mhurhangee/ep-ind-claims huggingface dataset:
Portable emergency water treatment case having a water container which has a water outflow, having at least one filter (20, 20', 20") and having a conveying unit which is equipped with a pump, with a water inlet, with a water outlet and with a line which connects the water inlet to the water outlet via the pump in a fluid-tight manner, and having the following features: i) the water container and the conveying unit constitute separate units and are suitable for assuming an operating state and a transport state, ii) the water container and the conveying unit are suitable, for establishing the operating state, for being assembled with one another such that the water outflow of the water container is connected to the water inlet of the conveying unit in a fluid-tight manner, and that water flows from the interior of the water container into the line of the conveying unit via the water inlet, and are also suitable for being separated from one another again so that the water outflow of the water container is not connected to the water inlet of the conveying unit, iii) the water container and the conveying unit are suitable, for establishing the transport state, for being combined with one another such that the water container and the conveying unit form a unit which is able to be handled jointly, and iv) in the operating state, the at least one filter (20, 20', 20") is connected downstream of the water outlet of the conveying unit in a fluid-tight manner thereto and has a water discharge downstream, characterized in that the water container is designed such that, for establishing the operating state and thus the fluid-tight connection between the water outflow of the water container and the water inlet of the conveying unit, it is placed onto the conveying unit, and in that, in the transport state, the at least one filter (20, 20', 20") is mounted or is able to be mounted as a separate unit in the interior of the water container. i) the water container and the conveying unit constitute separate units and are suitable for assuming an operating state and a transport state, ii) the water container and the conveying unit are suitable, for establishing the operating state, for being assembled with one another such that the water outflow of the water container is connected to the water inlet of the conveying unit in a fluid-tight manner, and that water flows from the interior of the water container into the line of the conveying unit via the water inlet, and are also suitable for being separated from one another again so that the water outflow of the water container is not connected to the water inlet of the conveying unit, iii) the water container and the conveying unit are suitable, for establishing the transport state, for being combined with one another such that the water container and the conveying unit form a unit which is able to be handled jointly, and iv) in the operating state, the at least one filter (20, 20', 20") is connected downstream of the water outlet of the conveying unit in a fluid-tight manner thereto and has a water discharge downstream,
A glass batch charger for charging batch glass-forming materials into a melt furnace, which includes: a stationary box of hollow arcuate construction having a part-circular opening and coolant circulation paths extending throughout the hollow arcuate construction, an oscillating box of hollow part-circular construction disposed within and rotatably supported about an oscillation axis within the part-circular opening of the stationary box, the oscillating box having coolant circulation paths extending throughout the hollow part-circular construction, a pusher box on the oscillating box, and means for circulating coolant at least through the stationary and oscillating boxes, characterized in that the coolant circulation paths in the stationary box are arcuate throughout substantially their entire length and concentrically incurvate about the oscillation axis of the part-circular opening, and the coolant circulation paths in the oscillating box are arcuate and concentrically disposed about the oscillation axis and shaped to follow the contour of a rear wall of the oscillating box. a stationary box of hollow arcuate construction having a part-circular opening and coolant circulation paths extending throughout the hollow arcuate construction, an oscillating box of hollow part-circular construction disposed within and rotatably supported about an oscillation axis within the part-circular opening of the stationary box, the oscillating box having coolant circulation paths extending throughout the hollow part-circular construction, a pusher box on the oscillating box, and means for circulating coolant at least through the stationary and oscillating boxes, characterized in that the coolant circulation paths in the stationary box are arcuate throughout substantially their entire length and concentrically incurvate about the oscillation axis of the part-circular opening, and the coolant circulation paths in the oscillating box are arcuate and concentrically disposed about the oscillation axis and shaped to follow the contour of a rear wall of the oscillating box.
A method configured to control a human machine interface disposed in a vehicle and having at least two displays (2, 3, 4), the method comprising: monitoring a gaze direction of a vehicle driver; based on the monitoring, determining which of the at least two displays (2, 3, 4) is closest to the gaze direction of the vehicle driver; and in response to the determining, automatically altering a functionality of the closest of the at least two displays (2, 3, 4), characterised in that altering the functionality of the closest of the at least two displays (2, 3, 4) is disabled unless at least one of the following occurrences is detected: the gaze direction of the vehicle driver is maintained for at least a predefined amount of time, wherein the predefined amount of time is based on the vehicle speed, a warning signal is issued by a driver assistant system or a vehicle control system. monitoring a gaze direction of a vehicle driver; based on the monitoring, determining which of the at least two displays (2, 3, 4) is closest to the gaze direction of the vehicle driver; and in response to the determining, automatically altering a functionality of the closest of the at least two displays (2, 3, 4), characterised in that altering the functionality of the closest of the at least two displays (2, 3, 4) is disabled unless at least one of the following occurrences is detected: the gaze direction of the vehicle driver is maintained for at least a predefined amount of time, wherein the predefined amount of time is based on the vehicle speed, a warning signal is issued by a driver assistant system or a vehicle control system.
A power transistor circuit, comprising: first and second power transistors (70,72), which each occupy an elongate rectangular area with gate connections on a gate side and drain connections on the opposite drain side, wherein the drain connections of each transistor connect to a respective output pad (74,76) enabling use of the two power transistors (70,72) in a differential amplifier configuration; and an inductor arrangement of inductors formed by wire bonds between the drain connections, wherein an elongate side of one transistor faces an elongate side of the other transistor in a mirrored arrangement with the gate sides facing each other, and the inductor arrangement comprises wire bonds which extend between the drain connections across the space between the transistors (70,72). first and second power transistors (70,72), which each occupy an elongate rectangular area with gate connections on a gate side and drain connections on the opposite drain side, wherein the drain connections of each transistor connect to a respective output pad (74,76) enabling use of the two power transistors (70,72) in a differential amplifier configuration; and an inductor arrangement of inductors formed by wire bonds between the drain connections, wherein an elongate side of one transistor faces an elongate side of the other transistor in a mirrored arrangement with the gate sides facing each other, and the inductor arrangement comprises wire bonds which extend between the drain connections across the space between the transistors (70,72).
A structure forming method comprising: a first step (S21, S31) comprising forming a first pattern serving as a fine pattern using an electromagnetic wave thermal conversion material on a first surface, on the side on which an expansion layer which expands by heating is provided, of a medium including the expansion layer and then irradiating an electromagnetic wave toward the electromagnetic wave thermal conversion material to expand a portion, corresponding to the first pattern, of the expansion layer; and a second step(S22, S32) comprising forming a second pattern including a coarser pattern than the first pattern using an electromagnetic wave thermal conversion material on a second surface, on the opposite side to the side on which the expansion layer is provided, of the medium and then irradiating an electromagnetic wave toward the electromagnetic wave thermal conversion material to expand a portion, corresponding to the second pattern, of the expansion layer characterized in that the first step(S21, S31) includes irradiating the electromagnetic wave from the side of the first surface of the medium, to expand the expansion layer, the second step(S22, S32) includes irradiating the electromagnetic wave from the side of the second surface of the medium, to expand the expansion layer, and expanding the expansion layer in the first step(S21, S31) and expanding the expansion layer in the second step (S22, S32) are simultaneously performed.
The use of a copolymer consisting of N-isopropylacrylamide units, poly(ethylene glycol) methacrylate units and optionally at least one cross-linking agent as a soil-release active ingredient in textile care products for textiles.
A node in a content distribution network, the node arranged to distribute content using multicast to a plurality of clients in a multicast group, the node comprising: a client monitor to identify a number of clients in the multicast group that are streaming the same content; and a quality module arranged to increase a quality of the streamed content when the number of clients greater than a threshold value stream the same content, characterized in that the node is arranged to increase the quality of the streamed content by making available an increased quality version of the streamed content by editing a manifest file for adaptive streaming. a client monitor to identify a number of clients in the multicast group that are streaming the same content; and a quality module arranged to increase a quality of the streamed content when the number of clients greater than a threshold value stream the same content, characterized in that the node is arranged to increase the quality of the streamed content by making available an increased quality version of the streamed content by editing a manifest file for adaptive streaming.
Device for generating renewable energy, comprising: - a carrying structure for positioning a surface with solar panels at a distance from a support, in particular the roof of a building; - an air duct, defined in height direction by the support and the surface; wherein the surface area protrudes at least partially and preferably completely beyond the support area; characterised in that: the carrying structure comprises a displacement system for a mover for a maintenance device, such as a gondola, which displacement system is designed for displacing the mover at least partly along that part of the surface that projects outside the support. - a carrying structure for positioning a surface with solar panels at a distance from a support, in particular the roof of a building; - an air duct, defined in height direction by the support and the surface; wherein the surface area protrudes at least partially and preferably completely beyond the support area; characterised in that: the carrying structure comprises a displacement system for a mover for a maintenance device, such as a gondola, which displacement system is designed for displacing the mover at least partly along that part of the surface that projects outside the support.
A lock cylinder with a filter intended to allow a coded key to pass through in order to actuate a locking mechanism, said lock cylinder comprising: an inlet and an outlet opposed to said inlet; a set of stacked washers located between said inlet and said outlet to define a conditioned pathway for said key; a first wedge swivelingly movable between a position where it closes said outlet and a position where it is spaced apart from said outlet; and, a second swivelingly movable wedge intended to hold said first wedge when said first wedge closes said outlet, said coded key being intended to be rotated inside said pathway to be able to swivelingly drive said first and second wedges in order that said second wedge releases said first wedge such that said first wedge moves away from said outlet, in order to allow said key to pass through said outlet; characterized in that one of said first and second wedges is provided with a groove, while the other of said first and second wedges is provided with a pin, such that said second wedge releases said first wedge if and only if said pin engages into said groove when said first and second wedges swivel. an inlet and an outlet opposed to said inlet; a set of stacked washers located between said inlet and said outlet to define a conditioned pathway for said key; a first wedge swivelingly movable between a position where it closes said outlet and a position where it is spaced apart from said outlet; and, a second swivelingly movable wedge intended to hold said first wedge when said first wedge closes said outlet, said coded key being intended to be rotated inside said pathway to be able to swivelingly drive said first and second wedges in order that said second wedge releases said first wedge such that said first wedge moves away from said outlet, in order to allow said key to pass through said outlet;
A sample collection container used in a supercritical fluid system, the sample collection container comprising: a cylindrical collection vial into which a gas containing a liquid component in the form of aerosol formed by reducing the pressure of a supercritical fluid containing a sample eluted in a separating unit to a pressure close to the atmospheric pressure is injected to collect the sample; and a vial cap attached to an upper end opening of the collection vial, wherein the vial cap includes a discharge hole through which the collection vial is connected to the outer air and an introduction path through which the aerosol-containing gas is externally introduced into the collection vial, wherein a distal end portion of the introduction path has an opening in the vicinity of the inner circumferential surface of the collection vial, the opening oriented in the tangential direction of the inner circumferential surface or/and in a direction downwardly-inclined from the tangential direction, wherein at least an upper portion of the vial cap is shaped into a truncated cone, and the outer circumferential surface of the upper portion is supported by the end of an upper end opening of the collection vial or a flange provided at the periphery of the vial cap is placed on the end of the upper end opening of the collection vial, the outer circumferential surface of the vial cap has a diameter which increases toward the upper end, and wherein the aerosol-containing gas is injected under the atmospheric pressure. a cylindrical collection vial into which a gas containing a liquid component in the form of aerosol formed by reducing the pressure of a supercritical fluid containing a sample eluted in a separating unit to a pressure close to the atmospheric pressure is injected to collect the sample; and a vial cap attached to an upper end opening of the collection vial, wherein the vial cap includes a discharge hole through which the collection vial is connected to the outer air and an introduction path through which the aerosol-containing gas is externally introduced into the collection vial, wherein a distal end portion of the introduction path has an opening in the vicinity of the inner circumferential surface of the collection vial, the opening oriented in the tangential direction of the inner circumferential surface or/and in a direction downwardly-inclined from the tangential direction, wherein at least an upper portion of the vial cap is shaped into a truncated cone, and the outer circumferential surface of the upper portion is supported by the end of an upper end opening of the collection vial or a flange provided at the periphery of the vial cap is placed on the end of the upper end opening of the collection vial, the outer circumferential surface of the vial cap has a diameter which increases toward the upper end, and wherein the aerosol-containing gas is injected under the atmospheric pressure.
A cured product of a golf ball rubber composition, wherein the golf ball rubber composition contains (a) a base rubber, (b) an α,β-unsaturated carboxylic acid having 3 to 8 carbon atoms and/or a metal salt thereof as a co-crosslinking agent, and (c) a crosslinking initiator, and a product (hardness × (tanδ -80 - tanδ 0)) obtained by multiplying a slab hardness of the cured product of the golf ball rubber composition in Shore C hardness by a difference (tanδ -80 - tanδ 0) between a loss tangent of the cured product of the golf ball rubber composition at the temperature of -80 °C (tanδ -80) and a loss tangent of the cured product of the golf ball rubber composition at the temperature of 0 °C (tanδ 0) is 28.0 or more, wherein the golf ball rubber composition further contains (d) a hindered phenol-based compound, and wherein the golf ball rubber composition contains (d) the hindered phenol-based compound in an amount ranging from 0.3 part by mass to 5 parts by mass with respect to 100 parts by mass of (a) the base rubber. the golf ball rubber composition contains (a) a base rubber, (b) an α,β-unsaturated carboxylic acid having 3 to 8 carbon atoms and/or a metal salt thereof as a co-crosslinking agent, and (c) a crosslinking initiator, and a product (hardness × (tanδ -80 - tanδ 0)) obtained by multiplying a slab hardness of the cured product of the golf ball rubber composition in Shore C hardness by a difference (tanδ -80 - tanδ 0) between a loss tangent of the cured product of the golf ball rubber composition at the temperature of -80 °C (tanδ -80) and a loss tangent of the cured product of the golf ball rubber composition at the temperature of 0 °C (tanδ 0) is 28.0 or more, wherein the golf ball rubber composition further contains (d) a hindered phenol-based compound, and wherein the golf ball rubber composition contains (d) the hindered phenol-based compound in an amount ranging from 0.3 part by mass to 5 parts by mass with respect to 100 parts by mass of (a) the base rubber.
A peripheral control system for control of multiple different peripherals via a peripheral agnostic instruction set, the system characterised by: a virtualised controller executable by a processor of a host system, the virtualised controller, when executed by the host system, having a virtual input interface, a virtual output interface, a virtual processor and a virtual memory, the virtual memory encoding data on one or more peripheral specific instructions to control a peripheral attached to the host system, the virtual input interface being configured to receive peripheral agnostic instructions from the host system, wherein upon receiving the peripheral agnostic instructions at the virtual input interface, the virtual processor of the virtualised controller is configured to generate corresponding peripheral specific instructions in dependence on the data in the virtual memory and output the corresponding peripheral specific instructions via the virtual output interface to the peripheral via a physical connection between the host system and a peripheral.
A tractor with means for attaching a trailed implement via a drawbar, the tractor comprising a right rear wheel and a left rear wheel, a control unit and an anti-collusion system, characterized by comprising a plurality of proximity sensors that are designed to define a safe zone that is located between the rear side of the tractor and said trailed implement when attached; the safe zone is limited by a right lateral side that is spaced with respect to the right rear wheel of the tractor at a safety distance of some centimetres and by a left lateral side that is spaced with respect to the left rear wheel of the tractor at a safety distance of some centimetres; the plurality of proximity sensors are configured to operate in conjunction of an electronic control unit that is designed to generate command signals for at least one power actuator of said tractor that controls the movement of the tractor; the electronic control unit is designed to detect a warning position when the attached drawbar or the parts carried by said drawbar reaches a position corresponding to the right side or the left side; upon detection of the warning position the electronic control unit is designed to operate on the at least one power actuator of the tractor to produce an action so the attached drawbar and the parts carried by said drawbar remain within the safe zone.
Filter sector assembly for a disc filter, which disc filter comprises a fiber suspension containing bath, a filter sector assembly rotatably supported with relation to the bath, a core assembly adapted to rotate on a horizontal axis, and a plurality of filter sectors spaced along the core assembly and supported on the core assembly, which filter sector assembly comprises two adjacent filter sectors (10A; 10B), in which each filter sector (10A; 10B) comprises a funnel part (16A; 16B) mounted on the bottom end of the filter sector (10A; 10B) configured to support and mount the filter sector (10A; 10B), which filter sector assembly comprises a support plate, in which the two adjacent filter sectors (10A; 10B) are attachable as a pair of filter sectors (10A; 10B) by the support plate to the core assembly (21; 21A, 21B) of the disc filter and a plurality of the filter sector assemblies, each formed of two adjacent filter sectors (10A, 10B) supported on the same support plate, are attachable on the core assembly (21; 21A, 21B) of the disc filter, characterized in that the funnel part (16A; 16B) comprises a sector shaped base part (18A; 18B) and that the bottom end of the base part (18A; 18B) is attached to a support panel (17A; 17B) and that on each side of the base part (18A, 18B) a side panel (19A; 19B) is located which is configured to provide robustness to the funnel part (16A; 16B).
Cooking hob having a first cooking zone (4 to 7) and at least one second cooking zone (4 to 7), which in each case can be operated independently of one another or can be operated together in one coupled mode, wherein the cooking zones (4 to 7) are arranged such that in coupled mode a continuous cooking zone surface (4a to 7a) is created, and having a display unit (9, 10), which has a first display field (11, 12, 15, 16) for displaying operating information relating to the first cooking zone (4 to 7) and a second display field (11, 12, 15, 16) for displaying operating information relating to the second cooking zone (4 to 7), wherein the display unit (9, 10) has an illuminable coupled signalling area, by means of which in coupled mode the two display fields (11, 12, 15, 16) are optically indicated as a shared display field, characterised in that in coupled mode operating information relating to the shared cooking zone then formed by the two cooking zones (4 to 7) is only displayed on one display field (11, 12, 15, 16) and a display on the other display field (11, 12, 15, 16) is deactivated.