mhurhangee/ep-ind-claims huggingface dataset:
An electronic device (101, 201, 400, 900) comprising: - a display (160, 260, 410, 415, 540, 740, 840, 910, 1040) including a region defined as a fingerprint sensing region; - a biometric sensor (430, 650, 920) disposed under the fingerprint sensing region of the display; and - a processor (210, 610, 620, 930) operatively coupled to the display and the biometric sensor, wherein the processor is configured to: - activate, at least one predetermined pixel to emit light (745, 1121, 1122, 1123, 1124, 1233, 1234) among pixels of the display included in the fingerprint sensing region and peripheral regions thereof, - acquire, through the biometric sensor, an image of the at least one predetermined activated pixel by receiving the light emitted by the at least one predetermined activated pixel, and - identify a position of the biometric sensor disposed under the fingerprint sensing region of the display by comparing the image of the at least one predetermined activated pixel acquired by the biometric sensor with a pre-stored reference image of the at least one predetermined pixel acquired by the biometric sensor, based on positions of the at least one predetermined activated pixel in the acquired image and in the pre-stored reference image, - redefine a position of a region of the display as the fingerprint sensing region based on a change amount of the position of the biometric sensor based on the comparing. - a display (160, 260, 410, 415, 540, 740, 840, 910, 1040) including a region defined as a fingerprint sensing region; - a biometric sensor (430, 650, 920) disposed under the fingerprint sensing region of the display; and - a processor (210, 610, 620, 930) operatively coupled to the display and the biometric sensor, - activate, at least one predetermined pixel to emit light (745, 1121, 1122, 1123, 1124, 1233, 1234) among pixels of the display included in the fingerprint sensing region and peripheral regions thereof, - acquire, through the biometric sensor, an image of the at least one predetermined activated pixel by receiving the light emitted by the at least one predetermined activated pixel, and - identify a position of the biometric sensor disposed under the fingerprint sensing region of the display by comparing the image of the at least one predetermined activated pixel acquired by the biometric sensor with a pre-stored reference image of the at least one predetermined pixel acquired by the biometric sensor, based on positions of the at least one predetermined activated pixel in the acquired image and in the pre-stored reference image, - redefine a position of a region of the display as the fingerprint sensing region based on a change amount of the position of the biometric sensor based on the comparing.
Transfer device for wrapping machines for confectionery products, comprising an oscillating arm on a vertical plane; first kinematic means suitable for alternately driving said oscillating arm between a lowered position for gripping the products to be transferred and a raised position for releasing said products; an orientation member rotatably brought on said oscillating arm, said orientation member being rotatable about a vertical axis; a gripping member of single products to be transferred, having substantially the shape of a gripper, carried by said orientation member and provided with a pair of lever members (7, 8) bearing respective jaws (18, 19) of said gripper, said lever members (7, 8) being pivoted on said orientation member according to vertical axes of rotation (B, C); second kinematic means suitable for actuating the angular rotation of said lever members (7, 8) between a configuration for gripping said single products to be transferred and a configuration for releasing the same products; characterized in that said transfer device comprises third kinematic means suitable for actuating the angular rotation of said orientation member according to said vertical axis for carrying out, in a suitable phase relation with said alternating motion of said oscillating arm, the axial rotation of said products from a first pickup position in correspondence with a pickup area to a second release position in correspondence with a release area, said second release position being rotated by a predetermined angle with respect to said first position.
An apparatus for removing magnetic particles from a liquid or slurry; the apparatus comprising: an endless chain consisting of a plurality of units linked together, the plurality of units comprising a plurality of magnetic field generation units to attract magnetic particles and one or more non-magnetic units arranged to provide breaks in the magnetic field to allow the attracted magnetic particles to be released; an enclosing means (22a-22d) for preventing contact of magnetic particles with the magnetic field generation units; drive means to circulate the endless chain within its enclosing means (22a-22d); and collection means to collect the magnetic particles; wherein the enclosing means (22a-22d) is a pipe (22a-22d) associated with the endless chain and is configured to be located in the liquid or slurry; wherein the drive means is configured to circulate the endless chain within the pipe (22a-22d) by drawing the endless chain through the pipe (22a-22d); wherein the plurality of magnetic field generation units is configured to direct magnetic flux out of the pipe (22a-22d) to attract magnetic particles to the outside of the pipe (22a-22d); wherein the endless chain is configured to draw the magnetic particles along the outside of the pipe (22a-22d) to the collection means; and wherein the plurality of magnetic field generation units comprises one or more groups of two or more adjacent magnetic field generation units linked together. an endless chain consisting of a plurality of units linked together, the plurality of units comprising a plurality of magnetic field generation units to attract magnetic particles and one or more non-magnetic units arranged to provide breaks in the magnetic field to allow the attracted magnetic particles to be released; an enclosing means (22a-22d) for preventing contact of magnetic particles with the magnetic field generation units; drive means to circulate the endless chain within its enclosing means (22a-22d); and collection means to collect the magnetic particles; wherein the enclosing means (22a-22d) is a pipe (22a-22d) associated with the endless chain and is configured to be located in the liquid or slurry; wherein the drive means is configured to circulate the endless chain within the pipe (22a-22d) by drawing the endless chain through the pipe (22a-22d); wherein the plurality of magnetic field generation units is configured to direct magnetic flux out of the pipe (22a-22d) to attract magnetic particles to the outside of the pipe (22a-22d); wherein the endless chain is configured to draw the magnetic particles along the outside of the pipe (22a-22d) to the collection means; and wherein the plurality of magnetic field generation units comprises one or more groups of two or more adjacent magnetic field generation units linked together.
A valve actuator having an electric drive motor with a motor shaft and having an output shaft linked to the motor shaft to drive movement of a valve, the actuator further having a control system arranged to provide a first closed loop control of the actuator output shaft and including a controller coupled to a first position sensor to sense the position of the actuator output shaft, and to a second position sensor to sense the position of the motor shaft and to enable determination of the speed of the motor shaft, the control system being configured to respond to sensed signals from the first and second sensors and adjust the motor speed/position accordingly, and wherein the controller or a processor of or coupled to the actuator in use is configured to measure the backlash within a mechanical drive train coupling the motor to the output shaft by reference to the amount of change in position of the second sensor to start to move the first sensor when reversing direction.
Device comprising a transmission assembly having a first override clutch, in particular for transmitting a torque, which has a first coupling partner and a second coupling partner that engage or disengage depending on a change in a load flow between the coupling partners (17a, 17b), wherein the first override clutch is assigned a freewheeling member which in particular temporarily neutralizes an engagement of the coupling partners (17a, 17b), characterized in that an elastic connection of one coupling partner (17a, 17b) to a further transmission element is formed by way of the freewheeling member.
A light-emitting device, comprising: - a light-emitting element having an emission peak in a wavelength range of 420 nm to less than 500 nm, and - a phosphor layer containing, as a red phosphor, a nitride phosphor that is activated with Eu 2+ and has an emission peak in a wavelength range of 600 nm to less than 660 nm, the phosphor being excited with light emitted by the light-emitting element to emit light, and the light-emitting device containing at least light-emitting component light emitted by the red phosphor as output light, wherein the phosphor layer further contains a green phosphor activated with Eu 2+ or Ce 3+ that has an emission peak in a wavelength range of 500 nm to less than 560 nm, and wherein the red phosphor is a phosphor obtained by adding Eu 2+, as a luminescent center ion, to a phosphor host containing a compound represented by a chemical formula (M 1-x Eu x)AlSiN 3 as a main component, wherein the M is at least one selected from Mg, Ca, Sr, Ba, and Zn, and the "x" is a numerical value satisfying 0.005 ≤ x ≤ 0.3. and wherein the green phosphor has an excitation peak on a longest wavelength side of an excitation spectrum in a wavelength range of less than 420 nm, and is excited with light emitted by the light-emitting element to emit light. - a light-emitting element having an emission peak in a wavelength range of 420 nm to less than 500 nm, and - a phosphor layer containing, as a red phosphor, a nitride phosphor that is activated with Eu 2+ and has an emission peak in a wavelength range of 600 nm to less than 660 nm,
A gateway apparatus adapted to connect a base station and a core network apparatus, wherein-said gateway apparatus comprises: a reception unit that receives a first message that is transmitted from said core network apparatus and that contains information indicating that a call type of a call originated by a mobile station is an emergency call, and a control unit that compares the call type of the first message with a Registration Cause parameter included in a second message received from the base station. a reception unit that receives a first message that is transmitted from said core network apparatus and that contains information indicating that a call type of a call originated by a mobile station is an emergency call, and a control unit that compares the call type of the first message with a Registration Cause parameter included in a second message received from the base station.
A prosthetic heart valve, comprising: an expandable support stent having a first end portion, a second end portion and a mid-portion, wherein the support stent is configured to be radially expandable from a first, crimped configuration for catheterization into a patient's body to a second, expanded configuration; and a valve assembly having an inlet end, an outlet end, and a plurality of leaflets, wherein the valve assembly is supported in the support stent, wherein the leaflets are configured to permit blood to flow through the valve assembly in a direction from the first end portion to the second end portion of the frame and block the flow of blood in the reverse direction; characterised in that the first and second end portions are narrow as compared to the mid-portion, the valve is positioned in the mid-portion and is attached to stent supports by a connecting membrane, and an annular space is defined between an interior of the support stent and the valve assembly when the support stent is in the second configuration, the annular space being filled with sealing material to prevent flow around the valve assembly. an expandable support stent having a first end portion, a second end portion and a mid-portion, wherein the support stent is configured to be radially expandable from a first, crimped configuration for catheterization into a patient's body to a second, expanded configuration; and a valve assembly having an inlet end, an outlet end, and a plurality of leaflets, wherein the valve assembly is supported in the support stent, wherein the leaflets are configured to permit blood to flow through the valve assembly in a direction from the first end portion to the second end portion of the frame and block the flow of blood in the reverse direction; characterised in that the first and second end portions are narrow as compared to the mid-portion, the valve is positioned in the mid-portion and is attached to stent supports by a connecting membrane, and an annular space is defined between an interior of the support stent and the valve assembly when the support stent is in the second configuration, the annular space being filled with sealing material to prevent flow around the valve assembly.
An electret web comprising: a thermoplastic resin; and a charge-enhancing additive comprising a fused aromatic thiourea, a fused aromatic urea compound, or a combination thereof. a thermoplastic resin; and a charge-enhancing additive comprising a fused aromatic thiourea, a fused aromatic urea compound, or a combination thereof.
Cogset for a bicycle rear wheel, adapted for being mounted coaxially on a sprocket-carrying body, comprising a total of 12, 13 or 14 axially adjacent sprockets (21a, 21b, 21c, 22a, 22b, 22c, 23, 24, 25, 26a, 26b, 26c; 126a, 126b, 126c, 126d) arranged from a first sprocket (26c; 126d) having minimum number of teeth to a last sprocket having maximum number of teeth, wherein the first n sprockets (26c, 26b, 26a; 126d, 126c, 126b, 126a) with 6 ≥ n ≥ 3 are fixedly connected to one another so as to form a monolithic set (26; 126), and wherein the monolithic set (26; 126) is adapted for being directly in shape engagement on a coupling profile formed on the radially peripheral surface of the sprocket-carrying body through a coupling profile (32; 132) formed on the radially inner surface of at least the largest sprocket (26a; 126a, 126b) of the monolithic set, whereas the smallest sprockets (26b, 26c; 126c, 126d) of the monolithic set (26; 126) remain axially canti-levered, said coupling profile comprising - at the largest sprocket (26a; 126a, 126b) of the monolithic set (26; 126) - projections facing radially inwards, to constitute an inner shape coupling profile formed on the radially inner surface of the largest sprocket (26a; 126a, 126b), wherein the coupling profile formed by the projections has a shape corresponding to the shape of a coupling profile formed by grooves on the radially peripheral surface of the sprocket-carrying body, characterized in that the monolithic set (26; 126) is apt to be mounted partially slotted onto the sprocket-carrying body, with the projections engaging in the grooves.
A method for manufacturing a structured thin film, involving: a) applying at least one sacrificial layer structure to a substrate; b) applying a functional layer to the substrate using a thin film technique, wherein the functional layer covers at least some regions of the substrate and covers at least some regions of the sacrificial layer structure; and c) removing the sacrificial layer structure from the substrate by means of a jet of liquid, d) wherein the sacrificial layer structure is formed to be porous in at least some regions and is removed in a purely mechanical way by means of the jet of liquid. a) applying at least one sacrificial layer structure to a substrate; b) applying a functional layer to the substrate using a thin film technique, wherein the functional layer covers at least some regions of the substrate and covers at least some regions of the sacrificial layer structure; and c) removing the sacrificial layer structure from the substrate by means of a jet of liquid, d) wherein the sacrificial layer structure is formed to be porous in at least some regions and is removed in a purely mechanical way by means of the jet of liquid.
Apparatus for securing together two closure members (2, 3)which are slidable within a frame towards and away from each other to provide a respective open and closed mode, comprising securing devices (4, 5) adapted to secure the members (2, 3) in a closed mode, a control unit adapted to operate the securing devices (4, 5), a keeper element,,(503 mountable on a lintel of the frame of the apparatus and comprising a channel section member; and a security device which is adapted to be releasably engagable with the keeper element in the closed mode to maintain engagement of one of the slidable closure members (2, 3) with the frame, characterised in that in use the channel section member is open upwardly and the device comprises a bracket securable to an upper trailing edge of the closure member (2, 3) and an extension that is adapted to be received in the channel section member in the closed mode to thereby provide a positive engagement between the frame and the upper edge of the closure member (2, 3). securing devices (4, 5) adapted to secure the members (2, 3) in a closed mode, a control unit adapted to operate the securing devices (4, 5), a keeper element,,(503 mountable on a lintel of the frame of the apparatus and comprising a channel section member; and a security device which is adapted to be releasably engagable with the keeper element in the closed mode to maintain engagement of one of the slidable closure members (2, 3) with the frame, characterised in that in use the channel section member is open upwardly and the device comprises a bracket securable to an upper trailing edge of the closure member (2, 3) and an extension that is adapted to be received in the channel section member in the closed mode to thereby provide a positive engagement between the frame and the upper edge of the closure member (2, 3).
An implantable and insertable medical device for electrical stimulation comprising: an internal member selected from an elongated conductor and an electronic signal generating component; and a first insulating region disposed over said internal member, wherein said first insulating region comprises first and second copolymers that comprise styrene and isobutylene, wherein the first copolymer has a styrene content that ranges from 15 to 21 mol %, and wherein the second copolymer has a styrene content that ranges from 22 to 50 mol %. an internal member selected from an elongated conductor and an electronic signal generating component; and a first insulating region disposed over said internal member, wherein said first insulating region comprises first and second copolymers that comprise styrene and isobutylene, wherein the first copolymer has a styrene content that ranges from 15 to 21 mol %, and wherein the second copolymer has a styrene content that ranges from 22 to 50 mol %.
A bone anchor system comprising: a fastener (506/606) comprising: a shaft having a shaft diameter; an anchoring projection on the shaft; and a head at an end of the shaft; a rod housing (504/604) connected to the head of the fastener; and characterised in that the bone anchor system comprises a first directional component (502/502B/602/602B) configured for connection to the fastener, the first directional component comprising: a first body portion (508/608) having a first outer diameter larger than the shaft diameter; a first bore (528/628) extending through the first body portion, the first bore sized to receive the shaft diameter; and a first locking component (510/610) integral with and extending from the first body portion (508/608) configured to engage one or more exterior surfaces of the rod housing to limit movement of the housing. a fastener (506/606) comprising: a shaft having a shaft diameter; an anchoring projection on the shaft; and a head at an end of the shaft; a shaft having a shaft diameter; an anchoring projection on the shaft; and a head at an end of the shaft; a rod housing (504/604) connected to the head of the fastener; and characterised in that the bone anchor system comprises a first directional component (502/502B/602/602B) configured for connection to the fastener, the first directional component comprising: a first body portion (508/608) having a first outer diameter larger than the shaft diameter; a first bore (528/628) extending through the first body portion, the first bore sized to receive the shaft diameter; and a first locking component (510/610) integral with and extending from the first body portion (508/608) configured to engage one or more exterior surfaces of the rod housing to limit movement of the housing. a first body portion (508/608) having a first outer diameter larger than the shaft diameter; a first bore (528/628) extending through the first body portion, the first bore sized to receive the shaft diameter; and a first locking component (510/610) integral with and extending from the first body portion (508/608) configured to engage one or more exterior surfaces of the rod housing to limit movement of the housing.
A device for fastening a rail to a carrier, wherein the device has a first fastening element that is anchorable on the carrier and a second fastening element that is anchorable on the carrier and has a support surface for a rail foot, wherein the first and the second fastening element (9, 10) each have a contact face (14, 15) which is formed in a concave manner in the case of the first fastening element and is formed in a mating convex manner in the case of the second fastening element, wherein the first fastening element has a circular opening for a fastening element in the form in particular of a bolt, characterized in that the first fastening element has on its underside a protrusion that is insertable into an undercut groove of the carrier.
Motor vehicle, comprising at least one linear lighting means (2, 3, 4, 5, 6, 7, 8, 9, 10) for the direct and/or indirect illumination of a vehicle interior, which extends at least in sections horizontally along at least one component of the motor vehicle, wherein the lighting means (2, 3, 4, 5, 6, 7, 8, 9, 10) is divided horizontally into several light segments (15, 17, 19, 28, 29, 30), which have in each case a fixedly predetermined radiation profile, wherein the motor vehicle comprises a position determining device for determining an ego position of the motor vehicle, wherein the light segments (15, 17, 19, 28, 29, 30) are able to be controlled separately by a control device of the motor vehicle depending on a distance information for the specification of a light intensity and/or a light colour of the light segments (15, 17, 19, 28, 29, 30), wherein by means of the control device a first light intensity and/or light colour can be predetermined for at least one group (16, 18) of horizontally adjacent light segments and a different second light intensity and/or light colour for at least one light segment horizontally adjacent to the group (16, 18), characterised in that the distance information describes a spatial or a projected temporal distance between the ego position and a predetermined target location, wherein the number of the light segments (15, 17, 19, 28, 29, 30) in the group (16, 18) is predetermined depending on the distance information, and that by means of the control device, depending on an operating input and/or a target parameter concerning the target location, a horizontal position of the group (16, 18) is predetermined on the one lighting means (2, 3, 4, 5, 6, 7, 8, 9, 10) or a plurality of lighting means (2, 3, 4, 5, 6, 7, 8, 9, 10).