mhurhangee/patent-ind-claim-en huggingface dataset:
Gripping device having slides bearing movable gripping elements , wherein the slides are guided in a row, as seen in the gripping direction of the gripping elements , in a guide groove parallel to the gripping direction - between an opening position and a closing position - which guide groove is arranged in a main body and is at least partially open to the gripping elements , in such a manner that the slides can be driven via an actuator and are supported on all sides transversely to the gripping direction , - wherein a double sliding wedge member coupling the slides is arranged between said slides, which double sliding wedge member is articulated at a movable part of the actuator such that the double sliding wedge member is movable perpendicular to the gripping direction , - wherein the slides have respective T-slots in their front surfaces facing each other, each of which T-slots engages with a T-nut protruding from the double sliding wedge member , - wherein the T-nuts are moulded onto or arranged on a central base body of the double slide wedge member via respective nut holding bars , - wherein the guide longitudinal directions of the T-slots enclose an angle of 45 to 122 angular degrees, characterized in - that each individual T-nut has one outer flank and two inner flanks , - that each flank is divided into a high-load edge zone , a high-load zone , a flat central zone , a low-load zone and a low-load edge zone , - that the zones (74-78), other than the central zone , are curved spatial surfaces, the curvature of which is located only in one vertical centre longitudinal plane and - that the high-load zone curvature is at least five times greater than the low-load zone curvature. - which guide groove is arranged in a main body and is at least partially open to the gripping elements , in such a manner that the slides can be driven via an actuator and are supported on all sides transversely to the gripping direction , - wherein a double sliding wedge member coupling the slides is arranged between said slides, which double sliding wedge member is articulated at a movable part of the actuator such that the double sliding wedge member is movable perpendicular to the gripping direction , - wherein the slides have respective T-slots in their front surfaces facing each other, each of which T-slots engages with a T-nut protruding from the double sliding wedge member , - wherein the T-nuts are moulded onto or arranged on a central base body of the double slide wedge member via respective nut holding bars , - wherein the guide longitudinal directions of the T-slots enclose an angle of 45 to 122 angular degrees, - that each individual T-nut has one outer flank and two inner flanks , - that each flank is divided into a high-load edge zone , a high-load zone , a flat central zone , a low-load zone and a low-load edge zone , - that the zones (74-78), other than the central zone , are curved spatial surfaces, the curvature of which is located only in one vertical centre longitudinal plane and - that the high-load zone curvature is at least five times greater than the low-load zone curvature.
An assembly-ready joint for an aircraft assembly comprising: a first joint part comprising a spigot ;a second joint part comprising a housing , a sleeve with a spigot-receiving bore extending through the sleeve, wherein the second joint part further comprises a floating socket in an interior of the housing and the floating socket defines the sleeve having the spigot-receiving bore; wherein the second joint part is arranged to receive the spigot in the floating socket, such that the spigot is inserted into the spigot-receiving bore to align the spigot with the sleeve; and wherein the second joint part is arranged to receive a curable medium in the interior of the housing to contact between the housing and the floating socket; characterised in that the second joint part comprises an opening in the housing through which the spigot is arranged to extend to be received in the floating socket , and wherein the housing comprises an inlet to the interior through which the curable medium is arranged to be received, and wherein the inlet is an injection port in the housing. a first joint part comprising a spigot ;a second joint part comprising a housing , a sleeve with a spigot-receiving bore extending through the sleeve, wherein the second joint part further comprises a floating socket in an interior of the housing and the floating socket defines the sleeve having the spigot-receiving bore; wherein the second joint part is arranged to receive the spigot in the floating socket, such that the spigot is inserted into the spigot-receiving bore to align the spigot with the sleeve; and wherein the second joint part is arranged to receive a curable medium in the interior of the housing to contact between the housing and the floating socket; characterised in that the second joint part comprises an opening in the housing through which the spigot is arranged to extend to be received in the floating socket , and wherein the housing comprises an inlet to the interior through which the curable medium is arranged to be received, and wherein the inlet is an injection port in the housing.
Method for reducing moire patterns on an autostereoscopic display, which display comprises an array of pixels, each having at least one sub-pixel corresponding to a main color, lined with a view altering layer, such as a lenticular lens stack or parallax barrier, and wherein the display further comprises an eye tracking system for determining the position of the eyes of a viewer relative to the display, characterized in that method comprises the steps of: - moire pattern detection by repeating for each main color the steps of: + activating (S21) the sub-pixels of all pixels corresponding to the single main color; + obtaining (S22) moire pattern data by observing the display from a plurality of viewing positions; + determining (S23) from the obtained moire pattern data the frequency, phase, direction and amplitude of the moire pattern for each of the viewing positions and storing the determined values; - controlling (S24) the pixels of the autostereoscopic display to display 3D images, wherein the controlling comprises at least the steps of: + determining (S25) the viewing position of the eyes of a viewer using the eye tracking system ; + rendering (S26) 3D images from image data, while correcting the 3D images by superimposing a compensation pattern for each main color, which pattern is generated based on the stored values and the determined viewing position to reduce the moire pattern for said viewing position. - moire pattern detection by repeating for each main color the steps of: + activating (S21) the sub-pixels of all pixels corresponding to the single main color; + obtaining (S22) moire pattern data by observing the display from a plurality of viewing positions; + determining (S23) from the obtained moire pattern data the frequency, phase, direction and amplitude of the moire pattern for each of the viewing positions and storing the determined values; + activating (S21) the sub-pixels of all pixels corresponding to the single main color; + obtaining (S22) moire pattern data by observing the display from a plurality of viewing positions; + determining (S23) from the obtained moire pattern data the frequency, phase, direction and amplitude of the moire pattern for each of the viewing positions and storing the determined values; - controlling (S24) the pixels of the autostereoscopic display to display 3D images, wherein the controlling comprises at least the steps of: + determining (S25) the viewing position of the eyes of a viewer using the eye tracking system ; + rendering (S26) 3D images from image data, while correcting the 3D images by superimposing a compensation pattern for each main color, which pattern is generated based on the stored values and the determined viewing position to reduce the moire pattern for said viewing position. + determining (S25) the viewing position of the eyes of a viewer using the eye tracking system ; + rendering (S26) 3D images from image data, while correcting the 3D images by superimposing a compensation pattern for each main color, which pattern is generated based on the stored values and the determined viewing position to reduce the moire pattern for said viewing position.
A driving machine comprising: a first movable member operable in a first direction and a second direction opposite to the first direction; a second movable member operable in the first direction and the second direction; an energizing mechanism that energizes the first movable member in the first direction and energizes the second movable member in the second direction; a first regulating mechanism that has states of preventing and allowing an operation of the first movable member in the first direction; a second regulating mechanism (52,59; 50,57) that has states of preventing and allowing an operation of the second movable member in the second direction; characterized by a third regulating mechanism that has a first state of preventing the second movable member from operating in the second direction and a second state of allowing the second movable member to operate in the second direction, wherein when the first movable member operates in the first direction, the third regulating mechanism is switched from the first state to the second state. a first movable member operable in a first direction and a second direction opposite to the first direction; a second movable member operable in the first direction and the second direction; an energizing mechanism that energizes the first movable member in the first direction and energizes the second movable member in the second direction; a first regulating mechanism that has states of preventing and allowing an operation of the first movable member in the first direction; a second regulating mechanism (52,59; 50,57) that has states of preventing and allowing an operation of the second movable member in the second direction; characterized by a third regulating mechanism that has a first state of preventing the second movable member from operating in the second direction and a second state of allowing the second movable member to operate in the second direction, wherein when the first movable member operates in the first direction, the third regulating mechanism is switched from the first state to the second state.
Nucleic acid nanoparticle comprising at least one G-quadruplex structure containing more than 2 G-tetrad layers wherein at least two guanine bases comprise a modification in the N2-position that stabilizes the nucleic acid nanoparticle, wherein the G-quadruplex structure comprises (a) a nucleic acid molecule comprising the nucleic acid sequence (g) w (n) a (g) x (n) b (g) y (n) c (g) z wherein w,x,y,z are independently of each other integers of at least 0, a,b,c are independently of each other integers of at least 0, and the sum of integers w,x,y,z is at least 8; (b) four nucleic acid molecules wherein each of said molecules comprises a sequence of (g) z wherein z is an integer of at least 2; or (c) two nucleic acid molecules wherein each of said molecules comprises a sequence of (g) y (n) b (g) z wherein b is an integer of at least 0, y and z are independently of each other integers of at least 0, and the sum of integers y and z is at least 4; and wherein each modification is independently 6-aminohexyl or benzyl. wherein the G-quadruplex structure comprises (a) a nucleic acid molecule comprising the nucleic acid sequence (g) w (n) a (g) x (n) b (g) y (n) c (g) z wherein w,x,y,z are independently of each other integers of at least 0, a,b,c are independently of each other integers of at least 0, and the sum of integers w,x,y,z is at least 8; (b) four nucleic acid molecules wherein each of said molecules comprises a sequence of (g) z wherein z is an integer of at least 2; or (c) two nucleic acid molecules wherein each of said molecules comprises a sequence of (g) y (n) b (g) z (a) a nucleic acid molecule comprising the nucleic acid sequence (g) w (n) a (g) x (n) b (g) y (n) c (g) z wherein w,x,y,z are independently of each other integers of at least 0, a,b,c are independently of each other integers of at least 0, and the sum of integers w,x,y,z is at least 8; (b) four nucleic acid molecules wherein each of said molecules comprises a sequence of (g) z wherein z is an integer of at least 2; or (c) two nucleic acid molecules wherein each of said molecules comprises a sequence of (g) y (n) b (g) z wherein b is an integer of at least 0, y and z are independently of each other integers of at least 0, and the sum of integers y and z is at least 4; and wherein each modification is independently 6-aminohexyl or benzyl.
A table saw assembly , comprising: a base portion including a base work piece support surface defining a support plane; a saw blade opening defined in the base work piece support surface; a saw assembly including a saw blade positionable to extend upwardly through the saw blade opening; and a first extension including a first extension work piece support surface and a second lower surface opposite to the first extension work piece support surface , the first extension work piece support surface being pivotable with respect to the base portion between a first position whereat the first extension work piece support surface is coplanar with the base work piece support surface and a second position whereat the first extension work piece support surface is located above the support plane, characterized in that the second lower surface rests on the base work piece support surface when the first extension is in the second position; and comprising two pivot assemblies connecting the first extension to the base portion, wherein the pivot assemblies are configured to allow the first extension to pivot about the pivot assemblies relative to the base portion between the first position and the second position. a base portion including a base work piece support surface defining a support plane; a saw blade opening defined in the base work piece support surface; a saw assembly including a saw blade positionable to extend upwardly through the saw blade opening; and a first extension including a first extension work piece support surface and a second lower surface opposite to the first extension work piece support surface , the first extension work piece support surface being pivotable with respect to the base portion between a first position whereat the first extension work piece support surface is coplanar with the base work piece support surface and a second position whereat the first extension work piece support surface is located above the support plane, characterized in that the second lower surface rests on the base work piece support surface when the first extension is in the second position; and comprising two pivot assemblies connecting the first extension to the base portion, wherein the pivot assemblies are configured to allow the first extension to pivot about the pivot assemblies relative to the base portion between the first position and the second position.
Method for producing shaped bodies from reaction-bonded, silicon-infiltrated silicon carbide or boron carbide, building up a monolithic preliminary body in layers using a formless granulation to which a physical or chemical hardening or melt process is applied, characterised in that the granulation has a weight fraction of at least 95 % silicon carbide or boron carbide with an average grain size -d50- of 70 to 200 μm, the so-created preliminary body is impregnated at least once by the introduction of a carbon black suspension, an aqueous carbon black suspension with a selectable surface-active agent is used as carbon black suspension so that the suspension applies onto the grains inside the preliminary body during drying, and in contact with liquid or gaseous silicon by a subsequent reaction firing secondary silicon carbide is created, that solidifies an engagement composite produced.
A method of fabricating middle of line, MOL, layers, comprising: depositing a hard mask across a plurality of gates and active contacts to terminals of semiconductor devices of a semiconductor substrate ; patterning the hard mask to selectively expose some of the plurality of gates and selectively insulate some of the plurality of gates and the active contacts ; and depositing a conductive material on the patterned hard mask and the exposed ones of the plurality of gates to couple the exposed ones of the plurality of gates to each other over an active area of the semiconductor devices without coupling the unexposed ones of the plurality of gates , wherein depositing the conductive material further comprises extending the conductive material across the hard mask covering the unexposed ones of the plurality of gates and the active contacts . depositing a hard mask across a plurality of gates and active contacts to terminals of semiconductor devices of a semiconductor substrate ; patterning the hard mask to selectively expose some of the plurality of gates and selectively insulate some of the plurality of gates and the active contacts ; and depositing a conductive material on the patterned hard mask and the exposed ones of the plurality of gates to couple the exposed ones of the plurality of gates to each other over an active area of the semiconductor devices without coupling the unexposed ones of the plurality of gates , wherein depositing the conductive material further comprises extending the conductive material across the hard mask covering the unexposed ones of the plurality of gates and the active contacts .
A medical device system for automatically delivering a therapy, comprising: a first device configured to sense a physiological signal and generate a control signal in response to the physiological signal; an acoustical emitting device controlled by the first device to emit an acoustical trigger signal in response to receiving the control signal from the first device; and a second device comprising: a transducer for receiving the acoustical trigger signal ; a therapy delivery module , and a power source comprising at least one battery connected to the therapy delivery module and configured to supply power required by the therapy delivery module; the second device configured to detect the acoustical trigger signal and deliver the therapy to a patient in response to detecting the acoustical trigger signal, characterised in that said therapy delivery module is further configured such that delivering the therapy comprises enabling the power source connected to the therapy delivery module of the second device to provide power to deliver the therapy. a first device configured to sense a physiological signal and generate a control signal in response to the physiological signal; an acoustical emitting device controlled by the first device to emit an acoustical trigger signal in response to receiving the control signal from the first device; and a second device comprising: a transducer for receiving the acoustical trigger signal ; a therapy delivery module , and a power source comprising at least one battery connected to the therapy delivery module and configured to supply power required by the therapy delivery module; the second device configured to detect the acoustical trigger signal and deliver the therapy to a patient in response to detecting the acoustical trigger signal, characterised in that said therapy delivery module is further configured such that delivering the therapy comprises enabling the power source connected to the therapy delivery module of the second device to provide power to deliver the therapy. a transducer for receiving the acoustical trigger signal ; a therapy delivery module , and a power source comprising at least one battery connected to the therapy delivery module and configured to supply power required by the therapy delivery module; the second device configured to detect the acoustical trigger signal and deliver the therapy to a patient in response to detecting the acoustical trigger signal, characterised in that said therapy delivery module is further configured such that delivering the therapy comprises enabling the power source connected to the therapy delivery module of the second device to provide power to deliver the therapy.
An apparatus for laying cables and/or lines, with at least one rotatable milling wheel , which is designed to cut a groove into an asphalted and/or an otherwise at least approximately air-tightly and/or water-tightly sealed ground layer , wherein the apparatus comprises a laying device with a feeding device for the cables and/or lines to be laid, the laying device being arranged downstream from the milling wheel in a direction of movement (A) of the apparatus , and/or being couplable with the milling wheel and/or adjustable, and being designed for laying at least one cable and/or at least one line, the laying device being adjustable in height relative to the ground surface via at least one actuator , and being characterised in that the laying device is adjustable in inclination relative to a frame accommodating the milling wheel via at least one actuator, and in that the laying device is designed for material compaction with side shoulders, at least in some sections, that are inclined toward one another in a V-shaped cross section, wherein loosened material can be pushed and recompacted into cavities and/or uncompacted areas formed at the sides of the milled groove by means of the laying device during the forward movement in the direction of movement (A), and in that the laying device is designed to be exchangeable for a clearing device.
A method of forming an ophthalmic lens , the method comprising: placing an energy source in electrical communication with a light source for delivering light therapy proximate to a first mold part ; depositing a reactive monomer mix into the first mold part ; positioning the energy source and light source in contact with the reactive monomer mix; positioning the first mold part proximate to a second mold part thereby forming a lens cavity with the energy source and light source and at least some of reactive monomer mix in the lens cavity ; and exposing the reactive monomer mix to actinic radiation, wherein the ophthalmic lens is a hydrogel contact lens including an annular area around a periphery of an optic zone in the contact lens and the energy source and the light source are located within the annular area around the periphery. placing an energy source in electrical communication with a light source for delivering light therapy proximate to a first mold part ; depositing a reactive monomer mix into the first mold part ; positioning the energy source and light source in contact with the reactive monomer mix; positioning the first mold part proximate to a second mold part thereby forming a lens cavity with the energy source and light source and at least some of reactive monomer mix in the lens cavity ; and exposing the reactive monomer mix to actinic radiation, wherein the ophthalmic lens is a hydrogel contact lens including an annular area around a periphery of an optic zone in the contact lens and the energy source and the light source are located within the annular area around the periphery.