mhurhangee/patent-ind-claim-en huggingface dataset:
A system for implanting a replacement heart valve (10; 10'; 10"; 10"'; 10""), comprising: a delivery device comprising: an inner support for receiving the replacement heart valve; an inner retainer ring on the inner support; and an outer retainer ring to slidably engage the inner retainer ring to secure a proximal end of the replacement heart valve on the delivery device; and the replacement heart valve comprising: a self-expanding frame (20; 20'; 20"; 20'"; 20"") to which a plurality of valve leaflets are attached, and an upstream portion (38; 38'; 38"; 38'"; 38""), a transition portion (40; 40'; 40"; 40'"; 40"") and a downstream portion (42; 42'; 42"; 42'"; 42""), wherein the upstream portion has an inflow diameter at the proximal end of the replacement heart valve and the downstream portion has an outflow diameter at the distal end, the outflow diameter being greater than the inflow diameter, wherein the frame has an upstream end and a downstream end, the frame further comprising a plurality of first anchors (24; 24'; 24"; 24'"; 24"") directed toward the upstream end. a delivery device comprising: an inner support for receiving the replacement heart valve; an inner retainer ring on the inner support; and an outer retainer ring to slidably engage the inner retainer ring to secure a proximal end of the replacement heart valve on the delivery device; and an inner support for receiving the replacement heart valve; an inner retainer ring on the inner support; and an outer retainer ring to slidably engage the inner retainer ring to secure a proximal end of the replacement heart valve on the delivery device; and the replacement heart valve comprising: a self-expanding frame (20; 20'; 20"; 20'"; 20"") to which a plurality of valve leaflets are attached, and an upstream portion (38; 38'; 38"; 38'"; 38""), a transition portion (40; 40'; 40"; 40'"; 40"") and a downstream portion (42; 42'; 42"; 42'"; 42""), wherein the upstream portion has an inflow diameter at the proximal end of the replacement heart valve and the downstream portion has an outflow diameter at the distal end, the outflow diameter being greater than the inflow diameter, wherein the frame has an upstream end and a downstream end, the frame further comprising a plurality of first anchors (24; 24'; 24"; 24'"; 24"") directed toward the upstream end. a self-expanding frame (20; 20'; 20"; 20'"; 20"") to which a plurality of valve leaflets are attached, and an upstream portion (38; 38'; 38"; 38'"; 38""), a transition portion (40; 40'; 40"; 40'"; 40"") and a downstream portion (42; 42'; 42"; 42'"; 42""), wherein the upstream portion has an inflow diameter at the proximal end of the replacement heart valve and the downstream portion has an outflow diameter at the distal end, the outflow diameter being greater than the inflow diameter, wherein the frame has an upstream end and a downstream end, the frame further comprising a plurality of first anchors (24; 24'; 24"; 24'"; 24"") directed toward the upstream end.
A method for providing an attribute of a user profile to a requesting electronic device through a personal data server , the user profile being stored on a first electronic device of the user or on a social network service , the attribute pertaining to a data type comprising a plurality of accuracy levels, the method comprising, at the personal data server : - receiving a request from the requesting electronic device for the attribute of the user profile, - collecting the requested attribute from the first electronic device or from the social network service , - comparing the user profile and a profile of the requesting electronic device to determine a contextual distance between the user profile and the profile of the requesting electronic device, - changing the accuracy level of the collected attribute based on the determined contextual distance to define an updated attribute, - providing the updated attribute to the requesting electronic device in response to the request. - receiving a request from the requesting electronic device for the attribute of the user profile, - collecting the requested attribute from the first electronic device or from the social network service , - comparing the user profile and a profile of the requesting electronic device to determine a contextual distance between the user profile and the profile of the requesting electronic device, - changing the accuracy level of the collected attribute based on the determined contextual distance to define an updated attribute, - providing the updated attribute to the requesting electronic device in response to the request.
Method for mounting a crushing cone on the cone carrier of a cone crusher, wherein the crushing cone is clamped against the conical seat (13.2) of the cone carrier with the aid of a hydraulic clamping device with a clamping nut which is screwed onto the cone carrier , characterized in that the screwed-on clamping nut is applied directly or by means of a clamping ring against the crushing cone , in that the hydraulic clamping device is removably mounted on the cone carrier and actuated, wherein it presses the crushing cone directly or by means of the clamping ring against the conical seat (13.2) of the cone carrier , in that the applied clamping nut is tightened while the clamping device acts on the crushing cone , and in that the clamping device is relaxed and demounted, wherein the method is carried out on a system according to Claim 4.
Restraint system for a vehicle seat (S), comprising a webbing belt element for restraining an occupant of the vehicle seat (S), further comprising a guide belt element which is guided continuously on a guideway , a holding element being positionally secure connected to a first section of the guide belt element , wherein the webbing belt element is guided passing through a cutout in the holding element , wherein by means of a movement of the self-contained guide belt element on the guideway in a first direction of rotation , the holding element is continuously adjustable within an adjustment section of the guideway from a second maximum position to a first maximum position , wherein the guideway forms a friction section arranged separately from the adjustment section , wherein in the friction section a braking unit for the guide belt element is arranged which comprises a friction wheel unit arranged on a first side of the guide belt element and a brake shoe unit which is arranged on a second side of the guide belt element and which can interact with the friction wheel unit . comprising a webbing belt element for restraining an occupant of the vehicle seat (S), further comprising a guide belt element which is guided continuously on a guideway , a holding element being positionally secure connected to a first section of the guide belt element , wherein the webbing belt element is guided passing through a cutout in the holding element , wherein by means of a movement of the self-contained guide belt element on the guideway in a first direction of rotation , the holding element is continuously adjustable within an adjustment section of the guideway from a second maximum position to a first maximum position , wherein the guideway forms a friction section arranged separately from the adjustment section , wherein in the friction section a braking unit for the guide belt element is arranged which comprises a friction wheel unit arranged on a first side of the guide belt element and a brake shoe unit which is arranged on a second side of the guide belt element and which can interact with the friction wheel unit .
A detection method, comprising: obtaining, by a primary controller an output port voltage signal of a first converter when the first converter is working and a second converter is not working; obtaining, by the primary controller, an output port voltage signal of the second converter; and generating, by the primary controller, first information if the output port voltage signal of the first converter and the output port voltage signal of the second converter meet a preset matching relationship, wherein the first information indicates that an output port of the first converter and an output port of the second converter are connected to a same combiner device ; ; or generating, by the primary controller, second information if the output port voltage signal of the first converter and the output port voltage signal of the second converter do not meet a preset matching relationship, wherein the second information indicates that the output port of the first converter and the output port of the second converter are connected to different combiner devices, and that a wire connection of the first converter is incorrect or a wire connection of the second converter is incorrect. obtaining, by a primary controller an output port voltage signal of a first converter when the first converter is working and a second converter is not working; obtaining, by the primary controller, an output port voltage signal of the second converter; and generating, by the primary controller, first information if the output port voltage signal of the first converter and the output port voltage signal of the second converter meet a preset matching relationship, wherein the first information indicates that an output port of the first converter and an output port of the second converter are connected to a same combiner device ; ; or generating, by the primary controller, second information if the output port voltage signal of the first converter and the output port voltage signal of the second converter do not meet a preset matching relationship, wherein the second information indicates that the output port of the first converter and the output port of the second converter are connected to different combiner devices, and that a wire connection of the first converter is incorrect or a wire connection of the second converter is incorrect.
Central unit (100; 200) for powering and controlling electric motors remotely, configured to be accommodated in a frame (101; 201) suited to be removably associated with a supporting structure, said central unit (100; 200) comprising: - a disconnector (102; 202) comprising connection elements (103; 203) for connection to an electric power supply network; - a switch (104; 204) electrically connected to said connection elements (103; 203) and connectable to an electric motor; - a drive unit (105; 205) comprising first drive means (106; 206) for said switch (104; 204) and second drive means (107; 207) for said disconnector (102; 202), which can be accessed by an operator through a single removable manoeuvring handle (108; 208), characterized in that said drive unit (105; 205) comprises a shaped housing (111; 211) and said disconnector (102; 202) comprises a shaped projection (112; 212) configured to be accommodated in said shaped housing (111; 211), wherein a shaped insert (113; 213) is provided, which is configured to be introduced in said shaped housing (111; 211) and to be placed in contact with said shaped projection (112; 212) when said shaped projection (112; 212) is accommodated in said shaped housing (111; 211), and wherein counteracting means (114; 214) are also provided, which belong to said shaped housing (111; 211), to said shaped projection (112; 212) and to said shaped insert (113; 213) and are configured to mutually cooperate and constrain said shaped projection (112; 212) in said shaped housing (111; 211) when locking means (115; 215) comprised by the central unit (100; 200) fix said shaped insert (113; 213) in said shaped housing (111; 211). - a disconnector (102; 202) comprising connection elements (103; 203) for connection to an electric power supply network; - a switch (104; 204) electrically connected to said connection elements (103; 203) and connectable to an electric motor; - a drive unit (105; 205) comprising first drive means (106; 206) for said switch (104; 204) and second drive means (107; 207) for said disconnector (102; 202), which can be accessed by an operator through a single removable manoeuvring handle (108; 208),
A device for winding ribbon-like material on to at least one reel with at least one feed arrangement for feeding the ribbon-like material to the at least one reel, the feed arrangement comprising at least one feed channel and at least one plate , on which the feed channel at least partly abuts, characterised in that the feed channel is mounted floating relative to the plate .
A method for decoding a symbol transmitted over a channel, wherein the symbol is encoded and modulated to include data bits and parity bits, comprising: receiving the symbol transmitted over a channel, wherein the received symbol includes the transmitted symbol modified with noise of the channel; selecting , from a constellation of codewords, a first codeword neighboring the received symbol and a set of second codewords neighboring the first codeword, wherein the selecting includes determining the first codeword using soft-in hard-out (SIHO) decoding of the received symbol and determining a plurality of codewords having a distance to the first codeword less or equal a threshold to form the set of second codewords; wherein the threshold is determined as a minimal distance between the first codeword and any other codewords in a constellation of codewords; determining a relative likelihood of each second codeword being the transmitted symbol with respect to a likelihood of the first codeword being the transmitted symbol; determining an approximation of a log-likelihood ratio (LLR) of each data bit in the received symbol as a log of a ratio of a sum of the relative likelihoods of at least some of the second codewords having the same value of the data bit to a sum of the relative likelihoods of at least some of the second codewords having different value of the data bit; and decoding the received symbol using the LLR of each data bit in the received symbol. receiving the symbol transmitted over a channel, wherein the received symbol includes the transmitted symbol modified with noise of the channel; selecting , from a constellation of codewords, a first codeword neighboring the received symbol and a set of second codewords neighboring the first codeword, wherein the selecting includes determining the first codeword using soft-in hard-out (SIHO) decoding of the received symbol and determining a plurality of codewords having a distance to the first codeword less or equal a threshold to form the set of second codewords; wherein the threshold is determined as a minimal distance between the first codeword and any other codewords in a constellation of codewords; determining a relative likelihood of each second codeword being the transmitted symbol with respect to a likelihood of the first codeword being the transmitted symbol; determining an approximation of a log-likelihood ratio (LLR) of each data bit in the received symbol as a log of a ratio of a sum of the relative likelihoods of at least some of the second codewords having the same value of the data bit to a sum of the relative likelihoods of at least some of the second codewords having different value of the data bit; and decoding the received symbol using the LLR of each data bit in the received symbol.
Fountain for sugar-based viscous or pasty food product, characterised in that it comprises - a container including a wall, and an internal tank placed in said container , said wall surrounding said internal tank by defining with the outer surface of said internal tank , a separating volume , said internal tank being intended to contain said food product, - said separating volume being intended to receive a liquid to immerse at least partially, the outer surface of said internal tank , - a heating means for heating said liquid intended to be contained in said separating volume , said liquid thus heated making it possible to heat the contents of said internal tank using a water-bath, - the lower part of said container including an outlet orifice fluidically connected to the only internal volume of said internal tank , and - said fountain being configured such that the temperature of the food product in the internal tank , when the fountain is in operation, is less than 40°C, and preferably 35°C to limit the Maillard reaction in this food product, characterised in that said internal tank is a column wherein the diameter is less than or equal to 12 cm, and preferably 10 cm, such that the temperature of the food product in a central zone of said internal tank and the temperature of the food product at a peripheral zone of said internal tank are substantially equal. - a container including a wall, and an internal tank placed in said container , said wall surrounding said internal tank by defining with the outer surface of said internal tank , a separating volume , said internal tank being intended to contain said food product, - said separating volume being intended to receive a liquid to immerse at least partially, the outer surface of said internal tank , - a heating means for heating said liquid intended to be contained in said separating volume , said liquid thus heated making it possible to heat the contents of said internal tank using a water-bath, - the lower part of said container including an outlet orifice fluidically connected to the only internal volume of said internal tank , and - said fountain being configured such that the temperature of the food product in the internal tank , when the fountain is in operation, is less than 40°C, and preferably 35°C to limit the Maillard reaction in this food product, characterised in that said internal tank is a column wherein the diameter is less than or equal to 12 cm, and preferably 10 cm, such that the temperature of the food product in a central zone of said internal tank and the temperature of the food product at a peripheral zone of said internal tank are substantially equal.
A catheter comprising a tubular catheter body having an exterior surface and an interior surface which defines a lumen , said catheter body including a portion configured to permit fluid to pass from said lumen to external said catheter thereby defining an infusion section of said catheter , characterized in that said catheter includes a quantity of silver nanoparticles disposed on said exterior surface and further includes a quantity of silver nanoparticles disposed on said interior surface , wherein said silver nanoparticles comprise stabilized ionic silver nanoparticles and are between 5 to 15 nanometers in size; and wherein said silver particles are applied as a coating to the catheter and are both embedded within a base material of the catheter and form a layer on the body, such that the catheter is configured to release a greater amount of said silver particles initially (a bolus dose) and then maintain a lesser dose hereafter.
A drilling system, comprising: a rig ; and a subsea wellhead assembly configured to perform a plurality of drilling functions; wherein an electrical power supply on the rig is connected to the subsea wellhead assembly via an electrical cable which provides power from the rig to the subsea wellhead assembly ; wherein the system is configured so that at least a majority of the drilling functions of the subsea wellhead assembly are performed without supply of hydraulic control fluid from the rig and using electric power supplied from the rig via the electric cable as each of the said majority of drilling functions is performed; and the electrical power supply on the rig is connected to a backup power supply on the rig characterized in that the backup power supply on the rig comprises batteries, a capacitor bank or a flywheel-driven generator. a rig ; and a subsea wellhead assembly configured to perform a plurality of drilling functions; wherein an electrical power supply on the rig is connected to the subsea wellhead assembly via an electrical cable which provides power from the rig to the subsea wellhead assembly ; wherein the system is configured so that at least a majority of the drilling functions of the subsea wellhead assembly are performed without supply of hydraulic control fluid from the rig and using electric power supplied from the rig via the electric cable as each of the said majority of drilling functions is performed; and the electrical power supply on the rig is connected to a backup power supply on the rig characterized in that the backup power supply on the rig comprises batteries, a capacitor bank or a flywheel-driven generator.
A conotoxin peptide having an amino acid sequence as follows: wherein each X represents a cysteine residue replaced with ( S )-propargyl glycine or ( S )-azidonorvaline; wherein the triazole bridge is wherein the C-terminus of the conotoxin peptide is a carboxylic acid or an amide group; or a variant thereof with at least 90% sequence identity, at least 95% sequence identity, at least 96% sequence identity, at least 97% sequence identity, at least 98% sequence identity, or at least 99% sequence identity; wherein the variant has a conservative amino acid substitution; and wherein the variant has said triazole bridge and said disulfide bridge. wherein each X represents a cysteine residue replaced with ( S )-propargyl glycine or ( S )-azidonorvaline; wherein the triazole bridge is wherein the C-terminus of the conotoxin peptide is a carboxylic acid or an amide group; or a variant thereof with at least 90% sequence identity, at least 95% sequence identity, at least 96% sequence identity, at least 97% sequence identity, at least 98% sequence identity, or at least 99% sequence identity; wherein the variant has a conservative amino acid substitution; and wherein the variant has said triazole bridge and said disulfide bridge.
A control system for performing preventative maintenance on an auger in a tire filling mixing machine, comprising: (a) a control system for mixing a polyurethane isocyanate and a catalyst in a first mixer to form a virgin polyurethane; (b) a control system for grinding core bits in a grinder, the grinder having an auger and a motor; (c) a control system for mixing the virgin polyurethane and the ground core bits in a second mixer thereby forming a mixed flatproofing material; (d) a control system for injecting the mixed flatproofing material into a tire; and (e) a control system for measuring vibration of the auger; characterized by (f) a vibration measuring system for comparing the measured vibration of the auger to a predefined maximum vibration; and (g) a warning system to alert an operator to remove the auger from the grinder if the measured vibration exceeds the pre-defined maximum vibration for a predefined period of time. (a) a control system for mixing a polyurethane isocyanate and a catalyst in a first mixer to form a virgin polyurethane; (b) a control system for grinding core bits in a grinder, the grinder having an auger and a motor; (c) a control system for mixing the virgin polyurethane and the ground core bits in a second mixer thereby forming a mixed flatproofing material; (d) a control system for injecting the mixed flatproofing material into a tire; and (e) a control system for measuring vibration of the auger; characterized by (f) a vibration measuring system for comparing the measured vibration of the auger to a predefined maximum vibration; and (g) a warning system to alert an operator to remove the auger from the grinder if the measured vibration exceeds the pre-defined maximum vibration for a predefined period of time.