mhurhangee/ep-ind-claims huggingface dataset:
A transcatheter prosthesis (100, 200) having a radially compressed configuration for delivery within a vasculature and a radially expanded configuration for deployment within a native anatomy comprising: a frame (102, 202); a fixation member (106, 206) extending outwardly from an outer surface of the frame (102, 202); and a resilient elongate member (108, 208) slidably disposed within the fixation member (106, 206), the resilient elongate member (108, 208) having a radially contracted state when in tension and a radially expanded state when relaxed, wherein the resilient elongate member (108, 208) in the radially contracted state is configured to hold the prosthesis in the radially compressed configuration and, wherein at least the resilient elongate member (108, 208) in the radially expanded state provides a seal between the prosthesis and the native anatomy when the prosthesis is in the radially expanded configuration, and wherein the resilient elongate member (108, 208) has a generally helical path about the outer surface of the frame (102, 202). a frame (102, 202); a fixation member (106, 206) extending outwardly from an outer surface of the frame (102, 202); and a resilient elongate member (108, 208) slidably disposed within the fixation member (106, 206), the resilient elongate member (108, 208) having a radially contracted state when in tension and a radially expanded state when relaxed, wherein the resilient elongate member (108, 208) in the radially contracted state is configured to hold the prosthesis in the radially compressed configuration and, wherein at least the resilient elongate member (108, 208) in the radially expanded state provides a seal between the prosthesis and the native anatomy when the prosthesis is in the radially expanded configuration, and wherein the resilient elongate member (108, 208) has a generally helical path about the outer surface of the frame (102, 202).
A flight control system of an aircraft, comprising: a flight control device; a sensor configured to detect a first parameter as at least one of a plurality of parameters changed based on a flight condition of the aircraft; a limitation flight control position calculating section configured to calculate a limitation flight control position of said flight control device when said first parameter reaches a limitation value, based on the detection result of said sensor; a reaction force generating command calculating section configured to generate a reaction force generating command based on a flight control position of said flight control device and said limitation flight control position; a reaction force generating actuator configured to change a reaction force which a pilot receives when carrying out a flight control input to said flight control device, in response to said reaction force generating command; an inner loop command calculating section configured to generate an inner loop command based on said flight control position; and a control surface actuator configured to drive a control surface of said aircraft in response to a control surface command obtained from said flight control position and said inner loop command. a flight control device; a sensor configured to detect a first parameter as at least one of a plurality of parameters changed based on a flight condition of the aircraft; a limitation flight control position calculating section configured to calculate a limitation flight control position of said flight control device when said first parameter reaches a limitation value, based on the detection result of said sensor; a reaction force generating command calculating section configured to generate a reaction force generating command based on a flight control position of said flight control device and said limitation flight control position; a reaction force generating actuator configured to change a reaction force which a pilot receives when carrying out a flight control input to said flight control device, in response to said reaction force generating command; an inner loop command calculating section configured to generate an inner loop command based on said flight control position; and a control surface actuator configured to drive a control surface of said aircraft in response to a control surface command obtained from said flight control position and said inner loop command.
Method for reinforcing the attachment of a crosspiece, of transverse axis, of a torsionally resilient axle to a longitudinal arm of said axle, at least one transverse end section of the crosspiece being formed by a metal wall having a closed profile that ends in a free end edge of closed outline, the free end edge being attached along its entire length to the surface of the longitudinal arm, the free edge having at least one first portion (36A, 36B), referred to as "highly loaded portion", and at least one second portion (38A, 38B), referred to as "lightly loaded portion", characterized in that it comprises, after attachment of the crosspiece to the longitudinal arm, an operation of realizing a contraction of at least one zone, referred to as a prestress zone, of the wall of the crosspiece located transversely at a distance from the at least one lightly loaded portion (38A, 38B) of the free edge to create a transverse tensile prestress in a first part of the crosspiece wall tending to move the at least one lightly loaded portion (38A, 38B) away from the surface of the arm, this contraction creating, in reaction, a transverse compressive prestress in a second part of the crosspiece wall tending to clamp the at least one highly loaded portion (36A, 36B) of the free edge against the surface of the arm, the free end edge having two highly loaded portions (36A, 36B) arranged in a diametrically opposed manner with respect to the main axis of the crosspiece and two lightly loaded portions (38A, 38B) arranged circumferentially, alternating with each highly loaded portion (36A, 36B), the crosspiece having two separate prestress zones each arranged parallel to one of the associated lightly loaded portions (38A, 38B), the operation of realizing a contraction of the prestress zone comprising the realization of a prestressing weld bead which is in each prestress zone arranged generally parallel to each lightly loaded portion of the free edge and at a distance from each lightly loaded portion (38A, 38B) of the free edge.
A method of a user equipment for a Universal Mobile Telecommunications System, UMTS, mobile communications system, the mobile communication system defining a dedicated channel, DCH, active set comprising at least one cell and an enhanced-dedicated channel, E-DCH, active set comprising at least one cell, the method being performed by the user equipment and comprising: performing a power measurement of a first pilot signal from a first cell that is not included in the E-DCH active set but is included in the DCH active set and performing a power measurement of a second pilot signal from a second cell that is included in the E-DCH active set, determining that an event has been triggered when the first pilot signal becomes better than the second pilot signal; and sending, to a radio access network of the UMTS mobile communication system, a measurement report comprising measured results based on said measurements. performing a power measurement of a first pilot signal from a first cell that is not included in the E-DCH active set but is included in the DCH active set and performing a power measurement of a second pilot signal from a second cell that is included in the E-DCH active set, determining that an event has been triggered when the first pilot signal becomes better than the second pilot signal; and sending, to a radio access network of the UMTS mobile communication system, a measurement report comprising measured results based on said measurements.
A surface acoustic wave device having electrodes disposed on a piezoelectric substrate, comprising: a sealing member having a peripheral wall (32a, 32b) disposed on the piezoelectric substrate in surrounding relation to the electrodes, and a top plate (34a, 34b) covering the peripheral wall (32a, 32b), the sealing member sealing the electrodes; and a sealing stiffener (40a, 40b) disposed on the piezoelectric substrate in facing relation to a liquid material imposed on a propagation path on the piezoelectric substrate and which extends parallel to a wall portion of the peripheral wall (32a, 32b) facing the propagation path; wherein a portion of the peripheral wall (32a, 32b) facing the top plate (34a, 34b) is bonded by an adhesive in the top plate (34a, 34b); an end (35a, 35b) of the top plate (34a, 34b) facing the propagation path extends toward the propagation path beyond the wall portion of the peripheral wall (32a, 32b) facing the propagation path, and a gap (38a, 38b) which is defined between the end (35a, 35b) and the piezoelectric substrate is filled with the sealing stiffener (40a, 40b) and the sealing stiffener (40a, 40b) is applied to the wall portion of the peripheral wall (32a, 32b) facing the propagation path. a sealing member having a peripheral wall (32a, 32b) disposed on the piezoelectric substrate in surrounding relation to the electrodes, and a top plate (34a, 34b) covering the peripheral wall (32a, 32b), the sealing member sealing the electrodes; and a sealing stiffener (40a, 40b) disposed on the piezoelectric substrate in facing relation to a liquid material imposed on a propagation path on the piezoelectric substrate and which extends parallel to a wall portion of the peripheral wall (32a, 32b) facing the propagation path; wherein a portion of the peripheral wall (32a, 32b) facing the top plate (34a, 34b) is bonded by an adhesive in the top plate (34a, 34b); an end (35a, 35b) of the top plate (34a, 34b) facing the propagation path extends toward the propagation path beyond the wall portion of the peripheral wall (32a, 32b) facing the propagation path, and a gap (38a, 38b) which is defined between the end (35a, 35b) and the piezoelectric substrate is filled with the sealing stiffener (40a, 40b) and the sealing stiffener (40a, 40b) is applied to the wall portion of the peripheral wall (32a, 32b) facing the propagation path.
A method for the structure-based or rational design of an agonist or antagonist of HDAC that makes use of the interaction of an Adaptor protein containing PH domain, PTB domain, and Leucine zipper motif (APPL) or an APPL-related protein with a histone deacetylase (HDAC) enzyme, said method comprising the steps: a) probing the structure of the ligand binding site on HDAC with APPL or APPL-related proteins; b) identifying contacting atoms in the ligand binding site of the HDAC enzyme that interact with the APPL ligand during binding; c) design test compounds that interact with the atoms identified in (b) to modulate the activity of the HDAC enzyme; and d) contact said designed test compound with HDAC or a functional fragment thereof, to measure the capability of said compound to modulate the HDAC activity, wherein the HDAC enzyme is an isolated polypeptide comprising the amino acid sequence SEQ ID NO: 5, SEQ ID NO: 6, or SEQ ID NO: 7, and wherein the APPL or APPL-related protein is an isolated polypeptide comprising amino acid sequence SEQ ID NO: 2 or SEQ ID NO: 3. a) probing the structure of the ligand binding site on HDAC with APPL or APPL-related proteins; b) identifying contacting atoms in the ligand binding site of the HDAC enzyme that interact with the APPL ligand during binding; c) design test compounds that interact with the atoms identified in (b) to modulate the activity of the HDAC enzyme; and d) contact said designed test compound with HDAC or a functional fragment thereof, to measure the capability of said compound to modulate the HDAC activity,
Method for the computer-aided optimization for tool transporting operations for at least one tool magazine which has a number of magazine locations and which can be used for a machine tool which is used to produce one or more workpieces using the tools provided by a magazine device at a provision location, having the following steps: a) detecting a quantity of tools, b) detecting the space required for each tool, c) detecting a quantity of magazine locations which can be occupied for each tool, d) detecting a permissible initial magazine occupancy, wherein an initial magazine location is detected for each tool, e) detecting the permissible target magazine occupancy, wherein target magazine locations are detected for at least one subset of the detected quantity of tools for which a tool transporting operation is to be carried out, f) detecting a quantity of transportation time periods which are respectively required by a movement of the magazine device from one magazine location to another magazine location, g) determining a subset of tool transporting operations for which a transportation sequence can be specified or is specified, so that in this transportation sequence the tools can be moved to their target magazine location without a collision in respect of the space required by their occupied magazine location, and h) optimizing the transportation sequence for this subset of tool transporting operations in such a way that the sum of the transportation time periods required for these tool transporting operations is minimized, wherein the tool transporting operations are carried out on the basis of the optimized transportation sequence. a) detecting a quantity of tools, b) detecting the space required for each tool, c) detecting a quantity of magazine locations which can be occupied for each tool, d) detecting a permissible initial magazine occupancy, wherein an initial magazine location is detected for each tool, e) detecting the permissible target magazine occupancy, wherein target magazine locations are detected for at least one subset of the detected quantity of tools for which a tool transporting operation is to be carried out, f) detecting a quantity of transportation time periods which are respectively required by a movement of the magazine device from one magazine location to another magazine location, g) determining a subset of tool transporting operations for which a transportation sequence can be specified or is specified, so that in this transportation sequence the tools can be moved to their target magazine location without a collision in respect of the space required by their occupied magazine location, and h) optimizing the transportation sequence for this subset of tool transporting operations in such a way that the sum of the transportation time periods required for these tool transporting operations is minimized,
Box system with five rectangular plastic elements, in particular a rectangular base plate, two short side walls, two long side walls and with a lid, wherein the plastic elements are connected via non-movable hinge elements and eight extruded and cut-to-length solid rods of different lengths, characterized in that the base plate has a circumferential T-rib frame which receives the non-movable hinge sleeves as stabilization support on the front side, wherein longitudinal ribs are integrated on the base plate and stabilization sleeves are integrated on the underside, which are also fitted with a further solid bar when two base plates are joined together, wherein the short side walls and the long side walls are likewise circumferentially framed with the T-rib frame, on which the non-movable hinge sleeves are arranged on the front side, wherein the short side walls and the long side walls have two grip pockets which are arranged recessed in a side wall geometry and are arranged opposite the long side and under the circumferential T-rib frame and once to the left and once to the right of the continuous side wall geometry, wherein a longitudinal foot is provided on the underside of the base plate and there on each side for centering with the hinge sleeves arranged on the front sides, and wherein the base plate and the short side walls and the long side walls have small mounting latching cams in the region of the hinge sleeves with which the solid bars are anchored.
A method for processing an endless belt having a belt body made of metal, wherein the endless belt comprises a belt inside and a belt outside as well as lateral edges connecting the belt inside and the belt outside, in a region around a point, at which the endless belt has a smaller thickness than in another region of the endless belt, material is removed, such that an amount of a gradient of a thickness deviation (Δd) in the longitudinal direction (x) and/or transverse direction of the endless belt is in each case less than or equal to 1: 1000, in particular less than or equal to 1:4000 or 1:5000, wherein the removal of the material is carried out by means of grinding, characterized in that, simultaneously with a removal of the material, the endless belt is straightened in the region in which the material is removed, such that an amount of a slope of a flatness deviation (Δp) of the endless belt in the longitudinal direction (x) and/or transverse direction of the endless belt is smaller than or equal to 1:500, in particular smaller than or equal to 1:1000, wherein the region of the endless belt in which the material is removed is arranged between a rotating grinding head and a base plate.
A fan assembly for creating an air current, the fan assembly comprising an air outlet mounted on a stand comprising a base (38, 40) and a body tiltable relative to the base from an untilted position to a tilted position, the fan assembly having a centre of gravity located so that when the base is located on a substantially horizontal support surface, the projection of the centre of gravity on the support surface is within the footprint of the base when the body is in a fully tilted position, and the body of the stand comprises means for creating an air flow through the fan assembly, the means for creating an air flow comprising an impeller, a motor for driving the impeller and a diffuser located downstream from the impeller, characterised in that the fan assembly comprises interlocking means for retaining the body on the base, the interlocking means comprising a first plurality of substantially L-shaped locking members (146, 150) located on the base and a second plurality of substantially L-shaped locking members (186, 190) located on the body and which are retained by the first plurality of locking members, each locking member comprising a curved flange.
A fluid collection device to collect the urine of an individual and deliver it to a fluid storage container, the device to be worn under clothing and comprising: a fluid impermeable barrier at least partially defining a chamber, the fluid impermeable barrier also defining an opening extending therethrough, the opening configured to be positioned adjacent to a female urethra or have a male urethra positioned therethrough; a conduit at least partially disposed in the chamber, the conduit defining at least one aperture therein that allow an interior of the conduit to be in fluid communication with the chamber; a valve including a first aperture coupled to the conduit and a second aperture that in use is in fluid communication with the fluid storage container and at least one of a gas source and a vacuum source, the valve configured to selectively control gas flow through the conduit responsive to actuation of the valve, the valve being switchable between a first state and a second state, wherein the valve completely restricts flow of a gas through the conduit when the valve is in the first state and restricts the flow of the fluid through the conduit less than completely when the valve is in the second state; and an actuator coupled to or integrally formed with the valve, which actuator can be manipulated by the individual to switch the valve between its first and second states; and further wherein: the valve includes at least one bleeder outlet that is configured to enable gas flow between the at least one bleeder outlet and the second aperture of the valve when the gas flow through the conduit is completely restricted by the valve. a fluid impermeable barrier at least partially defining a chamber, the fluid impermeable barrier also defining an opening extending therethrough, the opening configured to be positioned adjacent to a female urethra or have a male urethra positioned therethrough; a conduit at least partially disposed in the chamber, the conduit defining at least one aperture therein that allow an interior of the conduit to be in fluid communication with the chamber; a valve including a first aperture coupled to the conduit and a second aperture that in use is in fluid communication with the fluid storage container and at least one of a gas source and a vacuum source, the valve configured to selectively control gas flow through the conduit responsive to actuation of the valve, the valve being switchable between a first state and a second state, wherein the valve completely restricts flow of a gas through the conduit when the valve is in the first state and restricts the flow of the fluid through the conduit less than completely when the valve is in the second state; and an actuator coupled to or integrally formed with the valve, which actuator can be manipulated by the individual to switch the valve between its first and second states; and further wherein: the valve includes at least one bleeder outlet that is configured to enable gas flow between the at least one bleeder outlet and the second aperture of the valve when the gas flow through the conduit is completely restricted by the valve.
A nuclear assay counter comprising one or more neutron detector modules, each neutron detector module comprising a neutron moderating block having a plurality of neutron detector blades embedded therein, wherein each neutron detector blade comprises: a conversion layer (4a, 4b) comprising a mixture of a neutron absorbing material and a scintillation material; a wavelength-shifting light-guide arranged to receive photons emitted from the scintillation material; and a photodetector optically coupled to the light-guide and arranged to detect photons generated as a result of neutron absorption events in the conversion layer, wherein neighbouring neutron detector blades in the one or more neutron detector modules are separated by an amount within a range of 0.5 cm to 10 cm, wherein the one or more neutron detector modules are arranged so that the neutron detector blades at least partially surround a sample volume for receiving a sample from which neutrons are to be detected.
A refrigerator box body, wherein the refrigerator box body comprises mounting bases used to mount hinges, a box housing provided with an upward opening, and an opening frame connected to the opening of the box housing, a side plate of the box housing is opened with mounting ports penetrating the side plate of the box housing along the thickness direction, the mounting bases are arranged within the mounting ports, the mounting bases are provided with depressions with concave sides toward an inside of the box housing, the hinges are mounted within the depressions, the mounting bases are provided with guide grooves, side edges of the mounting ports are inserted into the guide grooves to connect the mounting bases and the box housing, an edge of the opening frame abuts against upper sides of the mounting bases; characterized in that the mounting bases comprise a mounting housing and mounting plates provided on left and right sides of the mounting housing, the depressions are provided on the mounting housing, the guide grooves are provided in the mounting plates, and side edges of the mounting ports are inserted into the guide grooves to connect the mounting bases and the box housing.