mhurhangee/ep-ind-claims huggingface dataset:
A capacitance detection circuit for detecting capacitances of N capacitors to be detected, the N being greater than or equal to 2, wherein the capacitance detection circuit comprises: a reference capacitor, at least N-1 first front end circuits for converting capacitance signals of the capacitors to be detected into first voltage signals and performing differencing on the first voltage signals, at least one second front end circuit for converting capacitance signals of a capacitor to be detected and a reference capacitor into second voltage signals and performing differencing on the second voltage signals, and a processing circuit, wherein each of the at least N-1 first front end circuits comprises a first input end and a second input end, and each of the at least one second front end circuit comprises a third input end and a fourth input end; a first input end and a second input end of each of at least N-2 first front end circuits are respectively connected to two different capacitors to be detected; a first input end of a first front end circuit except the at least N-2 first front end circuits is simultaneously connected to a third input end of a second front end circuit and a capacitor to be detected, a second input end of the first front end circuit except the at least N-2 first front end circuits is simultaneously connected to a first input end of a first front end circuit of the at least N-2 first front end circuits and a capacitor to be detected, and the capacitors to be detected to which the two input ends of the first front end circuit except the at least N-2 first front end circuits are connected are different capacitors to be detected; a third input end of each of the at least one second front end circuit is connected to a capacitor to be detected, and a fourth input end of each of the at least one second front end circuit is connected to a reference capacitor; each of the at least N-1 first front end circuits outputs a first differential signal of voltages corresponding to two connected capacitors to be detected; each of the at least one second front end circuit outputs a second differential signal of voltages corresponding to a connected capacitor to be detected and a connected reference capacitor; and the processing circuit is connected to output ends of each of the first front end circuits and each of the second front end circuits, and is configured to determine, according to the first differential signal output by each of the first front end circuits and the second differential signal output by each of the second front end circuits, a capacitance value of each of the N capacitors to be detected.
A spacecraft comprising: a first payload; a host bus for hosting the first payload; a first wireless interface coupled to the host bus; and a second wireless interface coupled to the first payload, wherein the first and second wireless interfaces each include a demodulator and a demultiplexer communicatively coupled for receiving data and a modulator and a multiplexer communicatively coupled for transmitting data and are configured to exchange information bi-directionally between the host bus and the first payload, and wherein each of the first and second wireless interfaces further comprises a decryptor and an encryptor, and wherein the first and second wireless interfaces are configured to first demodulate received information using the demodulator, then decrypt the demodulated information using the decryptor, and then demultiplex the decrypted information using the demultiplexer. a first payload; a host bus for hosting the first payload; a first wireless interface coupled to the host bus; and a second wireless interface coupled to the first payload, wherein the first and second wireless interfaces each include a demodulator and a demultiplexer communicatively coupled for receiving data and a modulator and a multiplexer communicatively coupled for transmitting data and are configured to exchange information bi-directionally between the host bus and the first payload, and wherein each of the first and second wireless interfaces further comprises a decryptor and an encryptor, and wherein the first and second wireless interfaces are configured to first demodulate received information using the demodulator, then decrypt the demodulated information using the decryptor, and then demultiplex the decrypted information using the demultiplexer.
A construction section system, in particular a plaster termination system, a plaster boundary system, a planking system or a base section system for the manufacture of exact plaster ends, plaster boundaries, planking ends or base edges of different thicknesses, having an elongated, uniform section body which forms a support part and which comprises a contact region configured for contact with a wall portion to be plastered or to be planked and a section limb which is bent over with respect to the contact region and which has a front edge; and said construction section system having a plurality of different covers (14, 15, 16, 30, 31, 32) which are each configured to cover at least one region of the section limb, wherein the covers (14, 15, 16, 30, 31, 32) each comprise a reinforced portion (22, 23, 34, 35) which extends beyond the front edge of the section limb up to a front end edge and which together with the section limb forms an edge end for a plaster layer (27, 28, 29) or a planking to be applied to the construction section; wherein, for the different covers, a dimension of the reinforced portion (22, 23, 34, 35) extending from the front edge of the section limb up to the respective front end edge is adapted to the different thicknesses of the plaster layer (27, 28, 29) or of the planking; and wherein the width of the respective reinforced portion (22, 23, 34, 35), i.e. its dimension from the front edge of the section limb up to the front end edge of the reinforced portion (22, 23, 34, 35), and its thickness, i.e. its dimension perpendicular to its width and to its longitudinal extent, are greater than the thickness of the cover (14, 15, 16, 30, 31, 32) in the remaining region thereof.
A coupling device, for connecting at least one first prosthetic part with at least one second prosthetic part of which at least one of the prosthetic parts (3, 4) is provided with, alternatively is suitable to be provided with, cosmetics, said coupling device comprising at least one first coupling part connected to the first prosthesis part, alternatively the second prosthesis part, and at least one second coupling part connected to the second prosthesis part, alternatively the first prosthesis part, said first coupling part comprising at least one first coupling member, comprising a female member, and the second coupling part comprising at least one second coupling member, comprising a male member, said coupling members (11, 25) being suitable for connection to each other and in the interconnected position temporarily lock to each other with at least one locking device and that the coupling members (11, 25) are disengaged from each other with at least one disengaging device, said locking device comprising at least one first flap comprising at least one second flap part suitable for temporary locking in a first track in the male member and at least one second flap comprising at least one second flap part which locks temporarily in a second track in the male member, wherein the first coupling part comprises at least one first holder for cosmetics and that the second coupling part comprises at least one second holder for cosmetics and that cosmetics are attached to, alternatively integrated with, at least one of the first holder for cosmetics and the second holder for cosmetics, characterised in that the disengaging device comprises at least one first disengagement member and at least one second disengagement member which during disengagement of the coupling members and is pressed against the first flap part of the first flap respectively being pressed against the first flap part of the second flap,whereby the first flap is pivoted out from engagement with the first track in the male member and the second flap is pivoted out of engagement with the second track in the male member.
An ActRII-Fc fusion protein for use in treating or preventing anemia in a human patient in need thereof, wherein the amino acid sequence of the ActRII-Fc fusion protein consists of SEQ ID NO: 7, consists of SEQ ID NO: 12, consists of SEQ ID NO: 20 or consists of SEQ ID NO: 21.
A turbomachine cooling hole cleaning apparatus comprising: a supply of a fluid that includes a cleaning agent; a first pressurization apparatus configured for fluid communication with the cleaning agent supply and with a cooling circuit of a turbomachine part, the cooling circuit including at least one cooling passage (18, 22) with a respective cooling hole, the first pressurization apparatus being operable to introduce cleaning agent from the supply into the cooling circuit; a supply of a neutralization agent, wherein the cleaning apparatus is operable to introduce neutralization agent to the turbomachine part, the neutralization agent including a compound that is chemically reactive with the cleaning agent, and preferably selected to at least substantially neutralize the cleaning agent; a sprayer head; and a second pressurization apparatus in fluid communication with, and operable, to send neutralization agent from the neutralization agent supply to the sprayer head to apply neutralization agent to the turbomachine part. a supply of a fluid that includes a cleaning agent; a first pressurization apparatus configured for fluid communication with the cleaning agent supply and with a cooling circuit of a turbomachine part, the cooling circuit including at least one cooling passage (18, 22) with a respective cooling hole, the first pressurization apparatus being operable to introduce cleaning agent from the supply into the cooling circuit; a supply of a neutralization agent, wherein the cleaning apparatus is operable to introduce neutralization agent to the turbomachine part, the neutralization agent including a compound that is chemically reactive with the cleaning agent, and preferably selected to at least substantially neutralize the cleaning agent; a sprayer head; and a second pressurization apparatus in fluid communication with, and operable, to send neutralization agent from the neutralization agent supply to the sprayer head to apply neutralization agent to the turbomachine part.
An information processing method, characterized in that: an information processing apparatus, based on a data set including a combination of information indicating a situation, information on comfort of a user, and information on power consumption when an air conditioner has been operated, performs reinforcement learning that uses, as a reward, a value determined based on a first index that increases as the comfort of a user increases and a second index that increases as the power consumption decreases, and executes a process of determining an operation setting according to a situation when the air conditioner is operated, the comfort of a user when the air conditioner is operated, and a condition related to the power consumption when the air conditioner is operated, wherein a first coefficient and a second coefficient are determined based on information specified by the user, and a value, value determined based on a value obtained by multiplying a value of the first index by the first coefficient and on a value obtained by multiplying a value of the second index by the second coefficient, is used as the reward. an information processing apparatus, based on a data set including a combination of information indicating a situation, information on comfort of a user, and information on power consumption when an air conditioner has been operated, performs reinforcement learning that uses, as a reward, a value determined based on a first index that increases as the comfort of a user increases and a second index that increases as the power consumption decreases, and executes a process of determining an operation setting according to a situation when the air conditioner is operated, the comfort of a user when the air conditioner is operated, and a condition related to the power consumption when the air conditioner is operated, wherein a first coefficient and a second coefficient are determined based on information specified by the user, and a value, value determined based on a value obtained by multiplying a value of the first index by the first coefficient and on a value obtained by multiplying a value of the second index by the second coefficient, is used as the reward.
A graft preparation station for dimensioning a bone graft, comprising: a base assembly including a support body and a base guide pivotably mounted to the support body, the base guide defining a cutting slot extending along a reference plane; and a cart assembly including a mounting plate and a raise plate both secured to a cart body, the mounting plate moveable along a drive axis relative to the cart body to secure a bone graft between the mounting plate and the raise plate, characterized in, that the cart body is slidably received in the support body such that the reference plane intersects the drive axis at a position between the raise plate and the mounting plate. a base assembly including a support body and a base guide pivotably mounted to the support body, the base guide defining a cutting slot extending along a reference plane; and a cart assembly including a mounting plate and a raise plate both secured to a cart body, the mounting plate moveable along a drive axis relative to the cart body to secure a bone graft between the mounting plate and the raise plate, characterized in, that the cart body is slidably received in the support body such that the reference plane intersects the drive axis at a position between the raise plate and the mounting plate.
An adjustment mechanism for adjusting movable furniture pieces, consisting of a linear actuator attachable at components of the adjustment mechanism, said linear actuator including a drive motor with a threaded spindle rotatably supported in a cladding tube and arranged to be driven by the drive motor, a spindle nut fitted on the threaded spindle and non-rotatably but longitudinally displaceably guided in the cladding tube, and a slider coupled in motion with the spindle nut and longitudinally displaceably guided on the outside of the cladding tube relative thereto, the slider being coupled through a lever gear with an actuator for a furniture piece, preferably to a rotatable tube of the adjustment mechanism, and the cladding tube including side faces, at least one of which includes a longitudinal slot as an access for components of the slider for connection to the spindle nut, and a lower side and an upper side, the slider extending over the upper side, characterized by that at the part of the slider preferably having a U-shaped cross-section and extending over the upper side of the cladding tube, a bearing block protruding from the upper side is fixed or formed, that to the bearing block, a first end of a pivoted lever forming the lever gear is hinged, that the second end of the pivoted lever is hinged to a bearing tab that is fastened to the actuator for the furniture piece, in particular the rotatable tube, of the adjustment mechanism.
A process for the depolymerization of polyethylene terephthalate comprised in a feedstock to form dimethyl terephthalate and mono ethylene glycol; the process comprising: (i) mixing the feedstock comprising polyethylene terephthalate with a first portion of methanol to form a first mixture; (ii) adding sodium methoxide to the first mixture; (iii) admixing; and (iv) adding a second portion of methanol thereby forming a second mixture; thereby forming dimethyl terephthalate and mono ethylene glycol. (i) mixing the feedstock comprising polyethylene terephthalate with a first portion of methanol to form a first mixture; (ii) adding sodium methoxide to the first mixture; (iii) admixing; and (iv) adding a second portion of methanol thereby forming a second mixture; thereby forming dimethyl terephthalate and mono ethylene glycol.
An apparatus for detecting objects, the apparatus comprising: a plurality of sense circuits, each of the plurality of sense circuits comprising: a primary sense coil having a first terminal and a second terminal; a secondary sense coil having a first terminal and a second terminal; and a capacitor having a first terminal and a second terminal, the first terminal of the capacitor is electrically connected to the second terminals of each of the primary sense coil and the secondary sense coil; a driver circuit electrically connected to the first terminal of the primary sense coil of each of the plurality of sense circuits; and a measurement circuit electrically connected to the first terminal of the secondary sense coil of each of the plurality of sense circuits. a plurality of sense circuits, each of the plurality of sense circuits comprising: a primary sense coil having a first terminal and a second terminal; a secondary sense coil having a first terminal and a second terminal; and a capacitor having a first terminal and a second terminal, the first terminal of the capacitor is electrically connected to the second terminals of each of the primary sense coil and the secondary sense coil; a primary sense coil having a first terminal and a second terminal; a secondary sense coil having a first terminal and a second terminal; and a capacitor having a first terminal and a second terminal, the first terminal of the capacitor is electrically connected to the second terminals of each of the primary sense coil and the secondary sense coil; a driver circuit electrically connected to the first terminal of the primary sense coil of each of the plurality of sense circuits; and a measurement circuit electrically connected to the first terminal of the secondary sense coil of each of the plurality of sense circuits.
A dish washing machine comprising: a washing compartment to provide an interior space for washing; a first heater to heat wash water to be supplied to the washing compartment during a water spraying procedure; a second heater to generate steam to be supplied to the washing compartment during a steam spraying procedure; and a controller configured to control the first and second heaters to turn-on at different predetermined times, characterized in that the controller is adapted to control the second heater to operate before completion of the water spraying procedure such that the steam spraying procedure is executed immediately after a completion of the water spraying procedure and in that the controller is adapted to control the first heater and the second heater to operate alternately at intervals of a predetermined time such that a plurality of water spraying procedures and steam spraying procedures are repeated in an alternating pattern during a main washing cycle performed in the dish washing machine. a washing compartment to provide an interior space for washing; a first heater to heat wash water to be supplied to the washing compartment during a water spraying procedure; a second heater to generate steam to be supplied to the washing compartment during a steam spraying procedure; and a controller configured to control the first and second heaters to turn-on at different predetermined times, characterized in that the controller is adapted to control the second heater to operate before completion of the water spraying procedure such that the steam spraying procedure is executed immediately after a completion of the water spraying procedure and in that the controller is adapted to control the first heater and the second heater to operate alternately at intervals of a predetermined time such that a plurality of water spraying procedures and steam spraying procedures are repeated in an alternating pattern during a main washing cycle performed in the dish washing machine.
Use of a composition containing silver complexes that are obtained by the reaction between at least one silver compound selected from the group consisting of silver oxide, silver thiocyanate, silver cyanide, silver cyanate, silver carbonate, silver nitrate, silver nitrite, silver sulfate, silver phosphate, silver perchlorate, silver tetrafluoro borate, silver acetylacetonate, silver acetate, silver lactate, silver oxalate and their derivatives and one or more than two ammonium carbamate or ammonium carbonate based compounds selected from Formula 2 to 4 and stabilizer selected from the group consisting of 2-hydroxy-2-methylenepropylamine, dibenzyl phosphate, triethyl phosphate, allyl disulfide, 2-mercaptobenzoazole and octylthioglycolate, In the formula above, R 1 to R 6 are substituted groups independently selected from the group consisting of hydrogen, C1-C30 of aliphatic or cycloaliphatic alkyl group or aryl or aralkyl group, alkyl and aryl group substituted with functional group, heterocyclic compound, polymer compound and their derivatives, and R 1 to R 6 are not all hydrogen, for forming reflecting layer. R 1 to R 6 are substituted groups independently selected from the group consisting of hydrogen, C1-C30 of aliphatic or cycloaliphatic alkyl group or aryl or aralkyl group, alkyl and aryl group substituted with functional group, heterocyclic compound, polymer compound and their derivatives, and R 1 to R 6 are not all hydrogen, for forming reflecting layer.
An occluder for treatment of a heart defect, comprising a meshed occlusion body provided with a cavity, a proximal hub connected with a proximal end of the occlusion body and provided with a locking hole extending axially through the proximal hub with a distal end port of the locking hole inside the cavity and a proximal end port of the locking hole outside of the cavity, a locking member disposed in the cavity wherein a distal end of the locking member is connected with a distal end of the occlusion body, and wherein a radial size of the locking member is smaller than an aperture of the locking hole, a plurality of stopping members, each stopping member protruding radially from and around a proximal end portion of the locking member, and disposed at axial intervals, wherein the proximal hub and/or each stopping member is an elastic member, characterized in that a radial size of each stopping member is slightly larger than the aperture of the locking hole, and the axial spacing between every two adjacent stopping members is larger than the axial length of the locking hole, so that when one stopping member is pulled through the locking hole and then is pressed against the proximal end face of the proximal hub, the distally adjacent stopping member is located outside the distal end port of the locking hole. a meshed occlusion body provided with a cavity, a proximal hub connected with a proximal end of the occlusion body and provided with a locking hole extending axially through the proximal hub with a distal end port of the locking hole inside the cavity and a proximal end port of the locking hole outside of the cavity, a locking member disposed in the cavity wherein a distal end of the locking member is connected with a distal end of the occlusion body, and wherein a radial size of the locking member is smaller than an aperture of the locking hole, a plurality of stopping members, each stopping member protruding radially from and around a proximal end portion of the locking member, and disposed at axial intervals, wherein the proximal hub and/or each stopping member is an elastic member, characterized in that a radial size of each stopping member is slightly larger than the aperture of the locking hole, and the axial spacing between every two adjacent stopping members is larger than the axial length of the locking hole, so that when one stopping member is pulled through the locking hole and then is pressed against the proximal end face of the proximal hub, the distally adjacent stopping member is located outside the distal end port of the locking hole.