mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: a first mobile device including a short-range radio transceiver using the short-range radio transceiver to discover (23, 24, 25) an identity expression of a user of a second mobile device, a corresponding low-level identifier permanently assigned to the second mobile device, and a flag indicating whether the user of the second mobile device gives permission to be monitored for proximity co-presence; storing the low-level identifier, identity expression, and flag for later use by the first mobile device; the first mobile device using the short-range radio transceiver to monitor for proximity co-presence of the second mobile device by polling for the second mobile device using the low-level identifier of the second mobile device, but only if the stored flag indicates that the user of the second mobile device has granted permission to be monitored for proximity co-presence; during subsequent discovery or during the polling, receiving a changed identity expression of the user of the second mobile device; determining that the stored identity expression has been changed; and replacing the stored identity expression with the changed identity expression. a first mobile device including a short-range radio transceiver using the short-range radio transceiver to discover (23, 24, 25) an identity expression of a user of a second mobile device, a corresponding low-level identifier permanently assigned to the second mobile device, and a flag indicating whether the user of the second mobile device gives permission to be monitored for proximity co-presence; storing the low-level identifier, identity expression, and flag for later use by the first mobile device; the first mobile device using the short-range radio transceiver to monitor for proximity co-presence of the second mobile device by polling for the second mobile device using the low-level identifier of the second mobile device, but only if the stored flag indicates that the user of the second mobile device has granted permission to be monitored for proximity co-presence; during subsequent discovery or during the polling, receiving a changed identity expression of the user of the second mobile device; determining that the stored identity expression has been changed; and replacing the stored identity expression with the changed identity expression.
Universal joint comprising: - a first band, - a second band, the two bands (102a-b) being cylindrical bands coaxial with one another with respect to a common axis, the first band and the second band being separated by a slot, and - a first and a second torsion bar (106a-b) which extend inside the bands (102a-b) in a single plane P perpendicular to the common axis, and which are joined to one another; characterised in that the first and second torsion bar (106a-b) intersect at right angles at the common axis, each torsion bar (106a-b) having a first end and a second end, in which, for the first torsion bar, the first and second ends are joined to the first band, and in which, for the second torsion bar, the first and second ends are joined to the second band. - a first band, - a second band, the two bands (102a-b) being cylindrical bands coaxial with one another with respect to a common axis, the first band and the second band being separated by a slot, and - a first and a second torsion bar (106a-b) which extend inside the bands (102a-b) in a single plane P perpendicular to the common axis, and which are joined to one another; characterised in that the first and second torsion bar (106a-b) intersect at right angles at the common axis, each torsion bar (106a-b) having a first end and a second end, in which, for the first torsion bar, the first and second ends are joined to the first band, and in which, for the second torsion bar, the first and second ends are joined to the second band.
An energy storage device, comprising a housing, a jellyroll, a connecting sheet, and a top cover, the jellyroll and the connecting sheet are received within the housing, and the top cover seals the housing, wherein the jellyroll is provided with a tab, and the connecting sheet comprises a body part and a side wing part; the energy storage device further comprises a welding structure, which is composed of the tab and the side wing part, and is formed by welding; the tab comprises a plurality of tab sheets, a tab sheet of the plurality of tab sheets farthest from the side wing part is a first tab sheet, the welding structure forms a welding area on the first tab sheet; characterized in that an area of the welding area is S1, an area of the side wing part is S2, and a projection area of the first tab sheet on a plane where the side wing part is located is S3, wherein 0.4 ≤ 51/52 ≤ 0.8, 0.14 ≤ S1/S3 ≤ 0.28; in a thickness direction of the side wing part, there is an overlapping area between the side wing part and the first tab sheet, the welding area comprises a fixing welding area and a guiding welding area located in the overlapping area, and the fixing welding area and the guiding welding area are distributed along a length direction of the side wing part; an area of the fixing welding area is S11, an area of the guiding welding area is S12, and an area of the overlapping area is S4, wherein 5% ≤ S11/S4 ≤ 25% and 10% ≤ S12/S4 ≤ 90%. the jellyroll is provided with a tab, and the connecting sheet comprises a body part and a side wing part; the energy storage device further comprises a welding structure, which is composed of the tab and the side wing part, and is formed by welding; the tab comprises a plurality of tab sheets, a tab sheet of the plurality of tab sheets farthest from the side wing part is a first tab sheet, the welding structure forms a welding area on the first tab sheet; characterized in that an area of the welding area is S1, an area of the side wing part is S2, and a projection area of the first tab sheet on a plane where the side wing part is located is S3, wherein 0.4 ≤ 51/52 ≤ 0.8, 0.14 ≤ S1/S3 ≤ 0.28; in a thickness direction of the side wing part, there is an overlapping area between the side wing part and the first tab sheet, the welding area comprises a fixing welding area and a guiding welding area located in the overlapping area, and the fixing welding area and the guiding welding area are distributed along a length direction of the side wing part; an area of the fixing welding area is S11, an area of the guiding welding area is S12, and an area of the overlapping area is S4, wherein 5% ≤ S11/S4 ≤ 25% and 10% ≤ S12/S4 ≤ 90%.
Measuring device with a primary winding unit being feedable with a first current (I P) while forming a first magnetic field, an opposing field winding unit being feedable with a second current while forming a second magnetic field at least partially compensating the first magnetic field and a magnetic field measuring device for recording a total magnetic field being formed by the primary winding unit and the opposing field winding unit, wherein the opposing field winding unit comprises n individual opposing field windings (31,..., 3n) being magnetically connected to each other in series, wherein n is a natural number and ≥ 2, characterized in that the measuring device comprises an electricity supplying and limiting circuit device (6, 71;...; 6, 7n) being coupled with the magnet field measuring device, by which the opposing field windings (31,..., 3n) are supplied gradually one after the other with the second current, each up to a current threshold level being assigned to the respective opposing field winding unit, wherein each of the opposing field windings (31,..., 3n) implements one of n partial measuring ranges.
A forming mold for a substrate of an optical element used for measurements utilizing surface plasmon, wherein an Spc value of a molding surface for transferring a shape onto a surface of the substrate on a side facing an object to be measured is equal to or greater than 30 [1/mm] and equal to or less than 100 [1/mm], characterized in that the molding surface comprises a protective film formed from a material, selected from the group of chromium, chrome oxide, alumina and/or silicon carbide, and wherein on said surface of the protective film a release film formed from a silane coupling agent is provided.
A method performed by a processing system arranged to perform a first signal processing algorithm and a second signal processing algorithm, the method comprising: receiving sound at a plurality of discrete microphones (112, 114, 116, 118) arranged in a circular array, at least some of said microphones (112, 114, 116, 118) producing signals in response to said sound, performing the first signal processing algorithm on the signals produced when a direction of interest is one or more of a first set of directions relative to said array to isolate a first sound source therein; and performing the second signal processing algorithm on the signals produced when the direction of interest is one or more of a second set of directions relative to said array to isolate a second sound source therein, wherein the first processing algorithm comprises a broadside processing technique; and wherein the second processing algorithm comprises super-directive beamforming. receiving sound at a plurality of discrete microphones (112, 114, 116, 118) arranged in a circular array, at least some of said microphones (112, 114, 116, 118) producing signals in response to said sound, performing the first signal processing algorithm on the signals produced when a direction of interest is one or more of a first set of directions relative to said array to isolate a first sound source therein; and performing the second signal processing algorithm on the signals produced when the direction of interest is one or more of a second set of directions relative to said array to isolate a second sound source therein, wherein the first processing algorithm comprises a broadside processing technique; and wherein the second processing algorithm comprises super-directive beamforming.
An absorbent article including a liquid-permeable top sheet, a liquid-impermeable back sheet, and an absorbent body situated between the top sheet and the back sheet, wherein the absorbent body includes at least a hydrophilic fiber layer having a plurality of non-through slits and including hydrophilic fibers, the hydrophilic fiber layer has, on a side opposite a side with the slits, a plurality of recesses at locations corresponding to the plurality of non-through slits, in a thickness direction of the absorbent article, and the absorbent body comprises a synthetic fiber layer that is adjacent to the hydrophilic fiber layer and is made of synthetic fibers, the synthetic fiber layer having notched sections that communicate with the slits, at locations corresponding to each of the slits of the hydrophilic fiber layer in the thickness direction. the absorbent body includes at least a hydrophilic fiber layer having a plurality of non-through slits and including hydrophilic fibers, the hydrophilic fiber layer has, on a side opposite a side with the slits, a plurality of recesses at locations corresponding to the plurality of non-through slits, in a thickness direction of the absorbent article, and
A window plate for vehicle comprising: a metallic member (204, 304, 404, 504, 604) joined via a viscoelastic member (203, 303, 403, 503, 603) on a surface of the window plate, wherein the viscoelastic member and the metallic member cover at least a part of an end portion of the window plate, wherein the end portion of the window plate includes a part of the first surface near the end surface, a part of the second surface near the end surface, and the end surface, or wherein the viscoelastic member and the metallic member are arranged only in an inner region of the window plate, characterized in that the metallic member (204, 304, 404, 504, 604) and the window plate are electrically connected. a metallic member (204, 304, 404, 504, 604) joined via a viscoelastic member (203, 303, 403, 503, 603) on a surface of the window plate, wherein the viscoelastic member and the metallic member cover at least a part of an end portion of the window plate, wherein the end portion of the window plate includes a part of the first surface near the end surface, a part of the second surface near the end surface, and the end surface, or wherein the viscoelastic member and the metallic member are arranged only in an inner region of the window plate, characterized in that the metallic member (204, 304, 404, 504, 604) and the window plate are electrically connected.
A knotless suture anchor apparatus for anchoring a length of suture, the anchor comprising: an anchor body having a proximal end, a distal end, and a lumen opening at the proximal end such that a length of suture may be introduced into the lumen from the proximal end; a plurality of suture-locking elements (62a, 62b, 134) movable radially within the lumen from respective first positions to second positions, the locking elements (62a, 62b) in their first positions together defining at least one axial passage sized to permit axial movement of the length of suture therethrough, and in their second positions reducing the size of the passage so as to clamp the length of suture therein and restrict axial movement of the length of suture therethrough, and a suture-locking plug (68a, 68b, 140) that is axially displaceable within the lumen so as to contact at least one of the suture-locking elements to move it radially from its first to its second position. an anchor body having a proximal end, a distal end, and a lumen opening at the proximal end such that a length of suture may be introduced into the lumen from the proximal end; a plurality of suture-locking elements (62a, 62b, 134) movable radially within the lumen from respective first positions to second positions, the locking elements (62a, 62b) in their first positions together defining at least one axial passage sized to permit axial movement of the length of suture therethrough, and in their second positions reducing the size of the passage so as to clamp the length of suture therein and restrict axial movement of the length of suture therethrough, and a suture-locking plug (68a, 68b, 140) that is axially displaceable within the lumen so as to contact at least one of the suture-locking elements to move it radially from its first to its second position.
A machine for making liquid and/or semi-liquid products of the ice cream sector such as artisan gelato, sorbet, soft ice cream, comprising - a processing container forming a processing chamber for making an ice cream product; - a stirrer mounted inside the processing chamber; - a cooling system equipped with at least one heat exchanger associated with the processing container, for exchanging heat with the container and cooling the processing container; the machine being characterised in that it comprises - a unit for receiving and treating a capsule containing a basic preparation for an ice cream product, configured to allow the capsule to be compressed in such a way so as to deform lateral walls of the capsule and to squeeze the basic preparation out of the capsule and transfer it to the processing container, wherein the receiving and treating unit comprises a seat for loading the capsule and a dispensing unit equipped with at least one element of contact with an upper wall of the capsule which is movable between a spaced-apart position where it is spaced from the capsule and a contact and compression position where it compresses the upper wall of the capsule, wherein the unit for receiving and treating the capsule comprises also an actuator operatively coupled to the dispensing unit to move it between the spaced-apart position and the contact and compression position. - a device for injecting a dilution liquid, associated with the processing container, for injecting the dilution liquid into the processing container. - a processing container forming a processing chamber for making an ice cream product; - a stirrer mounted inside the processing chamber; - a cooling system equipped with at least one heat exchanger associated with the processing container, for exchanging heat with the container and cooling the processing container; the machine being characterised in that it comprises - a unit for receiving and treating a capsule containing a basic preparation for an ice cream product, configured to allow the capsule to be compressed in such a way so as to deform lateral walls of the capsule and to squeeze the basic preparation out of the capsule and transfer it to the processing container, wherein the receiving and treating unit comprises a seat for loading the capsule and a dispensing unit equipped with at least one element of contact with an upper wall of the capsule which is movable between a spaced-apart position where it is spaced from the capsule and a contact and compression position where it compresses the upper wall of the capsule, wherein the unit for receiving and treating the capsule comprises also an actuator operatively coupled to the dispensing unit to move it between the spaced-apart position and the contact and compression position. - a device for injecting a dilution liquid, associated with the processing container, for injecting the dilution liquid into the processing container.
A battery case shaping apparatus (200, 300, 400) comprising: a punch (210, 310, 410) configured to press a laminate sheet (205, 305, 405) in order to form a battery case; a die (220, 320, 420) forming an accommodation portion corresponding in size to an electrode assembly receiving portion formed by the punch (210, 310, 410); a holder (230, 330, 430) configured to fix an outer edge of the laminate sheet (205, 305, 405); and a current measurement portion configured to measure current between the punch and the die. a punch (210, 310, 410) configured to press a laminate sheet (205, 305, 405) in order to form a battery case; a die (220, 320, 420) forming an accommodation portion corresponding in size to an electrode assembly receiving portion formed by the punch (210, 310, 410); a holder (230, 330, 430) configured to fix an outer edge of the laminate sheet (205, 305, 405); and a current measurement portion configured to measure current between the punch and the die.
A fiber structure that comprises a multifilament of a light-emitting fiber in at least a part of the fiber structure, wherein the light-emitting fiber, comprising a core and a cladding and configured to emit light through a side surface of the fiber, is such that a resin used for the core is at least one selected from the group consisting of polymethyl methacrylate, polymethyl methacrylate copolymers, polystyrene, polycarbonates, polyorganosiloxanes, and norbornene, a resin used for the cladding is fluorine resin, and the light-emitting fiber has a fiber diameter of 95 μm or less, wherein the fiber structure is a woven or knitted fabric. a resin used for the core is at least one selected from the group consisting of polymethyl methacrylate, polymethyl methacrylate copolymers, polystyrene, polycarbonates, polyorganosiloxanes, and norbornene, a resin used for the cladding is fluorine resin, and the light-emitting fiber has a fiber diameter of 95 μm or less, wherein the fiber structure is a woven or knitted fabric.
An aerosol-forming article for use in an electrically heated aerosol-generating device, the aerosol-forming article comprising: a mouthpiece; an aerosol-forming substrate; and a plurality of magnetic particles comprising a magnetic material having a Curie temperature of between 60 degrees Celsius and 200 degrees Celsius. a mouthpiece; an aerosol-forming substrate; and a plurality of magnetic particles comprising a magnetic material having a Curie temperature of between 60 degrees Celsius and 200 degrees Celsius.
Active implantable medical device (AIMD) for implantation in a body of a patient, said AIMD comprising an encapsulation defining an inner space of volume (Vi) sealingly separated from an outer environment by walls defined by an inner surface defining the boundaries of the inner space and by an outer surface in contact with the outer environment, the outer surface being defined by a length (Lo) measured along a first axis, a width (Wo) measured along a second axis, and a height (Ho) measured along a third axis with X ⊥ Y ⊥ Z, wherein (a) the walls comprise a first main wall and a second main wall (1 b) facing one another and separated from one another by an inner height (Hi) of the inner space measured along the third axis, wherein the first and second main walls are defined as any wall portion which outer surface is planar or has a single or double curvature of radius of curvature of at least 100 mm, (b)the encapsulation comprises a housing formed by a first component and a second component both made of a single transparent ceramic material and hermetically joined to one another along a single interface to define the inner space hermetically sealed by the walls from the outer environment, (c) the inner space contains an electronic circuit board including a main source of light of a given wavelength range and/or a first photodetector for detecting a light of the given wavelength range, wherein the given wavelength range is comprised between 380 and 2200 nm, Characterized in that, the interface between the first and second components (2, 3) is formed by welding without addition of a third material, in that, the volume (Vi) of the inner space is at least 2 cm 3, in that, the first and second main walls have a mean thickness (t1a, t1b) comprised between 400 and 1200 μm, in that, the main source of light and/or the first photodetector face a light wall portion (1 Lt) of the first main wall, and in that, the light wall portion has a transmittance to a wavelength of 850 nm at room temperature of at least 75%, measured according to ASTM D1003-7. (a) the walls comprise a first main wall and a second main wall (1 b) facing one another and separated from one another by an inner height (Hi) of the inner space measured along the third axis, wherein the first and second main walls are defined as any wall portion which outer surface is planar or has a single or double curvature of radius of curvature of at least 100 mm, (b)the encapsulation comprises a housing formed by a first component and a second component both made of a single transparent ceramic material and hermetically joined to one another along a single interface to define the inner space hermetically sealed by the walls from the outer environment, (c) the inner space contains an electronic circuit board including a main source of light of a given wavelength range and/or a first photodetector for detecting a light of the given wavelength range, wherein the given wavelength range is comprised between 380 and 2200 nm,