mhurhangee/patent-ind-claim-en huggingface dataset:
A flexible cannula configured for catheter based percutaneous delivery, the cannula comprising a polyurethane tube reinforced with a material featuring shape memory configured to provide the cannula with a shape closely matched to the anatomy of the right ventricle of the human heart, wherein the cannula comprises: an inflow port configured to be located proximal the inferior vena cava "IVC"; an outflow port configured to be located proximal the pulmonary artery "PA"; a primary section corresponding to the path from a diaphragm fibrous ring in the IVC to an IVC to right atrium "RA" transition "IVC-RA"; a secondary section corresponding to the path from the IVC-RA to the tricuspid valve "TV"; a tertiary section corresponding to the path from the TV to the pulmonary valve "PV"; a quaternary section corresponding to the path between the PV and the left branch of the PA, the quaternary section comprising an extension extending therefrom, the extension mechanically, yet not hydraulically, extending the cannula. an inflow port configured to be located proximal the inferior vena cava "IVC"; an outflow port configured to be located proximal the pulmonary artery "PA"; a primary section corresponding to the path from a diaphragm fibrous ring in the IVC to an IVC to right atrium "RA" transition "IVC-RA"; a secondary section corresponding to the path from the IVC-RA to the tricuspid valve "TV"; a tertiary section corresponding to the path from the TV to the pulmonary valve "PV"; a quaternary section corresponding to the path between the PV and the left branch of the PA, the quaternary section comprising an extension extending therefrom, the extension mechanically, yet not hydraulically, extending the cannula.
A method of removing hematein precipitate from an automated hematoxylin staining system comprising: providing a liquid oxidizing component comprising a peroxide and water and an alkaline component, wherein the liquid oxidizing component and the alkaline component are separate; combining the liquid oxidizing component and alkaline component in a container to form a hematein precipitate removal solution having a pH in the range of between about 8.9 and 10.5; placing the container of the precipitate removal solution in a position to enable the hematoxylin dispensing components of an automated hematoxylin staining system to receive and move the solution through the interior surfaces of those dispensing components; activating the automated staining system to move the precipitate removal solution into the interior surfaces of the hematoxylin dispensing components of the automated staining system; contacting said interior surfaces for at least 30 minutes. providing a liquid oxidizing component comprising a peroxide and water and an alkaline component, wherein the liquid oxidizing component and the alkaline component are separate; combining the liquid oxidizing component and alkaline component in a container to form a hematein precipitate removal solution having a pH in the range of between about 8.9 and 10.5; placing the container of the precipitate removal solution in a position to enable the hematoxylin dispensing components of an automated hematoxylin staining system to receive and move the solution through the interior surfaces of those dispensing components; activating the automated staining system to move the precipitate removal solution into the interior surfaces of the hematoxylin dispensing components of the automated staining system; contacting said interior surfaces for at least 30 minutes.
An electronic device display method, wherein an electronic device comprises a foldable body, an outer screen, and an inner screen, the outer screen and the inner screen are respectively located on two opposite surfaces of the foldable body, and the method comprises: when the foldable body is in a folded state, detecting whether a protective cover approaches the outer screen and reaches a preset position with respect to the outer screen; if the protective cover reaches the preset position with respect to the outer screen, when a preset condition is met, determining whether the foldable body is switched to the non-folded state; and if the foldable body is switched to the non-folded state, controlling the electronic device to be in a screen non-locked state, wherein the preset condition being met comprises at least being within a preset time after the protective cover reaches the preset position. when the foldable body is in a folded state, detecting whether a protective cover approaches the outer screen and reaches a preset position with respect to the outer screen; if the protective cover reaches the preset position with respect to the outer screen, when a preset condition is met, determining whether the foldable body is switched to the non-folded state; and if the foldable body is switched to the non-folded state, controlling the electronic device to be in a screen non-locked state, wherein the preset condition being met comprises at least being within a preset time after the protective cover reaches the preset position.
Hydraulic vehicle brake system having at least one brake pedal and a pedal travel simulator , and also having at least one hydraulically actuable wheel brake unit , having an electrically actuable switching valve between the brake pedal and the pedal travel simulator , wherein the switching valve is adjustable between a first switching position, in which the brake pedal is connected to the pedal travel simulator and is decoupled from the wheel brake unit , and a second switching position, in which the brake pedal is decoupled from the pedal travel simulator and the brake pedal is connected to the wheel brake unit , wherein, in the first switching position, a pressure supply unit is connectable at the same time to the wheel brake unit via an electrically actuable, adjustable valve which is identical to the switching valve , characterized in that an electrically actuable valve is arranged in the flow path between the pressure supply unit and the at least one wheel brake unit , said valve, in the currentless state, decoupling the pressure supply unit from the wheel brake unit , wherein, in the first switching position of the switching valve , when the brake pedal is actuated, brake fluid is displaced into the pedal travel simulator and the wheel brake unit is supplied with pressurized brake fluid by the pressure supply unit in order to generate braking force, and, in the second switching state of the switching valve , the pressure supply unit is decoupled from the wheel brake unit and at the same time the pedal travel simulator is decoupled from the brake pedal and the brake pedal is connected to the wheel brake unit such that, when the brake pedal is actuated, brake fluid is conducted into the wheel brake unit .
A terminal-equipped electric wire comprising: an electric wire including a core wire formed of a plurality of element wires , and a cover that covers the core wire while exposing a core wire exposed part of the core wire at an electric wire end ; a terminal fitting attached to the electric wire end ; the terminal fitting including a bottom wall on which the electric wire end is placed, and a pair of core wire caulking pieces (23 and 23) rising from the bottom wall and caulking and crimping the core wire exposed part together with the bottom wall in a state where a front end of the core wire exposed part protrudes; a water-stopping member formed of a curable resin material and covering an exposed part of the electric wire end in the terminal fitting from outside together with the terminal fitting so as to suppress entry of liquid to a connection part between the electric wire end and the terminal fitting ; characterized in that the bottom wall includes a concave part that continues from a place facing end parts of the pair of core wire caulking pieces (23 and 23) on the front end side of the core wire exposed part to a front end surface (11b 1 ) of the front end of the core wire exposed part in a fitting direction, and receives the front end of the core wire exposed part ranging from a place at which the core wire exposed part is caulked and crimped by the end parts of the pair of core wire caulking pieces (23 and 23) to the front end surface (11b 1 ) of the core wire . an electric wire including a core wire formed of a plurality of element wires , and a cover that covers the core wire while exposing a core wire exposed part of the core wire at an electric wire end ; a terminal fitting attached to the electric wire end ; the terminal fitting including a bottom wall on which the electric wire end is placed, and a pair of core wire caulking pieces (23 and 23) rising from the bottom wall and caulking and crimping the core wire exposed part together with the bottom wall in a state where a front end of the core wire exposed part protrudes; a water-stopping member formed of a curable resin material and covering an exposed part of the electric wire end in the terminal fitting from outside together with the terminal fitting so as to suppress entry of liquid to a connection part between the electric wire end and the terminal fitting ; characterized in that the bottom wall includes a concave part that continues from a place facing end parts of the pair of core wire caulking pieces (23 and 23) on the front end side of the core wire exposed part to a front end surface (11b 1 ) of the front end of the core wire exposed part in a fitting direction, and receives the front end of the core wire exposed part ranging from a place at which the core wire exposed part is caulked and crimped by the end parts of the pair of core wire caulking pieces (23 and 23) to the front end surface (11b 1 ) of the core wire .
A carburizing device including a furnace body that performs heat treatment on a treatment object (W) to perform carburization treatment on the treatment object, wherein: a heater configured to perform heat treatment on the treatment object is provided upright in a vertical direction within the furnace body ; gas supply means configured to supply a gas for burnout toward the heater is provided at a lower end part of the heater; the heater is inserted through a protective tube provided upright in the vertical direction; the gas supply means includes a tubular body which is arranged below a lower end opening of the protective tube and to which the gas for burnout is supplied, and an opening through which the lower end part of the heater passes is formed in an upper surface of the tubular body ; and the carburizing device is a vacuum carburizing furnace. a heater configured to perform heat treatment on the treatment object is provided upright in a vertical direction within the furnace body ; gas supply means configured to supply a gas for burnout toward the heater is provided at a lower end part of the heater; the heater is inserted through a protective tube provided upright in the vertical direction; the gas supply means includes a tubular body which is arranged below a lower end opening of the protective tube and to which the gas for burnout is supplied, and an opening through which the lower end part of the heater passes is formed in an upper surface of the tubular body ; and the carburizing device is a vacuum carburizing furnace.
A method for listening on an uplink channel by a terminal device, comprising: performing first listen before talk, LBT, and sending a first data packet on a first uplink burst after the first LBT succeeds; determining a second contention window size, CWS, wherein on condition that a first time length is greater than a first time threshold and first indication information indicating a HARQ status is not received after the first uplink burst, the second CWS is greater than a first CWS; and/or on condition that the first time length is less than or equal to the first time threshold and the first indication information indicating the HARQ status is not received after the first uplink burst, the second CWS is equal to the first CWS; and performing second LBT based on the second CWS; wherein the first time length is an interval between a first reference time unit and a second reference time unit corresponding to the first uplink burst, the first CWS is used for a LBT previous to the second LBT, and the first reference time unit is later than the second reference time unit corresponding to the first uplink burst; wherein the first reference time unit is a starting time unit of a second uplink burst corresponding to the second LBT; and the second reference time unit corresponding to the first uplink burst is a time unit in the first uplink burst. performing first listen before talk, LBT, and sending a first data packet on a first uplink burst after the first LBT succeeds; determining a second contention window size, CWS, wherein on condition that a first time length is greater than a first time threshold and first indication information indicating a HARQ status is not received after the first uplink burst, the second CWS is greater than a first CWS; and/or on condition that the first time length is less than or equal to the first time threshold and the first indication information indicating the HARQ status is not received after the first uplink burst, the second CWS is equal to the first CWS; and performing second LBT based on the second CWS; wherein the first time length is an interval between a first reference time unit and a second reference time unit corresponding to the first uplink burst, the first CWS is used for a LBT previous to the second LBT, and the first reference time unit is later than the second reference time unit corresponding to the first uplink burst; wherein the first reference time unit is a starting time unit of a second uplink burst corresponding to the second LBT; and the second reference time unit corresponding to the first uplink burst is a time unit in the first uplink burst.
A method for preparing a block copolymer comprising a first block and a second block, wherein the first block is formed using a monomer represented by Formula 1: wherein R is hydrogen or an alkyl group; X is -C(=O)-O-; and Y is a monovalent substituent represented by Formula 2: wherein P is an arylene group having 6 to 13 carbon atoms; Q is a single bond, an oxygen atom or -NR 3 -, wherein R 3 is hydrogen or an alkyl group; and Z is a chain having 8 or more chain-forming atoms, wherein the chain-forming atoms are each independently a carbon or an oxygen, and the second block is represented by Formula 7: wherein B is a monovalent substituent having an aromatic structure including at least one halogen atom.
A method for producing MnZn-ferrite comprising Fe, Mn and Zn as main components, and at least Co, Si and Ca as sub-components, the main components in said MnZn-ferrite comprising 53 to 56% by mol, as Fe 2 O 3 , of Fe, and 3 to 9% by mol, as ZnO, of Zn, the balance being Mn as MnO, comprising the steps of sintering a green body to obtain MnZn-ferrite; said sintering comprising a temperature-elevating step, a high-temperature-keeping step, and a cooling step; said high-temperature-keeping step being conducted at a keeping temperature of 1060°C to 1140°C in an atmosphere having an oxygen concentration of 0.6% to 1.5% by volume; the concentration of oxygen being in a range of 0.001 to 0.2% by volume during cooling from 900°C to 400°C in said cooling step; and a cooling speed between (Tc + 70)°C and 100°C being 50°C/hour or more and 300°C/hour or less, wherein Tc represents a Curie temperature (°C) calculated from the percentages by mol of Fe 2 O 3 and ZnO contained in the main components in said MnZn-ferrite.
Method for inserting a connection screw element into the tank neck of the tank container of a tank device for storing a gaseous medium, in particular hydrogen, the tank device comprising at least one tank container , which at least one tank container has a tank housing with a tank neck , wherein a connection screw element is arranged in the tank neck , which connection screw element lies against a conical sealing seat formed on an inner side of the tank housing and thus seals a tank neck interior of the tank neck , wherein the connection screw element is pretensionable by means of a union nut element attached to an outer side of the tank housing , characterized in that the connection screw element is inserted into the tank neck when the tank container has already been closed on the rear side by means of crimping, and a device is provided, with which device the connection screw element is placed from outside the interior of the tank container through the tank neck onto the sealing seat .
A sealing device for sealing a gap between a housing and a rotational shaft located in a shaft hole provided in the housing , comprising: an annular mounted part that is to be mounted on an inner peripheral surface of the shaft hole ; an inner annular part located radially inside of the mounted part ; a seal lip extending from the inner annular part and for being in contact with the outer peripheral surface of the rotational shaft ; a bellows part connecting the mounted part with the inner annular part ; a sound insulation ring fixed to the mounted part and expanding radially inward from the mounted part , the sound insulation ring comprising an opening through which the rotational shaft passes; and a circular annular sound insulation lip projecting from the inner annular part or the bellows part toward the sound insulation ring and comprising a distal end being in slidable contact with the sound insulation ring , characterised by the sound insulation ring comprising a circular annular part with which the distal end of the sound insulation lip is in contact, and a protruding wall disposed radially inside of the circular annular part and radially outside of the opening , the protruding wall protruding toward the inner annular part . an annular mounted part that is to be mounted on an inner peripheral surface of the shaft hole ; an inner annular part located radially inside of the mounted part ; a seal lip extending from the inner annular part and for being in contact with the outer peripheral surface of the rotational shaft ; a bellows part connecting the mounted part with the inner annular part ; a sound insulation ring fixed to the mounted part and expanding radially inward from the mounted part , the sound insulation ring comprising an opening through which the rotational shaft passes; and a circular annular sound insulation lip projecting from the inner annular part or the bellows part toward the sound insulation ring and comprising a distal end being in slidable contact with the sound insulation ring , characterised by the sound insulation ring comprising a circular annular part with which the distal end of the sound insulation lip is in contact, and a protruding wall disposed radially inside of the circular annular part and radially outside of the opening , the protruding wall protruding toward the inner annular part .
An ostomy appliance comprising an inner wall and an outer wall that define a cavity for containing a stomal output, the cavity having an upper section , a lower section and a waisted section that is located between the upper section and the lower section ; the inner wall comprising, within the upper section , an inlet for receiving the stomal output into the cavity; the waisted section having a left-hand edge that is smoothly rounded and a right-hand edge that is smoothly rounded, and that both the left-hand edge and the right-hand edge smoothly blend, respectively, into left-hand edges and right-hand edges of the upper section and the lower section ; the ostomy appliance characterised by : the upper section having a maximum width (A) that is greater than a maximum width (B) of the lower section ; the waisted section having a minimum width (C) that is less than the maximum width (B) of the lower section . the cavity having an upper section , a lower section and a waisted section that is located between the upper section and the lower section ; the inner wall comprising, within the upper section , an inlet for receiving the stomal output into the cavity; the waisted section having a left-hand edge that is smoothly rounded and a right-hand edge that is smoothly rounded, and that both the left-hand edge and the right-hand edge smoothly blend, respectively, into left-hand edges and right-hand edges of the upper section and the lower section ; the ostomy appliance the upper section having a maximum width (A) that is greater than a maximum width (B) of the lower section ; the waisted section having a minimum width (C) that is less than the maximum width (B) of the lower section .
A method comprising: receiving two or more overlapping images depicting a landscape underneath an airborne unmanned aerial vehicle, UAV, ; generating, based on the two or more overlapping images, a depth map for the landscape ; identifying, based on the depth map , regions of the landscape having a depth variance below a threshold value; determining, for each of the regions of the landscape having a depth variance below the threshold value, a landing zone quality score indicative of the depth variance and a semantic type of the region of the landscape; identifying, based on the landing zone quality scores, a suitable location for landing the UAV; and causing the UAV to automatically navigate toward and land on the suitable location, characterized in that generating the depth map comprises: predicting, based on a first pose of the UAV , a first image of the two or more overlapping images captured at the first pose of the UAV, and a second image of the two or more overlapping images, a second pose of the UAV; and determining, based on the first pose, the first image, the second pose, and the second image, a depth of the landscape depicted in the first image. receiving two or more overlapping images depicting a landscape underneath an airborne unmanned aerial vehicle, UAV, ; generating, based on the two or more overlapping images, a depth map for the landscape ; identifying, based on the depth map , regions of the landscape having a depth variance below a threshold value; determining, for each of the regions of the landscape having a depth variance below the threshold value, a landing zone quality score indicative of the depth variance and a semantic type of the region of the landscape; identifying, based on the landing zone quality scores, a suitable location for landing the UAV; and causing the UAV to automatically navigate toward and land on the suitable location, characterized in that generating the depth map comprises: predicting, based on a first pose of the UAV , a first image of the two or more overlapping images captured at the first pose of the UAV, and a second image of the two or more overlapping images, a second pose of the UAV; and determining, based on the first pose, the first image, the second pose, and the second image, a depth of the landscape depicted in the first image. predicting, based on a first pose of the UAV , a first image of the two or more overlapping images captured at the first pose of the UAV, and a second image of the two or more overlapping images, a second pose of the UAV; and determining, based on the first pose, the first image, the second pose, and the second image, a depth of the landscape depicted in the first image.