mhurhangee/patent-ind-claim-en huggingface dataset:
A method for processing radioactive waste stored in an organic matrix in the form of bitumen, epoxy resin, or urea resin, or in an inorganic matrix in the form of cement, by means of pyrolysis, comprising the method steps of - introducing the radioactive waste located in a container into a reaction chamber , in which a steam-containing or CO 2 -containing atmosphere is set to a temperature T where T ≥ 200°C, - carrying out the pyrolysis, - removing gases (exhaust gas) from the reaction chamber, - removing the container from the reaction chamber, wherein, in addition, at least one method step from the following group is carried out: - introducing oxygen and/or CO 2 into the reaction chamber during the pyrolysis in an under-stoichiometric or maximum stoichiometric quantity, - adjusting steam or CO 2 to be introduced into the reaction chamber on the basis of oxidizable substance in the exhaust gas, - adjusting oxygen and/or CO 2 to be introduced into the reaction chamber on the basis of oxidizable substance in the exhaust gas, - introducing steam and/or oxygen and/or CO 2 into the radioactive waste located in the container or in the region thereof in a targeted manner, - conducting steam and/or oxygen and/or CO 2 within the reaction chamber in a targeted manner. - introducing the radioactive waste located in a container into a reaction chamber , in which a steam-containing or CO 2 -containing atmosphere is set to a temperature T where T ≥ 200°C, - carrying out the pyrolysis, - removing gases (exhaust gas) from the reaction chamber, - removing the container from the reaction chamber, - introducing oxygen and/or CO 2 into the reaction chamber during the pyrolysis in an under-stoichiometric or maximum stoichiometric quantity, - adjusting steam or CO 2 to be introduced into the reaction chamber on the basis of oxidizable substance in the exhaust gas, - adjusting oxygen and/or CO 2 to be introduced into the reaction chamber on the basis of oxidizable substance in the exhaust gas, - introducing steam and/or oxygen and/or CO 2 into the radioactive waste located in the container or in the region thereof in a targeted manner, - conducting steam and/or oxygen and/or CO 2 within the reaction chamber in a targeted manner.
Covering device , in particular for a terrace roof, having: a rafter mount for supporting a rafter on a longitudinal bearer profile ; a receiving profile for receiving an infill in a region connected to the rafter mount and which can be locked on to the rafter mount ; a fastening strip which can be locked on to the receiving profile and is provided for fastening the infill which can be received on the receiving profile ; and a rafter which is fastened to the rafter mount , wherein the rafter and has a drainage channel arranged below the infill in the mounted state, wherein a first sealing plane formed with a first seal is provided on the fastening strip above the infill for the receiving profile and transitions into the rafter mount, and wherein the rafter mount has a first transfer means from the first sealing plane to the drainage channel . a rafter mount for supporting a rafter on a longitudinal bearer profile ; a receiving profile for receiving an infill in a region connected to the rafter mount and which can be locked on to the rafter mount ; a fastening strip which can be locked on to the receiving profile and is provided for fastening the infill which can be received on the receiving profile ; and a rafter which is fastened to the rafter mount , wherein the rafter and has a drainage channel arranged below the infill in the mounted state, wherein a first sealing plane formed with a first seal is provided on the fastening strip above the infill for the receiving profile and transitions into the rafter mount, and wherein the rafter mount has a first transfer means from the first sealing plane to the drainage channel .
Process for coating a guide, characterized by the fact that it comprises at least the steps of: - supplying at least one guide made of metallic material and comprising at least one outer surface provided with at least a first portion adapted to slide at least one carriage and at least a second portion separate from said first portion ; - depositing at least a first coating layer on said first portion and on said second portion ; - cataphoretic painting said guide adapted to deposit at least a second coating layer onto said first portion and onto said second portion on top of said first coating layer ; and - removing said second coating layer from said first portion . - supplying at least one guide made of metallic material and comprising at least one outer surface provided with at least a first portion adapted to slide at least one carriage and at least a second portion separate from said first portion ; - depositing at least a first coating layer on said first portion and on said second portion ; - cataphoretic painting said guide adapted to deposit at least a second coating layer onto said first portion and onto said second portion on top of said first coating layer ; and - removing said second coating layer from said first portion .
A degradation phenomenon treatment method performed by a degradation phenomenon treatment apparatus , the degradation phenomenon treatment apparatus comprising a photovoltaic module and a signal generator , the method comprising the steps of: • applying, by the signal generator , a high frequency signal onto a surface of the photovoltaic module when a degradation phenomenon occurs in the photovoltaic module, ∘ thereby releasing charges accumulating in the photovoltaic module, so as to protect the photovoltaic module and suppress or eliminate the degradation phenomenon, wherein the degradation phenomenon refers to degradation of electricity generation efficiency of the photovoltaic module when charges accumulate in the photovoltaic module under effect of an electric potential, ∘ wherein the high frequency signal is a sound wave signal, and ∘ wherein the high frequency signal ranges from 0.1MHz to 100 THz. • applying, by the signal generator , a high frequency signal onto a surface of the photovoltaic module when a degradation phenomenon occurs in the photovoltaic module, ∘ thereby releasing charges accumulating in the photovoltaic module, so as to protect the photovoltaic module and suppress or eliminate the degradation phenomenon, wherein the degradation phenomenon refers to degradation of electricity generation efficiency of the photovoltaic module when charges accumulate in the photovoltaic module under effect of an electric potential, ∘ wherein the high frequency signal is a sound wave signal, and ∘ wherein the high frequency signal ranges from 0.1MHz to 100 THz. ∘ thereby releasing charges accumulating in the photovoltaic module, so as to protect the photovoltaic module and suppress or eliminate the degradation phenomenon, wherein the degradation phenomenon refers to degradation of electricity generation efficiency of the photovoltaic module when charges accumulate in the photovoltaic module under effect of an electric potential, ∘ wherein the high frequency signal is a sound wave signal, and ∘ wherein the high frequency signal ranges from 0.1MHz to 100 THz.
Braking element for braking a knitting element movement in a guide channel , the braking element having at least one connecting section and at least one braking section , characterised in that the connecting section is used to connect the braking element to a knitting element or a guide strip , wherein the at least one connecting section is displaceable between an assembly/disassembly position and a holding position, the braking element has at least one spring section and the at least one spring section applies a spring force to the at least one connecting section in the direction of the holding position.
A method for applying a moisture barrier to a precipitator of cardboard for a two-step electro filter, wherein the precipitator consists of at least two paper bands that comprise electrode elements in the precipitator, which paper bands are multiply wound around a center axis of the precipitator, wherein the paper bands exhibit a thin plastic layer on their lateral surfaces , said plastic layer having a thickness within the interval 5-300 micrometer, and wherein proximate electrode elements are arranged at a distance from one another in the radial direction, characterized in that the material for the precipitator is in the form of a tightly wound roll of a paper band , that the tightly wound roll defines two end surfaces , that at least one end surface of the tightly wound roll is coated with a moisture-resistant substance, that the moisture-resistant substance does not adhere to the plastic layer, that the moisture-resistant substance is allowed to dry, and that the paper band is wound off of the tightly wound roll when the precipitator is to be fabricated.
Air filter for an intake line of an internal combustion engine, in particular of a motor vehicle, said air filter comprising : - a tank , - a cover closing said tank , - a filter cartridge housed inside said tank , and - an air duct connector attached to or integrated into the cover , said connector preferably having a round or oval section, said cover comprising at least an upper part and a part lower part positioned between said upper part and said tank , characterized in that the lower part of the cover has a height (H) of at least 40 mm, n otably at least 45 or 50 mm p to connect or integrate the pipe connector which has a section (S) whose dimension measured according to the height of the lower part of the cover is at least 35 mm, and in particular 40 mm. - a tank , - a cover closing said tank , - a filter cartridge housed inside said tank , and - an air duct connector attached to or integrated into the cover , said connector preferably having a round or oval section, said cover comprising at least an upper part and a part lower part positioned between said upper part and said tank , characterized in that the lower part of the cover has a height (H) of at least 40 mm, n otably at least 45 or 50 mm p to connect or integrate the pipe connector which has a section (S) whose dimension measured according to the height of the lower part of the cover is at least 35 mm, and in particular 40 mm.
An adapter for coupling a first medical instrument to a control console having a console receptacle configured for attachment thereto of a different, second medical instrument, the adapter comprising: a case ; a receptacle on the case, which is configured to receive an input connector of the first medical instrument conveying modulated analog input signals from the first medical instrument; circuitry contained in the case, which comprises: an analog/digital converter (ADC) , which is coupled to sample and digitize the analog input signals to generate a stream of digital samples; digital processing circuitry , which is configured to digitally downconvert the stream of digital samples so as to generate a baseband digital signal; and a digital/analog converter (DAC) , which is configured to convert the baseband digital signal to an analog baseband signal compatible with an output of the second medical instrument; and an output connector on the case, configured to be inserted into the console receptacle and to convey the analog baseband signal to the console. a case ; a receptacle on the case, which is configured to receive an input connector of the first medical instrument conveying modulated analog input signals from the first medical instrument; circuitry contained in the case, which comprises: an analog/digital converter (ADC) , which is coupled to sample and digitize the analog input signals to generate a stream of digital samples; digital processing circuitry , which is configured to digitally downconvert the stream of digital samples so as to generate a baseband digital signal; and a digital/analog converter (DAC) , which is configured to convert the baseband digital signal to an analog baseband signal compatible with an output of the second medical instrument; and an analog/digital converter (ADC) , which is coupled to sample and digitize the analog input signals to generate a stream of digital samples; digital processing circuitry , which is configured to digitally downconvert the stream of digital samples so as to generate a baseband digital signal; and a digital/analog converter (DAC) , which is configured to convert the baseband digital signal to an analog baseband signal compatible with an output of the second medical instrument; and an output connector on the case, configured to be inserted into the console receptacle and to convey the analog baseband signal to the console.
A measuring system comprising: a camera for continuously photographing site resources which perform operations at a construction site, a recognizing means for recognizing the site resources in photographed images obtained by the photographing, a tracking means for tracking the image of the site resources recognized in the multiple photographed images obtained by the continuous photographing, and a position-determining means for collimating to the site resources which are objects to be tracked, and determining the positions of the site resources by laser light, wherein the determining of position is performed multiple times at intervals, characterized in that the site resource is a construction machine , the construction machine includes a base unit for running and a movable unit moving on the base unit , and the system further comprises a moving center calculating means for calculating a point fixed on the base unit , not the measured point, as a moving center based on result of the determining of position. a camera for continuously photographing site resources which perform operations at a construction site, a recognizing means for recognizing the site resources in photographed images obtained by the photographing, a tracking means for tracking the image of the site resources recognized in the multiple photographed images obtained by the continuous photographing, and a position-determining means for collimating to the site resources which are objects to be tracked, and determining the positions of the site resources by laser light, wherein the determining of position is performed multiple times at intervals, characterized in that the site resource is a construction machine , the construction machine includes a base unit for running and a movable unit moving on the base unit , and the system further comprises a moving center calculating means for calculating a point fixed on the base unit , not the measured point, as a moving center based on result of the determining of position.
A method for forming an adhesion promoting layer on a metallic substrate comprising throughout, except for trace impurities, only a single metal or a single metal alloy, the method comprising: generating a non-thermal plasma in air at atmospheric pressure in a confined plasma-forming region and flowing air to the plasma-forming region , the non-thermal plasma comprising monatomic oxygen; characterized by the metallic substrate comprising titanium, exposing a substrate surface of the metallic substrate to the monatomic oxygen in the plasma emitted from an outlet wherein: the monatomic oxygen of the non-thermal plasma penetrates into the metallic substrate and oxidizes the metallic substrate to form a metal oxide from the metal atoms of the metallic substrate; and the metal oxide is formed as a metal oxide layer comprising titanium oxide disposed directly on and attached to an underlying bulk metallic layer of the metallic substrate , whereby the metal oxide layer is integral with the underlying bulk metallic layer of the metallic substrate , such that the metal oxide layer promotes adhesive bonding. generating a non-thermal plasma in air at atmospheric pressure in a confined plasma-forming region and flowing air to the plasma-forming region , the non-thermal plasma comprising monatomic oxygen; characterized by the metallic substrate comprising titanium, exposing a substrate surface of the metallic substrate to the monatomic oxygen in the plasma emitted from an outlet wherein: the monatomic oxygen of the non-thermal plasma penetrates into the metallic substrate and oxidizes the metallic substrate to form a metal oxide from the metal atoms of the metallic substrate; and the metal oxide is formed as a metal oxide layer comprising titanium oxide disposed directly on and attached to an underlying bulk metallic layer of the metallic substrate , whereby the metal oxide layer is integral with the underlying bulk metallic layer of the metallic substrate , such that the metal oxide layer promotes adhesive bonding. the monatomic oxygen of the non-thermal plasma penetrates into the metallic substrate and oxidizes the metallic substrate to form a metal oxide from the metal atoms of the metallic substrate; and the metal oxide is formed as a metal oxide layer comprising titanium oxide disposed directly on and attached to an underlying bulk metallic layer of the metallic substrate , whereby the metal oxide layer is integral with the underlying bulk metallic layer of the metallic substrate , such that the metal oxide layer promotes adhesive bonding.
A method for operating a work attachment of a work machine with a single input, the work machine being propelled by an engine , the method comprising: (a) receiving a lifting lever position input and correlating the lifting lever position input to a required lifting speed; and (b) automatically controlling all three of a speed of the work machine engine , a pump displacement, and a modulating lifting control valve position to satisfy the required lifting speed, wherein the work machine engine speed, the pump displacement, and the modulating lifting control valve position are sequentially staged in pre-defined zones of operation to satisfy the required lifting speed. (a) receiving a lifting lever position input and correlating the lifting lever position input to a required lifting speed; and (b) automatically controlling all three of a speed of the work machine engine , a pump displacement, and a modulating lifting control valve position to satisfy the required lifting speed, wherein the work machine engine speed, the pump displacement, and the modulating lifting control valve position are sequentially staged in pre-defined zones of operation to satisfy the required lifting speed.
Method for manufacturing a piezoelectric structure for a radio-frequency device, said method being characterized in that it comprises the provision of a substrate of piezoelectric material , the provision of a substrate carrier , the deposition of a dielectric bonding layer at a temperature less than or equal to 300°C on a single face of the piezoelectric material substrate , a step of assembling the piezoelectric material substrate on the substrate carrier by means of the dielectric bonding layer , a thinning step for forming the piezoelectric structure comprising a piezoelectric material layer assembled to a substrate carrier , further comprising a consolidation anneal of the bonding interface at a temperature less than the deposition temperature of said dielectric bonding layer .
A handle for watercraft portage, comprising: A base portion, first and second opposing ends , and first and second opposing sides , all defining an open channel having a substantially circular cross section, the channel having an open receiving area extending between top edges of the first and second opposing sides, the channel contoured and able to receive and retain a substantially cylindrical item using an interference fit; and characterized by a slot , shaped and sized to accommodate a securing element therethrough, and extending longitudinally through at least a portion of said base and generally parallel to the channel, opposite the open receiving area. A base portion, first and second opposing ends , and first and second opposing sides , all defining an open channel having a substantially circular cross section, the channel having an open receiving area extending between top edges of the first and second opposing sides, the channel contoured and able to receive and retain a substantially cylindrical item using an interference fit; and characterized by a slot , shaped and sized to accommodate a securing element therethrough, and extending longitudinally through at least a portion of said base and generally parallel to the channel, opposite the open receiving area.
An image display apparatus comprising: a movable dome screen having a spherical or semispherical shape ; a support body configured to support the dome screen, wherein the support body includes a pair of shaft portions having a common rotation axis corresponding to a predetermined horizontal axis, such that the dome screen is rotatable around the predetermined horizontal axis within a sagittal plane; a sensor configured to measure a change of a rotation angle of the dome screen around the rotation axis; a plurality of projectors whose relative positions with the dome screen and attitudes are each fixed, wherein each of the projectors is fixed at a peripheral end of the dome screen and the plurality of projectors is configured to project a video toward the dome screen to cover a whole inner display surface of the dome screen with the projected video, and wherein the plurality of projectors move in accordance with rotation of the dome screen around the predetermined horizontal axis; and a display control apparatus configured to control the video to be projected on the inner display surface of the dome screen from the plurality of projectors and to switch, in accordance with the changed rotation angle, a viewing field of the video. a movable dome screen having a spherical or semispherical shape ; a support body configured to support the dome screen, wherein the support body includes a pair of shaft portions having a common rotation axis corresponding to a predetermined horizontal axis, such that the dome screen is rotatable around the predetermined horizontal axis within a sagittal plane; a sensor configured to measure a change of a rotation angle of the dome screen around the rotation axis; a plurality of projectors whose relative positions with the dome screen and attitudes are each fixed, wherein each of the projectors is fixed at a peripheral end of the dome screen and the plurality of projectors is configured to project a video toward the dome screen to cover a whole inner display surface of the dome screen with the projected video, and wherein the plurality of projectors move in accordance with rotation of the dome screen around the predetermined horizontal axis; and a display control apparatus configured to control the video to be projected on the inner display surface of the dome screen from the plurality of projectors and to switch, in accordance with the changed rotation angle, a viewing field of the video.