mhurhangee/ep-ind-claims huggingface dataset:
A patient support system comprising a bed (10, 970, 1030, 1060) having first and second longitudinally spaced ends (12, 14), first and second laterally spaced sides and at least one computer-controllable function, a controller (54, 182, 1038, 1070) operably coupled to the bed to control at least one bed function, and a plurality of user modules (42, 58, 180, 204, 1016, 1018, 1032, 1034, 1036, 1064, 1066, 1068, 1090) operably coupled to the controller (54, 182, 1038, 1070), characterized in that each user module (42, 58, 180, 204, 1016, 1018, 1032, 1034, 1036, 1064, 1066, 1068, 1090) is configured to display output relating to a bed function and receive input from a user relating to a bed function, and in that the system includes a memory including instructions executable to process first input received by a first user module and second input received by a second user module and automatically update the displays of the user modules (42, 58, 180, 204, 1016, 1018, 1032, 1034, 1036, 1064, 1066, 1068, 1090), wherein each user module (42, 58, 180, 204, 1016, 1018, 1032, 1034, 1036, 1064, 1066, 1068, 1090) includes a user interface, and wherein each of the user interfaces are synchronized to provide the same display and data at the same time. a bed (10, 970, 1030, 1060) having first and second longitudinally spaced ends (12, 14), first and second laterally spaced sides and at least one computer-controllable function, a controller (54, 182, 1038, 1070) operably coupled to the bed to control at least one bed function, and a plurality of user modules (42, 58, 180, 204, 1016, 1018, 1032, 1034, 1036, 1064, 1066, 1068, 1090) operably coupled to the controller (54, 182, 1038, 1070), characterized in that each user module (42, 58, 180, 204, 1016, 1018, 1032, 1034, 1036, 1064, 1066, 1068, 1090) is configured to display output relating to a bed function and receive input from a user relating to a bed function, and in that the system includes a memory including instructions executable to process first input received by a first user module and second input received by a second user module and automatically update the displays of the user modules (42, 58, 180, 204, 1016, 1018, 1032, 1034, 1036, 1064, 1066, 1068, 1090), wherein each user module (42, 58, 180, 204, 1016, 1018, 1032, 1034, 1036, 1064, 1066, 1068, 1090) includes a user interface, and wherein each of the user interfaces are synchronized to provide the same display and data at the same time.
Method for operating an arc source, in which an electrical spark discharge within an atmosphere which comprises a reactive gas is ignited or operated on a surface of a target, with the spark discharge being fed at the same time with a direct current and with a pulsed or alternating current, characterized in that the surface of the target is at least partially covered by an insulating coating which is formed from a reaction between the reactive gas and the material of the target, with the insulating coating resulting in an increase in the DC component of the source voltage by at least 10%, preferably by at least 20%, in comparison to operation with a surface without an insulating coating.
A method for measuring a surface temperature of a cast slab at a secondary cooling zone of a continuous caster, the method comprising the steps of: inserting one end of each of a plurality of optical fibers (3, 81) to a plurality of nozzles each having an inner cross section circular in shape and a plurality of heat-resistant tubes each connected to a respective one of the nozzles such that a light axis of each of the optical fibers (3, 81) coincides with a central axis of a respective one of the nozzles, and installing a plurality of the nozzles such that each of the nozzles is located between support rolls that support the cast slab; while spraying purge air from each of the nozzles toward a surface of the cast slab, receiving a thermal radiation light from the cast slab at the one end of each of the optical fibers (3, 81) via an air column formed by the purge air; gathering other ends of the optical fibers (3, 81) in a bundle to inside a housing communicated with each of the tubes to take images including core images of the other ends of the optical fibers (3, 81) gathered in a bundle, by using a two-dimensional or one-dimensional imaging means disposed inside the housing; and calculating the surface temperature of an area of the cast slab corresponding to each of the core images based on a pixel density of each of the core images in the taken images. inserting one end of each of a plurality of optical fibers (3, 81) to a plurality of nozzles each having an inner cross section circular in shape and a plurality of heat-resistant tubes each connected to a respective one of the nozzles such that a light axis of each of the optical fibers (3, 81) coincides with a central axis of a respective one of the nozzles, and installing a plurality of the nozzles such that each of the nozzles is located between support rolls that support the cast slab; while spraying purge air from each of the nozzles toward a surface of the cast slab, receiving a thermal radiation light from the cast slab at the one end of each of the optical fibers (3, 81) via an air column formed by the purge air; gathering other ends of the optical fibers (3, 81) in a bundle to inside a housing communicated with each of the tubes to take images including core images of the other ends of the optical fibers (3, 81) gathered in a bundle, by using a two-dimensional or one-dimensional imaging means disposed inside the housing; and calculating the surface temperature of an area of the cast slab corresponding to each of the core images based on a pixel density of each of the core images in the taken images.
A method for de-icing a rotor blade of a wind turbine, the wind turbine having a nacelle mounted atop a tower, the nacelle having a rotor with a rotatable hub having the rotor blade mounted thereto, the method comprising: shutting down the wind turbine; characterized by: positioning the wind turbine in a de-icing position, the de-icing position comprising yawing the nacelle of the wind turbine such that the rotor is in a down-wind location of the tower, rotating the rotatable hub so as to place the rotor blade in a substantially six o'clock position, and pitching the rotor blade such that a leading edge of the rotor blade is facing the tower; and de-icing the rotor blade while the wind turbine is in the de-icing position. positioning the wind turbine in a de-icing position, the de-icing position comprising yawing the nacelle of the wind turbine such that the rotor is in a down-wind location of the tower, rotating the rotatable hub so as to place the rotor blade in a substantially six o'clock position, and pitching the rotor blade such that a leading edge of the rotor blade is facing the tower; and de-icing the rotor blade while the wind turbine is in the de-icing position.
A needleless connector comprising: a body having a first port, a second port, and an internal cavity between the first and second ports; and a collapsible valve comprising a cylindrical wall and a head fixedly attached to the cylindrical wall, the head having a smiley cut, the cylindrical wall having a center axis, an internal surface and an external surface having a shoulder, the internal surface comprising a first dimple (130, 110A) and a second dimple, the first dimple (130, 110A) extending along (i) a first plane transverse to the center axis and (ii) a portion of a circumference of the internal surface, the second dimple extending along (i) a second plane, spaced apart from the first plane, and (ii) a portion of a circumference of the internal surface, the external surface comprising a deformation aligned with the first dimple (130, 110A) such that the first dimple (130, 110A) has a depth greater than the thickness of the cylindrical wall when the valve is in an unactivated position; wherein in the unactivated position, the head extends into the first port to form a primary seal, and in an activated position, the head is within the internal cavity to open the primary seal. a body having a first port, a second port, and an internal cavity between the first and second ports; and a collapsible valve comprising a cylindrical wall and a head fixedly attached to the cylindrical wall, the head having a smiley cut, the cylindrical wall having a center axis, an internal surface and an external surface having a shoulder, the internal surface comprising a first dimple (130, 110A) and a second dimple, the first dimple (130, 110A) extending along (i) a first plane transverse to the center axis and (ii) a portion of a circumference of the internal surface, the second dimple extending along (i) a second plane, spaced apart from the first plane, and (ii) a portion of a circumference of the internal surface, the external surface comprising a deformation aligned with the first dimple (130, 110A) such that the first dimple (130, 110A) has a depth greater than the thickness of the cylindrical wall when the valve is in an unactivated position; wherein in the unactivated position, the head extends into the first port to form a primary seal, and in an activated position, the head is within the internal cavity to open the primary seal.
A glass-based article, comprising: SiO 2, Al 2 O 3, and P 2 O 5; and a hydrogen-containing layer extending from a surface of the glass-based article to a depth of layer, wherein: a hydrogen concentration of the hydrogen-containing layer decreases from a maximum hydrogen concentration to the depth of layer; and the depth of layer is at greater than 5 μm; and wherein P 2 O 5 is present at the center of the glass-based article in an amount from greater than or equal to 4 mol% to less than or equal to 15 mol%. SiO 2, Al 2 O 3, and P 2 O 5; and a hydrogen-containing layer extending from a surface of the glass-based article to a depth of layer, wherein: a hydrogen concentration of the hydrogen-containing layer decreases from a maximum hydrogen concentration to the depth of layer; and the depth of layer is at greater than 5 μm; and wherein P 2 O 5 is present at the center of the glass-based article in an amount from greater than or equal to 4 mol% to less than or equal to 15 mol%.
Device to maintain a trajectory, intended to be fitted to a guided vehicle capable of moving on a track including at least one guide rail and two side rails (13, 14) parallel to said guide rail and positioned on each side of the latter, said guided vehicle including a guidance unit including guide wheels (1, 2), each of the guide wheels (1, 2) being intended to be supported on said guide rail, said maintenance device being characterised in that it includes: a. a bar intended to be fixed to said guidance unit so as to be transverse to the track, said bar having length L between the distance D separating the side rails from one another minus the width C of the head of said guide rail and said distance D separating the side rails from one another, i.e. D - C < L < D; b. a fixing means suitable for fixing said bar to said guidance unit so that said bar is positioned transversely between and at the level of said side rails (13, 14) so as to be supported on one or other of said side rails (13, 14) during a derailment and/or failure of guidance of said guided vehicle. a. a bar intended to be fixed to said guidance unit so as to be transverse to the track, said bar having length L between the distance D separating the side rails from one another minus the width C of the head of said guide rail and said distance D separating the side rails from one another, i.e. D - C < L < D; b. a fixing means suitable for fixing said bar to said guidance unit so that said bar is positioned transversely between and at the level of said side rails (13, 14) so as to be supported on one or other of said side rails (13, 14) during a derailment and/or failure of guidance of said guided vehicle.
In a system in which a first administration DNS server includes a DNS zone file having an A record pointing to the IP address of a first webserver configured to deliver a first html page which is under the authority of a second administration DNS server controlling the first webserver configured to deliver said first html page, and wherein said second administration DNS server includes a DNS zone file having a CNAME record pointing to said A record on said first DNS administration server, a method for deflecting requests for the first html page to an alternate webserver configured to deliver an alternate website before the occurrence of an emergency event affecting the operation of said first html page, comprising the steps of: a. receiving a deflection request on said first DNS administration server before the occurrence of the emergency event affecting the operation of said first html page; b. validating the request; c. retrieving pre-stored information correlating the deflection request to stored deflection state settings associated with said first webserver; d. altering a zone file present on said first administration DNS server to reassociate the A record IP address from pointing to the first webserver configured to deliver said first html page under the DNS authority of said second administration server to the IP address of said alternate webserver configured to deliver said alternate website under the DNS authority of said first administration DNS server; and, e. verifying that the alteration to said zone file has been successfully propagated to all servers within the authority of said first administration DNS server. a. receiving a deflection request on said first DNS administration server before the occurrence of the emergency event affecting the operation of said first html page; b. validating the request; c. retrieving pre-stored information correlating the deflection request to stored deflection state settings associated with said first webserver; d. altering a zone file present on said first administration DNS server to reassociate the A record IP address from pointing to the first webserver configured to deliver said first html page under the DNS authority of said second administration server to the IP address of said alternate webserver configured to deliver said alternate website under the DNS authority of said first administration DNS server; and, e. verifying that the alteration to said zone file has been successfully propagated to all servers within the authority of said first administration DNS server.
An apparatus, comprising: a first data line (242e-2) coupled to a first memory cell and selectively to a first data line control unit; a second data line (242o-2) coupled to a second memory cell and selectively to the first data line control unit, the second data line (242o-2) adjacent to the first data line (242e-2); a third data line (242e-3) coupled to a third memory cell and selectively to a second data line control unit, the third data line (242e-3) adjacent to the second data line (242o-2); and control circuitry configured to determine a data state of the second memory cell based, at least partially, on at least one of: a determined data state of the third memory cell transferred from the second data line control unit for storage in the first data line control unit; and a determined data state of the first memory cell determined by the first data line control unit. a first data line (242e-2) coupled to a first memory cell and selectively to a first data line control unit; a second data line (242o-2) coupled to a second memory cell and selectively to the first data line control unit, the second data line (242o-2) adjacent to the first data line (242e-2); a third data line (242e-3) coupled to a third memory cell and selectively to a second data line control unit, the third data line (242e-3) adjacent to the second data line (242o-2); and control circuitry configured to determine a data state of the second memory cell based, at least partially, on at least one of: a determined data state of the third memory cell transferred from the second data line control unit for storage in the first data line control unit; and a determined data state of the first memory cell determined by the first data line control unit. a determined data state of the third memory cell transferred from the second data line control unit for storage in the first data line control unit; and a determined data state of the first memory cell determined by the first data line control unit.
A cationic polymer comprising monomeric units of Formula: wherein an asterisk (*) indicates an attachment position to another monomeric unit; R is hydrogen or methyl; each R 2 is independently an alkyl, aryl, or a combination thereof; L is a linking group comprising an alkylene group; and +R 3 is a cationic nitrogen-containing group that is free of any N-H bonds. an asterisk (*) indicates an attachment position to another monomeric unit; R is hydrogen or methyl; each R 2 is independently an alkyl, aryl, or a combination thereof; L is a linking group comprising an alkylene group; and +R 3 is a cationic nitrogen-containing group that is free of any N-H bonds.
A gas recovery entity for sub-sea use at a sub-sea site and connectable to a sub-sea canister, the gas recovery entity comprising: - a housing, - a bladder arranged within an interior of the housing and configured to receive gas from a pressurized compartment of the sub-sea canister via a pipe when a pressure of the gas inside the pressurized compartment exceeds a threshold at the sub-sea site. - a housing, - a bladder arranged within an interior of the housing and configured to receive gas from a pressurized compartment of the sub-sea canister via a pipe when a pressure of the gas inside the pressurized compartment exceeds a threshold at the sub-sea site.
A method of operating a wireless communication terminal, the method comprising: scanning an uplink bandwidth to detect a signal from a base station; evaluating the signal from the base station; and transmitting a peer-to-peer signal, responsive to the evaluating the signal from the base station. scanning an uplink bandwidth to detect a signal from a base station; evaluating the signal from the base station; and transmitting a peer-to-peer signal, responsive to the evaluating the signal from the base station.
An electrochemical cell, comprising: a negative electrode including a form of lithium; a positive electrode spaced apart from the negative electrode; a separator region positioned between the negative electrode and the positive electrode; a first active material in the positive electrode including a form of sulfur; and the electrochemical cell characterized in that it further comprises a second active material in the positive electrode and including a form of lithium, but not including sulfur wherein the first active material and the second active material are in contact with an electrolyte, and the second active material reacts with lithium more rapidly than the first active material. a negative electrode including a form of lithium; a positive electrode spaced apart from the negative electrode; a separator region positioned between the negative electrode and the positive electrode; a first active material in the positive electrode including a form of sulfur; and the electrochemical cell characterized in that it further comprises a second active material in the positive electrode and including a form of lithium, but not including sulfur wherein the first active material and the second active material are in contact with an electrolyte, and the second active material reacts with lithium more rapidly than the first active material. a second active material in the positive electrode and including a form of lithium, but not including sulfur wherein the first active material and the second active material are in contact with an electrolyte, and the second active material reacts with lithium more rapidly than the first active material.
A computer-implemented method for managing display-related resources, the method comprising the steps of: • receiving an input sequence of images from a remote server; the method being characterized in that it further comprises the steps of: • analyzing the input sequence of images for presence of input activity at the remote server; • in case of input activity presence, configuring the display-related resources not to invoke a resources saving action. • receiving an input sequence of images from a remote server; • analyzing the input sequence of images for presence of input activity at the remote server; • in case of input
A ground treatment apparatus for ground on which grass is grown, in particular the ground at sports or leisure facilities, in particular with a grass conditioning device, wherein the ground treatment apparatus (10; 170) comprises a support device, a plurality of injection elements held directly or indirectly on the latter, and a fluid providing device that is fluidically connected to the injection elements, wherein the ground treatment apparatus (10; 170) comprises at least one drive device (90, 92) by which the injection elements are on the one hand lowerable and raisable in relation to the support device and on the other hand movable along a working direction of the ground treatment apparatus (10; 170), wherein the injection elements are insertable into the ground by being lowered in order to inject fluid into the ground in a treatment region, wherein the injection elements remain stationary during engagement in the ground in the treatment region, with relative movement in relation to the support device that is moved in the working direction, wherein the injection elements are raisable after the injection of fluid and are movable in the working direction in relation to the support device, wherein, on being lowered again, the injection elements are insertable into the ground in a further treatment region that is downstream of the first-mentioned treatment region, as seen in the working direction, wherein the ground treatment apparatus (10; 170) comprises a holding device having a holding part on which the injection elements are held, wherein the holding device is coupled to the support device by way of the at least one drive device (90, 92), so that the injection elements are raisable and lowerable as well as movable along the working direction in common.
A blended fluoropolymer composition, characterized by: a polytetrafluoroethylene (PTFE) having a first melt temperature (T m) of 332° C or less, in the form of a liquid dispersion of particles having a mean particle size of 1.0 microns (μm) or less, said dispersion obtained via emulsion polymerization and without being subjected to agglomeration, thermal degradation, or irradiation, said polytetrafluoroethylene (PTFE) dispersion including less than 1.0 wt% surfactant, based on the weight of said polytetrafluoroethylene (PTFE) dispersion; and perfluoroalkoxy in the form of a liquid dispersion of particles having a mean particle size of 1.0 microns (μm) or less, said composition having, based on the total solids of said PTFE and PFA, a PFA content of 50 wt.% to 60 wt.% and a PTFE content of 40 wt.% to 50 wt.%. a polytetrafluoroethylene (PTFE) having a first melt temperature (T m) of 332° C or less, in the form of a liquid dispersion of particles having a mean particle size of 1.0 microns (μm) or less, said dispersion obtained via emulsion polymerization and without being subjected to agglomeration, thermal degradation, or irradiation, said polytetrafluoroethylene (PTFE) dispersion including less than 1.0 wt% surfactant, based on the weight of said polytetrafluoroethylene (PTFE) dispersion; and perfluoroalkoxy in the form of a liquid dispersion of particles having a mean particle size of 1.0 microns (μm) or less, said composition having, based on the total solids of said PTFE and PFA, a PFA content of 50 wt.% to 60 wt.% and a PTFE content of 40 wt.% to 50 wt.%.