mhurhangee/ep-ind-claims huggingface dataset:
A system for providing a self-centering reusable anchor location within a wellbore, the system comprising: an extreme range anchor, comprising: a first extending assembly configured to engage the wellbore, the first extending assembly comprising: a first set of arms connected to a first brace; a second set of arms connected to a second brace; and a set of footplates, wherein each footplate in the set of footplates is connected at a first side to the first set of arms and connected at a second side to the second set of arms, and wherein each footplate comprises a fixator coupled to a radially external face and configured to securely engage the wellbore; and a pull rod rigidly coupled to the first brace and slidably connected to the second brace, wherein the pull rod is configured to move in an axial direction to shorten a distance between the first brace and the second brace and force the first and second sets of arms (24a, 24b) to move the set of footplates in a radial direction toward the wellbore. a first extending assembly configured to engage the wellbore, the first extending assembly comprising: a first set of arms connected to a first brace; a second set of arms connected to a second brace; and a set of footplates, wherein each footplate in the set of footplates is connected at a first side to the first set of arms and connected at a second side to the second set of arms, and wherein each footplate comprises a fixator coupled to a radially external face and configured to securely engage the wellbore; and a first set of arms connected to a first brace; a second set of arms connected to a second brace; and a set of footplates, wherein each footplate in the set of footplates is connected at a first side to the first set of arms and connected at a second side to the second set of arms, and wherein each footplate comprises a fixator coupled to a radially external face and configured to securely engage the wellbore; and a pull rod rigidly coupled to the first brace and slidably connected to the second brace, wherein the pull rod is configured to move in an axial direction to shorten a distance between the first brace and the second brace and force the first and second sets of arms (24a, 24b) to move the set of footplates in a radial direction toward the wellbore.
Metal interference pigments comprising aluminum platelets having an average thickness in the range of from 5 nm to 600 nm, which are optionally passivated and which are coated with a layer A and a layer B in this order, wherein layer A is composed of silicon dioxide and layer B is composed of iron oxide doped with a dopant element selected from the group consisting of tungsten, indium, gallium and titanium, wherein the molar fraction of the dopant element in layer B, based on the total molar amount of iron and the dopant element, is from 0.5 mol% to 10 mol%, and wherein 60 to 85 parts by mass of iron oxide, based on 10 parts by mass of aluminum, are present in the metal interference pigments. wherein layer A is composed of silicon dioxide and layer B is composed of iron oxide doped with a dopant element selected from the group consisting of tungsten, indium, gallium and titanium, wherein the molar fraction of the dopant element in layer B, based on the total molar amount of iron and the dopant element, is from 0.5 mol% to 10 mol%, and wherein 60 to 85 parts by mass of iron oxide, based on 10 parts by mass of aluminum, are present in the metal interference pigments.
A mobile communication method for transmitting an enhanced dedicated physical data channel (E-DPDCH) from a mobile station to a radio base station (Node B), comprising the steps of: step A of transmitting, from the mobile station, a dedicated physical control channel to which a retransmission control processing is not applied, at a predetermined cycle, with a transmission power determined based on transmission power control information received from the radio base station; and step B of transmitting, from the mobile station, the enhanced dedicated physical data channel (E-DPDCH), formed of a control header, a transmission data block and an error detection code, at a predetermined cycle, with a transmission power having a predetermined offset relative to a transmission power of the dedicated physical control channel; characterized in that in step B, transmitting, from the mobile station, the enhanced dedicated physical data channel (E-DPDCH) formed only of the control header and the error detection code without including the transmission data block, when there is no transmission data block that should be transmitted. step A of transmitting, from the mobile station, a dedicated physical control channel to which a retransmission control processing is not applied, at a predetermined cycle, with a transmission power determined based on transmission power control information received from the radio base station; and step B of transmitting, from the mobile station, the enhanced dedicated physical data channel (E-DPDCH), formed of a control header, a transmission data block and an error detection code, at a predetermined cycle, with a transmission power having a predetermined offset relative to a transmission power of the dedicated physical control channel; characterized in that in step B, transmitting, from the mobile station, the enhanced dedicated physical data channel (E-DPDCH) formed only of the control header and the error detection code without including the transmission data block, when there is no transmission data block that should be transmitted.
A device for feeding colour chips to be applied to a backing, comprising: - storage means comprising one or more compartments for storing one or more corresponding groups of colour chips; - means for collecting and delivering colour chips, which are selectively movable from a collection position adjacent to the storage means, for collecting a colour chip from each of the groups of colour chips, to a delivery position remote from the storage means; - each compartment of the one or more compartments comprising an inner wall which defines an inner cavity with an end opening from which, during operation, the collecting and delivery means in the collection position collect one colour chip at a time. - the inner wall of each compartment comprising at least one inclined supporting wall portion, adjacent to the end opening, which, during operation, supports at least the colour chips which are collected by the collecting and delivery means in the collection position. - storage means comprising one or more compartments for storing one or more corresponding groups of colour chips; - means for collecting and delivering colour chips, which are selectively movable from a collection position adjacent to the storage means, for collecting a colour chip from each of the groups of colour chips, to a delivery position remote from the storage means; - each compartment of the one or more compartments comprising an inner wall which defines an inner cavity with an end opening from which, during operation, the collecting and delivery means in the collection position collect one colour chip at a time. - the inner wall of each compartment comprising at least one inclined supporting wall portion, adjacent to the end opening, which, during operation, supports at least the colour chips which are collected by the collecting and delivery means in the collection position.
A compound of formula: or a salt thereof, wherein: A is selected from aryl, heteroaryl, and heterocyclyl, each of which may be optionally substituted with 1, 2, or 3 substituents; R 1 is C 6 -C 20 alkyl; R 2 is selected from hydrogen and -COOH; and n is 1 or 2. A is selected from aryl, heteroaryl, and heterocyclyl, each of which may be optionally substituted with 1, 2, or 3 substituents; R 1 is C 6 -C 20 alkyl; R 2 is selected from hydrogen and -COOH; and n is 1 or 2.
A topical pharmaceutical composition comprising a hydrophobic composition in admixture with a hydrophilic composition, wherein the hydrophobic composition comprises a nitric oxide-releasing compound having a diazeniumdiolate functional group, and wherein the hydrophilic composition is a hydrogel having a pH in a range of 4 to 6 and the hydrogel comprises a buffer.
A mobile terminal (200; 300; 400; 500) having a front surface, a rear surface, and side surfaces, the mobile terminal comprising: a cover glass (251a; 351a; 403; 551a) allowing transmission of a radio wave therethrough; a case comprising a metal rim (206; 306; 406; 506) shaped to form an appearance of a top or bottom of the mobile terminal (200; 300; 400; 500); and an antenna (210; 310; 410; 510) comprising a plurality of arrayed antenna patterns (211; 311; 423; 511) configured to radiate a beamformed transmission signal; wherein: at least a portion of the antenna (210; 310; 410; 510) is adjacent to the metal rim (206; 306; 406; 506); and the cover glass (251a; 351a; 403; 551a) comprises: a planar portion (252; 352; 403a; 552) disposed on the front surface or the rear surface; and a bent portion (253; 353; 403b; 553) bent from at least one end of the planar portion (252; 352; 403a; 552) toward the metal rim (206; 306; 406; 506), wherein the antenna (210; 310; 410; 510) is disposed underneath the bent portion (253; 353; 403b; 553) such that the transmission signal is radiated through the cover glass (251a; 351a; 403; 551a). a cover glass (251a; 351a; 403; 551a) allowing transmission of a radio wave therethrough; a case comprising a metal rim (206; 306; 406; 506) shaped to form an appearance of a top or bottom of the mobile terminal (200; 300; 400; 500); and an antenna (210; 310; 410; 510) comprising a plurality of arrayed antenna patterns (211; 311; 423; 511) configured to radiate a beamformed transmission signal; wherein: at least a portion of the antenna (210; 310; 410; 510) is adjacent to the metal rim (206; 306; 406; 506); and the cover glass (251a; 351a; 403; 551a) comprises: a planar portion (252; 352; 403a; 552) disposed on the front surface or the rear surface; and a bent portion (253; 353; 403b; 553) bent from at least one end of the planar portion (252; 352; 403a; 552) toward the metal rim (206; 306; 406; 506), wherein the antenna (210; 310; 410; 510) is disposed underneath the bent portion (253; 353; 403b; 553) such that the transmission signal is radiated through the cover glass (251a; 351a; 403; 551a). at least a portion of the antenna (210; 310; 410; 510) is adjacent to the metal rim (206; 306; 406; 506); and the cover glass (251a; 351a; 403; 551a) comprises: a planar portion (252; 352; 403a; 552) disposed on the front surface or the rear surface; and a bent portion (253; 353; 403b; 553) bent from at least one end of the planar portion (252; 352; 403a; 552) toward the metal rim (206; 306; 406; 506), wherein the antenna (210; 310; 410; 510) is disposed underneath the bent portion (253; 353; 403b; 553) such that the transmission signal is radiated through the cover glass (251a; 351a; 403; 551a). a planar portion (252; 352; 403a; 552) disposed on the front surface or the rear surface; and a bent portion (253; 353; 403b; 553) bent from at least one end of the planar portion (252; 352; 403a; 552) toward the metal rim (206; 306; 406; 506), wherein the antenna (210; 310; 410; 510) is disposed underneath the bent portion (253; 353; 403b; 553) such that the transmission signal is radiated through the cover glass (251a; 351a; 403; 551a).
A blade containment system comprising: a plurality of circumferentially-arranged rotatable blades, each blade having a blade compliance; an annular containment structure radially outward from the rotatable blades, the annular containment structure including a liner having a liner compliance, the blade compliance and the liner compliance being configured such that a strain induced on a respective one of the rotatable blades upon impact with the liner is less than a threshold critical strain beyond which the rotatable blades fracture, characterised in that the liner includes a hollow cavity and wherein the hollow cavity has a vent configured to selectively ventilate a gas from the hollow cavity. a plurality of circumferentially-arranged rotatable blades, each blade having a blade compliance; an annular containment structure radially outward from the rotatable blades, the annular containment structure including a liner having a liner compliance, the blade compliance and the liner compliance being configured such that a strain induced on a respective one of the rotatable blades upon impact with the liner is less than a threshold critical strain beyond which the rotatable blades fracture, characterised in that the liner includes a hollow cavity and wherein the hollow cavity has a vent configured to selectively ventilate a gas from the hollow cavity.
Intralogistics system, comprising at least one autonomous transport vehicle, at least one satellite vehicle which is different from the autonomous transport vehicle, and at least one rack with storage locations in a plurality of levels, the at least one rack having a driving level for the at least one autonomous transport vehicle which is separate from the levels of the storage locations, and having at least one shaft which is designed for vertical travel of the satellite vehicle in the shaft, such that the satellite vehicle can automatically change between the levels of the rack, the autonomous transport vehicle having a receiving device which is designed to detachably receive the satellite vehicle, so that in a received state the satellite vehicle is connected to the autonomous transport vehicle and forms a mobile unit, such that the satellite vehicle is moved along by driving the autonomous transport vehicle, and in a released state, the satellite vehicle is separated from the autonomous transport vehicle and can be moved independently of the autonomous transport vehicle, characterized in that the at least one rack has a maintenance level which is separate from the levels of the storage locations and/or from the driving level for the at least one autonomous transport vehicle, which is secured by safety devices in such a way that persons are prevented from leaving the maintenance level into the at least one shaft of the rack and/or into the driving level of the rack, and the at least one rack has a service level which is separate from the levels of the storage locations, from the driving level for the at least one autonomous transport vehicle and/or from the maintenance level and which is connected to the driving level via a travel path, via which the at least one autonomous transport vehicle can change between the service level and the driving level in a selfpropelled manner, the travel path being formed by a drivable ramp connecting the service level to the driving level of the rack.
An artificial hip joint with a composite ball head, comprising an artificial acetabulum and the composite ball head; wherein: the artificial acetabulum is made of a metal material; an internal surface of the artificial acetabulum cooperates with an external surface of the composite ball head, and the composite ball head can rotate within the artificial acetabulum; the composite ball head comprises a metal ball head and a non-metallic shell disposed around an external surface of the metal ball head; wherein the metal ball head comprises a spherical end portion and a protruding member, and the protruding member is in contact with an external bottom end of the non-metallic shell, wherein the non-metallic shell is separate from the metal ball head and is wrapped around the external surface; wherein a cavity formed by an internal surface of the non-metallic shell matches with an external shape of the metal ball head; the artificial hip joint is configured such that in use the internal surface of the artificial acetabulum is directly in contact with the composite ball head without a liner therebetween; characterized in that the metal ball head comprises a cylindrical protruding portion connected to the spherical end portion by a smooth curve.
A cooling apparatus that is integrally combined with the cover of an electric machine to operate in conjunction with a fan of the electric machine, the cooling apparatus comprising: a cone-shaped body portion around the circumference of an external surface of the cover wherein the body portion is formed outwards in the radial direction from a plurality of fins attached to a frame of the electric machine, and comprising: a first cone-shaped part which is formed at a first angle in a radially outward direction away from the cover, and a second cone-shaped part which is formed at a second angle in a radially inward direction which is opposite the direction of the first part, wherein the first cone-shaped part and the second cone-shaped part form an opening therebetween to allow fresh air to enter, wherein air coming from the fan is introduced into the fins via an axial air inlet end and exits through an axial air outlet end at the opposite end of each fin of the plurality of fins, wherein the opening is at an axial location between the axial air inlet end and axial air outlet end of the plurality of fins, and wherein the fresh air is introduced via the opening into the fins and mixes with the air coming from the fan in order to increase the velocity of the air coming from the fan between the fins. a cone-shaped body portion around the circumference of an external surface of the cover wherein the body portion is formed outwards in the radial direction from a plurality of fins attached to a frame of the electric machine, and comprising: a first cone-shaped part which is formed at a first angle in a radially outward direction away from the cover, and a second cone-shaped part which is formed at a second angle in a radially inward direction which is opposite the direction of the first part, wherein the first cone-shaped part and the second cone-shaped part form an opening therebetween to allow fresh air to enter, a first cone-shaped part which is formed at a first angle in a radially outward direction away from the cover, and a second cone-shaped part which is formed at a second angle in a radially inward direction which is opposite the direction of the first part, wherein the first cone-shaped part and the second cone-shaped part form an opening therebetween to allow fresh air to enter, wherein air coming from the fan is introduced into the fins via an axial air inlet end and exits through an axial air outlet end at the opposite end of each fin of the plurality of fins, wherein the opening is at an axial location between the axial air inlet end and axial air outlet end of the plurality of fins, and wherein the fresh air is introduced via the opening into the fins and mixes with the air coming from the fan in order to increase the velocity of the air coming from the fan between the fins.
An apparatus for inserting objects into a filter rod, comprising: a first conduit adapted to convey a plurality of the objects in series; a second conduit adapted to convey a plurality of the objects in series; a first escapement having a first inlet and a first outlet connected by a first channel, wherein the first inlet is connected to the first conduit; a first singulation drum having an outer periphery defining a first row of first pockets adapted to hold the objects, wherein the first singulation drum is adapted to rotate about a first axis to successively move the first pockets into registry with the first outlet; and at least one first source of air that conveys the objects from the first inlet to the first outlet, and successively into the first pockets of the first singulation drum, characterized in that the first escapement has a second inlet and a second outlet connected by a second channel, wherein the second inlet is connected to the second conduit; and a second row of second pockets adapted to hold the objects located on the outer periphery of the first singulation drum, wherein the first singulation drum is adapted to successively move the second pockets into registry with the second outlet; wherein the at least one source of air conveys the objects from the second inlet to the second outlet, and successively into the second pockets of the first singulation drum. a first conduit adapted to convey a plurality of the objects in series; a second conduit adapted to convey a plurality of the objects in series; a first escapement having a first inlet and a first outlet connected by a first channel, wherein the first inlet is connected to the first conduit; a first singulation drum having an outer periphery defining a first row of first pockets adapted to hold the objects, wherein the first singulation drum is adapted to rotate about a first axis to successively move the first pockets into registry with the first outlet; and at least one first source of air that conveys the objects from the first inlet to the first outlet, and successively into the first pockets of the first singulation drum, characterized in that the first escapement has a second inlet and a second outlet connected by a second channel, wherein the second inlet is connected to the second conduit; and a second row of second pockets adapted to hold the objects located on the outer periphery of the first singulation drum, wherein the first singulation drum is adapted to successively move the second pockets into registry with the second outlet; wherein the at least one source of air conveys the objects from the second inlet to the second outlet, and successively into the second pockets of the first singulation drum.
A delivery system for delivering an implant into a nasal valve area of a subject comprising: a delivery tool having a handle and a needle extending from a distal end of the handle, wherein the implant is contained in the needle and proximally abuts or is disposed adjacent to a pusher member disposed partially within the needle, wherein the needle has a plurality of apertures formed along a length of the needle; a light source disposed within the delivery tool and coupled to an optical fiber carried within a lumen of the pusher member; the implant, wherein the implant is disposed within the needle; and an actuator disposed in the handle and configured to proximally retract the needle at least partially into the handle and thereby release the implant from the needle, wherein the implant is formed from an optically transparent or translucent material. a delivery tool having a handle and a needle extending from a distal end of the handle, wherein the implant is contained in the needle and proximally abuts or is disposed adjacent to a pusher member disposed partially within the needle, wherein the needle has a plurality of apertures formed along a length of the needle; a light source disposed within the delivery tool and coupled to an optical fiber carried within a lumen of the pusher member; the implant, wherein the implant is disposed within the needle; and an actuator disposed in the handle and configured to proximally retract the needle at least partially into the handle and thereby release the implant from the needle, wherein the implant is formed from an optically transparent or translucent material.