mhurhangee/patent-ind-claim-en huggingface dataset:
A collection comprising a plurality of cartridge assemblies each having one or more coded fasteners (316, 328, 402-428) for connecting different medicaments to specifically matched dose setting members of the collection to make up a family of delivery devices , the collection comprising: two or more cartridge assemblies, where a first cartridge assembly comprises, a) a first medicament; and b) a fastener comprising a first coding feature that is unique to the first medicament and is specifically coded to engage a complementary coding feature on a fastener on a first dose setting member that is configured to dispense the first medicament, wherein the first coding feature is different than a second coding feature on a fastener on a second cartridge assembly in the collection that contains a second medicament, where the first and second medicaments are different and where the second cartridge assembly will not operably connect to the first dose setting member, thereby preventing the first dose setting member from administering the second medicament, characterized in that each fastener (316, 328, 402-428) in the collection of cartridge assemblies comprises a detent and is coded by a position of the detent , wherein the first dose setting member has a protruding detent that follows a path along the first cartridge assembly during connection of the first dose setting member to the first cartridge assembly and wherein the protruding detent snaps over the detent on the first cartridge assembly locking the first cartridge assembly and the first dose setting member together. two or more cartridge assemblies, where a first cartridge assembly comprises, a) a first medicament; and b) a fastener comprising a first coding feature that is unique to the first medicament and is specifically coded to engage a complementary coding feature on a fastener on a first dose setting member that is configured to dispense the first medicament, a) a first medicament; and b) a fastener comprising a first coding feature that is unique to the first medicament and is specifically coded to engage a complementary coding feature on a fastener on a first dose setting member that is configured to dispense the first medicament, wherein the first coding feature is different than a second coding feature on a fastener on a second cartridge assembly in the collection that contains a second medicament, where the first and second medicaments are different and where the second cartridge assembly will not operably connect to the first dose setting member, thereby preventing the first dose setting member from administering the second medicament, characterized in that each fastener (316, 328, 402-428) in the collection of cartridge assemblies comprises a detent and is coded by a position of the detent , wherein the first dose setting member has a protruding detent that follows a path along the first cartridge assembly during connection of the first dose setting member to the first cartridge assembly and wherein the protruding detent snaps over the detent on the first cartridge assembly locking the first cartridge assembly and the first dose setting member together.
An oil immersed solenoid comprising: a case (17; 25) having a tubular internal space ; a movable core configured to move in the internal space of the case in an axial direction of the internal space to apply a biasing force to a control part ; a fixed magnetic pole portion configured to attract the movable core in the axial direction of the internal space; an adjusting spring configured to apply the biasing force to the movable core; a biasing force adjusting member provided in an opening end portion of the case and configured to adjust an axial position thereof to adjust the biasing force of the adjusting spring; and a degassing member including a degassing passage that allows the internal space to communicate with an outside by changing relative positions of the biasing force adjusting member and the degassing member, wherein a sealing portion (72; 81; 86) configured to open or close the degassing passage is provided between the biasing force adjusting member and the degassing member; characterised in that the degassing member is provided in an opening end portion of the biasing force adjusting member. a case (17; 25) having a tubular internal space ; a movable core configured to move in the internal space of the case in an axial direction of the internal space to apply a biasing force to a control part ; a fixed magnetic pole portion configured to attract the movable core in the axial direction of the internal space; an adjusting spring configured to apply the biasing force to the movable core; a biasing force adjusting member provided in an opening end portion of the case and configured to adjust an axial position thereof to adjust the biasing force of the adjusting spring; and a degassing member including a degassing passage that allows the internal space to communicate with an outside by changing relative positions of the biasing force adjusting member and the degassing member, wherein a sealing portion (72; 81; 86) configured to open or close the degassing passage is provided between the biasing force adjusting member and the degassing member; characterised in that the degassing member is provided in an opening end portion of the biasing force adjusting member.
An isolated polypeptide comprising the amino acid sequence of SEQ ID NO: 28.
A polydioxanone film comprising substantially cylindrical polydioxanone pillars on at least one side thereof, said pillars having average diameters from 1 μm to 3 μm, and heights of from 2 μm to 20 μm from the surface of the film, wherein the pillars are treated with an oxygen plasma to increase the oxygen content of said polydioxanone pillars, relative to untreated polydioxanone pillars, and wherein the average diameters and the heights of the pillars are determined by scanning electron microscopy.
Method for the continuous storage of internal operating states and for the visualization of past workflow sequences for a robot , comprising a robot controller , wherein the robot is mounted on or next to an injection-molding machine , and performs an extraction, handling, manipulation or further processing of injection-molded parts which have just been produced, characterized in that the robot controller continuously stores internal data , such as changes in state, positions, internal parameters, time stamps, etc., of the robot , of the injection-molding machine and preferably of connected automation components 18 and/or systems, respectively , and, in case of occurrence of an error , links this most recently recorded information to the error and stores it, wherein the changes in state up to the occurrence of the respective error are reconstructed for analysis on the basis of a virtual model of the physical robot and visually displayed, wherein the data storage is carried out directly in the robot controller and the visualization displayed on the output unit of the robot controller with the aid of a virtual robot model , wherein the virtual robot model is able to run the movements of the robot at various speeds, in particular in slow motion.
A rotor assembly for a gas turbine engine, comprising: a first rotor disk configured to rotate about a rotational axis , the first rotor disk comprising disk material; a second rotor disk configured to rotate about the rotational axis ; a plurality of rotor blades arranged circumferentially around the rotational axis , each of the plurality of rotor blades axially between and mounted to the first rotor disk and the second rotor disk ; and a plurality of vanes arranged circumferentially around the rotational axis and axially between the first rotor disk and the second rotor disk , characterized by the plurality of vanes comprising a first vane that comprises vane material that is different than the disk material. a first rotor disk configured to rotate about a rotational axis , the first rotor disk comprising disk material; a second rotor disk configured to rotate about the rotational axis ; a plurality of rotor blades arranged circumferentially around the rotational axis , each of the plurality of rotor blades axially between and mounted to the first rotor disk and the second rotor disk ; and a plurality of vanes arranged circumferentially around the rotational axis and axially between the first rotor disk and the second rotor disk ,
An inspection device that inspects a first power source-side circuit in a power supply system , wherein the power supply system includes the first power source-side circuit including a first DC power source that generates electric power or performs charging/discharging, a power converter that converts electric power supplied from the first power source-side circuit, and a first cutoff mechanism that cuts off electrical connection between the first power source-side circuit and the power converter , wherein said inspection device further comprises: a measurement unit that measures an impedance of the first power source-side circuit; and a first separation determining unit that determines whether the first power source-side circuit is electrically separated from the power converter by the first cutoff mechanism on the basis of a capacitive component of the impedance measured by the measurement unit , characterized in that when the capacitive component of the impedance is less than a preset value, the first separation determining unit determines that the first power source-side circuit is electrically separated from the power converter . a measurement unit that measures an impedance of the first power source-side circuit; and a first separation determining unit that determines whether the first power source-side circuit is electrically separated from the power converter by the first cutoff mechanism on the basis of a capacitive component of the impedance measured by the measurement unit , characterized in that when the capacitive component of the impedance is less than a preset value, the first separation determining unit determines that the first power source-side circuit is electrically separated from the power converter .
An isolation valve for use in a wellbore, comprising: a housing ; a piston longitudinally movable relative to the housing; a flapper movable between an open position and a closed position, the flapper operable to isolate an upper portion of a bore of the valve from a lower portion of the bore in the closed position; and a pressure bypass operable to bypass the closed flapper when a predetermined pressure is reached, the pressure bypass comprising a port formed through a wall of the piston. a housing ; a piston longitudinally movable relative to the housing; a flapper movable between an open position and a closed position, the flapper operable to isolate an upper portion of a bore of the valve from a lower portion of the bore in the closed position; and a pressure bypass operable to bypass the closed flapper when a predetermined pressure is reached, the pressure bypass comprising a port formed through a wall of the piston.
An anti-roll bar for a vehicle, the anti-roll bar comprising a first bar portion for connection to a left-side wheel suspension of the vehicle and a second bar portion for connection to a right-side wheel suspension of the vehicle, and an actuator unit connecting the first bar portion and the second bar portion to each other for transferring torque between the first bar portion and the second bar portion, wherein the actuator unit has a first selectable mode providing a first predetermined torque ratio between the first bar portion and the second bar portion , and a second selectable mode providing a second predetermined torque ratio between the first bar portion and the second bar portion , the first predetermined torque ratio and the second predetermined torque ratio being different from each other, the actuator unit being controllable by a control unit of the vehicle for activating the first selectable mode and the second selectable mode, wherein the actuator unit provides a first lever arm for the first bar portion and a second lever arm for the second bar portion , the first lever arm and the second lever arm being connected for transferring torque between the first bar portion and the second bar portion, characterized in that the ratio between the length of the first lever arm and the length of the second lever arm being adjustable for achieving the first selectable mode and the second selectable mode.
A basecoat coating formulation comprising an aromatic polyurethane pre-polymer having isocyanate terminal end groups, a first solvent and optionally a second VOC-exempt solvent, a catalyst, and at least one filler, in which the total formulation has a VOC content of less than 97 g/L, the pre-polymer having an equivalent molecular weight of 500-10000 g/mol and an NCO/OH ratio of 1.1 to 5, and being the reaction product of 51 wt% to 100 wt% aromatic polyisocyanate, 0 wt% to 49 wt% aliphatic polyisocyanate, and a polyol selected from the group consisting of polyalkylene polyols, polyester polyols, and polycarbonate polyols, wherein the weight percent of polyol to polyisocyanate reacted to form the pre-polymer is in the range of 85 to 95 % by weight, based on the weight of the pre-polymer, wherein the weight percent of the pre-polymer based on the weight of the total basecoat coating formulation is 55.4% to 95%, and the total weight percent solids in the base coat formulation is greater than 84% to 99%, and, wherein the total formulation viscosity is less than (80 poise) 8 Pa · s at greater than 84% solids. the pre-polymer having an equivalent molecular weight of 500-10000 g/mol and an NCO/OH ratio of 1.1 to 5, and being the reaction product of 51 wt% to 100 wt% aromatic polyisocyanate, 0 wt% to 49 wt% aliphatic polyisocyanate, and a polyol selected from the group consisting of polyalkylene polyols, polyester polyols, and polycarbonate polyols, wherein the weight percent of polyol to polyisocyanate reacted to form the pre-polymer is in the range of 85 to 95 % by weight, based on the weight of the pre-polymer, wherein the weight percent of the pre-polymer based on the weight of the total basecoat coating formulation is 55.4% to 95%, and the total weight percent solids in the base coat formulation is greater than 84% to 99%, and, wherein the total formulation viscosity is less than (80 poise) 8 Pa · s at greater than 84% solids.
A method comprising: receiving at an apparatus of a source base station from a target base station delta configuration information and full configuration information for a conditional handover of a user equipment, UE, from the source base station to the target base station, wherein the delta configuration is a configuration based on a current UE configuration and comprises only parameters that need to be changed, wherein the full configuration comprises a full list of UE parameters required for transmission and reception that will apply for the handover, causing by said apparatus of the source base station said delta configuration information to be provided to said UE; determine by said apparatus of the source base station, that a change in the configuration of the UE is required, and causing by said apparatus of the source base station the full configuration to be provided to said UE, wherein said full configuration is provided to the UE in response to determining that a change in the configuration of the UE is required. receiving at an apparatus of a source base station from a target base station delta configuration information and full configuration information for a conditional handover of a user equipment, UE, from the source base station to the target base station, wherein the delta configuration is a configuration based on a current UE configuration and comprises only parameters that need to be changed, wherein the full configuration comprises a full list of UE parameters required for transmission and reception that will apply for the handover, wherein the delta configuration is a configuration based on a current UE configuration and comprises only parameters that need to be changed, wherein the full configuration comprises a full list of UE parameters required for transmission and reception that will apply for the handover, causing by said apparatus of the source base station said delta configuration information to be provided to said UE; determine by said apparatus of the source base station, that a change in the configuration of the UE is required, and
A power supply apparatus for induction heating, the power supply apparatus comprising: a smoothing filter configured to smooth a pulsating current of DC power output from a DC power supply ; and an inverter configured to convert the DC power that has been smoothed by the smoothing filter into AC power, wherein the smoothing filter comprises a plurality of capacitors having different internal inductances (L4, L5) and connected to each other in parallel between input terminals of the inverter , each of the capacitors being connected to the input terminals of the inverter directly or through a pair of bus bars (11a. 11b), and wherein the plurality of capacitors comprises a first capacitor (C1) and a second capacitor (C2), the first capacitor (C1) having smaller internal inductance than the second capacitor (C2) and a shorter conductive path between the input terminals of the inverter than the second capacitor (C2). a smoothing filter configured to smooth a pulsating current of DC power output from a DC power supply ; and an inverter configured to convert the DC power that has been smoothed by the smoothing filter into AC power, wherein the smoothing filter comprises a plurality of capacitors having different internal inductances (L4, L5) and connected to each other in parallel between input terminals of the inverter , each of the capacitors being connected to the input terminals of the inverter directly or through a pair of bus bars (11a. 11b), and wherein the plurality of capacitors comprises a first capacitor (C1) and a second capacitor (C2), the first capacitor (C1) having smaller internal inductance than the second capacitor (C2) and a shorter conductive path between the input terminals of the inverter than the second capacitor (C2).
A method performed by an object size mapping system for enabling object mapping and Improved positioning of a vehicle , said object size mapping system comprising at least a first reference camera adapted to be arranged on-board a reference vehicle , said method comprising: determining a current reference position of the reference vehicle ; and capturing by means of said at least first reference camera , at said current reference position of said reference vehicle , a current reference image of a stationary physical reference object situated in the surroundings of said reference vehicle ; said method being characterized in further comprising: determining a current reference size value of at least a portion of said stationary physical reference object , in said current reference image ; and storing said current reference size value to be associated with: - said current reference position of the reference vehicle ; and - a mapped digital reference object corresponding to said stationary physical reference object . determining a current reference position of the reference vehicle ; and capturing by means of said at least first reference camera , at said current reference position of said reference vehicle , a current reference image of a stationary physical reference object situated in the surroundings of said reference vehicle ; said method being characterized in further comprising: determining a current reference size value of at least a portion of said stationary physical reference object , in said current reference image ; and storing said current reference size value to be associated with: - said current reference position of the reference vehicle ; and - a mapped digital reference object corresponding to said stationary physical reference object . determining a current reference size value of at least a portion of said stationary physical reference object , in said current reference image ; and storing said current reference size value to be associated with: - said current reference position of the reference vehicle ; and - a mapped digital reference object corresponding to said stationary physical reference object . - said current reference position of the reference vehicle ; and - a mapped digital reference object corresponding to said stationary physical reference object .
A MEMS device comprising a fixed structure delimiting a cavity and a suspended structure , which overlies the cavity and comprises: - an internal structure (29;109); and - at least one first arm (B1) and one second arm (B2), which are arranged around the internal structure and each of which has a respective first end and a respective second end, said first ends being fixed to the fixed structure and being angularly arranged at a distance apart, said second ends being fixed to the internal structure, being angularly arranged at a distance apart and being angularly arranged in a same direction of rotation with respect to the corresponding first ends; and - a number of piezoelectric actuators , each of which is coupled to the first arm or to the second arm and can be driven so as to cause a deformation of the arm to which it is coupled and a consequent rotation of the internal structure; characterized in that , in resting conditions, each of the first and second arms has a respective curved elongated portion with a respective concavity, said internal structure extending in part within the concavities of the elongated portions of the first and second arms; the MEMS device further comprising a third arm (B3) and a fourth arm (B4), each of which comprises a respective elongated portion , each of which has a respective concavity; and wherein, in resting conditions, the elongated portions of the first and second arms extend at least in part within the concavities formed, respectively, by the elongated portions of the third and fourth arms. - an internal structure (29;109); and - at least one first arm (B1) and one second arm (B2), which are arranged around the internal structure and each of which has a respective first end and a respective second end, said first ends being fixed to the fixed structure and being angularly arranged at a distance apart, said second ends being fixed to the internal structure, being angularly arranged at a distance apart and being angularly arranged in a same direction of rotation with respect to the corresponding first ends; and - a number of piezoelectric actuators , each of which is coupled to the first arm or to the second arm and can be driven so as to cause a deformation of the arm to which it is coupled and a consequent rotation of the internal structure;