mhurhangee/ep-ind-claims huggingface dataset:
A method of mitigating interference of wireless communications, comprising: receiving, by an electronic device that includes a first type wireless component and a second type wireless component, values of parameters relating to wireless communication using the first type wireless component; inputting, by the electronic device, the values of the parameters relating to wireless communication using the first type wireless component into a model of a relationship between the parameters relating to wireless communication using the first type wireless component and at least one handover parameter relating to wireless communication using the second type wireless component; wherein the model is based on a cross correlation between a first set including the parameters relating to wireless communication using the first type wireless component and a second set including the at least one handover parameter relating to wireless communication using the second type wireless component; outputting, by the model in response to the inputting of the values of the parameters into the model, a value of the at least one handover parameter; and determining whether the electronic device should be handed over from a first access point to a second access point based on the determined value of the at least one handover parameter, the electronic device to communicate with the first access point and the second access point using the second type wireless component. receiving, by an electronic device that includes a first type wireless component and a second type wireless component, values of parameters relating to wireless communication using the first type wireless component; inputting, by the electronic device, the values of the parameters relating to wireless communication using the first type wireless component into a model of a relationship between the parameters relating to wireless communication using the first type wireless component and at least one handover parameter relating to wireless communication using the second type wireless component; wherein the model is based on a cross correlation between a first set including the parameters relating to wireless communication using the first type wireless component and a second set including the at least one handover parameter relating to wireless communication using the second type wireless component; outputting, by the model in response to the inputting of the values of the parameters into the model, a value of the at least one handover parameter; and determining whether the electronic device should be handed over from a first access point to a second access point based on the determined value of the at least one handover parameter, the electronic device to communicate with the first access point and the second access point using the second type wireless component.
A power source comprising: a current source device, a voltage source device, and a voltage selection device, wherein the current source device is configured to provide a current signal to the voltage source device; the voltage source device is connected to the current source device, comprises multiple voltage sources, and is configured to convert the current signal from the current source device into a voltage signal; the voltage selection device is connected to the voltage source device, and is configured to select one of voltage signals from multiple voltage sources as an output voltage signal; characterized in that the power source is configured to operate only the voltage source which is currently selected by the voltage selection device, such that current from the current source device is only supplied to said selected voltage source. a current source device, a voltage source device, and a voltage selection device, wherein the current source device is configured to provide a current signal to the voltage source device; the voltage source device is connected to the current source device, comprises multiple voltage sources, and is configured to convert the current signal from the current source device into a voltage signal; the voltage selection device is connected to the voltage source device, and is configured to select one of voltage signals from multiple voltage sources as an output voltage signal; characterized in that the power source is configured to operate only the voltage source which is currently selected by the voltage selection device, such that current from the current source device is only supplied to said selected voltage source.
A catheter clamp assembly comprising: a base that includes: a top and a bottom, a body that includes a slide cover track, the body having internal walls defining a catheter opening extending from the bottom to the top, the body further defining a catheter channel extending from the catheter opening to a sidewall opening; and a slide cover slidably engaged with the slide cover track, the slide cover including a prong extending from a lower surface of the slide cover to engage a wall defining the catheter opening and to secure a catheter in the catheter channel; wherein the slide cover has a first location providing access to thread the catheter through the catheter opening and a second location that securely clamps the catheter in the catheter channel, such that sliding the slide cover from its first location to its second location contacts a length of the catheter extending through the catheter opening and positions the catheter in the catheter channel for securement when the slide cover reaches its second location. a top and a bottom, a body that includes a slide cover track, the body having internal walls defining a catheter opening extending from the bottom to the top, the body further defining a catheter channel extending from the catheter opening to a sidewall opening; and a slide cover slidably engaged with the slide cover track, the slide cover including a prong extending from a lower surface of the slide cover to engage a wall defining the catheter opening and to secure a catheter in the catheter channel; wherein the slide cover has a first location providing access to thread the catheter through the catheter opening and a second location that securely clamps the catheter in the catheter channel, such that sliding the slide cover from its first location to its second location contacts a length of the catheter extending through the catheter opening and positions the catheter in the catheter channel for securement when the slide cover reaches its second location.
A surgical instrument comprising: a handle; an elongated shaft extending from the handle; a surgical fastener deployment system including a driveshaft, wherein the driveshaft is received in the handle and extends distally from the handle through an internal lumen of the elongated shaft, wherein the driveshaft is actuatable between at least a first proximal position and a second distal position to deploy a surgical fastener; a striker movable relative to the driveshaft; an impact surface associated with the driveshaft, wherein the impact surface is constructed and arranged to be struck by the striker to displace the driveshaft to the second distal position; and an energy storage member associated with the striker, wherein actuation of the driveshaft from the first proximal position towards the second distal position stores compression energy in the energy storage member which is released to accelerate the striker in the distal direction to strike the impact surface. a handle; an elongated shaft extending from the handle; a surgical fastener deployment system including a driveshaft, wherein the driveshaft is received in the handle and extends distally from the handle through an internal lumen of the elongated shaft, wherein the driveshaft is actuatable between at least a first proximal position and a second distal position to deploy a surgical fastener; a striker movable relative to the driveshaft; an impact surface associated with the driveshaft, wherein the impact surface is constructed and arranged to be struck by the striker to displace the driveshaft to the second distal position; and an energy storage member associated with the striker, wherein actuation of the driveshaft from the first proximal position towards the second distal position stores compression energy in the energy storage member which is released to accelerate the striker in the distal direction to strike the impact surface.
Connector for connecting an attachment having a through-opening to a profile rail having a rail slot, the connector comprising - a rear-engagement element for anchoring the connector on the rail slot of the profile rail, and comprising - a contact element which is connected to the rear-engagement element and intended for resting on the attachment in the vicinity of the through-opening of the attachment in order to limit a path of the connector through the through-opening of the attachment, characterized in that the connector has at least one fixing element by means of which the connector can be fixed to the attachment in a pre-assembly position in which the connector passes through the through-opening of the attachment, and in that the fixing element has an annular frame in which the contact element is received. - a rear-engagement element for anchoring the connector on the rail slot of the profile rail, and comprising - a contact element which is connected to the rear-engagement element and intended for resting on the attachment in the vicinity of the through-opening of the attachment in order to limit a path of the connector through the through-opening of the attachment,
An engaging relay for starting devices for starting internal combustion engines, comprising a joint between a stationary magnetic core and a magnetic core of the engaging relay, which core is movable along a movement axis, wherein an elastic protective cap covers the joint, wherein the elastic protective cap rests with an edge at least indirectly on the movable magnetic core or on the stationary magnetic core, wherein a wall structure is arranged at the edge, wherein the wall structure has at least one opening, characterised in that the wall structure is adjacent to at least one other wall structure, which also has at least one opening and preferably this opening is arranged with respect to a moving axis of the movable magnetic core at another circumferential position.
Penetrator for a projectile comprising a tail assembly, the penetrator comprising at least one outer body, which acts in a terminal ballistic manner, for attacking an armored target, in particular an armored tank having reactive armor plating, the cross-section of the outer body perpendicular to a longitudinal axis of the outer body being a hollow cross-section, the hollow cross-section extending over at least 70% of the length of the outer body, characterized in that the penetrator has a single core which arranged in the outer body and acts in a terminal ballistic manner, the core having a lower density than the outer body and extending only over a portion of the length of the hollow cross-section, so that the mass and the position of the core within the outer body can be used to adjust the position of the center of gravity of the penetrator in relation to its longitudinal axis.
A rotor assembly for a gas turbine engine comprising: a rotor including a rotor disc rotatable about a central axis, the rotor having a pair of opposite axially facing faces (32, 34); and an annular flange protruding axially from one of the opposite axially facing faces (32, 34), the annular flange having a circumference disposed about the central axis, the annular flange including: a plurality of protrusions axisymmetrically disposed about the circumference of the annular flange, each protrusion extending axially from a base portion of the annular flange to a respective protrusion end, each protrusion having a mounting aperture for selectively receiving a balancing feature; and a plurality of slots axisymmetrically disposed about the circumference of the annular flange between adjacent protrusions, each slot including a pair of converging flat portions extending axially inwardly from an adjacent protrusion end, characterised in that each slot further includes: an inner flat portion at an inner end of each slot, and a pair of curved portions respectively joining each converging flat portion to the inner flat portion in each slot, wherein each slot has a slot depth extending normally from the adjacent protrusion end to the inner flat portion of the slot, said slot depth at least as great as an adjacent mounting aperture depth extending normally from the adjacent protrusion end to a far end of the corresponding mounting aperture. a rotor including a rotor disc rotatable about a central axis, the rotor having a pair of opposite axially facing faces (32, 34); and an annular flange protruding axially from one of the opposite axially facing faces (32, 34), the annular flange having a circumference disposed about the central axis, the annular flange including: a plurality of protrusions axisymmetrically disposed about the circumference of the annular flange, each protrusion extending axially from a base portion of the annular flange to a respective protrusion end, each protrusion having a mounting aperture for selectively receiving a balancing feature; and a plurality of slots axisymmetrically disposed about the circumference of the annular flange between adjacent protrusions, each slot including a pair of converging flat portions extending axially inwardly from an adjacent protrusion end, a plurality of protrusions axisymmetrically disposed about the circumference of the annular flange, each protrusion extending axially from a base portion of the annular flange to a respective protrusion end, each protrusion having a mounting aperture for selectively receiving a balancing feature; and a plurality of slots axisymmetrically disposed about the circumference of the annular flange between adjacent protrusions, each slot including a pair of converging flat portions extending axially inwardly from an adjacent protrusion end,
A computer-implemented method comprising: establishing a short-range wireless communication between a user device and a point-of-interest device, wherein the point-of-interest device is associated with a point-of-interest data structure that represents a physical point-of-interest, referred to as POI; receiving a request to perform a POI action in regards to the physical POI; and causing the POI action to be performed; the method characterized in that a) the method further comprises: prior to receiving the request, by the user device reading, via the short-range wireless communication, a list of possible POI actions from the POI device, and b) causing the POI action to be performed comprises: changing a POI indicator associated with the POI data structure on an annotated floor map. establishing a short-range wireless communication between a user device and a point-of-interest device, wherein the point-of-interest device is associated with a point-of-interest data structure that represents a physical point-of-interest, referred to as POI; receiving a request to perform a POI action in regards to the physical POI; and causing the POI action to be performed; a) the method further comprises: prior to receiving the request, by the user device reading, via the short-range wireless communication, a list of possible POI actions from the POI device, and b) causing the POI action to be performed comprises: changing a POI indicator associated with the POI data structure on an annotated floor map.
A method of designing an orthopaedic hip joint implant, the method comprising: conducting a kinematic analysis of a population eligible for hip replacement surgery, establishing contact points between a native femur and a native acetabulum for each person in the population using the kinematic analysis, creating an imaginary sphere that correlates with the contact points for each person in the population, determining a dimension of the imaginary sphere for each person in the population including at least one of radius, diameter and circumference, and designing at least one of a femoral component and an acetabular component using the dimension of the imaginary sphere for each person in the population. conducting a kinematic analysis of a population eligible for hip replacement surgery, establishing contact points between a native femur and a native acetabulum for each person in the population using the kinematic analysis, creating an imaginary sphere that correlates with the contact points for each person in the population, determining a dimension of the imaginary sphere for each person in the population including at least one of radius, diameter and circumference, and designing at least one of a femoral component and an acetabular component using the dimension of the imaginary sphere for each person in the population.
A blade for an engine of an aircraft, comprising: a plurality of first composite fiber plies; and a plurality of second composite fiber plies; wherein ends of the second fiber plies are staggered such that interlock between the first composite fiber plies and the second composite fiber plies is formed in a region where the second composite fiber plies end and meet with the first composite fiber plies; characterized in that the plurality of the second composite fiber plies comprise spanwise fiber plies (31, 33, 35 37) decreasing both in chordwise length and in spanwise length monotonically from surface of the blade inwardly and non-spanwise fiber plies (32, 34, 36, 38) non-monotonically decreasing or increasing both in chordwise length and in spanwise length from the surface of the blade inwardly, wherein spanwise fiber plies have fibers arranged in a spanwise direction, and wherein non-spanwise fiber plies have fibers arranged at an angle relative to the spanwise direction. a plurality of first composite fiber plies; and a plurality of second composite fiber plies; wherein ends of the second fiber plies are staggered such that interlock between the first composite fiber plies and the second composite fiber plies is formed in a region where the second composite fiber plies end and meet with the first composite fiber plies; characterized in that the plurality of the second composite fiber plies comprise spanwise fiber plies (31, 33, 35 37) decreasing both in chordwise length and in spanwise length monotonically from surface of the blade inwardly and non-spanwise fiber plies (32, 34, 36, 38) non-monotonically decreasing or increasing both in chordwise length and in spanwise length from the surface of the blade inwardly, wherein spanwise fiber plies have fibers arranged in a spanwise direction, and wherein non-spanwise fiber plies have fibers arranged at an angle relative to the spanwise direction.
An in vitro intestinal drug disposition device comprising: a donor chamber configured to comprise a donor solution and having a bottom end and a top end; a receiver chamber configured to comprise an absorption solution; and an absorption membrane arranged in between and separating said donor chamber and said receiver chamber, wherein a first main side of said absorption membrane is configured to be in contact with said donor solution and a second, opposite main side of said absorption membrane is configured to be in contact with said absorption solution; a ratio of an internal volume of said donor chamber to an area of said first main side of said absorption membrane is equal to or smaller than 3 ml/cm 2; and a cross-sectional area of said donor chamber at said bottom end is larger than a cross-sectional area of said donor chamber at said top end. a donor chamber configured to comprise a donor solution and having a bottom end and a top end; a receiver chamber configured to comprise an absorption solution; and an absorption membrane arranged in between and separating said donor chamber and said receiver chamber, wherein a first main side of said absorption membrane is configured to be in contact with said donor solution and a second, opposite main side of said absorption membrane is configured to be in contact with said absorption solution; a ratio of an internal volume of said donor chamber to an area of said first main side of said absorption membrane is equal to or smaller than 3 ml/cm 2; and a cross-sectional area of said donor chamber at said bottom end is larger than a cross-sectional area of said donor chamber at said top end.
Pipe handling apparatus for recovering flexible pipes from a sea bed, comprising: an insert configured to be inserted into a pipe to be handled; a plurality of clamping members moveably mounted relative to the insert; and an actuator operable to urge the clamping members towards the insert such that the wall of the pipe to be handled can be gripped between the clamping members and the insert, characterised in that the clamping members have elongate, axially extending, clamping surfaces arranged, in use, to extend along the length of the pipe being handled, and the insert comprises a respective elongate, axially extending, recess in its surface for each clamping member.
A wheel machining lubrication device, comprising adjustable feet and a frame, and a power interface and a power switch, wherein an air compressor is fixed on the frame, the output end thereof is divided into two paths, one path is connected to an oil mist pressure regulating valve, and an oil mist pressure regulating knob is connected outside the regulating valve; the other path is connected to an air pressure regulating valve, and an air pressure regulating knob is connected outside the regulating valve; an oil mist pressure gauge interface is arranged between an oil mist pressure regulating valve and an oil mist generator, and an oil mist pressure gauge is connected outside the interface; an air pressure gauge interface is arranged between the air pressure regulating valve and an air separator, and a compressed air pressure gauge is connected outside the interface; and wherein an oil tank is arranged at the upper part of the device, an oil filling port is arranged at the top of the oil tank, an oil drain valve is arranged at the bottom of the rear side, an oil quantity regulating valve is arranged between the oil tank and the oil mist generator to regulate the oil supplied to the oil mist generator, and the oil mist generator is provided with a safety valve; and the oil mist generator mixes compressed air with lubricating oil and then outputs high-pressure oil mist, and the output end thereof is provided with six oil mist output interfaces (A1, A2, A3, A4, A5, A6) from top to bottom; the air separator outputs the compressed air after temporary storage and equalization, and the output end thereof is provided with five compressed air output interfaces (B1, B2, B3, B4, B5) from top to bottom.