mhurhangee/ep-ind-claims huggingface dataset:
A method of preparing an orally-administrable pharmaceutical, nutraceutical, or food supplement tablet, the method comprising: i. providing an extrudable fluid comprising: an extrudable carrier; at least one pharmaceutically, nutraceutically, or food supplement active ingredient; and greater than or equal to 5% by weight water; and ii. extruding the extrudable fluid to form the tablet; wherein: the extruding step is performed by an extrusion apparatus comprising a container containing the extrudable fluid prior to the extruding step, and a nozzle for dispensing the extrudable fluid during the extruding step, wherein the container is heated at a temperature to maintain the extrudable fluid in a fluid state; the method further comprises removing or partially removing the water, via vaporisation, from the tablet after the step of extruding. i. providing an extrudable fluid comprising: an extrudable carrier; at least one pharmaceutically, nutraceutically, or food supplement active ingredient; and greater than or equal to 5% by weight water; and an extrudable carrier; at least one pharmaceutically, nutraceutically, or food supplement active ingredient; and greater than or equal to 5% by weight water; and ii. extruding the extrudable fluid to form the tablet; the extruding step is performed by an extrusion apparatus comprising a container containing the extrudable fluid prior to the extruding step, and a nozzle for dispensing the extrudable fluid during the extruding step, wherein the container is heated at a temperature to maintain the extrudable fluid in a fluid state; the method further comprises removing or partially removing the water, via vaporisation, from the tablet after the step of extruding.
A transporting apparatus for transporting a specimen rack holding a specimen container containing a specimen, the specimen rack being provided with a concavity in a bottom of the specimen rack, comprising: an engage unit capable of engaging with the specimen rack; and a moving mechanism for moving the engage unit in a transport direction of the specimen rack, the transport direction including a first direction and a second direction opposite to the first direction, wherein the engage unit comprises: a pair of engage members, capable of mutually approaching and separating relative to the transport direction, characterised in that the engage unit further comprises a driver for driving the pair of engage members so as to perform the approaching operation and the separating operation, such that the pair of engage members are capable of engaging with the concavity of the specimen rack gaplessly in both the first direction and the second direction. an engage unit capable of engaging with the specimen rack; and a moving mechanism for moving the engage unit in a transport direction of the specimen rack, the transport direction including a first direction and a second direction opposite to the first direction, wherein the engage unit comprises: a pair of engage members, capable of mutually approaching and separating relative to the transport direction, characterised in that the engage unit further comprises a driver for driving the pair of engage members so as to perform the approaching operation and the separating operation, such that the pair of engage members are capable of engaging with the concavity of the specimen rack gaplessly in both the first direction and the second direction.
A method for transmitting data, in an IP network environment, characterized by being applied in an identifier/locator separation network, the method comprising: a source terminal sending a first data packet to a source Access Support Node, ASN, and having an Access Identity, AID, of the source terminal and the AID of a destination terminal as a source address and a destination address of the first data packet respectively; the source ASN, after receiving the first data packet, if a Routing Identifier, RID, corresponding to the AID of the destination terminal is not queried out locally, encapsulating the first data packet as a payload data packet to a second data packet by using Generic Routing Encapsulation, GRE, format, and adding a GRE packet header and a delivery protocol packet header; and the source ASN sending the second data packet to a mapping forwarding plane, the mapping forwarding plane querying the RID corresponding to the AID of the destination terminal and sending the first data packet to the destination ASN according to the queried RID, wherein when performing the GRE encapsulation, by the source ASN, in the identifier/locator separation network, the first data packet with AIDs as source and destination addresses is taken as the payload data packet, whereas the RID of said source ASN, is taken as the source IP address in the IP delivery protocol packet header. a source terminal sending a first data packet to a source Access Support Node, ASN, and having an Access Identity, AID, of the source terminal and the AID of a destination terminal as a source address and a destination address of the first data packet respectively; the source ASN, after receiving the first data packet, if a Routing Identifier, RID, corresponding to the AID of the destination terminal is not queried out locally, encapsulating the first data packet as a payload data packet to a second data packet by using Generic Routing Encapsulation, GRE, format, and adding a GRE packet header and a delivery protocol packet header; and the source ASN sending the second data packet to a mapping forwarding plane, the mapping forwarding plane querying the RID corresponding to the AID of the destination terminal and sending the first data packet to the destination ASN according to the queried RID, wherein when performing the GRE encapsulation, by the source ASN, in the identifier/locator separation network, the first data packet with AIDs as source and destination addresses is taken as the payload data packet, whereas the RID of said source ASN, is taken as the source IP address in the IP delivery protocol packet header.
A method of operating a wastewater treatment plant employing an activated sludge process, comprising the steps: (a) providing wastewater influent, to a system of one or more bioreactors, either in series and/or in parallel, configured to perform activated sludge processing; (b) processing the wastewater within the bioreactors to develop mixed liquor suspended solids (MLSS); (c) passing the MLSS in whole or in part from the bioreactors to a hydrodynamic separator system comprising curved channels; (d) performing separation operations on the MLSS within the hydrodynamic separator system, wherein the separation operations generate a low concentration MLSS stream and a high concentration MLSS stream; (e) passing the low concentration MLSS stream from the hydrodynamic separator system from a first output to a clarifier or clarifiers, and passing the high concentration MLSS stream from a second output back to the bioreactors; (f) performing clarification operations on the low concentration MLSS stream from the hydrodynamic separator system in the clarifier; and (g) outputting an effluent flow from the clarifier or clarifiers; characterised in that step (d) further includes pulling the MLSS through the hydrodynamic separator system, using two individual pump pulling actions provided by two separate pumps (1102, 1104) on two separate outputs (1110, 1112, 1204, 1206) of the hydrodynamic separator system; wherein the pulling actions are configured to provide two separately controllable flow rates, and to provide a MLSS split ratio through each of the first output and second output (1110, 1112, 1204, 1206). (a) providing wastewater influent, to a system of one or more bioreactors, either in series and/or in parallel, configured to perform activated sludge processing; (b) processing the wastewater within the bioreactors to develop mixed liquor suspended solids (MLSS); (c) passing the MLSS in whole or in part from the bioreactors to a hydrodynamic separator system comprising curved channels; (d) performing separation operations on the MLSS within the hydrodynamic separator system, wherein the separation operations generate a low concentration MLSS stream and a high concentration MLSS stream; (e) passing the low concentration MLSS stream from the hydrodynamic separator system from a first output to a clarifier or clarifiers, and passing the high concentration MLSS stream from a second output back to the bioreactors; (f) performing clarification operations on the low concentration MLSS stream from the hydrodynamic separator system in the clarifier; and (g) outputting an effluent flow from the clarifier or clarifiers;
A method operable at a subordinate entity for wireless communication over a time division duplex, TDD, carrier, the method comprising: transmitting an uplink burst (506, 518) comprising uplink information within a downlink-centric subframe on the TDD carrier, wherein the uplink information in the uplink burst (506, 518) comprises: a first symbol comprising a sounding reference signal, SRS, configured to enable sounding of the TDD carrier; and a second symbol comprising information bits and a demodulation reference signal, DM-RS,, wherein the DM-RS is configured to enable demodulation of the information bits carried within the second symbol. a first symbol comprising a sounding reference signal, SRS, configured to enable sounding of the TDD carrier; and a second symbol comprising information bits and a demodulation reference signal, DM-RS,, wherein the DM-RS is configured to enable demodulation of the information bits carried within the second symbol.
A method for removing and/or preventing rouge formation on stainless steel, the method comprising the steps of successively contacting a stainless steel substrate with the following solutions: (i) a first alkaline solution comprising a permanganate and/or bromate compound or any of the corresponding salts as oxidizing agent; (ii) a second neutral or alkaline solution comprising a reducing agent selected from dithionite, sulphite, bisulphite, disulfite or any of the corresponding salts and/or a combination thereof; and, (iii) a third acidic solution comprising at least 5.0×10 -3 to at most 1.0×10 -1 mol/l of complexing anions and at least 1.35×10 -5 to at most 9.0×10 -5 mol/l of Fe 2+. (i) a first alkaline solution comprising a permanganate and/or bromate compound or any of the corresponding salts as oxidizing agent; (ii) a second neutral or alkaline solution comprising a reducing agent selected from dithionite, sulphite, bisulphite, disulfite or any of the corresponding salts and/or a combination thereof; and, (iii) a third acidic solution comprising at least 5.0×10 -3 to at most 1.0×10 -1 mol/l of complexing anions and at least 1.35×10 -5 to at most 9.0×10 -5 mol/l of Fe 2+.
A toner container comprising: a cylindrical container body having a head with an opening in the head and configured to rotate around a rotation axis extending in a longitudinal direction of the cylindrical container body to transport toner contained in the cylindrical container body toward the opening; a cap into which the head of the cylindrical container body is inserted, having a toner outlet through which the toner discharged from the opening is discharged outside the toner container; and a sheet member attached inside the cap, the sheet member including: a first elastic-deformation portion (34f1) that is elastically deformable, located near the toner outlet; and a second elastic-deformation portion (34f2) that is elastically deformable, located in the cylindrical container body and near the opening characterized in that the toner container further comprises a stationary shaft extending along the rotation axis, the stationary shaft supporting the sheet member, wherein the first elastic-deformation portion (34f1) has a plurality of teeth arranged in a comb shape in the longitudinal direction, the plurality of teeth facing the toner outlet, and wherein the second elastic-deformation portion (34f2) has a plurality of teeth arranged in a comb shape in the longitudinal direction, and the plurality of comb-shaped teeth contacts an upper portion of an inner wall of the cylindrical container body. a cylindrical container body having a head with an opening in the head and configured to rotate around a rotation axis extending in a longitudinal direction of the cylindrical container body to transport toner contained in the cylindrical container body toward the opening; a cap into which the head of the cylindrical container body is inserted, having a toner outlet through which the toner discharged from the opening is discharged outside the toner container; and a sheet member attached inside the cap, the sheet member including: a first elastic-deformation portion (34f1) that is elastically deformable, located near the toner outlet; and a second elastic-deformation portion (34f2) that is elastically deformable, located in the cylindrical container body and near the opening characterized in that a first elastic-deformation portion (34f1) that is elastically deformable, located near the toner outlet; and a second elastic-deformation portion (34f2) that is elastically deformable, located in the cylindrical container body and near the opening characterized in that the toner container further comprises a stationary shaft extending along the rotation axis, the stationary shaft supporting the sheet member, wherein the first elastic-deformation portion (34f1) has a plurality of teeth arranged in a comb shape in the longitudinal direction, the plurality of teeth facing the toner outlet, and wherein the second elastic-deformation portion (34f2) has a plurality of teeth arranged in a comb shape in the longitudinal direction, and the plurality of comb-shaped teeth contacts an upper portion of an inner wall of the cylindrical container body.
A piston pin boss for a piston for an internal combustion engine, wherein the piston pin boss has an inner boss surface and an outer boss surface and a piston pin hole to hold a piston pin, characterized in that the piston pin hole has a pocket in the boss in the direction toward the zenith, the depth of the pocket steadily decreasing along the boss contour in the direction toward the outer boss surface and in that [the lines going from] the end points (21 a, 21b) of the edge of the pocket on the inner boss surface to the center axis of the piston pin include an angle (α) of 30° to 50°.
A trolley, in particular ward trolley and care trolley for hospitals, nursing homes and other health care establishments, comprising a movable cabinet element which serves to inter alia receive a computer unit, and comprising a monitor which is mounted in a rotatable manner on a carrier tube, wherein the monitor comprises a monitor unit, a frame and a housing, wherein the frame receives a monitor unit, characterized in that the monitor is completely encapsulated, wherein the monitor unit carries a cover plate made of a transparent material on the front side, wherein a touch screen is located between the monitor unit and the cover plate, wherein the cover plate is greater than the frame, wherein the part of the cover plate which projects beyond the frame forms a circumferential shoulder, wherein the cover plate closes the housing in the area of the shoulder on the front side without any joints.
Double-sealed compensating gasket in a hydraulic shock absorber for use in self-closers in furniture, the shock absorber comprising, a cylindrical body with a shaft in its interior, the double-sealed compensating gasket being of the type in which one end seals the internal cylindrical body of the shock absorber and the other end seals the shaft of the shock absorber, wherein in the double-sealed compensating gasket, there is substantial axial longitudinal separation or spacing between the seal end of the internal cylindrical body of the shock absorber and the seal end of the shaft, thus forming an elastic spaced zone coaxial to and on the shaft of the shock absorber, constituting on the one side an annular fluid compensation chamber, and, on the other, an air chamber and wherein a closing cap includes at least one air passage between the inside of the air chamber and the outside, which permits compensatory passage of air, thus avoiding counterforces and wherein there is a separator that maintains the axial longitudinal spacing between the seal end of the internal body and the seal end of the shaft and characterised in that the separator has positioning threads arranged symmetrically in the radial direction and on the inner surface of the air chamber.
A method for communicating data between a vehicle and a ground-based unit, said method comprising: communicatively coupling the vehicle to the ground-based unit; communicatively coupling the ground-based unit to a ground-based network, the ground-based network being communicatively coupled to a server for providing cached web content to the vehicle; initiating a Broadband over Power Line, BPL, link between the vehicle and the ground-based unit when power is supplied to the vehicle; and updating data stored in the vehicle with data received from the ground-based unit, wherein the updating of the data further comprises updating data using cached web content that may be later accessed; wherein updating data using cached web content further comprises selecting web content to cache based on network demand of web content incurred and monitored by the vehicle before the vehicle is coupled to the ground-based unit. communicatively coupling the vehicle to the ground-based unit; communicatively coupling the ground-based unit to a ground-based network, the ground-based network being communicatively coupled to a server for providing cached web content to the vehicle; initiating a Broadband over Power Line, BPL, link between the vehicle and the ground-based unit when power is supplied to the vehicle; and updating data stored in the vehicle with data received from the ground-based unit, wherein the updating of the data further comprises updating data using cached web content that may be later accessed; wherein updating data using cached web content further comprises selecting web content to cache based on network demand of web content incurred and monitored by the vehicle before the vehicle is coupled to the ground-based unit.
A secondary charged particle detection device for detection of a signal beam, comprising: a detector arrangement having a central detection element and at least one outer detection element with active detection areas, wherein the active detection areas are separated by a gap; a particle optics configured for separating the signal beam into a first portion of the signal beam and into at least one second portion of the signal beam, configured for focusing the first portion of the signal beam to the central detection element, and configured for deflecting and focusing the at least one second portion of the signal beam to the at least one outer detection element, wherein the particle optics comprises: a first electrode being an inner, tube-shaped electrode; and at least one second electrode (204, 204a-d, 206a-d) provided radially outward of the first electrode, wherein the first electrode provides a central area for the first portion of the signal beam to pass through and is configured for the focusing of the first portion of the signal beam to the central detection element. a detector arrangement having a central detection element and at least one outer detection element with active detection areas, wherein the active detection areas are separated by a gap; a particle optics configured for separating the signal beam into a first portion of the signal beam and into at least one second portion of the signal beam, configured for focusing the first portion of the signal beam to the central detection element, and configured for deflecting and focusing the at least one second portion of the signal beam to the at least one outer detection element, wherein the particle optics comprises: a first electrode being an inner, tube-shaped electrode; and at least one second electrode (204, 204a-d, 206a-d) provided radially outward of the first electrode, a first electrode being an inner, tube-shaped electrode; and at least one second electrode (204, 204a-d, 206a-d) provided radially outward of the first electrode, wherein the first electrode provides a central area for the first portion of the signal beam to pass through and is configured for the focusing of the first portion of the signal beam to the central detection element.
A high-pressure fuel pump comprising: - a pressurizing chamber to pressurize fuel; - a discharge valve disposed on a downstream side of the pressurizing chamber; and - a relief valve mechanism that causes fuel in a discharge path on the downstream side of the discharge valve to return to the pressurizing chamber or a low-pressure path, wherein the relief valve mechanism comprises: - a relief path formed to be connected to the discharge path; - a relief seat face connected to the relief path and formed to be enlarged toward the pressurizing chamber or the low-pressure path; and - a relief valve body seated on the relief seat face, and - an intersection between the relief path and the relief seat face is positioned adjacent to the discharge path, and wherein the relief path is formed substantially in parallel with the extension and contraction direction of the spring portion, characterized in that: an angle between the relief seat face and the relief path is adapted to be 50 degrees or less with respect to the extension and contraction direction of the spring portion. - a pressurizing chamber to pressurize fuel; - a discharge valve disposed on a downstream side of the pressurizing chamber; and - a relief valve mechanism that causes fuel in a discharge path on the downstream side of the discharge valve to return to the pressurizing chamber or a low-pressure path, wherein the relief valve mechanism comprises: - a relief path formed to be connected to the discharge path; - a relief seat face connected to the relief path and formed to be enlarged toward the pressurizing chamber or the low-pressure path; and - a relief valve body seated on the relief seat face, and - an intersection between the relief path and the relief seat face is positioned adjacent to the discharge path, and wherein the relief path is formed substantially in parallel with the extension and contraction direction of the spring portion, characterized in that: an angle between the relief seat face and the relief path is adapted to be 50 degrees or less with respect to the extension and contraction direction of the spring portion.
An edible composition comprising comminuted par-baked coffee beans that substantially lack roasted coffee flavor produced by Maillard reactions and retain at least about 90% of their chlorogenic acid content from prior to par-baking, obtainable by a process comprising: (a) par-baking whole green coffee beans in air heated to a temperature from 105°C (220 °F) to 182°C (360 °F) for a time from 6 min to 20 min, whereby the beans attain a residual free moisture content from 2.1 wt% to 5.5 wt%, and the beans attain a weight density from 0.75 to 1.10 g/cm 3, and (b) subsequently comminuting the par-baked beans by fragmentation into particles, wherein the particles have an average particle size of less than 0.5 mm. (a) par-baking whole green coffee beans in air heated to a temperature from 105°C (220 °F) to 182°C (360 °F) for a time from 6 min to 20 min, whereby the beans attain a residual free moisture content from 2.1 wt% to 5.5 wt%, and the beans attain a weight density from 0.75 to 1.10 g/cm 3, and (b) subsequently comminuting the par-baked beans by fragmentation into particles, wherein the particles have an average particle size of less than 0.5 mm.