190°C/21.1N), wherein the composition further comprises absorbing particles, such as hydrocolloids.