mhurhangee/patent-ind-claim-en huggingface dataset:
A wheel assembly comprising: an attachment module having a plurality of coupling elements ; a motor module and a battery module , characterized in that the motor and battery modules are each releasably coupled to one of the coupling elements ; and the wheel assembly further comprises: a wheel rotatably coupled to the attachment module about a rotational axis of the wheel and extending around the attachment, motor, and battery modules ; wherein the motor and battery modules are identically shaped in a direction along the rotational axis. an attachment module having a plurality of coupling elements ; a motor module and a battery module , characterized in that the motor and battery modules are each releasably coupled to one of the coupling elements ; and the wheel assembly further comprises: a wheel rotatably coupled to the attachment module about a rotational axis of the wheel and extending around the attachment, motor, and battery modules ; wherein the motor and battery modules are identically shaped in a direction along the rotational axis. a wheel rotatably coupled to the attachment module about a rotational axis of the wheel and extending around the attachment, motor, and battery modules ; wherein the motor and battery modules are identically shaped in a direction along the rotational axis.
A process for manufacturing tantalum wire for anode lead of tantalum capacitors, comprising the steps of: providing feedstock tantalum wire, wherein the cross section of the feedstock tantalum wire is circular; subjecting the feedstock tantalum wire to heat treatment; subjecting the heat treated tantalum wire to surface pretreatment at high temperature in oxygen atmosphere to form an oxide membrane on the surface-pretreated tantalum wire; the process being characterized in that it further comprises the following steps: rolling the surface-pretreated tantalum wire with the oxide membrane formed thereon while lubricating with lubricant oil to make the cross section of the rolled tantalum wire being approximate rectangular; subjecting the tantalum wire to final annealing. providing feedstock tantalum wire, wherein the cross section of the feedstock tantalum wire is circular; subjecting the feedstock tantalum wire to heat treatment; subjecting the heat treated tantalum wire to surface pretreatment at high temperature in oxygen atmosphere to form an oxide membrane on the surface-pretreated tantalum wire; rolling the surface-pretreated tantalum wire with the oxide membrane formed thereon while lubricating with lubricant oil to make the cross section of the rolled tantalum wire being approximate rectangular; subjecting the tantalum wire to final annealing.
A system for reducing air leakage in a gas turbine engine having an axis (A-A'), comprising: a stator vane (102; 202) having an inner platform , an outer platform , a low pressure side , a high pressure side , and at least one foot , and configured to turn air; a case (108; 201) positioned radially outward from the stator vane (102; 202) and having at least one recess configured to interface with the at least one foot to resist movement of the stator vane (102; 202) relative to the case (108; 201), characterised in that the system further comprises a bladder (120; 220) positioned between the outer platform of the stator vane (102; 202) and the case (108; 201) and configured to receive pressurized fluid having a greater pressure than ambient pressures experienced at the low pressure side of the stator vane (102; 202) and to further resist movement of the stator vane (102; 202) relative to the case (108; 201) in response to receiving the pressurized fluid. a stator vane (102; 202) having an inner platform , an outer platform , a low pressure side , a high pressure side , and at least one foot , and configured to turn air; a case (108; 201) positioned radially outward from the stator vane (102; 202) and having at least one recess configured to interface with the at least one foot to resist movement of the stator vane (102; 202) relative to the case (108; 201), characterised in that the system further comprises a bladder (120; 220) positioned between the outer platform of the stator vane (102; 202) and the case (108; 201) and configured to receive pressurized fluid having a greater pressure than ambient pressures experienced at the low pressure side of the stator vane (102; 202) and to further resist movement of the stator vane (102; 202) relative to the case (108; 201) in response to receiving the pressurized fluid.
An inverter configured to operate at a high switching frequency, the inverter comprising: a Direct Current, DC, bus configured to have a DC voltage present on the DC bus ; an output configured to provide an Alternating Current, AC, voltage to a motor operatively connected to the inverter ; a plurality of switching devices operatively connected between the DC bus and the output , wherein the plurality of switching devices are selectively controlled to convert the DC voltage to the AC voltage; and a processing unit configured to execute a series of instructions to: determine a first reference voltage at a first update rate , the first reference voltage corresponding to a desired AC voltage supplied to the motor , and execute a modulation routine to determine a plurality of second reference voltages at a second update rate by extrapolating reference voltages based on the first reference voltage and a desired speed of rotation of the motor , wherein the second update rate is a multiple of the first update rate . a Direct Current, DC, bus configured to have a DC voltage present on the DC bus ; an output configured to provide an Alternating Current, AC, voltage to a motor operatively connected to the inverter ; a plurality of switching devices operatively connected between the DC bus and the output , wherein the plurality of switching devices are selectively controlled to convert the DC voltage to the AC voltage; and a processing unit configured to execute a series of instructions to: determine a first reference voltage at a first update rate , the first reference voltage corresponding to a desired AC voltage supplied to the motor , and execute a modulation routine to determine a plurality of second reference voltages at a second update rate by extrapolating reference voltages based on the first reference voltage and a desired speed of rotation of the motor , wherein the second update rate is a multiple of the first update rate . determine a first reference voltage at a first update rate , the first reference voltage corresponding to a desired AC voltage supplied to the motor , and execute a modulation routine to determine a plurality of second reference voltages at a second update rate by extrapolating reference voltages based on the first reference voltage and a desired speed of rotation of the motor , wherein the second update rate is a multiple of the first update rate .
Mould insert for a metallic moulding mould, having an upper part and a bottom part allocated to it, with a cavity, the moulding mould providing shape to a material introduced into the cavity, the mould insert being an injection mould part which can be arranged at the moulding mould in a planar manner without use of a mould release agent, a surface of the mould insert , which is assigned to the cavity reduced in volume , having little or no interfacial tension, the surface of the mould insert assigned to the cavity reduced in volume being formed by a plastic, comprising a fastening element which allows a releasably fixed arrangement with the moulding mould and a supporting structure having hollows, it being formed from joined partial mould inserts , the partial mould inserts having connecting elements, characterized in that a material thickness of the mould insert amounts to between 0.8 mm and 8 mm so that in the arranged condition, a cavity reduced in volume by this dimension is formed and the mould insert contributes to providing shape to the material inside the cavity reduced in volume ; and in that the mould insert contains a temperature conducting element made of metal. a surface of the mould insert , which is assigned to the cavity reduced in volume , having little or no interfacial tension, the surface of the mould insert assigned to the cavity reduced in volume being formed by a plastic, comprising a fastening element which allows a releasably fixed arrangement with the moulding mould and a supporting structure having hollows, it being formed from joined partial mould inserts , the partial mould inserts having connecting elements, characterized in that a material thickness of the mould insert amounts to between 0.8 mm and 8 mm so that in the arranged condition, a cavity reduced in volume by this dimension is formed and the mould insert contributes to providing shape to the material inside the cavity reduced in volume ; and in that the mould insert contains a temperature conducting element made of metal.
Flow rate regulator having a disc-like, deformable regulating body which is arranged on the inflow side with respect to a main body such that a control gap is formed between the regulating body and the main body , wherein at least one drain opening , arranged downstream of the control gap , is formed in the main body , wherein a clear width of the control gap is defined, at least during operation, by at least one support element , wherein the regulating body is fastened to a carrier element , characterized in that the at least one support element is arranged in a movable manner relative to the main body .
A compound having the structure of Formula (I): or pharmaceutically acceptable salt, thereof, wherein: X is CH 2 or C(O); R 1 is -NR 2 R 3 ; R 2 is-H or-CH 3 ; R 3 is selected from the group consisting of: X is CH 2 or C(O); R 1 is -NR 2 R 3 ; R 2 is-H or-CH 3 ; R 3 is selected from the group consisting of:
Biomechatronic device for automated diagnosis of rheumatic diseases, comprising: - at least one wearable element comprising at least one actuator configured to apply mechanical nociceptive stimuli to at least one articular joint of a user, and at least one force sensor ; - an electrical air compressor able to generate a force through a pneumatic drive of the at least one actuator ; - at least one transmission mechanical element connected to the at least one actuator and configured to transmit the force generated by the electrical air compressor to said at least one actuator , said force corresponding to the mechanical nociceptive stimuli applied to at least one articular joint of the user; - a button ; - an electronic control unit connected to the at least one wearable element , to the button and to the electrical air compressor; wherein: 1) the at least one force sensor is able to detect the intensity of the mechanical nociceptive stimuli applied by said at least one actuator , 2) the button is configured to be actuated by the user and is able to interrupt the application of the mechanical nociceptive stimuli and to report reaching the pain threshold, and 3) the electronic control unit comprises a monitoring and control module able to manage the mechanical nociceptive stimuli applied by the biomechatronic device , said electronic control unit being able to acquire the instantaneous value of the mechanical nociceptive stimuli detected by the at least one force sensor when the button is actuated by the user. - at least one wearable element comprising at least one actuator configured to apply mechanical nociceptive stimuli to at least one articular joint of a user, and at least one force sensor ; - an electrical air compressor able to generate a force through a pneumatic drive of the at least one actuator ; - at least one transmission mechanical element connected to the at least one actuator and configured to transmit the force generated by the electrical air compressor to said at least one actuator , said force corresponding to the mechanical nociceptive stimuli applied to at least one articular joint of the user; - a button ; - an electronic control unit connected to the at least one wearable element , to the button and to the electrical air compressor;
A wireless communication device comprising: a sequence management unit configured to set a series of sequence numbers to MAC protocol data units, MPDUs, to be transmitted to one transmission destination through a plurality of frequency bands; a plurality of high-frequency processing units configured to transmit the MPDUs through the plurality of frequency bands; and a communication control unit configured to cause reception of receipt acknowledgment information through a frequency band in which transmission of an MPDU group has been completed first among the plurality of frequency bands, the receipt acknowledgment information indicating a receipt acknowledgment regarding MPDUs which have been transmitted through the plurality of frequency bands, wherein the sequence management unit is configured to: set the series of sequence numbers in accordance with priority levels of the MPDUs, starting from an MPDU having the highest priority level; and add information to the MPDUs, the information indicating a position of each of the MPDUs in an MPDU group having the same priority level in a plurality of MPDU groups having respective priority levels included in the MPDUs. a sequence management unit configured to set a series of sequence numbers to MAC protocol data units, MPDUs, to be transmitted to one transmission destination through a plurality of frequency bands; a plurality of high-frequency processing units configured to transmit the MPDUs through the plurality of frequency bands; and a communication control unit configured to cause reception of receipt acknowledgment information through a frequency band in which transmission of an MPDU group has been completed first among the plurality of frequency bands, the receipt acknowledgment information indicating a receipt acknowledgment regarding MPDUs which have been transmitted through the plurality of frequency bands, wherein the sequence management unit is configured to: set the series of sequence numbers in accordance with priority levels of the MPDUs, starting from an MPDU having the highest priority level; and add information to the MPDUs, the information indicating a position of each of the MPDUs in an MPDU group having the same priority level in a plurality of MPDU groups having respective priority levels included in the MPDUs. set the series of sequence numbers in accordance with priority levels of the MPDUs, starting from an MPDU having the highest priority level; and add information to the MPDUs, the information indicating a position of each of the MPDUs in an MPDU group having the same priority level in a plurality of MPDU groups having respective priority levels included in the MPDUs.
Chip card module for a chip card, which chip card module comprises: • a chip card module carrier; • a wiring structure, which is arranged on the chip card module carrier; • an integrated circuit, which is arranged on the chip card module carrier and is electrically coupled to the wiring structure; • a chip card module antenna, which is arranged on the chip card module carrier and is electrically coupled to the wiring structure; • a lighting device, which is arranged on the chip card module carrier and is electrically coupled to the wiring structure; characterized by an encapsulation material on or above the chip card module, wherein the encapsulation material comprises a security material which changes the properties of the light emitted by the lighting device, in particular the spectrum, response time and/or decay behavior of the said light, in such a way that the authenticity of the chip card and/or the lighting device is/are verifiable. • a chip card module carrier; • a wiring structure, which is arranged on the chip card module carrier; • a wiring structure, which is arranged on the chip card module carrier; • an integrated circuit, which is arranged on the chip card module carrier and is electrically coupled to the wiring structure; • a chip card module antenna, which is arranged on the chip card module carrier and is electrically coupled to the wiring structure; • a chip card module antenna, which is arranged on the chip card module carrier and is electrically coupled to the wiring structure; • a lighting device, which is arranged on the chip card module carrier and is electrically coupled to the wiring structure;
A vortex-induced vibration energy extraction device comprising: a pair of vibrating bodies coupled to a support body installed on a seabed such that both ends thereof are coupled to both sides of the support body by shafts, respectively, the vibrating bodies being disposed along a straight line with regard to a flow direction of a fluid; and an energy conversion device provided on the support body so as to convert mechanical energy resulting from vortex-inducted vibration of the vibrating bodies due to the flow of the fluid to electric energy, wherein the vibrating body positioned upstream in the flow direction, with regard to the flow direction of the fluid, is configured to generate mechanical energy through vortex-induced vibration resulting from the flow of the upstream fluid, and the vibrating body positioned downstream in the flow direction is configured to generate mechanical energy through wake galloping caused by a vortex generated behind the vibrating body positioned upstream, characterized in that the support body comprises a parked condition maintaining means configured to variably control the angle of the vibrating body with regard to the flow of the fluid, thereby stopping or minimizing the vortex-induced vibration of the vibrating body . a pair of vibrating bodies coupled to a support body installed on a seabed such that both ends thereof are coupled to both sides of the support body by shafts, respectively, the vibrating bodies being disposed along a straight line with regard to a flow direction of a fluid; and an energy conversion device provided on the support body so as to convert mechanical energy resulting from vortex-inducted vibration of the vibrating bodies due to the flow of the fluid to electric energy, wherein the vibrating body positioned upstream in the flow direction, with regard to the flow direction of the fluid, is configured to generate mechanical energy through vortex-induced vibration resulting from the flow of the upstream fluid, and the vibrating body positioned downstream in the flow direction is configured to generate mechanical energy through wake galloping caused by a vortex generated behind the vibrating body positioned upstream, characterized in that the support body comprises a parked condition maintaining means configured to variably control the angle of the vibrating body with regard to the flow of the fluid, thereby stopping or minimizing the vortex-induced vibration of the vibrating body .
A clip , comprising: a pin ; and a grommet including an insertion hole to insert the pin , and forming a plurality of leg pieces by a slit provided in a length direction of a leg portion , the grommet being capable of spreading portions by inserting the pin into the insertion hole , wherein a prevention portion for preventing a foreign matter such as gravel and the like from entering in, is provided on the pin , characterized in that central blade portions (111-114) are provided at four corners of first and second abutting portions of a central leg of the pin with a total of four pieces, and as a whole, the central blade portions (111-114) project approximately in an H shape of a cross-sectional surface. a pin ; and a grommet including an insertion hole to insert the pin , and forming a plurality of leg pieces by a slit provided in a length direction of a leg portion , the grommet being capable of spreading portions by inserting the pin into the insertion hole , wherein a prevention portion for preventing a foreign matter such as gravel and the like from entering in, is provided on the pin , characterized in that central blade portions (111-114) are provided at four corners of first and second abutting portions of a central leg of the pin with a total of four pieces, and as a whole, the central blade portions (111-114) project approximately in an H shape of a cross-sectional surface.
An ophthalmic formulation comprising brinzolamide or a pharmaceutically acceptable salt thereof, in an aqueous solution in combination with a second therapeutically active agent, wherein the formulation further comprises a polyvinyl caprolactam-polyvinyl acetate-polyethylene glycol graft copolymer and polysorbate 80, wherein the second therapeutically active agent is selected from (i) beta-blockers (ii) prostaglandin analogs, (iii) prostamides, (iv) alpha 2-adrenergic agonists, (v) miotics, (vi) neuroprotectants, (vii) parasympathomimetic drug, or, their salts and racemates and/or mixtures thereof, and wherein the formulation is for use in treating or preventing elevated intraocular pressure (IOP).
Deutetrabenazine, or a composition comprising deutetrabenazine, for use in treating abnormal involuntary movement in a subject comprising: a) administering to the subject an initial daily amount of deutetrabenazine of at least about 6 mg per day; b) determining after about one week the degree of control of abnormal involuntary movement achieved with the initial daily amount and the tolerability of the initial daily amount; c) increasing the daily amount of the deutetrabenazine by 6 mg/day or more to a subsequent daily amount if the degree of control of abnormal involuntary movement is inadequate and the daily amount is tolerable; d) optionally, repeating steps b) and c) until the degree of control of abnormal involuntary movement is adequate and the daily amount of the deutetrabenazine is tolerable; and e) if any subsequent amount is not tolerated, decreasing the daily amount by 6 mg/day or more to a subsequent daily amount. a) administering to the subject an initial daily amount of deutetrabenazine of at least about 6 mg per day; b) determining after about one week the degree of control of abnormal involuntary movement achieved with the initial daily amount and the tolerability of the initial daily amount; c) increasing the daily amount of the deutetrabenazine by 6 mg/day or more to a subsequent daily amount if the degree of control of abnormal involuntary movement is inadequate and the daily amount is tolerable; d) optionally, repeating steps b) and c) until the degree of control of abnormal involuntary movement is adequate and the daily amount of the deutetrabenazine is tolerable; and e) if any subsequent amount is not tolerated, decreasing the daily amount by 6 mg/day or more to a subsequent daily amount.
A process for the preparation of a solid form of sugammadex comprising: a. Suspending sugammadex in a solvent mixture comprising an aliphatic alcohol, 10-30% (vol%) water and an alkylacetate; b. Isolating the solid form of sugammadex. a. Suspending sugammadex in a solvent mixture comprising an aliphatic alcohol, 10-30% (vol%) water and an alkylacetate; b. Isolating the solid form of sugammadex.
A compound of Formula III: wherein: R 1 is C(R 2 )(R 3 )(R 4 ); R 2 is hydrogen, -OH or halogen; R 3 is hydrogen, -OH, halogen or-CH 3 ; R 4 is halogen, -CH 3 , phenyl, fluorophenyl, methylphenyl, cyclohexylmethyl, wherein when R 4 is a halogen, both R 2 and R 3 cannot be hydrogen; R 3 and R 4 may join with the carbon to which they are attached to form a cycloalkyl ring, which may be optionally substituted with one or more halogen atoms; R 7 is -OH or halogen; and R 8 is hydrogen, halogen or -CH 3 , ; or a pharmaceutically acceptable salt thereof; provided that the compound is not: R 1 is C(R 2 )(R 3 )(R 4 ); R 2 is hydrogen, -OH or halogen; R 3 is hydrogen, -OH, halogen or-CH 3 ; R 4 is halogen, -CH 3 , phenyl, fluorophenyl, methylphenyl, cyclohexylmethyl, wherein when R 4 is a halogen, both R 2 and R 3 cannot be hydrogen; R 3 and R 4 may join with the carbon to which they are attached to form a cycloalkyl ring, which may be optionally substituted with one or more halogen atoms; R 7 is -OH or halogen; and R 8 is hydrogen, halogen or -CH 3 , ; or a pharmaceutically acceptable salt thereof; provided that the compound is not: