mhurhangee/ep-ind-claims huggingface dataset:
A programmer (130, 130a, 130b) of a stimulation system for providing electrical stimulation to treat a patient, the stimulation system including an electrical stimulation generator and a medical lead (110, 575a, 557b) coupled to the electrical stimulation generator, the programmer (130, 130a, 130b) comprising: a communication interface that is adapted to communicate with the electrical stimulation generator to generate electrical stimulation, a display screen that displays an image of a tissue and a position of the medical lead relative to the tissue, and user interface that receives patient feedback, wherein the programmer (130, 130a, 130b) displays a set of regions on the image; is adapted to cause the electrical stimulation generator to provide electrical stimulation to each region of the set of regions using the medical lead (110, 575a, 575b); receives patient feedback indicating the effectiveness of the electrical stimulation to each region of the set of regions; characterized in that the programmer (130, 130a, 130b) displays a set of subregions on the image within a subset of the set of regions, wherein the subset is chosen based on the patient feedback; is adapted to cause the electrical stimulation generator to provide electrical stimulation to each subregion of the set of subregions using the medical lead (110, 575a, 575b); and receives additional patient feedback indicating the effectiveness of the electrical stimulation to each subregion of the set of subregions. a communication interface that is adapted to communicate with the electrical stimulation generator to generate electrical stimulation, a display screen that displays an image of a tissue and a position of the medical lead relative to the tissue, and user interface that receives patient feedback, wherein the programmer (130, 130a, 130b) displays a set of regions on the image; is adapted to cause the electrical stimulation generator to provide electrical stimulation to each region of the set of regions using the medical lead (110, 575a, 575b); receives patient feedback indicating the effectiveness of the electrical stimulation to each region of the set of regions; characterized in that the programmer (130, 130a, 130b) displays a set of subregions on the image within a subset of the set of regions, wherein the subset is chosen based on the patient feedback; is adapted to cause the electrical stimulation generator to provide electrical stimulation to each subregion of the set of subregions using the medical lead (110, 575a, 575b); and receives additional patient feedback indicating the effectiveness of the electrical stimulation to each subregion of the set of subregions.
A method for transmitting path load information by a network node, wherein the method comprises: obtaining, by the network node, M pieces of path load information, wherein an i th piece of path load information of the M pieces of path load information is used to indicate total load of all shortest paths, which pass through an i th adjacent node of the network node, among all shortest paths from the network node to a destination node, and M≥i≥1; aggregating, by the network node into one load metric based on the M pieces of path load information, load of all shortest paths that are from the network node to the destination node and that pass through M adjacent nodes corresponding to the M pieces of path load information, wherein the load metric is used to indicate total load of all the shortest paths from the network node to the destination node; and sending, by the network node, information about the load metric to another adjacent node other than the M adjacent nodes of all adjacent nodes of the network node. obtaining, by the network node, M pieces of path load information, wherein an i th piece of path load information of the M pieces of path load information is used to indicate total load of all shortest paths, which pass through an i th adjacent node of the network node, among all shortest paths from the network node to a destination node, and M≥i≥1; aggregating, by the network node into one load metric based on the M pieces of path load information, load of all shortest paths that are from the network node to the destination node and that pass through M adjacent nodes corresponding to the M pieces of path load information, wherein the load metric is used to indicate total load of all the shortest paths from the network node to the destination node; and sending, by the network node, information about the load metric to another adjacent node other than the M adjacent nodes of all adjacent nodes of the network node.
A computer-implemented method for automatically enabling a wireless client to interact with a first wireless access point that is not Wi-Fi Protected Setup, WPS, enabled as defined in the WPS standard, the method comprising: storing, at a second wireless access point that is WPS enabled, configuration information pertaining to the first wireless access point, the configuration information comprising parameters the wireless client needs to interact with the first wireless access point; and sending the configuration information from the second wireless access point to the wireless client in a message that conforms to the WPS standard; wherein upon receiving the configuration information, the wireless client configures itself using the configuration information to access a network through the first wireless access point, characterized by sending, from the second wireless access point to the wireless client, a list of wireless access points; and receiving, at the second wireless access point, an identity of a wireless access point that was selected from the list by a user of the wireless client. storing, at a second wireless access point that is WPS enabled, configuration information pertaining to the first wireless access point, the configuration information comprising parameters the wireless client needs to interact with the first wireless access point; and sending the configuration information from the second wireless access point to the wireless client in a message that conforms to the WPS standard; wherein upon receiving the configuration information, the wireless client configures itself using the configuration information to access a network through the first wireless access point, characterized by sending, from the second wireless access point to the wireless client, a list of wireless access points; and receiving, at the second wireless access point, an identity of a wireless access point that was selected from the list by a user of the wireless client.
An insect sorting system, comprising: a conveyor stage, comprising: a drive unit; a grasping surface movably coupled with the drive unit and having textured surface elements; and a diverter that is configured to remove insects from the grasping surface; characterised in that the conveyor stage further comprises: an angled tube; and a trough positioned within the angled tube, at least part of the trough being positioned gravitationally below the diverter, wherein the diverter is contiguous with the trough. a drive unit; a grasping surface movably coupled with the drive unit and having textured surface elements; and a diverter that is configured to remove insects from the grasping surface; characterised in that the conveyor stage further comprises: an angled tube; and a trough positioned within the angled tube, at least part of the trough being positioned gravitationally below the diverter, wherein the diverter is contiguous with the trough. an angled tube; and a trough positioned within the angled tube, at least part of the trough being positioned gravitationally below the diverter, wherein the diverter is contiguous with the trough.
A system for dosimetric and micro-dosimetric ionizing radiation characterization, comprising: - at least one diamond-based sensor comprising at least one micro-sensitive volume, - at least one micro-dosimetric readout channel comprising a charge sensitive preamplifier connected to said sensor for outputting a signal representative of the distribution of the energy deposited by the ionizing radiation impacting said at least one micro-sensitive volume, characterized in that said system further comprises - at least one dosimetry readout channel comprising a picoammeter for reading current induced by said ionizing radiation in said at least one micro-sensitive volume and generating a signal representative of a dose rate. - at least one diamond-based sensor comprising at least one micro-sensitive volume, - at least one micro-dosimetric readout channel comprising a charge sensitive preamplifier connected to said sensor for outputting a signal representative of the distribution of the energy deposited by the ionizing radiation impacting said at least one micro-sensitive volume, - at least one dosimetry readout channel comprising a picoammeter for reading current induced by said ionizing radiation in said at least one micro-sensitive volume and generating a signal representative of a dose rate.
A composition comprising A) at least one aminosilane which has at least one hydrolyzable group bonded to Si, B) at least one mercaptosilane which has at least one hydrolyzable group bonded to Si and C) at least one emulsifier selected from pyrrolidones, propionamides and amino alcohol reaction products, wherein, if at least one amino alcohol reaction product is used as an emulsifier, an amino alcohol and at least part of the aminosilane and/or mercaptosilane are contained in the form of an amino alcohol reaction product, in which at least some of the hydrolyzable groups present in the at least one aminosilane and the at least one mercaptosilane are replaced by the amino alcoholate group of the amino alcohol, D) and/or hydrolysis and/or condensation products of the silanes contained. A) at least one aminosilane which has at least one hydrolyzable group bonded to Si, B) at least one mercaptosilane which has at least one hydrolyzable group bonded to Si and C) at least one emulsifier selected from pyrrolidones, propionamides and amino alcohol reaction products, wherein, if at least one amino alcohol reaction product is used as an emulsifier, an amino alcohol and at least part of the aminosilane and/or mercaptosilane are contained in the form of an amino alcohol reaction product, in which at least some of the hydrolyzable groups present in the at least one aminosilane and the at least one mercaptosilane are replaced by the amino alcoholate group of the amino alcohol, D) and/or hydrolysis and/or condensation products of the silanes contained.
A method for transmitting channel state information by a user equipment, UE, in a wireless communication system, the method comprising: receiving channel state information, CSI, configuration information and discontinuous reception, DRX, configuration information from a base station; determining whether a channel quality indicator, CQI, mask is setup by the upper layer; in case that the CQI mask is setup, determining, in a first subframe, whether an on-duration timer is expected to be running in a second subframe, wherein the first subframe precedes the second subframe in time; and in case that the on-duration timer is expected to be running in the second subframe, transmitting channel state information in the second subframe. receiving channel state information, CSI, configuration information and discontinuous reception, DRX, configuration information from a base station; determining whether a channel quality indicator, CQI, mask is setup by the upper layer; in case that the CQI mask is setup, determining, in a first subframe, whether an on-duration timer is expected to be running in a second subframe, wherein the first subframe precedes the second subframe in time; and in case that the on-duration timer is expected to be running in the second subframe, transmitting channel state information in the second subframe.
A method of producing a laminate, comprising the steps of: coating a photochromic coating composition on an optical substrate by spin coating; and leaving and curing the coated film of the photochromic coating composition on the optical substrate at a temperature range of 20 to 150°C to form a photochromic layer, wherein the photochromic coating composition comprises a polyrotaxane having a composite molecular structure formed by an axial molecule and a plurality of cyclic molecules clathrating the axial molecule, a photochromic compound and a polyurethane resin precursor, and wherein the polyurethane resin precursor includes (C2-1) a polyiso(thio)cyanate compound having at least two isocyanate groups and/or isothiocyanate groups in one molecule, (C2-2) a poly(thi)ol compound having at least two hydroxyl groups and/or thiol groups in one molecule and (C2-3) a mono(thi)ol compound having one hydroxyl group or thiol group in one molecule. coating a photochromic coating composition on an optical substrate by spin coating; and leaving and curing the coated film of the photochromic coating composition on the optical substrate at a temperature range of 20 to 150°C to form a photochromic layer, wherein the photochromic coating composition comprises a polyrotaxane having a composite molecular structure formed by an axial molecule and a plurality of cyclic molecules clathrating the axial molecule, a photochromic compound and a polyurethane resin precursor, and wherein the polyurethane resin precursor includes (C2-1) a polyiso(thio)cyanate compound having at least two isocyanate groups and/or isothiocyanate groups in one molecule, (C2-2) a poly(thi)ol compound having at least two hydroxyl groups and/or thiol groups in one molecule and (C2-3) a mono(thi)ol compound having one hydroxyl group or thiol group in one molecule.
A heating radiator element comprising: a body, provided with an internal chamber for water circulation and having a substantially tubular end part, which extends along an axis; a plug that closes a bottom opening of the end part and is mechanically coupled to the end part; and at least one seal ring set between the plug and the end part; the end part having a radially outer collar around the opening having a pair of flat and parallel opposite faces, substantially orthogonal to the axis; and the plug being mechanically fastened to the collar; the radiator element being characterized in that said pair of flat and parallel opposite faces are at least partially overlapping in axial projection; and the plug is mechanically fastened to the collar by means of a pair of parallel, flat, opposite fixing surfaces, which face one another and are orthogonal to the axis and are axially gripped and squeezed against respective faces of the collar.
A drive axle assembly comprising: a housing; an input shaft that is disposed in the housing and configured to rotate about an axis; a first gear that is disposed proximate the input shaft; a collar that is disposed proximate the first gear; and a collar actuator mechanism that includes an electromagnetic coil that is disposed in a stationary position with respect to the housing, wherein the electromagnetic coil is configured to actuate the collar between a first position in which the collar is disengaged from the first gear and a second position in which the collar engages the first gear such that torque is transmitted from the input shaft to the first gear via the collar; wherein the collar actuator mechanism further comprises a biasing member that exerts a biasing force that biases the collar away from the first gear, wherein a magnetic attractive force exerted by the electromagnetic coil overcomes the biasing force exerted by the biasing member to actuate the collar from the first position to the second position and wherein the biasing member actuates the collar from the second position to the first position when the electromagnetic coil is not energized such that the collar is spaced apart from the electromagnetic coil when the collar is in the second position, characterised in that the biasing member is disposed between the input shaft and the electromagnet coil. a housing; an input shaft that is disposed in the housing and configured to rotate about an axis; a first gear that is disposed proximate the input shaft; a collar that is disposed proximate the first gear; and a collar actuator mechanism that includes an electromagnetic coil that is disposed in a stationary position with respect to the housing, wherein the electromagnetic coil is configured to actuate the collar between a first position in which the collar is disengaged from the first gear and a second position in which the collar engages the first gear such that torque is transmitted from the input shaft to the first gear via the collar; wherein the collar actuator mechanism further comprises a biasing member that exerts a biasing force that biases the collar away from the first gear, wherein a magnetic attractive force exerted by the electromagnetic coil overcomes the biasing force exerted by the biasing member to actuate the collar from the first position to the second position and wherein the biasing member actuates the collar from the second position to the first position when the electromagnetic coil is not energized such that the collar is spaced apart from the electromagnetic coil when the collar is in the second position, characterised in that the biasing member is disposed between the input shaft and the electromagnet coil.
Use of a spunbonded non-woven fabric based on thermoplastic organic synthetic fibers for manufacturing honeycomb core materials, characterized in that a) the spunbonded non-woven fabric used has a weight per unit area between 50 and 500 g/m 2 wherein the preceding information refers to a spunbonded non-woven fabric without any chemical binders and other additives, b) the spunbonded non-woven fabric used is made of fibers, which have a titer in the range of 1.0 to 20 dtex, c) the spunbonded non-woven fabric used comprises no chemical binders, d) the spunbonded non-woven fabric used comprises at least one thermoplastic binder, the melting point of which is at least 10°C below the melting point of the fiber according to b), is however at least 170°C so as to maintain the temperature resistance, e) the spunbonded non-woven fabric used has an air permeability in the range of 5 - 2000 l/m 2 sec @ 200 Pa measured according to EN-ISO 9237. a) the spunbonded non-woven fabric used has a weight per unit area between 50 and 500 g/m 2 wherein the preceding information refers to a spunbonded non-woven fabric without any chemical binders and other additives, b) the spunbonded non-woven fabric used is made of fibers, which have a titer in the range of 1.0 to 20 dtex, c) the spunbonded non-woven fabric used comprises no chemical binders, d) the spunbonded non-woven fabric used comprises at least one thermoplastic binder, the melting point of which is at least 10°C below the melting point of the fiber according to b), is however at least 170°C so as to maintain the temperature resistance, e) the spunbonded non-woven fabric used has an air permeability in the range of 5 - 2000 l/m 2 sec @ 200 Pa measured according to EN-ISO 9237.
A ceiling traveling vehicle comprising: a traveler traveling along a track; a main body coupled to the traveler and placed below the track; and a detector placed on a rear side of a center of the main body in a traveling direction of the traveler and below the main body, configured to apply detection light forward in the traveling direction and downward, and configured to detect an obstacle by receiving reflected light of the detection light. a traveler traveling along a track; a main body coupled to the traveler and placed below the track; and a detector placed on a rear side of a center of the main body in a traveling direction of the traveler and below the main body, configured to apply detection light forward in the traveling direction and downward, and configured to detect an obstacle by receiving reflected light of the detection light.
A medical electrode (200, 300) comprising: a moderately conductive flexible member (204, 316) having a top side and a bottom side, the moderately conductive flexible member comprising a surface resistivity between 10 2 and 10 6 ohm/cm; a plurality of highly conductive patterns (214, 310) disposed on the moderately conductive flexible member bottom side in a spaced apart relationship, the plurality of highly conductive patterns comprising a surface resistivity between 0.1 and 10 2 ohm/cm; a moderately highly conductive adhesive layer (220, 324) disposed on the conductive flexible member bottom side and covering said plurality of conductive patterns for adhering the medical electrode to a patient's skin, the moderately highly conductive adhesive layer comprising a volume resistivity between 10 2 and 10 4 ohm cm; and a single connector (224, 302), including a common leadwire (226, 304) interconnecting each of the plurality of highly conductive patterns, the single connector configured to electrically connect with an external apparatus, characterised in that the common leadwire is configured to have conductive portions (228, 306) in electrical communication with the plurality of highly conductive patterns and non-conductive portions between the plurality of highly conductive patterns. a moderately conductive flexible member (204, 316) having a top side and a bottom side, the moderately conductive flexible member comprising a surface resistivity between 10 2 and 10 6 ohm/cm; a plurality of highly conductive patterns (214, 310) disposed on the moderately conductive flexible member bottom side in a spaced apart relationship, the plurality of highly conductive patterns comprising a surface resistivity between 0.1 and 10 2 ohm/cm; a moderately highly conductive adhesive layer (220, 324) disposed on the conductive flexible member bottom side and covering said plurality of conductive patterns for adhering the medical electrode to a patient's skin, the moderately highly conductive adhesive layer comprising a volume resistivity between 10 2 and 10 4 ohm cm; and a single connector (224, 302), including a common leadwire (226, 304) interconnecting each of the plurality of highly conductive patterns, the single connector configured to electrically connect with an external apparatus, characterised in that the common leadwire is configured to have conductive portions (228, 306) in electrical communication with the plurality of highly conductive patterns and non-conductive portions between the plurality of highly conductive patterns.