mhurhangee/ep-ind-claims huggingface dataset:
A solid-lubrication rolling bearing comprising: an outer ring having an outer raceway face; an inner ring having an inner raceway face; a plurality of rolling elements disposed between the outer raceway face and the inner raceway face; and a separator disposed between the adjacent rolling elements, the separator being formed of a solid lubricant, the solid lubricant being configured to lubricate the bearing without lubricating oil or grease, and being configured to generate solid lubricant powder in that during rotation of the bearing, the rotating and revolving rolling elements slidingly contact the separators, so that the separators are shaved, thereby generating the solid lubricant powder, the solid lubricant being formed by molding and firing powder that includes amorphous and self-sintering carbon material powder, graphite powder, and a binder, characterised in that through the firing under inert gas at temperatures of 900°C to 1000°C in an oven the carbon material powder becomes amorphous carbon material particles, the graphite powder becomes crystalline graphite particles, and the binder becomes amorphous carbon, wherein the carbon material particles function as a base material and are combined with each other to form the skeleton structure, the weight ratio of the carbon material powder being the highest among the carbon material powder, the graphite powder and the binder. an outer ring having an outer raceway face; an inner ring having an inner raceway face; a plurality of rolling elements disposed between the outer raceway face and the inner raceway face; and a separator disposed between the adjacent rolling elements, the separator being formed of a solid lubricant, the solid lubricant being configured to lubricate the bearing without lubricating oil or grease, and being configured to generate solid lubricant powder in that during rotation of the bearing, the rotating and revolving rolling elements slidingly contact the separators, so that the separators are shaved, thereby generating the solid lubricant powder, the solid lubricant being formed by molding and firing powder that includes amorphous and self-sintering carbon material powder, graphite powder, and a binder, characterised in that through the firing under inert gas at temperatures of 900°C to 1000°C in an oven the carbon material powder becomes amorphous carbon material particles, the graphite powder becomes crystalline graphite particles, and the binder becomes amorphous carbon, wherein the carbon material particles function as a base material and are combined with each other to form the skeleton structure, the weight ratio of the carbon material powder being the highest among the carbon material powder, the graphite powder and the binder.
A method for solvent extraction of organic analytes from a sample, said method comprising, (a) supplying a sample containing organic analytes and liquid organic solvent to a sample extraction cell having an inlet and an outlet at a first pressure less than 3.45 10 5 Pa (50 PSI) (b) starting extraction of said sample organic analytes into said organic solvent in said sample extraction cell at said first pressure, (c) completing said extraction under conditions whereby said extraction cell is further pressurized by heating it in the absence of additional pressure supplied by a pressurized fluid flowing to said extraction cell inlet; said extraction cell being maintained under elevated temperature and pressure below supercritical conditions during said extraction completion, said method being performed without the use of a mechanical pump, and (d) purging said extraction cell of liquid organic solvent with a fluid flow of compressed gas. (a) supplying a sample containing organic analytes and liquid organic solvent to a sample extraction cell having an inlet and an outlet at a first pressure less than 3.45 10 5 Pa (50 PSI) (b) starting extraction of said sample organic analytes into said organic solvent in said sample extraction cell at said first pressure, (c) completing said extraction under conditions whereby said extraction cell is further pressurized by heating it in the absence of additional pressure supplied by a pressurized fluid flowing to said extraction cell inlet; said extraction cell being maintained under elevated temperature and pressure below supercritical conditions during said extraction completion, said method being performed without the use of a mechanical pump, and (d) purging said extraction cell of liquid organic solvent with a fluid flow of compressed gas.
An absorber structure (101, 159, 201, 301, 401, 601, 801, 1001, 1002, 1003) for a thermal detector, the absorber structure comprising: edges defining a basic form, a plurality of first legs (103-106, 133-135, 304-306, 404, 405) of electrically conducting material joined in an electrically conductive manner to form, between the edges of the absorber structure, a grid (102, 302) having openings, the first legs forming at least one continuous connection between the edges of the absorber structure; characterized in that the absorber structure comprises a plurality of second legs (107-110, 207-210, 308, 309, 407-410, 608, 609, 808, 810) of electrically conducting material joined in an electrically conductive manner to the first legs, wherein the second legs protrude from the first legs into the openings of the grid and terminate at points of termination (135, 420, 421) located at a distance from adjacent first legs. edges defining a basic form, a plurality of first legs (103-106, 133-135, 304-306, 404, 405) of electrically conducting material joined in an electrically conductive manner to form, between the edges of the absorber structure, a grid (102, 302) having openings, the first legs forming at least one continuous connection between the edges of the absorber structure; characterized in that the absorber structure comprises a plurality of second legs (107-110, 207-210, 308, 309, 407-410, 608, 609, 808, 810) of electrically conducting material joined in an electrically conductive manner to the first legs, wherein the second legs protrude from the first legs into the openings of the grid and terminate at points of termination (135, 420, 421) located at a distance from adjacent first legs.
A contactless power transmitting device capable of contactlessly transmitting power to a power receiving device, the contactless power transmitting device comprising: a power transmitting unit configured to be capable of contactlessly transmitting power to the power receiving device; and characterized by: a communication unit configured to send, before the power transmitting unit starts transmitting power to the power receiving device, information, which relates to a magnetic flux distribution of the power transmitting unit during power transmission, to the power receiving device, for identifying compatibility of the power transmitting unit and the power receiving device. a power transmitting unit configured to be capable of contactlessly transmitting power to the power receiving device; and characterized by: a communication unit configured to send, before the power transmitting unit starts transmitting power to the power receiving device, information, which relates to a magnetic flux distribution of the power transmitting unit during power transmission, to the power receiving device, for identifying compatibility of the power transmitting unit and the power receiving device. a communication unit configured to send, before the power transmitting unit starts transmitting power to the power receiving device, information, which relates to a magnetic flux distribution of the power transmitting unit during power transmission, to the power receiving device, for identifying compatibility of the power transmitting unit and the power receiving device.
Electrically controllable optical element with a cell filled with an initial mixture and having two substrates (1a, 1b) and a conductive layer (2a, 2b) applied to the inner surface of the respective substrate (1a, 1b), the starting mixture has a mixture of dipolar, rod-shaped molecules and semi-mesogens as active components and that the Kerr mixture has a thin layer with a wide-meshed, anisotropic network produced by photo polymerization between a structured and/or flat conductive layer (2a, 2b) applied to a substrate (1a, 1b) in a thin-layer cell in such a way that, in accordance with the electro-optical Kerr effect, the state of the active composites of semi-mesogens and dipolar, rod-shaped molecules (4, 5) of the Kerr mixture is isotropic without an electric field in the working temperature range and a change in the voltage-induced phase deviation or refractive index deviation in the optical element is produced by electrically continuously adjusting the voltage U or by applying a constant voltage, characterized in that in addition to the conductive layer (2a, 2b) an optically effective surface profile on the inner surface of a substrate (1a or 1b) or in the substrate (1a or 1b) or both substrates (1a and 1b) is incorporated.
A transmission electron microscope (100;200) comprising: - a column delimiting an object chamber, - at least one ballistic material jet source (110,202,204,300,400,500): - outside said object chamber, and - fixed in a sealed manner to said column, facing an opening, called port, provided on said column; said at least one jet source (110,202,204,300,400,500) is arranged outside the column and comprises a collimator of the material jet towards a predetermined direction; characterized in that said collimator passes through the port and leads into the object chamber so that a portion of the material jet exits said source (110,202,204,300,400,500) in said object chamber. - a column delimiting an object chamber, - at least one ballistic material jet source (110,202,204,300,400,500): - outside said object chamber, and - fixed in a sealed manner to said column, facing an opening, called port, provided on said column; - outside said object chamber, and - fixed in a sealed manner to said column, facing an opening, called port, provided on said column; said at least one jet source (110,202,204,300,400,500) is arranged outside the column and comprises a collimator of the material jet towards a predetermined direction; characterized in that said collimator passes through the port and leads into the object chamber so that a portion of the material jet exits said source (110,202,204,300,400,500) in said object chamber.
An assembly for the realization of a railway comprising: - A foundation formed by a casting on site, preferably in concrete; - At least one platform arranged above the foundation and; - Connection means to connect the platform to the foundation; wherein the said connection means include at least one hole (11, 12; 211, 212) passing through the entire thickness of the platform and penetrating at least in part into the underlying foundation and into which a pivot element (7, 8; 207, 208) results inserted and configured in such a way as to realize a connection between the foundation and the platform overhanging the foundation and characterized by the fact that said connection means further comprise an injectable adhesive which results injected at least in the portion of hole (11; 211) cored in the foundation such that the pivot element (7, 8; 207, 208) results fixed in the receiving hole. - A foundation formed by a casting on site, preferably in concrete; - At least one platform arranged above the foundation and; - Connection means to connect the platform to the foundation;
A tire comprising: an inner liner; an electronic component unit pasted to a tire inner cavity side of the inner liner; and a vulcanizing adhesive which joins the inner liner and the electronic component unit, wherein the electronic component unit has an electronic component and a resin film covering at least part of the electronic component, wherein a thickness of the vulcanizing adhesive is no more than 30 pm, characterized in that a modulus of the vulcanizing adhesive is at least a modulus of the inner liner, and no more than a modulus of the resin film, and wherein the modulus is the 100% elongation modulus under a 23°C atmosphere, measured in accordance with 3.7 stress at a given elongation S of JIS K6251:2010. an inner liner; an electronic component unit pasted to a tire inner cavity side of the inner liner; and a vulcanizing adhesive which joins the inner liner and the electronic component unit, wherein the electronic component unit has an electronic component and a resin film covering at least part of the electronic component, wherein a thickness of the vulcanizing adhesive is no more than 30 pm, characterized in that a modulus of the vulcanizing adhesive is at least a modulus of the inner liner, and no more than a modulus of the resin film, and wherein the modulus is the 100% elongation modulus under a 23°C atmosphere, measured in accordance with 3.7 stress at a given elongation S of JIS K6251:2010.
Extract of the leaves of Cynara species varieties having a caffeoylquinic acid content of 30 to 45%, a flavonoid content of 8 to 16% and a cynaropicrin content of 10 to 18%.
An ice detecting apparatus for a refrigerator, comprising: an ice maker; a storage container to collect ice from the ice maker; an ice detecting sensor provided at the ice maker including a transmitting unit to transmit one or more pulses and a receiving unit to detect the pulses transmitted from the transmitting unit; and a controller to determine whether the storage container is full or nearly full based on the pulses detected by the receiving unit among one or more pulses transmitted by the transmitting unit, characterized in that the controller is configured to determine whether or not the transmitting unit transmits the pulses so that the controller determines whether or not external light infiltrates into the ice maker. an ice maker; a storage container to collect ice from the ice maker; an ice detecting sensor provided at the ice maker including a transmitting unit to transmit one or more pulses and a receiving unit to detect the pulses transmitted from the transmitting unit; and a controller to determine whether the storage container is full or nearly full based on the pulses detected by the receiving unit among one or more pulses transmitted by the transmitting unit, characterized in that the controller is configured to determine whether or not the transmitting unit transmits the pulses so that the controller determines whether or not external light infiltrates into the ice maker.
A dispersion adjustment unit for electromagnetic radiation with a spectral width, in particular for laser pulses, with an arrangement with at least one dispersive element (7, 7A, 7B) for producing angular dispersion in an angular dispersion range bounded by two interaction areas of the electromagnetic radiation with the at least one dispersive element (7, 7A, 7B), in which individual spectral components of the electromagnetic radiation are assigned optical paths (8A, 8B, 8C) running at an angle to one another, and an optical unit arranged in the angular dispersion range between the two interaction areas of the electromagnetic radiation with the at least one dispersive element (7, 7A, 7B) with a plane-parallel optical disc that transmits electromagnetic radiation, with a plane entrance surface and a plane exit surface that are arranged parallel to one another, wherein the optical disc causes a parallel offset, dependent on the angle of incidence, of the individual spectral components of the electromagnetic radiation with respect to the propagation of the individual spectral components in front of and after the optical disc. an arrangement with at least one dispersive element (7, 7A, 7B) for producing angular dispersion in an angular dispersion range bounded by two interaction areas of the electromagnetic radiation with the at least one dispersive element (7, 7A, 7B), in which individual spectral components of the electromagnetic radiation are assigned optical paths (8A, 8B, 8C) running at an angle to one another, and an optical unit arranged in the angular dispersion range between the two interaction areas of the electromagnetic radiation with the at least one dispersive element (7, 7A, 7B) with a plane-parallel optical disc that transmits electromagnetic radiation, with a plane entrance surface and a plane exit surface that are arranged parallel to one another, wherein the optical disc causes a parallel offset, dependent on the angle of incidence, of the individual spectral components of the electromagnetic radiation with respect to the propagation of the individual spectral components in front of and after the optical disc.
A method of assigning presence in a presence system, comprising: - collecting presence information; and - aggregating presence information from at least one presentity; characterized by: - assigning a media session as a session presentity; - collecting presence information from the media session; and - publishing the presence information of the media session as said session presentity to a session presence watcher. - collecting presence information; and - aggregating presence information from at least one presentity; - assigning a media session as a session presentity; - collecting presence information from the media session; and - publishing the presence information of the media session as said session presentity to a session presence watcher.
A flexible medical appliance intended to be placed on a part of a patient's body and to match its shape, the flexible medical appliance comprising a rigid structure having a contour, as well as at least one deformable layer, and being characterized in that it comprises a bonding fabric engaged in at least one peripheral portion of the rigid structure extending along its contour, the rest of the bonding fabric forming an exposed portion to receive the deformable layer, the rigid structure and the deformable layer being assembled edge to edge, the deformable layer completing the rigid structure to form the medical appliance.
Method for operating a multi-zone air conditioning device of a vehicle, wherein the multi-zone air conditioning device comprises at least one first temperature adjuster for controlling the temperature in at least one first zone and comprises at least one second temperature adjuster for controlling the temperature in at least one second zone, wherein in a first operating mode of the multi-zone air conditioning device the at least two different zones are controlled in common, wherein the first temperature adjuster acts as the main adjuster and the temperature selection thereof is used for the control of the temperature in the at least two zones, wherein following actuation of the second temperature adjuster the first operating mode is exited and in a second operating mode the at least two different zones are controlled separately, wherein the parameter selection of the second temperature adjuster is used for the control of the temperature in the second zone and the temperature selection of the first temperature adjuster is used for the control of the temperature in the first zone, characterized in that on further actuation of the second temperature adjuster such that the selected temperature is brought into agreement with the temperature value that is selected by the first temperature adjuster, the second operating mode is exited and the at least two different zones are again controlled in common in the first operating mode.
A method for regeneration of a nitrogen oxide storage catalyst for a direct injected compression ignition engine comprising a controllable fuel injection system and means (120, 125, 130, 140) for controlling swirl ratio, characterised by the consecutive steps of: activating the means (120, 125, 130, 140) for controlling swirl ratio; and controlling the controllable fuel injection system to inject at least two fuel injections during an expansion stroke of an engine cylinder, wherein the fuel from the former of said injections is substantially moved away by said swirl before the latter injection is effected. activating the means (120, 125, 130, 140) for controlling swirl ratio; and controlling the controllable fuel injection system to inject at least two fuel injections during an expansion stroke of an engine cylinder, wherein the fuel from the former of said injections is substantially moved away by said swirl before the latter injection is effected.
A fuel cell stack assembly comprising: a stack of fuel cells, each fuel cell having an air flow conduit with an input / output ventilation aperture disposed on a ventilation face of the stack, the ventilation apertures forming an array over said ventilation face of the stack; characterised in that, a membrane moveable between a first configuration in which the ventilation face is occluded and a second configuration in which the ventilation face is not occluded. a stack of fuel cells, each fuel cell having an air flow conduit with an input / output ventilation aperture disposed on a ventilation face of the stack, the ventilation apertures forming an array over said ventilation face of the stack; characterised in that, a membrane moveable between a first configuration in which the ventilation face is occluded and a second configuration in which the ventilation face is not occluded.
A paper machine comprising a drying section implemented with a single wire transfer and an apparatus for improving detachment of the paper from a drying cylinder of the drying section, in which drying section the paper is heated on the drying cylinder and transported onwards on a drying wire via a hitch roll to the next drying cylinder such that the paper together with the wire in the section between the cylinders is sucked against the wire by means of low pressure, wherein the apparatus comprises means for forming low pressure such that an enhanced low-pressure area is formed at the detachment point of the paper from the drying cylinder and after it with respect to the direction of travel of the drying wire a second weak low-pressure area to keep the paper attached to the drying wire, wherein to improve the detachment of the paper an apparatus is installed on the side of the drying wire opposite to the paper contacting side of the drying wire at the detachment point, which apparatus comprises a nozzle, with which an air jet is blown, and a guide surface by means of which the air jet is directed against the direction of travel of the drying wire such that the air jet ejects secondary air along with it causing an air flow between the drying wire and a planar carrying surface installed in the area in which the paper is detached from the drying cylinder after the nozzle with respect to the direction of travel of the drying wire at essentially the same distance from the drying wire as the guide surface, the planar carrying surface being parallel to the drying wire and positioned at a distance of 3-10 mm from the drying wire so that the enhanced low-pressure area is formed between the planar carrying surface and the drying wire in the area in which the paper is detached from the drying cylinder.