mhurhangee/ep-ind-claims huggingface dataset:
A method of operating a user agent, UA, in a wireless communication system, the method comprising: receiving, from an access node, a common reference signal, CRS, for channel measurements; and receiving, from the access node, a multicast/broadcast single frequency network, MBSFN, subframe configuration information associated with a relay node, RN, in communication with the UA, wherein the MBSFN subframe configuration information is received using dedicated signaling. receiving, from an access node, a common reference signal, CRS, for channel measurements; and receiving, from the access node, a multicast/broadcast single frequency network, MBSFN, subframe configuration information associated with a relay node, RN, in communication with the UA, wherein the MBSFN subframe configuration information is received using dedicated signaling.
A single sensor system for the delivery of insulin to a patient, the system comprising: only a single, real-time glucose sensor configured to provide a real-time sensor glucose measurement signal representative of sensed glucose; an insulin delivery device configured to deliver insulin to a patient in response to control signals; wherein the real-time sensor glucose measurement signal is input into a glucose measurement error model; wherein the glucose measurement error model is derived from actual glucose sensor measurement data; and a controller programmed to receive the output of the glucose measurement error model and to provide a delivery control signal to the delivery device as a function of the output of the glucose measurement error model in accordance with a control model. only a single, real-time glucose sensor configured to provide a real-time sensor glucose measurement signal representative of sensed glucose; an insulin delivery device configured to deliver insulin to a patient in response to control signals; wherein the real-time sensor glucose measurement signal is input into a glucose measurement error model; wherein the glucose measurement error model is derived from actual glucose sensor measurement data; and a controller programmed to receive the output of the glucose measurement error model and to provide a delivery control signal to the delivery device as a function of the output of the glucose measurement error model in accordance with a control model.
An assembly comprising: a satellite receiver having a printed circuit board contained within a metal case and at least one F-connector connected to the printed circuit board and extending out of the metal case; and an RF interference suppressor having a metal shield mounted on an underside of the printed circuit board so as to enclose a point of connection of a center connector of the at least one F-connector to the PC board, the metal shield comprises a bottom, three sides extending transversely from the bottom 22), and a tab extending upward from the bottom and having an aperture configured to fit around a threaded portion of the at least one F-connector, characterized in that the tab further comprises an offset positioned at a base of the tab and starting below the bottom edge of the PC board such that said tab is displaced relative to the bottom of the shield, the tab being separated from the three sides. a satellite receiver having a printed circuit board contained within a metal case and at least one F-connector connected to the printed circuit board and extending out of the metal case; and an RF interference suppressor having a metal shield mounted on an underside of the printed circuit board so as to enclose a point of connection of a center connector of the at least one F-connector to the PC board, the metal shield comprises a bottom, three sides extending transversely from the bottom 22), and a tab extending upward from the bottom and having an aperture configured to fit around a threaded portion of the at least one F-connector, characterized in that the tab further comprises an offset positioned at a base of the tab and starting below the bottom edge of the PC board such that said tab is displaced relative to the bottom of the shield, the tab being separated from the three sides.
A storage tank for storing gaseous hydrogen, the gas storage tank comprising a boundary wall having a laminate composite structure which includes a resin-rich layer forming an internal surface of the boundary wall, a glass-fibre composite layer in contact with the resin-rich layer, a first carbon fibre composite layer in contact with the glass-fibre composite layer on a side thereof remote from the resin-rich layer and a second carbon fibre composite layer in contact with the first carbon fibre composite layer on a side thereof remote from the glass fibre composite layer, characterised in that the ply thickness of the second carbon fibre composite layer is greater than the ply thickness of the first carbon fibre composite layer and the thickness of the second carbon fibre composite layer is greater than the thickness of the first carbon fibre composite layer.
A device (144, 146) for securing one or more sutures, comprising: a generally disk-shaped body having an annular outer edge; a first tab extending from a first side of the annular outer body and a second tab extending from a second side of the annular outer body; a pair of curved slots (138, 140) passing through the body inward from the outer edge that define sides of the two tabs (134, 136); a middle slit connecting the curved slots (138, 140) and separating the tabs (134, 136), the slit and curved slots (138, 140) generally forming a closed H-shaped opening through the body, the slit being sized to receive and hold one or more sutures and opposed edges of the tabs (134, 136) across the slit form suture engagement portions; and wherein the device (130, 144, 146) comprises an elastically resilient material and has a natural configuration when no sutures are positioned in the slit; wherein the suture engagement portions are elastically deformed to an active configuration when one or more sutures are positioned through the opening; and wherein, in the active configuration, the suture engagement portions exert a pinching force on the one or more sutures that restricts the sutures from sliding through the slit in at least one longitudinal direction of the sutures, characterized in that the slit has a straight suture receiving portion and either a) first and second angled end portions or b) serpentine end portions on opposite sides of the suture receiving portion configured to block received sutures from sliding into the arcuate slots (138, 140). a generally disk-shaped body having an annular outer edge; a first tab extending from a first side of the annular outer body and a second tab extending from a second side of the annular outer body; a pair of curved slots (138, 140) passing through the body inward from the outer edge that define sides of the two tabs (134, 136); a middle slit connecting the curved slots (138, 140) and separating the tabs (134, 136), the slit and curved slots (138, 140) generally forming a closed H-shaped opening through the body, the slit being sized to receive and hold one or more sutures and opposed edges of the tabs (134, 136) across the slit form suture engagement portions; and wherein the device (130, 144, 146) comprises an elastically resilient material and has a natural configuration when no sutures are positioned in the slit; wherein the suture engagement portions are elastically deformed to an active configuration when one or more sutures are positioned through the opening; and wherein, in the active configuration, the suture engagement portions exert a pinching force on the one or more sutures that restricts the sutures from sliding through the slit in at least one longitudinal direction of the sutures, characterized in that the slit has a straight suture receiving portion and either a) first and second angled end portions or b) serpentine end portions on opposite sides of the suture receiving portion configured to block received sutures from sliding into the arcuate slots (138, 140).
A belt for an elevator system comprising: a plurality of tension members arranged along a belt width; a jacket material at least partially encapsulating the plurality of tension members defining: a traction surface; a back surface opposite the traction surface together with the traction surface defining a belt thickness; and two end surfaces extending between the traction surface and the back surface defining the belt width; and a metallic coating layer applied from a liquid solution disposed over at least one end surface of the two end surfaces, characterised in that the metallic coating layer is discontinuous along a length of the belt. a plurality of tension members arranged along a belt width; a jacket material at least partially encapsulating the plurality of tension members defining: a traction surface; a back surface opposite the traction surface together with the traction surface defining a belt thickness; and two end surfaces extending between the traction surface and the back surface defining the belt width; and a traction surface; a back surface opposite the traction surface together with the traction surface defining a belt thickness; and two end surfaces extending between the traction surface and the back surface defining the belt width; and a metallic coating layer applied from a liquid solution disposed over at least one end surface of the two end surfaces, characterised in that the metallic coating layer is discontinuous along a length of the belt.
A method of manufacturing a high-resistance silicon wafer, wherein a high-temperature heat treatment at 1100°C or more which is effective in preventing an oxygen donor from being generated is performed on a silicon wafer having a resistivity of 100 Ωcm or more and a carbon concentration of 5 × 10 15 to 5 × 10 17 atoms/cm 3 to obtain the remaining oxygen concentration after the heat treatment of 6.5 × 10 17 atoms/cm 3 or more [Old-ASTM].
An air conditioner comprising: a housing including a suction port and a discharge port; a heat exchanger provided inside the housing; a blower fan configured to suction air through the suction port, pass and heat-exchange the air through the heat exchanger, and then discharge the air through the discharge port; characterized by a sub-flow path (101, 201, 301, 401, 501, 601, 701) that suctions and guides some air around the discharge port using a suction force of the blower fan, the sub-flow path (101, 201, 301, 401, 501, 601, 701) having one end in communication with the discharge port and the other end in communication with an inside of the housing, and provided separately from a flow path formed between the discharge port and the blower fan; and an opening/closing control device (104, 204, 304, 404, 504, 604, 704) provided in the sub-flow path (101, 201, 301, 401, 501, 601, 701) and configured to adjust an opening degree of the sub-flow path (101, 201, 301, 401, 501, 601, 701) in order to control the flowing direction of the air discharged from the discharge port. a housing including a suction port and a discharge port; a heat exchanger provided inside the housing; a blower fan configured to suction air through the suction port, pass and heat-exchange the air through the heat exchanger, and then discharge the air through the discharge port; characterized by a sub-flow path (101, 201, 301, 401, 501, 601, 701) that suctions and guides some air around the discharge port using a suction force of the blower fan, the sub-flow path (101, 201, 301, 401, 501, 601, 701) having one end in communication with the discharge port and the other end in communication with an inside of the housing, and provided separately from a flow path formed between the discharge port and the blower fan; and an opening/closing control device (104, 204, 304, 404, 504, 604, 704) provided in the sub-flow path (101, 201, 301, 401, 501, 601, 701) and configured to adjust an opening degree of the sub-flow path (101, 201, 301, 401, 501, 601, 701) in order to control the flowing direction of the air discharged from the discharge port.
A device for lubrication of a unit turning under vacuum, such as a flywheel, where said unit comprises an axle rotating relative to a fixed bearing structure, via at least one bearing or roller (3A,3B), wherein the device comprises an enclosure in which the device is placed, said enclosure being connected to means for drawing a vacuum, characterized in that it comprises: ∘ a lubricant reservoir connected by pipes both to the bottom of the enclosure and also to the bearing; ∘ a means for circulation of the fluid suitable for connecting the reservoir either to the means for drawing a vacuum, for filling the reservoir from the enclosure by gravity, or to the atmosphere for lubricating the bearing (3A,3B). ∘ a lubricant reservoir connected by pipes both to the bottom of the enclosure and also to the bearing; ∘ a means for circulation of the fluid suitable for connecting the reservoir either to the means for drawing a vacuum, for filling the reservoir from the enclosure by gravity, or to the atmosphere for lubricating the bearing (3A,3B).
A multi mode screen device for a vehicle, comprising a display screen unit with a display screen, where the display screen unit is configured to switch an operational state between a first operational mode related to a manual vehicle driving functionality and a second operational mode related to an autonomous vehicle driving functionality; characterized in that the display screen has a portrait orientation in the first operational mode and a landscape orientation in the second operational mode, where the display screen unit is adapted to be rotatably displaced between the portrait orientation and the the landscape orientation.
A mouth guard for use during a portion of a course of orthodontic treatment, the mouth guard comprising: a plurality of cavities for receiving a plurality of a patient's teeth during the portion of the orthodontic treatment, the cavities shaped to accommodate the received teeth and provide secure coupling between the mouth guard and the teeth when, in the portion of orthodontic treatment: a) a subset of the teeth have been repositioned from a first arrangement to a second arrangement; and b) another subset of the teeth have not been repositioned from a first arrangement during that same portion of orthodontic treatment, the cavities: a) being configured to substantially match or be enveloped by an accommodation envelope substantially matching a swept volume for the received teeth from the first arrangement to the second arrangement, for the subset of the teeth which have been repositioned from the first arrangement, and b) also being configured, without accommodation, for the subset of teeth not being repositioned from the first arrangement; the mouth guard having a shape or material selected to provide protection against impact-induced injury. a plurality of cavities for receiving a plurality of a patient's teeth during the portion of the orthodontic treatment, the cavities shaped to accommodate the received teeth and provide secure coupling between the mouth guard and the teeth when, in the portion of orthodontic treatment: a) a subset of the teeth have been repositioned from a first arrangement to a second arrangement; and b) another subset of the teeth have not been repositioned from a first arrangement during that same portion of orthodontic treatment, the cavities: a) being configured to substantially match or be enveloped by an accommodation envelope substantially matching a swept volume for the received teeth from the first arrangement to the second arrangement, for the subset of the teeth which have been repositioned from the first arrangement, and b) also being configured, without accommodation, for the subset of teeth not being repositioned from the first arrangement; a) a subset of the teeth have been repositioned from a first arrangement to a second arrangement; and b) another subset of the teeth have not been repositioned from a first arrangement during that same portion of orthodontic treatment, a) being configured to substantially match or be enveloped by an accommodation envelope substantially matching a swept volume for the received teeth from the first arrangement to the second arrangement, for the subset of the teeth which have been repositioned from the first arrangement, and b) also being configured, without accommodation, for the subset of teeth not being repositioned from the first arrangement; the mouth guard having a shape or material selected to provide protection against impact-induced injury.
Method for forming patterns on the surface of a crystalline silicon substrate, the method comprising a structuring step consisting in immersing the surface of the substrate in an etching bath comprising an aqueous solution of potassium hydroxide and wherein the mass concentration of potassium hydroxide in the etching bath is between 0.95% and 1.05%, the temperature of the etching bath is between 60°C and 80°C and the immersion time is between 8 minutes and 12 minutes.
Solenoid valve for the automotive industry, comprising a housing which has an inlet conduit and an outlet conduit (26, 28), wherein, in the housing, an electromagnetic circuit is provided, which is made up of a coil wound onto a coil carrier, an armature, a core, and a return device, wherein the armature and the core are arranged in a valve interior and wherein a valve rod, which is movably mounted in the core by means of bearing means, adjoins the armature, wherein the armature is operatively connected to a valve closure body, wherein spring means are provided for pretensioning the armature, and wherein a sleeve body is provided for sealing the valve interior, wherein the sleeve body is designed as a bearing element for the armature, characterized in that the valve closure body has pressure equalization openings and is movably mounted in the sleeve body by means of a sealing element.
A sealing device for sealing two members (61, 62) by installing a combination seal to an installation groove which is provided in one member of the two members (61, 62) moving relatively, the sealing device comprising: the combination seal being constructed by combination of a first ring which, in use, comes into close contact with the other member of the two members (61, 62) and is made of a resin, and a second ring which, in use, is interposed between the first ring and a groove bottom portion of the installation groove and is made of a rubber-like elastic body; the first ring having a cut portion at one position circumferentially; the cut portion having a step-cut shape which forms a protrusion portion (24A, 24B) by protruding a part of a cut surface (23A, 23B) of the first ring more than the other portions in a circumferential direction, characterized in that the cut portion has a bias-cut shape which forms a slope portion (26A, 26B) by diagonally cutting a leading end of the protrusion portion (24A, 24B); and in that a length of the slope portion (26A, 26B) in the circumferential direction is set to be half or less than a length of the protrusion portion (24A, 24B) in the circumferential direction. the combination seal being constructed by combination of a first ring which, in use, comes into close contact with the other member of the two members (61, 62) and is made of a resin, and a second ring which, in use, is interposed between the first ring and a groove bottom portion of the installation groove and is made of a rubber-like elastic body; the first ring having a cut portion at one position circumferentially; the cut portion having a step-cut shape which forms a protrusion portion (24A, 24B) by protruding a part of a cut surface (23A, 23B) of the first ring more than the other portions in a circumferential direction, characterized in that the cut portion has a bias-cut shape which forms a slope portion (26A, 26B) by diagonally cutting a leading end of the protrusion portion (24A, 24B); and in that a length of the slope portion (26A, 26B) in the circumferential direction is set to be half or less than a length of the protrusion portion (24A, 24B) in the circumferential direction.
A method for cross-domain communications, the method comprising: sending, by a Media Gateway Controller MGC, domain information of a first Internet Protocol domain network and domain information of a second IP domain network, wherein the domain information of the first IP domain network and the domain information of the second IP domain network is each carried in a LocalControl Descriptor contained in a message from the MGC; receiving, by an interconnecting Media Gateway MG positioned to connect the first IP domain network and the second IP domain network, domain information of the first IP domain network and domain information of the second IP domain network from the MGC; creating, by the interconnecting MG, a first media stream between the interconnecting MG and a first MG located in the first IP domain network according to the domain information of the first IP domain network; creating, by the interconnecting MG, a second media stream between the interconnecting MG and a second MG located in the second IP domain network according to the domain information of the second IP domain network; and connecting, by the interconnecting MG, the first media stream and the second media stream to form a data communication path between the first MG and the second MG. sending, by a Media Gateway Controller MGC, domain information of a first Internet Protocol domain network and domain information of a second IP domain network, wherein the domain information of the first IP domain network and the domain information of the second IP domain network is each carried in a LocalControl Descriptor contained in a message from the MGC; receiving, by an interconnecting Media Gateway MG positioned to connect the first IP domain network and the second IP domain network, domain information of the first IP domain network and domain information of the second IP domain network from the MGC; creating, by the interconnecting MG, a first media stream between the interconnecting MG and a first MG located in the first IP domain network according to the domain information of the first IP domain network; creating, by the interconnecting MG, a second media stream between the interconnecting MG and a second MG located in the second IP domain network according to the domain information of the second IP domain network; and connecting, by the interconnecting MG, the first media stream and the second media stream to form a data communication path between the first MG and the second MG.
A method for oxidizing a component in a fluid sample, comprising: introducing, in a reaction chamber of a total analyte analyzer, a fluid sample comprising a component, wherein the reaction chamber includes an electrochemical cell and wherein the electrochemical cell comprises at least one SP3 substituted solid carbon electrode doped with a conductivity elevating composition; applying, using a generator, a potential to the at least one SP3 substituted solid carbon electrode, the potential being sufficient to oxidize the component in the fluid sample to produce carbonate and partially oxidized organics; introducing, in the reaction chamber, a base and thereafter an acid to oxidize the total analyte; and detecting, using at least one detector, the total analyte produced by the oxidation. introducing, in a reaction chamber of a total analyte analyzer, a fluid sample comprising a component, wherein the reaction chamber includes an electrochemical cell and wherein the electrochemical cell comprises at least one SP3 substituted solid carbon electrode doped with a conductivity elevating composition; applying, using a generator, a potential to the at least one SP3 substituted solid carbon electrode, the potential being sufficient to oxidize the component in the fluid sample to produce carbonate and partially oxidized organics; introducing, in the reaction chamber, a base and thereafter an acid to oxidize the total analyte; and detecting, using at least one detector, the total analyte produced by the oxidation.