mhurhangee/ep-ind-claims huggingface dataset:
A device comprising a. a stent; and b. a plurality of layers that form a laminate coating on said stent; wherein said plurality of layers comprises a first polymer layer comprising a first bioabsorbable polymer, a second polymer layer comprising a second bioabsorbable polymer, and an active agent layer comprising one or more active agents selected from rapamycin, a prodrug, a derivative, an analog, a hydrate, an ester, and a salt thereof wherein said at least one layer comprising said active agent is between said first polymer layer and said second polymer layer; wherein at least a portion of the active agent is in crystalline form, wherein said second polymer layer has at least one contact point with at least one particle of said active agent in said active agent layer and said second polymer layer has at least one contact point with said first polymer layer and wherein said plurality of layers is prepared by multiple and sequential coating steps, wherein each of said polymer layers is applied by discharging a compressed fluid solution comprising said compressed fluid and said polymer under conditions to form solid particles of said polymer and depositing said solid particles onto said stent, the active particles are deposited in dry powder form onto said stent, wherein for the polymers and active agent an electrical potential is maintained between said stent and the particles, and wherein a coating step for a polymer material includes a sintering step. a. a stent; and b. a plurality of layers that form a laminate coating on said stent; wherein said plurality of layers comprises a first polymer layer comprising a first bioabsorbable polymer, a second polymer layer comprising a second bioabsorbable polymer, and an active agent layer comprising one or more active agents selected from rapamycin, a prodrug, a derivative, an analog, a hydrate, an ester, and a salt thereof wherein said at least one layer comprising said active agent is between said first polymer layer and said second polymer layer; wherein at least a portion of the active agent is in crystalline form, wherein said second polymer layer has at least one contact point with at least one particle of said active agent in said active agent layer and said second polymer layer has at least one contact point with said first polymer layer and wherein said plurality of layers is prepared by multiple and sequential coating steps, wherein each of said polymer layers is applied by discharging a compressed fluid solution comprising said compressed fluid and said polymer under conditions to form solid particles of said polymer and depositing said solid particles onto said stent, the active particles are deposited in dry powder form onto said stent, wherein for the polymers and active agent an electrical potential is maintained between said stent and the particles, and wherein a coating step for a polymer material includes a sintering step.
A hinge system, comprises: a first pin and a second pin provided on a first component; a first slot and a second slot provided in two sides of a concave portion of a second component respectively; wherein the concave portion is formed with one side open and the second slot is formed with a first pit, a second pit being provided on one of the first slot and the second slot; the first pin and the second pin are not on a same axis, the first pin being movably arranged in the first slot, the second pin being movably arranged in the second slot; the first component selectively switches between a first position state and a second position state relative to the second component; when the first component stays in the first position state, the first component is inserted into the second component, the second pin is received by the first pit so as to prevent the second pin from moving towards an opening end of the second slot; the first pin acts as a pivot shaft of the rotation of the first component with respect to the second component; when the first component stays in the second position state, as compared to the first position state, the first component is rotated by a predetermined angle from the open side while moving towards the opening end of the first slot or the second slot by a predetermined distance, then the first pin or the second pin is received by the second pit, so that the movement of the first pin or the second pin towards to the opening end of the first slot or the second slot is limited by the second pit.
A method for making an elongate glove on a porcelain mold having a hand-defining portion and having an arm-defining portion, which extends from the hand-defining portion and which has an overall length at least two or more times the overall length of the hand-defining portion, wherein the method includes dipping the porcelain mold successively into a bath containing a coagulating agent and into a bath containing a latex, then allowing the porcelain mold to dwell in the bath containing the latex until enough of the latex coagulates to form a wet latex film on the porcelain mold, and then withdrawing the porcelain mold having the wet latex film formed thereon from the bath containing the latex, characterized in that a step of sandblasting or texturing the exterior of at least the arm-defining portion of the porcelain mold before the steps of dipping the porcelain mold successively into the bath is carried out to provide the exterior of at least the arm-defining portion of the porcelain mold with a roughness average (Ra) from about 26 μm to about 35 μm.
A method for triggering protection switching by signal degrade of a link aggregation port, comprising: acquiring status information of member ports of a link aggregation port from a status register of the link aggregation port; obtaining a number value X of member ports of the link aggregation port which generate signal degrade light path attenuation according to the acquired status information of the member ports, X being greater than 1; comparing the obtained number value X of the member ports of the link aggregation port which generate the signal degrade light path attenuation with a predetermined threshold value; and when the number value X of the member ports of the link aggregation port which generate the signal degrade light path attenuation is greater than the predetermined threshold value, setting statuses of all the member ports of the link aggregation port to be a signal degrade status, and notifying a virtual section layer to report fault and perform a service protection switching to a backup link. acquiring status information of member ports of a link aggregation port from a status register of the link aggregation port; obtaining a number value X of member ports of the link aggregation port which generate signal degrade light path attenuation according to the acquired status information of the member ports, X being greater than 1; comparing the obtained number value X of the member ports of the link aggregation port which generate the signal degrade light path attenuation with a predetermined threshold value; and when the number value X of the member ports of the link aggregation port which generate the signal degrade light path attenuation is greater than the predetermined threshold value, setting statuses of all the member ports of the link aggregation port to be a signal degrade status, and notifying a virtual section layer to report fault and perform a service protection switching to a backup link.
Method for controlling a stepper motor, wherein stator coils of the stepper motor are sequentially energized by an electronic control system, resulting in the generation of a rotating electromagnetic field and wherein, when one of the given stator coils is energized, the current through its turns is first increased to a defined current set point (I max) by the electronic control system and, after the current set point (I max) has been reached, the current is chopped by repeatedly switching off, for a constant period of time, the flow of current through the turns that is provided by the electronic control system, after which a chopper impulse follows, during which the flow of current provided by the electronic control system is again switched on until the current set point (I max) has again been reached, wherein the electronic control system compares the width of every chopper impulse, which is defined by the time duration needed to again reach the current set point after the flow of current has again been switched on, with a specifiable reference time duration and the energizing of the following stator coil to be energized is begun as soon as the width of the chopper impulse falls below the reference time duration for the first time, the method being characterized in that, while the stepper motor is being controlled, the reference time duration is adapted to working conditions of the stepper motor such as the resistance, inductivity, frequency and current strength.
A method for supporting high data rate WLAN communications comprising: determining a bandwidth of operation; determining a required data throughput rate; selecting a number of antennas for use in a Multiple Input Multiple Output, MIMO, baseband signal format; selecting a constellation; operating a MIMO WLAN transceiver according to the bandwidth of operation, the number of antennas, and the constellation to meet the required data throughput rate; characterized in that the method further comprising performing channel estimation updates when an energy of the constellation exceeds a predetermined threshold. determining a bandwidth of operation; determining a required data throughput rate; selecting a number of antennas for use in a Multiple Input Multiple Output, MIMO, baseband signal format; selecting a constellation; operating a MIMO WLAN transceiver according to the bandwidth of operation, the number of antennas, and the constellation to meet the required data throughput rate; characterized in that the method further comprising performing channel estimation updates when an energy of the constellation exceeds a predetermined threshold.
A tissue engagement device, comprising: a first actuation member including a body, a first jaw and a second jaw, the body being coupled to the first jaw and the second jaw at a pivot point, wherein the body is designed to shift between a first configuration and a first compressed configuration; and a second actuation member coupled to the first actuation member at the pivot point and at a fixation point, wherein the second actuation member is designed to shift between a second configuration and a second compressed configuration; wherein shifting the body from the first configuration to the first compressed configuration or shifting the second actuation member from the second configuration to the second compressed configuration shifts the first jaw and the second jaw between a closed configuration and an open configuration, wherein the body, the first jaw and the second jaw lie within a first plane, and the second actuation member lies within a second plane offset from the first plane. a first actuation member including a body, a first jaw and a second jaw, the body being coupled to the first jaw and the second jaw at a pivot point, wherein the body is designed to shift between a first configuration and a first compressed configuration; and a second actuation member coupled to the first actuation member at the pivot point and at a fixation point, wherein the second actuation member is designed to shift between a second configuration and a second compressed configuration; wherein shifting the body from the first configuration to the first compressed configuration or shifting the second actuation member from the second configuration to the second compressed configuration shifts the first jaw and the second jaw between a closed configuration and an open configuration, wherein the body, the first jaw and the second jaw lie within a first plane, and the second actuation member lies within a second plane offset from the first plane.
A medication dispenser system for dose packs configured to fill dose packs supported by a support table and comprising: a storage tray drawer having at least one storage tray for storing oral-solid medication items, the storage tray drawers being displaceable to a drawn position to expose the storage trays thereof; a dispensing mechanism having a plurality of fingers for grasping by suction an oral-solid medication item, and degrees of freedom to displace the plurality of fingers from the at least one storage tray to the dose pack having a plurality of receptacles arranged in rows, to transfer the oral-solid medication items from the at least one storage tray in the drawn position to the receptacles of the dose pack, and a vacuum system to provide a suction at tips of the plurality of fingers such that a tip of each finger is subjected to a pressure differential from ambient pressure; and a controller for controlling the dispensing mechanism to displace oral-solid medication items from the at least one storage tray to the receptacles of the dose pack as a function of a patient prescription file; the medication dispenser system being characterized in that the at least one storage tray comprises a cover perforated with openings sized as a function of the oral-solid medication items such that only one oral-solid medication item exits the at least one storage tray per finger, and the fingers are provided with a ring and are freely mounted to a support of an output arm so as to be displaceable vertically, the fingers being suspended independently and naturally being pulled downwardly by gravity because of the ring. a storage tray drawer having at least one storage tray for storing oral-solid medication items, the storage tray drawers being displaceable to a drawn position to expose the storage trays thereof; a dispensing mechanism having a plurality of fingers for grasping by suction an oral-solid medication item, and degrees of freedom to displace the plurality of fingers from the at least one storage tray to the dose pack having a plurality of receptacles arranged in rows, to transfer the oral-solid medication items from the at least one storage tray in the drawn position to the receptacles of the dose pack, and a vacuum system to provide a suction at tips of the plurality of fingers such that a tip of each finger is subjected to a pressure differential from ambient pressure; and a controller for controlling the dispensing mechanism to displace oral-solid medication items from the at least one storage tray to the receptacles of the dose pack as a function of a patient prescription file; the medication dispenser system being characterized in that the at least one storage tray comprises a cover perforated with openings sized as a function of the oral-solid medication items such that only one oral-solid medication item exits the at least one storage tray per finger, and the fingers are provided with a ring and are freely mounted to a support of an output arm so as to be displaceable vertically, the fingers being suspended independently and naturally being pulled downwardly by gravity because of the ring.
A wireless power transfer, WPT, pad comprising: a plurality of capacitors (Cs1, Cs2, Cs3); and a winding shaped in a spiral pattern for wireless power transfer, the winding divided into a plurality of winding sections (502, Lp1, Lp2, Lp3, Lp4), wherein the plurality of winding sections are connected in series with one or more capacitors of the plurality of capacitors connected in series between winding sections, and wherein each of the plurality of winding sections is wound in a spiral pattern that expands from a central starting point to an outer ending point, wherein the plurality of spiral patterns are arranged in parallel and characterized in that the plurality of winding sections lie next to each other in a plane such that the spiral patterns are interleaved. a plurality of capacitors (Cs1, Cs2, Cs3); and a winding shaped in a spiral pattern for wireless power transfer, the winding divided into a plurality of winding sections (502, Lp1, Lp2, Lp3, Lp4), wherein the plurality of winding sections are connected in series with one or more capacitors of the plurality of capacitors connected in series between winding sections, and wherein each of the plurality of winding sections is wound in a spiral pattern that expands from a central starting point to an outer ending point, wherein the plurality of spiral patterns are arranged in parallel and characterized in that the plurality of winding sections lie next to each other in a plane such that the spiral patterns are interleaved.
A class AB amplifier, comprising: a first inductor (L 1) having a first terminal connected to a voltage source terminal; a first transistor (T 1) having a drain terminal connected to a second terminal of the first inductor (L 1); a second transistor (T 2) having a source terminal connected to a source terminal of the first transistor (T 1); a second inductor (L 2) having a first terminal connected to a drain terminal of the second transistor (T 2) and a second terminal connected to a reference potential, wherein the drain terminals of the first transistor (T 1) and the second transistor (T 2) are capacitively coupled together; a first variable capacitance (C 1) connected in parallel with the first inductor (L 1); a second variable capacitance (C 2) connected in parallel with the second inductor (L 2); and a first capacitance (C in) having a first terminal directly connected to the gate terminals of the first transistor (T 1) and the second transistor (T 2), wherein a second terminal of the first capacitance (C 1) is directly connected to a voltage input to the class AB amplifier. a first inductor (L 1) having a first terminal connected to a voltage source terminal; a first transistor (T 1) having a drain terminal connected to a second terminal of the first inductor (L 1); a second transistor (T 2) having a source terminal connected to a source terminal of the first transistor (T 1); a second inductor (L 2) having a first terminal connected to a drain terminal of the second transistor (T 2) and a second terminal connected to a reference potential, wherein the drain terminals of the first transistor (T 1) and the second transistor (T 2) are capacitively coupled together; a first variable capacitance (C 1) connected in parallel with the first inductor (L 1); a second variable capacitance (C 2) connected in parallel with the second inductor (L 2); and a first capacitance (C in) having a first terminal directly connected to the gate terminals of the first transistor (T 1) and the second transistor (T 2), wherein a second terminal of the first capacitance (C 1) is directly connected to a voltage input to the class AB amplifier.
A computer-implemented method, comprising: processing, by a trusted execution environment of a first computing device associated with a first guarantor, a plaintext of a digital document specifying a guarantee, and outputting, by the trusted execution environment, of a cyphertext of the digital document, wherein the guarantee is made by the first guarantor to a beneficiary, and the digital document specifies one or more predetermined conditions of executing the guarantee; receiving, by a blockchain node of a blockchain network and from the first computing device, the cyphertext and one or more zero-knowledge proofs related to one or more values associated with the guarantee; verifying, by the blockchain node, that the one or more zero-knowledge proofs are correct; upon verifying that the one or more zero-knowledge proofs are correct, storing the cyphertext to a blockchain based on performing a consensus algorithm; receiving, by the blockchain node, a first message from a second computing device associated with the beneficiary or a representative of the beneficiary, the first message including an acceptance of the guarantee by the beneficiary; and updating, by the blockchain node, a status of the guarantee to indicate that the guarantee has been accepted by the beneficiary. processing, by a trusted execution environment of a first computing device associated with a first guarantor, a plaintext of a digital document specifying a guarantee, and outputting, by the trusted execution environment, of a cyphertext of the digital document, wherein the guarantee is made by the first guarantor to a beneficiary, and the digital document specifies one or more predetermined conditions of executing the guarantee; receiving, by a blockchain node of a blockchain network and from the first computing device, the cyphertext and one or more zero-knowledge proofs related to one or more values associated with the guarantee; verifying, by the blockchain node, that the one or more zero-knowledge proofs are correct; upon verifying that the one or more zero-knowledge proofs are correct, storing the cyphertext to a blockchain based on performing a consensus algorithm; receiving, by the blockchain node, a first message from a second computing device associated with the beneficiary or a representative of the beneficiary, the first message including an acceptance of the guarantee by the beneficiary; and updating, by the blockchain node, a status of the guarantee to indicate that the guarantee has been accepted by the beneficiary.
A composite material comprising: • a resin, wherein the resin is a polyimide having a thermal conductivity; and • a plurality of passivated aluminum nitride particles substantially uniformly dispersed in the resin to provide the composite material with a thermal conductivity of 0.4 W/mK to 2.5 W/mK, wherein each of the plurality of passivated aluminum nitride particles comprises a passivation layer disposed over an aluminum nitride particle core to inhibit oxidation and thermal degradation of a surface of the aluminum nitride particle core; wherein the plurality of passivated aluminum nitride particles are present in an amount ranging from 0.01 weight % to 50 weight % of the total weight of the composite material. • a resin, wherein the resin is a polyimide having a thermal conductivity; and • a plurality of passivated aluminum nitride particles substantially uniformly dispersed in the resin to provide the composite material with a thermal conductivity of 0.4 W/mK to 2.5 W/mK,
A lithium titanium oxide spinel having a ratio of FWHM1/FWHM2 of 1.70 or less at a spinning rate of 5 kHz to 50 kHz, wherein FWHM1 is a full width at half maximum of a 7 Li peak present at -10 parts per million to +10 parts per million in a solid state-nuclear magnetic resonance spectrum of the lithium titanium oxide, FWHM2 is a full width at half maximum of a 7 Li peak present at -10 parts per million to +10 parts per million in a solid state-nuclear magnetic resonance spectrum of a lithium chloride standard reagent, and FWHM1 and FWHM2 are measured at a same spinning rate, wherein the lithium titanium oxide further comprises a first component which does not bind to lithium, titanium, or oxygen, wherein the first component comprises phosphorus in an amount of 0.01 weight percent to 0.15 weight percent, based on a total weight of the lithium titanium oxide, and wherein the first component comprises potassium in an amount of 0.01 weight percent to 0.18 weight percent, based on a total weight of the lithium titanium oxide.