mhurhangee/patent-ind-claim-en huggingface dataset:
A threading insert comprising a top surface , an opposite bottom surface , a side surface connecting the top surface and the bottom surface , a first tooth , the first tooth comprising a first cutting edge , the first cutting edge comprising a first top cutting edge connecting a first leading cutting edge and a first trailing cutting edge , the first cutting edge has an edge roundness such that the first cutting edge is rounded, or convex, or curved, when seen in a cross section in a plane perpendicular to the first cutting edge , in that the size of the edge roundness varies along the first cutting edge characterized in that an edge roundness of the first top edge is greater than an edge roundness of the first trailing cutting edge . a top surface , an opposite bottom surface , a side surface connecting the top surface and the bottom surface , a first tooth , the first tooth comprising a first cutting edge , the first cutting edge comprising a first top cutting edge connecting a first leading cutting edge and a first trailing cutting edge , the first cutting edge has an edge roundness such that the first cutting edge is rounded, or convex, or curved, when seen in a cross section in a plane perpendicular to the first cutting edge , in that the size of the edge roundness varies along the first cutting edge characterized in that an edge roundness of the first top edge is greater than an edge roundness of the first trailing cutting edge .
A method performed by a radio base station of a wireless network, for supporting uplink transmission power control when performing Multiple User, MU, Multiple-Input-Multiple-Output, MIMO, scheduling, the method being characterized by a procedure for the MU MIMO power control when scheduling a first User Equipment, UE, in pair with a second UE, or when scheduling the first UE de-paired from the second UE, the method comprising: - transmitting a power adaptation parameter for uplink transmission power control to the first UE before transmitting an indication to the first UE to use the power adaptation parameter for uplink transmission power control, which power adaptation parameter enables the first UE to adapt an uplink transmission power to an interference change due to pairing or de-pairing with the second UE; - transmitting the indication to the first UE when the radio base station schedules the first UE in pair with the second UE, or schedules the first UE de-paired from the second UE; and - estimating a throughput gain of a paired scheduling relative to an unpaired scheduling for a UE pair comprising the first UE and the second UE, and for each of the first and the second UEs individually, - scheduling the first UE in pair with the second UE when the estimated throughput gain for the UE pair is above a first threshold, and when the estimated throughput gain is positive for each of the first and second UEs, and - scheduling the first UE de-paired from the second UE when the estimated throughput gain for the UE pair is lower than a second threshold, and when the estimated throughput gain is negative for either the first or the second UE. - transmitting a power adaptation parameter for uplink transmission power control to the first UE before transmitting an indication to the first UE to use the power adaptation parameter for uplink transmission power control, which power adaptation parameter enables the first UE to adapt an uplink transmission power to an interference change due to pairing or de-pairing with the second UE; - transmitting the indication to the first UE when the radio base station schedules the first UE in pair with the second UE, or schedules the first UE de-paired from the second UE; and - estimating a throughput gain of a paired scheduling relative to an unpaired scheduling for a UE pair comprising the first UE and the second UE, and for each of the first and the second UEs individually, - scheduling the first UE in pair with the second UE when the estimated throughput gain for the UE pair is above a first threshold, and when the estimated throughput gain is positive for each of the first and second UEs, and - scheduling the first UE de-paired from the second UE when the estimated throughput gain for the UE pair is lower than a second threshold, and when the estimated throughput gain is negative for either the first or the second UE.
A laser scanning device for the three-dimensional measurement of a setting in a field of view (FOV) from a great distance, comprising at least one transmitter unit , having at least one transmission channel (1.1), for transmitting laser pulses (LP) in a sequence, at least one receiver unit , having at least one receiver channel (2.1), which has a receiver surface (2.1.1), for receiving portions (LP') of the laser pulses (LP) reflected back from measurement fields (M) of the setting in a sequence and for forming receiver signals (S), an analog-to-digital converter for digitizing the receiver signals (S), and a deflection unit for scanning the transmitter unit and the receiver unit , in a scanning direction (R S ), the receiver unit being arranged in a fixed relative position to the transmitter unit , a memory and evaluation unit , as well as a control unit , wherein the laser pulses (LP) have a rectangular beam cross-section, the receiver surface (2.1.1) is rectangular, an emission divergence of the at least one transmission channel (1.1) and a reception divergence of the at least one receiver channel (2.1) in the scanning direction (Rs) are in each case multiple times greater than an emission divergence of the at least one transmission channel (1.1) and a reception divergence of the at least one receiver channel (2.1) in a cross-scan direction (R C ), and the memory and evaluation unit includes a plurality of memory and evaluation areas (5.1) for parallel storage of digitized receiver signals (SD) and formation of accumulated receiver signals (SA) from which a distance can be derived in each case. at least one transmitter unit , having at least one transmission channel (1.1), for transmitting laser pulses (LP) in a sequence, at least one receiver unit , having at least one receiver channel (2.1), which has a receiver surface (2.1.1), for receiving portions (LP') of the laser pulses (LP) reflected back from measurement fields (M) of the setting in a sequence and for forming receiver signals (S), an analog-to-digital converter for digitizing the receiver signals (S), and a deflection unit for scanning the transmitter unit and the receiver unit , in a scanning direction (R S ), the receiver unit being arranged in a fixed relative position to the transmitter unit , a memory and evaluation unit , as well as a control unit , wherein the laser pulses (LP) have a rectangular beam cross-section, the receiver surface (2.1.1) is rectangular, an emission divergence of the at least one transmission channel (1.1) and a reception divergence of the at least one receiver channel (2.1) in the scanning direction (Rs) are in each case multiple times greater than an emission divergence of the at least one transmission channel (1.1) and a reception divergence of the at least one receiver channel (2.1) in a cross-scan direction (R C ), and the memory and evaluation unit includes a plurality of memory and evaluation areas (5.1) for parallel storage of digitized receiver signals (SD) and formation of accumulated receiver signals (SA) from which a distance can be derived in each case.
An intervertebral prosthetic disc placement instrument comprising: an instrument shaft having a distal end and a proximal end; an instrument handle on the proximal end having an activation mechanism ; a pair of grasping jaws on the distal end of the instrument shaft , the grasping jaws configured to move with respect to one another to grasp a multipart prosthetic disc in a non-articulating configuration, the grasping jaws being movable from a tightened to a released position by the activation mechanism ; and characterized by further comprising a prosthetic disc ejector on the distal end of the instrument shaft which moves distally with respect to the pair of grasping jaws when the grasping jaws are in the released position and wherein the ejector is configured to contact the prosthetic disc to fully disengage the prosthetic disc from the placement instrument . an instrument shaft having a distal end and a proximal end; an instrument handle on the proximal end having an activation mechanism ; a pair of grasping jaws on the distal end of the instrument shaft , the grasping jaws configured to move with respect to one another to grasp a multipart prosthetic disc in a non-articulating configuration, the grasping jaws being movable from a tightened to a released position by the activation mechanism ; and characterized by further comprising a prosthetic disc ejector on the distal end of the instrument shaft which moves distally with respect to the pair of grasping jaws when the grasping jaws are in the released position and wherein the ejector is configured to contact the prosthetic disc to fully disengage the prosthetic disc from the placement instrument .
A helmet cover assembly comprising: a cover configured to extend over a helmet ; at least two mounting devices coupled to the cover ; and characterised by one or more straps coupled to the at least two mounting devices and configured to tighten the cover to the helmet ; and wherein the one or more straps are coupled between the at least two mounting devices, wherein the one or more straps are configured to pull the at least two mounting devices together and tighten the cover to the helmet . a cover configured to extend over a helmet ; at least two mounting devices coupled to the cover ; and characterised by one or more straps coupled to the at least two mounting devices and configured to tighten the cover to the helmet ; and wherein the one or more straps are coupled between the at least two mounting devices, wherein the one or more straps are configured to pull the at least two mounting devices together and tighten the cover to the helmet .
An outlet valve for a toilet cistern with: - an outlet opening ; - an overflow tube that can be moved between an open position and a closed position in order to open and close the outlet opening ; - a throttle that is arranged downstream of the overflow tube , characterized in that the throttle is designed for adjusting the volumetric flow of flushing water flowing through the outlet valve when the outlet valve is opened, wherein the throttle comprises an actuating means , which can be actuated for adjusting the throttle in the mounted state of the outlet valve . - an outlet opening ; - an overflow tube that can be moved between an open position and a closed position in order to open and close the outlet opening ; - a throttle that is arranged downstream of the overflow tube ,
Hearing aid comprising two microphones and sound paths allowing sound to pass from the surroundings to the microphones , wherein further a signal path from the microphones to a receiver is provided and powered by a current source, such that sounds received at the microphones may be enhanced and presented to an ear of a user, and wherein a protection screen is provided, the protection screen comprising a first surface which faces the surroundings and an opposed second surface which faces the inside of the hearing aid, wherein the protection screen has two slit formed openings between the first surface and the second surface , wherein the transition between the first surface and the slit formed openings is smooth and gradual, and wherein a sharp edge forms the transition between the second surface and the slit formed openings, wherein sound entrances lead through respective canals in a chassis of the hearing aid to the respective microphones , and wherein the two slit formed openings lead to respective furrows provided in the chassis , each of said furrows providing access to the sound entrances for the respective microphones , such that said sound paths are provided from the surroundings through the two slit formed openings and into the canals leading to the microphones . wherein the protection screen has two slit formed openings between the first surface and the second surface , wherein the transition between the first surface and the slit formed openings is smooth and gradual, and wherein a sharp edge forms the transition between the second surface and the slit formed openings, wherein sound entrances lead through respective canals in a chassis of the hearing aid to the respective microphones , and
A plasma torch comprising at least two cylindrical, graphite electrodes (107, 108; 302, 303) nested inside one another and coaxially aligned, wherein at least one of the electrodes has a tip, wherein at least one of the at least two cylindrical, graphite electodes (107, 108; 302, 303) has a barrel stave design, and wherein the plasma torch additionally contains a magnetic field generating component capable of providing a magnetic field at the tip of the electrode with an axial component of between about 10 and about 100 mT
A method of detecting DNA using a detection device with at least a couple of electrodes, the method comprising: (a) immobilizing a primer on the electrodes ; (b) making a bridge of the DNA expanded between the electrodes, by immersing the electrodes in a solution including circular templates of single stranded DNA, annealing the circular templates with the primer , generating single stranded DNA molecules utilizing RCA, and applying a predetermined voltage between the electrodes so as to expand the single stranded DNA molecules connecting said electrodes and forming said bridge ; and (c) characterizing the bridge of DNA which includes multiple single stranded DNA molecules between the electrodes. (a) immobilizing a primer on the electrodes ; (b) making a bridge of the DNA expanded between the electrodes, by immersing the electrodes in a solution including circular templates of single stranded DNA, annealing the circular templates with the primer , generating single stranded DNA molecules utilizing RCA, and applying a predetermined voltage between the electrodes so as to expand the single stranded DNA molecules connecting said electrodes and forming said bridge ; and (c) characterizing the bridge of DNA which includes multiple single stranded DNA molecules between the electrodes.
A dilator (1; 10; 20; 30; 40; 50; 60; 70) comprising: a hollow shaft (3; 21, 22; 31, 32; 41, 42; 51, 52; 61, 62) having an outer diameter of a front end smaller than that of a base end; and a grip portion connected to the base end of the shaft (3; 21, 22; 31, 32; 41, 42; 51, 52; 61, 62), wherein, a spirally-arranged protruding portion (5; 24, 25; 32, 35; 43, 44; 53; 63) protruding outwardly is provided on an outer peripheral surface of the shaft (3; 21, 22; 31, 32; 41, 42; 51, 52; 61, 62), and the spirally-arranged protruding portion (5; 24, 25; 32, 35; 43, 44; 53; 63) has gaps between adjacent portions along an axis of the shaft (3; 21, 22; 31, 32; 41, 42; 51, 52; 61, 62), characterised in that the spirally-arranged protruding portion (5; 24, 25; 32, 35; 43, 44; 53; 63) includes a coil (5; 24, 25; 32, 35; 43, 44; 53; 63) including one or more wires wound around on the outer peripheral surface of the shaft (3; 21, 22; 31, 32; 41, 42; 51, 52; 61, 62) . a hollow shaft (3; 21, 22; 31, 32; 41, 42; 51, 52; 61, 62) having an outer diameter of a front end smaller than that of a base end; and a grip portion connected to the base end of the shaft (3; 21, 22; 31, 32; 41, 42; 51, 52; 61, 62), wherein, a spirally-arranged protruding portion (5; 24, 25; 32, 35; 43, 44; 53; 63) protruding outwardly is provided on an outer peripheral surface of the shaft (3; 21, 22; 31, 32; 41, 42; 51, 52; 61, 62), and the spirally-arranged protruding portion (5; 24, 25; 32, 35; 43, 44; 53; 63) has gaps between adjacent portions along an axis of the shaft (3; 21, 22; 31, 32; 41, 42; 51, 52; 61, 62), characterised in that the spirally-arranged protruding portion (5; 24, 25; 32, 35; 43, 44; 53; 63) includes a coil (5; 24, 25; 32, 35; 43, 44; 53; 63) including one or more wires wound around on the outer peripheral surface of the shaft (3; 21, 22; 31, 32; 41, 42; 51, 52; 61, 62) .
Method for filling a sterile container , in particular a bottle, with a liquid , wherein - a sterile connection is established between a flexible bag and a first opening of the container , - a sterile connection is established between a second opening of the container and a source of the liquid to be filled into the container , - the liquid is filled into the container , - a gas , in particular air, which is present in the container is displaced by the liquid and forced into the flexible bag while increasing the volume of the flexible bag and - the connection between the source of liquid and the second opening of the container is severed in a sterile way. - a sterile connection is established between a flexible bag and a first opening of the container , - a sterile connection is established between a second opening of the container and a source of the liquid to be filled into the container , - the liquid is filled into the container , - a gas , in particular air, which is present in the container is displaced by the liquid and forced into the flexible bag while increasing the volume of the flexible bag and - the connection between the source of liquid and the second opening of the container is severed in a sterile way.
A method of manufacturing a rotary atomiser bell cup comprising a bell portion for spraying media in use and a hub portion via which the bell portion is rotatingly drivable in use, the method comprising the steps of: making the hub portion using machining; and building up the bell portion on the hub using an additive manufacturing process. making the hub portion using machining; and building up the bell portion on the hub using an additive manufacturing process.
A seat to be installed in an aircraft comprising: - a backrest , - a seating portion rotatably mounted about an axis (X) with respect to said backrest between an extended position and a folded position, - a return system adapted to move the seating portion automatically from the extended position to the folded position, - a mechanical speed reduction system for the seating portion comprising - a cam-shaped plate , and - a roller adapted to move along an edge of said cam-shaped plate upon displacement of said seating portion , generated by said return system , from said extended position to said folded position, - at least one of the two elements, among said roller and said cam-shaped plate , being able to compress upon displacement of the roller so as to absorb a kinetic energy of said seating portion in order to reduce the displacement speed thereof. - a backrest , - a seating portion rotatably mounted about an axis (X) with respect to said backrest between an extended position and a folded position, - a return system adapted to move the seating portion automatically from the extended position to the folded position, - a mechanical speed reduction system for the seating portion comprising - a cam-shaped plate , and - a roller adapted to move along an edge of said cam-shaped plate upon displacement of said seating portion , generated by said return system , from said extended position to said folded position, - at least one of the two elements, among said roller and said cam-shaped plate , being able to compress upon displacement of the roller so as to absorb a kinetic energy of said seating portion in order to reduce the displacement speed thereof. - a cam-shaped plate , and - a roller adapted to move along an edge of said cam-shaped plate upon displacement of said seating portion , generated by said return system , from said extended position to said folded position, - at least one of the two elements, among said roller and said cam-shaped plate , being able to compress upon displacement of the roller so as to absorb a kinetic energy of said seating portion in order to reduce the displacement speed thereof.
Brake master cylinder having a body with an inlet port for a fluid and an outlet port adapted to be fluidically connected to a brake caliper actuator, a piston housed in a jacket of the body and movable between a rest position in which the inlet port and the outlet port are fluidically connected via a through hole through the piston and a position of pressurization of an actuator fluid in which the through hole is fluidically disconnected from the inlet port through a seal carried by the jacket and a fluid pressure increases with the advancement of the piston , characterised in that the cylinder further comprises an actuation element having a connecting rod or a pin configured to press on the piston when actuating the brake caliper actuator so that each displacement of the actuation element causes a displacement of the piston .
An elongate base structure for receiving an accent strip for a vehicle molding, the elongate base structure comprising: an outward facing surface ; top and bottom elongate grooves defined in the outward facing surface ; a middle base portion between the top and bottom grooves , the middle base portion having an outward facing surface with at least one adhesive region for receiving an adhesive; at least one slot defined in one of the top groove or the bottom groove , the at least one slot being adjacent to and extending along the at least one adhesive region of the middle base portion ; characterized by an aperture defined by middle base portion , between the top and bottom grooves , wherein the aperture allows an assembler to hold and move the accent strip . an outward facing surface ; top and bottom elongate grooves defined in the outward facing surface ; a middle base portion between the top and bottom grooves , the middle base portion having an outward facing surface with at least one adhesive region for receiving an adhesive; at least one slot defined in one of the top groove or the bottom groove , the at least one slot being adjacent to and extending along the at least one adhesive region of the middle base portion ; characterized by an aperture defined by middle base portion , between the top and bottom grooves , wherein the aperture allows an assembler to hold and move the accent strip .
Multi-layer adhesive tape to compress and contract one or more scars, comprising: - a top layer ; - a bonding layer adjacent to said top layer ; - a bottom layer adjacent to said bonding layer and opposite to said top layer ; - an adhesive layer adjacent to said flexible bottom layer and opposite to said bonding layer ; and - a first peelable liner at least adjacent to said adhesive layer and opposite to said bottom layer , wherein the widths (L') of said top layer and bonding layer are larger than the widths (L) of said bottom layer and adhesive layer , and wherein said adhesive layer comprises a rubber- or acrylic-based pressure-sensitive adhesive, characterized in that said bottom layer comprises a plastic film comprising one or more polyolefin compounds, polyamide, polyester, nylon, polyvinylchloride and/or polyvinylidene chloride, and/or comprise a silicone film, or comprise a polyurethane material, and said top layer comprises a polyurethane material, wherein said bottom layer and top layer comprise a thickness between 20 μm and 1100 μm. - a top layer ; - a bonding layer adjacent to said top layer ; - a bottom layer adjacent to said bonding layer and opposite to said top layer ; - an adhesive layer adjacent to said flexible bottom layer and opposite to said bonding layer ; and - a first peelable liner at least adjacent to said adhesive layer and opposite to said bottom layer ,