mhurhangee/patent-ind-claim-en huggingface dataset:
A hammer tacker , comprising: an outer housing comprising a handle portion and a head portion ; an elongated staple holder carried at least partially within the outer housing , the elongated staple holder being slideable between a use position and a refill position; the outer housing defining a channel extending through the handle portion and into the head portion , the channel configured to receive the staple holder , wherein the staple holder is slidable along the channel of the outer housing between the use position and the refill position; and a staple driver assembly operable to drive a staple from the staple holder into a workpiece, the staple driver assembly including a pivot pin about which a portion of the staple driver assembly rotates during a stapling operation; characterized in that : the outer housing is formed from a fiber reinforced polymer material; the outer housing comprising the fiber reinforced polymer material defines the channel extending through the handle portion and into the head portion ; and the pivot pin engages with a mount structure formed in the outer housing , such that the fiber reinforced polymer material of the outer housing bears a load from the pivot pin during the stapling operation. an outer housing comprising a handle portion and a head portion ; an elongated staple holder carried at least partially within the outer housing , the elongated staple holder being slideable between a use position and a refill position; the outer housing defining a channel extending through the handle portion and into the head portion , the channel configured to receive the staple holder , wherein the staple holder is slidable along the channel of the outer housing between the use position and the refill position; and a staple driver assembly operable to drive a staple from the staple holder into a workpiece, the staple driver assembly including a pivot pin about which a portion of the staple driver assembly rotates during a stapling operation; characterized in that : the outer housing is formed from a fiber reinforced polymer material; the outer housing comprising the fiber reinforced polymer material defines the channel extending through the handle portion and into the head portion ; and the pivot pin engages with a mount structure formed in the outer housing , such that the fiber reinforced polymer material of the outer housing bears a load from the pivot pin during the stapling operation. the outer housing is formed from a fiber reinforced polymer material; the outer housing comprising the fiber reinforced polymer material defines the channel extending through the handle portion and into the head portion ; and the pivot pin engages with a mount structure formed in the outer housing , such that the fiber reinforced polymer material of the outer housing bears a load from the pivot pin during the stapling operation.
A stable fixed dose aqueous pharmaceutical composition for nasal administration to a human, said composition being a suspension which comprises a) 0.001 % w/w to 0.075 % w/w mometasone or its salt in particulate form; b) 0.5 % w/w to 0.8 % w/w olopatadine or its salt in dissolved form; and c) a hydrocolloid in an amount of at least 0.1% w/w and sufficient to prevent phase separation for at least 24 hours at ambient condition.
A control device (100, 100#) that controls a control target comprising a servo motor by supplying a target value to a servo driver (200, 200X, 200Y, 200#X, 200#Y) which is configured to drive the servo motor and execute a control arithmetic operation in which a manipulation amount for driving the servo motor is determined on the basis of a control parameter determined in accordance with the control target, the control device (100, 100#) comprising: an interface , exchanging data with the servo driver (200, 200X, 200Y, 200#X, 200#Y); a creation unit , acquiring the control parameter of the servo driver (200, 200X, 200Y, 200#X, 200#Y) and creating an internal model representing a motion characteristic of the control target on the basis of the acquired control parameter of the servo driver; and a target value calculation unit , calculating a corrected target value to be supplied to the servo driver (200, 200X, 200Y, 200#X, 200#Y) on the basis of a target value corresponding to a target track and a feedback corresponding to an actual position value from the control target by applying the target value and the feedback value to the created internal model. an interface , exchanging data with the servo driver (200, 200X, 200Y, 200#X, 200#Y); a creation unit , acquiring the control parameter of the servo driver (200, 200X, 200Y, 200#X, 200#Y) and creating an internal model representing a motion characteristic of the control target on the basis of the acquired control parameter of the servo driver; and a target value calculation unit , calculating a corrected target value to be supplied to the servo driver (200, 200X, 200Y, 200#X, 200#Y) on the basis of a target value corresponding to a target track and a feedback corresponding to an actual position value from the control target by applying the target value and the feedback value to the created internal model.
An implantable prosthetic valve comprising: an annular frame comprising an inflow end and an outflow end and being radially collapsible and expandable between a radially collapsed configuration and a radially expanded configuration; a leaflet structure positioned within the frame and secured thereto; an annular inner skirt positioned around an inner surface of the frame , wherein the inner skirt comprises an outflow edge portion secured to the frame and an inflow edge portion secured to the frame ; and an outer skirt (18; 200; 300; 500) positioned around an outer surface of the frame, wherein the outer skirt (18; 200; 300; 500) comprises an outflow edge portion secured to the frame and an inwardly folded inflow edge portion that is secured to the inflow edge portion of the inner skirt ; wherein the inflow edge portion of the inner skirt wraps around the inflow end of the frame and extends at least partially along an outer surface of the frame . an annular frame comprising an inflow end and an outflow end and being radially collapsible and expandable between a radially collapsed configuration and a radially expanded configuration; a leaflet structure positioned within the frame and secured thereto; an annular inner skirt positioned around an inner surface of the frame , wherein the inner skirt comprises an outflow edge portion secured to the frame and an inflow edge portion secured to the frame ; and an outer skirt (18; 200; 300; 500) positioned around an outer surface of the frame, wherein the outer skirt (18; 200; 300; 500) comprises an outflow edge portion secured to the frame and an inwardly folded inflow edge portion that is secured to the inflow edge portion of the inner skirt ; wherein the inflow edge portion of the inner skirt wraps around the inflow end of the frame and extends at least partially along an outer surface of the frame .
A wireless transmit/receive unit, WTRU, configured to support proximity services and capable of performing device-to-device, D2D, communications, the WTRU characterised by comprising: a transceiver configured to send, to an evolved Node B, eNB, an attach request message including D2D capability information of the WTRU, wherein the D2D capability information of the WTRU includes at least a D2D direct communication capability indication and a D2D relay capability indication; and the transceiver configured to receive, from the eNB, an attach accept message . a transceiver configured to send, to an evolved Node B, eNB, an attach request message including D2D capability information of the WTRU, wherein the D2D capability information of the WTRU includes at least a D2D direct communication capability indication and a D2D relay capability indication; and the transceiver configured to receive, from the eNB, an attach accept message .
A method of shaping a flat working material into a composite product having a final shape, the method comprising: (a) consolidating and shaping the working material into a pre-form shape using a hydroforming process that employs a rigid tool and a non-rigid tool ; and (b) in the presence of added heat, further consolidating and shaping the working material into the final shape using at least one additional rigid forming tool , wherein the hydroforming process does not employ a mechanical clamping device, wherein a membrane is configured to apply a clamping force to the working material during the hydroforming process, and wherein step (a) is performed in the absence of added heat. (a) consolidating and shaping the working material into a pre-form shape using a hydroforming process that employs a rigid tool and a non-rigid tool ; and (b) in the presence of added heat, further consolidating and shaping the working material into the final shape using at least one additional rigid forming tool ,
Device for inspecting and measuring weld defects in a cylindrical wall such as a wall of a "vessel bottom penetration" of a nuclear reactor, the device comprising an inspection head forming a probe having a proximal end (EP) and a distal end (ED) along its longitudinal axis (X-X'), and of which a first side called "inner side" is provided with at least one ultrasound wave transducer, said inspection head comprising a second side , called "outer side" opposite the first side , that has a curved surface in the form of a cylinder fraction, of longitudinal axis parallel to the longitudinal axis (X-X') of the head and with outward facing convexity and said wave transducer being formed of a series of juxtaposed elements , each element being both a transmitter and receiver, characterized by the fact that: - said series has a curved surface and is in the form of a cylinder fraction of same direction as said longitudinal axis (X-X') and with outward facing concavity; - the plane (P1) containing the two end generatrixes of the cylinder fraction of the second side , together with plane (P2) containing the two end generatrixes of said cylinder fraction of the wave transducer , forms a nonzero acute angle β. - said series has a curved surface and is in the form of a cylinder fraction of same direction as said longitudinal axis (X-X') and with outward facing concavity; - the plane (P1) containing the two end generatrixes of the cylinder fraction of the second side , together with plane (P2) containing the two end generatrixes of said cylinder fraction of the wave transducer , forms a nonzero acute angle β.
A combination of a double joining device, suitable for central panels of furniture and furnishing items, with at least three panels said panels having seats (S1, S1', S2,S2'), said panels comprising a first panel , forming a shoulder of a piece of furniture, and a pair of second panels , forming each a base or shelf of a piece of furniture, positioned on opposite sides of the first panel , which must be moved towards each other according to an approach direction (d,d') in order to bring the edge (B,B') of one panel abutted in a tightening position against a surface (S,S') of the other panel, wherein said joining device comprises at least two blocking groups (GB) and one connection group (GC) assembled on said panels , said double joining device comprises two blocking groups (GB) inserted inside respective seats (S1,S1'), adjacent and contained in the thickness (SP) of the first panel on which said blocking groups (GB) are applied, said seats (S1,S1') having a longitudinal axis (X) which is perpendicular to said direction (d,d'), and wherein each of said second panels receives a connection group (GC) which collaborates with a respective blocking group (GB), seats (S2,S2') of said second panels being positioned parallel to each other so as to collaborate with said blocking groups (GB) arranged adjacent in said first panel wherein each of the two blocking groups (GB) can be actuated from a first hole produced in said shoulder and that each of said connection groups (GC) can be coupled with said shoulder from a second hole produced in said shoulder , said two holes (37,38; 37',38') being spaced from each other and horizontal, wherein each blocking group (GB) comprises a pinion-toothed crown bevel , which is housed in a casing positioned in a pair of adjacent holes or seats (S1,S1') of said shoulder and which controls the movement of a grub screw suitable for being engaged on a respective pin of each of the two connection groups (GC). wherein each of the two blocking groups (GB) can be actuated from a first hole produced in said shoulder and that each of said connection groups (GC) can be coupled with said shoulder from a second hole produced in said shoulder , said two holes (37,38; 37',38') being spaced from each other and horizontal, wherein each blocking group (GB) comprises a pinion-toothed crown bevel , which is housed in a casing positioned in a pair of adjacent holes or seats (S1,S1') of said shoulder and which controls the movement of a grub screw suitable for being engaged on a respective pin of each of the two connection groups (GC).
Device adapted to accumulate a thermally treated fluid, wherein the device comprises: - a containment chamber of said thermally treated fluid ; - at least one separator , wherein said separator is a plate arranged with a substantially vertical development in the containment chamber, and connected to the lateral walls of the chamber, said at least one separator being adapted to divide said chamber in at least two parts, and to leave openings at the opposite upper and lower end of said chamber, through which openings the fluid can pass in order to determine a rotatory circulation of the fluid in the cross direction in said chamber; - at least one heat exchange element arranged in the containment chamber, in one only of said at least two parts of the chamber. - a containment chamber of said thermally treated fluid ; - at least one separator , wherein said separator is a plate arranged with a substantially vertical development in the containment chamber, and connected to the lateral walls of the chamber, said at least one separator being adapted to divide said chamber in at least two parts, and to leave openings at the opposite upper and lower end of said chamber, through which openings the fluid can pass in order to determine a rotatory circulation of the fluid in the cross direction in said chamber; - at least one heat exchange element arranged in the containment chamber, in one only of said at least two parts of the chamber.
A device for obtaining a three-dimensional, 3D, image, the device comprising: a projector configured to project light comprising a preset pattern to an object; a first camera configured to sense light reflected and fed back by the object to obtain a depth image; a second camera configured to obtain a color image of the object; a motion sensor configured to sense a motion of the device ; and a processor configured to obtain a color image and a plurality of depth images of the object by changing at least one of parameters about the light projected by the projector or the light sensed by the first camera , and, when the sensed motion of the device is less than a threshold, merge pieces of depth information respectively obtained from the plurality of depth images with each other, and obtain a 3D image of the object, based on the merged pieces of depth information and the obtained color image. a projector configured to project light comprising a preset pattern to an object; a first camera configured to sense light reflected and fed back by the object to obtain a depth image; a second camera configured to obtain a color image of the object; a motion sensor configured to sense a motion of the device ; and a processor configured to obtain a color image and a plurality of depth images of the object by changing at least one of parameters about the light projected by the projector or the light sensed by the first camera , and, when the sensed motion of the device is less than a threshold, merge pieces of depth information respectively obtained from the plurality of depth images with each other, and obtain a 3D image of the object, based on the merged pieces of depth information and the obtained color image.
A method for milling off layers of an asphalt or concrete traffic surface with a milling machine - by milling the ground surface along a predetermined milling track, - by transporting the milled material via a conveying device to at least one container of a truck that travels along next to the milling machine , said truck having a predetermined maximum loading volume per load, and - by replacing a fully loaded truck with an unloaded truck when the maximum loading volume of a truck load has been reached, characterized by controlling the travel speed and direction of the truck as a function of - the cutting depth and cutting width of the milling machine, the maximum payload of the truck, and the density of the milled material, and the advance speed and position of the milling machine . - by milling the ground surface along a predetermined milling track, - by transporting the milled material via a conveying device to at least one container of a truck that travels along next to the milling machine , said truck having a predetermined maximum loading volume per load, and - by replacing a fully loaded truck with an unloaded truck when the maximum loading volume of a truck load has been reached, - the cutting depth and cutting width of the milling machine, the maximum payload of the truck, and the density of the milled material, and the advance speed and position of the milling machine .
An electromagnetic locking element for locking a joint orthosis or joint prosthesis, in particular a knee orthosis or knee prosthesis, comprising: - a solenoid with at least one coil (L1, L2) and at least one permanent magnet (PM1, PM2); - a pin , which can be retracted and extended with the aid of the solenoid for locking the joint, - one or several electrical energy stores (C1, C2, C3, C4), in particular capacitors, - an electrical control system, which, with the aid of semiconductor switches , discharges the energy store or stores (C1, C2, C3, C4) via the at least one coil (L1, L2) of the solenoid in such a way that the pin is extended, characterized in that the solenoid is designed to be bistable for retracting and extending the pin , and that the locking has a spring system with a first spring (F1), which exerts a force on the armature or armatures of the solenoid towards the central stroke position when in a first stroke end position, and a second spring (F2), which exerts a force on the armature or armatures towards the central stroke position when in a second stroke end position, wherein the armature or armatures is/are held, permanently magnetized, against the spring force in both stroke end positions when no current is present, wherein the spring deflections of the first and second springs (F1, F2) are preferably different in length and/or the first and second springs (F1, F2) exert forces of different strength on the armature or armatures in the respective stroke end position and/or have spring rates of different size. - a solenoid with at least one coil (L1, L2) and at least one permanent magnet (PM1, PM2); - a pin , which can be retracted and extended with the aid of the solenoid for locking the joint, - one or several electrical energy stores (C1, C2, C3, C4), in particular capacitors, - an electrical control system, which, with the aid of semiconductor switches , discharges the energy store or stores (C1, C2, C3, C4) via the at least one coil (L1, L2) of the solenoid in such a way that the pin is extended, characterized in that the solenoid is designed to be bistable for retracting and extending the pin , and that the locking has a spring system with a first spring (F1), which exerts a force on the armature or armatures of the solenoid towards the central stroke position when in a first stroke end position, and a second spring (F2), which exerts a force on the armature or armatures towards the central stroke position when in a second stroke end position, wherein the armature or armatures is/are held, permanently magnetized, against the spring force in both stroke end positions when no current is present, wherein the spring deflections of the first and second springs (F1, F2) are preferably different in length and/or the first and second springs (F1, F2) exert forces of different strength on the armature or armatures in the respective stroke end position and/or have spring rates of different size.
A method of verifying operation of a meter for reading electrochemical test devices, comprising: obtaining a reference output signal indicative of a response generated at an electrochemical test device when the electrochemical test device reacts with a reference test fluid, wherein the reference test fluid is a bodily fluid sample and a non-control fluid; applying with the meter an algorithm to the reference output signal so as to obtain a reference test result, wherein the algorithm is for use in estimating an unknown concentration of an analyte in a sample of the reference test fluid; and determining whether the reference test result is valid on the basis of a predetermined range of acceptable readings so as to verify operation of the meter, further comprising storing the reference output signal in a memory of the meter . obtaining a reference output signal indicative of a response generated at an electrochemical test device when the electrochemical test device reacts with a reference test fluid, wherein the reference test fluid is a bodily fluid sample and a non-control fluid; applying with the meter an algorithm to the reference output signal so as to obtain a reference test result, wherein the algorithm is for use in estimating an unknown concentration of an analyte in a sample of the reference test fluid; and determining whether the reference test result is valid on the basis of a predetermined range of acceptable readings so as to verify operation of the meter, further comprising storing the reference output signal in a memory of the meter .