mhurhangee/patent-ind-claim-en huggingface dataset:
A stent graft assembly , comprising: a stent structure comprising a luminal surface and an abluminal surface and having at least a first radial opening and a second radial opening, said first and second radial openings extending through said stent structure between said luminal surface and said abluminal surface, wherein said first and second radial openings are spaced apart along a first direction; a first graft layer having a first thickness disposed along and covering said luminal surface of said stent structure; a second graft layer having a second thickness disposed along and covering a portion of said abluminal surface of said stent structure; one or more dimples formed in the first graft layer and the second graft layer positioned with respect to the stent structure to form a dimple zone of localized plastically deformed material, wherein the dimple zone of localized plastically deformed material is selected to accommodate localized stretching of the first and second graft layer when the stent structure is crimped into a stowed configuration. a stent structure comprising a luminal surface and an abluminal surface and having at least a first radial opening and a second radial opening, said first and second radial openings extending through said stent structure between said luminal surface and said abluminal surface, wherein said first and second radial openings are spaced apart along a first direction; a first graft layer having a first thickness disposed along and covering said luminal surface of said stent structure; a second graft layer having a second thickness disposed along and covering a portion of said abluminal surface of said stent structure; one or more dimples formed in the first graft layer and the second graft layer positioned with respect to the stent structure to form a dimple zone of localized plastically deformed material, wherein the dimple zone of localized plastically deformed material is selected to accommodate localized stretching of the first and second graft layer when the stent structure is crimped into a stowed configuration.
A display device comprising: a first assembly electrode and a second assembly electrode spaced apart and disposed on a substrate ; a first insulating layer disposed on the first assembly electrode and the second assembly electrode; an assembly barrier wall including a predetermined assembly hole and disposed on the first insulating layer; a semiconductor light emitting device disposed in the predetermined assembly hole, and including a first conductivity type semiconductor layer , a second conductivity type semiconductor layer , and an active layer ; a side electrode electrically connected to a first side surface of the semiconductor light emitting device; a second panel electrode electrically connected to the second conductivity-type semiconductor layer; a second insulating layer disposed in the predetermined assembly hole, wherein the second insulating layer is configured to fix a side surface of the semiconductor light emitting device; a third insulating layer disposed on a second side surface of the semiconductor light emitting device and the side electrode; and a fourth insulating layer disposed on a third side surface of the semiconductor light emitting device and the third insulating layer. a first assembly electrode and a second assembly electrode spaced apart and disposed on a substrate ; a first insulating layer disposed on the first assembly electrode and the second assembly electrode; an assembly barrier wall including a predetermined assembly hole and disposed on the first insulating layer; a semiconductor light emitting device disposed in the predetermined assembly hole, and including a first conductivity type semiconductor layer , a second conductivity type semiconductor layer , and an active layer ; a side electrode electrically connected to a first side surface of the semiconductor light emitting device; a second panel electrode electrically connected to the second conductivity-type semiconductor layer; a second insulating layer disposed in the predetermined assembly hole, wherein the second insulating layer is configured to fix a side surface of the semiconductor light emitting device; a third insulating layer disposed on a second side surface of the semiconductor light emitting device and the side electrode; and a fourth insulating layer disposed on a third side surface of the semiconductor light emitting device and the third insulating layer.
An aggregate spreading device comprising: a hopper supported by a support frame ; a conveyor system disposed below the hopper ; a spreader system extending from at least one side of the support frame and configured to receive aggregate from the conveyor system ;and a lift actuator configured to adjust a vertical placement of the spreader system . a hopper supported by a support frame ; a conveyor system disposed below the hopper ; a spreader system extending from at least one side of the support frame and configured to receive aggregate from the conveyor system ;and a lift actuator configured to adjust a vertical placement of the spreader system .
A method for producing an aluminum alloy-based composite material comprising a ceramic powder being a reinforcement material composited in an aluminum alloy, the method comprising: a filling step of filling the ceramic powder into a porous container formed of a porous material, and tightly closing the porous container with a lid part; a step of placing the porous container in a mold, and pouring a melt of the aluminum alloy into the mold; and an impregnation step of applying pressure to the melt in the mold, thereby impregnating the ceramic powder inside the porous container with the melt through the porous container, wherein the ceramic powder is a powder of aluminum borate, or a mixed powder of aluminum borate and silicon carbide. a filling step of filling the ceramic powder into a porous container formed of a porous material, and tightly closing the porous container with a lid part; a step of placing the porous container in a mold, and pouring a melt of the aluminum alloy into the mold; and an impregnation step of applying pressure to the melt in the mold, thereby impregnating the ceramic powder inside the porous container with the melt through the porous container, wherein the ceramic powder is a powder of aluminum borate, or a mixed powder of aluminum borate and silicon carbide.
A method of a make before break handover of a user equipment from a source base station to a target base station in wireless communication executed by a user plane function, UPF, the method comprising: receiving a message from one of an access and mobility function, AMF, or a session management function, SMF, wherein in response to receiving the message the method further comprises: bi-casting a downlink data packet unit, PDU, to a source base station and to a target base station with a same sequence number, SN, in a tunnel protocol, wherein the downlink PDU is further transmitted by both the source and the target base station to the user equipment; receiving PDUs from the source base station and the target base station with corresponding PDUs having the same SNs in the tunnel protocol, wherein the PDUs are received by the source and the target base station from the user equipment; and discarding received duplicate PDUs based on the SNs in the tunnel protocol. bi-casting a downlink data packet unit, PDU, to a source base station and to a target base station with a same sequence number, SN, in a tunnel protocol, wherein the downlink PDU is further transmitted by both the source and the target base station to the user equipment; receiving PDUs from the source base station and the target base station with corresponding PDUs having the same SNs in the tunnel protocol, wherein the PDUs are received by the source and the target base station from the user equipment; and discarding received duplicate PDUs based on the SNs in the tunnel protocol.
A torque detection device comprising: magnetic flux collecting rings for collecting a magnetic flux generated by a magnetic circuit forming member provided at a rotating body to which a torque is applied, the magnetic flux collecting rings being located circumferentially of the magnetic circuit forming member ; a detection part for detecting, based on a density of the magnetic flux collected by the magnetic flux collecting rings , the torque applied to the rotating body ; a holding member for holding the magnetic flux collecting rings and the detection part , the holding member having a flange to be attached to an appropriate object ; and a sealing ring for sealing between the flange and the object , the torque detection device characterized in that the holding member has: cutout portions formed at a region thereof close to the flange ; a prevention wall that is continuous with the flange and brought into contact with an inner circumferential face of the sealing ring so as to prevent the displacement of the sealing ring into the cutout portion ; two end faces positioned aside in an axial direction of the holding member ; an approximately semi-cylindrical outer circumferential face ; and two extended outer surfaces extended tangentially from the outer circumferential face , and the cutout portions are provided at the end faces .
A text processing arrangement comprising: a text editing interface comprising a driver text display in an automobile passenger compartment positioned directly in front of an automobile driver for displaying a limited amount of text to the driver without impairing forward visual attention of the driver, the text editing interface arranged to present on the driver text display a text segment comprising a sequence of text items separated by text boundaries and an active position where new text is inserted, each text boundary comprising a boundary between adjacent text items, wherein the active position consists of either an active text boundary or an active text item; wherein when the active position is an active text boundary, new text is inserted between the text items separated by the active text boundary; and wherein when the active position is an active text item, new text replaces the active text item. a text editing interface comprising a driver text display in an automobile passenger compartment positioned directly in front of an automobile driver for displaying a limited amount of text to the driver without impairing forward visual attention of the driver, the text editing interface arranged to present on the driver text display a text segment comprising a sequence of text items separated by text boundaries and an active position where new text is inserted, each text boundary comprising a boundary between adjacent text items, wherein the active position consists of either an active text boundary or an active text item; wherein when the active position is an active text boundary, new text is inserted between the text items separated by the active text boundary; and wherein when the active position is an active text item, new text replaces the active text item.
A device for evaporating liquid fuel, comprising: a shell ; means for supplying heat to the shell ; a porous wick located in the shell so that there is a gap between an outer surface side of the porous wick and an inner surface of the shell ; means for supplying liquid fuel to the porous wick ; and an outlet in the shell for vapour produced in the gap by the application of heat from the shell to the liquid fuel in the wick , characterised in that the wick includes a primary porous wick facing the inner surface of the shell , and a secondary porous wick located within the primary porous wick , the external diameter of the secondary porous wick being almost identical to the internal diameter of the primary porous wick , the liquid fuel being supplied to the secondary porous wick , then from the secondary porous wick into the primary porous wick , so that the vapour is produced in the gap by the application of heat from the shell to the liquid fuel in the primary porous wick . a shell ; means for supplying heat to the shell ; a porous wick located in the shell so that there is a gap between an outer surface side of the porous wick and an inner surface of the shell ; means for supplying liquid fuel to the porous wick ; and an outlet in the shell for vapour produced in the gap by the application of heat from the shell to the liquid fuel in the wick , characterised in that the wick includes a primary porous wick facing the inner surface of the shell , and a secondary porous wick located within the primary porous wick , the external diameter of the secondary porous wick being almost identical to the internal diameter of the primary porous wick , the liquid fuel being supplied to the secondary porous wick , then from the secondary porous wick into the primary porous wick , so that the vapour is produced in the gap by the application of heat from the shell to the liquid fuel in the primary porous wick .
Engine enclosure, characterized in that said enclosure is flexible and contains one or more component parts made of a single-layered rubber mixture, wherein the rubber mixture contains at least one silicone rubber as the sole rubber component and hollow microspheres and wherein the rubber mixture is fully vulcanized.
An image forming method to form an image with a liquid developer comprising a colorant and a cationic polymerizable monomer having a C-H bond, wherein the image forming method comprises: a step of irradiating a recording medium , on which the liquid developer is placed, with far-infrared light, and irradiating the liquid developer with ultraviolet light after irradiation with the far-infrared light to thereby fix the liquid developer to the recording medium, wherein when a peak wavelength due to the C-H bond in a far-infrared absorption spectrum of the cationic polymerizable monomer is defined as λ1 and a half-value wavelength at which a spectral radiant energy density of the far-infrared light is 50%, when two of such half-value wavelengths are present, a half-value wavelength at a longer wavelength, is defined as λ2, the peak wavelength λ1 is located at a shorter wavelength than the half-value wavelength λ2, and a wavelength distribution of the far-infrared light overlaps an absorption wavelength distribution of the cationic polymerizable monomer, wherein the liquid developer comprises: the cationic polymerizable monomer, a photopolymerization initiator, and a toner particle that comprises the colorant and that is insoluble in the cationic polymerizable monomer, and wherein the cationic polymerizable monomer is a vinyl ether compound containing vinyl ether group, and the photopolymerization initiator is a compound represented by the following formula : the image forming method comprises: a step of irradiating a recording medium , on which the liquid developer is placed, with far-infrared light, and irradiating the liquid developer with ultraviolet light after irradiation with the far-infrared light to thereby fix the liquid developer to the recording medium, wherein when a peak wavelength due to the C-H bond in a far-infrared absorption spectrum of the cationic polymerizable monomer is defined as λ1 and a half-value wavelength at which a spectral radiant energy density of the far-infrared light is 50%, when two of such half-value wavelengths are present, a half-value wavelength at a longer wavelength, is defined as λ2, the peak wavelength λ1 is located at a shorter wavelength than the half-value wavelength λ2, and a wavelength distribution of the far-infrared light overlaps an absorption wavelength distribution of the cationic polymerizable monomer, wherein the cationic polymerizable monomer, a photopolymerization initiator, and a toner particle that comprises the colorant and that is insoluble in the cationic polymerizable monomer, and wherein
A leadless cardiac pacemaker (LCP) configured to pace a patient's heart, the LCP disposable within a chamber of the patient's heart, the LCP comprising: a housing ; a plurality of electrodes secured relative to the housing ; two or more inductive coils secured relative to the housing , wherein each of the two or more inductive coils includes a plurality of windings extending about a central axis, wherein the central axis of one of the two or more inductive coils is not parallel with the central axis of another one of the two or more inductive coils ; a controller disposed within the housing and operably coupled to the plurality of electrodes and the two or more inductive coils , the controller configured to sense cardiac electrical activity of the patient's heart via two or more of the electrodes and to generate and deliver pacing pulses via two or more of the electrodes ; and the controller is configured to communicate with one or more remotely located devices using: conducted communication via two or more of the electrodes ; and inductive communication via one or more of the two or more inductive coils . a housing ; a plurality of electrodes secured relative to the housing ; two or more inductive coils secured relative to the housing , wherein each of the two or more inductive coils includes a plurality of windings extending about a central axis, wherein the central axis of one of the two or more inductive coils is not parallel with the central axis of another one of the two or more inductive coils ; a controller disposed within the housing and operably coupled to the plurality of electrodes and the two or more inductive coils , the controller configured to sense cardiac electrical activity of the patient's heart via two or more of the electrodes and to generate and deliver pacing pulses via two or more of the electrodes ; and the controller is configured to communicate with one or more remotely located devices using: conducted communication via two or more of the electrodes ; and inductive communication via one or more of the two or more inductive coils . conducted communication via two or more of the electrodes ; and inductive communication via one or more of the two or more inductive coils .
A method for actuating a parking brake system of a vehicle comprising at least three brake calipers associated with one or more axles of the vehicle , comprising the following steps: - providing at least one device for detecting the vehicle status; - acquiring a value (R) of the vehicle status, or detected value (R), with said detection device ; - comparing the detected value (R) with a reference value (Rref) of the vehicle status, or reference value (Rref), and proceeding alternatively with one of the following options: - if the detected value (R) is less than the reference value (Rref), actuate two brake calipers of the at least three brake calipers ; or - if the detected value (R) is equal to or greater than the reference value (Rref), actuate all the at least three brake calipers ; characterized in that - said at least three brake calipers are associated with the same axle of the vehicle. - providing at least one device for detecting the vehicle status; - acquiring a value (R) of the vehicle status, or detected value (R), with said detection device ; - comparing the detected value (R) with a reference value (Rref) of the vehicle status, or reference value (Rref), and proceeding alternatively with one of the following options: - if the detected value (R) is less than the reference value (Rref), actuate two brake calipers of the at least three brake calipers ; or - if the detected value (R) is equal to or greater than the reference value (Rref), actuate all the at least three brake calipers ; characterized in that - said at least three brake calipers are associated with the same axle of the vehicle. - if the detected value (R) is less than the reference value (Rref), actuate two brake calipers of the at least three brake calipers ; or - if the detected value (R) is equal to or greater than the reference value (Rref), actuate all the at least three brake calipers ; characterized in that - said at least three brake calipers are associated with the same axle of the vehicle.
A process for preparing an aromatic isocyanate by direct carbonylation of a nitro aromatic compound by reacting the nitro aromatic compound with carbon monoxide in the presence of a catalyst, characterized in that the catalyst contains a multi metallic material comprising one or more binary intermetallic phases of the general formula A x B y wherein: A is Rh, B is one or more element selected from Sn, Sb and Pb, x is in the range 0,1 - 10, y is in the range 0,1 - 10. A is Rh, B is one or more element selected from Sn, Sb and Pb, x is in the range 0,1 - 10, y is in the range 0,1 - 10.
A method of processing data for performing a convolution operation on input data having one or more input channels, the method being performed by a processor including a logic circuit for the convolution operation, the logic circuit comprising an operator having a number of operator channels, wherein the method comprises: manipulating the input data , based on a comparison of the number of input channels of the input data with the number of operator channels, to generate manipulated data , wherein manipulating the input data includes adding at least one input channel to the input data based on the comparison result such that no idle operator channel exists; rearranging the manipulated data based on sparsity of the manipulated data to generate rearranged data ; and processing the rearranged data to generate output data. manipulating the input data , based on a comparison of the number of input channels of the input data with the number of operator channels, to generate manipulated data , wherein manipulating the input data includes adding at least one input channel to the input data based on the comparison result such that no idle operator channel exists; rearranging the manipulated data based on sparsity of the manipulated data to generate rearranged data ; and processing the rearranged data to generate output data.
An antitheft device (1; 100) for a steering column of a motor vehicle including: - a body (3; 103; 104) intended to be fastened on the steering column ; - several fastening means (10; 110) configured to fasten said body (3; 103; 104) on the steering column ; - several protective means (20; 120) each surrounding each fastening means (10; 110) and being adapted to prevent the removal of said fastening means (10; 110) when the body (3; 103; 104) is mounted on the steering column , each protective means (20; 120) including an annular portion (21; 121) surrounding each fastening means (10; 110), the height of the annular portion (21; 121) being larger than the height of the projecting portion of the fastening means (10; 110) when these fasten the body (3; 103; 104) and the steering column . - a body (3; 103; 104) intended to be fastened on the steering column ; - several fastening means (10; 110) configured to fasten said body (3; 103; 104) on the steering column ; - several protective means (20; 120) each surrounding each fastening means (10; 110) and being adapted to prevent the removal of said fastening means (10; 110) when the body (3; 103; 104) is mounted on the steering column , each protective means (20; 120) including an annular portion (21; 121) surrounding each fastening means (10; 110), the height of the annular portion (21; 121) being larger than the height of the projecting portion of the fastening means (10; 110) when these fasten the body (3; 103; 104) and the steering column .