mhurhangee/ep-ind-claims huggingface dataset:
A system for storing radioactive materials, comprising: a canister containing radioactive waste; a container provided with a casing, a base, and a cover, said container delimiting a cavity for housing the canister; and a convection-based ventilation system provided with: lower air inlets; an area of upward air circulation defined between the canister and the inner surface of the storage container, and upper air outlets; characterized in that the ventilation system consists of a passive helicoidal convection-based ventilation system, in which the inlets and outlets of the ventilation system have an outer mouth (51, 72) and an inner mouth (52, 71); in that at least the inlets have a decreasing variation in section in the direction of air circulation inside them, producing an increase in velocity and a decrease in the pressure and temperature of air circulating therethrough; and in that said inlets and outlets are curved and facing an oblique direction with respect to the radial direction of the container, so that the air describes between the inlets and the outlets an upward helicoidal path around the canister.
A memory resistor having an on state and an off state, comprising: (a) a first electrode; (b) a second electrode; (c) an inhomogeneous dielectric layer disposed between the first and second electrodes, wherein the dielectric layer comprises a non-uniform dielectric material; and wherein the dielectric layer further comprises nanoparticles of semiconductor material, and wherein in the on state nanoparticles form at least one conductive filament encapsulated by the dielectric layer, thereby providing a conductive pathway between the first electrode and the second electrode, characterized in that the dielectric layer includes nano-scale columns of the dielectric material. (a) a first electrode; (b) a second electrode; (c) an inhomogeneous dielectric layer disposed between the first and second electrodes, wherein the dielectric layer comprises a non-uniform dielectric material; and
A ceramic circuit board comprising: a ceramic substrate and a metal circuit plate bonded to said ceramic substrate, wherein said ceramic substrate is composed of a silicon nitride (Si 3 N 4) substrate having a thermal conductivity of 50W/mK or more and said metal circuit plate is composed of an aluminium circuit plate; and wherein said silicon nitride substrate and said aluminium circuit plate are directly bonded without providing a brazing material layer, characterized in that the metal circuit plate is composed of an Al-Si alloy and wherein an Si amount contained in said metal circuit plate is 0.01 to 50 wt%.
Stain remover for textiles, containing a triple combination of at least one triterpene saponin, at least one taurate and also at least one sarcosinate.
A method for operating a gas engine with a lean gas, wherein the lean gas is mixed with an air inflow in at least one Venturi mixer so as to form a mixture, and wherein the mixture is fed to the gas engine as fuel, characterized in that the lean gas contains less than 20% by volume of methane and in that the mixture is preheated to a temperature (θ 1) between 120°C and 150°C before entering the gas engine.
A method of controlling an installation formed by a plurality of home automation equipment items linked to a building, and handling therein, depending on the type of home automation equipment item, thermal and visual comfort functions, such as heating and air conditioning, natural ventilation, lighting, solar protection functions, and/or security functions, such as closure and/or alarm functions, the home automation equipment items communicating over one and the same home automation network, characterized in that it comprises: - a step for connecting, to a programming tool, a programmable remote control provided with a means of communication with the home automation network and provided with a command interface comprising only one or more mechanical keys (23, 24, 25), including at least one scenario execution key (23, 24), - an installation discovery step, in which identifiers of the home automation equipment items of the installation are supplied to the programming tool, - a step for defining, in the programming tool, a control scenario involving a number of home automation equipment items, called scenario equipment items, - a step for assigning the control scenario to a scenario execution key (23, 24), - a step for the standalone use of the programmable remote control, in which control commands defined in the control scenario are sent, from the programmable remote control to the scenario equipment items, following a press on the scenario execution key and in that, in the step for standalone use of the programmable remote control, commands to stop execution of the control scenario are sent, from the programmable remote control to the home automation equipment items of the scenario, in the event of a stop press on a mechanical scenario execution key (23, 24) taking place during a scenario execution duration T0. - a step for connecting, to a programming tool, a programmable remote control provided with a means of communication with the home automation network and provided with a command interface comprising only one or more mechanical keys (23, 24, 25), including at least one scenario execution key (23, 24), - an installation discovery step, in which identifiers of the home automation equipment items of the installation are supplied to the programming tool, - a step for defining, in the programming tool, a control scenario involving a number of home automation equipment items, called scenario equipment items, - a step for assigning the control scenario to a scenario execution key (23, 24), - a step for the standalone use of the programmable remote control, in which control commands defined in the control scenario are sent, from the programmable remote control to the scenario equipment items, following a press on the scenario execution key
A bend fixture for bending a medium pipe, the bend fixture comprising: - a body part comprising - a tubular support configured to receive a section of a medium pipe therein, and - an inner bend support configured to allow the medium pipe, a section of which being receivable in the tubular support, to be bent about the inner bend support; and - an outer bend support configured to support the medium pipe, a section of which being received in the tubular support, the medium pipe being bent about the inner bend support, from an outer side of the bend so as to keep the medium pipe bent; the outer bend support being coupled to the body part via a hinge and being turnable between an open position to allow a section of the medium pipe in substantially straight state to be inserted into the tubular support, and a closed position to keep a medium pipe, a section of which being received in the tubular support, bent about the inner bend support; characterized in that the bend fixture comprises a pipe coupling arrangement configured to couple together the outer bend support, in its open position, and the medium pipe, a section of which being received in the tubular support, outside the section in the tubular support so that the medium pipe may be bent about the inner bend support by pushing or pulling the medium pipe at a location outside the entire bend fixture, whereby the outer bend support, coupled to the medium pipe, follows the medium pipe, thereby turning towards the closed position; the pipe coupling arrangement comprising a coupling ring configured to allow insertion of the medium pipe through it. - a body part comprising - a tubular support configured to receive a section of a medium pipe therein, and - an inner bend support configured to allow the medium pipe, a section of which being receivable in the tubular support, to be bent about the inner bend support; and - a tubular support configured to receive a section of a medium pipe therein, and - an inner bend support configured to allow the medium pipe, a section of which being receivable in the tubular support, to be bent about the inner bend support; and - an outer bend support configured to support the medium pipe, a section of which being received in the tubular support, the medium pipe being bent about the inner bend support, from an outer side of the bend so as to keep the medium pipe bent;
A computer-implemented automated method for providing a landscape texture of a geographical map, comprising: obtaining, via a network interface, a plurality of images captured from a pedestrian perspective by a plurality of handheld cameras; obtaining, for each of the images: - a geographical position of the camera when capturing the image; - inner camera orientation data representing properties of the camera when capturing the image and comprising a focal length, a camera constant, and/or a position of an image principal point, - exterior camera orientation data representing an orientation of the camera when capturing the image, and - a barometric height of the camera when capturing the image; determining, on the basis of the barometric height and the geographical position, a ground height of the camera above a ground surface at the geographical position of the camera when capturing the image; on the basis of the ground height, the inner camera orientation data, and the exterior camera orientation data, distorting each of the images so as to obtain a projection onto the ground surface at the geographical position at which the image was captured; registering the distorted images; and generating the landscape texture from the registered distorted images, wherein the landscape texture includes parts which are not visible in aerial or satellite images. obtaining, via a network interface, a plurality of images captured from a pedestrian perspective by a plurality of handheld cameras; obtaining, for each of the images: - a geographical position of the camera when capturing the image; - inner camera orientation data representing properties of the camera when capturing the image and comprising a focal length, a camera constant, and/or a position of an image principal point, - exterior camera orientation data representing an orientation of the camera when capturing the image, and - a barometric height of the camera when capturing the image; - a geographical position of the camera when capturing the image; - inner camera orientation data representing properties of the camera when capturing the image and comprising a focal length, a camera constant, and/or a position of an image principal point, - exterior camera orientation data representing an orientation of the camera when capturing the image, and - a barometric height of the camera when capturing the image; determining, on the basis of the barometric height and the geographical position, a ground height of the camera above a ground surface at the geographical position of the camera when capturing the image; on the basis of the ground height, the inner camera orientation data, and the exterior camera orientation data, distorting each of the images so as to obtain a projection onto the ground surface at the geographical position at which the image was captured; registering the distorted images; and generating the landscape texture from the registered distorted images,
A fuel filling station for the supply of fuel to vehicles, comprising a fuel filling device for supplying fuel to a vehicle within an operating range thereof, wherein the fuel filling station comprises a vehicle conveyor for moving vehicles in succession to within said operating range while fuel is being supplied to a vehicle that is present within said operating range, wherein the fuel filling device is stationary and is configured to supply fuel to a vehicle while the latter is being conveyed, wherein the fuel filling station comprises a fuel hose and a slide provided to move along the vehicle conveyor, which slide is configured to accommodate a loop portion of the fuel hose connected to the fuel filling device between the fuel filling device and an inlet orifice of a fuel tank of a vehicle, which fuel hose is provided with a connecting element at a free end thereof, which connecting element is configured to be connected to the inlet orifice, wherein the slide is furthermore provided with a holder configured for placement of the connecting element therein.
A method of wireless communication performed by a user equipment, UE, comprising: receiving a preemption indication identifying at least one symbol of a grant for preemption; and selectively preempting the at least one symbol of the grant based at least in part on a receive time of the preemption indication, a processing time threshold, and a preemption time of the at least one symbol of the grant. receiving a preemption indication identifying at least one symbol of a grant for preemption; and selectively preempting the at least one symbol of the grant based at least in part on a receive time of the preemption indication, a processing time threshold, and a preemption time of the at least one symbol of the grant.
A method for diagnosing the presence or the risk of development, or for the therapy control of the complex regional pain syndrome (CRPS) or other types of inflammatory diseases involving joints, preferably of CRPS I, in a subject comprising analysing on a biological sample obtained from the subject for the presence of autoantibodies against an inhibitor of growth gene product, in particular, against p29ING4, whereby the presence of autoantibodies against the ING gene product, in particular against p29ING4 is indicative of the presence or the risk of development, or for the therapy control of CRPS or other types of inflammatory diseases involving joints.
Air distributor unit comprising a. a tubular base body having an outer side wall encompassing an inner space, the tubular base body being made from a polymeric material and extending in a longitudinal direction of the air distributor unit between a first end and a second end, and comprising at the first end a first opening and at the second end a second opening, wherein the tubular base body is injection-molded and configured as a single-piece tubular base body; b. wherein the cross-sectional open area of the first opening and the cross-sectional open area of the second opening are each larger than the inner cross-sectional area of the outer side wall of the tubular base-body between the first end and the second end of the tubular base body; characterized in that the tubular base body comprises a first flange around the first opening and a second flange around the second opening. a. a tubular base body having an outer side wall encompassing an inner space, the tubular base body being made from a polymeric material and extending in a longitudinal direction of the air distributor unit between a first end and a second end, and comprising at the first end a first opening and at the second end a second opening, wherein the tubular base body is injection-molded and configured as a single-piece tubular base body; b. wherein the cross-sectional open area of the first opening and the cross-sectional open area of the second opening are each larger than the inner cross-sectional area of the outer side wall of the tubular base-body between the first end and the second end of the tubular base body;
A non-aqueous electrolyte secondary battery comprising: a positive electrode capable of absorbing and desorbing lithium ion; a negative electrode capable of absorbing and desorbing lithium ion; and a non-aqueous electrolyte containing a lithium salt, said negative electrode comprising: an alloy particle containing oxygen and nitrogen; and at least two selected from the group consisting of metal elements and semimetal elements, wherein said alloy particle has a phase A capable of electrochemically absorbing and desorbing lithium ion and a phase B which is incapable of electrochemically absorbing and desorbing lithium ion and has lithium ion conductivity or lithium ion permeability, wherein the total of an oxygen content Wao and a nitrogen content Wan is less than 0.5 wt% in said phase A and the total of an oxygen content Wbo and a nitrogen content Wbn is not less than 1.0 wt% in said phase B and, wherein an oxygen content Wo and a nitrogen content Wn in said alloy particle satisfy 0<Wo<10 wt%, 0<Wn<10 wt% and 0.5 wt%≤Wo+Wn≤10 wt%, and wherein said phase B contains at least one selected from the group consisting of Ti, Zr and rare earth elements.
A process for the preparation of an elongated implant, comprising the steps of • preparing a polymeric or co-polymeric sleeve, • preparing a solution of between 40 and 80 % (w/w) triptorelin acetate in water, • placing the solution in the sleeve, • incubating the solution for 2-48 h at 20-30° C, and • drying for 6-24 h under vacuum. • preparing a polymeric or co-polymeric sleeve, • preparing a solution of between 40 and 80 % (w/w) triptorelin acetate in water, • placing the solution in the sleeve, • incubating the solution for 2-48 h at 20-30° C, and • drying for 6-24 h under vacuum.
A probe, comprising: an insertion tube; a distal electrode mounted on a distal end of the insertion tube; a force sensor mounted in the distal end, the force sensor having a central opening and being configured to measure a force on the distal end; a proximal electrode mounted proximal to the force sensor; first tubing, running from a proximal end of the insertion tube to the distal end, passing through the central opening, and configured to supply irrigation fluid through apertures in the distal electrode; second tubing, running from a proximal end of the insertion tube, entering the central opening, and configured to supply irrigation fluid through apertures in the proximal electrode; wherein the force sensor has a tubular form enclosing a central space, wherein the first tubing traverses the central space and wherein the second tubing enters the central space; and further comprising a flow diverter positioned within the central space of the force sensor, wherein the flow diverter is in fluid communication with the second tubing; and wherein the force sensor comprises at least one coil (142, 144), and wherein the flow diverter is positioned within the same axial plane as the at least one coil (142, 144). an insertion tube; a distal electrode mounted on a distal end of the insertion tube; a force sensor mounted in the distal end, the force sensor having a central opening and being configured to measure a force on the distal end; a proximal electrode mounted proximal to the force sensor; first tubing, running from a proximal end of the insertion tube to the distal end, passing through the central opening, and configured to supply irrigation fluid through apertures in the distal electrode; second tubing, running from a proximal end of the insertion tube, entering the central opening, and configured to supply irrigation fluid through apertures in the proximal electrode; wherein the force sensor has a tubular form enclosing a central space, wherein the first tubing traverses the central space and wherein the second tubing enters the central space; and further comprising a flow diverter positioned within the central space of the force sensor, wherein the flow diverter is in fluid communication with the second tubing; and wherein the force sensor comprises at least one coil (142, 144), and wherein the flow diverter is positioned within the same axial plane as the at least one coil (142, 144).
Release apparatus for a hydraulic clutch actuation means of vehicles, having a slave cylinder which is arranged concentrically around a transmission input shaft and the annular piston of which, which can be moved axially within a housing and is connected to a release bearing, is arranged radially outside the release bearing, at least one stop element being provided for limiting the axial movement of the annular piston, characterized in that the release bearing which is connected to the annular piston can be brought axially into contact with the stop element.
A battery module, comprising: a plurality of unit modules; and a module case made of metal and having a tube shape with a hollow therein, wherein the hollow forms an accommodation space in which the plurality of unit modules are placed, characterized by the fact that each unit module includes: a tube-type unit case made of metal and having a hollow formed therein; a plurality of battery cells configured in a can-type secondary battery form, located in the hollow of the unit case, arranged in one direction along the longitudinal direction and electrically connected to each other, wherein a plurality of protrusions are formed at the inside of the unit case to protrude toward a center of the inside of the unit case, and the protrusions adjacent to each other are spaced apart from each other as much as a length of the battery cell, wherein an outer surface of the plurality of battery cells is in direct contact with an inner surface of the unit case; and an electrode lead having a positive electrode lead located at one side of the unit module and a negative electrode lead located at the other side of the unit module. a plurality of unit modules; and a module case made of metal and having a tube shape with a hollow therein, wherein the hollow forms an accommodation space in which the plurality of unit modules are placed, characterized by the fact that each unit module includes: a tube-type unit case made of metal and having a hollow formed therein; a plurality of battery cells configured in a can-type secondary battery form, located in the hollow of the unit case, arranged in one direction along the longitudinal direction and electrically connected to each other, wherein a plurality of protrusions are formed at the inside of the unit case to protrude toward a center of the inside of the unit case, and the protrusions adjacent to each other are spaced apart from each other as much as a length of the battery cell, wherein an outer surface of the plurality of battery cells is in direct contact with an inner surface of the unit case; and an electrode lead having a positive electrode lead located at one side of the unit module and a negative electrode lead located at the other side of the unit module. a tube-type unit case made of metal and having a hollow formed therein; a plurality of battery cells configured in a can-type secondary battery form, located in the hollow of the unit case, arranged in one direction along the longitudinal direction and electrically connected to each other, wherein a plurality of protrusions are formed at the inside of the unit case to protrude toward a center of the inside of the unit case, and the protrusions adjacent to each other are spaced apart from each other as much as a length of the battery cell, wherein an outer surface of the plurality of battery cells is in direct contact with an inner surface of the unit case; and an electrode lead having a positive electrode lead located at one side of the unit module and a negative electrode lead located at the other side of the unit module.
A foam panel comprising a support and at least one cover layer adhering to the support, wherein the support comprises a foam formed from polyurethane, characterized in that - the cover layer comprises a multilayer composite board, wherein the multilayer composite board comprises a) a core layer and b) a decorative layer, and - the polyurethane foam has a bending strength in accordance with DIN EN 12089 of more than 2.0 MPa. - the cover layer comprises a multilayer composite board, wherein the multilayer composite board comprises a) a core layer and b) a decorative layer, and a) a core layer and b) a decorative layer, and - the polyurethane foam has a bending strength in accordance with DIN EN 12089 of more than 2.0 MPa.
Use of an aqueous composition comprising a thickener and an antiseptic compound or a pharmaceutical acceptable salt thereof as an ultrasonic couplant spray, wherein the ultrasonic couplant spray comprises droplets exceeding an average diameter of 50μm, wherein the thickener is starch which is selected from the group comprising corn starch, rice starch, wheat starch, potato starch, cassava starch and modified starch.