mhurhangee/ep-ind-claims huggingface dataset:
A zoom lens comprising, in order from an object side to an image side, a first lens unit having a positive optical power, a second lens unit having a negative optical power, a third lens unit having a negative optical power, a fourth lens unit having a positive optical power, and a fifth lens unit having a positive optical power, wherein the second lens unit and the third lens unit are moved during zooming and the fifth lens unit is moved during focusing, and the fifth lens unit consists of one negative lens element and two positive lens elements (G52, G53) in order from the object side to the image side, and the following conditional expressions are satisfied: 0 < α 5 < 0.35 1.85 < v 5 p / v 5 n where α5 represents an incident reduced tilt angle of an axial marginal ray to the fifth lens unit in a case where it is normalized to an optical power φw at a wide-angle end of the whole system of zoom lens, v5p represents an average value of Abbe's numbers of materials of the positive lens elements (G52, G53) of the fifth lens unit, v5n is an Abbe's number of a material of the negative lens element of the fifth lens unit, characterized in that the fourth lens unit includes at least one positive lens element, one negative lens element, and one positive lens element in order from the object side to the image side, the following expression is satisfied: 1.0 < v 4 p / v 4 n < 1.7 0.18 < N 4 n - N 4 p where v4p and N4p represent respectively average values of Abbe's numbers and refractive indexes of materials of the two positive lens elements (G41, G43) of the fourth lens unit, and v4n and N4n represent respectively an Abbe's number and a refractive index of a material of the negative lens element of the fourth lens unit.
A method comprising: (a) in a sample comprising nucleic acids from a cancer cell of a subject, selectively enriching for one or more nucleic acids comprising EGFR nucleotide sequences, to produce an enriched sample; (b) sequencing the one or more nucleic acids comprising EGFR nucleotide sequences from the enriched sample to produce sequence reads; (c) determining, among the sequence reads, a presence or an absence of at least one EGFR nucleotide sequence variant encoding an amino acid or codon sequence variant selected from the group consisting of G465V, D1083N, I491R, K467I, and K1061T, wherein numbering corresponds to the EGFR amino acid sequence in NCBI Accession Number NP_005219.2; and (d) classifying the subject as having a cancer un-responsive to cetuximab therapy when the presence of at least one of the EGFR nucleotide sequence variants is detected. (a) in a sample comprising nucleic acids from a cancer cell of a subject, selectively enriching for one or more nucleic acids comprising EGFR nucleotide sequences, to produce an enriched sample; (b) sequencing the one or more nucleic acids comprising EGFR nucleotide sequences from the enriched sample to produce sequence reads; (c) determining, among the sequence reads, a presence or an absence of at least one EGFR nucleotide sequence variant encoding an amino acid or codon sequence variant selected from the group consisting of G465V, D1083N, I491R, K467I, and K1061T, wherein numbering corresponds to the EGFR amino acid sequence in NCBI Accession Number NP_005219.2; and (d) classifying the subject as having a cancer un-responsive to cetuximab therapy when the presence of at least one of the EGFR nucleotide sequence variants is detected.
A straddle-type vehicle in which: a front wheel is suspended on a front fork by a bottom link suspension having a front wheel supporting arm that axially supports an axle of said front wheel and is swingably supported on said front fork; and a brake bracket on which a brake caliper is mounted is connected to said front fork so as to be swingable independently of said front wheel supporting arm, wherein a rotary member that is designed to rotate together with said axle is fixed on said axle, an axle rotation measuring unit that constitutes a wheel speed sensor in collaboration with said rotary member and is configured to detect a difference in turning between said axle rotation measuring unit itself and said rotary member is turnably supported on said axle at a position opposite said rotary member, characterised in that it further comprises a link mechanism that is configured to turn said axle rotation measuring unit, in response to turning of said front wheel supporting arm, about an axis of said axle and in a direction opposite a direction said front wheel supporting arm turns is provided between said axle rotation measuring unit and said front fork.
A cow stable, comprising: a milking box having a first entrance fence and a first exit fence forming a first pair of fences positioned at a first side of the milking box, and a second entrance fence and a second exit fence forming a second pair of fences positioned at a second side opposite to the first side; a plurality of resting boxes placed at the first side of the milking box; a walking path placed between the resting boxes and the milking box; and a separation zone placed at the second side of the milking box. a milking box having a first entrance fence and a first exit fence forming a first pair of fences positioned at a first side of the milking box, and a second entrance fence and a second exit fence forming a second pair of fences positioned at a second side opposite to the first side; a plurality of resting boxes placed at the first side of the milking box; a walking path placed between the resting boxes and the milking box; and a separation zone placed at the second side of the milking box.
A catheter comprising: a body (102, 702, 802) including at least a first oil lumen and one or more second oil lumens, at least the second oil lumens being bounded at least in part by an outer wall of the body, the outer wall being made of a material selected to allow oil to leach through the outer wall of the body and onto the outer surface of the outer wall of the body, to form a coating on the outer surface of the body, the body being provided with a lower manifold such that oil from the first oil lumen reaches the lower manifold and flows into the second oil lumens, and the body being further provided with an air vent including a lumen joined to one or more of the second oil lumens by an upper manifold to allow air to escape from the first and second oil lumens as the first and second oil lumens are being filled with oil from the oil port.
Method for producing a polycrystalline silicon carbide support substrate comprising the following steps: a) growing an initial substrate consisting of polycrystalline silicon carbide on a seed consisting of graphite or silicon carbide; at the end of step a), the initial substrate having a free front face and a rear face in contact with the seed, b) forming a stiffening film made of carbon on the front face of the initial substrate, the initial substrate having, in the plane of its front face and just prior to the formation of the stiffening film, a first average silicon carbide grain size, c) removing the seed so as to free the rear face of the initial substrate, the initial substrate having, in the plane of its rear face and just after removal of the seed, a second average silicon carbide grain size, smaller than the first average size, d) thinning the rear face of the initial substrate to a thickness at which the initial substrate has, in the plane of its thinned rear face, a third average grain size equal to the first average grain size to within +/- 30%, the thinned initial substrate forming the support substrate. a) growing an initial substrate consisting of polycrystalline silicon carbide on a seed consisting of graphite or silicon carbide; at the end of step a), the initial substrate having a free front face and a rear face in contact with the seed, b) forming a stiffening film made of carbon on the front face of the initial substrate, the initial substrate having, in the plane of its front face and just prior to the formation of the stiffening film, a first average silicon carbide grain size, c) removing the seed so as to free the rear face of the initial substrate, the initial substrate having, in the plane of its rear face and just after removal of the seed, a second average silicon carbide grain size, smaller than the first average size, d) thinning the rear face of the initial substrate to a thickness at which the initial substrate has, in the plane of its thinned rear face, a third average grain size equal to the first average grain size to within +/- 30%, the thinned initial substrate forming the support substrate.
Bra comprising two cups (2, 3) joined together by their inner side (21, 31) by a bridge part and means of adjusting the distance between the cups which means are situated in the region of the bridge part and able selectively to reduce or extend the distance between the cups, the said means of adjustment comprising means of reversible attachment of the two cups to one another, said means of reversible attachment comprising a first attachment element and a second attachment element which are arranged one on each side of the bridge part and movable relative to one another between a coupled position in which the two cups (2, 3) are close together and an uncoupled position in which the two cups (2, 3) are separated, under the action of pressure applied manually to a lateral part of the cups (2, 3) opposite to the bridge part, essentially in the direction of the bridge part, characterized in that the bra further comprises a guide member guiding the movement of at least one of the attachment elements upon application of the said pressure, the guide member delimiting a guide part between the attachment elements in which part the said at least one of the attachment elements is engaged as the two attachment elements (51, 52) are moved towards their coupled position.
A motor vehicle controller comprising a computing device, the controller being configured to command a first releasable torque transmitting device of a driveline to switch between a released condition in which a first releasable torque transmitting device substantially prevents transmission of torque from an input to an output portion thereof, and an engaged condition in which said first releasable torque transmitting device allows torque transmission from said input portion to said output portion thereof, wherein the controller is configured to receive information indicative of: a speed of wheels of a first axle; a speed of wheels of a second axle; and a terrain over which a vehicle is driving, and in response to a detected disparity between the speed of wheels of said first and second axle when said first releasable torque transmitting device is switched to said engaged condition, said controller is configured to, in dependence upon said received information indicative of the terrain over which the vehicle is travelling, either: output a signal to automatically cause said first releasable torque transmitting device to perform a reconnect operation comprising momentarily resuming the released condition, and then subsequently resuming the engaged condition, or maintain said first releasable torque transmitting device in said engaged condition. output a signal to automatically cause said first releasable torque transmitting device to perform a reconnect operation comprising momentarily resuming the released condition, and then subsequently resuming the engaged condition, or maintain said first releasable torque transmitting device in said engaged condition.
A fixing structure of a resin tank for fixing the resin tank to a frame, the fixing structure comprising: a first holder having a predetermined length and being disposed corresponding to a pressed portion of the resin tank; a biasing member that is disposed in the first holder; a pressing member that is supported by the first holder and projects toward the pressed portion by a biasing force of the biasing member; and a pair of rods respectively having first ends attached to both ends of the first holder in a longitudinal direction and second ends attached to the frame, wherein the biasing member is a coil spring expandable and contractable in the longitudinal direction of the first holder. a first holder having a predetermined length and being disposed corresponding to a pressed portion of the resin tank; a biasing member that is disposed in the first holder; a pressing member that is supported by the first holder and projects toward the pressed portion by a biasing force of the biasing member; and a pair of rods respectively having first ends attached to both ends of the first holder in a longitudinal direction and second ends attached to the frame, wherein the biasing member is a coil spring expandable and contractable in the longitudinal direction of the first holder.
A nut plate assembly comprising: a plate member comprising an aperture defined therethrough; a shell member having a first end joined to said plate member and a second end opposite said first end; a bias member disposed within said shell member; a nut comprising a body and a shoulder portion configured to receive a portion of said bias member, said body including an outer surface defining a first diameter, said shoulder portion defining a second diameter, said nut disposed within said shell member and moveable between a first position proximate said shell member first end and a second position proximate said shell member second end, wherein said bias member comprises a coil-spring positioned to bias said nut toward said second position, and wherein the second diameter defined by said shoulder portion is smaller than the first diameter defined by said outer surface to allow said bias member to extend along said shoulder portion and provide an axial force to said body; and a retention member configured to retain said nut within said shell member. a plate member comprising an aperture defined therethrough; a shell member having a first end joined to said plate member and a second end opposite said first end; a bias member disposed within said shell member; a nut comprising a body and a shoulder portion configured to receive a portion of said bias member, said body including an outer surface defining a first diameter, said shoulder portion defining a second diameter, said nut disposed within said shell member and moveable between a first position proximate said shell member first end and a second position proximate said shell member second end, wherein said bias member comprises a coil-spring positioned to bias said nut toward said second position, and wherein the second diameter defined by said shoulder portion is smaller than the first diameter defined by said outer surface to allow said bias member to extend along said shoulder portion and provide an axial force to said body; and a retention member configured to retain said nut within said shell member.
A gambogenic acid derivative, characterized in that said gambogenic acid derivative is represented by Formula as follows: Formula wherein: A is -CO-; R 2 is hydrogen; R 3 is hydrogen; R is hydrogen; R 1 is R 5 is hydrogen and R 6 is -CH 2 CH 2 OCH 2 CH 3. A is -CO-; R 2 is hydrogen; R 3 is hydrogen; R is hydrogen; R 1 is R 5 is hydrogen and R 6 is -CH 2 CH 2 OCH 2 CH 3.
Assembly for an electronic locking system, the assembly comprising: - a shaft arranged to rotate about a rotational axis from a starting position; - a spring arranged to store mechanical energy from rotational displacement of the shaft from the starting position; and - a release mechanism arranged to release the mechanical energy stored in the spring to an output member; wherein the spring is preloaded when the shaft is in the starting position. - a shaft arranged to rotate about a rotational axis from a starting position; - a spring arranged to store mechanical energy from rotational displacement of the shaft from the starting position; and - a release mechanism arranged to release the mechanical energy stored in the spring to an output member;
A non-surgical/therapeutic process for controlling an infusion of fluid from a fluid source to a liquid sink, comprising: a) exerting a negative pressure on a gas reservoir in fluid communication with a gas-side chamber separated from a fluid-side chamber by a liner actuator and a flexible membrane that is impermeable to gas or liquid to draw liquid from the fluid source into the fluid-side chamber through a one-way inlet valve until the fluid-side chamber fills with fluid; b) exerting a positive pressure on the gas reservoir in fluid communication with the gas-side chamber to deliver liquid in the fluid-side chamber to the liquid sink through a one-way outlet valve; c) monitoring pressure in the gas reservoir during the steps of exerting the negative pressure and exerting the positive pressure via a controller; d) optionally venting air in the gas reservoir to ambient; and e) determining volumes of fluid in the fluid-side chamber from incremental changes in volume of the gas reservoir and the gas-side chamber and any connecting dead space by an ideal gas law relationship, wherein P 1 V 1 = P 2 V 2, wherein P 1 and P 2 are pressures measured at two times before and after volume changes and V 1 and V 2 are volumes at the two times. a) exerting a negative pressure on a gas reservoir in fluid communication with a gas-side chamber separated from a fluid-side chamber by a liner actuator and a flexible membrane that is impermeable to gas or liquid to draw liquid from the fluid source into the fluid-side chamber through a one-way inlet valve until the fluid-side chamber fills with fluid; b) exerting a positive pressure on the gas reservoir in fluid communication with the gas-side chamber to deliver liquid in the fluid-side chamber to the liquid sink through a one-way outlet valve; c) monitoring pressure in the gas reservoir during the steps of exerting the negative pressure and exerting the positive pressure via a controller; d) optionally venting air in the gas reservoir to ambient; and e) determining volumes of fluid in the fluid-side chamber from incremental changes in volume of the gas reservoir and the gas-side chamber and any connecting dead space by an ideal gas law relationship, wherein P 1 V 1 = P 2 V 2, wherein P 1 and P 2 are pressures measured at two times before and after volume changes and V 1 and V 2 are volumes at the two times.
Portable information device for a vehicle driver comprising at least one electronic controller linked to a display touch screen, to communication means and to geolocating means, and the electronic controller being adapted to simultaneously run an operating system and a plurality of applications, including at least one geolocated application, wherein the information device comprises a plurality of at least three individual control switches, formed as pushbuttons, each one of these switches corresponding respectively to one of the plurality of applications, and, wherein the electronic controller is adapted to switch, upon an actuation of one of the individual control switch, from a current display arrangement displayed at the time of the switch actuation, to a display mode dedicated to the application corresponding to the actuated switch, the portable information device is characterised in that the plurality of at least three individual control switches comprises at least two toggle access switches, in which the electronic controller is adapted to switch, upon a first actuation of a first one of the toggle access switches, from a first display mode, currently displayed at the time of the first toggle access switch actuation, to a second display mode while the application corresponding to the first display mode continues to run, and to return to the first display mode upon a second subsequent actuation of the same first toggle access switch, and in that said return step is cancelled if a second one of the toggle access switches is pressed after the first actuation of the first one of the toggle access switches.
A seating arrangement (100 to 100′′′) for a vehicle cabin, wherein the seating arrangement (100 to 100′′′) comprising at least: - a first seat with a respective privacy area arranged extending substantially along a longitudinal direction of the vehicle cabin and having direct access to an aisle of the cabin; - a second seat and a third seat offset relative and angled relative to the longitudinal direction, the second seat and the third seat arranged one behind another along the longitudinal direction and laterally offset with respect to the first seat, and both the second and third seat (200B, 200C) having direct access (20', 20") to the aisle, whereby the direct access (20") of the third seat merges with the direct access of the second seat in front of the second seat; wherein the first seat is configured as an aisle seat and the second and third seats (200B, 200C) are configured as non-aisle seats. - a first seat with a respective privacy area arranged extending substantially along a longitudinal direction of the vehicle cabin and having direct access to an aisle of the cabin; - a second seat and a third seat offset relative and angled relative to the longitudinal direction, the second seat and the third seat arranged one behind another along the longitudinal direction and laterally offset with respect to the first seat, and both the second and third seat (200B, 200C) having direct access (20', 20") to the aisle, whereby the direct access (20") of the third seat merges with the direct access of the second seat in front of the second seat;
Method for machining a workpiece, in which - material of the workpiece is removed in a machining region by means of a non-contact removal process, and - the workpiece is excited by means of an excitation oscillation having a self-resonant frequency of the workpiece or a combination comprising the workpiece and a coupling element that is coupled rigidly to the workpiece is excited by means of an excitation oscillation having a common self-resonant frequency of the workpiece and the coupling element, the self-resonant frequency being selected such that, in the machining region, an oscillation occurs that has a maximum oscillation amplitude (X_W_MAX) in relation to an excitation amplitude (X_A) of the excitation oscillation, characterized in that the non-contact removal process is electroerosion with a predetermined pulse frequency, wherein the pulse frequency of the non-contact removal process and the excitation frequency of the actuator are synchronized with one another. - material of the workpiece is removed in a machining region by means of a non-contact removal process, and - the workpiece is excited by means of an excitation oscillation having a self-resonant frequency of the workpiece or a combination comprising the workpiece and a coupling element that is coupled rigidly to the workpiece is excited by means of an excitation oscillation having a common self-resonant frequency of the workpiece and the coupling element,