mhurhangee/patent-ind-claim-en huggingface dataset:
A device for controlling a pH of a solution comprising: a controller , two or more electrodes , and a solution , preferably an aqueous solution, containing one or more redox active species, the device is configured to measure an open circuit potential (OCP) between the two or more electrodes in the solution to generate a measured OCP data and send the measured OCP data to the controller , wherein the controller is configured to iteratively perform the following steps: select an amount of current or an electric source waveform based on a difference between target OCP data and the measured OCP data, apply the selected amount of current to the solution by providing an electric current or an electric potential, according to the electric potential waveform, to one or more of the two or more electrodes , and send a request to the device for another measurement of the OCP, and wherein the one or more redox active species in the solution generates and/or consumes hydrogen ions through an electrochemical reaction induced by the electric current or the electric potential applied to the solution . a controller , two or more electrodes , and a solution , preferably an aqueous solution, containing one or more redox active species, the device is configured to measure an open circuit potential (OCP) between the two or more electrodes in the solution to generate a measured OCP data and send the measured OCP data to the controller , wherein the controller is configured to iteratively perform the following steps: select an amount of current or an electric source waveform based on a difference between target OCP data and the measured OCP data, apply the selected amount of current to the solution by providing an electric current or an electric potential, according to the electric potential waveform, to one or more of the two or more electrodes , and send a request to the device for another measurement of the OCP, and wherein the one or more redox active species in the solution generates and/or consumes hydrogen ions through an electrochemical reaction induced by the electric current or the electric potential applied to the solution . select an amount of current or an electric source waveform based on a difference between target OCP data and the measured OCP data, apply the selected amount of current to the solution by providing an electric current or an electric potential, according to the electric potential waveform, to one or more of the two or more electrodes , and send a request to the device for another measurement of the OCP, and wherein the one or more redox active species in the solution generates and/or consumes hydrogen ions through an electrochemical reaction induced by the electric current or the electric potential applied to the solution .
A method of manufacturing a torque transmission shaft comprising: an internal shaft having an external spline provided on an outer circumference thereof; a tubular external shaft having on an inner circumference thereof an internal spline which is configured to slidably mesh with the external spline ; and a resin coating provided on at least one of the external spline and the internal spline , characterized in that the method comprises: an adaptation step of adapting a surface of the resin coating by causing a shaft manufacturing intermediate product of the internal shaft and a shaft manufacturing intermediate product of the external shaft to slide relatively in an axial direction in such a state that a central axis line (L2) of the shaft manufacturing intermediate product of the internal shaft and a central axis line (L1) of the shaft manufacturing intermediate product of the external shaft are aligned with each other, and the shaft manufacturing intermediate products are held in such a way that the central axis lines (L1, L2) thereof can be adjusted, that is, the shaft manufacturing intermediate products are held in such a way that the shaft manufacturing intermediate products can be displaced in directions other than the axial direction (X1) so as to suppress the application of a force which attempts to change the state in which the central axis lines (L1, L2) of the shaft manufacturing intermediate products are aligned with each other to the shaft manufacturing intermediate products .
A ready to use film dosage form characterised by comprising microemulsion of an Active Pharmaceutical ingredient wherein the microemulsion is embedded in the thin polymeric matrix by immobilization in its original state without removal of water contained in the microemulsion, wherein the moisture content of the film is at least equal to the moisture bound in the emulsion component. characterised by comprising microemulsion of an Active Pharmaceutical ingredient wherein the microemulsion is embedded in the thin polymeric matrix by immobilization in its original state without removal of water contained in the microemulsion, wherein the moisture content of the film is at least equal to the moisture bound in the emulsion component.
A method for fabricating an object , comprising: (a) irradiating a layer of powder in a powder bed to form a fused region; (b) providing a subsequent layer of powder over the powder bed by passing a recoater arm over the powder bed from a first side of the powder bed; (c) repeating steps (a) and (b) until the object and at least one support structure is formed in the powder bed, wherein the at least one support structure and the object have a first orientation, wherein the object comprises a divergent surface and an outlet , wherein the object comprises an inner structure and an outer structure defining the outlet therebetween, wherein the divergent surface extends in a direction transverse to the axis of the outlet and wherein the support structure conforms to and aligns with the divergent surface when the support structure is in the first orientation; (d) rotating the support structure to a second orientation, wherein rotating the support structure to the second orientation comprises moving the support structure out of alignment with the divergent surface , wherein the support structure is incapable of passing through the outlet in the first orientation prior to rotating the support structure to the second orientation; and (e) removing the support structure from the object by passing the support structure through the outlet of the object . (a) irradiating a layer of powder in a powder bed to form a fused region; (b) providing a subsequent layer of powder over the powder bed by passing a recoater arm over the powder bed from a first side of the powder bed; (c) repeating steps (a) and (b) until the object and at least one support structure is formed in the powder bed, wherein the at least one support structure and the object have a first orientation, wherein the object comprises a divergent surface and an outlet , wherein the object comprises an inner structure and an outer structure defining the outlet therebetween, wherein the divergent surface extends in a direction transverse to the axis of the outlet and wherein the support structure conforms to and aligns with the divergent surface when the support structure is in the first orientation; (d) rotating the support structure to a second orientation, wherein rotating the support structure to the second orientation comprises moving the support structure out of alignment with the divergent surface , wherein the support structure is incapable of passing through the outlet in the first orientation prior to rotating the support structure to the second orientation; and (e) removing the support structure from the object by passing the support structure through the outlet of the object .
A laryngeal pacing system for a recipient patient with impaired breathing, the system comprising: a laryngeal pacemaker configured for external placement on skin of a patient at a sternum location and configured to produce respiration stimulation signals; an implantable stimulation electrode configured for delivering the respiration stimulation signals from the laryngeal pacemaker to adjacent target neural tissue for vocal fold abduction during respiration of the recipient patient; a triaxial accelerometer configured to produce a body motion signal for the laryngeal pacemaker reflecting energy expenditure of the recipient patient; a respiration sensor comprising a flexible skin-transferrable printed tattoo electrode having a tetrapolar configuration for impedance pneumography measurement to produce a sensed respiration signal for the laryngeal pacemaker; wherein the respiration sensor is configured for transfer and release by guided placement from a sensor applicator to a fixed skin location at the angulus sterni of the recipient patient; and wherein the laryngeal pacemaker is configured to interpret the body motion signal and the sensed respiration signal to make a real time determination of respiratory phase and frequency for adaptively adjusting the respiration stimulation signals accordingly. a laryngeal pacemaker configured for external placement on skin of a patient at a sternum location and configured to produce respiration stimulation signals; an implantable stimulation electrode configured for delivering the respiration stimulation signals from the laryngeal pacemaker to adjacent target neural tissue for vocal fold abduction during respiration of the recipient patient; a triaxial accelerometer configured to produce a body motion signal for the laryngeal pacemaker reflecting energy expenditure of the recipient patient; a respiration sensor comprising a flexible skin-transferrable printed tattoo electrode having a tetrapolar configuration for impedance pneumography measurement to produce a sensed respiration signal for the laryngeal pacemaker; wherein the respiration sensor is configured for transfer and release by guided placement from a sensor applicator to a fixed skin location at the angulus sterni of the recipient patient; and wherein the laryngeal pacemaker is configured to interpret the body motion signal and the sensed respiration signal to make a real time determination of respiratory phase and frequency for adaptively adjusting the respiration stimulation signals accordingly.
A stapling device , comprising: an activation unit configured to sense at least one of a movement of the stapling device or a signal from a timer; a detection unit communicatively coupled to the activation unit , wherein the detection unit is configured to be activated based on a signal from the activation unit to generate an input data in response to the activation unit sensing the at least one of the movement of the stapling device or the signal from the timer; a processing unit configured to determine a number of pins in the stapling device , by comparing the input data with a pre-configured data ; and a display unit , interfaced with the processing unit , configured to indicate a status of the pins in the stapling device , wherein the status is based on the determined number of pins in the stapling device . an activation unit configured to sense at least one of a movement of the stapling device or a signal from a timer; a detection unit communicatively coupled to the activation unit , wherein the detection unit is configured to be activated based on a signal from the activation unit to generate an input data in response to the activation unit sensing the at least one of the movement of the stapling device or the signal from the timer; a processing unit configured to determine a number of pins in the stapling device , by comparing the input data with a pre-configured data ; and a display unit , interfaced with the processing unit , configured to indicate a status of the pins in the stapling device , wherein the status is based on the determined number of pins in the stapling device .
Microorganism for use in the treatment and/or prevention of periodontal disease, wherein the microorganism is Lactobacillus paracasei LPc-G110 deposited as CCTCC M 2013691.
An air treatment apparatus for an operator environment of an agricultural vehicle in which air to be filtered is drawn into an air filtration system , filtered and directed to an agricultural vehicle HVAC system , in which the HVAC system comprises an inlet plenum, at least one blower , other HVAC components and an outlet to the operator environment ; wherein the air filtration system comprises: at least one external inlet ; a first filtration device having a first coarser level of filtration located between the external inlet and the HVAC inlet plenum; a second filtration device having a second finer level of filtration located between the external inlet and the HVAC inlet plenum; a first air filtration system blower connected to the HVAC inlet plenum; a valve mechanism selectively to connect either the first filtration device to the HVAC inlet plenum or the second filtration device to the inlet HVAC plenum; and characterized by : for each filtration device , a respective bypass permanently connected with an inlet end downstream of the valve mechanism and an outlet end upstream of the valve mechanism and adjacent the respective filtration device such that in use a portion of an air flow downstream of the valve mechanism may be recirculated to purge the respective filtration device, and each bypass includes a respective non-return valve opposing transit of air from the outlet to the inlet ends of the bypass. at least one external inlet ; a first filtration device having a first coarser level of filtration located between the external inlet and the HVAC inlet plenum; a second filtration device having a second finer level of filtration located between the external inlet and the HVAC inlet plenum; a first air filtration system blower connected to the HVAC inlet plenum; a valve mechanism selectively to connect either the first filtration device to the HVAC inlet plenum or the second filtration device to the inlet HVAC plenum; and characterized by : for each filtration device , a respective bypass permanently connected with an inlet end downstream of the valve mechanism and an outlet end upstream of the valve mechanism and adjacent the respective filtration device such that in use a portion of an air flow downstream of the valve mechanism may be recirculated to purge the respective filtration device, and each bypass includes a respective non-return valve opposing transit of air from the outlet to the inlet ends of the bypass.
A shipping container comprising: a chassis ; a door moveably mounted to the chassis, the door having an external surface and an internal surface ; at least one slot antenna (109, 1309-1 - 1309-12) located at the external surface of the door, wherein the at least one slot antenna does not extend through the door; a tracking device mounted inside the chassis and having a radio transceiver , configured to determine a location of the container and wirelessly provide the location to a remote device, the tracking device at least partially located on the internal surface of the door; an antenna feed coupling the radio transceiver to the slot antenna through the internal surface of the door; and wherein the antenna feed comprises a feed point and a ground each located at the internal surface of the door opposite the slot antenna on the external surface, and wherein the feed point and the ground antenna feed capacitively couples the radio transceiver to the slot antenna (109, 1309-1 - 1309-12) through the internal surface of the door . a chassis ; a door moveably mounted to the chassis, the door having an external surface and an internal surface ; at least one slot antenna (109, 1309-1 - 1309-12) located at the external surface of the door, wherein the at least one slot antenna does not extend through the door; a tracking device mounted inside the chassis and having a radio transceiver , configured to determine a location of the container and wirelessly provide the location to a remote device, the tracking device at least partially located on the internal surface of the door; an antenna feed coupling the radio transceiver to the slot antenna through the internal surface of the door; and wherein the antenna feed comprises a feed point and a ground each located at the internal surface of the door opposite the slot antenna on the external surface, and wherein the feed point and the ground antenna feed capacitively couples the radio transceiver to the slot antenna (109, 1309-1 - 1309-12) through the internal surface of the door .
Garment, comprising at least one pressing region in which the garment in the worn state exerts a pressing effect on the body of the wearer of the garment , wherein the pressing region comprises a knitted fabric, wherein the pressing region comprises a plurality of raised elements , which in the worn state are arranged on an inside of the garment that faces toward the body of the wearer of the garment , wherein the raised elements each comprise a plurality of partial elements , and the partial elements are formed of at least 8 float stitches located one on top of the other in the wale direction of the knitted fabric, which form gathers and are offset from one another along the wale direction of the knitted fabric, and wherein at least a portion of the raised elements are coupled to at least one respective other one of the raised elements by a plurality of connecting elements , characterized in that the connecting elements are each formed by individual float stitches, which are arranged offset from one another over adjacent courses and wales in such a way that they extend along a connecting element longitudinal direction that together with the wale direction of the knitted fabric encloses an angle (β) of at least 20°, and in that for each partial element at least one float stitch of the partial element is connected to a float stitch of a connecting element in the wale direction by way of only one mesh. at least one pressing region in which the garment in the worn state exerts a pressing effect on the body of the wearer of the garment , wherein the pressing region comprises a knitted fabric, wherein the pressing region comprises a plurality of raised elements , which in the worn state are arranged on an inside of the garment that faces toward the body of the wearer of the garment , wherein the raised elements each comprise a plurality of partial elements , and the partial elements are formed of at least 8 float stitches located one on top of the other in the wale direction of the knitted fabric, which form gathers and are offset from one another along the wale direction of the knitted fabric, and wherein at least a portion of the raised elements are coupled to at least one respective other one of the raised elements by a plurality of connecting elements , characterized in that the connecting elements are each formed by individual float stitches, which are arranged offset from one another over adjacent courses and wales in such a way that they extend along a connecting element longitudinal direction that together with the wale direction of the knitted fabric encloses an angle (β) of at least 20°, and in that for each partial element at least one float stitch of the partial element is connected to a float stitch of a connecting element in the wale direction by way of only one mesh.
A clamp for clamping a pair of bars to one another, the clamp comprising first and second clamping members and a pair of bolts that bolt together the first and second clamping members , the axes of the bolts lie on a plane (P) transecting the clamp, the first clamping member comprising a first guide arranged to direct the positioning of one of the bars, the first guide being arranged at an oblique angle to the plane transecting the clamp, wherein the first clamping member comprises first and second jaws , which are spaced from one another, each of the jaws having a first notch formed therein, with the first notches in the first and second jaws together defining the first guide, characterised in that the first notches are offset from one another along a length of the first clamping member .
A system for sampling drilling fluid to identify one or more species of interest within drilling fluid, the system comprising: a heat exchanger including a first fluid passage extending through a first tubular and a second fluid passage extending through a second tubular , wherein each fluid passage has an inlet and an outlet, wherein the heat exchanger comprises an elongate core having a longitudinal axis , a first end , and a second end wherein the first and second tubulars extend axially through the core from the first end of the core to the second end of the core; a supply line coupled to the inlet of the first fluid passage; a return line coupled to the outlet of the second fluid passage; a drilling fluid heater having an inlet coupled to the outlet of the first fluid passage and an outlet ; and a drilling fluid degasser having an inlet coupled to the outlet of the heater, a first outlet coupled to an analyzer configured to identify the one or more species of interest, and a second outlet coupled to the inlet of the second fluid passage, wherein the heat exchanger is configured to transfer thermal energy from the drilling fluid flowing through the second fluid passage to the drilling fluid flowing through the first fluid passage. a heat exchanger including a first fluid passage extending through a first tubular and a second fluid passage extending through a second tubular , wherein each fluid passage has an inlet and an outlet, wherein the heat exchanger comprises an elongate core having a longitudinal axis , a first end , and a second end wherein the first and second tubulars extend axially through the core from the first end of the core to the second end of the core; a supply line coupled to the inlet of the first fluid passage; a return line coupled to the outlet of the second fluid passage; a drilling fluid heater having an inlet coupled to the outlet of the first fluid passage and an outlet ; and a drilling fluid degasser having an inlet coupled to the outlet of the heater, a first outlet coupled to an analyzer configured to identify the one or more species of interest, and a second outlet coupled to the inlet of the second fluid passage, wherein the heat exchanger is configured to transfer thermal energy from the drilling fluid flowing through the second fluid passage to the drilling fluid flowing through the first fluid passage.
A composition which increases GDF11 polypeptide in a subject for use in inhibiting or treating hepatosteatosis in the subject, wherein the composition comprises an effective amount of GDF11 polypeptide or a functional fragment or variant thereof.