mhurhangee/patent-ind-claim-en huggingface dataset:
A medical device, comprising: an atrial fibrillation (AF) circuit configured to receive physiologic information from a patient; and a signal receiver circuit configured to receive pulse pressure information from the patient, the received pulse pressure information different than the received physiologic information, wherein the AF circuit is configured to determine an AF indication using the received physiologic information and the received pulse pressure information, wherein the AF circuit is configured to determine the AF indication using the received physiologic information and a threshold, and to adjust the threshold using the received pulse pressure information, and wherein the AF circuit is configured to augment the AF determination using the received pulse pressure information. an atrial fibrillation (AF) circuit configured to receive physiologic information from a patient; and a signal receiver circuit configured to receive pulse pressure information from the patient, the received pulse pressure information different than the received physiologic information, wherein the AF circuit is configured to determine an AF indication using the received physiologic information and the received pulse pressure information, wherein the AF circuit is configured to determine the AF indication using the received physiologic information and a threshold, and to adjust the threshold using the received pulse pressure information, and wherein the AF circuit is configured to augment the AF determination using the received pulse pressure information.
Clockwork movement escapement, comprising a balance wheel pivoting on an axis of rotation of the balance wheel, an escape wheel , a lever and a balance wheel return member , escapement in which the balance wheel is integral with a balance wheel pinion ; the balance wheel return member comprises: ∘ a rake provided with a toothed sector arranged to work together with the balance wheel pinion , this rake comprising an axis allowing its rotation between two extreme positions, called working positions, separated by a rest position; and ∘ a return mechanism comprising two springs arranged to press the rake towards its rest position, these springs comprising elastic blades arranged to store energy and return energy to the rake ; and characterized in that only one of the elastic blades stores and returns energy at the same time. ∘ a rake provided with a toothed sector arranged to work together with the balance wheel pinion , this rake comprising an axis allowing its rotation between two extreme positions, called working positions, separated by a rest position; and ∘ a return mechanism comprising two springs arranged to press the rake towards its rest position, these springs comprising elastic blades arranged to store energy and return energy to the rake ; and
Method for producing a battery cell , comprising an electrode stack having a number of first and second current conductors arranged in layers stacked one above another, - wherein the first current conductors are joined to form a common cathode and the second current conductors are joined to form a common anode in a materially bonded manner without melting by means of hot pressure welding, - wherein the first and second current conductors are heated before joining, and - wherein the electrode stack is cooled during preheating and during the joining process. - wherein the first current conductors are joined to form a common cathode and the second current conductors are joined to form a common anode in a materially bonded manner without melting by means of hot pressure welding, - wherein the first and second current conductors are heated before joining, and - wherein the electrode stack is cooled during preheating and during the joining process.
A stabilising composition, comprising: a. a first stabilising component comprising at least one fully hindered phenolic antioxidant; b. a second stabilising component comprising at least one partially hindered phenolic antioxidant; and c. a third stabilising component comprising at least one sulphur-containing antioxidant, wherein the stabilising composition has a melting point of 40°C or lower, at atmospheric pressure i.e. 101.325 kPa, wherein stabilising component (a) is present in the stabilising composition in an amount of from 15% to 45% by weight of stabilising composition, wherein the at least one fully hindered phenolic antioxidant comprises substituent hydrocarbyl groups on both positions ortho to the phenolic -OH group, each of those substituent groups being branched at the C 1 and/or C 2 position with respect to the aromatic ring, and wherein the at least one partially hindered phenolic antioxidant comprises at least one substituent hydrocarbyl group ortho to the phenolic -OH group, only one of the or each substituent group being branched at the C 1 and/or C 2 position with respect to the aromatic ring. a. a first stabilising component comprising at least one fully hindered phenolic antioxidant; b. a second stabilising component comprising at least one partially hindered phenolic antioxidant; and c. a third stabilising component comprising at least one sulphur-containing antioxidant,
A light emitting device comprising: a semiconductor chip including a p-type semiconductor layer and an n-type semiconductor layer , the semiconductor chip being adapted to emit light between the p-type semiconductor layer and the n-type semiconductor layer; a p-side pad electrode disposed on an upper surface side of the semiconductor chip and on the p-type semiconductor layer; first and second n-side pad electrodes disposed on an upper surface side of the semiconductor chip and on the n-type semiconductor layer; a resin layer disposed to cover the upper surface of the semiconductor chip and entire side surfaces of the p-type semiconductor layer and the n-type semiconductor layer ; a p-side connection electrode and an n-side connection electrode disposed at an outer surface of the resin layer and positioned on the upper surface side of the semiconductor chip; and a p-side metal wire and an n-side metal wire disposed in the resin , wherein the p-side metal wire makes connection between the p-side pad electrode and the p-side connection electrode , wherein the light emitting device further comprises a bump stack disposed in the resin , the bump stack including a plurality of bumps stacked on each other, wherein the bump stack makes connection between the first n-side pad electrode and the n-side connection electrode , and wherein the n-side metal wire is connected at one end to the second n-side pad electrode and at its other end to one bump of the bump stack. a semiconductor chip including a p-type semiconductor layer and an n-type semiconductor layer , the semiconductor chip being adapted to emit light between the p-type semiconductor layer and the n-type semiconductor layer; a p-side pad electrode disposed on an upper surface side of the semiconductor chip and on the p-type semiconductor layer; first and second n-side pad electrodes disposed on an upper surface side of the semiconductor chip and on the n-type semiconductor layer; a resin layer disposed to cover the upper surface of the semiconductor chip and entire side surfaces of the p-type semiconductor layer and the n-type semiconductor layer ; a p-side connection electrode and an n-side connection electrode disposed at an outer surface of the resin layer and positioned on the upper surface side of the semiconductor chip; and a p-side metal wire and an n-side metal wire disposed in the resin , wherein the p-side metal wire makes connection between the p-side pad electrode and the p-side connection electrode , wherein the light emitting device further comprises a bump stack disposed in the resin , the bump stack including a plurality of bumps stacked on each other, wherein the bump stack makes connection between the first n-side pad electrode and the n-side connection electrode , and wherein the n-side metal wire is connected at one end to the second n-side pad electrode and at its other end to one bump of the bump stack.
The SGLT2 inhibitor 1-chloro-4-(β-D-glucopyranos-1-yl)-2-[4-( (S) -tetrahydrofuran-3-yloxy)-benzyl]-benzene for use in a method for treating, preventing or reducing the risk of hypoglycemia in a patient in need thereof characterized in that the SGLT2 inhibitor is administered with an insulin.
A system comprising: a nitrogen oxide reduction catalyst fluidly coupled to an exhaust conduit of an engine system and configured to reduce nitrogen oxides in the engine exhaust; an ammonia oxidation catalyst fluidly coupled to the exhaust conduit downstream of the nitrogen oxide reduction catalyst and configured to reduce an ammonia in the engine exhaust; and a reductant injection control system configured to: read a first temperature of an exhaust exiting the nitrogen oxide reduction catalyst ; if the first temperature is less than an upper temperature value and greater than a lower temperature value then to: a) determine a nitrogen oxide conversion rate of the nitrogen oxide reduction catalyst; b) determine an ammonia storage value of the nitrogen oxide reduction catalyst; and c) increase or decrease the injection of reductant based on the nitrogen oxide conversion rate, and the ammonia storage value. a nitrogen oxide reduction catalyst fluidly coupled to an exhaust conduit of an engine system and configured to reduce nitrogen oxides in the engine exhaust; an ammonia oxidation catalyst fluidly coupled to the exhaust conduit downstream of the nitrogen oxide reduction catalyst and configured to reduce an ammonia in the engine exhaust; and a reductant injection control system configured to: read a first temperature of an exhaust exiting the nitrogen oxide reduction catalyst ; if the first temperature is less than an upper temperature value and read a first temperature of an exhaust exiting the nitrogen oxide reduction catalyst ; if the first temperature is less than an upper temperature value and greater than a lower temperature value then to: a) determine a nitrogen oxide conversion rate of the nitrogen oxide reduction catalyst; b) determine an ammonia storage value of the nitrogen oxide reduction catalyst; and c) increase or decrease the injection of reductant based on the nitrogen oxide conversion rate, and the ammonia storage value. a) determine a nitrogen oxide conversion rate of the nitrogen oxide reduction catalyst; b) determine an ammonia storage value of the nitrogen oxide reduction catalyst; and c) increase or decrease the injection of reductant based on the nitrogen oxide conversion rate, and the ammonia storage value.
A thrust reverser assembly for a turbojet engine , comprising a stationary structure , having a main axis; a movable shroud , which is capable of moving in translation along the main axis between an attached position, in which the shroud is attached to the stationary structure , and a spaced position, in which the shroud is spaced from the stationary structure ; at least one latch capable of holding the stationary structure and the shroud in the attached position; at least one actuator , mounted between the stationary structure and the shroud , configured to move the shroud along the main axis between the attached position and the spaced position; and a gasket , configured to provide a seal between the stationary structure and the shroud in the attached position, wherein the gasket has a varying cross section along its circumference. a stationary structure , having a main axis; a movable shroud , which is capable of moving in translation along the main axis between an attached position, in which the shroud is attached to the stationary structure , and a spaced position, in which the shroud is spaced from the stationary structure ; at least one latch capable of holding the stationary structure and the shroud in the attached position; at least one actuator , mounted between the stationary structure and the shroud , configured to move the shroud along the main axis between the attached position and the spaced position; and a gasket , configured to provide a seal between the stationary structure and the shroud in the attached position, wherein the gasket has a varying cross section along its circumference.
Non-therapeutic method of amelioration of a cognitive function in a subject, the method comprising administering to the subject a composition comprising: at least one omega-3 fatty acid; and lutein and zeaxanthin, wherein the lutein is dosed to provide an amount of between 0,5 mg and 5 mg of lutein per day and the zeaxanthin is dosed to provide an amount of between 0,15 mg and 0,40 mg of zeaxanthin per day. at least one omega-3 fatty acid; and lutein and zeaxanthin, wherein the lutein is dosed to provide an amount of between 0,5 mg and 5 mg of lutein per day and the zeaxanthin is dosed to provide an amount of between 0,15 mg and 0,40 mg of zeaxanthin per day.
A data transmission method, comprising: after establishing a packet data convergence protocol, PDCP, entity, a radio link control, RLC, entity and a logical channel of a radio bearer, RB, on a first cell and in response to a User Equipment, UE, moving from the first cell to a second cell, establishing a PDCP entity, an RLC entity and a logical channel of the RB on the second cell, wherein the PDCP entity of the RB on the first cell is a first PDCP entity of the RB, the PDCP entity of the RB on the second cell is a second PDCP entity of the RB; before the UE leaves a radio signal coverage area of the first cell, receiving , by the first PDCP entity, a packet data convergence protocol service data unit, PDCP SDU, from a core network or a protocol layer above the PDCP entity, and allocating, by the first PDCP entity, a hyper frame number, HFN, and a sequence number, SN, for the PDCP SDU; processing , by the first PDCP entity, the PDCP SDU according to the SN and the HFN to generate a first packet data convergence protocol packet data unit, PDCP PDU; transmitting , by the first PDCP entity, the PDCP SDU as well as the SN and the HFN allocated for the PDCP SDU to the second PDCP entity; processing , by the second PDCP entity, the PDCP SDU according to the SN and the HFN transmitted by the first PDCP entity, to generate a second PDCP PDU; transmitting, by the first PDCP entity, the PDCP PDU to the UE through the RB; and transmitting, by the second PDCP entity, the second PDCP PDU to the UE through the RB. after establishing a packet data convergence protocol, PDCP, entity, a radio link control, RLC, entity and a logical channel of a radio bearer, RB, on a first cell and in response to a User Equipment, UE, moving from the first cell to a second cell, establishing a PDCP entity, an RLC entity and a logical channel of the RB on the second cell, wherein the PDCP entity of the RB on the first cell is a first PDCP entity of the RB, the PDCP entity of the RB on the second cell is a second PDCP entity of the RB; before the UE leaves a radio signal coverage area of the first cell, receiving , by the first PDCP entity, a packet data convergence protocol service data unit, PDCP SDU, from a core network or a protocol layer above the PDCP entity, and allocating, by the first PDCP entity, a hyper frame number, HFN, and a sequence number, SN, for the PDCP SDU; processing , by the first PDCP entity, the PDCP SDU according to the SN and the HFN to generate a first packet data convergence protocol packet data unit, PDCP PDU; transmitting , by the first PDCP entity, the PDCP SDU as well as the SN and the HFN allocated for the PDCP SDU to the second PDCP entity; processing , by the second PDCP entity, the PDCP SDU according to the SN and the HFN transmitted by the first PDCP entity, to generate a second PDCP PDU; transmitting, by the first PDCP entity, the PDCP PDU to the UE through the RB; and transmitting, by the second PDCP entity, the second PDCP PDU to the UE through the RB.
A combustor shell comprising: a first aperture at least partially defined by an inner wall of the combustor shell and passing from a diffuser-facing side of the combustor shell to a combustor-facing side of the combustor shell ; and a spacer comprising a first segment coupled to a first flange , wherein the first flange is disposed on the diffuser-facing side of the combustor shell, wherein an outer wall of the spacer is coupled with at least a portion of the inner wall of the combustor shell ; characterized in that : the first aperture of the combustor shell is an oblong shape; and a contact between the outer wall of the spacer and the inner wall of the combustor shell is designed to reduce a friction force between the combustor shell and an attachment feature disposed through the spacer . a first aperture at least partially defined by an inner wall of the combustor shell and passing from a diffuser-facing side of the combustor shell to a combustor-facing side of the combustor shell ; and a spacer comprising a first segment coupled to a first flange , wherein the first flange is disposed on the diffuser-facing side of the combustor shell, wherein an outer wall of the spacer is coupled with at least a portion of the inner wall of the combustor shell ; characterized in that : the first aperture of the combustor shell is an oblong shape; and a contact between the outer wall of the spacer and the inner wall of the combustor shell is designed to reduce a friction force between the combustor shell and an attachment feature disposed through the spacer . the first aperture of the combustor shell is an oblong shape; and a contact between the outer wall of the spacer and the inner wall of the combustor shell is designed to reduce a friction force between the combustor shell and an attachment feature disposed through the spacer .
A hinge assembly for a shower door panel having a front face, a rear face and a side edge between the front and rear faces, the door hinge assembly (110; 120) comprising: a first hinge portion (112; 122) arranged, in use, to be attached to the side edge of the shower door panel , wherein the first hinge portion has a pin (116; 126) protruding vertically therefrom, and a second hinge portion (114; 124) arranged, in use, to be attached to a support and to cooperate with the first hinge portion (112; 122) so that the shower door panel can hinge between an open position and a closed position about an axis of rotation, wherein the second hinge portion (114; 124) has a vertical socket arranged, in use, to receive the pin (116; 126), wherein the socket has a lateral opening to receive the pin (116; 126), and a retainer member arranged, in use, to cover the opening to retain the pin in the socket , and wherein the socket is shaped to allow rotation of the pin within the socket, the first (112; 122) and second (114; 124) hinge portions being arranged, in use, such that the axis of rotation is adjacent to the side edge of the shower door panel and substantially between the front and rear faces of the shower door panel . a first hinge portion (112; 122) arranged, in use, to be attached to the side edge of the shower door panel , wherein the first hinge portion has a pin (116; 126) protruding vertically therefrom, and a second hinge portion (114; 124) arranged, in use, to be attached to a support and to cooperate with the first hinge portion (112; 122) so that the shower door panel can hinge between an open position and a closed position about an axis of rotation, wherein the second hinge portion (114; 124) has a vertical socket arranged, in use, to receive the pin (116; 126), wherein the socket has a lateral opening to receive the pin (116; 126), and a retainer member arranged, in use, to cover the opening to retain the pin in the socket , and wherein the socket is shaped to allow rotation of the pin within the socket, the first (112; 122) and second (114; 124) hinge portions being arranged, in use, such that the axis of rotation is adjacent to the side edge of the shower door panel and substantially between the front and rear faces of the shower door panel .
A system comprising an intravenous, IV, bag and a pharmaceutical waste system for treating a residual pharmaceutical composition disposed in the IV bag, the pharmaceutical waste system comprising: an extraction stage in fluid communication with the IV bag, with said extraction stage being configured to extract at least a portion of the residual pharmaceutical composition from the IV bag; a pharmaceutical dispenser coupler configured to couple the IV bag to said extraction stage; and a pharmaceutical waste treatment stage in fluid communication with said extraction stage, said pharmaceutical waste treatment stage being configured to change the residual pharmaceutical composition extracted from the IV bag in one of a chemical and physical manner. an extraction stage in fluid communication with the IV bag, with said extraction stage being configured to extract at least a portion of the residual pharmaceutical composition from the IV bag; a pharmaceutical dispenser coupler configured to couple the IV bag to said extraction stage; and a pharmaceutical waste treatment stage in fluid communication with said extraction stage, said pharmaceutical waste treatment stage being configured to change the residual pharmaceutical composition extracted from the IV bag in one of a chemical and physical manner.
A cartridge frame adapted to be inserted between a plurality of unit battery cells stacked, the cartridge frame comprising: an inter-cell separation plate with a planar shape adapted to be inserted between adjacent unit battery cells to separate the adjacent unit battery cells; and a sidewall part extending in a direction perpendicular to the planar surface of the inter-cell separation plate and adapted to be at an edge other than an edge of a direction in which an electrode terminal of the battery cell is drawn, among edges of the inter-cell separation plate , wherein for at least a portion of the sidewall part , an inner sidewall made from metal is adapted to be exposed toward a side surface of the unit battery cell, and an outer sidewall facing the inner sidewall is made from plastic, wherein a flame barrier (B) layer is interposed between the inner sidewall and the outer sidewall , and wherein the flame barrier layer (B) is formed from: - a resin composition with flame retardancy and heat resistance, or - a ceramic material with heat resistance. an inter-cell separation plate with a planar shape adapted to be inserted between adjacent unit battery cells to separate the adjacent unit battery cells; and a sidewall part extending in a direction perpendicular to the planar surface of the inter-cell separation plate and adapted to be at an edge other than an edge of a direction in which an electrode terminal of the battery cell is drawn, among edges of the inter-cell separation plate , wherein for at least a portion of the sidewall part , an inner sidewall made from metal is adapted to be exposed toward a side surface of the unit battery cell, and an outer sidewall facing the inner sidewall is made from plastic, wherein a flame barrier (B) layer is interposed between the inner sidewall and the outer sidewall , and wherein the flame barrier layer (B) is formed from: - a resin composition with flame retardancy and heat resistance, or - a ceramic material with heat resistance. - a resin composition with flame retardancy and heat resistance, or - a ceramic material with heat resistance.