mhurhangee/ep-ind-claims huggingface dataset:
Tower construction, particularly for a wind turbine, having a number of axially disposed hollow cylindrical tower sections each comprising a number of circumferentially disposed alternating first and second tower section segments (2, 3), characterised in that each tower section is provided with overlapping portions of the respective alternating first and second tower section segments (2, 3) in circumferential direction, whereby the size of the overlapping portions increases in axial direction.
Hydroelectric power station, having a first portion whose inner diameter becomes smaller in the throughflow direction, a second portion which adjoins the first portion for receiving a turbine, wherein an inner diameter of the second portion at least partially has a spherical contour, wherein the turbine has a plurality of turbine blades, which are provided inside the second portion in the region of the inner diameter having a spherical contour, and an emergency shutdown unit in the region of the second portion for stopping the turbine, wherein the emergency shutdown unit extends with the first end thereof at least partially into the second portion through which water flows so that, in the event that the turbine blades no longer run smoothly, the turbine blades come into contact with the first end of the emergency shutdown unit and consequently actuate the emergency shutdown unit.
A safety razor, comprising: a blade unit having a housing with a razor blade; an elongated handle having a uniform thickness, preferably 2.7mm, and having a first end including an aperture extending into the thickness, and an opposed second end; and a connector having a body with a first arm and a second arm both extending from the body, respective distal end regions (80a, 82a) of both arms (80, 82) being adapted to connect the blade unit to the handle; the body having a recess having an opening, characterised by the body of the connector having a user-operable latch including a protrusion at a first end of the latch, the protrusion extending into the recess, the first end of the handle being removably received in the recess and the protrusion being received in the aperture to secure the connector to the handle, and the protrusion being releasable from the aperture by a user-applied force to a lever at a second end of the latch opposite the first end to release the first end of the handle from the recess. a blade unit having a housing with a razor blade; an elongated handle having a uniform thickness, preferably 2.7mm, and having a first end including an aperture extending into the thickness, and an opposed second end; and a connector having a body with a first arm and a second arm both extending from the body, respective distal end regions (80a, 82a) of both arms (80, 82) being adapted to connect the blade unit to the handle; the body having a recess having an opening, characterised by the body of the connector having a user-operable latch including a protrusion at a first end of the latch, the protrusion extending into the recess, the first end of the handle being removably received in the recess and the protrusion being received in the aperture to secure the connector to the handle, and the protrusion being releasable from the aperture by a user-applied force to a lever at a second end of the latch opposite the first end to release the first end of the handle from the recess.
Sensor arrangement for determining the discharge distribution of spreadable material in a distribution machine by means of at least two structurally identical sensors which emit electromagnetic or acoustic waves, wherein the sensors each have a local computing unit, wherein the same software is installed on each of these computing units, characterized in that at least one additional functionality is allocated to at least one sensor and/or to the computing unit assigned to the latter on the basis of the position inside the sensor arrangement by the software locally installed on the computing unit.
An arrangement for a cabin of an aircraft comprising an aircraft enclosure; and a passenger seat having an aft portion with an exterior aft surface that is substantially not flat in a vertical plane, the aircraft enclosure comprising: an enclosure unit (10, 24) that is taller than the aircraft passenger seat, said enclosure unit (10, 24) having at least one wall having a forward wall portion, said at least one wall defining an interior enclosure space, and said forward wall portion being configured to be disposed immediately aft of and adjacent to the passenger seat; wherein said forward wall portion is shaped to include a recess such that said forward wall portion substantially conforms to the shape of the exterior aft surface of the aft portion of the passenger seat; and characterized in that said enclosure unit (10, 24) comprises a lavatory stall, and said at least one wall defines an interior lavatory space. an enclosure unit (10, 24) that is taller than the aircraft passenger seat, said enclosure unit (10, 24) having at least one wall having a forward wall portion, said at least one wall defining an interior enclosure space, and said forward wall portion being configured to be disposed immediately aft of and adjacent to the passenger seat; wherein said forward wall portion is shaped to include a recess such that said forward wall portion substantially conforms to the shape of the exterior aft surface of the aft portion of the passenger seat; and characterized in that said enclosure unit (10, 24) comprises a lavatory stall, and said at least one wall defines an interior lavatory space.
A fuel cell system comprising: a fuel cell stack; an ozone generator configured to introduce ozone into a coolant in the fuel cell system; a deionisation apparatus coupled to the fuel cell stack; a bypass conduit arranged in parallel with the deionisation apparatus; and a controller configured to control flow of the coolant to the fuel cell stack through either the deionisation apparatus or the bypass conduit based on the operating state of the ozone generator. a fuel cell stack; an ozone generator configured to introduce ozone into a coolant in the fuel cell system; a deionisation apparatus coupled to the fuel cell stack; a bypass conduit arranged in parallel with the deionisation apparatus; and a controller configured to control flow of the coolant to the fuel cell stack through either the deionisation apparatus or the bypass conduit based on the operating state of the ozone generator.
A laminated metal sheet for a container, the laminated metal sheet comprising a film which comprises a laminated resin layer comprising at least two layers with polyester formed by polymerizing a polycarboxylic acid component and a polyol component as a main component on one face or both faces of a metal sheet, wherein a polyester resin layer serving as a lower layer in contact with the metal sheet of the laminated resin layer contains 90 mol% or more of terephthalic acid in the polycarboxylic acid component and 30 to 50 mol% of ethylene glycol, 50 to 70 mol% of 1,4-butanediol, and 10 mol% or less of other polyol components in the polyol component, a polyester resin layer serving as a main layer and an upper layer of the laminated resin layer comprises polyester containing 90 mol% or more of terephthalic acid in the polycarboxylic acid component and 90 mol% or more of 1,4-butanediol in the polyol component, and the film has a total thickness of 3 to 25 μm, characterized in that the film has a ratio (I 011 /I 100) of peak intensity (I 011) observed in a range of 2θ = 15.5 degrees to 17.0 degrees to peak intensity (I 100) observed in a range of 2θ = 22.5 degrees to 24.0 degrees in X-ray diffraction in a range of 0.2 to 5.0, the ratio (I 011 /I 100) being determined as indicated in the description.
A method for calculating the capacity of an electricity supply module, said module being an electric cell or battery, said electricity supply module being integrated into electronic equipment, said electronic equipment comprising or being adapted to receive temperature measurements from a temperature sensor, the method being characterized in that it comprises the steps, implemented by a calculation processor, of: obtaining a plurality of temperature measurements over a predetermined monitoring period of time, and calculating an impact coefficient of electricity capacity for each temperature measurement based on a prerecorded model, and storing said calculated impact coefficient of electricity capacity; calculating an overall impact coefficient of electricity capacity over the monitoring time period from said stored impact coefficients of electricity capacity; and calculating a residual capacity of the electricity supply module from a consumed, measured or estimated electricity capacity over said monitoring time period, the calculation taking into account said calculated overall coefficient. obtaining a plurality of temperature measurements over a predetermined monitoring period of time, and calculating an impact coefficient of electricity capacity for each temperature measurement based on a prerecorded model, and storing said calculated impact coefficient of electricity capacity; calculating an overall impact coefficient of electricity capacity over the monitoring time period from said stored impact coefficients of electricity capacity; and calculating a residual capacity of the electricity supply module from a consumed, measured or estimated electricity capacity over said monitoring time period, the calculation taking into account said calculated overall coefficient.
A medical multi-layer product comprising - a layer comprising nanofibrillar cellulose having a moisture content in the range of 0-10% (w/w), and - a layer of gauze. - a layer comprising nanofibrillar cellulose having a moisture content in the range of 0-10% (w/w), and - a layer of gauze.
Roof snow catcher for a roof with at least two panels installed along a roof slope (a) at a distance of (d) from each other each for solar power conversion, comprising a frame, with the roof snow catcher comprising a snow catching area and a subsequent attachment element with at least two supporting areas facing away from each other for clinging on two opposite frames of two adjacent panels for solar energy conversion, with at least one of the at least two supporting areas (7; 8a) springily protruding from the attachment element, characterised in that at least one of the at least two supporting areas being formed with hook areas arranged crosswise to the plane of the snow catching area for attaching to a frame, and that the attachment element is forked and thus comprises two springy fork tines (6', 6"), of which one carries the hook areas and the other the other one of the at least two supporting areas.
An expansion member for a probe for battery charging and discharging, comprising: a first fluid accommodation part configured to form a space in which a fluid is introduced and stored; and a fluid supply pipe equipped with a path along which the fluid is introduced and discharged and connected to the first fluid accommodation part, wherein the first fluid accommodation part comprises a first cover and a second cover, the first cover and the second cover are bonded together to form a first fluid accommodation space in which the fluid is accommodated, the first fluid accommodation space is surrounded by a first junction region in which the first cover and the second cover are bonded together, and a penetration hole is formed on a top of the first junction region. a first fluid accommodation part configured to form a space in which a fluid is introduced and stored; and a fluid supply pipe equipped with a path along which the fluid is introduced and discharged and connected to the first fluid accommodation part, wherein the first fluid accommodation part comprises a first cover and a second cover, the first cover and the second cover are bonded together to form a first fluid accommodation space in which the fluid is accommodated, the first fluid accommodation space is surrounded by a first junction region in which the first cover and the second cover are bonded together, and a penetration hole is formed on a top of the first junction region.
A congestion control method, characterised in that the method comprises: detecting, by a radio access network, RAN, device, occurrence of congestion according to resource usage of an involved operator, wherein the involved operator is a mobile virtual network operator, MVNO, or an operator that shares an operator network; and sending, by the RAN device when detecting that congestion occurs on one or more involved operators, a congestion notification message to a core network device related to the involved operator on which congestion occurs, wherein the congestion notification message comprises an identifier of the involved operator on which congestion occurs and is used for the core network device to perform congestion control on the involved operator corresponding to the identifier of the involved operator. detecting, by a radio access network, RAN, device, occurrence of congestion according to resource usage of an involved operator, wherein the involved operator is a mobile virtual network operator, MVNO, or an operator that shares an operator network; and sending, by the RAN device when detecting that congestion occurs on one or more involved operators, a congestion notification message to a core network device related to the involved operator on which congestion occurs, wherein the congestion notification message comprises an identifier of the involved operator on which congestion occurs and is used for the core network device to perform congestion control on the involved operator corresponding to the identifier of the involved operator.
A transdermal delivery system consisting of a backing layer, a drug-containing matrix layer, and a release layer, wherein the drug-containing matrix layer comprises (a) donepezil or a pharmaceutically acceptable salt thereof as an active ingredient, (b) a mixture of high molecular weight polyisobutylene having a weight-average molecular weight ranging from 400,000 to 3,000,000 and low molecular weight polyisobutylene having a weight-average molecular weight ranging from 25,000 to 300,000 as an adhesive, and (c) lauryl pyrrolidone as a permeation enhancer in an amount of 0.5 to 2.5 % by weight based on the total weight of the drug-containing matrix layer. (a) donepezil or a pharmaceutically acceptable salt thereof as an active ingredient, (b) a mixture of high molecular weight polyisobutylene having a weight-average molecular weight ranging from 400,000 to 3,000,000 and low molecular weight polyisobutylene having a weight-average molecular weight ranging from 25,000 to 300,000 as an adhesive, and (c) lauryl pyrrolidone as a permeation enhancer in an amount of 0.5 to 2.5 % by weight based on the total weight of the drug-containing matrix layer.
A double locking buckle comprising: a plug member; and a socket member, wherein the plug member comprises a base part, a pair of lock arms protruding from the base part such that the plug member is coupled with the socket member, and a locking rod protruding from the base part in an intermediate part between the lock arms, the socket member comprises a chamber including upper and lower plates and sidewalls connecting the upper plate with the lower plate, the chamber having an open front end to receive the lock arms and holes communicating with the chamber such that front ends of the lock arms are coupled with the holes, the socket member is provided at an intermediate part thereof with a guide groove longitudinally formed to guide the locking rod, and the guide groove divides the chamber into two parts such that independent chambers are formed at left and right sides of the guide groove, respectively, characterized in that the locking rod has an upper portion formed integrally with a wing part longitudinally extending beyond an end portion of the locking rod and having a wide width, wherein the wing part is provided at a front lower end thereof with a protrusion, wherein the wing part is adapted to be lifted up. a plug member; and a socket member, wherein the plug member comprises a base part, a pair of lock arms protruding from the base part such that the plug member is coupled with the socket member, and a locking rod protruding from the base part in an intermediate part between the lock arms, the socket member comprises a chamber including upper and lower plates and sidewalls connecting the upper plate with the lower plate, the chamber having an open front end to receive the lock arms and holes communicating with the chamber such that front ends of the lock arms are coupled with the holes, the socket member is provided at an intermediate part thereof with a guide groove longitudinally formed to guide the locking rod, and the guide groove divides the chamber into two parts such that independent chambers are formed at left and right sides of the guide groove, respectively, characterized in that the locking rod has an upper portion formed integrally with a wing part longitudinally extending beyond an end portion of the locking rod and having a wide width, wherein the wing part is provided at a front lower end thereof with a protrusion, wherein the wing part is adapted to be lifted up.
Flexible pouch that is closed with a top and a bottom seal and on the back of the pouch with a finseal, comprising a tear starting point, wherein the tear starting point is located essentially opposite of the finseal, characterized in that the pouch comprises a strengthening element located in the finseal that avoids that when tearing open the pouch the tear accidentally crosses the finseal on the back of the pouch, wherein the tear starting point is located between about 120° and 175° or between about 185° and 240° of the circular cross section of the pouch if the finseal is located at 0°, and wherein the finseal is oriented opposite the tear direction. that when tearing open the pouch the tear accidentally crosses the finseal on the back of the pouch, wherein the tear starting point is located between about 120° and 175° or between about 185° and 240° of the circular cross section of the pouch if the finseal is located at 0°, and wherein the finseal is oriented opposite the tear direction.
A method comprising: receiving measurement information from a hydrocarbon fluid production network wherein the measurement information comprises pressure data and fluid flow data; receiving simulated information from a model-based framework for the hydrocarbon fluid production network that comprises boundary conditions based at least in part on at least a portion of the measurement information; comparing the measurement information and the simulated information to detect a fluid leak in the hydrocarbon fluid production network; determining a location of the fluid leak in the hydrocarbon fluid production network; and outputting the location of the fluid leak in the hydrocarbon fluid production network, characterized by analyzing at least a portion of the measurement information to determine whether the hydrocarbon fluid production network is operating in a steady-state and if the hydrocarbon fluid production network approaches a new steady-state after occurrence of the fluid leak: revising the location of the fluid leak such that the determined location of the leak becomes more accurate with respect to time, and if the hydrocarbon fluid production network is not operating in a steady-state after the occurrence of the fluid leak: receiving additional measurement information and based at least in part on the additional measurement information, determining a refined location of the fluid leak in the hydrocarbon fluid production network and outputting the refined location of the fluid leak in the hydrocarbon fluid production network. receiving measurement information from a hydrocarbon fluid production network wherein the measurement information comprises pressure data and fluid flow data; receiving simulated information from a model-based framework for the hydrocarbon fluid production network that comprises boundary conditions based at least in part on at least a portion of the measurement information; comparing the measurement information and the simulated information to detect a fluid leak in the hydrocarbon fluid production network; determining a location of the fluid leak in the hydrocarbon fluid production network; and outputting the location of the fluid leak in the hydrocarbon fluid production network, characterized by analyzing at least a portion of the measurement information to determine whether the hydrocarbon fluid production network is operating in a steady-state and if the hydrocarbon fluid production network approaches a new steady-state after occurrence of the fluid leak: revising the location of the fluid leak such that the determined location of the leak becomes more accurate with respect to time, and if the hydrocarbon fluid production network is not operating in a steady-state after the occurrence of the fluid leak: receiving additional measurement information and based at least in part on the additional measurement information, determining a refined location of the fluid leak in the hydrocarbon fluid production network and outputting the refined location of the fluid leak in the hydrocarbon fluid production network.
Method in the manufacture of an elevator, in which method the parts of a platform, more particularly its support structure, are used for forming the structure (F,C,B,18) supporting a machinery of a final machine room of the elevator, which platform has earlier been in its position in a position disposed lower in an elevator hoistway, and which platform was used in the aforementioned lower disposed position for supporting the machinery, in which former use the platform is lifted while being supported by a second support structure above the platform upwards in the elevator hoistway, which second support structure is supportable on wall structures of the elevator hoistway and is movable, and the lift is performed with a first hoisting means arranged to act between the second support structure and the platform, wherein the platform is suspended from the second support structure via at least one hoisting device and a rope comprised in the hoisting means, and the platform is hoisted upwards in the elevator hoistway with a lifting ratio of 1:x, where x is greater than 1, characterized in that the second support structure in a former use is lifted while being supported on a third support structure in the elevator hoistway above the second support structure upwards in the elevator hoistway with a second hoisting means connected to the second support structure and comprising a second hoisting device arranged to lift the second support structure and/or a working platform by means of a second rope, wherein the second hoisting means is further arranged to move the working platform in the elevator hoistway that is under construction in the part of the elevator hoistway between the third support structure and the second support structure.