mhurhangee/patent-ind-claim-en huggingface dataset:
A prosthesis for a cardiac atrio-ventricular valve, comprising valve leaflets, the prosthesis comprising: a support structure having a peripheral wall which defines a through-hole, a valve structure which is supported by the support structure and which comprises prosthetic leaflets (220a - 220c) which are configured to selectively close the through-hole of the support structure so as to restore, during use, the functionality of a unidirectional valve, and an anchoring member (525D; 525F; 525H) which is separate from the support structure , the anchoring member (525D; 525F; 525H) and the support structure being configured so as to be coupled to each other, after implantation in the body of a patient, characterised in that the anchoring member (525D; 525F; 525H) and the support structure co-operate in order to entrap and lock the valve leaflets (135a - 135b) of the cardiovascular valve of the patient between the peripheral wall of the support structure and the anchoring member (525D; 525F; 525H) so as to keep the prosthesis in position, wherein the anchoring member (525D; 525F; 525H) has a composite structure comprising a main structure (530; 540; 550) and a closure structure (535-537; 545; 555), the composite structure allowing provision of an open configuration during positioning of the anchoring member (525D; 525F; 525H) around the atrio-ventricular valve and of a closed configuration when the anchoring member (525D; 525F; 525H) is coupled to the support structure . a support structure having a peripheral wall which defines a through-hole, a valve structure which is supported by the support structure and which comprises prosthetic leaflets (220a - 220c) which are configured to selectively close the through-hole of the support structure so as to restore, during use, the functionality of a unidirectional valve, and an anchoring member (525D; 525F; 525H) which is separate from the support structure , the anchoring member (525D; 525F; 525H) and the support structure being configured so as to be coupled to each other, after implantation in the body of a patient, characterised in that the anchoring member (525D; 525F; 525H) and the support structure co-operate in order to entrap and lock the valve leaflets (135a - 135b) of the cardiovascular valve of the patient between the peripheral wall of the support structure and the anchoring member (525D; 525F; 525H) so as to keep the prosthesis in position, wherein the anchoring member (525D; 525F; 525H) has a composite structure comprising a main structure (530; 540; 550) and a closure structure (535-537; 545; 555), the composite structure allowing provision of an open configuration during positioning of the anchoring member (525D; 525F; 525H) around the atrio-ventricular valve and of a closed configuration when the anchoring member (525D; 525F; 525H) is coupled to the support structure .
A method for producing a conjugated diene polymer comprising polymerizing at least a conjugated diene monomer using a living radical polymerization method to produce a conjugated diene polymer that comprises a halogen atom at a terminal of a polymer chain, a living radical polymerization reaction being initiated using a copper salt, a multidentate ligand that comprises a nitrogen atom having an sp 2 hybridized orbital as a coordinating atom, and an organic halide, and the living radical polymerization reaction being effected in the presence of a radical generator and/or a reducing agent, to produce the conjugated diene polymer having a number average molecular weight (Mn) of 1,000 to 1,000,000 and a molecular weight distribution (Mw/Mn) of less than 2.0, wherein the reducing agent is metallic copper or an organic acid, and the number average molecular weight (Mn) and the molecular weight distribution (Mw/Mn) refer to standard polystyrene-equivalent values determined by gel permeation chromatography using tetrahydrofuran as an eluent. wherein the reducing agent is metallic copper or an organic acid, and the number average molecular weight (Mn) and the molecular weight distribution (Mw/Mn) refer to standard polystyrene-equivalent values determined by gel permeation chromatography using tetrahydrofuran as an eluent.
A method of manufacturing timepiece components comprising the following steps: a) providing a substrate comprising a first silicon layer , a second silicon layer and, in between, an intermediate silicon oxide layer , b) etching the first silicon layer to form therein the timepiece components, c) releasing from the substrate a wafer formed by at least all or part of the etched, first silicon layer and comprising the timepiece components, d) thermally oxidizing and then deoxidizing the timepiece components, e) forming by thermal oxidation or deposition a silicon oxide layer on the timepiece components, and f) detaching the timepiece components from the wafer . a) providing a substrate comprising a first silicon layer , a second silicon layer and, in between, an intermediate silicon oxide layer , b) etching the first silicon layer to form therein the timepiece components, c) releasing from the substrate a wafer formed by at least all or part of the etched, first silicon layer and comprising the timepiece components, d) thermally oxidizing and then deoxidizing the timepiece components, e) forming by thermal oxidation or deposition a silicon oxide layer on the timepiece components, and f) detaching the timepiece components from the wafer .
An on-body system for sensing an analyte in a living body, comprising: a cover at least partially containing a continuous glucose monitoring sensor having a microcontroller , the cover having a first bottom surface adapted to be adhered to a first area of a user's body; and an e-paper display ; wherein the cover has a recess for removably receiving the e-paper display ; wherein the e-paper display is adapted to be coupled to a second area of a user's body and adapted to display data transmitted by the microcontroller ; and wherein the microcontroller includes a transceiver compatible with a transceiver integral with the e-paper display , wherein the transceivers are configured to use a capacitively coupled personal area network (PAN) to transceive data between microcontroller and the e-paper display through the user's skin. a cover at least partially containing a continuous glucose monitoring sensor having a microcontroller , the cover having a first bottom surface adapted to be adhered to a first area of a user's body; and an e-paper display ; wherein the cover has a recess for removably receiving the e-paper display ; wherein the e-paper display is adapted to be coupled to a second area of a user's body and adapted to display data transmitted by the microcontroller ; and wherein the microcontroller includes a transceiver compatible with a transceiver integral with the e-paper display , wherein the transceivers are configured to use a capacitively coupled personal area network (PAN) to transceive data between microcontroller and the e-paper display through the user's skin.
An energy storage device equipped with a container having a container body and a lid body which closes an opening of the container body , wherein an elongated welded part which is a welded portion between the container body and the lid body is formed on the container , the welded part has a first welded part and a second welded part arranged in a row in a lengthwise direction of the welded part , a width of the second welded part in a widthwise direction of the welded part is set larger than a width of the first welded part in the widthwise direction, being characterised by : a gas release vent is disposed on the lid body , the second welded part being disposed only on a lateral side or both lateral sides of the gas release vent and including an entire length of the gas release vent in the lengthwise direction as viewed from the lateral side, and a length of the second welded part in the lengthwise direction being set larger than a length of the gas release vent in the lengthwise direction. a gas release vent is disposed on the lid body , the second welded part being disposed only on a lateral side or both lateral sides of the gas release vent and including an entire length of the gas release vent in the lengthwise direction as viewed from the lateral side, and a length of the second welded part in the lengthwise direction being set larger than a length of the gas release vent in the lengthwise direction.
Key for activating a lock cylinder with a key bow and a key shaft extending from the key bow , wherein the key shaft comprises a pivotable activation component for activating a tumbler , whereby the pivot axis of the activation component intersects the side surfaces of the key shaft at an angle, characterized in that the activation component comprises two wing-like activation elements that are non-rotatably connected to each another and which extend from the pivot axis in different directions, especially radially, wherein by means of the activation elements a movement or torque can be guided through the key shaft .
A curable ink composition for forming a three-dimensional object via a digital additive manufacturing system, the composition comprising: greater than about 30 weight % of one or more oligomers, at least two monomers comprising a lowest viscosity monomer and a highest viscosity monomer, one or more photoinitiators, and optionally, one or more additives, wherein the ratio of the weight % of the total amount of oligomers to the weight % of the total amount of monomers is at least about 0.5, and further wherein the ratio of the weight % of the lowest viscosity monomer to the weight % of the highest viscosity monomer is at least about 5, wherein each oligomer has a viscosity in the range from 1,000 mPa s (cP) to 20,000 mPa s (cP) at 25 °C and 10 rad/s, and wherein the curable ink composition does not comprise a wax. greater than about 30 weight % of one or more oligomers, at least two monomers comprising a lowest viscosity monomer and a highest viscosity monomer, one or more photoinitiators, and optionally, one or more additives, wherein the ratio of the weight % of the total amount of oligomers to the weight % of the total amount of monomers is at least about 0.5, and further wherein the ratio of the weight % of the lowest viscosity monomer to the weight % of the highest viscosity monomer is at least about 5, wherein each oligomer has a viscosity in the range from 1,000 mPa s (cP) to 20,000 mPa s (cP) at 25 °C and 10 rad/s, and wherein the curable ink composition does not comprise a wax.
A method comprising: obtaining , by a terrestrial scheduler of a server system, configuration data for one or more satellites associated with the server system, wherein each satellite from among the one or more satellites comprises an aerial scheduler configured to exchange communications with the terrestrial scheduler; identifying , by the terrestrial scheduler, i) multiple objectives corresponding to a task to be performed using the satellites, and ii) resource parameters associated with executing the task to be performed using the satellites; computing , by the terrestrial scheduler, a score for each objective included in the multiple objectives based on the resource parameters and the configuration data for the one or more satellites, each score representing a prioritization of a corresponding objective from among the multiple objectives; assigning , by the terrestrial scheduler, the multiple objectives to one or more of the satellites based on the scores for the objectives; and providing , by the terrestrial scheduler and to the aerial schedulers of the one or more satellites, instructions that, when received by the one or more satellites, cause the one or more satellites to execute the task according to the assignment of the objectives to the one or more satellites, wherein the instructions cause the one or more satellites to configure antennas parameters or to configure radio tuning parameters of the one or more satellites. obtaining , by a terrestrial scheduler of a server system, configuration data for one or more satellites associated with the server system, wherein each satellite from among the one or more satellites comprises an aerial scheduler configured to exchange communications with the terrestrial scheduler; identifying , by the terrestrial scheduler, i) multiple objectives corresponding to a task to be performed using the satellites, and ii) resource parameters associated with executing the task to be performed using the satellites; computing , by the terrestrial scheduler, a score for each objective included in the multiple objectives based on the resource parameters and the configuration data for the one or more satellites, each score representing a prioritization of a corresponding objective from among the multiple objectives; assigning , by the terrestrial scheduler, the multiple objectives to one or more of the satellites based on the scores for the objectives; and providing , by the terrestrial scheduler and to the aerial schedulers of the one or more satellites, instructions that, when received by the one or more satellites, cause the one or more satellites to execute the task according to the assignment of the objectives to the one or more satellites, wherein the instructions cause the one or more satellites to configure antennas parameters or to configure radio tuning parameters of the one or more satellites.
A method of graphics processing, comprising: adaptively rendering at least one tile of a current frame based on speed determined by comparing the current frame to a previous frame and characterized in that the adaptively rendering at least one tile of a current frame comprises: determining, on a tile-by-tile basis, a relative speed of objects as measured in screen space co-ordinates or pixels in a current frame relative to a previous frame; classifying each tile within the frame into one of at least three speed categories, the at least three categories including a quasi-static speed category, a medium speed category, and a high-speed category; making a sampling decision for each tile, based at least in part on the speed category associated with each tile, including whether the tile is to be sampled at a full resolution sampling rate of at least one sample per pixel in the current frame or sampled at a lower rate in the current frame; and rendering tiles of the current frame. determining, on a tile-by-tile basis, a relative speed of objects as measured in screen space co-ordinates or pixels in a current frame relative to a previous frame; classifying each tile within the frame into one of at least three speed categories, the at least three categories including a quasi-static speed category, a medium speed category, and a high-speed category; making a sampling decision for each tile, based at least in part on the speed category associated with each tile, including whether the tile is to be sampled at a full resolution sampling rate of at least one sample per pixel in the current frame or sampled at a lower rate in the current frame; and rendering tiles of the current frame.
A downhole wireline intervention tool for performing intervention in a well , comprising: - a wireline , - a motor powered by the wireline, - a positive displacement pump driven directly or indirectly by the motor for delivering a flow of fluid, - an expandable bladder expanded by fluid delivered by the positive displacement pump, and - a flow control device comprising an inlet , a piston and a venting port fluidly connected to the well, the piston being movable between a first position in which the venting port is fluidly connected to the expandable bladder and a second position in which the venting port is fluidly isolated from the expandable bladder for expanding the expandable bladder. - a wireline , - a motor powered by the wireline, - a positive displacement pump driven directly or indirectly by the motor for delivering a flow of fluid, - an expandable bladder expanded by fluid delivered by the positive displacement pump, and - a flow control device comprising an inlet , a piston and a venting port fluidly connected to the well, the piston being movable between a first position in which the venting port is fluidly connected to the expandable bladder and a second position in which the venting port is fluidly isolated from the expandable bladder for expanding the expandable bladder.
A method of digitally controlled application and fixation of dyestuff to a textile on a processing line, the method comprising: determining one or more parameters of a textile ; determining, by a processor , at least one dose setting for an array of flow channel dispensers of the processing line , wherein determining the at least one dose setting is based on the one or more parameters ; dispensing, by the array of flow channel dispensers, dyestuff onto the textile according to the at least one dose setting ; delivering energy to the textile to fix the dyestuff in the textile, and characterised in that an airflow is directed against a dispensing tip of each flow channel dispenser from which the dyestuff is dispensed to direct a dyestuff droplet into the internal structure of the textile . determining one or more parameters of a textile ; determining, by a processor , at least one dose setting for an array of flow channel dispensers of the processing line , wherein determining the at least one dose setting is based on the one or more parameters ; dispensing, by the array of flow channel dispensers, dyestuff onto the textile according to the at least one dose setting ; delivering energy to the textile to fix the dyestuff in the textile, and characterised in that an airflow is directed against a dispensing tip of each flow channel dispenser from which the dyestuff is dispensed to direct a dyestuff droplet into the internal structure of the textile .
Fastening element of an accessory part for a pail, wherein the fastening element extends along a circular arc, wherein the fastening element comprises a first profile element having a U-shaped cross-section with first and second profile legs, which are interconnected by a first profile web and are arranged opposite one another, wherein the first and the second profile legs have a first minimum distance from one another in a radial direction of the fastening element in a first receiving region for a first pail edge , which first receiving region is provided for the pail, wherein the fastening element comprises a second profile element having a U-shaped cross-section with third and fourth profile legs, which are interconnected by a second profile web and are arranged opposite one another, wherein the third and the fourth profile legs have a second minimum distance from one another in the radial direction in a second receiving region for a second pail edge , which second receiving region is provided for the pail, and wherein the second minimum distance is greater than the first minimum distance , wherein at least one abutment part is formed on at least one profile leg , wherein the abutment part is oriented towards the opposite profile leg of the respective profile element , characterised in that the fastening element has a first leg element opposite the accessory part , wherein a profile leg of each of the first and the second profile element is formed by the first leg element , wherein a shaped portion is formed on the first leg element , wherein the shaped portion forms a first abutment part of the first profile element and, when the fastening element is used as intended, is able to engage behind the first pail edge , wherein the shaped portion of the first leg element forms a third abutment part relative to the second pail edge , wherein the first leg element is connected to the first profile web at an obtuse angle and wherein the first profile web connects the first leg element to a second leg element , wherein the second leg element forms the second profile leg of the first profile element as well as a fourth abutment part of the second profile element , wherein the first profile web forms a portion of the second profile web and attaches a portion of the second profile web that extends beyond the first profile web to the first profile web at an obtuse angle, and wherein the second profile web connects the first leg element to the fourth profile leg at an obtuse angle, wherein the fourth profile leg has a second abutment part which, when the fastening element is used as intended, can engage behind the second pail edge .
Robot arm having at least two limbs , which are connected to one another at one of their ends via an articulated joint so that they can be pivoted relative to one another about a common rotation axis (A), wherein at least one of the limbs extends in a longitudinal direction (L) and comprises a joint portion and a transition region adjoined thereto, which runs from the joint portion of the limb in the direction of the joint portion of the other limb , wherein • the transition region of at least one of the limbs has a peripheral edge which, when considered from a direction running transverse to the rotation axis (A) and transverse to the longitudinal direction (L), crosses a parting line present between the two joint portions ; • the peripheral edge runs at a distance of less than 25mm outside the surface of the underlying joint portion of the other limb with respect to the rotation axis (A); characterised in that • a portion of the peripheral edge , when considered from the direction running transversely to the rotation axis (A) and transversely to the longitudinal direction (L), extends obliquely to the rotation axis (A) at the position where the peripheral edge crosses the parting line . • the transition region of at least one of the limbs has a peripheral edge which, when considered from a direction running transverse to the rotation axis (A) and transverse to the longitudinal direction (L), crosses a parting line present between the two joint portions ; • the peripheral edge runs at a distance of less than 25mm outside the surface of the underlying joint portion of the other limb with respect to the rotation axis (A); characterised in that • a portion of the peripheral edge , when considered from the direction running transversely to the rotation axis (A) and transversely to the longitudinal direction (L), extends obliquely to the rotation axis (A) at the position where the peripheral edge crosses the parting line .