mhurhangee/ep-ind-claims huggingface dataset:
A method for communicating in a network, the method comprising: determining a transmission profile to use for a signal transmission from a transmitter to a receiver via a communications channel, wherein the transmission profile is associated with symbol timing parameters; performing symbol timing and pulse shaping of the signal transmission in accordance with the transmission profile; and transmitting the signal transmission via the communications channel to the receiver, wherein determining the transmission profile includes: determining a notch depth found in a target power spectral density, PSD, the notch depth being associated with different power levels for adjacent frequency sub-bands of a frequency band associated with the communications channel; and selecting the transmission profile based, at least in part, upon the notch depth from among a plurality of transmission profiles for various notch depths. determining a transmission profile to use for a signal transmission from a transmitter to a receiver via a communications channel, wherein the transmission profile is associated with symbol timing parameters; performing symbol timing and pulse shaping of the signal transmission in accordance with the transmission profile; and transmitting the signal transmission via the communications channel to the receiver, wherein determining the transmission profile includes: determining a notch depth found in a target power spectral density, PSD, the notch depth being associated with different power levels for adjacent frequency sub-bands of a frequency band associated with the communications channel; and selecting the transmission profile based, at least in part, upon the notch depth from among a plurality of transmission profiles for various notch depths. determining a notch depth found in a target power spectral density, PSD, the notch depth being associated with different power levels for adjacent frequency sub-bands of a frequency band associated with the communications channel; and selecting the transmission profile based, at least in part, upon the notch depth from among a plurality of transmission profiles for various notch depths.
A liquid ejecting head chip (40A, 40B) comprising: an actuator plate in which a plurality of channels (54, 55) are arranged at a distance in a second direction which is orthogonal to a first direction,, the extension portion extending in the first direction, and the raise-and-cut portion continuing from the extension portion toward one side of the first direction and having a groove depth which is gradually reduced toward the one side of the first direction; and an in-channel electrode (61, 63) which is formed on an inner surface of each of the channels with a plating film, and characterized in that: the plurality of channels include ejection channels and non-ejection channels which are alternately arranged at a distance in the second direction, and of which each of the plurality of channels includes an extension portion (54a, 55a) and a raise-and-cut portion (54b, 55b). an actuator plate in which a plurality of channels (54, 55) are arranged at a distance in a second direction which is orthogonal to a first direction,, the extension portion extending in the first direction, and the raise-and-cut portion continuing from the extension portion toward one side of the first direction and having a groove depth which is gradually reduced toward the one side of the first direction; and an in-channel electrode (61, 63) which is formed on an inner surface of each of the channels with a plating film, and
A method for computing visual Simultaneous Localization and Mapping, SLAM, comprising: generating, by a visual odometry module, an odometry estimate; creating, by a keyframe generator, keyframes and a keyframe graph; adding constraints to the keyframe graph, using a loop constraint evaluator, based on a loop closure, wherein the loop closure is the return to previously visited locations; and optimizing, using a graph optimizer, the keyframe graph obtained in the previous step, with constraints to produce an optimized map with a trajectory; characterized in that the loop closure constraints are weighted based on the inverse square of the metric distance between the keyframes that form the loop closure. generating, by a visual odometry module, an odometry estimate; creating, by a keyframe generator, keyframes and a keyframe graph; adding constraints to the keyframe graph, using a loop constraint evaluator, based on a loop closure, wherein the loop closure is the return to previously visited locations; and optimizing, using a graph optimizer, the keyframe graph obtained in the previous step, with constraints to produce an optimized map with a trajectory; characterized in that the loop closure constraints are weighted based on the inverse square of the metric distance between the keyframes that form the loop closure.
A method for pairing a new wireless device with an access point, the method comprising: receiving a request at an access point to join a wireless network, the access point transmitting one or more service set identifiers associated with the access point; receiving a push button command (220, 330) to pair the new wireless device to the access point; inhibiting broadcast of all service set identifiers associated with the access point; determining if the new wireless device is permitted to pair with the access point; broadcasting a service set identifier associated with the new wireless device, wherein only the service set identifier associated with the new wireless device is transmitted and made visible to the new wireless device; pairing the access point (245, 250, 255) with the new wireless device; restoring broadcast of the service set identifiers associated with the access point; exchanging information between the access point and the new wireless device across the wireless network. receiving a request at an access point to join a wireless network, the access point transmitting one or more service set identifiers associated with the access point; receiving a push button command (220, 330) to pair the new wireless device to the access point; inhibiting broadcast of all service set identifiers associated with the access point; determining if the new wireless device is permitted to pair with the access point; broadcasting a service set identifier associated with the new wireless device, wherein only the service set identifier associated with the new wireless device is transmitted and made visible to the new wireless device; pairing the access point (245, 250, 255) with the new wireless device; restoring broadcast of the service set identifiers associated with the access point; exchanging information between the access point and the new wireless device across the wireless network.
A stimulation electrode comprising an ionically conductive pressure sensitive adhesive composition comprising a) a (meth)acrylate resin comprising at least 10% of a (meth)acrylate monomer comprising OH-group by weight of the total weight of the (meth)acrylate resin; and b) an ionic liquid, wherein the stimulation electrode comprises less than 1% of weight of the total weight of the adhesive a solvent, is free of water and does not contain a hydrogel. a) a (meth)acrylate resin comprising at least 10% of a (meth)acrylate monomer comprising OH-group by weight of the total weight of the (meth)acrylate resin; and b) an ionic liquid,
Cryopreservation composition comprising, in a physiologically acceptable medium: a) human albumin, b) at least one saccharide selected from disaccharides and trisaccharides, c) DMSO and L-cysteine, and d) cells for therapeutic purposes, with the exception of tumour-infiltrating lymphocytes, said tumour-infiltrating lymphocytes being obtained by in vitro culture of tumour-infiltrating lymphocytes from a sample of in-transit cutaneous nodules, lymph node or metastasis from a patient suffering from stage 3 or 4 melanoma, said culture comprising the emergence of said tumour-infiltrating lymphocytes contained in the sample of in-transit cutaneous nodules, lymph node or metastasis, followed by the stimulation of the tumour-infiltrating lymphocytes resulting from the emergence step, followed by finally the amplification of the stimulated tumour-infiltrating lymphocytes. a) human albumin, b) at least one saccharide selected from disaccharides and trisaccharides, c) DMSO and L-cysteine, and d) cells for therapeutic purposes, with the exception of tumour-infiltrating lymphocytes,
A method of printing and cutting a label for application to a product, the method comprising the steps of: providing a strip of label substrate, the label substrate comprising a colour change layer; selectively exposing a section of the label substrate to radiation from laser illumination means to induce colour change in the colour change layer and thereby form a printed image; and cutting the label substrate using said laser illumination means characterised in that the spot size of the laser is varied for imaging and for cutting.
Reversible rotation mechanism for generating a rotational motion, the reversible rotation mechanism comprising - a first toothed wheel comprising first inclined teeth extending in a generally radial direction, - a second toothed wheel comprising second inclined teeth extending in a generally radial direction, the first and second toothed wheels being positioned coaxially with respect to each other and the first and second inclined teeth (12, 22) are inclined in opposite directions with respect to each other, - a plurality of actuators (31 - 34) which are arranged to rotate the first toothed wheel in a first direction and the second toothed wheel in a second direction opposite to the first direction, characterized in that the reversible rotation mechanism comprises a plurality two-ended pawls, the two-ended pawls being connected to respective actuators (31- 34), wherein the two-ended pawls can be positioned - in a first engaging position in which a first pawl end engages with the first toothed wheel which allows the respective actuators to actuate the first toothed wheel in the first rotating direction, and - in a second engaging position in which a second pawl end engages with the second toothed wheel which allows the respective actuators to actuate the second toothed wheel in the second rotating direction. - a first toothed wheel comprising first inclined teeth extending in a generally radial direction, - a second toothed wheel comprising second inclined teeth extending in a generally radial direction, the first and second toothed wheels being positioned coaxially with respect to each other and the first and second inclined teeth (12, 22) are inclined in opposite directions with respect to each other, - a plurality of actuators (31 - 34) which are arranged to rotate the first toothed wheel in a first direction and the second toothed wheel in a second direction opposite to the first direction, - in a first engaging position in which a first pawl end engages with the first toothed wheel which allows the respective actuators to actuate the first toothed wheel in the first rotating direction, and - in a second engaging position in which a second pawl end engages with the second toothed wheel which allows the respective actuators to actuate the second toothed wheel in the second rotating direction.
A method for regulating an illuminance wherein the following steps are carried out a number of times: Determination of an actual value (71; 75; 84) of a sensor (3; 133), which depends on the illuminance to be regulated and which is to be adjusted to a target value, execution of a control step (73, 74; 76-78), wherein an adjusting step is determined for a lamp (2; 132) depending on the determined actual value (71; 75; 84) and a parameter value of a control parameter, and wherein an adjusting command generated depending on the adjusting step is generated for the lamp (2; 132), and automatic adjustment of the parameter value of the control parameter after at least one control step, characterized in that during the automatic adjustment of the parameter value of the control parameter a new parameter value of the control parameter is determined depending on a first actual value (71; 75; 84) of the sensor (3; 133), which is determined before the corresponding control step (73, 74; 76-78) and a second actual value (71; 75; 84) of the sensor (3; 133), which is determined after the corresponding control step (73, 74; 76-78). Determination of an actual value (71; 75; 84) of a sensor (3; 133), which depends on the illuminance to be regulated and which is to be adjusted to a target value, execution of a control step (73, 74; 76-78), wherein an adjusting step is determined for a lamp (2; 132) depending on the determined actual value (71; 75; 84) and a parameter value of a control parameter, and wherein an adjusting command generated depending on the adjusting step is generated for the lamp (2; 132), and automatic adjustment of the parameter value of the control parameter after at least one control step, characterized in that during the automatic adjustment of the parameter value of the control parameter a new parameter value of the control parameter is determined depending on a first actual value (71; 75; 84) of the sensor (3; 133), which is determined before the corresponding control step (73, 74; 76-78) and a second actual value (71; 75; 84) of the sensor (3; 133), which is determined after the corresponding control step (73, 74; 76-78).
A sandwich panel for a piece of furniture, - having a single- or multi-layered wood-based material panel, which extends in a longitudinal direction, consists of wood particles, which are provided with a binder and compressed with each other, and has an upper side, which runs in the longitudinal direction, and an underside parallel to said upper side, the distance between the upper side and the underside defining a panel thickness, and - having a first covering layer, which extends in the longitudinal direction and with which the wood-based material panel is faced, the covering layer being adhesively bonded to the upper side of the wood-based material panel and the covering layer having a thickness that is smaller than the panel thickness of the wood-based material panel, the wood-based material panel having at least one first section (2.1), in which the density of the wood-based material panel is greater than in at least one second section (2.2) of the wood-based material panel, said second section being adjacent to said first section in the longitudinal direction, characterised in that - a larger amount of wood particles, a different type of wood particles, a different material of the wood particles and/or a different size of the wood particles is provided in the at least one first section (2.1) of higher density than in the second section (2.2) adjacent thereto, and - the first covering layer is a thin chipboard having a maximum thickness of 8 mm, a thin MDF board having a maximum thickness of 8 mm or a plywood board. - having a single- or multi-layered wood-based material panel, which extends in a longitudinal direction, consists of wood particles, which are provided with a binder and compressed with each other, and has an upper side, which runs in the longitudinal direction, and an underside parallel to said upper side, the distance between the upper side and the underside defining a panel thickness, and - having a first covering layer, which extends in the longitudinal direction and with which the wood-based material panel is faced, the covering layer being adhesively bonded to the upper side of the wood-based material panel and the covering layer having a thickness that is smaller than the panel thickness of the wood-based material panel, - a larger amount of wood particles, a different type of wood particles, a different material of the wood particles and/or a different size of the wood particles is provided in the at least one first section (2.1) of higher density than in the second section (2.2) adjacent thereto, and - the first covering layer is a thin chipboard having a maximum thickness of 8 mm, a thin MDF board having a maximum thickness of 8 mm or a plywood board.
Method for generating nuclear images for a nuclear imaging device with continuous crystal detectors by means of - detecting the interaction of gamma photons from a radioactive source with a continuous crystal, thereby obtaining the impact position of each photon in the corresponding continuous crystal detector characterized in that it comprises: - generating, for each photon detected, after obtaining the impact position, a virtual pixel in the corresponding continuous crystal detector of the nuclear imaging device around each measured impact position - assigning for each photon detected, the corresponding virtual pixel to a Line Of Response, LOR, or its extension, a Tube of Response, TOR, and - obtaining a nuclear image from the lines of response of all photons detected, or its extension, a Tube of Response. - detecting the interaction of gamma photons from a radioactive source with a continuous crystal, thereby obtaining the impact position of each photon in the corresponding continuous crystal detector - generating, for each photon detected, after obtaining the impact position, a virtual pixel in the corresponding continuous crystal detector of the nuclear imaging device around each measured impact position - assigning for each photon detected, the corresponding virtual pixel to a Line Of Response, LOR, or its extension, a Tube of Response, TOR, and - obtaining a nuclear image from the lines of response of all photons detected, or its extension, a Tube of Response.
A heat exchanger for causing cryolysis of adipose tissue of a human tongue, the heat exchanger comprising: a cooling inlet; a cooling outlet; a body having one or more channels for circulating a heat-transfer fluid therein, the one or more channels connecting the cooling inlet and cooling outlet, the body forming a contact surface to cover the base of the tongue wherein the body comprises (i) a first region having a contact surface to contact a portion of the dorsal surface of the tongue and (ii) a second region formed to contact a portion of the base of the tongue, the second region forming a protrusion that extends from the first region and curves over and around the tongue to contact the base of the tongue; and a pair of side walls extending from the body and forming a pair of side contact surfaces, wherein the side walls are dimensioned so that they contact the dorsal and lateral surfaces of the tongue in a manner so as to constrict the tongue so as to reduce blood flow in the tongue when the contact surface is in contact with the tongue. a cooling inlet; a cooling outlet; a body having one or more channels for circulating a heat-transfer fluid therein, the one or more channels connecting the cooling inlet and cooling outlet, the body forming a contact surface to cover the base of the tongue wherein the body comprises (i) a first region having a contact surface to contact a portion of the dorsal surface of the tongue and (ii) a second region formed to contact a portion of the base of the tongue, the second region forming a protrusion that extends from the first region and curves over and around the tongue to contact the base of the tongue; and a pair of side walls extending from the body and forming a pair of side contact surfaces, wherein the side walls are dimensioned so that they contact the dorsal and lateral surfaces of the tongue in a manner so as to constrict the tongue so as to reduce blood flow in the tongue when the contact surface is in contact with the tongue.
Method for controlling a device, said device operating in several operating modes corresponding to different levels of power consumption and comprising a first and a second communication interface (33, 32), said method being characterised in that it comprises, in said device the steps of: - activating said second communication interface upon receiving a first wake-up message via said first interface when said device is in a first operating mode corresponding to a first level of power consumption, said activation resulting in a second level of power consumption higher than said first level of power consumption. - receiving a second wake-up message via said second communication interface, said second wake-up message resulting in the closure of power supply lines with a view to supplying power to functional blocks of said device, an exit from the standby mode, and consequently a transition of said device to an operating mode corresponding to a third level of power consumption, said third level of power consumption being higher than said second level of power consumption. - activating said second communication interface upon receiving a first wake-up message via said first interface when said device is in a first operating mode corresponding to a first level of power consumption, said activation resulting in a second level of power consumption higher than said first level of power consumption. - receiving a second wake-up message via said second communication interface, said second wake-up message resulting in the closure of power supply lines with a view to supplying power to functional blocks of said device, an exit from the standby mode, and consequently a transition of said device to an operating mode corresponding to a third level of power consumption, said third level of power consumption being higher than said second level of power consumption.
A soft magnetic alloy comprising Fe as a main component and Si, wherein the soft magnetic alloy comprises a Fe-based nanocrystal and an amorphous phase, the soft magnetic alloy has a composition formula of ((Fe (1-(α+β))X1 α X2 β) (1-(a+b+c+d+e+f))M a B b Si c P d Cr e Cu f) 1-g C g, wherein X1 is one or more selected from the group consisting of Co and Ni, X2 is one or more selected from the group consisting of Al, Mn, Ag, Zn, Sn, As, Sb, Bi, N, O, S and a rare earth element, M is one or more selected from the group consisting of Nb, Hf, Zr, Ta, Ti, Mo, V and W, and 0 ≤ a ≤ 0.14 0 ≤ b ≤ 0.20 0 < c ≤ 0.17 0 ≤ d ≤ 0.15 0 ≤ e ≤ 0.040 0 ≤ f ≤ 0.030 0 ≤ g < 0.030 α ≥ 0 β ≥ 0 0 ≤ α + β ≤ 0.50, characterized in that 1.07 ≤ S2 - S1 ≤ 10 is satisfied, wherein S1 (at%) denotes an average content rate of Si in the Fe-based nanocrystal and S2 (at%) denotes an average content rate of Si in the amorphous phase. the soft magnetic alloy comprises a Fe-based nanocrystal and an amorphous phase, the soft magnetic alloy has a composition formula of ((Fe (1-(α+β))X1 α X2 β) (1-(a+b+c+d+e+f))M a B b Si c P d Cr e Cu f) 1-g C g, wherein X1 is one or more selected from the group consisting of Co and Ni, X2 is one or more selected from the group consisting of Al, Mn, Ag, Zn, Sn, As, Sb, Bi, N, O, S and a rare earth element, M is one or more selected from the group consisting of Nb, Hf, Zr, Ta, Ti, Mo, V and W, and 0 ≤ a ≤ 0.14 0 ≤ b ≤ 0.20 0 < c ≤ 0.17 0 ≤ d ≤ 0.15 0 ≤ e ≤ 0.040 0 ≤ f ≤ 0.030 0 ≤ g < 0.030 α ≥ 0 β ≥ 0 0 ≤ α + β ≤ 0.50, characterized in that 1.07 ≤ S2 - S1 ≤ 10 is satisfied, wherein S1 (at%) denotes an average content rate of Si in the Fe-based nanocrystal and S2 (at%) denotes an average content rate of Si in the amorphous phase.
A compound, or a pharmaceutically acceptable salt thereof, having the structure: wherein Z - is any pharmaceutically acceptable counterion, for use in the treatment of presbyopia.