mhurhangee/ep-ind-claims huggingface dataset:
Method for measuring a quantity of liquid in a liquid-insulated electrical component comprising a main tank and an expansion tank fluidly connected with the main tank, the method comprising: measuring a first pressure (P 1) of the liquid at a first point in the main tank; measuring a second pressure (P 2) of the liquid at a second point in the main tank, the second point being at a height above the first point; measuring a third pressure (P 3) of the liquid at a third point in the expansion tank; and determining the quantity of liquid in the liquid-insulated electrical component based on the first pressure (P 1), the second pressure (P 2) and the third pressure (P 3). measuring a first pressure (P 1) of the liquid at a first point in the main tank; measuring a second pressure (P 2) of the liquid at a second point in the main tank, the second point being at a height above the first point; measuring a third pressure (P 3) of the liquid at a third point in the expansion tank; and determining the quantity of liquid in the liquid-insulated electrical component based on the first pressure (P 1), the second pressure (P 2) and the third pressure (P 3).
A method of reducing curvature in a meniscus of liquid medium in a culture vessel having a sidewall and a bottom wall, the method comprising applying a coating material by coating the interior surfaces of the sidewall of the culture vessel, wherein the coating material provides a receding contact angle between the vessel sidewall and the liquid of about 75 degrees to about 110 degrees, preferably about 85 degrees to about 105 degrees and more preferably approximately 90 degrees, with aqueous solutions and culture media.
A panel assembly that is configured to be secured to a frame, the panel assembly comprising: a panel having a top and a bottom, a first bracket assembly that includes a first pivot member and a first bracket, wherein one of the first bracket and first pivot member is secured to the panel and the other of the first bracket and first pivot member is configured to be secured to the frame, wherein the first bracket includes a slot defined therein that includes a throat and a pivot opening, wherein the throat is defined between first and second throat surfaces (34a, 34b), and wherein the throat is narrower than the pivot opening, and a second bracket assembly that includes a second pivot member and a second bracket, wherein one of the second bracket and second pivot member is secured to the panel and the other of the second bracket and second pivot member is configured to be secured to the frame, wherein the second bracket includes a pivot opening defined therein. a panel having a top and a bottom, a first bracket assembly that includes a first pivot member and a first bracket, wherein one of the first bracket and first pivot member is secured to the panel and the other of the first bracket and first pivot member is configured to be secured to the frame, wherein the first bracket includes a slot defined therein that includes a throat and a pivot opening, wherein the throat is defined between first and second throat surfaces (34a, 34b), and wherein the throat is narrower than the pivot opening, and a second bracket assembly that includes a second pivot member and a second bracket, wherein one of the second bracket and second pivot member is secured to the panel and the other of the second bracket and second pivot member is configured to be secured to the frame, wherein the second bracket includes a pivot opening defined therein.
A radiating partition for a beehive, said hive comprising a floor, a front wall, two side walls, a rear wall and a removable roof cover, characterized in that said radiating partition comprises a rigid one-piece panel made of at least one insulating material, of which at least one of its two faces is at least partly covered with at least one layer of a radiating material, the radiating partition being configured to be inserted between the front wall and the rear wall of the beehive in order to insulate the interior of the hive.
A laser comprising: a cavity defined by a first mirroring structure and a second mirroring structure formed in semiconductor layers (31,10) on a substrate and being arranged to support light oscillation along an oscillation axis normal to a plane of the substrate, the first mirroring structure being in the form of a grating formed in a first semiconductor material layer; an active gain material being provided within the first mirroring structure; and electric contacts for drawing an electric current through the active gain material to facilitate lasing, wherein the electric contacts for applying an electric current through the active gain material are positioned in the first mirroring structure on opposite sides of the active gain material as seen in the plane of the layers. a cavity defined by a first mirroring structure and a second mirroring structure formed in semiconductor layers (31,10) on a substrate and being arranged to support light oscillation along an oscillation axis normal to a plane of the substrate, the first mirroring structure being in the form of a grating formed in a first semiconductor material layer; an active gain material being provided within the first mirroring structure; and electric contacts for drawing an electric current through the active gain material to facilitate lasing, wherein the electric contacts for applying an electric current through the active gain material are positioned in the first mirroring structure on opposite sides of the active gain material as seen in the plane of the layers.
A placental product comprising: a cryopreservation medium and a chorionic membrane, wherein: a. the chorionic membrane is substantially free of trophoblasts, CD14+ macrophages, or both trophoblasts and CD14+ macrophages; and b. wherein the cryopreservation medium comprises a cryopreserving amount of a cryopreservative; and c. wherein the chorionic membrane comprises viable therapeutic cells, wherein the viable therapeutic cells are native to the chorionic membrane and are one or more of i. mesenchymal stem cells ("MSCs"); ii. fibroblasts; and iii. stromal cells. a. the chorionic membrane is substantially free of trophoblasts, CD14+ macrophages, or both trophoblasts and CD14+ macrophages; and b. wherein the cryopreservation medium comprises a cryopreserving amount of a cryopreservative; and c. wherein the chorionic membrane comprises viable therapeutic cells, wherein the viable therapeutic cells are native to the chorionic membrane and are one or more of i. mesenchymal stem cells ("MSCs"); ii. fibroblasts; and iii. stromal cells. i. mesenchymal stem cells ("MSCs"); ii. fibroblasts; and iii. stromal cells.
A process for printing high resolution images on a confectionery product selected from chocolate, sugar shell candy, hard candy, jelly beans, and gelatin-based gummi and soft candy, said process comprising the steps of: (a) providing digital image information; (b) processing the digital image information to prepare processed digital image information; (c) depositing a thin layer of a surfactant, water-based glaze or edible binder on a surface of said confectionery product to provide an enhanced-compatibility surface of said product, followed by (d) printing an image from the processed digital image information onto said enhanced-compatibility surface with a drop on demand ink-jet printer using a dispersed-pigment food-grade ink comprising 30wt.% to 75wt.% water based on the final ink composition to obtain a printed image having resolution greater than 79 dots per cm (200 dpi).
Operator control system for operator control of functional units for a rail vehicle having a plurality of cars, comprising: a plurality of base stations (5A, 5B), wherein each car of the rail vehicle contains at least one base station (5A, 5B), and a mobile terminal of an authenticated user, which mobile terminal is designed to use a wireless interface and a graphical user interface of the mobile terminal for operator control of functional units of the rail vehicle, wherein the mobile terminal uses a wireless interface to communicate with the base stations (5A, 5B), and wherein registration of the mobile terminal prompts selectability, for the user thereof, of a predetermined role that has associated access rights for particular functional units of the rail vehicle. a plurality of base stations (5A, 5B), wherein each car of the rail vehicle contains at least one base station (5A, 5B), and a mobile terminal of an authenticated user, which mobile terminal is designed to use a wireless interface and a graphical user interface of the mobile terminal for operator control of functional units of the rail vehicle, wherein the mobile terminal uses a wireless interface to communicate with the base stations (5A, 5B), and wherein registration of the mobile terminal prompts selectability, for the user thereof, of a predetermined role that has associated access rights for particular functional units of the rail vehicle.
A method for controlling an air dryer device of an air pressure system, said air dryer device being configured to dry compressed air from a compressor operable by means of a drive member, said air dryer device comprising a first and second air dryer cartridge (42, 44) and an outlet for venting air, one of said cartridges (42, 44) being connected to the compressor via a feeding line and the other of said cartridges (44, 42) being connected to said outlet, characterized by the step of: - prior to activating the compressor, shifting the connection between said cartridges (42, 44) at least once by connecting the cartridge (42, 44) connected to the compressor to the outlet and the cartridge (44, 42) connected to the outlet to the compressor such that the pressure in said feeding line is reduced. - prior to activating the compressor, shifting the connection between said cartridges (42, 44) at least once by connecting the cartridge (42, 44) connected to the compressor to the outlet and the cartridge (44, 42) connected to the outlet to the compressor such that the pressure in said feeding line is reduced.
A method comprising: receiving audio data encoding an utterance; obtaining an intermediate transcription of the utterance; before a final transcription of the utterance is obtained: i) determining that the intermediate transcription of the utterance is associated with a previously received search query the method being further characterised by: ii) obtaining one or more results that are identified as responsive to the previously received search query, and iii) storing one or more of the results; obtaining the final transcription of the utterance; determining that the final transcription of the utterance is also associated with the previously received search query; and in response to determining that the final transcription of the utterance is also associated with the previously received search query, providing the stored one or more results for output. receiving audio data encoding an utterance; obtaining an intermediate transcription of the utterance; before a final transcription of the utterance is obtained: i) determining that the intermediate transcription of the utterance is associated with a previously received search query the method being further characterised by: ii) obtaining one or more results that are identified as responsive to the previously received search query, and iii) storing one or more of the results; i) determining that the intermediate transcription of the utterance is associated with a previously received search query the method being further characterised by: ii) obtaining one or more results that are identified as responsive to the previously received search query, and iii) storing one or more of the results; obtaining the final transcription of the utterance; determining that the final transcription of the utterance is also associated with the previously received search query; and in response to determining that the final transcription of the utterance is also associated with the previously received search query, providing the stored one or more results for output.
Pneumatic vehicle tyre of radial type of construction for utility vehicles, in particular lorries, buses and lorry trailers, having a belt which has three or more belt plies (5, 6, 7, 8, 9) with steel cords, wherein each steel cord has at least two strands and wherein each strand has at least two steel filaments, wherein steel cords of the construction 2 to 4 x N, where N = 2 to 5, are at least arranged in one of the belt plies (5, 6, 7, 8, 9), wherein this construction means that this steel cord has 2 to 4 twisted-together strands, wherein each strand comprises 2 to 5 steel filaments which are twisted together such that these 2 to 5 steel filaments are arranged without a core filament, characterized in that this steel cord has the construction 3 x 4 x 0.29. wherein steel cords of the construction 2 to 4 x N, where N = 2 to 5, are at least arranged in one of the belt plies (5, 6, 7, 8, 9), wherein this construction means that this steel cord has 2 to 4 twisted-together strands, wherein each strand comprises 2 to 5 steel filaments which are twisted together such that these 2 to 5 steel filaments are arranged without a core filament, characterized in that this steel cord has the construction 3 x 4 x 0.29.
Method for making a filtering element (5; 10; 15) from a film of non-woven material, said filtering element (5; 10; 15) being suitable for being associated with a container (30; 50) for containing and/or retaining a product, said method comprising hot pressing at least one defined portion of said non-woven material, so as to obtain a pressed portion (2, 3; 12) in which fibres, in particular synthetic and/or plastic fibres, of at least one external surface layer of said non-woven material are compacted and pressed together characterized in that said hot pressing comprises exerting on said defined portion a pressure comprised between 0.1 and 1.0 MPa to reduce a thickness of said non-woven material by a percentage comprised between 30 and 50% with respect to the thickness of the non-compressed non-woven material in such a manner as to melt at least partially a respective surface layer of each fibre so as to join together said fibres in a reversible manner, enabling the non-woven material to return to a state that is similar to the original state, that said hot pressing comprises pressing said defined portion at a temperature comprised between 80°C and 250°C and in that said hot pressing comprises pressing said defined portion for a time comprised between 0.1 sec. and 4 sec..
Apparatus for preparing feed for animals, comprising: - means for storing at least one liquid, - means for storing at least one dehydrated feed, - a mixing chamber, - means for dosing and transferring a first predetermined amount of said at least one liquid to the mixing chamber, - means for dosing and transferring a second predetermined amount of said at least one dehydrated feed to the mixing chamber, - mixing means, for stirring and mixing said at least one liquid with said at least one dehydrated feed during a mixing phase, to form a feed ration in paste form of paste but not liquid consistency, said mixing means comprising at least one mobile portion in rotation with respect to the mixing chamber, and arranged to be rotated according to a mixing movement during the mixing phase of the feed ration, - dispensing means, arranged to dispense the feed ration in paste form of paste but not liquid consistency, from the mixing chamber in a container, during a dispensing phase, said at least one mobile portion being arranged to be rotated according to a backflow movement in the opposite direction to the mixing movement, during the dispensing phase of the feed ration. - means for storing at least one liquid, - means for storing at least one dehydrated feed, - a mixing chamber, - means for dosing and transferring a first predetermined amount of said at least one liquid to the mixing chamber, - means for dosing and transferring a second predetermined amount of said at least one dehydrated feed to the mixing chamber, - mixing means, for stirring and mixing said at least one liquid with said at least one dehydrated feed during a mixing phase, to form a feed ration in paste form of paste but not liquid consistency, said mixing means comprising at least one mobile portion in rotation with respect to the mixing chamber, and arranged to be rotated according to a mixing movement during the mixing phase of the feed ration, - dispensing means, arranged to dispense the feed ration in paste form of paste but not liquid consistency, from the mixing chamber in a container, during a dispensing phase, said at least one mobile portion being arranged to be rotated according to a backflow movement in the opposite direction to the mixing movement, during the dispensing phase of the feed ration.
A sealing enclosure including: a connector adapted to be mounted on an end of a cable; an inner body adapted to be mounted on and slide along the cable, the inner body defining a connector volume and having a plug section located at a forward end with a forward facing plug face that is open in a forward direction, a support section, and a clamping section located at a rearward end, wherein the connector volume has an inner width at the forward facing plug face that is larger than a largest radial dimension of the connector perpendicular to a forward-rearward direction so that the connector is received loosely in the forward facing plug face; an outer body adapted to both slide along the inner body and rotate with respect to the inner body, the outer body having a forward end with at least one locking element adapted to secure to a mating enclosure; and a cable seal received at the clamping section and adapted to sealingly engage the cable when compressed radially, characterized in that the plug section comprises at least one positive locking element for preventing rotation between the inner body and the mating enclosure. an inner body adapted to be mounted on and slide along the cable, the inner body defining a connector volume and having a plug section located at a forward end with a forward facing plug face that is open in a forward direction, a support section, and a clamping section located at a rearward end, wherein the connector volume has an inner width at the forward facing plug face that is larger than a largest radial dimension of the connector perpendicular to a forward-rearward direction so that the connector is received loosely in the forward facing plug face; an outer body adapted to both slide along the inner body and rotate with respect to the inner body, the outer body having a forward end with at least one locking element adapted to secure to a mating enclosure; and a cable seal received at the clamping section and adapted to sealingly engage the cable when compressed radially, characterized in that the plug section comprises at least one positive locking element for preventing rotation between the inner body and the mating enclosure.
A method of ion mobility spectrometry and/or mass spectrometry comprising: trapping ions (26, 28) in an ion trap; spatially separating the ions (26, 28) within the ion trap according to at least one physicochemical property, wherein said step of spatially separating the ions comprises applying a first force on the ions within the ion trap in a first direction, said force having a magnitude that is dependent upon the value of said at least one physicochemical property of the ions, and applying a second force on these ions in the opposite direction; pulsing the separated ions out of the ion trap and into an ion mobility separator, wherein ions that have been separated from each other in the spatially separating step are pulsed out of the ion trap and into the ion mobility separator in the same ion pulse; and separating the ions pulsed into the ion mobility separator according to ion mobility; wherein the method is performed in a spectrometer having an ion guide maintained at a pressure selected from the group consisting of: (i) 0.01-0.1 mbar; (ii) 0.1-1 mbar; and (iii) 1-10 mbar. trapping ions (26, 28) in an ion trap; spatially separating the ions (26, 28) within the ion trap according to at least one physicochemical property, wherein said step of spatially separating the ions comprises applying a first force on the ions within the ion trap in a first direction, said force having a magnitude that is dependent upon the value of said at least one physicochemical property of the ions, and applying a second force on these ions in the opposite direction; pulsing the separated ions out of the ion trap and into an ion mobility separator, wherein ions that have been separated from each other in the spatially separating step are pulsed out of the ion trap and into the ion mobility separator in the same ion pulse; and separating the ions pulsed into the ion mobility separator according to ion mobility; wherein the method is performed in a spectrometer having an ion guide maintained at a pressure selected from the group consisting of: (i) 0.01-0.1 mbar; (ii) 0.1-1 mbar; and (iii) 1-10 mbar.
A system for detection of non-pneumatic tire loading, characterized in that the system comprises: a non-pneumatic tire, the non-pneumatic tire including: a ground-contacting annular tread; a central rim; at least one spoke disk disposed between the rim and the tread, the at least one spoke disk including an inner ring mounted on the central rim, an outer ring, and a plurality of spokes extending radially between the inner ring and the outer ring; a shear band disposed between the outer ring of the at least one spoke disk and the tread; a flange disposed on an outboard surface of the plurality of spokes of the at least one spoke disk; and indicating or sensing means (54, 54a, 54b) formed or located on the outboard surface of the plurality of spokes of the at least one spoke disk radially outwardly of the flange, wherein the flange interfaces with the indicating or sensing means (54, 54a, 54b) when the tire is in an overloaded state or is in need of replacement. a non-pneumatic tire, the non-pneumatic tire including: a ground-contacting annular tread; a central rim; a ground-contacting annular tread; a central rim; at least one spoke disk disposed between the rim and the tread, the at least one spoke disk including an inner ring mounted on the central rim, an outer ring, and a plurality of spokes extending radially between the inner ring and the outer ring; a shear band disposed between the outer ring of the at least one spoke disk and the tread; a flange disposed on an outboard surface of the plurality of spokes of the at least one spoke disk; and indicating or sensing means (54, 54a, 54b) formed or located on the outboard surface of the plurality of spokes of the at least one spoke disk radially outwardly of the flange, wherein the flange interfaces with the indicating or sensing means (54, 54a, 54b) when the tire is in an overloaded state or is in need of replacement.
A Raman scattering probe comprising: a capsule of nanometric size; at least one Raman-active molecule coupled to the capsule, said Raman-active molecule exhibiting a Raman scattering response when the probe is illuminated by an excitation light beam; and at least one functionalization chemical group that is attached to an exterior of the capsule and that enables a connection between the capsule and a target material; characterized in that the capsule comprises at least one carbon or boron nitride nanotube and the Raman-active molecule is encapsulated within the capsule. a capsule of nanometric size; at least one Raman-active molecule coupled to the capsule, said Raman-active molecule exhibiting a Raman scattering response when the probe is illuminated by an excitation light beam; and at least one functionalization chemical group that is attached to an exterior of the capsule and that enables a connection between the capsule and a target material; characterized in that the capsule comprises at least one carbon or boron nitride nanotube and the Raman-active molecule is encapsulated within the capsule.