mhurhangee/patent-ind-claim-en huggingface dataset:
A frame structure adapted for use with a stent graft, the frame structure comprising: a scallop region having a first end portion , a second end portion , and a perimeter that defines an aperture , wherein a lumen extends between the first and second end portions; and a Z-form region extending from the scallop region and comprising a plurality of Z-shaped struts , each of which has a first end and a second end that is connected to the scallop region at different points so as to form a central frame structure lumen; wherein the second end portion of the scallop region includes a backstop that is deployable from a first flattened configuration to a second erect configuration; wherein the backstop , in the second erect configuration, is sized and dimensioned to extend into a lumen of an aortic arch branch vessel, the aperture being sized and dimensioned so that the central frame structure lumen is in fluid communication with the lumen of each of the aortic arch branch vessels when the frame structure is implanted in a subject. a scallop region having a first end portion , a second end portion , and a perimeter that defines an aperture , wherein a lumen extends between the first and second end portions; and a Z-form region extending from the scallop region and comprising a plurality of Z-shaped struts , each of which has a first end and a second end that is connected to the scallop region at different points so as to form a central frame structure lumen; wherein the second end portion of the scallop region includes a backstop that is deployable from a first flattened configuration to a second erect configuration; wherein the backstop , in the second erect configuration, is sized and dimensioned to extend into a lumen of an aortic arch branch vessel, the aperture being sized and dimensioned so that the central frame structure lumen is in fluid communication with the lumen of each of the aortic arch branch vessels when the frame structure is implanted in a subject.
A heat sink comprising a substantially planar solid slab , provided with a plurality of fluid flow channels, said plurality of fluid flow channels being formed so as to channel a coolant from an inlet to an outlet of said slab, wherein said plurality of channels includes at least two main channels interconnected by at least a plurality of bridging channels (31-34, 36-37) that do not branch out further between their respective points of attachment to said main channels (31-34, 36-37); wherein said bridging channels (31-34, 36-37) have a cross section that locally increases in the direction of flow; and wherein said bridging channels (31-34, 36-37) have a cross section that locally decreases in the direction of flow, downstream of said local increase in cross section.
A blockchain-based data processing method, comprising: calculating (S10) a submission time based on a base time and a submission time interval, wherein the base time comprises at least one of the following: a latest time of submitting false transaction information to a blockchain; or a latest time of submitting actual transaction information to the blockchain; generating (S12) the false transaction information when no actual transaction information to be submitted exists when the submission time arrives, wherein transaction content in the false transaction information comprises at least one of the following: a transaction amount with a value of zero; or blank storage information; performing (S14) privacy protection processing on the transaction content in the false transaction information by using a cryptographic algorithm; and submitting (S16) the false transaction information to the blockchain. calculating (S10) a submission time based on a base time and a submission time interval, wherein the base time comprises at least one of the following: a latest time of submitting false transaction information to a blockchain; or a latest time of submitting actual transaction information to the blockchain; a latest time of submitting false transaction information to a blockchain; or a latest time of submitting actual transaction information to the blockchain; generating (S12) the false transaction information when no actual transaction information to be submitted exists when the submission time arrives, wherein transaction content in the false transaction information comprises at least one of the following: a transaction amount with a value of zero; or blank storage information; a transaction amount with a value of zero; or blank storage information; performing (S14) privacy protection processing on the transaction content in the false transaction information by using a cryptographic algorithm; and submitting (S16) the false transaction information to the blockchain.
A method comprising: obtaining, by an encryption/decryption engine on an Integrated Circuit , IC, of a computing device , at least one plaintext data; marking, by a processor of the IC , a value of a selector bit to indicate whether the at least one plaintext data is to be sent to a memory or to an I/O device ; determining, by the encryption/decryption engine , whether the at least one plaintext data is to be sent to the memory in the computing device or to the Input/Output, I/O, device using the value of the selector bit; applying, by the encryption/decryption engine , when the at least one plaintext data is to be sent to the I/O device , an encryption primitive of a block cipher encryption algorithm to the at least one plaintext data to create output encrypted data, wherein an initialization vector that comprises a random number is applied to the encryption primitive ; storing, by the encryption/decryption engine , when the at least one plaintext data is to be sent to the I/O device , the output encrypted data into a particular address of the memory ; sending, by the processor , when the at least one plaintext data is to be sent to the I/O device , a write request to the I/O device including the particular address of the memory ; and applying, by the encryption/decryption engine , when the at least one plaintext data is to be sent to the memory , the encryption primitive to the at least one plaintext data to create output encrypted data, wherein an initialization vector that comprises a physical address of the at least one plaintext data is applied to the encryption primitive . obtaining, by an encryption/decryption engine on an Integrated Circuit , IC, of a computing device , at least one plaintext data; marking, by a processor of the IC , a value of a selector bit to indicate whether the at least one plaintext data is to be sent to a memory or to an I/O device ; determining, by the encryption/decryption engine , whether the at least one plaintext data is to be sent to the memory in the computing device or to the Input/Output, I/O, device using the value of the selector bit; applying, by the encryption/decryption engine , when the at least one plaintext data is to be sent to the I/O device , an encryption primitive of a block cipher encryption algorithm to the at least one plaintext data to create output encrypted data, wherein an initialization vector that comprises a random number is applied to the encryption primitive ; storing, by the encryption/decryption engine , when the at least one plaintext data is to be sent to the I/O device , the output encrypted data into a particular address of the memory ; sending, by the processor , when the at least one plaintext data is to be sent to the I/O device , a write request to the I/O device including the particular address of the memory ; and applying, by the encryption/decryption engine , when the at least one plaintext data is to be sent to the memory , the encryption primitive to the at least one plaintext data to create output encrypted data, wherein an initialization vector that comprises a physical address of the at least one plaintext data is applied to the encryption primitive .
A passive liquid collecting device comprising: a reservoir including a reservoir exit line ; at least one rigid structure disposed within the reservoir and configured to collect a liquid and direct the liquid to the reservoir exit line; a first porous capillary media supported by the at least one rigid structure; and a vapor-liquid separator in contact with at least one of the at least one rigid structure and the first porous capillary media including: a guide member extending along a guide member axis having a guide inlet and a guide outlet connected by a spiral conduit ; and a second porous capillary media located radially outward from the spiral conduit on an exterior surface of the guide member. a reservoir including a reservoir exit line ; at least one rigid structure disposed within the reservoir and configured to collect a liquid and direct the liquid to the reservoir exit line; a first porous capillary media supported by the at least one rigid structure; and a vapor-liquid separator in contact with at least one of the at least one rigid structure and the first porous capillary media including: a guide member extending along a guide member axis having a guide inlet and a guide outlet connected by a spiral conduit ; and a second porous capillary media located radially outward from the spiral conduit on an exterior surface of the guide member. a guide member extending along a guide member axis having a guide inlet and a guide outlet connected by a spiral conduit ; and a second porous capillary media located radially outward from the spiral conduit on an exterior surface of the guide member.
A method for producing an artificial retina in which an organic dye compound that induces a receptor potential responding to photostimulation is fixed on a polyethylene sheet substrate, comprising a first pretreatment step of treating the substrate with fuming nitric acid; a second pretreatment step, after the first pretreatment step, of treating the substrate with a diamine; a bonding step, after the first and second pretreatment step, of immersing the substrate in a solution containing the organic dye compound to chemically bond the organic dye compound to the substrate; a first washing step of washing with water the substrate to which the organic dye compound has been chemically bonded; and a second washing step, after the first washing step, of washing with an organic solvent the substrate to which the organic dye compound has been chemically bonded, giving an artificial retina in which an elongation at break is 50 % or more, a contact angle of water to the surface of the artificial retina is 90 ° or less, and an absorbance at a wavelength of 400 to 600 nm is 0.2 or more. a first pretreatment step of treating the substrate with fuming nitric acid; a second pretreatment step, after the first pretreatment step, of treating the substrate with a diamine; a bonding step, after the first and second pretreatment step, of immersing the substrate in a solution containing the organic dye compound to chemically bond the organic dye compound to the substrate; a first washing step of washing with water the substrate to which the organic dye compound has been chemically bonded; and a second washing step, after the first washing step, of washing with an organic solvent the substrate to which the organic dye compound has been chemically bonded, giving an artificial retina in which an elongation at break is 50 % or more, a contact angle of water to the surface of the artificial retina is 90 ° or less, and an absorbance at a wavelength of 400 to 600 nm is 0.2 or more.
An apparatus for wireless communication at a user equipment, UE, the apparatus comprising: means for receiving , from a first base station, signaling comprising configuration information for transmission of measurement reports of reference signals from neighboring base stations that are measured at the UE, wherein the UE is an aerial UE and the configuration information indicates parameters associated with aerial measurements of the UE, wherein the aerial parameters include a height of the UE associated with the measurements of the reference signals from the neighboring base stations, and wherein the aerial measurements are configured to be obtained in any of a connected mode or an idle mode or an inactive mode at the UE; means for measuring the reference signals from the neighboring base stations; means for identifying a number of other aerial UEs within a predetermined range of the UE; means for transmitting a measurement report comprising measurements of the reference signals and aerial parameters associated with the measurements; and means for providing an indication of the number of other aerial UEs to the first base station with the measurement report, wherein the measurement report includes newly measured reference signal measurements or previously measured reference signal measurement. means for receiving , from a first base station, signaling comprising configuration information for transmission of measurement reports of reference signals from neighboring base stations that are measured at the UE, wherein the UE is an aerial UE and the configuration information indicates parameters associated with aerial measurements of the UE, wherein the aerial parameters include a height of the UE associated with the measurements of the reference signals from the neighboring base stations, and wherein the aerial measurements are configured to be obtained in any of a connected mode or an idle mode or an inactive mode at the UE; means for measuring the reference signals from the neighboring base stations; means for identifying a number of other aerial UEs within a predetermined range of the UE; means for transmitting a measurement report comprising measurements of the reference signals and aerial parameters associated with the measurements; and means for providing an indication of the number of other aerial UEs to the first base station with the measurement report, wherein the measurement report includes newly measured reference signal measurements or previously measured reference signal measurement.
Bolt connection, comprising - a first component , on which at least one bolt is arranged, - a second component , on which at least one U-shaped receptacle is provided, which is configured to take up the bolt in a receiving position, and - at least one latch , which is supported on the second component adjustably between a retracted position, in which the U-shaped receptacle is released, and a locking position, in which a front end of the latch protrudes into the U-shaped receptacle and holds in the U-shaped receptacle a bolt arranged in the U-shaped receptacle , - wherein provided at a rear end of the latch is a pawl , which is adjustable between a locking position, in which the pawl locks the latch in the locking position, and a release position, in which the latch is adjustable into its retracted position, characterised in that the latch and the pawl are supported in a closed protective housing , from which only the latch protrudes. - a first component , on which at least one bolt is arranged, - a second component , on which at least one U-shaped receptacle is provided, which is configured to take up the bolt in a receiving position, and - at least one latch , which is supported on the second component adjustably between a retracted position, in which the U-shaped receptacle is released, and a locking position, in which a front end of the latch protrudes into the U-shaped receptacle and holds in the U-shaped receptacle a bolt arranged in the U-shaped receptacle , - wherein provided at a rear end of the latch is a pawl , which is adjustable between a locking position, in which the pawl locks the latch in the locking position, and a release position, in which the latch is adjustable into its retracted position,
Monitor with a holding element for a camera-monitor system in a motor vehicle , which monitor can be mounted in the field of vision of a driver of the motor vehicle , characterized in that the monitor is height-adjustable vertically, wherein the monitor in a first state is held vertically relative to the holding element by a force fit between the monitor and the holding element , and the monitor in a second state is displaceably vertically relative to the holding element , wherein, in the second state, the force fit for the holding is interrupted by means of a horizontal displacement of the monitor relative to the holding element .
A catalyst comprising: (a) at least one multimetallic salt comprising: (a) at least two transition metals; and (b) at least one carboxylate; and (b) at least one organic acid, wherein the at least one multimetallic salt to the at least one organic acid weight ratio is in the range of 1: 0.01 - 1:0.5, wherein the at least one organic acid is selected from C 5-10 aryl monocarboxylic acids. (a) at least one multimetallic salt comprising: (a) at least two transition metals; and (b) at least one carboxylate; and (b) at least one organic acid,
A method for micro-fabricating a device out of a substrate , comprising the steps of: providing a cavity having a temporary aperture communicating with the outside; characterized by applying heat to a perimeter of the temporary aperture until melting of the substrate and closing of the temporary aperture . providing a cavity having a temporary aperture communicating with the outside; characterized by applying heat to a perimeter of the temporary aperture until melting of the substrate and closing of the temporary aperture .
An aircraft propulsor comprising: a core engine ; an inner panel ; an outer nacelle comprising a thrust reverser opening and a moveable outer panel ; a bypass flow path disposed between the inner panel and the outer nacelle ; and a blocker door configured to move between a retracted position and a deployed position, wherein the blocker door is configured to direct at least a portion of airflow within the bypass flow path through the thrust reverser opening when in the deployed position, wherein the blocker door comprises: a main door ; and a pressure relief door coupled to the main door and configured to move from a closed position to an open position in response to bypass flow path pressure greater than a threshold pressure, and wherein the main door comprises a main door body and a relief door opening, wherein a perimeter of the relief door opening is surrounded by the main door body, and wherein the pressure relief door is configured to block the relief door opening when in the closed position. a core engine ; an inner panel ; an outer nacelle comprising a thrust reverser opening and a moveable outer panel ; a bypass flow path disposed between the inner panel and the outer nacelle ; and a blocker door configured to move between a retracted position and a deployed position, wherein the blocker door is configured to direct at least a portion of airflow within the bypass flow path through the thrust reverser opening when in the deployed position, wherein the blocker door comprises: a main door ; and a pressure relief door coupled to the main door and configured to move from a closed position to an open position in response to bypass flow path pressure greater than a threshold pressure, and wherein the main door comprises a main door body and a relief door opening, wherein a perimeter of the relief door opening is surrounded by the main door body, and wherein the pressure relief door is configured to block the relief door opening when in the closed position. a main door ; and a pressure relief door coupled to the main door and configured to move from a closed position to an open position in response to bypass flow path pressure greater than a threshold pressure, and wherein the main door comprises a main door body and a relief door opening, wherein a perimeter of the relief door opening is surrounded by the main door body, and wherein the pressure relief door is configured to block the relief door opening when in the closed position.
A catalytic reactor configuration suitable for direct synthesis of ethylene through oxygen-free catalysis of methane, the catalytic reactor configuration at least comprising a preheating section and a reaction section, wherein the reaction section refers to a quartz tube or a silica carbide tube whose inner wall is: (i) directly lattice doped with active components, or (ii) coated with a Si-based material, which Si-based material is lattice-doped by active components to form a dopant thin layer, wherein the active components are metallic elements and/or nonmetallic elements and the quartz tube or the silica carbide tube with the inner wall which is directly doped or doped by coating is called the reaction section; wherein the catalytic reactor configuration includes an inlet section located at the front of the preheating section, a transition section located between the preheating section and the reaction section, and an outlet section located at the rear of the reaction section; and wherein the inlet section, the preheating section, the transition section, the reaction section and the outlet section are respectively manufactured and connected to form the catalytic reactor configuration. wherein the reaction section refers to a quartz tube or a silica carbide tube whose inner wall is: (i) directly lattice doped with active components, or (ii) coated with a Si-based material, which Si-based material is lattice-doped by active components to form a dopant thin layer, wherein the active components are metallic elements and/or nonmetallic elements and the quartz tube or the silica carbide tube with the inner wall which is directly doped or doped by coating is called the reaction section; (i) directly lattice doped with active components, or (ii) coated with a Si-based material, which Si-based material is lattice-doped by active components to form a dopant thin layer, wherein the catalytic reactor configuration includes an inlet section located at the front of the preheating section, a transition section located between the preheating section and the reaction section, and an outlet section located at the rear of the reaction section; and wherein the inlet section, the preheating section, the transition section, the reaction section and the outlet section are respectively manufactured and connected to form the catalytic reactor configuration.
A method for single side texturing of a semiconductor substrate, the method comprising the following sequence of steps: - providing said semiconductor substrate comprising a first surface and a second surface opposite to one another with respect to the substrate , - providing an adhesive masking layer only on the first surface of the substrate , - removing the adhesive masking layer from the first surface of the substrate , wherein removing the adhesive layer from the first surface of the substrate comprises leaving traces of the adhesive layer on the first surface of the substrate so as to form a masking layer with a random pattern on the first surface, - etching the substrate in a polishing solution, wherein etching the substrate in a polishing solution comprises texturing the first surface of the substrate due to the masking effect of the masking layer with said random pattern characterized in that said etching the substrate in said polishing solution comprises polishing the second surface of the substrate at the same time in a single etching step. - providing said semiconductor substrate comprising a first surface and a second surface opposite to one another with respect to the substrate , - providing an adhesive masking layer only on the first surface of the substrate , - removing the adhesive masking layer from the first surface of the substrate , wherein removing the adhesive layer from the first surface of the substrate comprises leaving traces of the adhesive layer on the first surface of the substrate so as to form a masking layer with a random pattern on the first surface, - etching the substrate in a polishing solution, wherein etching the substrate in a polishing solution comprises texturing the first surface of the substrate due to the masking effect of the masking layer with said random pattern