mhurhangee/ep-ind-claims huggingface dataset:
Circuit for protection against the effects of overheating in a hot-water production system intended to be linked to a water network, the said system comprising at least one solar collector, the said protection circuit comprising: - an inlet pipe for overheated water from the solar collectors, - a valve which opens under pressure, allowing the inlet pipe for overheated water to open in the event of overpressure, - an inlet pipe for water from the said water network, before it enters the solar collectors, - a thermostatic element which activates, under the effect of temperature, the opening of a gate for opening the inlet pipe for water from the water network, - a chamber for mixing water vapour from the overheated water and water from the network, linking the inlet pipe for overheated water and the inlet pipe for water from the water network. - an inlet pipe for overheated water from the solar collectors, - a valve which opens under pressure, allowing the inlet pipe for overheated water to open in the event of overpressure, - an inlet pipe for water from the said water network, before it enters the solar collectors, - a thermostatic element which activates, under the effect of temperature, the opening of a gate for opening the inlet pipe for water from the water network, - a chamber for mixing water vapour from the overheated water and water from the network, linking the inlet pipe for overheated water and the inlet pipe for water from the water network.
A power generator assembly for use in a process transmitter having an internal storage space and an internal power connector for relaying power to process transmitter electronics, the power generator assembly comprising: a manually operated power generator connectable with the internal power connector and for converting mechanical energy input into electrical energy output for powering the process transmitter electronics; the manually operated power generator comprising: a magnetic core; and a coil winding circumscribing the magnetic core; and a casing for housing the manually operated power generator, the casing configured for storage in the internal storage space of the process transmitter, the casing comprising: a winding housing enclosing the coil winding; a core housing enclosing the magnetic core and being disposed within the winding housing; a crank handle connected to the core housing; and a pin connection rotatably fastening the core housing within the winding housing. a manually operated power generator connectable with the internal power connector and for converting mechanical energy input into electrical energy output for powering the process transmitter electronics; the manually operated power generator comprising: a magnetic core; and a coil winding circumscribing the magnetic core; and a magnetic core; and a coil winding circumscribing the magnetic core; and a casing for housing the manually operated power generator, the casing configured for storage in the internal storage space of the process transmitter, the casing comprising: a winding housing enclosing the coil winding; a core housing enclosing the magnetic core and being disposed within the winding housing; a crank handle connected to the core housing; and a pin connection rotatably fastening the core housing within the winding housing. a winding housing enclosing the coil winding; a core housing enclosing the magnetic core and being disposed within the winding housing; a crank handle connected to the core housing; and a pin connection rotatably fastening the core housing within the winding housing.
A system for imaging one or more samples, the system comprising: a stage assembly, the stage assembly adapted to receive a sample to be imaged; a laser source adapted to emit an optical pulse of less than 1 ps in duration; a cathode coupled to the laser source and responsive to activation by an optical pulse generated by the laser source to emit an electron pulse less than 1 ps in duration, wherein the electron pulse has one to 1000 electrons; an electron lens assembly adapted to focus the electron pulse onto the sample; a detector adapted to capture one or more electrons passing through the sample, the one or more electrons passing through the sample being representative of an image of the sample, and to provide a data signal associated with the one or more electrons passing through the sample that represents the image of the sample; a processor coupled to the detector, the processor being adapted to process the data signal associated with the one or more electrons passing through the sample to output information associated with the image represented by the sample; and an output device coupled to the processor, the output device being adapted to output the information associated with the image represented by the sample. a stage assembly, the stage assembly adapted to receive a sample to be imaged; a laser source adapted to emit an optical pulse of less than 1 ps in duration; a cathode coupled to the laser source and responsive to activation by an optical pulse generated by the laser source to emit an electron pulse less than 1 ps in duration, wherein the electron pulse has one to 1000 electrons; an electron lens assembly adapted to focus the electron pulse onto the sample; a detector adapted to capture one or more electrons passing through the sample, the one or more electrons passing through the sample being representative of an image of the sample, and to provide a data signal associated with the one or more electrons passing through the sample that represents the image of the sample; a processor coupled to the detector, the processor being adapted to process the data signal associated with the one or more electrons passing through the sample to output information associated with the image represented by the sample; and an output device coupled to the processor, the output device being adapted to output the information associated with the image represented by the sample.
An observing apparatus comprising: an illuminating unit including an illumination pattern located at an illumination surface and in which bright areas and dark areas are arranged alternately; an image-forming optical system which forms an image of light that passes through a specimen on an object-side observation plane of said image-forming optical system being illuminated directly by said illuminating unit; and an imaging unit including an imaging surface for imaging said specimen whereby said imaging surface is conjugate to said observation plane with respect to said image-forming optical system. an illuminating unit including an illumination pattern located at an illumination surface and in which bright areas and dark areas are arranged alternately; an image-forming optical system which forms an image of light that passes through a specimen on an object-side observation plane of said image-forming optical system being illuminated directly by said illuminating unit; and an imaging unit including an imaging surface for imaging said specimen whereby said imaging surface is conjugate to said observation plane with respect to said image-forming optical system.
A method for resolving conflicts in synchronization of local credentials and remote credentials, wherein one or more state files (395, 400) are stored for conflict resolution, a state file being a per-user persisted data structure used to store a state of local credentials, wherein each credential is either exportable or protected, the method comprising: reading (620, 630) local credentials from a local cache and remote credentials from a remote cache in response to receiving an event notification; comparing the local credentials and the remote credentials to determine whether any one or more of the local credentials are different than the remote credentials; and upon determining that any one or more of the local credentials are different than the remote credentials, determining if both the one or more of the local credentials and the one or more of the corresponding remote credentials have been changed since a last synchronization, resulting in a synchronization conflict; and synchronizing the local credentials and remote credentials, wherein a synchronization conflict is solved using an arbitration matrix, wherein a flag in the state file (395, 400) indicates whether a strict or a lenient matrix is used to solve synchronization conflicts, the strict matrix ensuring that in a conflict situation between a remote credential and a local credential, where one of the credentials is exportable and the other protected, the exportable credential is chosen for synchronizing, whereas the lenient matrix ensures that in the same conflict situation, the protected credential is chosen. reading (620, 630) local credentials from a local cache and remote credentials from a remote cache in response to receiving an event notification; comparing the local credentials and the remote credentials to determine whether any one or more of the local credentials are different than the remote credentials; and upon determining that any one or more of the local credentials are different than the remote credentials, determining if both the one or more of the local credentials and the one or more of the corresponding remote credentials have been changed since a last synchronization, resulting in a synchronization conflict; and synchronizing the local credentials and remote credentials, wherein a synchronization conflict is solved using an arbitration matrix, wherein a flag in the state file (395, 400) indicates whether a strict or a lenient matrix is used to solve synchronization conflicts, the strict matrix ensuring that in a conflict situation between a remote credential and a local credential, where one of the credentials is exportable and the other protected, the exportable credential is chosen for synchronizing, whereas the lenient matrix ensures that in the same conflict situation, the protected credential is chosen.
An overvoltage protection device comprising: first and second electrically conductive electrode members; a varistor member formed of a varistor material and electrically connected with each of the first and second electrode members; and characterized in that the overvoltage protection device further includes: a first integral fail-safe mechanism operative to electrically short circuit the first and second electrode members about the varistor member by fusing at a fusing site first and second metal surfaces in the overvoltage protection device to one another using an electric arc occurring directly between the first and second metal surfaces. first and second electrically conductive electrode members; a varistor member formed of a varistor material and electrically connected with each of the first and second electrode members; and characterized in that the overvoltage protection device further includes: a first integral fail-safe mechanism operative to electrically short circuit the first and second electrode members about the varistor member by fusing at a fusing site first and second metal surfaces in the overvoltage protection device to one another using an electric arc occurring directly between the first and second metal surfaces.
A light source, comprising: a pump source configured to produce a longitudinally and transversally multi-mode pump beam having a linewidth greater than 10 GHz and an M 2 value of 3 or greater; an Optical Parametric Oscillator further comprising: an optical cavity defined by a plurality of mirrors (351, 352), the optical cavity further comprising: a first crystal configured to receive light from the pump source and produce a first output light beam comprising a first frequency and a second output light beam comprising a second frequency; and a second crystal configured to receive the first output light beam and/or the second output light beam and produce a third output light beam; and a wave guide disposed between the pump source and the OPO configured to convey the pump beam from the pump source to the OPO, wherein at least one of the first and second output light beam comprises substantially single transversal mode light having a narrower linewidth than the pump source, and the third output light beam having a frequency substantially twice the first frequency or the second frequency. a pump source configured to produce a longitudinally and transversally multi-mode pump beam having a linewidth greater than 10 GHz and an M 2 value of 3 or greater; an Optical Parametric Oscillator further comprising: an optical cavity defined by a plurality of mirrors (351, 352), the optical cavity further comprising: a first crystal configured to receive light from the pump source and produce a first output light beam comprising a first frequency and a second output light beam comprising a second frequency; and a second crystal configured to receive the first output light beam and/or the second output light beam and produce a third output light beam; and a wave guide disposed between the pump source and the OPO configured to convey the pump beam from the pump source to the OPO, a first crystal configured to receive light from the pump source and produce a first output light beam comprising a first frequency and a second output light beam comprising a second frequency; and a second crystal configured to receive the first output light beam and/or the second output light beam and produce a third output light beam; and a wave guide disposed between the pump source and the OPO configured to convey the pump beam from the pump source to the OPO, wherein at least one of the first and second output light beam comprises substantially single transversal mode light having a narrower linewidth than the pump source, and the third output light beam having a frequency substantially twice the first frequency or the second frequency.
A movable contact assembly of a circuit breaker comprising: a terminal fixed within a circuit breaker; a connector coupled to the terminal and having a plurality of accommodation portions; a plurality of movable contact arms rotatably installed in the plurality of the accommodation portions, characterised in that each of the movable contact arms includes a first movable contact arm and a second movable contact arm; a movable contact installed at one end portion of the first movable contact arm and the second movable contact arm of each of the movable contact arms such that the corresponding first movable contact arm and second movable contact arm rotate as one piece; and an elastic member positioned between the first movable contact arm and the second movable contact arm, wherein the elastic member provides elastic force to the first movable contact arm and the second movable contact arm to tightly attach the first movable contact arm and the second movable contact arm to the sides of the accommodation portions adjacent thereto. a terminal fixed within a circuit breaker; a connector coupled to the terminal and having a plurality of accommodation portions; a plurality of movable contact arms rotatably installed in the plurality of the accommodation portions, characterised in that each of the movable contact arms includes a first movable contact arm and a second movable contact arm; a movable contact installed at one end portion of the first movable contact arm and the second movable contact arm of each of the movable contact arms such that the corresponding first movable contact arm and second movable contact arm rotate as one piece; and an elastic member positioned between the first movable contact arm and the second movable contact arm, wherein the elastic member provides elastic force to the first movable contact arm and the second movable contact arm to tightly attach the first movable contact arm and the second movable contact arm to the sides of the accommodation portions adjacent thereto.
A display device comprising: a plurality of pixels, PX, on a base layer; and a first inorganic light-emitting diode, ED1, and a second inorganic light-emitting diode, ED2, which are provided on a first pixel of the pixels, wherein each of the first and second inorganic light-emitting diodes comprises a first surface, SU1, and a second surface, SU2, opposite to the first surface, the second surface having an area greater than that of the first surface, the first surface of the first inorganic light-emitting diode faces the base layer, the second surface of the second inorganic light-emitting diode faces the base layer, a conductive pattern, CP, is provided on the first surfaces of the first and second inorganic light-emitting diodes, and the first inorganic light-emitting diode is an active element, whereas the second inorganic light-emitting diode is a dummy element. a plurality of pixels, PX, on a base layer; and a first inorganic light-emitting diode, ED1, and a second inorganic light-emitting diode, ED2, which are provided on a first pixel of the pixels, wherein each of the first and second inorganic light-emitting diodes comprises a first surface, SU1, and a second surface, SU2, opposite to the first surface, the second surface having an area greater than that of the first surface, the first surface of the first inorganic light-emitting diode faces the base layer, the second surface of the second inorganic light-emitting diode faces the base layer, a conductive pattern, CP, is provided on the first surfaces of the first and second inorganic light-emitting diodes, and the first inorganic light-emitting diode is an active element, whereas the second inorganic light-emitting diode is a dummy element.
A semiconductor device comprising: a receiving unit that receives a radio signal; a received signal strength measurement unit that measures a received signal strength of the received radio signal; a threshold comparison unit that compares the measured received signal strength with a threshold; a demodulation unit that demodulates the received radio signal based on a result of the comparison; and a threshold setting unit; characterized in that: when there is no error in the demodulation result, the threshold setting unit sets the threshold according to the measured received signal strength; and when there is an error in the demodulation result, the threshold setting unit maintains the current threshold. a receiving unit that receives a radio signal; a received signal strength measurement unit that measures a received signal strength of the received radio signal; a threshold comparison unit that compares the measured received signal strength with a threshold; a demodulation unit that demodulates the received radio signal based on a result of the comparison; and a threshold setting unit; characterized in that: when there is no error in the demodulation result, the threshold setting unit sets the threshold according to the measured received signal strength; and when there is an error in the demodulation result, the threshold setting unit maintains the current threshold. when there is no error in the demodulation result, the threshold setting unit sets the threshold according to the measured received signal strength; and when there is an error in the demodulation result, the threshold setting unit maintains the current threshold.
A method for enclosing a solar panel and for attaching a panel framework to a racking comprising the steps of: providing an elongated single piece of panel framework; bending said elongated single piece of said panel framework around a corner of a rectangular photovoltaic laminate to create a 90-degree angle in said elongated single piece of said panel framework; placing said bent elongated single piece of panel framework around said corner of said photovoltaic laminate; creating at least a partial frame around said corner of said rectangular photovoltaic laminate with said bent elongated single piece of panel framework; and characterized by a step of attaching said framework to a racking, which comprises the steps of: providing a fissure in said framework; providing a flexible angular projection in said framework near said fissure; providing an extrusion in said racking; mating said extrusion through said fissure in said framework; pushing against said flexible angular projection with said extrusion as said extrusion goes through said fissure; bending said flexible angular projection while said extrusion goes through said fissure; friction locking said extrusion in said fissure with said flexible angular projection; and securing said framework to said racking with said extrusion in said fissure. providing an elongated single piece of panel framework; bending said elongated single piece of said panel framework around a corner of a rectangular photovoltaic laminate to create a 90-degree angle in said elongated single piece of said panel framework; placing said bent elongated single piece of panel framework around said corner of said photovoltaic laminate; creating at least a partial frame around said corner of said rectangular photovoltaic laminate with said bent elongated single piece of panel framework; and characterized by a step of attaching said framework to a racking, which comprises the steps of: providing a fissure in said framework; providing a flexible angular projection in said framework near said fissure; providing an extrusion in said racking; mating said extrusion through said fissure in said framework; pushing against said flexible angular projection with said extrusion as said extrusion goes through said fissure; bending said flexible angular projection while said extrusion goes through said fissure; friction locking said extrusion in said fissure with said flexible angular projection; and securing said framework to said racking with said extrusion in said fissure. providing a fissure in said framework; providing a flexible angular projection in said framework near said fissure; providing an extrusion in said racking; mating said extrusion through said fissure in said framework; pushing against said flexible angular projection with said extrusion as said extrusion goes through said fissure; bending said flexible angular projection while said extrusion goes through said fissure; friction locking said extrusion in said fissure with said flexible angular projection; and securing said framework to said racking with said extrusion in said fissure.
Timepiece control mechanism for the remote control of an axially and rotationally movable main stem for operating a timepiece movement, said control mechanism comprising a secondary stem arranged to be operated by a user to control the motion of said main stem, and said control mechanism comprising a plate arranged to be secured to a said movement or to form a structural element of a said movement, which plate comprises means for guiding rotation of said secondary stem, and axial stop means for a secondary pinion with respect to which said secondary stem is free in translation and integral in rotation, said control mechanism comprising a transmission train meshed with said secondary pinion and arranged to transmit any rotation of said secondary pinion to said main stem, and further comprising an articulated connection, arranged to transmit any axial motion of said secondary stem to said main stem, characterized in that said articulated connection comprises at least, at a first end, a first lever pivoted on said plate and articulated to a second lever, also pivoted on said plate and comprised in said articulated connection at a second end, by an intermediate articulation or by other levers articulated to each other, said first lever being articulated at said first end with said main stem, and said second lever being articulated at said second end with said secondary stem.