mhurhangee/ep-ind-claims huggingface dataset:
A fiber optic sensor comprising: a laser source which emits a first laser ray; an optical divider (11, 55, 60) which receives said first laser ray and provides a second laser ray and a third laser ray; a first optical fiber which receives said second laser ray; a second optical fiber which receives said third laser ray; said first optical fiber having the same length as said second optical fiber; said first optical fiber and said second optical fiber being side by side; a transmissive means (22, 35) associated with said first optical fiber through which said second laser ray transits; a first reflection means (23, 37, 52, 64) for said second laser ray applied to said transmissive means (22, 35) to provide a reflected second laser ray; a second reflection means (25, 52, 64) for said third laser ray applied to said second optical fiber to provide a reflected third ray; a first circulator (13, 50, 55, 60) positioned between said optical divider (11, 55, 60) and said first optical fiber to receive said second laser ray reflected by said first reflection means (23, 37, 52, 64); a second circulator (16, 51, 55, 60) positioned between said optical divider (11, 55, 60) and said second optical fiber to receive said third laser ray reflected by said second reflection means (25, 52, 64); a coherent receiver (30, 53, 55, 56) which receives said reflected second laser ray and said reflected third laser ray to provide optical signals in quadrature (I and Q) at its output; opto/electric converters which receive the optical outputs of the coherent receiver (30, 53, 55, 56) and produce analog electrical signals which are converted into digital signals which are fed to a digital signal processor.
A cadmium-free electrolyte composition for depositing gold alloys comprising one or more sources of gold ions, one or more sources of silver ions, one or more sources of copper ions, one or more compounds chosen from mercapto-tetrazoles, mercapto-triazoles and salts thereof, and one or more dithiocarboxylic acids having a non-protic carbon atom in alpha position to a dithiocarboxyl functionality, salts and esters thereof.
An electrode assembly, comprising: a jelly roll comprising a first electrode plate wound together with a second electrode plate, the second electrode plate having a different polarity from the first electrode plate, wherein the first electrode plate includes a plurality of non-coated portions (112, 114) spaced apart from each other; and a plurality of tabs (122, 124) are attached to the plurality of non-coated portions (112, 114), respectively, wherein the plurality of non-coated portions (112, 114) includes a first non-coated portion having a first width, and a second non-coated portion having a second width different from the first width of the first non-coated portion; and wherein the first non-coated portion is between a winding centre of the jelly roll and the second non-coated portion. a jelly roll comprising a first electrode plate wound together with a second electrode plate, the second electrode plate having a different polarity from the first electrode plate, wherein the first electrode plate includes a plurality of non-coated portions (112, 114) spaced apart from each other; and a plurality of tabs (122, 124) are attached to the plurality of non-coated portions (112, 114), respectively, wherein the plurality of non-coated portions (112, 114) includes a first non-coated portion having a first width, and a second non-coated portion having a second width different from the first width of the first non-coated portion; and wherein the first non-coated portion is between a winding centre of the jelly roll and the second non-coated portion.
A cursor maneuvering device, comprising a cavity within which is located a light source and an image sensor, wherein said cavity is covered by a semi-transparent plate having an outside light diffusing surface with the properties of a Lambertian surface, wherein said outside surface renders distant external objects undistinguishable by said image sensor; wherein said semi-transparent plate is configured to be illuminated from within by said light source and as a result of said illumination a bright reflection from a pointing device in contact with said outside light diffusing surface and which, by said contact, alters its reflecting properties, is detectable by said image sensor as the pointing device moves while in contact with the semi-transparent plate, wherein said cursor maneuvering device is capable of controlling a cursor on a display screen of an electronic device coupled to the cursor maneuvering device.
A wireless electronic initiation device for a detonator via a detonator initiator, comprising: - an initiation member for initiating the detonator initiator, - an energy storage for providing initiation energy to said initiation member, and - a controller, wherein - said wireless electronic initiation device is configured to receive - energy in a wireless manner outside from the initiation device and the initiation device is configured to charge said energy storage by the received energy, and - an initiation command in a wireless way outside from the initiation device, and - said controller is configured to manage said charging process of said energy storage and to determine said received initiation command and based on said received initiation command configured to activate said initiation member to ignite the detonator initiator by the energy fed from the energy storage, - the initiation device additionally comprises a connector for connecting said initiation device to the detonator initiator, where the detonator initiator and the detonator are separate components from the initiation device and connectable to said initiation device only via said connector. - an initiation member for initiating the detonator initiator, - an energy storage for providing initiation energy to said initiation member, and - a controller, wherein - said wireless electronic initiation device is configured to receive - energy in a wireless manner outside from the initiation device and the initiation device is configured to charge said energy storage by the received energy, and - an initiation command in a wireless way outside from the initiation device, and - energy in a wireless manner outside from the initiation device and the initiation device is configured to charge said energy storage by the received energy, and - an initiation command in a wireless way outside from the initiation device, and - said controller is configured to manage said charging process of said energy storage and to determine said received initiation command and based on said received initiation command configured to activate said initiation member to ignite the detonator initiator by the energy fed from the energy storage, - the initiation device additionally comprises a connector for connecting said initiation device to the detonator initiator, where the detonator initiator and the detonator are separate components from the initiation device and connectable to said initiation device only via said connector.
Water-transporting line for watering pot plants by transporting water in fibrous material using the capillary effect, wherein - the fibrous material is present in the form of a flat fibre band, - the fibre band made of the fibrous material is enclosed, between the opposite band ends (E1, E2), by a tubular, water-tight flexible casing of flat inner cross section, wherein the shape of the casing defines a longitudinal direction q of the casing, a surface normal direction s and a transverse direction r, which is orthogonal to the longitudinal direction and surface normal direction, - the ends (E1, E2) of the water-transporting line are designed for water-exchanging contact of the fibre band with water in a water-storage container or a plant substrate, - the casing contains a first and a second band-form casing wall, between which the fibre band runs and which form the water-tight casing by way of narrow side walls, - the first casing wall has a higher bending strength, in respect of flexing about a bending axis running in the transverse direction r, than the second casing wall. - the fibrous material is present in the form of a flat fibre band, - the fibre band made of the fibrous material is enclosed, between the opposite band ends (E1, E2), by a tubular, water-tight flexible casing of flat inner cross section, wherein the shape of the casing defines a longitudinal direction q of the casing, a surface normal direction s and a transverse direction r, which is orthogonal to the longitudinal direction and surface normal direction, - the ends (E1, E2) of the water-transporting line are designed for water-exchanging contact of the fibre band with water in a water-storage container or a plant substrate, - the casing contains a first and a second band-form casing wall, between which the fibre band runs and which form the water-tight casing by way of narrow side walls, - the first casing wall has a higher bending strength, in respect of flexing about a bending axis running in the transverse direction r, than the second casing wall.
A breast prosthesis comprising a breast tissue expander and one or more samples of graft material, wherein the breast tissue expander comprises resorbable tabs or resorbable barbs, and wherein the one or more samples of graft material are attached to the breast tissue expander by the resorbable tabs or resorbable barbs on the breast tissue expander.
A device for freeze moulding a ceramic sample in a magnetic field, comprising - a means for cooling, - a sample receiving device connected to the means for cooling and - a rotatably arranged permanent magnet, characterized in that - the permanent magnet is in the form of at least one annularly arranged Halbach magnet array, and - the Halbach magnet array is arranged in a plane (x-y) so as to be rotatable about the sample receiving device. - a means for cooling, - a sample receiving device connected to the means for cooling and - a rotatably arranged permanent magnet, characterized in that - the permanent magnet is in the form of at least one annularly arranged Halbach magnet array, and - the Halbach magnet array is arranged in a plane (x-y) so as to be rotatable about the sample receiving device.
An electrical feedthrough comprising: a ceramic body; and at least one ribbon via extending through the ceramic body, and extending out of at least one surface of the ceramic body, characterized in that the at least one ribbon via is made of a conductive foil, wherein an interface between the at least one ribbon via and the ceramic body is sealed by a bond formed by partial transient liquid phase bonding. a ceramic body; and at least one ribbon via extending through the ceramic body, and extending out of at least one surface of the ceramic body, characterized in that the at least one ribbon via is made of a conductive foil, wherein an interface between the at least one ribbon via and the ceramic body is sealed by a bond formed by partial transient liquid phase bonding.
A planar magnet for magnetic density separation, comprising an array of pole pieces (2,3) succeeding in longitudinal direction of a mounting plane, wherein the pole pieces (2,3) are alternatingly embodied as magnetic pole pieces and magnetisable pole pieces, each pole piece (2,3) having a body extending transversely along the mounting plane with a substantially constant cross section, wherein each pole piece (2,3) includes a top segment with a top surface that is curved to distribute a magnetic field associated with the top surface, wherein the top segments of the pole pieces (2,3) have the same basic curvature, characterized in that the top surfaces of successive pole pieces (2,3) are shifted in height with respect to the mounting plane, wherein a height of the magnetisable pole pieces is higher than a height of the magnetic pole pieces such that a strength of the magnetic field above the pole pieces (2,3) transverse to the mounting plane is more uniformly distributed in planes parallel to the mounting plane compared to a situation of the pole pieces (2,3) all having the same height.
A processor-implemented method with augmented reality, 'AR', processing for an AR device comprising a display area (120; 1011, 1012) including a translucent element, such as a translucent lens or a translucent display, the method comprising: determining a compensation parameter to compensate for light attenuation of visual information, corresponding to a target scene (110; 310), to weakened state visual information caused by the display area (120; 1011, 1012) as visual information is provided through the display area; generating a background image without the light attenuation by capturing the target scene using a camera (140; 1031, 1032; 1033; 1130) of the AR device; generating a compensation image (230; 630) for compensating the light attenuation of the visual information to weakened state visual information by reducing brightness of the background image using the compensation parameter; generating a virtual object image (240; 550; 640) to be overlaid on the target scene; generating a display image by synthesizing the compensation image and the virtual object image; and displaying the display image, including the compensation image and the virtual object image, in the display area. determining a compensation parameter to compensate for light attenuation of visual information, corresponding to a target scene (110; 310), to weakened state visual information caused by the display area (120; 1011, 1012) as visual information is provided through the display area; generating a background image without the light attenuation by capturing the target scene using a camera (140; 1031, 1032; 1033; 1130) of the AR device; generating a compensation image (230; 630) for compensating the light attenuation of the visual information to weakened state visual information by reducing brightness of the background image using the compensation parameter; generating a virtual object image (240; 550; 640) to be overlaid on the target scene; generating a display image by synthesizing the compensation image and the virtual object image; and displaying the display image, including the compensation image and the virtual object image, in the display area.
An atomizer, comprising a cylindrical core, a first heating wire, and a second heating wire; wherein: the cylindrical core comprises a cylindrical through hole in a center of the cylindrical core; the first heating wire is soldered on the second heating wire; a coiled part of each of the first heating wire and the second heating wire is cylindrical; characterised in that the cylindrical core is made of ceramic, quartz, mica, or jade, and the coiled part is inlaid in an inner side wall of the cylindrical core. the cylindrical core comprises a cylindrical through hole in a center of the cylindrical core; the first heating wire is soldered on the second heating wire; a coiled part of each of the first heating wire and the second heating wire is cylindrical;
A combustor with a centerline, comprising: a support structure (32, 116); and a heat shield (34, 118) extending circumferentially about and axially along the centerline, the heat shield (34, 118) mounted to the support structure (32, 116) by an interlocking joint connection; the interlocking joint connection comprising a projection and a groove, the projection configured with the support structure (32, 116) and including a plurality of fingers arranged along and projecting into the groove, and the groove formed in the heat shield (34, 118), wherein the groove is formed within the heat shield (34, 118) radially between a groove first side surface and a groove second side surface; the plurality of fingers include a first finger (66, 76) configured with a first portion and a second portion; the first portion radially engages the groove first side surface and is spaced from the groove second side surface; and the second portion radially engages the groove second side surface and is spaced from the groove first side surface, characterized in that: the heat shield (34, 118) comprises ceramic material, the first portion is biased radially against the groove first side surface; and the second portion is biased radially against groove second side surface. a support structure (32, 116); and a heat shield (34, 118) extending circumferentially about and axially along the centerline, the heat shield (34, 118) mounted to the support structure (32, 116) by an interlocking joint connection; the interlocking joint connection comprising a projection and a groove, the projection configured with the support structure (32, 116) and including a plurality of fingers arranged along and projecting into the groove, and the groove formed in the heat shield (34, 118), wherein the groove is formed within the heat shield (34, 118) radially between a groove first side surface and a groove second side surface; the plurality of fingers include a first finger (66, 76) configured with a first portion and a second portion; the first portion radially engages the groove first side surface and is spaced from the groove second side surface; and the second portion radially engages the groove second side surface and is spaced from the groove first side surface, characterized in that: the heat shield (34, 118) comprises ceramic material, the first portion is biased radially against the groove first side surface; and the second portion is biased radially against groove second side surface.
A unit module, comprising: a pouch-type battery cell having an electrode assembly, a cell case for accommodating the electrode assembly, and an electrode lead connected to the electrode assembly and drawn out of the cell case; a bus bar attached to the electrode lead; and a bus bar frame attached to a terrace portion of the battery cell to accommodate at least a portion of the electrode lead and the bus bar therein, the bus bar frame pressing the electrode lead and the bus bar so that the electrode lead and the bus bar are closely adhered to each other, characterized by the bus bar frame having a welding slit formed at a location corresponding to the bus bar and the electrode lead so that a contact portion of the bus bar and the electrode lead is exposed out, wherein the bus bar includes: a bonding portion extending in a direction parallel to the electrode lead to contact the electrode lead and located at an inner side of the bus bar frame; an exposed portion bent from the bonding portion to extend in a direction perpendicular to the bonding portion and drawn out of the bus bar frame; and a hook portion extending from an end of the bonding portion in a direction parallel to the exposed portion. a pouch-type battery cell having an electrode assembly, a cell case for accommodating the electrode assembly, and an electrode lead connected to the electrode assembly and drawn out of the cell case; a bus bar attached to the electrode lead; and a bus bar frame attached to a terrace portion of the battery cell to accommodate at least a portion of the electrode lead and the bus bar therein, the bus bar frame pressing the electrode lead and the bus bar so that the electrode lead and the bus bar are closely adhered to each other, characterized by the bus bar frame having a welding slit formed at a location corresponding to the bus bar and the electrode lead so that a contact portion of the bus bar and the electrode lead is exposed out, wherein the bus bar includes: a bonding portion extending in a direction parallel to the electrode lead to contact the electrode lead and located at an inner side of the bus bar frame; an exposed portion bent from the bonding portion to extend in a direction perpendicular to the bonding portion and drawn out of the bus bar frame; and a hook portion extending from an end of the bonding portion in a direction parallel to the exposed portion. a bonding portion extending in a direction parallel to the electrode lead to contact the electrode lead and located at an inner side of the bus bar frame; an exposed portion bent from the bonding portion to extend in a direction perpendicular to the bonding portion and drawn out of the bus bar frame; and a hook portion extending from an end of the bonding portion in a direction parallel to the exposed portion.
An image recording device for a body of a motor vehicle, comprising a housing part, an optical element having an outer surface, and a driving part for engaging an engaging part of a movable cleaning device, which movable cleaning device furthermore comprises a cleaning part for at least partly cleaning said outer surface, wherein said driving part is furthermore for driving the movable cleaning device in order to have the cleaning part at least partly clean said outer surface of the optical element, characterised in that the image recording device is configured as to be adjustable between a first condition in which the image recording device releases the engaging part of the movable cleaning device and thus allows at least partly introducing or taking out the engaging part of the movable cleaning device and a second condition in which the image recording device blocks the engaging part of the movable cleaning device and thus prevents the engaging part of the movable cleaning device being taken out or being introduced.
A method in a user equipment for transmitting scheduling requests, SRs, to a base station, wherein the base station is adapted to serve the user equipment, the user equipment comprises a scheduling request transmission trigger and is configured to transmit SRs to the base station only at certain predetermined scheduling request opportunities (t 0, t 1, t 2, t 3, t 4,..., t ∞), the method comprising: starting the SR transmission trigger, transmitting a SR on a Physical Uplink Control Channel, PUCCH, to the base station at the next occurring SR opportunity as a response to the started trigger, starting a SR prohibiting timer when the SR is transmitted to the base station for the first time, wherein the SR prohibiting timer is equal to the time between two SR opportunities multiplied with a factor k received from the base station, and prohibiting any further SR retransmission at future SR opportunities while the SR prohibiting timer is running. starting the SR transmission trigger, transmitting a SR on a Physical Uplink Control Channel, PUCCH, to the base station at the next occurring SR opportunity as a response to the started trigger, starting a SR prohibiting timer when the SR is transmitted to the base station for the first time, wherein the SR prohibiting timer is equal to the time between two SR opportunities multiplied with a factor k received from the base station, and prohibiting any further SR retransmission at future SR opportunities while the SR prohibiting timer is running.