mhurhangee/ep-ind-claims huggingface dataset:
A delivery system (200, 301) for percutaneously delivering a heart valve prosthesis to a site of a native heart valve, the delivery system comprising: a delivery catheter (202, 301) including: an outer sheath (206, 341); an inner shaft (208, 343) slidably disposed within the outer sheath; and an orifice restriction mechanism (212, 303) coupled to a distal portion of the inner shaft, wherein the orifice restriction mechanism has a first state and an inflated second state; and a heart valve prosthesis including a valve member having a radially collapsed configuration and a radially expanded configuration, and a docking member having a radially collapsed configuration and a radially expanded configuration, wherein the orifice restriction mechanism (212, 303) is configured to be positioned within the docking member of the heart valve prosthesis after the docking member is in the radially expanded configuration within an annulus of the native heart valve, and wherein the orifice restriction mechanism is configured to temporarily replicate the operation of the native heart valve until the valve member is positioned within the docking member. a delivery catheter (202, 301) including: an outer sheath (206, 341); an inner shaft (208, 343) slidably disposed within the outer sheath; and an orifice restriction mechanism (212, 303) coupled to a distal portion of the inner shaft, wherein the orifice restriction mechanism has a first state and an inflated second state; and an outer sheath (206, 341); an inner shaft (208, 343) slidably disposed within the outer sheath; and an orifice restriction mechanism (212, 303) coupled to a distal portion of the inner shaft, wherein the orifice restriction mechanism has a first state and an inflated second state; and a heart valve prosthesis including a valve member having a radially collapsed configuration and a radially expanded configuration, and a docking member having a radially collapsed configuration and a radially expanded configuration, wherein the orifice restriction mechanism (212, 303) is configured to be positioned within the docking member of the heart valve prosthesis after the docking member is in the radially expanded configuration within an annulus of the native heart valve, and wherein the orifice restriction mechanism is configured to temporarily replicate the operation of the native heart valve until the valve member is positioned within the docking member.
Storage and transportation container for a radome comprising a top wall and bottom wall that are planar and parallel to one another and a peripheral wall, the set of these walls forming an enclosure, characterized in that the top wall has a closed curved outline and a surface of a dimension greater than that of the bottom wall whose outline forms a parallelogram and in that the container comprises a double peripheral wall, an inner wall in dome form and an outer wall at least partially inclined inwards from the top wall to the bottom wall.
A method of synchronizing a clock used by a first base station in a wireless audio conferencing system, comprising: scanning for a second base station for a predetermined period of time; detecting the second base station prior to the expiration of the predetermined period of time and checking a broadcast message transmitted by the second base station for a unique identifier; comparing by the first base station the unique identifier received from the second base station to a unique identifier of the first base station to determine that the unique identifier received from the second base station does not match the unique identifier of the first base station; If the unique identifiers do not match deriving by the first base station a clock signal from a signal produced by the second base station and the first base station retransmitting the unique identifier received from the second base station in a broadcast message. scanning for a second base station for a predetermined period of time; detecting the second base station prior to the expiration of the predetermined period of time and checking a broadcast message transmitted by the second base station for a unique identifier; comparing by the first base station the unique identifier received from the second base station to a unique identifier of the first base station to determine that the unique identifier received from the second base station does not match the unique identifier of the first base station; If the unique identifiers do not match deriving by the first base station a clock signal from a signal produced by the second base station and the first base station retransmitting the unique identifier received from the second base station in a broadcast message.
A method for manufacturing a wood-based panel comprising the following steps in the indicated order: • Provision of wood chips; • Breaking down the wood chips into wood fibers in a refiner for 3 to 20 minutes at a pressure of 4 to 16 bar; • Gluing the wood fibers with a phenolic resin, the ratio by weight based on the solids content of resin to wood fibers being 10 to 50 parts of resin to 100 parts of wood fibers; • Pre-compacting the fibers in a press at pressing temperatures below 110 °C to form chemically reactive fiber boards; and • Pressing the pre-compacted fiber boards into panels at temperatures between 130 and 180 °C. • Provision of wood chips; • Breaking down the wood chips into wood fibers in a refiner for 3 to 20 minutes at a pressure of 4 to 16 bar; • Gluing the wood fibers with a phenolic resin, the ratio by weight based on the solids content of resin to wood fibers being 10 to 50 parts of resin to 100 parts of wood fibers; • Pre-compacting the fibers in a press at pressing temperatures below 110 °C to form chemically reactive fiber boards; and • Pressing the pre-compacted fiber boards into panels at temperatures between 130 and 180 °C.
A nanoplatelet comprising a two-dimensional template comprising a first semiconductor nanocrystal; and a first shell comprising a second semiconductor nanocrystal disposed on a surface of the two-dimensional template, the second semiconductor nanocrystal having a composition different from the first semiconductor nanocrystal, wherein the second semiconductor nanocrystal comprises a Group III-V compound, wherein the nanoplatelet does not comprise cadmium, and wherein the two-dimensional template has a thickness of greater than or equal to 0.3 nm and less than or equal to 10 nm. a two-dimensional template comprising a first semiconductor nanocrystal; and a first shell comprising a second semiconductor nanocrystal disposed on a surface of the two-dimensional template, the second semiconductor nanocrystal having a composition different from the first semiconductor nanocrystal, wherein the second semiconductor nanocrystal comprises a Group III-V compound, wherein the nanoplatelet does not comprise cadmium, and wherein the two-dimensional template has a thickness of greater than or equal to 0.3 nm and less than or equal to 10 nm.
Transport pallet, in particular for air traffic, which essentially comprises a plate of square or rectangular shape, which is essentially made of plastic material in order to achieve a substantial reduction in weight, a plate-like core essentially formed by a plurality of sub-cores which are connected to each other via reinforcing elements made of reinforced mechanically-stable plastic to form a pallet base plate whose upper and lower main surfaces are bound by at least one mechanically high-strength layer of a fiber-reinforced composite plastic, or else which multi-part foam core is entirely sheathed, i.e. over its outer edges, by such a fiber-reinforced composite plastic outer layer, and wherein the side edges of the pallet base plate are reinforced by metal profiles, characterized in that the reinforcing elements are formed by at least two reinforcing or strengthening bars which intersect each other at an angle (α) in the range between 15° to 90° at two intersection points and are arranged at the respective intersection points, preferably via relative position stabilizing grooves, indentations, recesses, concavities or constrictions to form a plug-in connection with a reinforcing or strengthening bar made of a mechanically high-strength fiber-reinforced composite plastic, which hold the latter together in a stable position and arrangement and tightly bind them to each other, and embed or enclose or surround them on all sides by the plurality of plate-like cores formed of sub-cores made of the reinforced mechanically stable foam plastic, wherein the reinforcing or strengthening bars are formed substantially band-like, i.e. with a very wide or flat "I" cross-section with lateral oblong recesses or side grooves, wherein the mutually-intersecting reinforcing or strengthening bars are oriented essentially parallel or at an angle of 90° to the side edges of the pallet plate(s) or else in the direction of the diagonals thereof, and wherein the sub-cores of the foam plastic core, which are formed with the same foam plastic cores containing the reinforcing or strengthening bars and enclosing or sheathing the latter on each of their side edges where they lie against the reinforcing or strengthening bars and comprise the longitudinal elevations having the same cross-section adapted to the cross-sectional design, which in the above-mentioned corresponding lateral oblong recesses or edge grooves, engage the reinforcing or strengthening bars in a form-fitting and preferably also material-bonding means e.g. through foaming or bonding means, and wherein all the side edges of the pallet base plate are reinforced by either being pulled, pushed, or bonded into the composite plastic material, or else, reinforced by profiles made of light metal, aluminum or a high-strength aluminum alloy, being pulled, pushed, and/or bonded over the same.
Display method for visualizing in a single manipulation at least one marking of each ophthalmic lens within a spectacle frame, wherein: - the glasses are arranged between at least one light source and a display screen; - at least one light beam is emitted from the light sources and at least one associated collimating lens towards the display screen through each of the glasses in order to illuminate the glasses through at least one test pattern; - according to the case, the display screen and/or the light sources are subjected to a displacement that is substantially orthogonal to the direction of the light beam; - the beams collected through each glass are visualized on the display screen. - the glasses are arranged between at least one light source and a display screen; - at least one light beam is emitted from the light sources and at least one associated collimating lens towards the display screen through each of the glasses in order to illuminate the glasses through at least one test pattern; - according to the case, the display screen and/or the light sources are subjected to a displacement that is substantially orthogonal to the direction of the light beam; - the beams collected through each glass are visualized on the display screen.
An ultrasound imaging apparatus comprising: at least one processor configured to set a region of interest in an ultrasound image of an object, divide the ROI into a plurality of sections (610a, 610b,...), generate a plurality of spectral Doppler images (620a, 620b,...) respectively corresponding to the plurality of sections (610a, 610b,...), and determine, based on a peak velocity value of blood flow, a display order of a list of the plurality of spectral Doppler images (620a, 620b,...); and a display configured to display the ultrasound image of the object on a first region of the display and display, on a second region of the display, in the determined display order the spectral Doppler images (620a, 620b,...) whose peak velocity values of blood flow are greater than a preset value from among the plurality of spectral Doppler images (620a, 620b,...) of the list; the display being further configured to map corresponding indicators between the sections (610a, 610b,...) in the first region of the display and the spectral Doppler images (620a, 620b,...) in the second region of the display. at least one processor configured to set a region of interest in an ultrasound image of an object, divide the ROI into a plurality of sections (610a, 610b,...), generate a plurality of spectral Doppler images (620a, 620b,...) respectively corresponding to the plurality of sections (610a, 610b,...), and determine, based on a peak velocity value of blood flow, a display order of a list of the plurality of spectral Doppler images (620a, 620b,...); and a display configured to display the ultrasound image of the object on a first region of the display and display, on a second region of the display, in the determined display order the spectral Doppler images (620a, 620b,...) whose peak velocity values of blood flow are greater than a preset value from among the plurality of spectral Doppler images (620a, 620b,...) of the list; the display being further configured to map corresponding indicators between the sections (610a, 610b,...) in the first region of the display and the spectral Doppler images (620a, 620b,...) in the second region of the display.
A substrate stack holder, comprising: - a holding and separating device (11, 11', 11", 12, 12'), designed for holding a substrate stack during a separation process into substrate stack parts (1', 2') and for separating of the substrate stack parts (1', 2') from one another after the separation process, - a fixing device (17, 17', 117), designed for receiving and fixing the separated substrate stack parts (1', 2') after the separation process, characterised in that the fixing device (17, 17', 117) comprises on each side of the substrate stack at least one framework support (17, 17', 117) arranged parallel to the substrate stack with fixing elements for receiving and fixing the separated substrate stack parts (1', 2'), wherein the framework support (17, 17', 117) is spaced apart from the surface of the substrate stack before the separation process. - a holding and separating device (11, 11', 11", 12, 12'), designed for holding a substrate stack during a separation process into substrate stack parts (1', 2') and for separating of the substrate stack parts (1', 2') from one another after the separation process, - a fixing device (17, 17', 117), designed for receiving and fixing the separated substrate stack parts (1', 2') after the separation process, characterised in that the fixing device (17, 17', 117) comprises on each side of the substrate stack at least one framework support (17, 17', 117) arranged parallel to the substrate stack with fixing elements for receiving and fixing the separated substrate stack parts (1', 2'), wherein the framework support (17, 17', 117) is spaced apart from the surface of the substrate stack before the separation process.
Column shoe for securing building elements of concrete such as concrete columns to a base, which column shoe comprises a bolt housing, wherein the bolt housing comprises a baseplate provided with a through bolt hole for an anchor bolt, and wherein the bolt housing comprises an upper structure connected to the baseplate, and at least one attachment unit attached to the bolt housing for securing the column shoe and a building element together, wherein the bolt housing being provided with at least one socket member for attaching an additional anchoring means such as a dowel or a bar to the column shoe in addition to said at least one attachment unit and in addition to said anchor bolt, and wherein said socket member comprising a hole in the form of a cylindrical through hole for at least partly receiving said additional anchoring means, characterized by the hole having a first open end and an opposite second open end, by the hole being provided with an inner threading for co-operation with an outer threading of two additional anchoring means, by the inner threading extends between the first open end and the second open end over the whole length of the hole so that one additional anchoring means is attachable to the inner threading of the hole at the first open end of the hole and so that one additional anchoring means is attachable to the inner threading of the hole at the second open end of the hole.
A signal processing device, comprising: a sampling module (10; 20; 30) configured to sample an input signal to generate a sample signal; characterized by: a first segmentation module (12; 22; 32) configured to calculate a first segment value according to the sample signal during a first time interval; a second segmentation module (14; 24; 34) configured to calculate a second segment value according to the sample signal during a second time interval, wherein the length of the first time interval is different from that of the second time interval, wherein the second segment value is corresponding contemporary to the first segment value; and a detection module (16; 26; 36), coupled to the first segmentation module (12; 22; 32) and the second segmentation module (14; 24; 34), configured to generate a detection signal according to the determination of whether the first segment value lies out of a first range, and whether the second segment value lies out of a second range. a first segmentation module (12; 22; 32) configured to calculate a first segment value according to the sample signal during a first time interval; a second segmentation module (14; 24; 34) configured to calculate a second segment value according to the sample signal during a second time interval, wherein the length of the first time interval is different from that of the second time interval, wherein the second segment value is corresponding contemporary to the first segment value; and a detection module (16; 26; 36), coupled to the first segmentation module (12; 22; 32) and the second segmentation module (14; 24; 34), configured to generate a detection signal according to the determination of whether the first segment value lies out of a first range, and whether the second segment value lies out of a second range.
A method for connecting to a called terminal, comprising: receiving, by a target mobile switching center, MSC, a provide roaming number PRN message sent by a backup MSC corresponding to a faulty MSC, wherein the PRN message carries an instruction for initiating paging to a called terminal through a mobility management entity, and wherein the instruction comprises an address or an index of the MME or a circuit switched fallback, CSFB, identifier; and performing, by the target MSC, international mobile subscriber identity IMSI paging according to the instruction, so that an MME to which a called terminal is attached controls the called terminal to perform, CSFB, to complete a called connection. receiving, by a target mobile switching center, MSC, a provide roaming number PRN message sent by a backup MSC corresponding to a faulty MSC, wherein the PRN message carries an instruction for initiating paging to a called terminal through a mobility management entity, and wherein the instruction comprises an address or an index of the MME or a circuit switched fallback, CSFB, identifier; and performing, by the target MSC, international mobile subscriber identity IMSI paging according to the instruction, so that an MME to which a called terminal is attached controls the called terminal to perform, CSFB, to complete a called connection.
A centrifugal pump, comprising a pump casing with an inlet and an outlet, a shaft sealed and mounted with slide bearings to the pump casing, the shaft being movable in axial direction, at least one impeller fastened on the shaft for rotation therewith and a means for balancing axial forces; the balancing means comprising a balancing disc fastened on the shaft for rotation therewith and having an outer circumference, and a stationary counter member arranged in connection with the pump casing; the balancing disc and the counter member leaving therebetween a balancing cavity; the balancing disc having a first non-axial surface (50, 50') delimited to the outer circumference and the counter member having a second non-axial surface, the first and the second non-axial surfaces (50, 50'; 52) facing one another and leaving a thin gap therebetween, at least one of the first and the second non-axial surfaces (50, 50'; 52) being provided with at least one annular groove (54, 64, 74, 84', 84", 94'), wherein a throttling is arranged downstream of the balancing disc, characterized in that the counter member is provided with a counter ring having the second non-axial surface and/or the balancing disc is provided with an annular ring having the first non-axial surface.
A display method of a mobile device selection, comprising: receiving a location movement signal sent by a mobile device; determining a location, of a cursor focus of the mobile device, on a screen according to the location movement signal; and determining, according to the location, that the cursor focus moves toward a target icon, and thereafter calculating a distance between the cursor focus and the target icon; if the distance is greater than zero and is less than or equal to a first threshold, dynamically displaying, on the screen, that the target icon adsorbs the cursor focus; which means that a shape of the target icon is lengthened along a direction of the cursor focus and a shape of the cursor focus is lengthened along a direction of the target icon, the target icon and the cursor focus gradually converge; determining the distance between the cursor focus and the target icon is less than or equal to a second threshold, dynamically displaying, on the screen, a change of the target icon, wherein the second threshold is greater than the first threshold; and selecting the target icon if the distance between the cursor focus and the target icon is greater than zero and is less than or equal to the first threshold. receiving a location movement signal sent by a mobile device; determining a location, of a cursor focus of the mobile device, on a screen according to the location movement signal; and determining, according to the location, that the cursor focus moves toward a target icon, and thereafter calculating a distance between the cursor focus and the target icon; if the distance is greater than zero and is less than or equal to a first threshold, dynamically displaying, on the screen, that the target icon adsorbs the cursor focus; which means that a shape of the target icon is lengthened along a direction of the cursor focus and a shape of the cursor focus is lengthened along a direction of the target icon, the target icon and the cursor focus gradually converge; determining the distance between the cursor focus and the target icon is less than or equal to a second threshold, dynamically displaying, on the screen, a change of the target icon, wherein the second threshold is greater than the first threshold; and selecting the target icon if the distance between the cursor focus and the target icon is greater than zero and is less than or equal to the first threshold.