mhurhangee/patent-ind-claim-en huggingface dataset:
An injector comprising: a container including a wall with an interior surface , wherein the wall of the container defines a bore , and the container further comprises a stopper that is moveable along the bore ; a seal assembly including a flexible seal assembly wall and a barrier , the flexible seal assembly wall including an interior surface and an exterior surface , the interior surfaces of the wall and the flexible seal assembly wall defining a closed sterile reservoir to be filled with a medical fluid or drug product and the barrier disposed exterior of the flexible seal assembly wall to define an enclosed space between the flexible seal assembly wall and the barrier ; a fluid delivery system comprising a sterile container needle having a point disposed only through the barrier in a storage state such that the sterile container needle is not in fluid communication with the reservoir , and disposed through the flexible seal assembly wall into the sterile reservoir in a delivery state such that the sterile container needle is in fluid communication with the reservoir , wherein the barrier and the flexible seal assembly wall define the enclosed space in both the storage and delivery state; the sterile container needle attached to a connector , the connector mechanically coupled to the container to secure the sterile container needle to the container with the sterile container needle in the storage state; and an actuator that is adapted to move the sterile container needle from the storage state to the delivery state. a container including a wall with an interior surface , wherein the wall of the container defines a bore , and the container further comprises a stopper that is moveable along the bore ; a seal assembly including a flexible seal assembly wall and a barrier , the flexible seal assembly wall including an interior surface and an exterior surface , the interior surfaces of the wall and the flexible seal assembly wall defining a closed sterile reservoir to be filled with a medical fluid or drug product and the barrier disposed exterior of the flexible seal assembly wall to define an enclosed space between the flexible seal assembly wall and the barrier ; a fluid delivery system comprising a sterile container needle having a point disposed only through the barrier in a storage state such that the sterile container needle is not in fluid communication with the reservoir , and disposed through the flexible seal assembly wall into the sterile reservoir in a delivery state such that the sterile container needle is in fluid communication with the reservoir , wherein the barrier and the flexible seal assembly wall define the enclosed space in both the storage and delivery state; the sterile container needle attached to a connector , the connector mechanically coupled to the container to secure the sterile container needle to the container with the sterile container needle in the storage state; and an actuator that is adapted to move the sterile container needle from the storage state to the delivery state.
A process for preparing a compound of formula (II) comprising (i) providing a mixture comprising formaldehyde and a compound of formula (I) (ii) contacting the mixture provided in (i) with a condensation catalyst comprising a zeolitic material, obtaining a mixture (ii) comprising the compound of formula (II); wherein R 1 , R 2 and R 3 are independently of each other selected from the group consisting of H, optionally substituted C 1 -C 10 alkyl, optionally substituted C 2 -C 10 alkenyl and optionally substituted aryl having from 6 to 12 carbon atoms; wherein the framework structure of the zeolitic material in (ii) comprises Si, O, optionally Al, and a tetravalent element Y other than Si, which is one or more of Sn, Ti, Zr, and Ge, preferably one or more of Sn, Ti and Zr, wherein in the framework structure of the zeolitic material in (ii), the molar ratio AI:Si is in the range of from 0:1 to 0.001:1, and wherein the framework structure of the zeolitic material in (ii) has framework type BEA, MFI, MWW, or a mixed structure thereof. (i) providing a mixture comprising formaldehyde and a compound of formula (I) (ii) contacting the mixture provided in (i) with a condensation catalyst comprising a zeolitic material, obtaining a mixture (ii) comprising the compound of formula (II);
A liquid cannabinoid composition (LCC), said liquid cannabinoid composition (LCC) comprising a vaporizer carrier liquid (VCL), and a tetrahydrocannabinolic compound and/or a cannabidiolic compound, wherein at least 95 percent by weight of said tetrahydrocannabinolic compound and/or cannabidiolic compound is present in acid form.
A rail vehicle brake control device comprising: a plurality of brake controllers at least one of which each bogie or each vehicle of a train includes, wherein each of the brake controllers comprises: a communicator to transmit or receive a communication frame including a synchronization frame, a command acquirer to acquire a drive command including at least one of a braking command indicating deceleration of the train or a powering command indicating acceleration of the train, a timing controller to detect the synchronization frame of the communication frame transmitted or received by the communicator and to output an interrupt signal each time the timing controller detects the synchronization frame; and a start controller to start brake control for adjusting a braking force produced by a brake device in accordance with at least one of deceleration indicated by the braking command included in the drive command most-recently acquired by the command acquirer or acceleration indicated by the powering command included in the most-recently acquired drive command each time the timing controller outputs the interrupt signal. a communicator to transmit or receive a communication frame including a synchronization frame, a command acquirer to acquire a drive command including at least one of a braking command indicating deceleration of the train or a powering command indicating acceleration of the train, a timing controller to detect the synchronization frame of the communication frame transmitted or received by the communicator and to output an interrupt signal each time the timing controller detects the synchronization frame; and a start controller to start brake control for adjusting a braking force produced by a brake device in accordance with at least one of deceleration indicated by the braking command included in the drive command most-recently acquired by the command acquirer or acceleration indicated by the powering command included in the most-recently acquired drive command each time the timing controller outputs the interrupt signal.
A gas circuit breaker that includes a tank filled with an insulating gas, the tank comprising: a stationary electrode that is conductive; a movable electrode configured to be movable along an axis line (A) of the stationary electrode and to be connectable to and separable from the stationary electrode ; a first movable housing configured to be interlocked with the movable electrode and to encircle the axis line (A); a piston configured to form a mechanical puffer chamber (Mp) with the first movable housing ; a second movable housing configured to be interlocked with the movable electrode and to be positioned in series with the first movable housing along the axis line (A); and a nozzle configured to form a first thermal puffer chamber (Tp) with the second movable housing , wherein the first movable housing includes a first suck-out port (Mnu) configured to allow the insulating gas to be taken into the mechanical puffer chamber (Mp) and to allow the insulating gas to be ejected out of the mechanical puffer chamber (Mp), and the nozzle includes an intake port configured to allow the insulating gas to be taken into the first thermal puffer chamber (Tp), and characterised by a squirt hole configured to allow the insulating gas to be squirted out of the first thermal puffer chamber (Tp) toward a position between the stationary electrode and the movable electrode . a stationary electrode that is conductive; a movable electrode configured to be movable along an axis line (A) of the stationary electrode and to be connectable to and separable from the stationary electrode ; a first movable housing configured to be interlocked with the movable electrode and to encircle the axis line (A); a piston configured to form a mechanical puffer chamber (Mp) with the first movable housing ; a second movable housing configured to be interlocked with the movable electrode and to be positioned in series with the first movable housing along the axis line (A); and a nozzle configured to form a first thermal puffer chamber (Tp) with the second movable housing , wherein the first movable housing includes a first suck-out port (Mnu) configured to allow the insulating gas to be taken into the mechanical puffer chamber (Mp) and to allow the insulating gas to be ejected out of the mechanical puffer chamber (Mp), and the nozzle includes an intake port configured to allow the insulating gas to be taken into the first thermal puffer chamber (Tp), and characterised by a squirt hole configured to allow the insulating gas to be squirted out of the first thermal puffer chamber (Tp) toward a position between the stationary electrode and the movable electrode .
A device for controlling movement of a support, the device comprising: a frame comprising a track ; an arm rotatably connected to the frame about a first lateral axis ; a torque element displaced from the first lateral axis in a longitudinal direction perpendicular to the first lateral axis, the torque element being rotatable about a second lateral axis ; and a link connected to the arm and the torque element such that rotation of the arm about the first lateral axis translates the torque element in the longitudinal direction; characterized in that the torque element located in the track such that longitudinal displacement of the torque element relative to the track rotates the torque element, the torque element comprises a first set of teeth (320-1) and a second set of teeth (320-2) laterally offset from one another, each set having a different diameter, the track comprises a first and a second set of laterally offset of complementary teeth (322-1,322-2) arranged to engage respectively with the first set of teeth and the second set of teeth on the torque element, and the torque element having two different gearing ratios depending on the longitudinal position of the torque element in the track , wherein the track is recessed or smooth in the regions without the sets of complementary teeth (322-1, 322-2) to allow the rotation of the torque element 312 to be related to only one pair of the laterally offset teeth (320-1, 320-2) and complementary teeth (322-1, 322-2) at a time. a frame comprising a track ; an arm rotatably connected to the frame about a first lateral axis ; a torque element displaced from the first lateral axis in a longitudinal direction perpendicular to the first lateral axis, the torque element being rotatable about a second lateral axis ; and a link connected to the arm and the torque element such that rotation of the arm about the first lateral axis translates the torque element in the longitudinal direction; characterized in that the torque element located in the track such that longitudinal displacement of the torque element relative to the track rotates the torque element, the torque element comprises a first set of teeth (320-1) and a second set of teeth (320-2) laterally offset from one another, each set having a different diameter, the track comprises a first and a second set of laterally offset of complementary teeth (322-1,322-2) arranged to engage respectively with the first set of teeth and the second set of teeth on the torque element, and the torque element having two different gearing ratios depending on the longitudinal position of the torque element in the track , wherein the track is recessed or smooth in the regions without the sets of complementary teeth (322-1, 322-2) to allow the rotation of the torque element 312 to be related to only one pair of the laterally offset teeth (320-1, 320-2) and complementary teeth (322-1, 322-2) at a time.
A gas turbine engine comprising: a first spool having a first turbine connected to a first compressor through a first rotatable shaft ; a second spool having a second turbine connected to a second compressor through a second rotatable shaft ; a first gearbox having a power input port coupled to each of the first and second shafts and a power output port connected to at least one output shaft , wherein the rotational speed of the at least one output shaft is lower than the rotational speed of each of the first and second shafts ; and further comprising: a third spool having a third turbine connected to a third compressor through a third rotatable shaft . a first spool having a first turbine connected to a first compressor through a first rotatable shaft ; a second spool having a second turbine connected to a second compressor through a second rotatable shaft ; a first gearbox having a power input port coupled to each of the first and second shafts and a power output port connected to at least one output shaft , wherein the rotational speed of the at least one output shaft is lower than the rotational speed of each of the first and second shafts ; and further comprising: a third spool having a third turbine connected to a third compressor through a third rotatable shaft .
A tubular installation apparatus comprising a lay tower mounted to a support structure , the lay tower configured to lower a tubular section along a firing line (L) extending along the lay tower, the lay tower comprising an attachment or joining mechanism for attaching or joining or securing a tubular section fed into the firing line to the end of a catenary, a magazine removably mounted to the lay tower while the apparatus is in use, the magazine being configured to be pre-loaded with a plurality of tubular sections, and a feed mechanism configured to feed one or more tubular sections from the magazine to the firing line of the lay tower for connection to the end of a catenary, wherein at least part of the lay tower is movable in use between a deployed, laying position for laying tubular sections, and a loading position for loading the magazine onto the lay tower.
Application head specially designed for producing composite material parts, comprising an application roller , guiding means defining a guiding plane (P) and a cutting system for cutting a fiber guided by the guiding means and applied by the application roller , the cutting system comprising a first tool movable in translation along a cutting direction (Tc) and a second tool , the first tool and the second tool of the cutting system being formed by two blades, or a blade and a counter-tool, characterized in that the cutting system comprises an integrated control means able to displace at least the first tool in translation along the cutting direction (Tc) and to displace the first and second tool together, in rotation around a direction parallel to the application roller , such that the first and second cutting tools maintain their alignment along the cutting direction while being displaced.
A sighting device for firearms, in particular for handguns, fitted with • a base ; • a first sighting lever arm pivotable relative to the base about a first pivot axis, • a second sighting lever arm pivotable relative to the base and relative to the first sighting lever arm about a second pivot axis, the second pivot axis being parallel to the first pivot axis, • a sighting device fixed to the second sighting lever arm , • a first adjusting device for adjusting a pivot angle of the first sighting lever arm relative to the base and • a second adjusting device for adjusting a pivot angle of the second sighting lever arm relative to the first sighting lever arm and relative to the base , characterised in that the first adjusting device has a rotary adjusting element which is fixed to the first sighting lever arm , is rotatable about an axis of rotation extending perpendicularly to the first pivot axis and is equipped with a plurality of adjusting elements distributed in different angular positions about the axis of rotation, wherein the adjusting elements each have an adjusting tip directed towards a base of the base and can be fixedly adjusted relative to the rotary adjusting element in such a way that a distance of the adjusting tip from the rotary adjusting element can be variably adjusted in a direction parallel to the axis of rotation, wherein an abutment element raised above a surrounding area overlaid by the rotary actuator is provided at the base of the base for cooperation with a respective one of the actuator tips . • a base ; • a first sighting lever arm pivotable relative to the base about a first pivot axis, • a second sighting lever arm pivotable relative to the base and relative to the first sighting lever arm about a second pivot axis, the second pivot axis being parallel to the first pivot axis, • a sighting device fixed to the second sighting lever arm , • a first adjusting device for adjusting a pivot angle of the first sighting lever arm relative to the base and • a second adjusting device for adjusting a pivot angle of the second sighting lever arm relative to the first sighting lever arm and relative to the base ,
A method , comprising: encoding , by a processor of a user equipment, UE, of a plurality of UEs, data for non-orthogonal multiple access, NOMA, the encoding comprising spreading the data into shared resources using a low-density spreading, LDS, pattern which is less than an entire pattern of the shared resources; and transmitting , by the processor, the encoded data to a wireless receiver; wherein the processing of the data using the NOMA scheme in spreading the data into the shared resources with the LDS pattern comprises processing the data using a repetition division multiple access, RDMA, scheme in spreading the data into the shared resources using the LDS pattern, wherein the RDMA scheme comprises spreading the data into the shared resources using a repetition pattern of a plurality of data pieces of the data. encoding , by a processor of a user equipment, UE, of a plurality of UEs, data for non-orthogonal multiple access, NOMA, the encoding comprising spreading the data into shared resources using a low-density spreading, LDS, pattern which is less than an entire pattern of the shared resources; and transmitting , by the processor, the encoded data to a wireless receiver; wherein the processing of the data using the NOMA scheme in spreading the data into the shared resources with the LDS pattern comprises processing the data using a repetition division multiple access, RDMA, scheme in spreading the data into the shared resources using the LDS pattern, wherein the RDMA scheme comprises spreading the data into the shared resources using a repetition pattern of a plurality of data pieces of the data.
A method of aligning a first holographic reconstruction and a second holographic reconstruction, the method comprising: forming a first holographic reconstruction of a plurality of discrete light features on a display plane using a first holographic projection channel, wherein the first holographic projection channel comprises a first spatial light modulator arranged to display holograms, the first spatial light modulator being arranged for illumination by light of a first wavelength; forming a second holographic reconstruction of the plurality of discrete light features on the display plane using a second holographic projection channel, wherein the second holographic projection channel comprises a second spatial light modulator arranged to display the holograms combined with at least one grating function, wherein each grating function has a respective displacement direction, the second spatial light modulator being arranged for illumination by light of a second wavelength; capturing images of the display plane ; for each discrete light feature, individually determining a grating angle of each grating function required to align, in the respective displacement direction, the first holographic reconstruction of the discrete light feature with the second holographic reconstruction of the corresponding discrete light feature in order to obtain, for each displacement direction, a plurality of grating angles at a respective plurality of different locations on the display plane . forming a first holographic reconstruction of a plurality of discrete light features on a display plane using a first holographic projection channel, wherein the first holographic projection channel comprises a first spatial light modulator arranged to display holograms, the first spatial light modulator being arranged for illumination by light of a first wavelength; forming a second holographic reconstruction of the plurality of discrete light features on the display plane using a second holographic projection channel, wherein the second holographic projection channel comprises a second spatial light modulator arranged to display the holograms combined with at least one grating function, wherein each grating function has a respective displacement direction, the second spatial light modulator being arranged for illumination by light of a second wavelength; capturing images of the display plane ; for each discrete light feature, individually determining a grating angle of each grating function required to align, in the respective displacement direction, the first holographic reconstruction of the discrete light feature with the second holographic reconstruction of the corresponding discrete light feature in order to obtain, for each displacement direction, a plurality of grating angles at a respective plurality of different locations on the display plane .
A vehicle comprising: a vehicle body frame ; an engine in which a cylinder head fixed on a cylinder is suspended on the vehicle body frame and a cam chain chamber is formed in the cylinder and the cylinder head ; a variable valve device configured to change an opening and closing timing of a valve by a hydraulic pressure; and an oil control valve configured to control the hydraulic pressure with respect to the variable valve device , wherein the oil control valve is disposed on an outer surface of the cylinder , which is an outer wall of the cam chain chamber , and the variable valve device is disposed inside the cylinder head , characterized in that : an oil path for hydraulic pressure control enters the outer wall of the cam chain chamber from the oil control valve , extends from a side of the cylinder to a side of the cylinder head , and crosses the cam chain chamber to the variable valve device through an inner wall of the cam chain chamber . a vehicle body frame ; an engine in which a cylinder head fixed on a cylinder is suspended on the vehicle body frame and a cam chain chamber is formed in the cylinder and the cylinder head ; a variable valve device configured to change an opening and closing timing of a valve by a hydraulic pressure; and an oil control valve configured to control the hydraulic pressure with respect to the variable valve device , wherein the oil control valve is disposed on an outer surface of the cylinder , which is an outer wall of the cam chain chamber , and the variable valve device is disposed inside the cylinder head , characterized in that : an oil path for hydraulic pressure control enters the outer wall of the cam chain chamber from the oil control valve , extends from a side of the cylinder to a side of the cylinder head , and crosses the cam chain chamber to the variable valve device through an inner wall of the cam chain chamber .