mhurhangee/patent-ind-claim-en huggingface dataset:
Method for manufacturing a tool electrode for the spark erosion countersinking of a workpiece with the aim of producing a recess/countersink in the workpiece , which has a base surface and side surfaces , the tool electrode having a front surface which faces the surface for erosion or the base surface of the workpiece, and one or more outward-facing surfaces which face the side surfaces of the recess/countersink eroded in the workpiece during the countersinking process, one or more outward-facing surfaces of the tool electrode at least being partially brought into contact with a substance which reacts with the material of the tool electrode to form an electrically insulating reaction layer , characterised in that the tool electrode is made of brass and is brought into contact with salt water or a solution of NaCl in vinegar, a solution of sodium carbonate in distilled water, a mixture of sulphuric acid and distilled water, a solution of copper carbonate in ammonia water, or ammonia vapour. the tool electrode having a front surface which faces the surface for erosion or the base surface of the workpiece, and one or more outward-facing surfaces which face the side surfaces of the recess/countersink eroded in the workpiece during the countersinking process, one or more outward-facing surfaces of the tool electrode at least being partially brought into contact with a substance which reacts with the material of the tool electrode to form an electrically insulating reaction layer , characterised in that the tool electrode is made of brass and is brought into contact with salt water or a solution of NaCl in vinegar, a solution of sodium carbonate in distilled water, a mixture of sulphuric acid and distilled water, a solution of copper carbonate in ammonia water, or ammonia vapour.
Method of selecting a set of illumination conditions of a lithographic apparatus, in a process for transferring an integrated circuit layout to a target substrate, the layout comprised of a number of polygon patterns having a predetermined geometrical relation relative to each other, the method comprising: - providing an initial set of illumination conditions; - providing a plurality of polygon patterns from the number of polygon patterns (2,3; 20,21; 30,31; 40,41) requiring illumination conditions critical for circuit functionality; - calculating for the initial set of illumination conditions a local cost number for each polygon pattern of the plurality of polygon patterns (2,3; 20,21; 30,31; 40,41), defining a difference measure of at least one critical dimension, between the polygon pattern and a transferred polygon pattern as a function of illumination condition; - aggregating for each polygon pattern of the plurality of polygon patterns (2,3; 20,21; 30,31; 40,41) the local cost numbers; and - varying the illumination conditions so as to select an optimal set of illumination conditions having an optimized aggregated cost number, wherein the method further comprises: - identifying the plurality of polygon patterns (2,3; 20,21; 30,31; 40,41) as predefined complex circuit elements and wherein the local cost numbers are expressed as circuit element cost number functions that are individually associated with said identified complex circuit elements , so as to express circuit design intent. - providing an initial set of illumination conditions; - providing a plurality of polygon patterns from the number of polygon patterns (2,3; 20,21; 30,31; 40,41) requiring illumination conditions critical for circuit functionality; - calculating for the initial set of illumination conditions a local cost number for each polygon pattern of the plurality of polygon patterns (2,3; 20,21; 30,31; 40,41), defining a difference measure of at least one critical dimension, between the polygon pattern and a transferred polygon pattern as a function of illumination condition; - aggregating for each polygon pattern of the plurality of polygon patterns (2,3; 20,21; 30,31; 40,41) the local cost numbers; and - varying the illumination conditions so as to select an optimal set of illumination conditions having an optimized aggregated cost number, wherein the method further comprises: - identifying the plurality of polygon patterns (2,3; 20,21; 30,31; 40,41) as predefined complex circuit elements and wherein the local cost numbers are expressed as circuit element cost number functions that are individually associated with said identified complex circuit elements , so as to express circuit design intent. - identifying the plurality of polygon patterns (2,3; 20,21; 30,31; 40,41) as predefined complex circuit elements and wherein the local cost numbers are expressed as circuit element cost number functions that are individually associated with said identified complex circuit elements , so as to express circuit design intent.
An electronic device of a user equipment, which is adapted to keep a first wireless communication channel with a first base station after a second wireless communication channel with a second base station is established, comprising: processing circuitry configured to, receive, from the first base station, information for measuring a signal of the second base station; send measuring result to the first base station in response to the instruction information for measuring a signal of the second base station; establish the second wireless communication channel with the second base station, wherein the frequency bands used for communicating with the first base station are different from the frequency bands used by the the electronic device for communicating with the second base station, wherein the second wireless communication channel is established after receiving, from the first base station, Radio Resource Control, RRC, connection reconfiguration information which includes acknowledge information, comprising information for establishing communication with the second base station. processing circuitry configured to, receive, from the first base station, information for measuring a signal of the second base station; send measuring result to the first base station in response to the instruction information for measuring a signal of the second base station; establish the second wireless communication channel with the second base station, wherein the frequency bands used for communicating with the first base station are different from the frequency bands used by the the electronic device for communicating with the second base station, wherein the second wireless communication channel is established after receiving, from the first base station, Radio Resource Control, RRC, connection reconfiguration information which includes acknowledge information, comprising information for establishing communication with the second base station.
A trim assembly for a shelf , comprising: an inner member defining a flange and a trim boss extending therefrom, wherein the inner member defines a locking feature ; an outer member configured to slidably receive the inner member , wherein the outer member defines a notch , wherein the locking feature is configured to form an interlocking connection with the outer member when disposed within the notch ; and a frame defining a bottom surface and a cutout , wherein the trim boss is disposed in the cutout , wherein the frame includes: a tab extending from the bottom surface thereof, the trim boss being configured to align with a receiving hole of the tab to receive a fastener and a frame boss extending from the bottom surface thereof and configured to engage with the flange defined by the inner member , the frame defining a cavity for receiving the flange . an inner member defining a flange and a trim boss extending therefrom, wherein the inner member defines a locking feature ; an outer member configured to slidably receive the inner member , wherein the outer member defines a notch , wherein the locking feature is configured to form an interlocking connection with the outer member when disposed within the notch ; and a frame defining a bottom surface and a cutout , wherein the trim boss is disposed in the cutout , a tab extending from the bottom surface thereof, the trim boss being configured to align with a receiving hole of the tab to receive a fastener and a frame boss extending from the bottom surface thereof and configured to engage with the flange defined by the inner member , the frame defining a cavity for receiving the flange .
A bone graft carrier, wherein the bone graft carrier comprises a body , and the body comprising: two ends; a top surface; a containing portion formed at one of the two ends of the body and having a chamber ; a conveying portion formed at the other one of the two ends of the body , being tapered, connected to the containing portion , and having a delivery channel communicating with the chamber of the containing portion ; and an opening formed through the top surface of the body and directly communicating with the chamber of the containing portion and the delivery channel of the conveying portion ; characterized in that the body has an annular flange formed on and protruded outwardly from the top surface of the body along an outer periphery of the opening for abutting two fingers when holding the bone graft carrier. two ends; a top surface; a containing portion formed at one of the two ends of the body and having a chamber ; a conveying portion formed at the other one of the two ends of the body , being tapered, connected to the containing portion , and having a delivery channel communicating with the chamber of the containing portion ; and an opening formed through the top surface of the body and directly communicating with the chamber of the containing portion and the delivery channel of the conveying portion ; characterized in that the body has an annular flange formed on and protruded outwardly from the top surface of the body along an outer periphery of the opening for abutting two fingers when holding the bone graft carrier.
Arrangement for distributed acoustic sensing and sensor integrity monitoring, comprising: a light launching module adapted to generate light patterns and arranged to inject the generated light patterns into an optical fibre ; a detector arranged to detect Rayleigh backscatter dependent light returned from the optical fibre , wherein the arrangement is adapted to operate in a first operation mode and in a second operation mode, wherein in the first operation mode the arrangement is adapted: to inject a first light pattern and to successively, after all backscatter of the first light pattern left the optical fibre, inject a second light pattern having substantially same wavelength, both generated using the light launching module , into the fibre ; to determine a backscatter change between first backscatter dependent light and second backscatter dependent light detected by the detector ; to analyse the backscatter change to determine a time change of a characteristic of the fibre , in order to perform distributed acoustic sensing; wherein in the second operation mode the arrangement is adapted: to inject another first light pattern and successively, after all backscatter of the other first light pattern left the optical fibre, inject another second light pattern , in particular having a wavelength different from a wavelength of the other first light pattern , both generated using the light launching module , into the fibre ; to determine a backscatter average of other first backscatter dependent light and other second backscatter dependent light detected by the detector ; to analyse the backscatter average to determine a static characteristic of the fibre, in order to perform sensor integrity monitoring. a light launching module adapted to generate light patterns and arranged to inject the generated light patterns into an optical fibre ; a detector arranged to detect Rayleigh backscatter dependent light returned from the optical fibre , to inject a first light pattern and to successively, after all backscatter of the first light pattern left the optical fibre, inject a second light pattern having substantially same wavelength, both generated using the light launching module , into the fibre ; to determine a backscatter change between first backscatter dependent light and second backscatter dependent light detected by the detector ; to analyse the backscatter change to determine a time change of a characteristic of the fibre , in order to perform distributed acoustic sensing; to inject another first light pattern and successively, after all backscatter of the other first light pattern left the optical fibre, inject another second light pattern , in particular having a wavelength different from a wavelength of the other first light pattern , both generated using the light launching module , into the fibre ; to determine a backscatter average of other first backscatter dependent light and other second backscatter dependent light detected by the detector ; to analyse the backscatter average to determine a static characteristic of the fibre, in order to perform sensor integrity monitoring.
A shipping packaging for accommodating goods to be shipped, having a bottom wall , side walls and a first lid which is suitable for closing a removal opening and has a first locking closure, a second lid being provided inside the shipping packaging , said second lid being suitable for closing the removal opening and having a second locking closure which is suitable for closing the packaging again after opening the first lid , the first and second lids each being designed as folding lids, the first locking closure of the first lid and the second locking closure of the second lid being engageable in such a way, in the course of being closed, that, when in the closed state, they cannot be opened without visibly destructing them, the first cover being hinged to the upper edge of a first of the side walls in a first hinge area , the second cover being hinged to the upper edge of the opposite second side wall in a second hinge area , the first and the second locking closure being formed by locking tabs formed on the first and second lids and corresponding locking slots with which the locking tabs can be engaged, the locking tabs being provided with pivotable portions provided at their longitudinal ends, which hook into the locking slots and thus establish a non-releasable connection between the locking tabs and the locking slots , the locking tabs being spread apart by restoring forces, after insertion into the locking slots , in such a way that they become hooked in the inserted position and can no longer be pulled out of the slots, the locking slot for the first lid being arranged in the area of the second side wall , characterized in that the locking slot for the second lid is arranged in the area of the first side wall .
A frangible firearm projectile comprising a frangible projectile body comprising a compacted mixture of metal powders that forms at least 90 wt% of the frangible projectile body and at least one of boric acid, borax, and a borate as an anti-sparking agent to reduce a propensity of the frangible firearm projectile to produce sparks upon striking a target after being fired.
A foundation element having an inner surface and an outer surface , a lower edge and an upper edge , as well as a first end and a second end , wherein the first end and/or the second end is provided with a fastening groove in the longitudinal direction of the end, the first end and/or the second end is provided with at least one end piece , in which said fastening groove is formed and the end piece has a substantially flat end surface and a contact surface , and said fastening groove is provided with a mouth opening to the end surface , as well as an expansion channel spaced from the mouth and opening to the lower edge and/or the upper edge , the width of the expansion channel being greater than the width of the mouth, characterized in that the end surface of the end piece is provided with a sealing groove for receiving a joint seal .
Weighing system associable with a filling machine for filling capsules or similar elements with at least one product, each capsule being formed by a body and a cap , comprising a weighing unit (2; 102) provided with at least one weighing cell and a gripping element (7; 107) that is connected to said weighing cell by means of a loading stem and is provided at one end with a housing (17; 117) arranged for receiving and/or retaining a capsule or a body to be weighed, characterized in that it comprises at least one connecting element rigidly fixed to said loading stem and slidably and elastically supporting said gripping element (7; 107) by interposition of elastic means , said gripping element (7; 107) being movable linearly between a measuring position (A), wherein said gripping element (7; 107) is completely supported by said loading stem and spaced from an abutment wall of said weighing unit (2; 102) by means of said elastic means so as not to abut said abutment wall , in particular to allow weighing a capsule or a body , and an end-stroke position (B), reached with a movement of said gripping element (7; 107) with respect to said connecting element in contrast to a thrust of said elastic means , wherein said gripping element (7; 107) abuts said abutment wall .
A winch comprising: a rope ; an overwinding sensor coupled to the rope , wherein the overwinding sensor is moveable between a first position and a second position upon winding and/or unwinding of the rope , and wherein the overwinding sensor comprises a first electrically conducting member; a contact member comprising a second electrically conducting member which is contactable by the first electrically conducting member when the overwinding sensor is in the second position, wherein the second electrically conducting member is not contactable by the first electrically conducting member when the overwinding sensor is in the first position; wherein the winch is configured to stop and/or prevent and/or hamper winding of the rope upon establishment of an electrical contact between the first electrically conducting member and the second electrically conducting member when the overwinding sensor is in the second position; and wherein the overwinding sensor further comprises: a support member fixed to the rope ; and a resilient member arranged between the support member and the first electrically conducting member, wherein the resilient member is configured to bias the support member in a direction away from the contact member upon winding of the rope while the overwinding sensor is in the second position. a rope ; an overwinding sensor coupled to the rope , wherein the overwinding sensor is moveable between a first position and a second position upon winding and/or unwinding of the rope , and wherein the overwinding sensor comprises a first electrically conducting member; a contact member comprising a second electrically conducting member which is contactable by the first electrically conducting member when the overwinding sensor is in the second position, wherein the second electrically conducting member is not contactable by the first electrically conducting member when the overwinding sensor is in the first position; wherein the winch is configured to stop and/or prevent and/or hamper winding of the rope upon establishment of an electrical contact between the first electrically conducting member and the second electrically conducting member when the overwinding sensor is in the second position; and wherein the overwinding sensor further comprises: a support member fixed to the rope ; and a resilient member arranged between the support member and the first electrically conducting member, wherein the resilient member is configured to bias the support member in a direction away from the contact member upon winding of the rope while the overwinding sensor is in the second position. a support member fixed to the rope ; and a resilient member arranged between the support member and the first electrically conducting member, wherein the resilient member is configured to bias the support member in a direction away from the contact member upon winding of the rope while the overwinding sensor is in the second position.
Electromagnetic actuator , having: - a housing , - a coil former which is arranged in the housing and bears at least one coil winding which at least partially surrounds an armature space , - an armature arranged axially movably in the armature space , - a first bearing portion for the radial mounting of the armature , and - a plate-like portion which is arranged on the first bearing portion , on a side facing away from the armature space , wherein the first bearing portion and the plate-like portion form an integral, combined bearing component , characterized in that a transition region between the plate-like portion and the first bearing portion has a first outer shoulder which, for positioning the bearing component , is insertable into a yoke opening , and a second outer shoulder adjoins the first outer shoulder, on the side of the bearing component facing away from the plate-like portion, with a reduced outer diameter. - a housing , - a coil former which is arranged in the housing and bears at least one coil winding which at least partially surrounds an armature space , - an armature arranged axially movably in the armature space , - a first bearing portion for the radial mounting of the armature , and - a plate-like portion which is arranged on the first bearing portion , on a side facing away from the armature space ,
Motor vehicle comprising: - a driver's seat with a crankset of the vehicle and a passenger seat ; - a dashboard extending transversely in front of the driver and passenger seats; - an airbag device arranged under the dashboard facing the driver's seat and configured to deploy in the direction of the driver's knees; characterized in that the vehicle further comprises: - a loudspeaker of an emergency call system arranged under the dashboard and laterally to the crankset on the outer lateral side of said crankset , the emergency call system comprising an avoidance ramp arranged laterally to the loudspeaker on the crankset side, said avoidance ramp being configured for, in the event of a frontal impact moving the crankset to the rear, allow said crankset to slide along the loudspeaker and to move the loudspeaker laterally outwards. - a driver's seat with a crankset of the vehicle and a passenger seat ; - a dashboard extending transversely in front of the driver and passenger seats; - an airbag device arranged under the dashboard facing the driver's seat and configured to deploy in the direction of the driver's knees; - a loudspeaker of an emergency call system arranged under the dashboard and laterally to the crankset on the outer lateral side of said crankset , the emergency call system comprising an avoidance ramp arranged laterally to the loudspeaker on the crankset side, said avoidance ramp being configured for, in the event of a frontal impact moving the crankset to the rear, allow said crankset to slide along the loudspeaker and to move the loudspeaker laterally outwards.