mhurhangee/patent-ind-claim-en huggingface dataset:
A method by a server for establishing a wireless communication relationship between a first device and a second device using at least a portion of licensed radio spectrum, the method comprising: a) receiving a first validation request from the first device; b) transmitting a first validation response to one of the first and second devices if the first device holds a valid subscription to the portion of licensed radio spectrum; c) receiving a second validation request from the second device; and d) transmitting a second validation response to the other of the first and second devices if the second device holds a valid subscription to the portion of licensed radio spectrum; and e) levying charges against accounts associated with the first and second devices upon receipt of the first and second validation requests, respectively; wherein the first and second validation responses enable each of the first and second devices to exchange proof of validation messages before entering into the wireless communication relationship using the portion of licensed radio spectrum. a) receiving a first validation request from the first device; b) transmitting a first validation response to one of the first and second devices if the first device holds a valid subscription to the portion of licensed radio spectrum; c) receiving a second validation request from the second device; and d) transmitting a second validation response to the other of the first and second devices if the second device holds a valid subscription to the portion of licensed radio spectrum; and e) levying charges against accounts associated with the first and second devices upon receipt of the first and second validation requests, respectively;
A portable securing device comprising: an attachment means in the form of an adjustable strap, removably attachable to a mobility aid, wherein the adjustable strap is an elastic strap comprising a means for holding an accessory ; and a fastener including a clamp to be releasably affixable to a plurality of surfaces, the clamp comprising a rubber non-slip gripping portion operable to contact the plurality of surfaces, the fastener operable to be connected to the attachment means ; wherein the fastener is movable relative to the attachment means in at least two planes, wherein the means for holding an accessory comprises a sleeve with the accessory, wherein the accessory is selected from the group consisting of a battery operated light source, a GPS locator, and an alarm or a sound source. an attachment means in the form of an adjustable strap, removably attachable to a mobility aid, wherein the adjustable strap is an elastic strap comprising a means for holding an accessory ; and a fastener including a clamp to be releasably affixable to a plurality of surfaces, the clamp comprising a rubber non-slip gripping portion operable to contact the plurality of surfaces, the fastener operable to be connected to the attachment means ; wherein the fastener is movable relative to the attachment means in at least two planes, wherein the means for holding an accessory comprises a sleeve with the accessory, wherein the accessory is selected from the group consisting of a battery operated light source, a GPS locator, and an alarm or a sound source.
Fitting for a medical device suitable for a parenteral or enteral infusion and transfusion comprising a first hollow part (1 a ) adapted to connect with one of the tubes of a bag, a second hollow part (1 b ) suitable for being engaged with a cannula and a pierceable membrane adapted to separate the two parts (1 a , 1 b ) characterized in that: - the first part (1 a ), - the second part (1 b ), - the pierceable membrane , - and an aggregated movable cap (2, 2 a ) suitable for closing the aperture of the second part (1 b ) and joined to the fitting body by means of a union tab ( C ), are all molded together in a single piece. - the first part (1 a ), - the second part (1 b ), - the pierceable membrane , - and an aggregated movable cap (2, 2 a ) suitable for closing the aperture of the second part (1 b ) and joined to the fitting body by means of a union tab ( C ), are all molded together in a single piece.
A cable component, comprising: a main body, at least a part of the main body comprising: an insulation material; and one or more non-flammable portions formed of a non-fluoropolymer material, the one or more non-flammable portions disposed within the insulation material, wherein the one or more non-flammable portions comprise fiberglass, bunched fiberglass fibers, fiberglass yarn, fiberglass rovings, chopped fiberglass, woven fiberglass, basalt fibers, yarn, woven tape, or ceramic oxide fibers; wherein the main body comprises one of a plurality of arms or a tape; and wherein the one or more non-flammable portions comprise about 25% or more, by volume, of the cable component, are flexible, and reduce the quantity of insulation material of the main body. a main body, at least a part of the main body comprising: an insulation material; and one or more non-flammable portions formed of a non-fluoropolymer material, the one or more non-flammable portions disposed within the insulation material, wherein the one or more non-flammable portions comprise fiberglass, bunched fiberglass fibers, fiberglass yarn, fiberglass rovings, chopped fiberglass, woven fiberglass, basalt fibers, yarn, woven tape, or ceramic oxide fibers; an insulation material; and one or more non-flammable portions formed of a non-fluoropolymer material, the one or more non-flammable portions disposed within the insulation material, wherein the one or more non-flammable portions comprise fiberglass, bunched fiberglass fibers, fiberglass yarn, fiberglass rovings, chopped fiberglass, woven fiberglass, basalt fibers, yarn, woven tape, or ceramic oxide fibers; wherein the main body comprises one of a plurality of arms or a tape; and wherein the one or more non-flammable portions comprise about 25% or more, by volume, of the cable component, are flexible, and reduce the quantity of insulation material of the main body.
An intraocular lens, comprising: an optic including: an anterior surface defining an anterior side of the optic, and a posterior surface defining a posterior side of the optic, wherein the posterior surface opposes the anterior surface; a central optical zone disposed about the optical axis; and an attenuation optical zone disposed about the central optical zone, wherein the attenuation optical zone is contiguous with the central optical zone, and wherein optical power of the intraocular lens is gradually reduced within the attenuation optical zone; wherein the optic defines an edge arranged between the anterior and posterior surfaces , wherein the edge and the posterior surface form an angle (Θ), and wherein the angle (Θ) a of the edge is less than or equal to 90 degrees. an optic including: an anterior surface defining an anterior side of the optic, and a posterior surface defining a posterior side of the optic, wherein the posterior surface opposes the anterior surface; an anterior surface defining an anterior side of the optic, and a posterior surface defining a posterior side of the optic, wherein the posterior surface opposes the anterior surface; a central optical zone disposed about the optical axis; and an attenuation optical zone disposed about the central optical zone, wherein the attenuation optical zone is contiguous with the central optical zone, and wherein optical power of the intraocular lens is gradually reduced within the attenuation optical zone; wherein the optic defines an edge arranged between the anterior and posterior surfaces , wherein the edge and the posterior surface form an angle (Θ), and wherein the angle (Θ) a of the edge is less than or equal to 90 degrees.
A propeller fan , comprising: a boss ; and a plurality of blades arranged on an outer periphery of the boss , wherein a protruding portion is formed on a suction surface of at least one of the blades , wherein the protruding portion extends in a rotating direction at a position separated away from an outer peripheral edge of the blade , wherein the protruding portion comprises a radially-inner skirt portion and a radially-outer skirt portion respectively on a radially inner side and a radially outer side with an apex of the protruding portion being a boundary, wherein the radially-inner skirt portion and the radially-outer skirt portion each comprise a portion reduced in height as the portion is separated away from the apex in a radial direction, and wherein an inclination of the radially-inner skirt portion of the protruding portion is gentler than an inclination of the radially-outer skirt portion of the protruding portion , characterized in that a height of a portion closer to a trailing edge of the protruding portion reduces as it approaches from a forward side to a backward side in the rotating direction such that the protruding portion ends without reaching the trailing edge of the blade . a boss ; and a plurality of blades arranged on an outer periphery of the boss , wherein a protruding portion is formed on a suction surface of at least one of the blades , wherein the protruding portion extends in a rotating direction at a position separated away from an outer peripheral edge of the blade , wherein the protruding portion comprises a radially-inner skirt portion and a radially-outer skirt portion respectively on a radially inner side and a radially outer side with an apex of the protruding portion being a boundary, wherein the radially-inner skirt portion and the radially-outer skirt portion each comprise a portion reduced in height as the portion is separated away from the apex in a radial direction, and wherein an inclination of the radially-inner skirt portion of the protruding portion is gentler than an inclination of the radially-outer skirt portion of the protruding portion , characterized in that a height of a portion closer to a trailing edge of the protruding portion reduces as it approaches from a forward side to a backward side in the rotating direction such that the protruding portion ends without reaching the trailing edge of the blade .
A computer-implemented method comprising: receive, at a first entity operating asynchronous from a second entity , an input from a user interface (UI) manipulation of content, a first portion of the content presented in an application interface through which the UI manipulation is made; determine, at the first entity based on the input and bounds of the content, a position in the content at which a second portion of the content is associated, display of the second portion of the content in the application interface being responsive to the UI manipulation; and provide the position to a third entity having access to pre-rendered content prepared by the second entity, the pre-rendered content including at least the second portion of the content effective to enable the third entity to display, based on the position, the second portion of the content in the application interface in response to the UI manipulation; wherein providing the position after receiving the input is performed at a faster rate than a refresh rate of a display used for displaying the content; receive, at a first entity operating asynchronous from a second entity , an input from a user interface (UI) manipulation of content, a first portion of the content presented in an application interface through which the UI manipulation is made; determine, at the first entity based on the input and bounds of the content, a position in the content at which a second portion of the content is associated, display of the second portion of the content in the application interface being responsive to the UI manipulation; and provide the position to a third entity having access to pre-rendered content prepared by the second entity, the pre-rendered content including at least the second portion of the content effective to enable the third entity to display, based on the position, the second portion of the content in the application interface in response to the UI manipulation; wherein providing the position after receiving the input is performed at a faster rate than a refresh rate of a display used for displaying the content;
Pedicle screw system , comprising a pedicle screw having a screw shaft with an external thread and having a screw head supported on the screw shaft in a ball-and-socket joint relationship therewith, which screw head comprises a connecting element receptacle for a connecting element of a spinal stabilization system , the pedicle screw system further comprising a bone alignment device and a coupling device for force-locking coupling and/or form-locking coupling of the bone alignment device and the screw shaft when in an alignment position, wherein the bone alignment device is configured in the form of a bone plate , wherein the coupling device comprises first and second coupling elements which are in force-locking engagement and/or form-locking engagement when in the alignment position and are arranged or formed on the bone alignment device on the one hand and the screw shaft on the other, wherein the first coupling element is configured in the form of a coupling projection and wherein the second coupling element is configured in the form of a coupling receptacle corresponding to the coupling projection , characterized in that the coupling projection engages in the coupling receptacle in a form-locking manner or in an essentially form-locking manner when in the alignment position, in that the coupling projection is configured in the form of an annular flange , in that the coupling receptacle is configured in the form of a recess of the bone alignment device , in that the bone alignment device has at least one coupling device for temporary force-locking coupling and/or temporary form-locking coupling with an alignment instrument in a coupling position, in that the coupling device has at least one coupling element for force-locking coupling and/or form-locking coupling with the alignment instrument in a coupling position, in that the at least one coupling element is configured in the form of a coupling projection and/or in the form of a coupling recess , in that the at least one coupling element comprises a thread , particularly an external thread or an internal thread , or is configured in the form of a latch element, in that the pedicle screw system comprises an alignment instrument for temporary force-locking coupling and/or temporary form-locking coupling with the coupling device and in that the alignment instrument comprises on the distal side thereof a coupling end for force-locking coupling and/or form-locking coupling with the coupling device .
An absorbent article comprising a wearer-facing surface and an opposite garment-facing surface, the absorbent article further comprising a liquid pervious topsheet , a liquid impervious backsheet , and an absorbent core disposed between the topsheet and the backsheet , wherein the topsheet comprises a nonwoven substrate comprising cellulose-based fibers, a first surface and an opposite second surface , the first surface of the nonwoven substrate forming at least part of the wearer-facing surface wherein the first surface comprises a first area having a first contact angle no less than 100°, as measured by Contact Angle Test, and the second surface comprises a second area having a second contact angle no less than 82°, as measured by Contact Angle Test, the second contact angle being smaller than the first contact angle, and wherein a difference between the first contact angle and the second contact angle is in the range of 15° to 45°, wherein the first surface comprises a first treatment composition, and wherein the second surface comprises a second treatment composition which is the same as the first treatment composition. wherein the topsheet comprises a nonwoven substrate comprising cellulose-based fibers, a first surface and an opposite second surface , the first surface of the nonwoven substrate forming at least part of the wearer-facing surface wherein the first surface comprises a first area having a first contact angle no less than 100°, as measured by Contact Angle Test, and the second surface comprises a second area having a second contact angle no less than 82°, as measured by Contact Angle Test, the second contact angle being smaller than the first contact angle, and wherein a difference between the first contact angle and the second contact angle is in the range of 15° to 45°, wherein the first surface comprises a first treatment composition, and wherein the second surface comprises a second treatment composition which is the same as the first treatment composition.
A work vehicle comprising: a vehicle body ; a first obstruction detector configured to detect an obstruction based on a radar signal from a laser radar unit of the vehicle; a second obstruction detector configured to detect the obstruction based on a sensor signal from an ultrasonic sensor unit of the vehicle; characterized by a measurement environment determiner configured to determine whether a measurement environment around the laser radar unit is normal or abnormal at a level that an erroneous detection , i.e. a detection as if an obstruction is present, may occur due to occurrence of mist, rain or dust for example; a vehicle speed manager configured to manage a first vehicle speed allowing, in response to obstruction detection by the first obstruction detector , the vehicle body to stop in front of the obstruction, and a second vehicle speed allowing, in response to obstruction detection by the second obstruction detector , the vehicle body to stop in front of the obstruction, the second vehicle speed being slower than the first vehicle speed; and a travel controller configured to cause, while the vehicle body is caused to travel at the first vehicle speed, when the measurement environment determiner determines that the measurement environment is abnormal, the vehicle body to travel at the second vehicle speed. a vehicle body ; a first obstruction detector configured to detect an obstruction based on a radar signal from a laser radar unit of the vehicle; a second obstruction detector configured to detect the obstruction based on a sensor signal from an ultrasonic sensor unit of the vehicle; characterized by a measurement environment determiner configured to determine whether a measurement environment around the laser radar unit is normal or abnormal at a level that an erroneous detection , i.e. a detection as if an obstruction is present, may occur due to occurrence of mist, rain or dust for example; a vehicle speed manager configured to manage a first vehicle speed allowing, in response to obstruction detection by the first obstruction detector , the vehicle body to stop in front of the obstruction, and a second vehicle speed allowing, in response to obstruction detection by the second obstruction detector , the vehicle body to stop in front of the obstruction, the second vehicle speed being slower than the first vehicle speed; and a travel controller configured to cause, while the vehicle body is caused to travel at the first vehicle speed, when the measurement environment determiner determines that the measurement environment is abnormal, the vehicle body to travel at the second vehicle speed.
Oral composition comprising an active ingredient and pharmaceutically acceptable excipients, wherein the active ingredient is β-escin, for use in treatment of overweight and obesity, wherein the composition is for administration up to five times per day, preferably up to three times per day, most preferably once a day, during or after a meal, and wherein daily dose of β-escin amounts from 2,5 mg to 8,5 mg.
An electronic device comprising: a first camera configured to capture a first image of a first environment including the photograph taker, a second camera on an opposite surface of the electronic device to that of the first camera and configured to capture a second image of a second environment including an object at the same or similar time as the first image is captured by the first camera, a display and a processing circuitry configured to receive the first image and the second image, the first image comprising an image of the photograph taker and the second image comprising an image of the object; and a depth sensor configured to acquire distance information from the second camera to the object; wherein the processing circuitry is configured to: determine a first depth position of the image of the object in the second image based on the distance information, generate a third image by inserting the image of the photograph taker into the second image at a second depth position determined based on the first depth position of the object, and display the third image on the display . a first camera configured to capture a first image of a first environment including the photograph taker, a second camera on an opposite surface of the electronic device to that of the first camera and configured to capture a second image of a second environment including an object at the same or similar time as the first image is captured by the first camera, a display and a processing circuitry configured to receive the first image and the second image, the first image comprising an image of the photograph taker and the second image comprising an image of the object; and a depth sensor configured to acquire distance information from the second camera to the object; wherein the processing circuitry is configured to: determine a first depth position of the image of the object in the second image based on the distance information, generate a third image by inserting the image of the photograph taker into the second image at a second depth position determined based on the first depth position of the object, and display the third image on the display . determine a first depth position of the image of the object in the second image based on the distance information, generate a third image by inserting the image of the photograph taker into the second image at a second depth position determined based on the first depth position of the object, and display the third image on the display .
A device for carrying out bending tests on slab-shaped or beam-shaped specimens , in which two rotary drives are disposed at a mutual spacing and one flange is in each case fastened to the mutually parallel aligned drive shafts of the rotary drives, and at least two bar-shaped bending elements that are aligned so as to be parallel to the rotation axis of the respective drive shaft and at a spacing from the rotation axis and at a mutual spacing are in each case present on the flanges , wherein one slab-shaped or beam-shaped specimen is in each case introducible between the two bar-shaped bending elements at the two flanges , and bending forces are exerted on the specimen in a rotation of the rotary drives in opposite rotation directions, characterized in that each of the two rotary drives is individually actuatable and is connected to an electronic open-loop or closed-loop control unit.