mhurhangee/ep-ind-claims huggingface dataset:
A secondary battery comprising: a case; an electrode assembly in the case; a collector plate coupled to the electrode assembly and comprising a fuse part; a terminal coupled to the collector plate and extending to an outside of the case via a cap plate of the case; and an elastic force offering part in a compressed state and situated outside the fuse part and configured to exert a force on the fuse part so as to separate a first region of the collector plate from a second region of the collector plate when the fuse part is fused, characterized in that the elastic force offering part is a metal elastic force offering part and is situated between the cap plate and a surface of the collector plate facing the cap plate. a case; an electrode assembly in the case; a collector plate coupled to the electrode assembly and comprising a fuse part; a terminal coupled to the collector plate and extending to an outside of the case via a cap plate of the case; and an elastic force offering part in a compressed state and situated outside the fuse part and configured to exert a force on the fuse part so as to separate a first region of the collector plate from a second region of the collector plate when the fuse part is fused, characterized in that the elastic force offering part is a metal elastic force offering part and is situated between the cap plate and a surface of the collector plate facing the cap plate.
Method for changing an operating mode of a control device from a standard mode to a developer mode, comprising at least the following steps: a) detecting a hardware signal present at an input of the control device, wherein the hardware signal is characteristic of a release for changing the operating mode of the control device, b) activating an enable message which is characteristic of enabling of the developer mode, in a non-volatile memory connected to the control device, while the hardware signal is present at the input of the control device, c) maintaining the developer mode as long as the enable message is activated in the non-volatile memory; characterised in that the enable message in the non-volatile memory remains activated even if the hardware signal at the input of the control device is interrupted. a) detecting a hardware signal present at an input of the control device, wherein the hardware signal is characteristic of a release for changing the operating mode of the control device, b) activating an enable message which is characteristic of enabling of the developer mode, in a non-volatile memory connected to the control device, while the hardware signal is present at the input of the control device, c) maintaining the developer mode as long as the enable message is activated in the non-volatile memory;
A conveyor comprising an endless belt, the endless belt having a length along which it is endless and comprising a plurality of generally planar sliding members, and a plurality of sliding couplings which couple the sliding members together such that each sliding member can slide in a direction along the length of the endless belt over an adjacent sliding member so as to vary the length of the endless belt, characterised in that each sliding member has four lateral slots and the sliding coupling is of the form of a generally cylindrical body, with a cut-out section sized to fit the narrowed sections between each pair of the lateral slots.
A laundry washing machine comprising: - a washing tub external to a rotatable washing drum adapted to receive laundry; - a water supply circuit to supply water into said washing tub; - a washing/rinsing products supplier to supply washing/rinsing products into said washing tub; - a water outlet circuit suitable for withdrawing liquid from said washing tub; - a level sensing device comprising a pressure sensor suitable for determining the liquid level inside said washing tub, said level sensing device further comprising an air chamber (51; 151) connectable to a detection outlet associated to said washing tub; - a liquid flowing path defined between said detection outlet and said air chamber (51; 151) wherein said liquid may flow between said washing tub and said air chamber (51; 151); characterized in that in a mounted configuration, in which said air chamber (51; 151) is associated to said washing tub and said laundry washing machine is positioned in its working position, said path is shaped such that at least a section of said path in a plane perpendicular to a flowing direction of said liquid has the upper part comprising a rectilinear portion (64a; 64b; 164a). - a washing tub external to a rotatable washing drum adapted to receive laundry; - a water supply circuit to supply water into said washing tub; - a washing/rinsing products supplier to supply washing/rinsing products into said washing tub; - a water outlet circuit suitable for withdrawing liquid from said washing tub; - a level sensing device comprising a pressure sensor suitable for determining the liquid level inside said washing tub, said level sensing device further comprising an air chamber (51; 151) connectable to a detection outlet associated to said washing tub; - a liquid flowing path defined between said detection outlet and said air chamber (51; 151) wherein said liquid may flow between said washing tub and said air chamber (51; 151);
Method for training an adaptive system in order to predict a specified traffic situation which a motor vehicle is entering and/or is currently experiencing by - providing a plurality of sensor data (9 to 16) as input data for the adaptive system with respect to the specified traffic situation, wherein the plurality of sensor data (9 to 16) are provided by sensors inside and/or outside the motor vehicle, - wherein, for the plurality of sensor data (9 to 16), data from sensors located outside a motor vehicle are provided via broadcasting or the Internet, or - for the plurality of sensor data (9 to 16), data from sensors outside the motor vehicle, which are permanently installed on traffic routes, are provided, and - wherein the adaptive system is based on a neural network, - learning the prediction of the specified traffic situation on the basis of at least first sensor data of the plurality of sensor data (9 to 16), and - learning the prediction of the specified traffic situation also on the basis of the plurality of sensor data (9 to 16) without the first sensor data, wherein during the learning of the prediction, the first sensor data are randomly deactivated by the neural network for a certain period of time, so that the case in which the specified traffic situation is present but the first sensor data are not available is intentionally learnt. - providing a plurality of sensor data (9 to 16) as input data for the adaptive system with respect to the specified traffic situation, wherein the plurality of sensor data (9 to 16) are provided by sensors inside and/or outside the motor vehicle, - wherein, for the plurality of sensor data (9 to 16), data from sensors located outside a motor vehicle are provided via broadcasting or the Internet, or - for the plurality of sensor data (9 to 16), data from sensors outside the motor vehicle, which are permanently installed on traffic routes, are provided, and - wherein the adaptive system is based on a neural network, - learning the prediction of the specified traffic situation on the basis of at least first sensor data of the plurality of sensor data (9 to 16), and - learning the prediction of the specified traffic situation also on the basis of the plurality of sensor data (9 to 16) without the first sensor data, wherein during the learning of the prediction, the first sensor data are randomly deactivated by the neural network for a certain period of time, so that the case in which the specified traffic situation is present but the first sensor data are not available is intentionally learnt.
A bubble pump having an interior formed from a material that is resistant to attack by molten aluminum, said interior surface being formed by a ceramic, and the exterior of the bubble pump being formed from carbon steel tubing.
Method of producing an electronic device, comprising the following steps: (a) obtaining a silazane-siloxane copolymer by reacting an organosilane, an amine and an organosiloxane, (b) providing a composition comprising the silazane-siloxane copolymer obtained in step (a), and (c) applying it to a substrate in an electronic device. (a) obtaining a silazane-siloxane copolymer by reacting an organosilane, an amine and an organosiloxane, (b) providing a composition comprising the silazane-siloxane copolymer obtained in step (a), and (c) applying it to a substrate in an electronic device.
Pressurized gas container, in particular a gas cylinder, comprising an internal volume for storing gas under pressure, comprising: - a fluid-distributing valve, - a pressure sensor for measuring the pressure of the gas and for supplying at least one measurement signal, and - microprocessor-based control means configured to process said at least one measurement signal supplied by the pressure sensor and to determine at least one measured pressure value, characterized in that the microprocessor-based control means are configured to: - detect filling of the gas container with gas, by comparing said at least one measured pressure value with at least one predefined and stored reference pressure threshold value, and - initiate a timer on the basis of a detection of filling of the gas container with gas. - a fluid-distributing valve, - a pressure sensor for measuring the pressure of the gas and for supplying at least one measurement signal, and - microprocessor-based control means configured to process said at least one measurement signal supplied by the pressure sensor and to determine at least one measured pressure value, - detect filling of the gas container with gas, by comparing said at least one measured pressure value with at least one predefined and stored reference pressure threshold value, and - initiate a timer on the basis of a detection of filling of the gas container with gas.
An electrode assembly having a curved surface, wherein a curvature radius (R e) of each of ends of the curved surface is less than a curvature radius (R c) of a central portion of the curved surface, and the curvature radius R e is 0.95 times to 0.99 times of the curvature radius R c.
An indirect interaction system, comprising: an input receiver component configured to receive input data indicative of a first event detected by a sensory surface of an indirect interaction device, the first event indicative of at least two contacts being applied relative to the sensory surface; and a presentation component configured to provide at least two targets for presentation on a display based at least in part upon the input data, a first target indicative of a first contact applied to the sensory surface and the second target indicative of a second contact applied to the sensory surface, characterized in that, when the second contact is applied relative to the sensory surface substantially con-currently with the first contact, the indirect interaction system and/or a portion thereof transitions (310, 410) from a hover mode (304, 404) to an engage mode (306, 406), the engage mode engaging 210 an object presented on the display based at least in part upon a position of the the first target relative to the object and the received second contact. an input receiver component configured to receive input data indicative of a first event detected by a sensory surface of an indirect interaction device, the first event indicative of at least two contacts being applied relative to the sensory surface; and a presentation component configured to provide at least two targets for presentation on a display based at least in part upon the input data, a first target indicative of a first contact applied to the sensory surface and the second target indicative of a second contact applied to the sensory surface,
Device for wringing out strips of a mop with flexible absorbent strips, comprising: - a wringing-out basket comprising a main opening enabling the strips to pass into and out of a reception cavity extending as far as a bottom of the basket opposite to the main opening, - a support for the basket, - a device for rotational guidance of the basket with respect to the support about an axis, referred to as the longitudinal axis, passing through the main opening and the bottom of the basket, the guide device being connected to the support and to the basket, the guide device being connected to and extending around a lateral part of the basket between the bottom of the basket and the main opening, characterised in that the basket comprises: - a perforated vessel comprising a wall defining the reception cavity and comprising a plurality of apertures, - an attached ring extending around the perforated vessel and comprising a plurality of tongues, referred to as confinement tongues (36, 37), passing through the apertures of the perforated vessel, the confinement tongues (36, 37) making it possible to transmit a torque between the perforated vessel and the rotational-guidance device, - the perforated vessel and the attached ring being fixed rigidly but separably from one another. - a wringing-out basket comprising a main opening enabling the strips to pass into and out of a reception cavity extending as far as a bottom of the basket opposite to the main opening, - a support for the basket, - a device for rotational guidance of the basket with respect to the support about an axis, referred to as the longitudinal axis, passing through the main opening and the bottom of the basket, the guide device being connected to the support and to the basket, the guide device being connected to and extending around a lateral part of the basket between the bottom of the basket and the main opening, - a perforated vessel comprising a wall defining the reception cavity and comprising a plurality of apertures, - an attached ring extending around the perforated vessel and comprising a plurality of tongues, referred to as confinement tongues (36, 37), passing through the apertures of the perforated vessel, the confinement tongues (36, 37) making it possible to transmit a torque between the perforated vessel and the rotational-guidance device, - the perforated vessel and the attached ring being fixed rigidly but separably from one another.
A wear adjustment device 30 for adjusting friction surface wear on a brake pad 36, 36' and a brake disk 35 of a disk brake 100, in particular for a motor vehicle, with an application device, preferably with a brake lever 3, which has an eccentric bearing arranged on the cross member 2, it being possible to couple the wear adjustment device 30 with the application device, preferably with the brake lever 3, on the input side and with one of at least two spindle units A, A' of the disk brake 100 on the output side, having: a) an adjuster 5, which can be coupled with one of the at least two spindle units A; b) a carrier 6, which can be coupled with the other of the at least two spindle units A'; c) a synchronisation device for transferring rotational movements between the adjuster 5 and the carrier 6, the synchronisation device comprising at least one synchronising means 7, synchronising gears 18, 18' and a carrier element 8, 28, the synchronising gears 18, 18' cooperating with the synchronising means 7 and each being coupled with the adjuster 5 and the carrier 6, the synchronising means 7 being a traction means, in particular a roller link chain, the carrier element 8, 28 having a guide channel 20 to guide the synchronising means 7, the guide channel 20 having a base with lateral guide sections 20a, 20b, the guide sections 20a, 20b projecting from the base of the guide channel 20 and one guide section 20a of the guide sections 20a, 20b being wave-shaped, characterised in that the other guide section 20b of the guide sections 20a, 20b is provided with a pre-tensioning spring 19, which presses a slack strand 22 of the synchronising means 7 against one guide section 20a, and the pre-tensioning spring 19 has curved end sections 19a, 19b for guiding the slack strand 22 of the synchronising means 7 pre-tensioned into the guide channel 20. a) an adjuster 5, which can be coupled with one of the at least two spindle units A; b) a carrier 6, which can be coupled with the other of the at least two spindle units A'; c) a synchronisation device for transferring rotational movements between the adjuster 5 and the carrier 6,
Apparatus for use in a telecommunication system for controlling communication services between client terminals (10, 20, 30) in a network, comprising at least one application server hosting a core communication service, at least one intermediate communication node, hosting a network residing communication part for communication with the client terminals; wherein the application server and intermediate communication node are adapted to seamlessly control transfer of communication sessions between the client terminals; and a controller is provided for controlling transfer of communication sessions between the terminals, characterized in that the controller is divided into at least two parts, one of the parts residing in the client terminal, such as mobile telecommunication terminal, and another part residing in the intermediate communication node;wherein the network residing part is configured to keep information about which client terminal parts that are active, what capabilities they have and what means of communication the network residing part has toward each terminal part and to use this informstion when transferring communication sessions between the client terminals.
An ink wiping system for an intaglio printing press comprising a rotatable wiping roller assembly to wipe excess ink from the surface of a rotatable intaglio printing cylinder of the intaglio printing press, characterised in that the wiping roller assembly comprises a rotatable hollow cylindrical body having an outer surface positioned to wipe the surface of the intaglio printing cylinder, which hollow cylindrical body is mounted on a supporting mechanism, wherein the hollow cylindrical body is removable from the supporting mechanism during maintenance operations, wherein the wiping roller assembly further comprises a central beam extending axially through the hollow cylindrical body, which central beam is secured to the supporting mechanism, and wherein the hollow cylindrical body is rotatably supported at first and second ends (111, 112) on the central beam via first and second cylinder bearings (121, 125).
A method of forming a silicon carbide-based power device, comprising: forming a silicon carbide drift layer on a substrate, the silicon carbide drift layer having a planar surface that forms an off-axis angle with a <0001> direction of greater than or equal to 2° and less than or equal to 4°, wherein the silicon carbide drift layer is formed by chemical vapor deposition including a chlorine containing compound, wherein the substrate is a silicon carbide substrate having a planar surface that forms an off-axis angle with the <0001> direction of greater than or equal to 2 ° and less than or equal to 4 °, the silicon carbide drift layer including an epitaxial layer on the planar surface of the silicon carbide substrate, and wherein the epitaxial layer has a basal plane dislocation density of less than 10 /cm 2. forming a silicon carbide drift layer on a substrate, the silicon carbide drift layer having a planar surface that forms an off-axis angle with a <0001> direction of greater than or equal to 2° and less than or equal to 4°, wherein the silicon carbide drift layer is formed by chemical vapor deposition including a chlorine containing compound, wherein the substrate is a silicon carbide substrate having a planar surface that forms an off-axis angle with the <0001> direction of greater than or equal to 2 ° and less than or equal to 4 °, the silicon carbide drift layer including an epitaxial layer on the planar surface of the silicon carbide substrate, and wherein the epitaxial layer has a basal plane dislocation density of less than 10 /cm 2.
A Z-directed component for mounting in a mounting hole in a printed circuit board, comprising: a body having a top surface, a bottom surface and a side surface, and a cross-sectional shape that is insertable into the mounting hole in the printed circuit board, a first portion of the body being composed of a first dielectric material having a first dielectric constant; and a first conductive channel extending through a portion of the body forming a signal path, wherein the body includes a plurality of interleaved conductive plates (1304, 1306) extending along the length of the body, wherein a first set of the interleaved conductive plates are electrically connected to a reference voltage path and a second set of the interleaved conductive plates are electrically connected to a supply voltage path (Vcc), the first and second sets of interleaved conductive plates (1304, 1306) being arranged in an alternating pattern, characterised by a second portion of the body being composed of a second dielectric material having a second dielectric constant that is higher than the first dielectric constant, wherein the second portion of the body is an outer side portion of the body and the first portion of the body is an inner portion of the body spaced inward from the side surface and substantially surrounded on its sides by the second portion of the body, the interleaved conductive plates (1304, 1306) being positioned in the second portion of the body and the first conductive channel extending through the first portion of the body along the length of the body from the top surface to the bottom surface, and a pair of second conductive channels (1314, 1316) extending through the interior of body along its length next to and on opposite sides of the first conductive channel in order to reduce the impedance along the signal path formed by the first conductive channel. a body having a top surface, a bottom surface and a side surface, and a cross-sectional shape that is insertable into the mounting hole in the printed circuit board, a first portion of the body being composed of a first dielectric material having a first dielectric constant; and a first conductive channel extending through a portion of the body forming a signal path,
A rotor blade, comprising: a blade body comprising a skin, wherein the skin is configured to form an airfoil shape, and wherein the airfoil shape comprises an inboard end, an outboard end, a leading edge, and a trailing edge; a blade nose comprising a cavity, wherein the cavity houses a plurality of modular weights at a plurality of radial blade locations; a spar structure comprising an upper spar cap and a lower spar cap, wherein the upper spar cap is coupled to an upper portion of the skin, and wherein the lower spar cap is coupled to the lower portion of the skin; wherein the upper spar cap and the lower spar cap are separate structural components which are not contiguous, freeing up a volume within the blade nose for positioning modular weights; and wherein the plurality of radial blade locations comprises a range of locations between the inboard end and the outboard end. a blade body comprising a skin, wherein the skin is configured to form an airfoil shape, and wherein the airfoil shape comprises an inboard end, an outboard end, a leading edge, and a trailing edge; a blade nose comprising a cavity, wherein the cavity houses a plurality of modular weights at a plurality of radial blade locations; a spar structure comprising an upper spar cap and a lower spar cap, wherein the upper spar cap is coupled to an upper portion of the skin, and wherein the lower spar cap is coupled to the lower portion of the skin; wherein the upper spar cap and the lower spar cap are separate structural components which are not contiguous, freeing up a volume within the blade nose for positioning modular weights; and wherein the plurality of radial blade locations comprises a range of locations between the inboard end and the outboard end.