mhurhangee/patent-ind-claim-en huggingface dataset:
An enteric hard capsule comprising a film (a) containing a first component and a second component, or (b) containing a first component and a second component, and further containing at least one component selected from a third component and a fourth component, wherein the first component is methylcellulose and/or hydroxypropyl methylcellulose having a viscosity value of 6 mPa·s or more, preferably 10 mPa·s or more, wherein the viscosity value of the first component is not within a range from 100 mPa·s to 100,000 mPa s, the second component is an enteric methacrylic acid copolymer composed of 40 to 60% by mass of methacrylic acid and 60 to 40% by mass of ethyl acrylate, and at least some of carboxyl groups contained in the second component form a salt thereof that is acceptable pharmaceutically or as a food additive, the third component is a water-insoluble alkyl (meth)acrylate ester copolymer and/or ethyl cellulose, and the fourth component is at least one selected from the group consisting of a plasticizer and a surfactant acceptable pharmaceutically or as a food additive, and wherein the first component is contained at a rate of 30 to 70% by mass and the second component is contained at a rate of 30 to 60% by mass with the sum of the rates of the first component and the second component being 70% by mass or more based on the total mass of the first component, the second component, the third component and the fourth component contained in the film, which is taken as 100% by mass. (a) containing a first component and a second component, or (b) containing a first component and a second component, and further containing at least one component selected from a third component and a fourth component, wherein the first component is methylcellulose and/or hydroxypropyl methylcellulose having a viscosity value of 6 mPa·s or more, preferably 10 mPa·s or more, wherein the viscosity value of the first component is not within a range from 100 mPa·s to 100,000 mPa s, the second component is an enteric methacrylic acid copolymer composed of 40 to 60% by mass of methacrylic acid and 60 to 40% by mass of ethyl acrylate, and at least some of carboxyl groups contained in the second component form a salt thereof that is acceptable pharmaceutically or as a food additive, the third component is a water-insoluble alkyl (meth)acrylate ester copolymer and/or ethyl cellulose, and the fourth component is at least one selected from the group consisting of a plasticizer and a surfactant acceptable pharmaceutically or as a food additive, and wherein the first component is contained at a rate of 30 to 70% by mass and the second component is contained at a rate of 30 to 60% by mass with the sum of the rates of the first component and the second component being 70% by mass or more based on the total mass of the first component, the second component, the third component and the fourth component contained in the film, which is taken as 100% by mass.
A resistance annealing furnace for annealing a metal wire, strand, string, wire rod or strap, the annealing furnace comprising at least two electric axes (5-7), which are provided with respective pulleys (8-10) to convey said metal wire , strand, string, wire rod or strap, and DC voltage generator means suppliable by an AC voltage source in order to generate an annealing voltage (Uann) applied between the two electric axes (5-7), so as to produce an electric current in the section of the metal wire , strand, string, wire rod or strap comprised between the two electric axes (5-7) that provokes the annealing due to Joule effect; the annealing furnace being characterized in that said DC voltage generator means comprises first voltage rectifier means connectable to said AC voltage source so as to generate an intermediate DC voltage (Udc), active filtering means , which are connected in parallel to the input of said first voltage rectifier means so as to compensate the current harmonics appearing at the input of said first voltage rectifier means , pulse width modulating means to transform the intermediate voltage (Udc) into a first PWM voltage (Um1) with the same amplitude, a voltage transformer to transform the first PWM voltage (Um1) into a corresponding second PWM voltage (Um2) with a smaller amplitude, and second voltage rectifier means to transform the second modulated PWM voltage (Um2) into the annealing voltage (Uann); said pulse width modulating means being configured to modulate the pulse width of said first PWM voltage (Um1) in correlation with the ratio between the feeding speed (Vw) of said metal wire , strand, string, wire rod or strap and the difference between the maximum value and the minimum value of said feeding speed.
An electronic device for outputting one or more light settings and an association between said one or more light settings and at least one image, said electronic device comprising: at least one input interface ; at least one output interface ; and at least one processor configured to: - use said at least one input interface to obtain at least one image captured with a camera , said at least one image capturing one or more light effects , - identify one or more lighting devices which render said one or more light effects, - use said at least one input interface to receive one or more input signals comprising one or more current light settings of said identified one or more lighting devices , and - use said at least one output interface to output said one or more current light settings and an association between said one or more current light settings and said at least one image , characterised in that said at least one processor is configured to output said one or more current light settings as metadata of said at least one image and/or said at least one processor is configured to output said at least one image as metadata of said one or more current light settings. at least one input interface ; at least one output interface ; and at least one processor configured to: - use said at least one input interface to obtain at least one image captured with a camera , said at least one image capturing one or more light effects , - identify one or more lighting devices which render said one or more light effects, - use said at least one input interface to receive one or more input signals comprising one or more current light settings of said identified one or more lighting devices , and - use said at least one output interface to output said one or more current light settings and an association between said one or more current light settings and said at least one image , - use said at least one input interface to obtain at least one image captured with a camera , said at least one image capturing one or more light effects , - identify one or more lighting devices which render said one or more light effects, - use said at least one input interface to receive one or more input signals comprising one or more current light settings of said identified one or more lighting devices , and - use said at least one output interface to output said one or more current light settings and an association between said one or more current light settings and said at least one image , characterised in that said at least one processor is configured to output said one or more current light settings as metadata of said at least one image and/or said at least one processor is configured to output said at least one image as metadata of said one or more current light settings.
Handling gantry for the handling of loads defined in that it includes: - at least one horizontal beam having a longitudinal axis , comprising at each of its ends a foot , substantially vertical to straddle a load, - each of the feet having at its bottom, a running base resting on the ground, - a motor drive system for at least one running base to move the said gantry , and - at least two gripping arms , substantially vertical, each having at one bottom and free end, an attaching interface capable of being moved and articulated, configured to work together with an additional attaching interface provided on the load, the said gripping arms each having a top end mounted on a mobile trolley supported by a beam and capable of moving, and in that: - the gripping arms are telescopic and assembled to oscillate on the mobile trolleys ; - the gantry has a motor drive system to assist the gripping arms in their oscillation movement; and - the said mobile trolleys can be moved individually along at least one running track or at least one pair of running tracks , rectilinear or curved inwards and provided on the beam or beams ; and - each foot is connected to the beam by means of a rotating link having a vertical axis, wherein each of the running bases is associated with an independent motor drive. - at least one horizontal beam having a longitudinal axis , comprising at each of its ends a foot , substantially vertical to straddle a load, - each of the feet having at its bottom, a running base resting on the ground, - a motor drive system for at least one running base to move the said gantry , and - at least two gripping arms , substantially vertical, each having at one bottom and free end, an attaching interface capable of being moved and articulated, configured to work together with an additional attaching interface provided on the load, the said gripping arms each having a top end mounted on a mobile trolley supported by a beam and capable of moving, - the gripping arms are telescopic and assembled to oscillate on the mobile trolleys ; - the gantry has a motor drive system to assist the gripping arms in their oscillation movement; and - the said mobile trolleys can be moved individually along at least one running track or at least one pair of running tracks , rectilinear or curved inwards and provided on the beam or beams ; and - each foot is connected to the beam by means of a rotating link having a vertical axis, wherein each of the running bases is associated with an independent motor drive.
A clutch , comprising: a hub fastened to a rotary shaft of a compressor and rotatable with the rotary shaft in a state where its position has been fixed; a disk fastened to the hub and rotatable with the hub ; a pulley rotated by receiving power from a driving source of the compressor; an elastic member fastening the hub and the disk , and fastening the hub and the disk so that the disk approaches or is away from the pulley based on the hub ; a field coil assembly magnetized when power is applied to contact or space the disk and the pulley ; and an attenuation member interposed between the elastic member and the disk , wherein the attenuation member comprises a first attenuation member contacting the disk and the elastic member during a contact period and a spacing period between the disk and the pulley characterized in that the attenuation member further comprises a second attenuation member contacting the disk and the elastic member during a spacing period between the disk and the pulley , and spaced apart from one of the disk and the elastic member during a contact period between the disk and the pulley , and wherein the second attenuation member spaces a contact surface (S2) between the elastic member and the disk during the spacing period between the disk and the pulley from a position such as a contact surface (S1) between the elastic member and the hub to the pulley side. a hub fastened to a rotary shaft of a compressor and rotatable with the rotary shaft in a state where its position has been fixed; a disk fastened to the hub and rotatable with the hub ; a pulley rotated by receiving power from a driving source of the compressor; an elastic member fastening the hub and the disk , and fastening the hub and the disk so that the disk approaches or is away from the pulley based on the hub ; a field coil assembly magnetized when power is applied to contact or space the disk and the pulley ; and an attenuation member interposed between the elastic member and the disk , wherein the attenuation member comprises a first attenuation member contacting the disk and the elastic member during a contact period and a spacing period between the disk and the pulley characterized in that the attenuation member further comprises a second attenuation member contacting the disk and the elastic member during a spacing period between the disk and the pulley , and spaced apart from one of the disk and the elastic member during a contact period between the disk and the pulley , and wherein the second attenuation member spaces a contact surface (S2) between the elastic member and the disk during the spacing period between the disk and the pulley from a position such as a contact surface (S1) between the elastic member and the hub to the pulley side.
A three-dimensional printing system for fabricating a three-dimensional article comprising: a motorized build platform ; a dispensing module ; an imaging module including: a pulsed light source ; a two-dimensional mirror array defining N rows of mirrors and M columns of mirrors; a movement mechanism for imparting lateral motion between the imaging module and the build platform ; and a controller configured to: operate the motorized build platform and the dispensing module to form a layer of build material at a build plane ; operate the movement mechanism to scan the imaging module over the build plane at a velocity V; operate the pulsed light source to generate a sequence of radiation pulses that illuminate the mirror array , the radiation pulses individually having a time duration of δT, the radiation pulses are emitted at a frequency of 1/T, during a single scan a location on the build plane is addressed by a plurality of different mirrors; and operate the mirror array to selectively image the build material by controlling individual mirrors to have one of an ON state and an OFF state during the pulses. a motorized build platform ; a dispensing module ; an imaging module including: a pulsed light source ; a two-dimensional mirror array defining N rows of mirrors and M columns of mirrors; a pulsed light source ; a two-dimensional mirror array defining N rows of mirrors and M columns of mirrors; a movement mechanism for imparting lateral motion between the imaging module and the build platform ; and a controller configured to: operate the motorized build platform and the dispensing module to form a layer of build material at a build plane ; operate the movement mechanism to scan the imaging module over the build plane at a velocity V; operate the pulsed light source to generate a sequence of radiation pulses that illuminate the mirror array , the radiation pulses individually having a time duration of δT, the radiation pulses are emitted at a frequency of 1/T, during a single scan a location on the build plane is addressed by a plurality of different mirrors; and operate the mirror array to selectively image the build material by controlling individual mirrors to have one of an ON state and an OFF state during the pulses. operate the motorized build platform and the dispensing module to form a layer of build material at a build plane ; operate the movement mechanism to scan the imaging module over the build plane at a velocity V; operate the pulsed light source to generate a sequence of radiation pulses that illuminate the mirror array , the radiation pulses individually having a time duration of δT, the radiation pulses are emitted at a frequency of 1/T, during a single scan a location on the build plane is addressed by a plurality of different mirrors; and operate the mirror array to selectively image the build material by controlling individual mirrors to have one of an ON state and an OFF state during the pulses.
A method in a first network device of enabling active measurement in a network path between a second network device acting as a controller of a network performance observability protocol and a wireless device, wherein the first network device is located between the second network device and the wireless device, the method comprising: capturing a measurement packet from the second network device; determining a destination of the measurement packet, wherein the destination of the measurement packet is the wireless device; determining a measurement model associated with the destination, wherein the measurement model represents a correspondence between one or more parameters related to the wireless device and estimated values of a measurement for the wireless device; determining a current value of a parameter related to the wireless device; determining , based on the current value of the parameter and the measurement model, a current estimation of the measurement for the wireless device; and responding to the measurement packet based on the current estimation of the measurement while avoiding to transmit the measurement packet to the wireless device, wherein responding to the measurement packet based on the current estimation of the measurement includes labelling the measurement packet as lost indicating that a loss of packet is to occur at the wireless device. capturing a measurement packet from the second network device; determining a destination of the measurement packet, wherein the destination of the measurement packet is the wireless device; determining a measurement model associated with the destination, wherein the measurement model represents a correspondence between one or more parameters related to the wireless device and estimated values of a measurement for the wireless device; determining a current value of a parameter related to the wireless device; determining , based on the current value of the parameter and the measurement model, a current estimation of the measurement for the wireless device; and responding to the measurement packet based on the current estimation of the measurement while avoiding to transmit the measurement packet to the wireless device, wherein responding to the measurement packet based on the current estimation of the measurement includes labelling the measurement packet as lost indicating that a loss of packet is to occur at the wireless device.
A pump comprising: a pump housing having a pump chamber ; an inlet and an outlet in communication with the pump chamber ; a motor comprising a stator and a rotor rotatable relative to the stator, the stator comprising a stator core and stator windings wound around the stator core and powered by an AC power supply ; an impeller disposed in the pump chamber and fixedly connected to a shaft of the rotor so as to always synchronously rotate along with the shaft; and a circuit board having a drive circuit which energizes the stator windings in a predetermined manner to ensure that the stator windings drag the rotor to rotate only in a fixed starting direction during a starting phase of the synchronous motor, the drive circuit comprising a controllable bidirectional AC switch , an AC-DC conversion circuit , a position sensor for detecting the magnetic pole position of the rotor , and a switch control circuit configured to control the controllable bidirectional AC switch to be switched between a switch-on state and a switch-off state in a preset way, based on the magnetic pole position and polarity information of the AC power supply ; characterized in that the controllable bidirectional AC switch is connected in parallel with the stator windings and an AC power supply connected in series between two nodes (A, B), and the AC-DC conversion circuit connected in parallel with the controllable bidirectional AC switch . a pump housing having a pump chamber ; an inlet and an outlet in communication with the pump chamber ; a motor comprising a stator and a rotor rotatable relative to the stator, the stator comprising a stator core and stator windings wound around the stator core and powered by an AC power supply ; an impeller disposed in the pump chamber and fixedly connected to a shaft of the rotor so as to always synchronously rotate along with the shaft; and a circuit board having a drive circuit which energizes the stator windings in a predetermined manner to ensure that the stator windings drag the rotor to rotate only in a fixed starting direction during a starting phase of the synchronous motor, the drive circuit comprising a controllable bidirectional AC switch , an AC-DC conversion circuit , a position sensor for detecting the magnetic pole position of the rotor , and a switch control circuit configured to control the controllable bidirectional AC switch to be switched between a switch-on state and a switch-off state in a preset way, based on the magnetic pole position and polarity information of the AC power supply ; characterized in that the controllable bidirectional AC switch is connected in parallel with the stator windings and an AC power supply connected in series between two nodes (A, B), and the AC-DC conversion circuit connected in parallel with the controllable bidirectional AC switch .
Method for detecting intrinsic radioactivity of radioactive samples, said method comprising a measurement of emission of X photons from said radioactive samples, said samples comprising at least one transuranic element, and said method also comprising the following steps: - providing a sample of material to be subjected to said measurement of emission of X photons, said sample being stratiform and having two main sides, - placing one or more semiconductor-type or bolometer-type detectors of X photons near one or two of said two main sides of the sample, said detectors comprising surface covering the whole or most of the area of said main sides; - measuring said emission of X photons, detected by said one or more detectors of X photons, respectively in the presence and in the absence of said sample, for a predetermined time interval; - determining the energetic spectrum of said emission of X photons, respectively in the presence and in the absence of said sample, by measuring the number of counts produced by said emission; - subtracting said measurement of the number of counts in the absence of the sample from said measurement of the number of counts in the presence of the sample, thus obtaining a useful measurement of the number of counts; - estimating the X-ray detection efficiency with reference to said one or more detectors, said sample, and said energetic spectrum; - determining the branching ratio (BR) of each row of said emission of X photons; - determining said intrinsic radioactivity as a weighted mean value of said number of counts with respect to the measured values of detection efficiency and branching ratio within said predetermined time interval. - providing a sample of material to be subjected to said measurement of emission of X photons, said sample being stratiform and having two main sides, - placing one or more semiconductor-type or bolometer-type detectors of X photons near one or two of said two main sides of the sample, said detectors comprising surface covering the whole or most of the area of said main sides; - measuring said emission of X photons, detected by said one or more detectors of X photons, respectively in the presence and in the absence of said sample, for a predetermined time interval; - determining the energetic spectrum of said emission of X photons, respectively in the presence and in the absence of said sample, by measuring the number of counts produced by said emission; - subtracting said measurement of the number of counts in the absence of the sample from said measurement of the number of counts in the presence of the sample, thus obtaining a useful measurement of the number of counts; - estimating the X-ray detection efficiency with reference to said one or more detectors, said sample, and said energetic spectrum; - determining the branching ratio (BR) of each row of said emission of X photons; - determining said intrinsic radioactivity as a weighted mean value of said number of counts with respect to the measured values of detection efficiency and branching ratio within said predetermined time interval.