mhurhangee/patent-ind-claim-en huggingface dataset:
A shim for a track roller frame , the shim comprising: a first surface and a second surface , the first and second surfaces laterally spaced apart from each other, the first and second surfaces defining a thickness (T) of the shim therebetween; and a retention element formed on the shim , wherein the retention element is configured to position the shim on the track roller frame , restrict a movement of the shim relative to the track roller frame , and couple the shim to the track roller frame ,wherein the retention element includes a flange projecting from the shim , characterised in that : the retention element further includes a first tab and a second tab laterally spaced apart from each other along a length (L) of the shim . a first surface and a second surface , the first and second surfaces laterally spaced apart from each other, the first and second surfaces defining a thickness (T) of the shim therebetween; and a retention element formed on the shim , wherein the retention element is configured to position the shim on the track roller frame , restrict a movement of the shim relative to the track roller frame , and couple the shim to the track roller frame ,wherein the retention element includes a flange projecting from the shim , characterised in that : the retention element further includes a first tab and a second tab laterally spaced apart from each other along a length (L) of the shim .
A marching memory used as a main memory of a computer system, for providing streaming parallel data of byte size or word size in a matrix formation to a processor of the computer system, the marching memory comprising: an array of memory units (U 11 -U uv ), in which a plurality of the memory units (U 11 -U ul ; U 12 -U u2 ; ... U lv -U uv ) are aligned along a column direction, each of the memory units (U) comprising an array of cells (M l -M m ) aligned along the column direction, each of the cells (M) storing information, so that each of the memory units (U) can store a unit of information aligned along the column direction, and a plurality of one-dimensional arrangements of the memory units aligned along the column direction are further deployed along a row direction, wherein the units of information stored in each of the memory units (U) are transferred to the adjacent memory unit along the row direction synchronously with a clock signal, thereby providing the processor with the streaming parallel data. an array of memory units (U 11 -U uv ), in which a plurality of the memory units (U 11 -U ul ; U 12 -U u2 ; ... U lv -U uv ) are aligned along a column direction, each of the memory units (U) comprising an array of cells (M l -M m ) aligned along the column direction, each of the cells (M) storing information, so that each of the memory units (U) can store a unit of information aligned along the column direction, and a plurality of one-dimensional arrangements of the memory units aligned along the column direction are further deployed along a row direction, wherein the units of information stored in each of the memory units (U) are transferred to the adjacent memory unit along the row direction synchronously with a clock signal, thereby providing the processor with the streaming parallel data.
A catheter assembly comprising a urinary catheter allowing for non-contaminated insertion of a catheter into a urinary canal, said assembly comprising: - a catheter defining a conduit between a proximal end adapted for insertion into a body opening of an individual and an opposite distal end, - a package with a cavity for accommodation of the catheter; the catheter is provided with a hydrophilic surface and a liquid swelling medium is provided in the package, characterized in that the assembly comprises - an applicator comprising: a tubular compartment with a first open end , the compartment being adapted to receive at least a part of a catheter and being formed with a wall having an inner surface facing the catheter and an outer surface , the wall being provided with a flexible zone so as to allow the inner surface of the compartment wall to be brought into engagement with the catheter, the applicator further comprising clamping means. - a catheter defining a conduit between a proximal end adapted for insertion into a body opening of an individual and an opposite distal end, - a package with a cavity for accommodation of the catheter; - an applicator comprising: a tubular compartment with a first open end , the compartment being adapted to receive at least a part of a catheter and being formed with a wall having an inner surface facing the catheter and an outer surface , the wall being provided with a flexible zone so as to allow the inner surface of the compartment wall to be brought into engagement with the catheter, the applicator further comprising clamping means.
Injection apparatus comprising: a hollow body having a first end at which a hollow needle is or can be located; a bung with a rupture seal membrane located within the hollow body ; and a piston located within the hollow body , wherein the piston , the hollow body and the bung define a volume containing a liquid medicament , wherein the bung is nearer than the piston to the first end of the hollow body , and wherein the rupture seal membrane initially isolates the needle from the medicament , wherein the rupture seal membrane is configured to rupture through fluid pressure alone without the rupture seal membrane contacting the needle thereby to allow the medicament to be expelled through the needle upon movement of the piston causing the provision of pressure to the medicament , and wherein the piston comprises a protrusion located on the side of the piston which faces the first end of the hollow body , the protrusion shaped so as to extend into an aperture in the bung at the end of medicament expulsion. a hollow body having a first end at which a hollow needle is or can be located; a bung with a rupture seal membrane located within the hollow body ; and a piston located within the hollow body , wherein the piston , the hollow body and the bung define a volume containing a liquid medicament , wherein the bung is nearer than the piston to the first end of the hollow body , and wherein the rupture seal membrane initially isolates the needle from the medicament , wherein the rupture seal membrane is configured to rupture through fluid pressure alone without the rupture seal membrane contacting the needle thereby to allow the medicament to be expelled through the needle upon movement of the piston causing the provision of pressure to the medicament , and wherein the piston comprises a protrusion located on the side of the piston which faces the first end of the hollow body , the protrusion shaped so as to extend into an aperture in the bung at the end of medicament expulsion.
Device for manufacturing an electrode strip for a battery, said electrode strip comprising at least one layer of electrochemically active composite material and a current collector strip , the manufacturing device comprising: - an extruder comprising : - a sheath delimiting a mixing chamber , - an extrusion head giving the electrode strip leaving the extruder its shape; and - an extrusion screw arranged in the mixing chamber , the manufacturing device being characterized in that : the extrusion screw comprises: - an outer tube mounted such that it rotates on itself in the mixing chamber , said outer tube comprising drive means configured to mix the active composite material in the mixing chamber and to cause said material to move downstream toward the extrusion head ; - an inner tube arranged at least partially inside the outer tube and coaxially with said outer tube , said inner tube being stationary relative to the sheath and comprising an outlet located upstream of the extrusion head , and it comprises advancing and unwinding means configured to convey the current collector strip through the inner tube as far as the extrusion head . - an extruder comprising : - a sheath delimiting a mixing chamber , - an extrusion head giving the electrode strip leaving the extruder its shape; and - an extrusion screw arranged in the mixing chamber , - a sheath delimiting a mixing chamber , - an extrusion head giving the electrode strip leaving the extruder its shape; and - an extrusion screw arranged in the mixing chamber , the extrusion screw comprises: - an outer tube mounted such that it rotates on itself in the mixing chamber , said outer tube comprising drive means configured to mix the active composite material in the mixing chamber and to cause said material to move downstream toward the extrusion head ; - an inner tube arranged at least partially inside the outer tube and coaxially with said outer tube , said inner tube being stationary relative to the sheath and comprising an outlet located upstream of the extrusion head , and it comprises advancing and unwinding means configured to convey the current collector strip through the inner tube as far as the extrusion head . - an outer tube mounted such that it rotates on itself in the mixing chamber , said outer tube comprising drive means configured to mix the active composite material in the mixing chamber and to cause said material to move downstream toward the extrusion head ; - an inner tube arranged at least partially inside the outer tube and coaxially with said outer tube , said inner tube being stationary relative to the sheath and comprising an outlet located upstream of the extrusion head , and it comprises advancing and unwinding means configured to convey the current collector strip through the inner tube as far as the extrusion head .
A biocompatible articulated support structure for a prosthetic valve, comprising a tubular support body with a proximal opening , a distal opening , and a lumen and a longitudinal axis between the proximal and distal openings; wherein the tubular support body comprises a plurality of discrete struts coupled by a plurality of rotatable articulations, each rotatable articulation comprising an axis of rotation with a radial orientation; wherein the plurality of rotatable articulations comprise: a set of proximal rotatable articulations configured to reside in a proximal plane with the proximal opening; a set of distal rotatable articulations configured to reside in a distal plane with the distal opening; and a first set of middle rotatable articulations, located between the proximal plane and the distal plane; characterized in that : the support structure further comprises at least one commissural point articulation (2515-13) distal to the distal plane; the plurality of discrete struts and the articulations therebetween intrinsically provide a self-expansion force; and the plurality of discrete struts comprises a plurality of inner struts (2511-2, 2511-4), a plurality of outer struts (2511-1, 2511-3), at least one inner commissural strut (2519-2), and at least one outer commissural strut (2519-1). a set of proximal rotatable articulations configured to reside in a proximal plane with the proximal opening; a set of distal rotatable articulations configured to reside in a distal plane with the distal opening; and a first set of middle rotatable articulations, located between the proximal plane and the distal plane; characterized in that : the support structure further comprises at least one commissural point articulation (2515-13) distal to the distal plane; the plurality of discrete struts and the articulations therebetween intrinsically provide a self-expansion force; and the plurality of discrete struts comprises a plurality of inner struts (2511-2, 2511-4), a plurality of outer struts (2511-1, 2511-3), at least one inner commissural strut (2519-2), and at least one outer commissural strut (2519-1). the support structure further comprises at least one commissural point articulation (2515-13) distal to the distal plane; the plurality of discrete struts and the articulations therebetween intrinsically provide a self-expansion force; and the plurality of discrete struts comprises a plurality of inner struts (2511-2, 2511-4), a plurality of outer struts (2511-1, 2511-3), at least one inner commissural strut (2519-2), and at least one outer commissural strut (2519-1).
Bodywork structure (10; 110) for a body for a public transport vehicle, in particular a railway vehicle or a road transport vehicle, for example a guided road transport vehicle, comprising a wall (12; 112) extending in a longitudinal direction (X), the wall (12; 112) comprising at least one cavity (24; 124) extending in the longitudinal direction (X), characterized in that the cavity (24; 124) provides a passage for a fluid under pressure, for example a gas under pressure, the wall (12; 112) being formed in one piece, the wall (12; 112) comprising an inner face (16; 116), an outer face (18; 118) and ribs (20; 22, 120, 122) connecting the inner face (16; 116) and the outer face (18; 118), each cavity (24; 124) being defined between the inner face (16; 116), the outer face (18; 118) and two adjacent ribs (20, 22; 120, 122). the wall (12; 112) comprising at least one cavity (24; 124) extending in the longitudinal direction (X), characterized in that the cavity (24; 124) provides a passage for a fluid under pressure, for example a gas under pressure, the wall (12; 112) being formed in one piece, the wall (12; 112) comprising an inner face (16; 116), an outer face (18; 118) and ribs (20; 22, 120, 122) connecting the inner face (16; 116) and the outer face (18; 118), each cavity (24; 124) being defined between the inner face (16; 116), the outer face (18; 118) and two adjacent ribs (20, 22; 120, 122).
An image processing apparatus comprising: an acquirer configured to acquire a plurality of frames of video data respectively captured by a plurality of imaging devices; a detector configured to detect a tracking target in any one of the frames acquired by the acquirer ; a determiner configured to determine, when the detector detects the tracking target from two or more frames captured by two or more imaging devices among the plurality of imaging devices, one of the two or more imaging devices as a target on which tracking processing for the tracking target is to be performed; and a manager configured to store, to a storage device, position information on the tracking target detected by the detector in the frame captured by the imaging device on which the tracking processing is being performed, wherein when the detector detects that the tracking target has disappeared from an outer peripheral portion of an area imaged by the imaging device on which the tracking processing is being performed, the manager is configured to: stop storing position information on the tracking target in the frame to the storage device, and store information on a position at which the tracking target has disappeared to the storage device as position information on the tracking target in the frame until a time point after the tracking target is newly detected on one of the plurality of imaging devices. an acquirer configured to acquire a plurality of frames of video data respectively captured by a plurality of imaging devices; a detector configured to detect a tracking target in any one of the frames acquired by the acquirer ; a determiner configured to determine, when the detector detects the tracking target from two or more frames captured by two or more imaging devices among the plurality of imaging devices, one of the two or more imaging devices as a target on which tracking processing for the tracking target is to be performed; and a manager configured to store, to a storage device, position information on the tracking target detected by the detector in the frame captured by the imaging device on which the tracking processing is being performed, wherein when the detector detects that the tracking target has disappeared from an outer peripheral portion of an area imaged by the imaging device on which the tracking processing is being performed, the manager is configured to: stop storing position information on the tracking target in the frame to the storage device, and store information on a position at which the tracking target has disappeared to the storage device as position information on the tracking target in the frame until a time point after the tracking target is newly detected on one of the plurality of imaging devices. stop storing position information on the tracking target in the frame to the storage device, and store information on a position at which the tracking target has disappeared to the storage device as position information on the tracking target in the frame until a time point after the tracking target is newly detected on one of the plurality of imaging devices.
A method for cutting a semiconductor fin extending along a substrate , the method comprising: forming a fin cut mask , the fin cut mask defining a number of masked regions and a number of cut regions , and cutting the fin into a number of fin parts by etching the fin in said cut regions , wherein the method further comprises forming an epitaxial semiconductor capping layer on the fin prior to forming the fin cut mask , wherein a material of the epitaxial semiconductor capping layer and a material of the semiconductor fin are lattice mismatched, and forming a fill structure by refilling gaps in said cut regions , between fin parts , with an insulating material, and removing the epitaxial semiconductor capping layer in said cut regions subsequent to forming the fill structure . forming a fin cut mask , the fin cut mask defining a number of masked regions and a number of cut regions , and cutting the fin into a number of fin parts by etching the fin in said cut regions , wherein the method further comprises forming an epitaxial semiconductor capping layer on the fin prior to forming the fin cut mask , wherein a material of the epitaxial semiconductor capping layer and a material of the semiconductor fin are lattice mismatched, and forming a fill structure by refilling gaps in said cut regions , between fin parts , with an insulating material, and removing the epitaxial semiconductor capping layer in said cut regions subsequent to forming the fill structure .
A method for transferring conveyed items from at least one feed conveyor onto an outgoing conveyor , in a transfer region , wherein the at least one feed conveyor comprises a conveying member which is driven along a feed conveying stretch, for conveying conveyed items into the transfer region as well as conveying containers which lie on the conveying member in a connection-free manner and in which the conveyed items are conveyed into the transfer region , and the outgoing conveyor comprises conveying containers which are movable along a transfer conveying stretch for taking over the conveyed items which are delivered by the at least one feed conveyor , wherein the conveyed items which are conveyed in the conveying containers which lie on the conveying member via the conveying containers are accelerated relative to the conveying member along the feed conveying stretch towards the transfer region via an acceleration device and for the purpose of delivery of the conveyed items are brought into a cyclically synchronous side-by-side conveying with a conveying container of the outgoing conveyor and are transferred onto the outgoing conveyor in the transfer region , wherein the at least one feed conveyor in the transfer region comprises a transfer device with an inclining mechanism , by way of which conveying containers of the feed conveyor during their conveying along the feed conveying stretch are inclined to the side considered in the conveying direction (F) for the purpose of delivery of conveyed items onto the conveying containers of the outgoing conveyor , wherein the inclining mechanism lifts the conveying containers at least partly from the conveying member , and wherein the inclining mechanism comprises a conveying drive , by way of which the conveying containers are conveyed along the inclining mechanism in the conveying direction (F) independently of the conveying member . wherein the at least one feed conveyor in the transfer region comprises a transfer device with an inclining mechanism , by way of which conveying containers of the feed conveyor during their conveying along the feed conveying stretch are inclined to the side considered in the conveying direction (F) for the purpose of delivery of conveyed items onto the conveying containers of the outgoing conveyor , wherein the inclining mechanism lifts the conveying containers at least partly from the conveying member , and wherein the inclining mechanism comprises a conveying drive , by way of which the conveying containers are conveyed along the inclining mechanism in the conveying direction (F) independently of the conveying member .
Lighting module for a headlight of a motor vehicle , comprising: - a first zone (Zl) comprising at least one light source and a micro-mirror array , - a second zone (Z2) comprising a first heat sink capable of dissipating the heat generated by the at least one light source , - a third zone comprising a second heat sink capable of dissipating the heat generated by the micro-mirror array , - at least one airstream generation means for generating an airstream in the first zone (Z1), in the second zone (Z2) and in the third zone (Z3), the first zone (Z1), the second zone (Z2) and the third zone (Z3) being distinct from one another, the first zone (Z1) being arranged vertically between the second zone (Z2) and the third zone (Z3), the first zone (Z1) comprising an air outlet , characterized in that the airstream generation means comprises at least one first fan capable of generating an airstream only in the first zone (Z1) and in the third zone (Z3) and a second fan capable of generating an airstream only in the second zone (Z2). - a first zone (Zl) comprising at least one light source and a micro-mirror array , - a second zone (Z2) comprising a first heat sink capable of dissipating the heat generated by the at least one light source , - a third zone comprising a second heat sink capable of dissipating the heat generated by the micro-mirror array , - at least one airstream generation means for generating an airstream in the first zone (Z1), in the second zone (Z2) and in the third zone (Z3),
A light source comprising at least one organic light emitting device, OLED , comprising a cathode , an anode , and at least one organic layer intermediate the cathode and anode ; a substrate external to the OLED ; a first film layer external to the OLED and disposed on the side of the cathode away from the at least one organic layer , the first film layer comprising at least one of a magnetic material, a mixed magnetic material, and combinations thereof; a second film layer external to the OLED and disposed intermediate the first film layer and the cathode ; and wherein the first film layer and the second film layer have a total thickness greater than the thickness of the cathode .