mhurhangee/ep-ind-claims huggingface dataset:
A method in a data communications system for managing multiple wired time division physical channels that are subject to crosstalk, the method comprising obtaining input on traffic objectives for a first physical channel and a second physical channel; scheduling, based at least on the input, upstream time slots for upstream transmission in the first physical channel; and scheduling, based at least on the input, downstream time slots for downstream transmission in the second physical channel, wherein a portion of a downstream time slot is invariant and a portion of a downstream time slot varies in real-time, such that transmission in the upstream time slots is substantially not simultaneous with transmission in the downstream time slots.
An electrolytic copper foil having a normal tensile strength of 500-750 MPa and further having: (i) a tensile strength after heating at 400°C for one hour of at least 350 MPa and a copper grain size after heating at 400°C for one hour of 0.50μm or less, or (ii) a tensile strength after heating at 400°C for one hour of at least 50% of the normal tensile strength and a copper grain size after heating at 400°C for one hour of 0.50μm or less. (i) a tensile strength after heating at 400°C for one hour of at least 350 MPa and a copper grain size after heating at 400°C for one hour of 0.50μm or less, or (ii) a tensile strength after heating at 400°C for one hour of at least 50% of the normal tensile strength and a copper grain size after heating at 400°C for one hour of 0.50μm or less.
A winding machine to wind bobbins of stretch film comprising: - a supporting frame, - at least one reel holder, mounted on said supporting frame and rotatable around its own axis, - a plurality of reels mounted on said at least one holder and integrally rotatable therewith so that at least one first reel is in at least one operative winding position of a bobbin, - at least one contact roll adapted to cooperate with said at least one first reel in said operative winding position of a bobbin, wherein said contact roll is movable between at least one proximal contacting position in which it contacts the bobbin being wound, in order to facilitate the peripheral winding of the stretch film on said bobbin, and at least one distal position from said bobbin, - at least one accompanying roll movable between at least one distal position from the bobbin being wound and at least one proximal contacting position in which it contacts the winding bobbin in order to facilitate the peripheral winding of the stretch film on said bobbin during rotation of said at least one reel holder so that said reel can switch from said operative winding position of the bobbin to an operative unloading position of the bobbin, said contact roll and said accompanying roll being respectively coupled with at least one first operating arm and at least one second operating arm which are rotatable around respective rotation axes (17a, 17b) parallel to the rotation axis of the bobbin, characterized by comprising electric actuators (18a, 18b) for rotating said operating arms (16a, 16b) and by comprising a threading-up electric motor which can be magnetically coupled with a second reel having a core loaded thereon, for rotating said reel, the magnetic coupling between the reel and the electric motor allowing to carry out the thread-up during the holder rotation without having to motorize each single reel with a respective threading-up motor. - a supporting frame, - at least one reel holder, mounted on said supporting frame and rotatable around its own axis, - a plurality of reels mounted on said at least one holder and integrally rotatable therewith so that at least one first reel is in at least one operative winding position of a bobbin, - at least one contact roll adapted to cooperate with said at least one first reel in said operative winding position of a bobbin, wherein said contact roll is movable between at least one proximal contacting position in which it contacts the bobbin being wound, in order to facilitate the peripheral winding of the stretch film on said bobbin, and at least one distal position from said bobbin, - at least one accompanying roll movable between at least one distal position from the bobbin being wound and at least one proximal contacting position in which it contacts the winding bobbin in order to facilitate the peripheral winding of the stretch film on said bobbin during rotation of said at least one reel holder so that said reel can switch from said operative winding position of the bobbin to an operative unloading position of the bobbin,
A vectoring controller for determination of a vectoring matrix ( P, Q) that is used for joint processing of Discrete Multi-Tone DMT communication signals to be transmitted over, or received from, a plurality of subscriber lines (L 1 to L N), the vectoring controller being configured to determine first coefficient values ( P ki, Q ki) for the vectoring matrix at a first tone (k i) by means of a first number (n 1) of iterations through an iterative update algorithm and based on a first channel matrix estimate ( H ki) at the first tone, and to determine second coefficient values ( P ki+1, Q ki+1) for the vectoring matrix at a second neighboring tone (k i+1) by means of a second number (n 2) of iterations through the iterative update algorithm and based on a second channel matrix estimate ( H ki+1) at the second tone, characterized in that the vectoring controller is further configured to start with default coefficient values as initial values for determination of the respective first coefficient values through the iterative update algorithm, and to start with the so-determined first coefficient values as initial values for determination of the respective second coefficient values through the iterative update algorithm, and wherein the vectoring controller is further configured to set the second number of iterations to a value that is lower than the first number of iterations.
A system for determining a tumor treatment plan using dose based on impulse comprising: an information receiving unit classifying organs and a tumor of a medical image, and receiving three-dimensional image information including the organs and the tumor, and to receive physical property information including electrical conductivity and permittivity of the medical image; a dose receiving unit receiving a prescription dose information based on the impulse to the tumor; a candidate treatment plan establishing unit making at least one candidate treatment plan including number of treatment electrodes, position of the treatment electrode, treatment frequency, treatment voltage or current density and treatment time using the information received from the information receiving unit and the dose receiving unit; and a treatment plan determining unit determining a candidate treatment plan as a selected treatment plan from at least one candidate treatment plans; wherein the impulse is an impulse per a charge q (q is a positive integer multiple of a unit charge e), represented by (| F | · Δt)/ q (| F | = magnitude of electromagnetic force, Δt = time, q = quantity of electric charge), and Ns/C (N: newton, s: second, C: coulomb) in the international system unit. an information receiving unit classifying organs and a tumor of a medical image, and receiving three-dimensional image information including the organs and the tumor, and to receive physical property information including electrical conductivity and permittivity of the medical image; a dose receiving unit receiving a prescription dose information based on the impulse to the tumor; a candidate treatment plan establishing unit making at least one candidate treatment plan including number of treatment electrodes, position of the treatment electrode, treatment frequency, treatment voltage or current density and treatment time using the information received from the information receiving unit and the dose receiving unit; and a treatment plan determining unit determining a candidate treatment plan as a selected treatment plan from at least one candidate treatment plans; wherein the impulse is an impulse per a charge q (q is a positive integer multiple of a unit charge e), represented by (| F | · Δt)/ q (| F | = magnitude of electromagnetic force, Δt = time, q = quantity of electric charge), and Ns/C (N: newton, s: second, C: coulomb) in the international system unit.
Holding device for a winding drum of the type comprising two base legs (111, 112) parallel and facing one another, comprising - a first holding means intended, in the position of use of the device, to hold one of the base legs, and - a second holding means intended, in the position of use of the device, to hold the other base leg, the two holding means being able to move with respect to one another along a first axis in order to adjust the distance separating them in the position of use to the distance (x) separating the two base legs (111, 112), - a locking means for locking at least in a direction the relative movement of the two holding means along the axis, characterised in that - the first holding means consists of a first stop in the form of an angle plate for housing a first base leg (111, 112) while limiting the insertion movement of said first base leg (111, 112) in one direction along the first axis; - the second holding means consists of a second stop for housing the second base leg (112, 111) and placed at the end of a prop able to move between an idle position in which the second base leg (112, 111) cannot be held by the second stop even when the first base leg (111, 112) is housed in the first holding means, and a holding position in which the second base leg (112, 111) can be held when the first base leg (111, 112) is housed in the first holding means, a latching means (11, 12) being provided for latching the prop in the holding position when it is in the latching position, the holding means being able to be moved away from or closer to one another in order to adapt the holding device to the distance (x) so that, after fixing of the separation, the prop can pass from the idle position to the holding position. - a first holding means intended, in the position of use of the device, to hold one of the base legs, and - a second holding means intended, in the position of use of the device, to hold the other base leg, the two holding means being able to move with respect to one another along a first axis in order to adjust the distance separating them in the position of use to the distance (x) separating the two base legs (111, 112), - a locking means for locking at least in a direction the relative movement of the two holding means along the axis, characterised in that - the first holding means consists of a first stop in the form of an angle plate for housing a first base leg (111, 112) while limiting the insertion movement of said first base leg (111, 112) in one direction along the first axis; - the second holding means consists of a second stop for housing the second base leg (112, 111) and placed at the end of a prop able to move between an idle position in which the second base leg (112, 111) cannot be held by the second stop even when the first base leg (111, 112) is housed in the first holding means, and a holding position in which the second base leg (112, 111) can be held when the first base leg (111, 112) is housed in the first holding means, a latching means (11, 12) being provided for latching the prop in the holding position when it is in the latching position,
A barrier film composite, comprising: a heat-shrinkable layer that shrinks at a predetermined temperature, and has a conformable surface for conforming to a shape of a surface of an object when the surface of the object is in physical contact with the heat-shrinkable layer, and a flat surface disposed opposite to and spaced apart from the conformable surface; and a barrier layer disposed flat on the flat surface of the heat-shrinkable layer, wherein a minimum thickness of the heat-shrinkable layer is larger than a thickness of the barrier layer, and the barrier film composite comprises a plurality of alternating layers of the heat-shrinkable layer and the barrier layer. a heat-shrinkable layer that shrinks at a predetermined temperature, and has a conformable surface for conforming to a shape of a surface of an object when the surface of the object is in physical contact with the heat-shrinkable layer, and a flat surface disposed opposite to and spaced apart from the conformable surface; and a barrier layer disposed flat on the flat surface of the heat-shrinkable layer, wherein a minimum thickness of the heat-shrinkable layer is larger than a thickness of the barrier layer, and the barrier film composite comprises a plurality of alternating layers of the heat-shrinkable layer and the barrier layer.
A drainable ostomy pouch, comprising: a bodyside wall and an outer wall joined along their peripheral edges to define a cavity therebetween for collecting stomal discharge; a downwardly extending neck portion terminating in a discharge opening for draining stomal discharge contents collected in the cavity, the neck portion including a closure system comprising: a first closure member; a second closure member, wherein the first closure member and the second closure member are arranged on opposite sides of the neck portion; a third closure member arranged adjacent to the second closure member, such that the first closure member, the second closure member, and the third closure members are stacked on top of each other after the neck portion is folded once; a two-part fastening system including a first fastener strip and a second fastener strip, characterized by a fourth closure member arranged longitudinally offset from the third closure member. a bodyside wall and an outer wall joined along their peripheral edges to define a cavity therebetween for collecting stomal discharge; a downwardly extending neck portion terminating in a discharge opening for draining stomal discharge contents collected in the cavity, the neck portion including a closure system comprising: a first closure member; a second closure member, wherein the first closure member and the second closure member are arranged on opposite sides of the neck portion; a third closure member arranged adjacent to the second closure member, such that the first closure member, the second closure member, and the third closure members are stacked on top of each other after the neck portion is folded once; a first closure member; a second closure member, wherein the first closure member and the second closure member are arranged on opposite sides of the neck portion; a third closure member arranged adjacent to the second closure member, such that the first closure member, the second closure member, and the third closure members are stacked on top of each other after the neck portion is folded once; a two-part fastening system including a first fastener strip and a second fastener strip, characterized by a fourth closure member arranged longitudinally offset from the third closure member. a fourth closure member arranged longitudinally offset from the third closure member.
A method for receiving a Physical Downlink Control Channel, PDCCH, in a wireless access system that supports multiple carriers, the method comprising: performing blind decoding in a search space allocated to a user equipment in order to search for the PDCCH; and receiving a PDCCH including Downlink Control Information, DCI, whose payload size has been adjusted, in the search space, wherein the payload size of the DCI has been adjusted taking into consideration a bandwidth allocated to the user equipment and a transmission mode of a Component Carrier, CC, allocated to the user equipment, wherein the payload size of the DCI is adjusted based on the transmission mode of the CC allocated to the user equipment, when an amount of differences in payload sizes of the DCI formats according to the bandwidth is less than a threshold value, and wherein the payload size of the DCI is adjusted for each bandwidth group formed through bandwidth grouping by using a same bandwidth grouping for all DCI formats, when the amount of differences in payload sizes of the DCI formats according to the bandwidth is greater than the threshold value. performing blind decoding in a search space allocated to a user equipment in order to search for the PDCCH; and receiving a PDCCH including Downlink Control Information, DCI, whose payload size has been adjusted, in the search space, wherein the payload size of the DCI has been adjusted taking into consideration a bandwidth allocated to the user equipment and a transmission mode of a Component Carrier, CC, allocated to the user equipment, wherein the payload size of the DCI is adjusted based on the transmission mode of the CC allocated to the user equipment, when an amount of differences in payload sizes of the DCI formats according to the bandwidth is less than a threshold value, and wherein the payload size of the DCI is adjusted for each bandwidth group formed through bandwidth grouping by using a same bandwidth grouping for all DCI formats, when the amount of differences in payload sizes of the DCI formats according to the bandwidth is greater than the threshold value.
A method for making a magnesium biodegradable stent for medical implant applications comprising providing magnesium foil comprising pure magnesium or magnesium alloys that are biodegradable; performing a lithographic technique to configure the features and dimensions of the magnesium foil wherein the lithographic technique is used to transfer the stent features to both sides of the magnesium foil, wherein the lithographic technique is selected from at least one of optical photolithography, electron beam lithography, x-ray lithography, and nanoimprint lithography, or a combination of these techniques; etching the magnesium foil; rolling the magnesium foil to form a cylinder; laser welding at least a portion of the side of the magnesium cylinder; and designing the stent such that the cylinder has an upper and a lower ring, the rings being at each end along the longitudinal length of the cylinder.
Laying head for a fibre-laying device, in particular for laying fibre by AFP, comprising a laying roller which is transparent at least in part to a laser light, a laser light supply unit which is arranged in an interior of the laying roller, and a sensor which is formed and arranged to receive laser light reflected by a component on which the laying roller lays a fibre band.
A semiconductor structure, comprising: a substrate of a compound of silicon; a two-layer AlN nucleation layer comprising: a first AlN layer 3 to 30nm (30 to 300Angstroms) thick disposed on the substrate, the first AlN layer having been grown using an Al/reactive N flux ratio less than 1 to reduce silicon diffusion from the substrate through the first AlN layer, the first AlN layer having a silicon concentration less than 3x10 18 cm -3; and a second AlN layer 5 to 100nm (50 to 1000 Angstroms) thick disposed on the first AlN layer, the second AlN layer having an improved material quality compared to the first AlN layer by having been grown using an Al/reactive N flux ratio greater than 1. a substrate of a compound of silicon; a two-layer AlN nucleation layer comprising: a first AlN layer 3 to 30nm (30 to 300Angstroms) thick disposed on the substrate, the first AlN layer having been grown using an Al/reactive N flux ratio less than 1 to reduce silicon diffusion from the substrate through the first AlN layer, the first AlN layer having a silicon concentration less than 3x10 18 cm -3; and a second AlN layer 5 to 100nm (50 to 1000 Angstroms) thick disposed on the first AlN layer, the second AlN layer having an improved material quality compared to the first AlN layer by having been grown using an Al/reactive N flux ratio greater than 1. a first AlN layer 3 to 30nm (30 to 300Angstroms) thick disposed on the substrate, the first AlN layer having been grown using an Al/reactive N flux ratio less than 1 to reduce silicon diffusion from the substrate through the first AlN layer, the first AlN layer having a silicon concentration less than 3x10 18 cm -3; and a second AlN layer 5 to 100nm (50 to 1000 Angstroms) thick disposed on the first AlN layer, the second AlN layer having an improved material quality compared to the first AlN layer by having been grown using an Al/reactive N flux ratio greater than 1.
A rotary shaft coupling comprising a male and a female component, the male component being component insertable into a female component on an axis of rotation, the male and female components having a corresponding non-circular form (14, 15) so as to be adapted to transmit torque therebetween, the male component having a clamp nut rotatable thereon about said axis, the clamp nut being distal of the non-circular form of said male component, having an internal thread for engagement with an external thread of said female component, and being retained on said male component by a radial component of said coupling, said rotary shaft coupling being characterised in that said male and female components include a respective circular region (23, 24, 25, 26) at each end of the non-circular form adapted for engagement in an interference fit, one of the circular regions of said male component being adjacent the non-circular form thereof, and the circular regions (23, 24) of the male component being engageable with the circular regions (25, 26) of the female component by on-screwing of said clamp nut and being able to disengage the circular regions by unscrewing said clamp nut.
Touch sensitive user interface (100, 200, 300, 400) comprising: a display device (150, 250), a plurality of infrared receivers (101, 102, 201, 202) arranged on at least one first edge (103, 104) of the four edges of the display device (150, 250), a plurality of infrared light sources (105, 106, 205, 206, 306, 406) arranged on at least one second edge (107, 108) of the four edges of the display device (150, 250) that is opposite to the first edge (103, 104), and a control unit (210, 410) configured to analyze signals received by the infrared receivers (101, 102, 201, 202) for interferences and to adapt a modulation of driving signals of the infrared light sources (105, 106, 205, 206, 306, 406) based on a result of the analysis of the signals received by the infrared receivers (101, 102, 201, 202), wherein the control unit (210, 410) is configured to adapt the modulation by providing the driving signals for the infrared light sources (105, 106, 205, 206, 306, 406) modulated with a triangular wave modulation of a predefined frequency, and wherein the infrared light sources (105, 106, 205, 206, 306, 406) comprise infrared laser diodes. a display device (150, 250), a plurality of infrared receivers (101, 102, 201, 202) arranged on at least one first edge (103, 104) of the four edges of the display device (150, 250), a plurality of infrared light sources (105, 106, 205, 206, 306, 406) arranged on at least one second edge (107, 108) of the four edges of the display device (150, 250) that is opposite to the first edge (103, 104), and a control unit (210, 410) configured to analyze signals received by the infrared receivers (101, 102, 201, 202) for interferences and to adapt a modulation of driving signals of the infrared light sources (105, 106, 205, 206, 306, 406) based on a result of the analysis of the signals received by the infrared receivers (101, 102, 201, 202), wherein the control unit (210, 410) is configured to adapt the modulation by providing the driving signals for the infrared light sources (105, 106, 205, 206, 306, 406) modulated with a triangular wave modulation of a predefined frequency, and wherein the infrared light sources (105, 106, 205, 206, 306, 406) comprise infrared laser diodes.