mhurhangee/ep-ind-claims huggingface dataset:
An electrical stimulation anchor configured to lock to a bone implant so as to secure the bone implant to a bone, the electrical stimulation anchor comprising: a head configured to lock to the bone implant, the head defining a first electrode that defines a first electrically conductive outer surface; a tip opposite the head along a central anchor axis; a shaft that connects the head to the tip, the shaft elongate along the central anchor axis, the shaft and the tip defining a second electrode that defines a second electrically conductive outer surface; an electrical insulator defining a non-conductive outer surface disposed between the first electrically conductive outer surface and the second electrically conductive outer surface along the central anchor axis so as to separate the first electrode and the second electrode from each other, the non-conductive outer surface disposed closer to the head along the central anchor axis as compared to the tip; a ferromagnetic core disposed within the electrical insulator, wherein the ferromagnetic core defines a core body and a core proximal end disposed at a first end of the core body, and wherein the core proximal end is disposed within the electrical insulator; and an electrical coil wound around the ferromagnetic core. a head configured to lock to the bone implant, the head defining a first electrode that defines a first electrically conductive outer surface; a tip opposite the head along a central anchor axis; a shaft that connects the head to the tip, the shaft elongate along the central anchor axis, the shaft and the tip defining a second electrode that defines a second electrically conductive outer surface; an electrical insulator defining a non-conductive outer surface disposed between the first electrically conductive outer surface and the second electrically conductive outer surface along the central anchor axis so as to separate the first electrode and the second electrode from each other, the non-conductive outer surface disposed closer to the head along the central anchor axis as compared to the tip; a ferromagnetic core disposed within the electrical insulator, wherein the ferromagnetic core defines a core body and a core proximal end disposed at a first end of the core body, and wherein the core proximal end is disposed within the electrical insulator; and an electrical coil wound around the ferromagnetic core.
A method for authorizing transactions, wherein the method includes the following steps: - generating a unique transaction number by means of a transaction unit as a reaction to a transaction request of a transaction terminal of a user; - transferring the transaction number from the transaction unit to the transaction terminal by means of a first secured communications channel; - transferring an authorization request from the transaction unit to a communications terminal of the user by means of a second communications channel, which is different from the first secured communications channel, wherein the transfer of the authentication request includes the receipt of a short message through the communications terminal, and wherein the authentication request contains a public key, with which the communications terminal can encrypt the transaction number after the receipt; - calling up an application on the communications terminal after receipt of the short message; - receipt of the transaction number by means of the application through a user input; - encrypting of the transaction number with the public key; - transferring of the encrypted transaction number by means of a short message to the transaction unit; - decrypting of the transaction number transferred by means of short message by the transaction unit by means of a private key pertaining to the public key; and - authentication of the transaction by means of a comparison of the transaction number transferred to the transaction terminal, with the transaction number received from the communications terminal. - generating a unique transaction number by means of a transaction unit as a reaction to a transaction request of a transaction terminal of a user; - transferring the transaction number from the transaction unit to the transaction terminal by means of a first secured communications channel; - transferring an authorization request from the transaction unit to a communications terminal of the user by means of a second communications channel, which is different from the first secured communications channel, wherein the transfer of the authentication request includes the receipt of a short message through the communications terminal, and wherein the authentication request contains a public key, with which the communications terminal can encrypt the transaction number after the receipt; - calling up an application on the communications terminal after receipt of the short message; - receipt of the transaction number by means of the application through a user input; - encrypting of the transaction number with the public key; - transferring of the encrypted transaction number by means of a short message to the transaction unit; - decrypting of the transaction number transferred by means of short message by the transaction unit by means of a private key pertaining to the public key; and - authentication of the transaction by means of a comparison of the transaction number transferred to the transaction terminal, with the transaction number received from the communications terminal.
Primary non-stick coating composition including at least one fluorocarbon resin, a polyamide-amic acid having an acid index of between 50 and 200mg of KOH/g, a Lewis base, water and less than 1% by weight of a polar aproticsolvent with respect to the total weight of said composition, characterised in that the mass ratio between the polyamide-amic acid quantity in said composition and the polar aprotic solvent quantity in said composition is at least 1.5.
A bearing monitoring apparatus comprising: a rolling bearing including an outer ring, an inner ring disposed coaxially with the outer ring, the inner ring being on an inner peripheral side of the outer ring, multiple rolling elements disposed between the outer ring and the inner ring, and a strain gauge configured to detect strain of the outer ring or the inner ring, the strain gauge including at least two resistors (103a, 103b) and the resistors being arranged in a same direction as an arrangement direction of the rolling elements so as to correspond to spacing between rolling elements that are next to each other, characterised in that the bearing monitoring apparatus further comprises a waveform generator configured to generate a first distorted waveform based on an output of one resistor and to generate a second distorted waveform based on an output of another resistor; a subtracting unit configured to subtract the second distorted waveform from the first distorted waveform to generate a differential waveform; and a comparator configured to compare the differential waveform against a reference value to detect a wear state of the rolling bearing. a rolling bearing including an outer ring, an inner ring disposed coaxially with the outer ring, the inner ring being on an inner peripheral side of the outer ring, multiple rolling elements disposed between the outer ring and the inner ring, and a strain gauge configured to detect strain of the outer ring or the inner ring, the strain gauge including at least two resistors (103a, 103b) and the resistors being arranged in a same direction as an arrangement direction of the rolling elements so as to correspond to spacing between rolling elements that are next to each other, an outer ring, an inner ring disposed coaxially with the outer ring, the inner ring being on an inner peripheral side of the outer ring, multiple rolling elements disposed between the outer ring and the inner ring, and a strain gauge configured to detect strain of the outer ring or the inner ring, the strain gauge including at least two resistors (103a, 103b) and the resistors being arranged in a same direction as an arrangement direction of the rolling elements so as to correspond to spacing between rolling elements that are next to each other, characterised in that the bearing monitoring apparatus further comprises a waveform generator configured to generate a first distorted waveform based on an output of one resistor and to generate a second distorted waveform based on an output of another resistor; a subtracting unit configured to subtract the second distorted waveform from the first distorted waveform to generate a differential waveform; and a comparator configured to compare the differential waveform against a reference value to detect a wear state of the rolling bearing.
A camera device, comprising a lens module, a light-guiding tube and a photosensitive sensor; wherein the light-guiding tube is arranged at a periphery of a light-entering hole of the lens module, and the light-guiding tube is connected to the photosensitive sensor; the lens module comprises a plurality of lenses, the light-entering hole formed by the plurality of lenses, a housing configured to fix the plurality of lenses, a camera sensor and a circuit board; the lens module is configured to obtain a picture, and the photosensitive sensor is configured to detect an intensity of light from an external of the lens module; the photosensitive sensor is connected to the circuit board of the lens module, characterized by that the light-guiding tube comprises a first light-guiding segment and a second light-guiding segment, the first light-guiding segment completely surrounds the light-entering hole of the lens module, the second light-guiding segment and the photosensitive sensor are arranged inside the housing of the lens module, and the second light-guiding segment is connected to the photosensitive sensor; and the first light-guiding segment is configured to receive the light from the outside of the lens module and guide the light to the second light-guiding segment, and the second light-guiding segment is configured to guide the light to the photosensitive sensor.
A method of controlling an operating temperature of a first combustion zone of a combustor of a rotary machine, the combustor including the first combustion zone and a second combustion zone, said method comprising: i) determining a current operating temperature of the first combustion zone using a digital simulation of the rotary machine; ii) determining a target operating temperature of the first combustion zone; iii) determining a derivative of the current operating temperature of the first combustion zone with respect to a current fuel split using the digital simulation, wherein the fuel split apportions a total flow of fuel to the combustor between the first combustion zone and the second combustion zone; iv) calculating, using the determined derivative, a calculated fuel split that results in a calculated operating temperature of the first combustion zone approaching the target operating temperature; v) channeling a first flow of fuel to the first combustion zone and a second flow of fuel to the second combustion zone, wherein the first flow of fuel and the second flow of fuel are determined in response to the calculated fuel split; and vi) iterating steps i through v until the calculated fuel split equals a target fuel split, wherein the target fuel split is the fuel split that results in the target operating temperature. i) determining a current operating temperature of the first combustion zone using a digital simulation of the rotary machine; ii) determining a target operating temperature of the first combustion zone; iii) determining a derivative of the current operating temperature of the first combustion zone with respect to a current fuel split using the digital simulation, wherein the fuel split apportions a total flow of fuel to the combustor between the first combustion zone and the second combustion zone; iv) calculating, using the determined derivative, a calculated fuel split that results in a calculated operating temperature of the first combustion zone approaching the target operating temperature; v) channeling a first flow of fuel to the first combustion zone and a second flow of fuel to the second combustion zone, wherein the first flow of fuel and the second flow of fuel are determined in response to the calculated fuel split; and vi) iterating steps i through v until the calculated fuel split equals a target fuel split, wherein the target fuel split is the fuel split that results in the target operating temperature.
Control apparatus for a self-moving cart, comprising at least a speed control of a motor onboard the cart and a logical control unit which adjusts said speed control of said drive based on a relative position of a reference user, furthermore comprising a proximity detector device facing towards the rear side of the cart, with respect to the travelling direction, so as to detect a relative distance with respect to a user following the cart, said logical control unit being configured to determine said speed control as a function of said detected relative distance so that it is kept within a tolerance range defined by a maximum distance (Dmax) and a minimum distance (Dmin), wherein said minimum distance (Dmin) is such as to enable the user to operatively reach on/off means of said apparatus meant to be installed onboard said cart, characterised in that said logical control unit controls said motor acting on - increase and decrease of a "basic power" of the motor, in a typical time which is a function of said detected relative distance and function of the absolute travelling speed, - increase and decrease of a "temporary power" which is inversely proportional to said detected relative distance, said basic power being of a value of the magnitude order of the power drained by the cart movement frictions, while said temporary power being of the magnitude order of the power drained by the cart acceleration inertia forces. - increase and decrease of a "basic power" of the motor, in a typical time which is a function of said detected relative distance and function of the absolute travelling speed, - increase and decrease of a "temporary power" which is inversely proportional to said detected relative distance,
A method of controlling a wind turbine for the avoidance of edgewise vibrations, the method comprising: determining a whirling mode frequency of a rotor blade of the wind turbine; determining a rotational frequency of the rotor blade corresponding to the speed of the rotor blade; characterized by determining a frequency threshold value for the whirling mode frequency based on the rotational frequency; and, reducing the speed of the rotor blade if the whirling mode frequency substantially equals or is less than the frequency threshold value. determining a whirling mode frequency of a rotor blade of the wind turbine; determining a rotational frequency of the rotor blade corresponding to the speed of the rotor blade; characterized by determining a frequency threshold value for the whirling mode frequency based on the rotational frequency; and, reducing the speed of the rotor blade if the whirling mode frequency substantially equals or is less than the frequency threshold value.
Capsule couplable to a container which is a bottle, said capsule being couplable to housing portions, preferably at the top and/or at a cap of said bottle, said capsule comprising: - at least one covering layer adapted to define, in coupling conditions with said bottle, a body, at least partially counter-shaped to said housing portion of the bottle itself; and - at least one adhesion layer adjacent to said covering layer and such that it can be interposed between the housing portion and said covering layer in coupling conditions with the housing portion of the bottle; wherein said adhesion layer comprises at least one activatable adhesive substance between the covering layer and the bottle as a function of the presence of a predetermined amount of ambient moisture, said ambient moisture being present at least in a temporary space defined between the capsule and the bottle itself in a configuration of mutual proximity between the capsule and the housing portion of the bottle; characterized in that the adhesive substance comprises at least one polyvinylpyrrolidone, preferably a polyvinylpyrrolidone defined by a CAS number equal to 9003-39-8 and being even more preferably of a K30 type and/or having a molecular weight between 40,000 g/mol and 80,000 g/mol. - at least one covering layer adapted to define, in coupling conditions with said bottle, a body, at least partially counter-shaped to said housing portion of the bottle itself; and - at least one adhesion layer adjacent to said covering layer and such that it can be interposed between the housing portion and said covering layer in coupling conditions with the housing portion of the bottle; wherein said adhesion layer comprises at least one activatable adhesive substance between the covering layer and the bottle as a function of the presence of a predetermined amount of ambient moisture, said ambient moisture being present at least in a temporary space defined between the capsule and the bottle itself in a configuration of mutual proximity between the capsule and the housing portion of the bottle; characterized in that the adhesive substance comprises at least one polyvinylpyrrolidone, preferably a polyvinylpyrrolidone defined by a CAS number equal to 9003-39-8 and being even more preferably of a K30 type and/or having a molecular weight between 40,000 g/mol and 80,000 g/mol.
Mixing and conveying system for dry construction materials which can be obtained from a storage silo by means of an openable and closable closure flap, having a drivable conveying screw, which is arranged below the closure flap and mounted in a tube, for removing dry construction material, whereby, after this this conveying screw, a mixing and buffer container (10, 18) with a connection piece for the addition of water and an inner drivable agitator or a helix is arranged, characterized that the mixing and buffer container (10, 18) runs out at the bottom into a channel or a cone and opens out into a pipe with a pump conveying screw with its own drive, via which the mortar mixture worked up in the mixing and buffer container (10, 18) can be conveyed into the pump hose, the contents of the mixing and buffer container (10, 18) being at least the 1.5 fold of the maximum minute delivery rate of the pump screw conveyor.
An innovative portable rotisserie spit comprising: - a main body comprising an outer tube and an inner tube, - a first fluid passage hole (3.1) provided on one end of the main body and connected to the outer tube, - a second fluid passage hole (4.1) provided on one end of the main body and connected to the inner tube, - a cooling chamber, which is connected to the first fluid passage hole (3.1) and second fluid passage hole (4.1), and comprises a first part (6.1) and a second part (6.2), - a compressor, which is connected to the first fluid passage hole (3.1) and the cooling chamber, and which is provided for delivering the coolant in the cooling chamber to the main body in a pressurized manner, - a motor, a motor lower connection and a motor shaft (7.1) provided for rotation of the innovative portable rotisserie spit and for connection thereof to the machine, - a supporting base for supporting the meat stacked on the main body, the rotisserie spit being characterized by: - a scale for determining the amount of the meat mounted on the spit, - an electronic or mechanical valve for stopping the flow and restoring the flow after it is stopped, - a control unit provided between the compressor and the scale for determining the amount, pressure and temperature of the coolant to be delivered to the spit in accordance with the amount of the meat on the spit. - a main body comprising an outer tube and an inner tube, - a first fluid passage hole (3.1) provided on one end of the main body and connected to the outer tube, - a second fluid passage hole (4.1) provided on one end of the main body and connected to the inner tube, - a cooling chamber, which is connected to the first fluid passage hole (3.1) and second fluid passage hole (4.1), and comprises a first part (6.1) and a second part (6.2), - a compressor, which is connected to the first fluid passage hole (3.1) and the cooling chamber, and which is provided for delivering the coolant in the cooling chamber to the main body in a pressurized manner, - a motor, a motor lower connection and a motor shaft (7.1) provided for rotation of the innovative portable rotisserie spit and for connection thereof to the machine, - a supporting base for supporting the meat stacked on the main body, the rotisserie spit being characterized by: - a scale for determining the amount of the meat mounted on the spit, - an electronic or mechanical valve for stopping the flow and restoring the flow after it is stopped, - a control unit provided between the compressor and the scale for determining the amount, pressure and temperature of the coolant to be delivered to the spit in accordance with the amount of the meat on the spit.
A GaN crystal having a carrier concentration of from 5 × 10 17 to 2 × 10 19 cm -3 which is obtainable by (i) conducting an ammonothermal process using a polycrystalline GaN starting material having a bulk density of from 0.7 to 4.5 g/cm 3 and an oxygen concentration of from 10 to 500 ppm and an acidic mineralizing agent and (ii) annealing the GaN crystal obtained by the ammonothermal process at an annealing temperature of at least 750°C for at least 5.5 hours.
A debranching stent graft limb comprising: a main body stent graft limb with a bifurcation defining a first leg and a second leg, wherein the main body stent graft limb has a distal end and a proximal end; wherein the main body stent graft limb has a diameter at the proximal end in the range from about 14 mm to about 18 mm; wherein the first leg has a diameter ranging from about 8 mm to about 12 mm; wherein the second leg has a diameter ranging from about 6 mm to about 10 mm; and wherein the distance from the proximal end of the main body to the distal end of the first leg and the second leg is in the range from about 70 mm to about 90 mm, wherein the distance from the proximal end of the main body to the bifurcation is in the range from about 40 mm to 60 mm, wherein the length of the first leg and the length of the second leg are each a minimum of about 30 mm, and wherein the diameter of the first leg is about 2 mm greater than the diameter of the second leg. a main body stent graft limb with a bifurcation defining a first leg and a second leg, wherein the main body stent graft limb has a distal end and a proximal end; wherein the main body stent graft limb has a diameter at the proximal end in the range from about 14 mm to about 18 mm; wherein the first leg has a diameter ranging from about 8 mm to about 12 mm; wherein the second leg has a diameter ranging from about 6 mm to about 10 mm; and wherein the distance from the proximal end of the main body to the distal end of the first leg and the second leg is in the range from about 70 mm to about 90 mm, wherein the distance from the proximal end of the main body to the bifurcation is in the range from about 40 mm to 60 mm, wherein the length of the first leg and the length of the second leg are each a minimum of about 30 mm, and wherein the diameter of the first leg is about 2 mm greater than the diameter of the second leg.
A genetically modified mouse, wherein the mouse is functionally deficient in endogenous CD3ε, CD3δ, and CD3y genes in its genome and functionally expresses full-length human CD3ε, CD3δ, and CD3γ, wherein the mouse carries immunocompetent cells including T cells that function normally.