mhurhangee/patent-ind-claim-en huggingface dataset:
A method of manufacturing a vane arrangement for a gas turbine engine , the method comprising: providing an aerofoil having a hollow cavity with an open end; providing a support member having a stub ; welding the aerofoil to the stub; wherein the stub is hollow with a cover extending across the stub at a position adjacent to where the aerofoil is welded to the stub, and wherein the cover includes a protrusion that is received in the cavity of the aerofoil for locating the aerofoil relative to the stub; and removing material from the stub so as to define a hollow region that extends through the support member and stub to the cavity of the aerofoil. providing an aerofoil having a hollow cavity with an open end; providing a support member having a stub ; welding the aerofoil to the stub; wherein the stub is hollow with a cover extending across the stub at a position adjacent to where the aerofoil is welded to the stub, and wherein the cover includes a protrusion that is received in the cavity of the aerofoil for locating the aerofoil relative to the stub; and removing material from the stub so as to define a hollow region that extends through the support member and stub to the cavity of the aerofoil.
A method for determining the presence or expression level of a transcript resulting from exon skipping, the method comprising: a step of preparing a transcript from a sample derived from a subject; a step of preparing cDNA from the transcript; a step of concentrating target cDNA hybridized to a capture probe set; a step of subjecting the concentrated target cDNA to sequencing by massively parallel sequencing; and a step of determining the presence or expression level of a transcript resulting from exon skipping; wherein the transcript comprises exon A' on the 5' side and exon B' on the 3' side linked to each other at a potential junction point, the capture probe set comprises at least two different capture probes that hybridize to a region derived from either exon A' or B' of cDNA prepared from the transcript, and z ≥ x + y is met, wherein x represents the minimum nucleotide length from an end of each of the capture probes hybridized to the cDNA to the potential junction point, y represents the nucleotide length of the region of each of the capture probes hybridized to cDNA, and z represents the length of a read of massively parallel sequencing. a step of preparing a transcript from a sample derived from a subject; a step of preparing cDNA from the transcript; a step of concentrating target cDNA hybridized to a capture probe set; a step of subjecting the concentrated target cDNA to sequencing by massively parallel sequencing; and a step of determining the presence or expression level of a transcript resulting from exon skipping; wherein the transcript comprises exon A' on the 5' side and exon B' on the 3' side linked to each other at a potential junction point, the capture probe set comprises at least two different capture probes that hybridize to a region derived from either exon A' or B' of cDNA prepared from the transcript, and z ≥ x + y is met, wherein x represents the minimum nucleotide length from an end of each of the capture probes hybridized to the cDNA to the potential junction point, y represents the nucleotide length of the region of each of the capture probes hybridized to cDNA, and z represents the length of a read of massively parallel sequencing.
A tissue composition characterized in that it comprises: - at least 50%, preferably at least 55%, preferably at least 60% of polymer thread comprising at least 1% of ceramic nanoparticles relative to the total mass of the thread, said ceramic nanoparticles being selected from nanoparticles of manganese dioxide, alumina, cobalt III oxide, iron III oxide and titanium dioxide or a mixture of at least two thereof; - polymer thread in which at least 100 ppm of silver ions are integrated. - at least 50%, preferably at least 55%, preferably at least 60% of polymer thread comprising at least 1% of ceramic nanoparticles relative to the total mass of the thread, said ceramic nanoparticles being selected from nanoparticles of manganese dioxide, alumina, cobalt III oxide, iron III oxide and titanium dioxide or a mixture of at least two thereof; - polymer thread in which at least 100 ppm of silver ions are integrated.
A packaging machine comprising: a vertical sealing unit that is provided so as to be retractable from a vertical sealing position for a tubular film; a movable cover that covers a heated part of the vertical sealing unit ; and a linkage mechanism that transmits the retracting movement of the vertical sealing unit to the cover to thereby cause the cover to move from a position in which it exposes the heated part to a position in which it covers the heated part . a vertical sealing unit that is provided so as to be retractable from a vertical sealing position for a tubular film; a movable cover that covers a heated part of the vertical sealing unit ; and a linkage mechanism that transmits the retracting movement of the vertical sealing unit to the cover to thereby cause the cover to move from a position in which it exposes the heated part to a position in which it covers the heated part .
An antisense oligonucleotide for use in treating, inhibiting, and/or preventing cholestasis in a subject, wherein said antisense oligonucleotide specifically hybridizes with miR-27a or miR-182.
A wireless communication system having a base station communicating with a terminal using a plurality of frequency bands simultaneously, the wireless communication system comprising: assignment means for assigning a plurality of wireless resources respectively in the plurality of frequency bands to the terminal based on a bandwidth in which the terminal is able to communicate, the bandwidth representing a terminal performance, and for assigning the terminal to a terminal group with the assigned wireless resources; notification means for notifying the terminal of a result of the assigning the plurality of wireless resources; and communication means for enabling the base station to communicate with the terminal using the assigned wireless resources simultaneously. assignment means for assigning a plurality of wireless resources respectively in the plurality of frequency bands to the terminal based on a bandwidth in which the terminal is able to communicate, the bandwidth representing a terminal performance, and for assigning the terminal to a terminal group with the assigned wireless resources; notification means for notifying the terminal of a result of the assigning the plurality of wireless resources; and communication means for enabling the base station to communicate with the terminal using the assigned wireless resources simultaneously.
A convertible bag comprising: a handle ; and two retractable straps which are extendable and retractable through an aperture, or apertures , in the convertible bag; wherein each retractable strap is extendable from the bag and releasably attachable to the handle, so as to convert the convertible bag from a handbag configuration in which the bag may be carried using the handle, to a backpack configuration in which the bag may be carried using backpack straps formed from the handle and the retractable straps, wherein each retractable strap is releasable from the handle and retractable, so as to convert the convertible bag from the backpack configuration to the handbag configuration, and wherein the handle comprises two handle portions , wherein in the handbag configuration the two handle portions are releasably attached to each other to form said handle, and wherein in the backpack configuration each of the handle portions is releasably attached to the corresponding retractable straps to form the backpack straps. a handle ; and two retractable straps which are extendable and retractable through an aperture, or apertures , in the convertible bag; wherein each retractable strap is extendable from the bag and releasably attachable to the handle, so as to convert the convertible bag from a handbag configuration in which the bag may be carried using the handle, to a backpack configuration in which the bag may be carried using backpack straps formed from the handle and the retractable straps, wherein each retractable strap is releasable from the handle and retractable, so as to convert the convertible bag from the backpack configuration to the handbag configuration, and wherein the handle comprises two handle portions , wherein in the handbag configuration the two handle portions are releasably attached to each other to form said handle, and wherein in the backpack configuration each of the handle portions is releasably attached to the corresponding retractable straps to form the backpack straps.
A flow base system for subsea wells comprising a template structure with a header pipe and a number of flow base structures , each flow base structure comprising a XT interface connectable to a XT and wellhead, a set of flow base structures being arranged on each side of the header pipe , each flow base structure being connected to the header pipe via individual branch pipes wherein an isolation valve on each branch pipe is controllable for opening the branch pipe for flow of production fluid into the header pipe , and the flow base structures being fixed to the well template structure , characterized in that the piping of the flow base system is permanent and not removable and the isolation valves of the system are removable. each flow base structure comprising a XT interface connectable to a XT and wellhead, a set of flow base structures being arranged on each side of the header pipe , each flow base structure being connected to the header pipe via individual branch pipes wherein an isolation valve on each branch pipe is controllable for opening the branch pipe for flow of production fluid into the header pipe , and the flow base structures being fixed to the well template structure , characterized in that the piping of the flow base system is permanent and not removable and the isolation valves of the system are removable.
Assembly defined by an EGR system of an internal combustion engine and by an after treatment system (ATS), the ATS comprising at least one first component (DOC, DPF, SCR) suitable to reduce/eliminate pollutants contained in exhaust gas of said combustion engine, the EGR system comprising an EGR pipe (EGRP) suitable to connect a point of an exhaust line (EP) with a point of an inlet line (IP) of said internal combustion engine, wherein, the EGR pipe is shaped as a canning (CN) defining a chamber (CH) enveloping said at least one first ATS component; wherein said at least one first ATS component comprises - an inlet opening (IN) suitable to receive a flow (F) of combustion engine exhaust gas, - an outlet opening (OUT) to transfer at least a portion of said flow; and wherein said canning comprises an external opening (OUTO) suitable to be connected to said inlet line (IP); characterized in that said at least one first ATS component further comprises an internal opening (INO) communicating with said chamber (CH) to transfer a remaining portion (F') of said flow to said chamber; and in that said outlet opening (OUT) is operatively arranged to transfer said portion of said flow to a second ATS component and/or to a muffler. - an inlet opening (IN) suitable to receive a flow (F) of combustion engine exhaust gas, - an outlet opening (OUT) to transfer at least a portion of said flow; and wherein said canning comprises an external opening (OUTO) suitable to be connected to said inlet line (IP); characterized in that said at least one first ATS component further comprises an internal opening (INO) communicating with said chamber (CH) to transfer a remaining portion (F') of said flow to said chamber; and in that said outlet opening (OUT) is operatively arranged to transfer said portion of said flow to a second ATS component and/or to a muffler.
A method for inspecting a spark plug comprising the steps of: providing a tubular insulator having an axial hole extending in a direction of an axis (CL1), a center electrode inserted into the axial hole at a front end side thereof, a tubular metallic shell disposed around the insulator , an annular space defined by an outer circumferential surface of the insulator and an inner circumferential surface of the metallic shell and opened frontward; inspecting insulation performance of the insulator based on whether dielectric breakdown is caused in the insulator when a voltage is applied to the center electrode ; characterized by the method further comprising the steps of: photographing an area to obtain an image, said area including at least the center electrode , the insulator , and the annular space from a front end side in the direction of the axis (CL1) when the voltage is applied to the center electrode ; and determining whether the dielectric breakdown of the insulator has occurred based on the photographed image. providing a tubular insulator having an axial hole extending in a direction of an axis (CL1), a center electrode inserted into the axial hole at a front end side thereof, a tubular metallic shell disposed around the insulator , an annular space defined by an outer circumferential surface of the insulator and an inner circumferential surface of the metallic shell and opened frontward; inspecting insulation performance of the insulator based on whether dielectric breakdown is caused in the insulator when a voltage is applied to the center electrode ; photographing an area to obtain an image, said area including at least the center electrode , the insulator , and the annular space from a front end side in the direction of the axis (CL1) when the voltage is applied to the center electrode ; and determining whether the dielectric breakdown of the insulator has occurred based on the photographed image.
Process for depositing nanoparticles of silver or of a silver alloy, dispersed on a substrate by chemical vapour deposition (CVD), from one or more organometallic precursors comprising at least one organometallic precursor of silver, in which the deposition is carried out in the presence of a gas comprising more than 50 vol% of a reactive oxidizing gas.
A master evolved node B, MeNB, operable to communicate data to a user equipment, UE, the MeNB having circuitry configured to: identify effective data rates for the UE , the effective data rates including an effective data rate for an MeNB link between the UE and the MeNB and an effective data rate for a secondary evolved node B, SeNB, link between the UE and the SeNB , wherein the effective data rates indicate an average transfer rate of data over a period of time; determine a downlink split ratio for bearers of the MeNB and the SeNB to the UE based in part on the effective data rate for the MeNB link, the effective data rate for the SeNB link, a data capacity of a link between the MeNB and the SeNB , and an Internet protocol, IP, data rate at a packet data convergence protocol, PDCP, layer of the MeNB ; send a first portion of data from the MeNB to the UE according to the downlink split ratio; and send a remaining portion of data from the MeNB to the UE via the SeNB according to the downlink split ratio, wherein the UE supports dual connectivity with the MeNB and the SeNB . identify effective data rates for the UE , the effective data rates including an effective data rate for an MeNB link between the UE and the MeNB and an effective data rate for a secondary evolved node B, SeNB, link between the UE and the SeNB , wherein the effective data rates indicate an average transfer rate of data over a period of time; determine a downlink split ratio for bearers of the MeNB and the SeNB to the UE based in part on the effective data rate for the MeNB link, the effective data rate for the SeNB link, a data capacity of a link between the MeNB and the SeNB , and an Internet protocol, IP, data rate at a packet data convergence protocol, PDCP, layer of the MeNB ; send a first portion of data from the MeNB to the UE according to the downlink split ratio; and send a remaining portion of data from the MeNB to the UE via the SeNB according to the downlink split ratio, wherein the UE supports dual connectivity with the MeNB and the SeNB .
A work vehicle, being an articulated type in which a front frame and a rear frame are linked, said work vehicle comprising: a joystick lever configured to change a steering angle (θs) of the front frame with respect to the rear frame by operation by an operator; a force imparting component configured to impart an assist force or a counterforce to operation of the joystick lever by the operator; a speed sensor configured to sense speed of the work vehicle ; and a controller configured to control the force imparting component so as to impart the assist force or the counterforce according to the speed sensed by the speed sensor , wherein the controller is configured to control the force imparting component so that the higher is the speed sensed by the speed sensor , the more the operating force required to operate the joystick lever is increased, characterized in that the controller is configured to: impart the counterforce when the speed sensed by the speed sensor is at or above a specific preset speed, and control the force imparting component so as to impart the assist force when the speed sensed by the speed sensor is less than the specific speed. a joystick lever configured to change a steering angle (θs) of the front frame with respect to the rear frame by operation by an operator; a force imparting component configured to impart an assist force or a counterforce to operation of the joystick lever by the operator; a speed sensor configured to sense speed of the work vehicle ; and a controller configured to control the force imparting component so as to impart the assist force or the counterforce according to the speed sensed by the speed sensor , wherein the controller is configured to control the force imparting component so that the higher is the speed sensed by the speed sensor , the more the operating force required to operate the joystick lever is increased, characterized in that the controller is configured to: impart the counterforce when the speed sensed by the speed sensor is at or above a specific preset speed, and control the force imparting component so as to impart the assist force when the speed sensed by the speed sensor is less than the specific speed. impart the counterforce when the speed sensed by the speed sensor is at or above a specific preset speed, and control the force imparting component so as to impart the assist force when the speed sensed by the speed sensor is less than the specific speed.
An energy recovery system for an air handling unit comprising: an energy recovery wheel configured to rotate about a first axis , a motor , and a drive wheel coupled to the motor for rotation about a second axis that is offset from the first axis and the energy recovery wheel and having an outer surface engaged directly with an outer surface of the energy recovery wheel , characterized by an actuator mount configured to support the motor relative to the energy recovery wheel , the actuator mount including a motor mount coupled to the motor and a stationary mount coupled to the air handling unit in a fixed position and configured to support the motor mount for pivotable movement about an actuator pivot axis so that the drive wheel is pivotable into contact with the outer surface of the energy recovery wheel . an energy recovery wheel configured to rotate about a first axis , a motor , and a drive wheel coupled to the motor for rotation about a second axis that is offset from the first axis and the energy recovery wheel and having an outer surface engaged directly with an outer surface of the energy recovery wheel , characterized by an actuator mount configured to support the motor relative to the energy recovery wheel , the actuator mount including a motor mount coupled to the motor and a stationary mount coupled to the air handling unit in a fixed position and configured to support the motor mount for pivotable movement about an actuator pivot axis so that the drive wheel is pivotable into contact with the outer surface of the energy recovery wheel .
- An automatic reloading device for a weapon mounted on a weapon support and intended to be fed with ammunition (M) by two ammunition magazines that are carried by the weapon support and that each have a collection area having a longitudinal axis (A2) along which, in use, a piece of ammunition (M) to be loaded extends, the collection areas being symmetric on either side of a vertical plane of symmetry passing through the axis (A1) of the weapon , the device including first and second ammunition conveyors (3, 4; 3', 4'), each movable between a collection position, in which it is able to collect a piece of ammunition (M) from a collection area of a respective one of the two ammunition magazines , and a ready-to-load position, in which it is able to load said piece of ammunition (M) into a breech of the weapon , the device further including drive means for moving the first and second ammunition conveyors (3, 4; 3', 4') between the collection and ready-to-load positions in such a way as to ensure alternating feeding of the weapon by the first and second ammunition conveyors (3, 4; 3', 4'), the latter following trajectories that are symmetric with respect to said plane of symmetry, the movements of the first and second ammunition conveyors (3, 4; 3', 4') from the collection position to the ready-to-load position, and vice versa, being identical, except for the symmetry, the device being characterized in that the drive means include a single actuator (5; 5'), intended to be secured to the weapon support and able to output an alternating motion, and movement means for transmitting the alternating motion to the first and second ammunition conveyors (3, 4; 3', 4') and converting it into movements of the first and second ammunition conveyors (3, 4; 3', 4') for an alternating feeding of the weapon .