mhurhangee/patent-ind-claim-en huggingface dataset:
A system for delivering a neuromodulation therapy, comprising: an implantable medical device configured to be deployed along a superficial surface of a deep fascia tissue layer superficial to a nerve of a patient, the implantable medical device comprising: a housing; a plurality of electrodes; and a pulse generating circuit enclosed in the housing for delivering electrical stimulation pulses via the plurality of electrodes to the nerve through the deep fascia tissue layer, further comprising a fixation member for fixating the implantable medical device along the superficial surface of the tissue layer. a housing; a plurality of electrodes; and a pulse generating circuit enclosed in the housing for delivering electrical stimulation pulses via the plurality of electrodes to the nerve through the deep fascia tissue layer, further comprising a fixation member for fixating the implantable medical device along the superficial surface of the tissue layer.
An apparatus comprising: a first comparator coupled to a high-side switch (HSFET) and an inductor (L), and to a current digital-to-analog converter, IDAC, the first comparator comprising a multi-stage amplifier and a strong arm latch coupled to the multi-stage amplifier , wherein the strong arm latch is to generate an output of the first comparator ; a sequential unit coupled to the output of the first comparator ; a second comparator coupled to the high-side switch (HSFET) and the inductor (L), and to a reference voltage; and a circuitry to generate a signal to sample the output of the first comparator via the sequential unit , wherein an output of the second comparator initiates the generation of the signal. a first comparator coupled to a high-side switch (HSFET) and an inductor (L), and to a current digital-to-analog converter, IDAC, the first comparator comprising a multi-stage amplifier and a strong arm latch coupled to the multi-stage amplifier , wherein the strong arm latch is to generate an output of the first comparator ; a sequential unit coupled to the output of the first comparator ; a second comparator coupled to the high-side switch (HSFET) and the inductor (L), and to a reference voltage; and a circuitry to generate a signal to sample the output of the first comparator via the sequential unit , wherein an output of the second comparator initiates the generation of the signal.
An MT-containing compound for use in a method of alleviating hypoxemia in a subject, wherein the subject has a blood oxygen saturation level (SpO2) of less than 95% on room air, optionally less than or equal to 94%, 93%, 92%, 91% or 90%, which method comprises (i) selecting the subject according to their SpO2 value; (ii) orally administering to said subject a methylthioninium (MT)-containing compound, wherein said administration provides a total daily oral dose of 0.5 mg to 250 mg of MT to the subject per day, optionally split into 2 or more doses, wherein the MT-containing compound has the following formula: wherein each of H n A and H n B (where present) are protic acids which may be the same or different, and wherein p = 1 or 2; q = 0 or 1; n = 1 or 2; (p + q) × n = 2, or a hydrate or solvate thereof. wherein the subject has a blood oxygen saturation level (SpO2) of less than 95% on room air, optionally less than or equal to 94%, 93%, 92%, 91% or 90%, which method comprises (i) selecting the subject according to their SpO2 value; (ii) orally administering to said subject a methylthioninium (MT)-containing compound, (i) selecting the subject according to their SpO2 value; (ii) orally administering to said subject a methylthioninium (MT)-containing compound, wherein said administration provides a total daily oral dose of 0.5 mg to 250 mg of MT to the subject per day, optionally split into 2 or more doses, wherein the MT-containing compound has the following formula: wherein each of H n A and H n B (where present) are protic acids which may be the same or different, and wherein p = 1 or 2; q = 0 or 1; n = 1 or 2; (p + q) × n = 2, or a hydrate or solvate thereof.
An electrolysis device comprising: an electrolysis cell formed in a manner that a membrane-electrode assembly is compressed from both sides so as to adhere an anode , a cathode , and a solid polymer electrolyte separation membrane formed from a cation exchange membrane to each other, the membrane-electrode assembly being configured by the solid polymer electrolyte separation membrane formed from the cation exchange membrane, and the anode and the cathode which are respectively adhered to both surfaces of the solid polymer electrolyte separation membrane ; means for supplying raw water consisting of unpurified water containing alkaline earth metal, to at least one of the anode and the cathode ; and means for mixing an anolyte generated on the anode with a catholyte generated on the cathode , wherein a porous conductive metallic material which has flexibility and in which multiple fine voids are provided selected from a group consisting of a metal foam, a metallic fiber cloth, and a fibrous metal molded body is used as the cathode , wherein the fine void in the cathode prevent localized deposition of the scale which is mainly formed of hydroxide of the alkaline earth metal at a contact interface between the cathode and the solid polymer electrolyte separation membrane , and wherein the solid polymer electrolyte separation membrane and the anode have a plurality of through holes . an electrolysis cell formed in a manner that a membrane-electrode assembly is compressed from both sides so as to adhere an anode , a cathode , and a solid polymer electrolyte separation membrane formed from a cation exchange membrane to each other, the membrane-electrode assembly being configured by the solid polymer electrolyte separation membrane formed from the cation exchange membrane, and the anode and the cathode which are respectively adhered to both surfaces of the solid polymer electrolyte separation membrane ; means for supplying raw water consisting of unpurified water containing alkaline earth metal, to at least one of the anode and the cathode ; and means for mixing an anolyte generated on the anode with a catholyte generated on the cathode , wherein a porous conductive metallic material which has flexibility and in which multiple fine voids are provided selected from a group consisting of a metal foam, a metallic fiber cloth, and a fibrous metal molded body is used as the cathode , wherein the fine void in the cathode prevent localized deposition of the scale which is mainly formed of hydroxide of the alkaline earth metal at a contact interface between the cathode and the solid polymer electrolyte separation membrane , and wherein the solid polymer electrolyte separation membrane and the anode have a plurality of through holes .
A method for performing a measurement at a user equipment, UE , in a mobile communication system, the method comprising: receiving, at the UE, measurement configuration information of a discovery signal of a secondary cell; and performing, at the UE, a Radio Resource Management, RRM, measurement based on the measurement configuration information, wherein the measurement configuration information indicates a frequency of the discovery signal, a periodicity of the discovery signal, and a subframe offset of the discovery signal, wherein the frequency of the discovery signal indicates a specific frequency for which the measurement configuration information is valid, wherein the periodicity of the discovery signal indicates a periodicity of the discovery signal, wherein the subframe offset of the discovery signal indicates a specific offset of the discovery signal measurement timing configuration in a number of subframe(s), wherein the discovery signal includes cell-specific reference signal, CRS used for the RRM measurement, and wherein the secondary cell is configured to be turned off upon no active UE attached or based on a pattern. receiving, at the UE, measurement configuration information of a discovery signal of a secondary cell; and performing, at the UE, a Radio Resource Management, RRM, measurement based on the measurement configuration information, wherein the measurement configuration information indicates a frequency of the discovery signal, a periodicity of the discovery signal, and a subframe offset of the discovery signal, wherein the frequency of the discovery signal indicates a specific frequency for which the measurement configuration information is valid, wherein the periodicity of the discovery signal indicates a periodicity of the discovery signal, wherein the subframe offset of the discovery signal indicates a specific offset of the discovery signal measurement timing configuration in a number of subframe(s), wherein the discovery signal includes cell-specific reference signal, CRS used for the RRM measurement, and wherein the secondary cell is configured to be turned off upon no active UE attached or based on a pattern.
A method for producing a polyol composition, comprising reacting a compound having an active hydrogen with a compound having at least one selected from the group consisting of a carboxyl group, ester group and acid halide group in the presence of 0.0001-0.05 parts by mol of a phosphorus compound with respect to 1 part by mol of the active hydrogen without using a metal-based polymerization catalyst, wherein the compound having an active hydrogen is a compound represented by formula , TO-X 1 -OH in formula , X 1 represents a polymer chain including a repeating unit derived from a conjugated diene, and T represents a hydrogen atom or an organic group substitutable with a hydrogen atom, and the phosphorus compound is a compound represented by formula , in formula , X represents a hydroxyl group or a mercapto group, Y represents an oxygen atom or a sulfur atom, R 1 and R 2 each independently represents a substituted or unsubstituted CI-20 hydrocarbon group, R 1 and R 2 may bond directly or via an atom or a functional group having two or more bonding hands to form a ring together with Z 1 , Z 2 and P, Z 1 and Z 2 each independently represents an oxygen atom or a substituted nitrogen atom. reacting a compound having an active hydrogen with a compound having at least one selected from the group consisting of a carboxyl group, ester group and acid halide group in the presence of 0.0001-0.05 parts by mol of a phosphorus compound with respect to 1 part by mol of the active hydrogen without using a metal-based polymerization catalyst, wherein the compound having an active hydrogen is a compound represented by formula , in formula , X 1 represents a polymer chain including a repeating unit derived from a conjugated diene, and T represents a hydrogen atom or an organic group substitutable with a hydrogen atom, and the phosphorus compound is a compound represented by formula ,
A method of enhancing an audio recording, comprising: - accessing the audio recording, the audio recording comprising at least a recording of a sound signal, the sound signal being obtained from a play-out of an audio signal by a play-out device via a speaker, the audio signal representing audio content; characterised by : - analysing the audio recording to identify the audio signal; - based on the audio signal having been identified, identifying a resource location which comprises the audio signal; - accessing the audio signal from the resource location. - suppressing , in the audio recording, the recording of the sound signal using the audio signal, thereby obtaining an intermediate audio recording; and - adding an original version of the audio content to the intermediate audio recording to obtain an enhanced audio recording, the original version of the audio content being the audio signal or another original version of the audio content. - accessing the audio recording, the audio recording comprising at least a recording of a sound signal, the sound signal being obtained from a play-out of an audio signal by a play-out device via a speaker, the audio signal representing audio content; - analysing the audio recording to identify the audio signal; - based on the audio signal having been identified, identifying a resource location which comprises the audio signal; - accessing the audio signal from the resource location. - suppressing , in the audio recording, the recording of the sound signal using the audio signal, thereby obtaining an intermediate audio recording; and - adding an original version of the audio content to the intermediate audio recording to obtain an enhanced audio recording, the original version of the audio content being the audio signal or another original version of the audio content.
An outflow valve exhaust nozzle for an aircraft pressurization system (PS), wherein the nozzle is configured to exhaust pressurized air that is discharged through an outflow valve (OFV) into the nozzle to an ambient external pressure environment, the nozzle comprising: an upstream solid wall section configured to be attached to a discharge end of the outflow valve (OFV); and a downstream solid exhaust wall section fixed to the upstream solid wall section , the downstream solid exhaust wall section including a circumferential portion which includes a series of air intake perforations configured to allow unpressurized air from the ambient external pressure environment to be introduced into a boundary layer of discharged pressurized air in the interior of the downstream solid exhaust wall section . an upstream solid wall section configured to be attached to a discharge end of the outflow valve (OFV); and a downstream solid exhaust wall section fixed to the upstream solid wall section , the downstream solid exhaust wall section including a circumferential portion which includes a series of air intake perforations configured to allow unpressurized air from the ambient external pressure environment to be introduced into a boundary layer of discharged pressurized air in the interior of the downstream solid exhaust wall section .
Hydraulic pump unit adapted to supply pressurised hydraulic liquid to a set of hydraulic actuators comprising: - a pump ; - a reservoir for hydraulic liquid; - multiple line connectors adapted to connect the set of hydraulic actuators to the pump unit via actuator lines ; - at least one valve seat , where an electrically operable valve is or can be installed; - a main body including a channel system for the hydraulic liquid, which channel system comprises multiple ducts which interconnect the pump , the reservoir and the valve seat , in which each duct forms a flow path of a hydraulic circuit and which channel system includes ducts having duct ends which define multiple ports in a common port face of the main body, characterised in that, the port face is a planar face of an outer surface of the main body , and in that the pump unit further comprises: - a throttle plate which is retained in position parallel with the port face of the main body , wherein the throttle plate comprises at least one hydraulic liquid throttle orifice which is sized to provide a throttling of passing hydraulic liquid, which throttle orifice extends from a back side to a front side of the throttle plate which throttle plate is specific for a particular predetermined hydraulic circuit; and - an end body which sandwiches the throttle plate between the port face of the main body and the end body whereby the main body and the end body define a generic part of the hydraulic circuit. - a pump ; - a reservoir for hydraulic liquid; - multiple line connectors adapted to connect the set of hydraulic actuators to the pump unit via actuator lines ; - at least one valve seat , where an electrically operable valve is or can be installed; - a main body including a channel system for the hydraulic liquid, which channel system comprises multiple ducts which interconnect the pump , the reservoir and the valve seat , in which each duct forms a flow path of a hydraulic circuit and which channel system includes ducts having duct ends which define multiple ports in a common port face of the main body, characterised in that, the port face is a planar face of an outer surface of the main body , - a throttle plate which is retained in position parallel with the port face of the main body , wherein the throttle plate comprises at least one hydraulic liquid throttle orifice which is sized to provide a throttling of passing hydraulic liquid, which throttle orifice extends from a back side to a front side of the throttle plate which throttle plate is specific for a particular predetermined hydraulic circuit; and - an end body which sandwiches the throttle plate between the port face of the main body and the end body whereby the main body and the end body define a generic part of the hydraulic circuit.
Electrical switching device comprising: - a conductive enclosure , - a first insulating tube located inside the conductive enclosure , - at least one switch located inside the first insulating tube , - several second insulating tubes located inside the conductive enclosure , each second insulating tube extending in a direction that is different from the direction of the first insulating tube , the inside of each second insulating tube communicating at one of its two ends with the inside of the first insulating tube , the first insulating tube and the second insulating tubes extending along a same plane, and - several electrical components (15-18) located inside the second insulating tubes respectively and electrically connected to the at least one switch , said electrical components (15-18) or at least two of them having respective different functions, characterised in that the electrical switching device further comprises metallic mounting members fixed respectively to the ends of the at least one switch and electrically connected to the corresponding poles of the at least one switch , and in that for their electrical and mechanical connection to the at least one switch said electrical components (15-18) have identical plugs adapted to be inserted into corresponding identical sockets of the metallic mounting members , allowing the electrical components (15-18) in the second insulating tubes to be removable and interchangeable. - a conductive enclosure , - a first insulating tube located inside the conductive enclosure , - at least one switch located inside the first insulating tube , - several second insulating tubes located inside the conductive enclosure , each second insulating tube extending in a direction that is different from the direction of the first insulating tube , the inside of each second insulating tube communicating at one of its two ends with the inside of the first insulating tube , the first insulating tube and the second insulating tubes extending along a same plane, and - several electrical components (15-18) located inside the second insulating tubes respectively and electrically connected to the at least one switch , said electrical components (15-18) or at least two of them having respective different functions,
A support element or a module for a display case of objects , constituted by a self-supporting wire-shaped element formed by a ribbed reinforcing bar for reinforced concrete profiled into at least three different planes (A, B, C), said reinforcing bar having a succession of straight portions wherein the adjacent portions are bent by 90° with respect to one another, characterised in that said reinforcing bar comprises a three-part sequence of successive portions , a first pair of successive portions having a first end which prolongs from a first end of the three-part sequence of successive portions , a second pair of successive portions having a first end which prolongs from a second end of the three-part sequence of successive portions , a third pair of successive portions having a first end which prolongs from a second end of the first pair of successive portions , and a fourth pair of successive portions having a first end which prolongs from a second end of the second pair of successive portions , said three-part sequence of successive portions being U-shaped, said first pair of successive portions being L-shaped and arranged at a side of a plane identified by the three-part sequence of successive portions , said second pair of successive portions being L-configured and arranged at said side of the plane identified by the three-part sequence of successive portions , said third pair of successive portions being identical and coplanar to said first pair of successive portions , said fourth pair of successive portions being identical and coplanar to said second pair of successive portions .
An electrical switching device , in particular for a railroad vehicle , comprising a first electrical contact , a second electrical contact that is movable relative to the first contact , an actuator and a control module suitable for controlling movement of the second contact by the actuator between a first position, in which the first and second contacts are electrically connected to each other, and a second position, in which the first and second contacts are electrically disconnected from each other the switching device further comprising a thermoelectric module and a heat sink , characterized in that the thermoelectric module is interposed between the heat sink and the control module and being configured to generate a heat flow (F) from the control module to the heat sink , by the Peltier effect. the switching device further comprising a thermoelectric module and a heat sink , characterized in that the thermoelectric module is interposed between the heat sink and the control module and being configured to generate a heat flow (F) from the control module to the heat sink , by the Peltier effect.