mhurhangee/ep-ind-claims huggingface dataset:
A piston rod arrangement for priming a drug delivery device, comprising: a piston rod provided for an operation of the device, the piston rod being provided to drive a bung of a container containing a drug in a drug delivery device, and a movable element operationally coupled with the piston rod, wherein the movable element is arranged to be movable in a predefined direction with respect to the piston rod by a user of the drug delivery device, a movement of the movable element in the predefined direction advances the piston rod in a further direction thereby providing a priming of the drug delivery device before use, the predefined direction is transverse to the further direction, and the further direction is from the piston rod towards the bung, wherein the movable element is operationally coupled with the piston rod by an inclined surface of the movable element, the inclined surface being inclined with respect to the further direction and being in contact with the piston rod, characterised in that the movable element is provided to be removed from the piston rod. a piston rod provided for an operation of the device, the piston rod being provided to drive a bung of a container containing a drug in a drug delivery device, and a movable element operationally coupled with the piston rod, wherein the movable element is arranged to be movable in a predefined direction with respect to the piston rod by a user of the drug delivery device, a movement of the movable element in the predefined direction advances the piston rod in a further direction thereby providing a priming of the drug delivery device before use, the predefined direction is transverse to the further direction, and the further direction is from the piston rod towards the bung, wherein the movable element is operationally coupled with the piston rod by an inclined surface of the movable element, the inclined surface being inclined with respect to the further direction and being in contact with the piston rod, characterised in that the movable element is provided to be removed from the piston rod.
A method of preparation of lamellar nanostructural materials by means of controlled freeze-drying of a liquid dispersion of nanoparticles or submicron particles, characterized by that the liquid dispersion of nanoparticles or submicron particles is very quickly frozen inside closed space into solid state and in this form it is submitted to freeze-drying where the molecules of the dispersion medium are removed at a rate of sublimation determined by the rate of regression of a sublimation interface of frozen dispersion between 10 -2 μm/s and 10 2 μm/s at a reduced pressure value in the range of 10 kPa and 1 Pa and a temperature between - 130 °C and 0 °C, until their entire disposal by sublimation: while the orientation of the normal vector of the predominant surface of the sublimation interface is adjusted as follows: a) to form multi-bonded lamellar aggregates, it is chosen between 0°-45° to upward vertical direction, or b) to form significantly simpler lamellar aggregates, it is chosen between 135° - 180° to upward vertical direction. a) to form multi-bonded lamellar aggregates, it is chosen between 0°-45° to upward vertical direction, or b) to form significantly simpler lamellar aggregates, it is chosen between 135° - 180° to upward vertical direction.
A method for performing charging processing on a target network slice customer, used in a network slice charging gateway, and comprising: • receiving (S 201) a first charging request message from a session management device, wherein the first charging request message comprises session information, and the session information comprises an attribute of a protocol data unit, PDU, session of a user equipment on a network slice instance, wherein the network slice instance is leased, subscribed to or purchased by a network slice customer for a quantity of users; • determining (S 202), based on the first charging request message, that charging processing is to be performed on the target network slice customer for the PDU session, wherein the target network slice customer is the network slice customer on which charging processing is to be performed for the PDU session; and • sending (S 203) a second charging request message to a network slice customer charging device in response to the determining, wherein the second charging request message comprises an identifier of the target network slice customer and the session information, wherein the second charging request message is used to perform charging processing on the target network slice customer for the PDU session according to the second charging request message. • receiving (S 201) a first charging request message from a session management device, wherein the first charging request message comprises session information, and the session information comprises an attribute of a protocol data unit, PDU, session of a user equipment on a network slice instance, wherein the network slice instance is leased, subscribed to or purchased by a network slice customer for a quantity of users; • determining (S 202), based on the first charging request message, that charging processing is to be performed on the target network slice customer for the PDU session, wherein the target network slice customer is the network slice customer on which charging processing is to be performed for the PDU session; and • sending (S 203) a second charging request message to a network slice customer charging device in response to the determining, wherein the second charging request message comprises an identifier of the target network slice customer and the session information, wherein the second charging request message is used to perform charging processing on the target network slice customer for the PDU session according to the second charging request message.
A free-flowing biocompatible polymeric powder for three-dimensional printing, comprising cryogenically ground polymeric particles having a D50 in the range of 1-150 μm and a flow aid, wherein the flow aid is a spherical free-flowing biocompatible powder, comprising polymeric particles having a D50 of 0.1 to 10 μm and whereby the D50 is determined via laser scattering.
Vehicle seat which has a seat part on which and/or relative to which a backrest is arranged so as to be rotatable about a rotational axis, wherein the backrest is adjusted by means of a recliner and/or is able to be locked in its respective position, preferably on the seat part, wherein the recliner has a recliner fitting with a positive and/or non-positive connecting means in the form of a toothing which cooperates positively and/or non-positively with a drive element and/or locking element, wherein the drive element and/or locking element is connected rotatably to the backrest, wherein a rotational axis of the drive element and/or locking element is provided at an angle to the rotational axis of the backrest, characterized in that the vehicle seat also has a drive, the rotational movement of which is transmissible by means of a bevel gear mechanism or of a belt drive (10, 16) to the drive element and/or locking element, wherein the drive element and/or locking element is configured to mesh positively and/or non-positively with the toothing of the recliner fitting during this rotation and as a result to move along the outer periphery of the recliner fitting and at the same time drive the backrest.
A method for controlling a token for an auxiliary stream in a multi-point double-stream conference, wherein a second conference terminal requests the depriving of a token when the token in the multi-point double-stream conference is occupied by a first conference terminal and the auxiliary stream is sent, comprising: receiving, by a multi-point control unit, MCU, a token depriving request message, wherein the token depriving request message is sent by the second conference terminal or a chairman conference terminal; judging, by the MCU, whether to execute token depriving according to an identifier, ID, carried in the token depriving request message; and depriving, by the MCU, the token from the first conference terminal when the MCU decides to deprive the token; wherein the depriving the token from the first conference terminal by the MCU comprises: sending, by the MCU, the token depriving request message to the first conference terminal that owns the token; or sending, by the MCU, a token request message to the first conference terminal that owns the token, and setting a symmetry Breaking field in the token request message to zero, indicating that the first conference terminal must release the token. receiving, by a multi-point control unit, MCU, a token depriving request message, wherein the token depriving request message is sent by the second conference terminal or a chairman conference terminal; judging, by the MCU, whether to execute token depriving according to an identifier, ID, carried in the token depriving request message; and depriving, by the MCU, the token from the first conference terminal when the MCU decides to deprive the token; wherein the depriving the token from the first conference terminal by the MCU comprises: sending, by the MCU, the token depriving request message to the first conference terminal that owns the token; or sending, by the MCU, a token request message to the first conference terminal that owns the token, and setting a symmetry Breaking field in the token request message to zero, indicating that the first conference terminal must release the token. sending, by the MCU, the token depriving request message to the first conference terminal that owns the token; or sending, by the MCU, a token request message to the first conference terminal that owns the token, and setting a symmetry Breaking field in the token request message to zero, indicating that the first conference terminal must release the token.
A printer comprising: a platen (7, 70, 75, 80) having an ink-collection slot positioned in a print zone and extending at least partially across a width thereof; a wick bar fixed within the ink-collection slot, wherein an upstream gap and a downstream gap are defined at either side of the wick bar relative to a media feed direction; a printhead positioned at least partially over the wick bar and spaced apart from the wick bar; and a vacuum chamber in fluid communication with the ink-collection slot, wherein the wick bar has a wick surface sloped upwards from the upstream gap towards the downstream gap relative to a platen surface. a platen (7, 70, 75, 80) having an ink-collection slot positioned in a print zone and extending at least partially across a width thereof; a wick bar fixed within the ink-collection slot, wherein an upstream gap and a downstream gap are defined at either side of the wick bar relative to a media feed direction; a printhead positioned at least partially over the wick bar and spaced apart from the wick bar; and a vacuum chamber in fluid communication with the ink-collection slot, wherein the wick bar has a wick surface sloped upwards from the upstream gap towards the downstream gap relative to a platen surface.
Method for packaging an NO/N 2 mixture in a packaging receptacle, comprising a main body comprising an internal volume with a capacity of between 2 and 30 litres, wherein: a) a receptacle is used the main body of which is formed by an aluminium alloy comprising aluminium and a proportion by mass of Pb of less than or equal to 50 ppm, Si of between 0.1 and 1.5 %, Mn of less than 0.5 % and Mg of between 0.1 and 2 %, and b) a NO/N 2 mixture is introduced into the internal volume of said receptacle at a pressure greater than atmospheric pressure. a) a receptacle is used the main body of which is formed by an aluminium alloy comprising aluminium and a proportion by mass of Pb of less than or equal to 50 ppm, Si of between 0.1 and 1.5 %, Mn of less than 0.5 % and Mg of between 0.1 and 2 %, and b) a NO/N 2 mixture is introduced into the internal volume of said receptacle at a pressure greater than atmospheric pressure.
An information processing apparatus comprising: a memory; and a processor that executes a process including detecting a sign of a fault of a storage device that prohibits write access to a storage area of the storage device and permits read access to the storage area during a fault, and storing a copy of data to be written to the storage device as first copy data in the memory of the information processing apparatus when the sign of a fault is detected, wherein the process further includes: detecting occurrence of a fault in the storage device, and storing a copy of the first copy data stored in the memory of the information processing apparatus as second copy data in another storage device of another information processing apparatus connected to the information processing apparatus when the occurrence of a fault is detected. a memory; and a processor that executes a process including detecting a sign of a fault of a storage device that prohibits write access to a storage area of the storage device and permits read access to the storage area during a fault, and storing a copy of data to be written to the storage device as first copy data in the memory of the information processing apparatus when the sign of a fault is detected, wherein the process further includes: detecting occurrence of a fault in the storage device, and storing a copy of the first copy data stored in the memory of the information processing apparatus as second copy data in another storage device of another information processing apparatus connected to the information processing apparatus when the occurrence of a fault is detected. detecting occurrence of a fault in the storage device, and storing a copy of the first copy data stored in the memory of the information processing apparatus as second copy data in another storage device of another information processing apparatus connected to the information processing apparatus when the occurrence of a fault is detected.
An ankle support having a leg portion connected sidewardly and rearwardly to a foot portion by at least one elongate resilient C-shaped member (20, 22) extending vertically on at least one medial or lateral side of an Achilles tendon of a wearer, wherein the at least one C-shaped member (20, 22) opens forwardly around at least one medial or lateral malleoli of the wearer, characterised in that the leg portion is connected sidewardly and forwardly to the foot portion by at least one resilient stay.
A method of generating a refined sugar stream that comprises xylose from an aqueous biomass hydrolysis solution, characterized in comprising: (i) contacting an aqueous biomass hydrolysis solution that comprises a population of mixed sugars comprising xylose, an acid, and impurities, with an extraction solvent to form an extraction mixture; wherein the extraction solvent is a tri-alkyl phosphine oxide, butyl sulfoxide, or a dialkylphosphite, or any combination thereof; and (ii) separating from said extraction mixture an aqueous phase as a first stream that comprises the acid, and xylose and an organic phase as a second, organic refined sugar stream that comprises the extraction solvent, water, impurities and xylose; (iii) subjecting said organic sugar stream to heat and/or alkanol extraction/separation so as to induce a phase separation of an aqueous refined sugar stream comprising an enriched amount of xylose and of an organic phase comprising the extraction solvent and impurities. (i) contacting an aqueous biomass hydrolysis solution that comprises a population of mixed sugars comprising xylose, an acid, and impurities, with an extraction solvent to form an extraction mixture; wherein the extraction solvent is a tri-alkyl phosphine oxide, butyl sulfoxide, or a dialkylphosphite, or any combination thereof; and (ii) separating from said extraction mixture an aqueous phase as a first stream that comprises the acid, and xylose and an organic phase as a second, organic refined sugar stream that comprises the extraction solvent, water, impurities and xylose; (iii) subjecting said organic sugar stream to heat and/or alkanol extraction/separation so as to induce a phase separation of an aqueous refined sugar stream comprising an enriched amount of xylose and of an organic phase comprising the extraction solvent and impurities.
An aircraft passenger seat assembly, comprising: a support frame; a seat bottom unit mounted on the support frame; and a backrest unit pivotally mounted to the support frame, the backrest unit configured to pivot relative to the support frame between an upright position and a reclined position, the backrest unit including at least one frame member forming the general shape of the backrest unit and having a weakened section and an adjacent intact section positioned along a peripheral edge of the at least one frame member, the weakened section having a first failure load and the intact section having a second failure load greater than the first failure load such that, when a load on a backside of the backrest unit exceeds the first failure load, the weakened section is configured to break and the intact section is configured to deform thereby allowing a portion of the backrest unit above the weakened and intact sections to move forward beyond the upright position; wherein the at least one frame member is a tubular body and the weakened section is an elongated cut coupled together with at least one spot weld configured to break thereby allowing the cut to open. a support frame; a seat bottom unit mounted on the support frame; and a backrest unit pivotally mounted to the support frame, the backrest unit configured to pivot relative to the support frame between an upright position and a reclined position, the backrest unit including at least one frame member forming the general shape of the backrest unit and having a weakened section and an adjacent intact section positioned along a peripheral edge of the at least one frame member, the weakened section having a first failure load and the intact section having a second failure load greater than the first failure load such that, when a load on a backside of the backrest unit exceeds the first failure load, the weakened section is configured to break and the intact section is configured to deform thereby allowing a portion of the backrest unit above the weakened and intact sections to move forward beyond the upright position; wherein the at least one frame member is a tubular body and the weakened section is an elongated cut coupled together with at least one spot weld configured to break thereby allowing the cut to open.
An instrument for navigating to a target area near a subchondral defect of a bone, comprising: a guide having a plurality of device portals, each portal defining a trajectory and configured to provide accurate and controlled delivery of a tool to the target area; and a detachable handle extending from the guide; wherein the instrument is configured to be aligned with an axis of the bone and the bone is a tibia, characterised in that an anterior-posterior slope angle of the tibial plateau relative to the tibial axis is fixed and built into the detachable handle such that when the guide is coupled to the detachable handle, the guide is configured to have the anterior-posterior slope angle relative to the tibial axis. a guide having a plurality of device portals, each portal defining a trajectory and configured to provide accurate and controlled delivery of a tool to the target area; and a detachable handle extending from the guide; wherein the instrument is configured to be aligned with an axis of the bone and the bone is a tibia, characterised in that an anterior-posterior slope angle of the tibial plateau relative to the tibial axis is fixed and built into the detachable handle such that when the guide is coupled to the detachable handle, the guide is configured to have the anterior-posterior slope angle relative to the tibial axis.
Power take-off, PTO, assembly for a work vehicle, said PTO assembly comprising: - at least one output shaft; - at least one clutch, which is configured to selectively couple said output shaft to a mechanical power source of said work vehicle; and - at least one brake, which is configured to impart a braking torque to said output shaft; and - a hydraulic arrangement comprising: - a brake line configured to fluidly connect a source of pressurized fluid of said work vehicle to said at least one brake; and - a clutch line configured to fluidly connect said source to said at least one clutch; said hydraulic arrangement further comprising valve means (11, 12), which are configured to control the flow of fluid between said source, said brake line and said clutch line; wherein said valve means (11, 12) comprises a spool, said spool has at least a first configuration wherein it allows the passage of fluid from said source to said brake line and a second configuration wherein it allows the passage of fluid from said source to said clutch line, said PTO assembly is characterized in that in both said first and second configurations said valve means (11, 12) define a conduit for the leakage flow configured to be directed to operational elements of said PTO assembly for lubrication thereof. - at least one output shaft; - at least one clutch, which is configured to selectively couple said output shaft to a mechanical power source of said work vehicle; and - at least one brake, which is configured to impart a braking torque to said output shaft; and - a hydraulic arrangement comprising: - a brake line configured to fluidly connect a source of pressurized fluid of said work vehicle to said at least one brake; and - a clutch line configured to fluidly connect said source to said at least one clutch; said hydraulic arrangement further comprising valve means (11, 12), which are configured to control the flow of fluid between said source, said brake line and said clutch line; wherein said valve means (11, 12) comprises a spool, said spool has at least a first configuration wherein it allows the passage of fluid from said source to said brake line and a second configuration wherein it allows the passage of fluid from said source to said clutch line,
Device for aligning sheet-shaped elements, in particular sheets of paper, paperboard, or cardboard, comprising an alignment device, the alignment device movable in the circumferential, lateral and diagonal directions to align a sheet-shaped element in the circumferential, lateral and diagonal directions in a transport plane and including at least one holding element for holding the sheet-shaped elements, the device further comprising a drive assigned to the alignment device for moving the alignment device in the circumferential, lateral and/or diagonal directions, characterized in that at least one bipartite articulated arm is provided to support the alignment device, the bipartite articulated arm including three joints (64.1) and two connecting rods (64.2), the first joint (64.1) connecting one of the two connecting rods (64.2) and a machine frame for rotation, the second joint (64.1) connecting the two connecting rods (64.2) for rotation, and the third joint (64.1) connecting the other connecting rod (64.2) and the alignment device for rotation, every joint having a respective axis of rotation that is perpendicular to the transport plane, wherein the device has three articulated arms and a respective motor (63.1, 63.2) integrated into a respective articulated arm.