mhurhangee/patent-ind-claim-en huggingface dataset:
A store suspension lug assembly comprising a base securable to or incorporated in a store, a lug portion , and a hinged coupling by which the lug portion is coupled to the base so as to be movable between an extended position in which the lug portion is engageable by a suspension hook of a release unit and a retracted position presenting a lower aerodynamic profile than in the extended position; the lug portion being mechanically biased towards the retracted position; characterised in that the store suspension lug assembly further comprises a locking mechanism having a locked state in which the lug portion is held in the extended position; wherein the locking mechanism is moved from the locked state to a released state by the suspension hook when the suspension hook is engaged with the lug portion to support the weight of the store and a part of the locking mechanism is arranged in or on the lug portion , so that the weight of the store acting on the suspension hook via the lug portion also acts to set the locking mechanism to the released state; the part of the locking mechanism comprising a locking member extending across a portal in the lug portion configured for reception of the suspension hook so that the locking member can be acted on by the suspension hook, the locking member being slidably received within the lug portion to engage with and disengage from other parts of the locking mechanism to hold the lug portion in its extended position or release the lug portion for movement to its retracted position.
A power cable comprising at least one conductor and a hollow tube at least partially filled with a traceable material, wherein said traceable material comprises a tracer associated with a uniquely identifiable code and wherein said traceable material is in a liquid or gel form, characterised in that said hollow tube is an independent element.
A combination of at least one tissue fixation tack of biocompatible material for use in closing incisions in tissue in a cardiac surgical procedure such as an anastomosis procedure, and a deployment gun into which said at least one tack may be loaded and deployed therefrom, each said tack comprising a body portion having a loop at one end thereof, and at least two flexible arms at another end thereof, said arms being arranged to be forced together in parallel within the deployment gun , wherein said loop acts as an anchor member for anchoring the tack in tissue and preventing migration thereof, and in that said arms have ends for puncturing and entry into said tissue during said procedure, said arms being further arranged to extend outwardly in opposite directions away from said anchor member when deployed within said tissue in said procedure; characterised in that said deployment gun comprises a housing having a hollow barrel connected thereto and a locking mechanism on an end of the hollow barrel , the locking mechanism having a tip for both holding the at least one tack in place and releasing the at least one tack when in the desired location.
Transport device in the form of a planar motor comprising at least one transport segment (TSi), which forms a transport plane (TE), and comprising at least two transport units , which can be moved at least in two dimensions in the transport plane (TE), wherein drive coils or movable permanent magnets are arranged on the transport segment (TSi) and drive magnets are arranged on the transport units , or vice versa, wherein the drive coils or the movable permanent magnets interact magnetically with the drive magnets to move the transport units , wherein at least one engagement section (EA) is provided on each of the at least two transport units , wherein the at least two transport units are consecutively movable in the transport plane (TE) in a direction of movement (BR) into an engagement position, in which the engagement sections (EA) of the transport units are at least partially engaged, wherein the engagement sections (EA) are designed to overlap with one another in the engagement position at least in the direction of movement (BR), such that a total extent (LG) of the transport units in the direction of movement (BR) is smaller than a sum of the individual transport-unit extents (LTEi) of the transport units in the direction of movement (BR), characterized in that at least two engagement sections (EA) are provided on at least one of the at least two transport units , wherein the engagement sections (EA) are arranged on opposite sides of the respective transport unit , and in that the transport units can be moved independently of one another in at least two dimensions in the transport plane (TE).
An electro-mechanical actuation system for a fluid pump having a plurality of cylinders , each cylinder including a piston operable to reciprocate within the cylinder to cause pumping of fluid, comprising: a plurality of electro-mechanical actuators , each electro-mechanical actuator configured to operatively couple with a piston of the fluid pump ; and a control system electrically connected to the plurality of electro-mechanical actuators and configured to: determine a target output of fluid to be pumped by the fluid pump ; individually control a speed and a phase at which each electro-mechanical actuator of the plurality of electro-mechanical actuators actuates the corresponding piston of the fluid pump , such that the plurality of cylinders collectively pump fluid at an actual output that corresponds to the target output; and in response to detecting an operating condition in which one or more of the electro-mechanical actuators and/or corresponding pistons is deactivated or has reduced output, individually adjust the speed and/or the phase at which one or more of the other electro-mechanical actuators actuates the corresponding piston based on the operating condition, to thereby cause actual output of the fluid pump to correspond to an updated target output. a plurality of electro-mechanical actuators , each electro-mechanical actuator configured to operatively couple with a piston of the fluid pump ; and a control system electrically connected to the plurality of electro-mechanical actuators and configured to: determine a target output of fluid to be pumped by the fluid pump ; individually control a speed and a phase at which each electro-mechanical actuator of the plurality of electro-mechanical actuators actuates the corresponding piston of the fluid pump , such that the plurality of cylinders collectively pump fluid at an actual output that corresponds to the target output; and in response to detecting an operating condition in which one or more of the electro-mechanical actuators and/or corresponding pistons is deactivated or has reduced output, individually adjust the speed and/or the phase at which one or more of the other electro-mechanical actuators actuates the corresponding piston based on the operating condition, to thereby cause actual output of the fluid pump to correspond to an updated target output. determine a target output of fluid to be pumped by the fluid pump ; individually control a speed and a phase at which each electro-mechanical actuator of the plurality of electro-mechanical actuators actuates the corresponding piston of the fluid pump , such that the plurality of cylinders collectively pump fluid at an actual output that corresponds to the target output; and in response to detecting an operating condition in which one or more of the electro-mechanical actuators and/or corresponding pistons is deactivated or has reduced output, individually adjust the speed and/or the phase at which one or more of the other electro-mechanical actuators actuates the corresponding piston based on the operating condition, to thereby cause actual output of the fluid pump to correspond to an updated target output.
A toy device for, in use, cutting and bending a hollow elongate tube, the device comprising: a body , sized and configured to be hand-held; a measuring subassembly disposed on the top surface of the body, adapted for measuring a desired size of the hollow elongate tube; a manually rotatable cutting subassembly rotatably attached to the main body and adapted for cutting the hollow elongate tube to the desired size, the cutting subassembly including an anchoring screw adapted to anchor the hollow elongate tube to body and a blade adapted to be rotated, by the user, relative to the anchored hollow elongate tube, thereby to cut the hollow elongate tube; and a bending subassembly adapted for bending the cut hollow elongate tube to a desired angular orientation, said bending subassembly including: a base controlling a radius of a bend to be formed in the cut hollow elongate tube; and a user grippable handle configured to enable a user to manually rotate the cut hollow elongate tube, relative to the base, to form the bend in the cut hollow elongate tube. a body , sized and configured to be hand-held; a measuring subassembly disposed on the top surface of the body, adapted for measuring a desired size of the hollow elongate tube; a manually rotatable cutting subassembly rotatably attached to the main body and adapted for cutting the hollow elongate tube to the desired size, the cutting subassembly including an anchoring screw adapted to anchor the hollow elongate tube to body and a blade adapted to be rotated, by the user, relative to the anchored hollow elongate tube, thereby to cut the hollow elongate tube; and a bending subassembly adapted for bending the cut hollow elongate tube to a desired angular orientation, said bending subassembly including: a base controlling a radius of a bend to be formed in the cut hollow elongate tube; and a user grippable handle configured to enable a user to manually rotate the cut hollow elongate tube, relative to the base, to form the bend in the cut hollow elongate tube. a base controlling a radius of a bend to be formed in the cut hollow elongate tube; and a user grippable handle configured to enable a user to manually rotate the cut hollow elongate tube, relative to the base, to form the bend in the cut hollow elongate tube.
A stent , the stent comprising: an elongated tubular member comprising a plurality of longitudinal filaments extending generally along a longitudinal axis of the elongated tubular member , a first helical filament extending in a first helical direction, and a second helical filament extending in a second helical direction opposite to the first helical direction, the plurality of longitudinal filaments , first helical filament , and second helical filament overlapping to form a plurality of cells ; characterized in that the longitudinal filaments are intermittently helically wrapped with one of the first or second helical filaments to form a plurality of interlocking joints , the interlocking joints extending at a non-parallel angle relative to the longitudinal axis of the elongated tubular member . an elongated tubular member comprising a plurality of longitudinal filaments extending generally along a longitudinal axis of the elongated tubular member , a first helical filament extending in a first helical direction, and a second helical filament extending in a second helical direction opposite to the first helical direction, the plurality of longitudinal filaments , first helical filament , and second helical filament overlapping to form a plurality of cells ; characterized in that the longitudinal filaments are intermittently helically wrapped with one of the first or second helical filaments to form a plurality of interlocking joints , the interlocking joints extending at a non-parallel angle relative to the longitudinal axis of the elongated tubular member .
A device for measuring a level of a process liquid in a pressurized apparatus, for example an apparatus of a urea plant, comprising a radar instrument positioned in use outside the apparatus and having a microwave emitter and a microwave receiver; a waveguide probe for transmitting microwaves, defined by a solid rod body and extending in use inside the apparatus between a proximal end , joined to the radar instrument , and a distal end , immersed in use in the process liquid below a free surface (H) of the process liquid; and a confinement cover , arranged about at least a measurement portion of the probe at least partly immersed in use in the process liquid; the cover being positioned above the probe and along said measurement portion of the probe so as to surround the probe externally, and being radially spaced from a lateral surface of the probe ; the measuring device being characterized in that the cover has a longitudinally open cross-section so that the cover only partially surrounds the probe angularly, leaving a longitudinal opening facing the lateral surface of the probe ; the cover extending about the probe with an angular extent between 150° and 250°.
A method for processing a gas turbine engine component that includes a substrate and a coating coupled to the substrate , the method comprising: applying a laser beam to the coating in a first stage , the first stage with a first number of pulses (P') of the laser beam and a first offset (Z') corresponding to a focal point of the laser beam coinciding with an exterior surface of the coating ; and then applying the laser beam to the coating in a second stage , the second stage with a second number of pulses (P") of the laser beam and a second offset (Z") corresponding to the focal point of the laser beam being located within a span of the substrate , wherein execution of the first stage and the second stage open a first hole through the coating , wherein the first hole through the coating is coaxial with a first hole in the substrate . applying a laser beam to the coating in a first stage , the first stage with a first number of pulses (P') of the laser beam and a first offset (Z') corresponding to a focal point of the laser beam coinciding with an exterior surface of the coating ; and then applying the laser beam to the coating in a second stage , the second stage with a second number of pulses (P") of the laser beam and a second offset (Z") corresponding to the focal point of the laser beam being located within a span of the substrate , wherein execution of the first stage and the second stage open a first hole through the coating , wherein the first hole through the coating is coaxial with a first hole in the substrate .
A sensor head of a sensor for measuring displacement of a measurement object ,wherein the sensor head comprising: a diffractive lens generating chromatic aberration along an optical axis direction on an incident light; a case part housing at least the diffractive lens inside; and a fixing part used for fixing to a fixing object , wherein the case part comprises a cylindrical part that has a cylindrical outer shape, and an outer shape of the fixing part is within the outer shape of the cylindrical part when viewed in a central axis direction of the cylindrical part , wherein the fixing part is formed integrally with the case part , wherein the fixing part is plate-shaped and has two flat surfaces parallel to each other; and wherein the flat surfaces extend along the central axis of the cylindrical part . a diffractive lens generating chromatic aberration along an optical axis direction on an incident light; a case part housing at least the diffractive lens inside; and a fixing part used for fixing to a fixing object , wherein the case part comprises a cylindrical part that has a cylindrical outer shape, and an outer shape of the fixing part is within the outer shape of the cylindrical part when viewed in a central axis direction of the cylindrical part , wherein the fixing part is formed integrally with the case part , wherein the fixing part is plate-shaped and has two flat surfaces parallel to each other; and wherein the flat surfaces extend along the central axis of the cylindrical part .
A method for stabilizing properties of shape memory alloy (SMA) wires in a plurality of optical image stabilization suspensions of the type having a support section and a moving section coupled with respect to one another by a plurality of SMA wires, the method comprising: mounting a plurality of moving sections of the plurality of optical image stabilization suspensions that each include a plurality of SMA wires to a moving plate of a system; mounting a plurality of support sections of the plurality of optical image stabilization suspensions to a stationary plate of the system, each of the plurality of support sections coupled with a respective one of the plurality of moving sections by a plurality of SMA wires; heating the plurality of SMA wires of the optical image stabilization suspensions; and cyclically mechanically straining and de-straining the SMA wires by moving the moving plate with the plurality of moving sections and stationary plate with the plurality of support sections with respect to one another. mounting a plurality of moving sections of the plurality of optical image stabilization suspensions that each include a plurality of SMA wires to a moving plate of a system; mounting a plurality of support sections of the plurality of optical image stabilization suspensions to a stationary plate of the system, each of the plurality of support sections coupled with a respective one of the plurality of moving sections by a plurality of SMA wires; heating the plurality of SMA wires of the optical image stabilization suspensions; and cyclically mechanically straining and de-straining the SMA wires by moving the moving plate with the plurality of moving sections and stationary plate with the plurality of support sections with respect to one another.
A crosslinkable composition comprising: (a) a polyol, a polycarbamate, or mixtures thereof; having an average of 2 or more functional groups; (b) a polyaldehyde, an acetal or hemiacetal of the polyaldehyde or mixtures thereof; (c) an acid catalyst having a pKa of less than 6.0; (d) a hindered phenol having a molecular weight of 300 or more; and (e) optionally an organic solvent. (a) a polyol, a polycarbamate, or mixtures thereof; having an average of 2 or more functional groups; (b) a polyaldehyde, an acetal or hemiacetal of the polyaldehyde or mixtures thereof; (c) an acid catalyst having a pKa of less than 6.0; (d) a hindered phenol having a molecular weight of 300 or more; and (e) optionally an organic solvent.
Planetary carrier for mounting at least one helical planet wheel in a helical planetary gear mechanism for an adjustment device for adjusting two components which are adjustable relative to each other, wherein - the helical planet wheel has a planet wheel axle which comprises a first axle portion extending beyond the helical planet wheel and a second axle portion extending beyond the helical planet wheel , and the planetary carrier comprises - a tubular base body which defines a planetary carrier axis (AP), - at least one opening arranged in and passing through the base body , - a first bearing portion starting from the opening , - a second bearing portion starting from the opening , wherein - the first and second bearing portions are configured for rotatably receiving the first and second axle portions and are arranged such that the planet wheel axle runs obliquely relative to the planetary carrier axis (AP) when the axle portions are received in the bearing portions , and - the planetary carrier comprises a first fixing means connected to the base body for fixing the first axle portion in the base body . - the helical planet wheel has a planet wheel axle which comprises a first axle portion extending beyond the helical planet wheel and a second axle portion extending beyond the helical planet wheel , and - a tubular base body which defines a planetary carrier axis (AP), - at least one opening arranged in and passing through the base body , - a first bearing portion starting from the opening , - a second bearing portion starting from the opening , wherein - the first and second bearing portions are configured for rotatably receiving the first and second axle portions and are arranged such that the planet wheel axle runs obliquely relative to the planetary carrier axis (AP) when the axle portions are received in the bearing portions , and - the planetary carrier comprises a first fixing means connected to the base body for fixing the first axle portion in the base body .
A motion detection training method comprising: receiving channel information based on training signals, the training signals comprising wireless signals transmitted by a wireless communication device through a space during a motion detection training time period; receiving a label based on information input to a user interface of a mobile device in the space during the motion detection training time period; receiving sensor data collected by a wearable sensor device of a user in the space during the motion detection training time period; analyzing the label and the sensor data to detect a variance between the label and the sensor data, wherein analyzing the label and the sensor data comprises: detecting a variance when the analysis indicates that the sensor data does not correspond to the label; and either correcting the label based on the received sensor data, or augmenting the label with the received sensor data, depending on the variance detected; generating a tag if the analysis of the label and sensor data resulted in such a correction or augmentation or based on the label input by the user otherwise; and providing the channel information and the tag as training input to train a motion detection system. receiving channel information based on training signals, the training signals comprising wireless signals transmitted by a wireless communication device through a space during a motion detection training time period; receiving a label based on information input to a user interface of a mobile device in the space during the motion detection training time period; receiving sensor data collected by a wearable sensor device of a user in the space during the motion detection training time period; analyzing the label and the sensor data to detect a variance between the label and the sensor data, wherein analyzing the label and the sensor data comprises: detecting a variance when the analysis indicates that the sensor data does not correspond to the label; and either correcting the label based on the received sensor data, or augmenting the label with the received sensor data, depending on the variance detected; detecting a variance when the analysis indicates that the sensor data does not correspond to the label; and either correcting the label based on the received sensor data, or augmenting the label with the received sensor data, depending on the variance detected; generating a tag if the analysis of the label and sensor data resulted in such a correction or augmentation or based on the label input by the user otherwise; and providing the channel information and the tag as training input to train a motion detection system.
Cannula for use with a medical, in particular a dental, treatment instrument which is designed to dispense an abrasive flow medium, wherein the cannula is arranged at a front end of the treatment instrument , and a cannula body has at least one outlet opening for the abrasive flow medium, wherein the cannula body has an inner tube and, surrounding the inner tube, an outer tube , wherein, at a front end region of the cannula body , the outer tube extends with a protruding part beyond the inner tube and a nozzle part is formed by the protruding part of the outer tube , wherein the nozzle part has a conical mixing chamber for the flow medium, which mixing chamber is shaped such that it tapers towards the outlet opening , wherein a cannula base is provided for connecting the cannula to a handpiece of the treatment instrument , wherein the inner tube and the outer tube extend from the front end region of the cannula body to the cannula base , wherein the cannula base is designed extending around a rear end region of the inner tube and around a rear end region of the outer tube .