mhurhangee/ep-ind-claims huggingface dataset:
A turbomachine having an integrated controller and a rotating group that is supported for rotation about an axis, the turbomachine comprising: a support structure (310, 410); a first bus bar (263, 315, 420) that is elongate and that extends about the axis, the first bus bar being electrically coupled to the integrated controller; a second bus bar (264, 320, 430) that is elongate and that extends about the axis, the second bus bar stacked on the first bus bar in an axial direction with respect to the axis, the second bus bar being electrically coupled to the integrated controller; and a fastener arrangement (340, 400) that attaches the first bus bar and the second bus bar to the support structure, wherein the fastener arrangement further includes a fastener and a sleeve bushing, the fastener extending through the first bus bar and the second bus bar and fixed to the support structure, the sleeve bushing receiving the fastener, the sleeve bushing received in the first bus bar and in the second bus bar, wherein the sleeve bushing is formed from a dielectric material. a support structure (310, 410); a first bus bar (263, 315, 420) that is elongate and that extends about the axis, the first bus bar being electrically coupled to the integrated controller; a second bus bar (264, 320, 430) that is elongate and that extends about the axis, the second bus bar stacked on the first bus bar in an axial direction with respect to the axis, the second bus bar being electrically coupled to the integrated controller; and a fastener arrangement (340, 400) that attaches the first bus bar and the second bus bar to the support structure, wherein the fastener arrangement further includes a fastener and a sleeve bushing, the fastener extending through the first bus bar and the second bus bar and fixed to the support structure, the sleeve bushing receiving the fastener, the sleeve bushing received in the first bus bar and in the second bus bar, wherein the sleeve bushing is formed from a dielectric material. wherein the fastener arrangement further includes a fastener and a sleeve bushing, the fastener extending through the first bus bar and the second bus bar and fixed to the support structure, the sleeve bushing receiving the fastener, the sleeve bushing received in the first bus bar and in the second bus bar, wherein the sleeve bushing is formed from a dielectric material.
A useful composition as a fuel for gasoline engines comprising a hydrocarbon mixture corresponding to a gasoline blend, propanol, 1,2-propandiol and optionally one or more aliphatic alcohols, other than propanol and 1,2-propanediol, having a number of carbon atoms comprised between 1 and 4, said composition comprising: - from 60.0% to 99.7% of a hydrocarbon mixture corresponding to a gasoline blend, - from 0.2 to 20% of propanol, - from 0.1 to 10% of 1,2-propanediol, and - optionally from 0% to 20% of one or more aliphatic alcohols, other than propanol and 1,2-propanediol, having a number of carbon atoms comprised between 1 and 4 wherein said propanol and 1,2-propanediol are respectively in such amounts that their volume ratio is comprised between 2 and 50, and wherein said gasoline blend is characterized by an End Point not exceeding 250°C and has a density between 720 and 775 kg/m 3. - from 60.0% to 99.7% of a hydrocarbon mixture corresponding to a gasoline blend, - from 0.2 to 20% of propanol, - from 0.1 to 10% of 1,2-propanediol, and - optionally from 0% to 20% of one or more aliphatic alcohols, other than propanol and 1,2-propanediol, having a number of carbon atoms comprised between 1 and 4
A process for the detritiation of soft housekeeping waste, i.e., of radioactive waste produced by laboratories and plants that use tritium, characterized in that it envisages carrying out a thermal desorption by subjecting said waste, appropriately placed in a detritiation reactor, to a flow of moist gas and subsequently recovering tritium in the form of gas by means of a membrane reactor in order to valorize it and re-use it; for this purpose there being basically envisaged the following steps: A) shredding and uniformly mixing the waste to be detritiated; B) placing said material to be treated in a detritiation reactor; C) sending inert gas and demineralized water to an evaporation/mixing device; D) feeding said moist gaseous mixture, constituted by inert gas and vapour, to said reactor so that said mixture traverses all the material to be detritiated, giving rise to the formation of a moist gaseous current containing tritium; E) sending said gaseous current containing tritium to a purposely provided membrane reactor; and F) feeding said membrane reactor with a swamping gas, thus obtaining exit from the reactor itself, as end products, of a gaseous current of isotopes containing tritium extracted from the treated waste and of a gaseous current of detritiated gases. A) shredding and uniformly mixing the waste to be detritiated; B) placing said material to be treated in a detritiation reactor; C) sending inert gas and demineralized water to an evaporation/mixing device; D) feeding said moist gaseous mixture, constituted by inert gas and vapour, to said reactor so that said mixture traverses all the material to be detritiated, giving rise to the formation of a moist gaseous current containing tritium; E) sending said gaseous current containing tritium to a purposely provided membrane reactor; and F) feeding said membrane reactor with a swamping gas, thus obtaining exit from the reactor itself, as end products, of a gaseous current of isotopes containing tritium extracted from the treated waste and of a gaseous current of detritiated gases.
A resin composition comprising 100 parts by mass of a thermoplastic resin and 0.1 to 100 parts by mass of a cellulose component, wherein the cellulose component includes cellulose whiskers having a diameter of smaller than 1μm and a length/diameter ratio (L/D ratio) of less than 30 and cellulose fibers having a diameter of smaller than 1μm and an L/D ratio of 30 or greater.
A process of maximizing specific capacity and capacity retention of a lithium ion cell comprising: a) pre-lithiating an anode; b) assembling the anode, a cathode, a separator and electrolyte into a sealed cell; c) a partial charge, charging the cell to a voltage above that of electrolyte reduction but below that voltage that would violate the anode maximum safe lithium capacity; d) discharging or partially discharging the cell; and e) charging the cell to the full voltage.
A white ink composition comprising: a white pigment; and fixing resins comprising (i) a vinyl chloride resin and/or a urethane resin, (ii) a fluorene resin, and (iii) a polyolefin wax. a white pigment; and fixing resins comprising (i) a vinyl chloride resin and/or a urethane resin, (ii) a fluorene resin, and (iii) a polyolefin wax.
A monoclonal antibody, or one of its functional fragments, characterized in that it is a chimeric or a humanized antibody and in that it comprises: - a light chain comprising the three CDR regions of sequences SEQ ID Nos. 17, 18 and 19; and - a heavy chain comprising the three CDR regions of sequences SEQ ID Nos. 20, 21 and 22. - a light chain comprising the three CDR regions of sequences SEQ ID Nos. 17, 18 and 19; and - a heavy chain comprising the three CDR regions of sequences SEQ ID Nos. 20, 21 and 22.
A process of handover by using Generic Access Network, GAN, characterized in that the method comprises: receiving, by a generic access network controller, GANC, a handover command from a mobility management entity, MME, via a S1-CS interface, wherein the handover command is used for instructing the GANC to trigger an inter-base station controller, BSC, handover, and the S1-CS interface is introduced between the MME and the GANC to transmit signaling messages; generating, by the GANC, a circuit switched-circuit switched, CS-CS, handover request, and sending the CS-CS handover request to a core network, CN; receiving, by the GANC, a handover command from the CN; sending, by the GANC, a handover command to a user equipment, UE, through the MME and a source eNB to notify the UE to perform the inter-BSC handover. receiving, by a generic access network controller, GANC, a handover command from a mobility management entity, MME, via a S1-CS interface, wherein the handover command is used for instructing the GANC to trigger an inter-base station controller, BSC, handover, and the S1-CS interface is introduced between the MME and the GANC to transmit signaling messages; generating, by the GANC, a circuit switched-circuit switched, CS-CS, handover request, and sending the CS-CS handover request to a core network, CN; receiving, by the GANC, a handover command from the CN; sending, by the GANC, a handover command to a user equipment, UE, through the MME and a source eNB to notify the UE to perform the inter-BSC handover.
A shoe or boot comprising: a sole and an upper, said sole comprising: an impact line being a posterior-most aspect of said sole in contact with a surface when said shoe or boot rests naturally upon the surface, said impact line defining an impact axis; and a plate having a plate heel, a plate slope and a plate forefoot, said plate slope sloping downward from said plate heel at an inflection area, said inflection area positioned at or adjacent said impact axis; and characterised in that said plate slope is positioned at or near a medial edge of said sole, said plate defining a lateral void. an impact line being a posterior-most aspect of said sole in contact with a surface when said shoe or boot rests naturally upon the surface, said impact line defining an impact axis; and a plate having a plate heel, a plate slope and a plate forefoot, said plate slope sloping downward from said plate heel at an inflection area, said inflection area positioned at or adjacent said impact axis; and characterised in that said plate slope is positioned at or near a medial edge of said sole, said plate defining a lateral void.
A method for augmenting detection of objects in an environment of a vehicle, the method comprising receiving, from an image capture device, a first image frame, the first image frame including an attention area associated with a suspected upright object indication, the attention area being an area within the first image frame where the suspected upright object is located; warping, using a level road plane model, an area in a second earlier image frame that corresponds to the attention area, the corresponding area determined using camera and ego-motion parameters of the image capture device and the level road plane model; tracking a plurality of image patches across the warped area in the second image frame and the attention area in the first image frame; and if a tracking success criterion is met: computing a road plane model providing a best fit to the tracked image patches; determining whether to suppress the upright object indication based on whether the best fit road plane model of the tracked image patches is consistent with a road plane model of a road grade associated with a location of the vehicle; and allowing the upright object indication to proceed when the grade of the road plane model is not consistent with the predetermined road grade associated with the location of the vehicle. receiving, from an image capture device, a first image frame, the first image frame including an attention area associated with a suspected upright object indication, the attention area being an area within the first image frame where the suspected upright object is located; warping, using a level road plane model, an area in a second earlier image frame that corresponds to the attention area, the corresponding area determined using camera and ego-motion parameters of the image capture device and the level road plane model; tracking a plurality of image patches across the warped area in the second image frame and the attention area in the first image frame; and if a tracking success criterion is met: computing a road plane model providing a best fit to the tracked image patches; determining whether to suppress the upright object indication based on whether the best fit road plane model of the tracked image patches is consistent with a road plane model of a road grade associated with a location of the vehicle; and allowing the upright object indication to proceed when the grade of the road plane model is not consistent with the predetermined road grade associated with the location of the vehicle. computing a road plane model providing a best fit to the tracked image patches; determining whether to suppress the upright object indication based on whether the best fit road plane model of the tracked image patches is consistent with a road plane model of a road grade associated with a location of the vehicle; and allowing the upright object indication to proceed when the grade of the road plane model is not consistent with the predetermined road grade associated with the location of the vehicle.
A biorefinery for producing a fermentation product from biomass comprising: (a) a system for preparing the biomass into prepared biomass; (b) a system for pre-treating the biomass into pre-treated biomass; (c) a separator for separating the pre-treated biomass into a first component comprising polymeric glucan and a second component comprising xylose; (d) a first treatment system for continuously liquefying the first component into a liquefied first component by application of a first enzyme formulation, wherein the liquefied first component comprises oligomeric glucan and glucose, wherein the first treatment system comprises a continuously stirred tank reactor (CSTR) for continuous liquefaction; (e) a second treatment system for treating the liquefied first component into a saccharified first component by application of a second enzyme formulation so that glucose is made available, wherein the second treatment system comprises two or more batch reactors for saccharification arranged in parallel and in fluid communication with the continuously stirred tank reactor (CSTR) for liquefaction; and (f) a fermentation system configured to produce the fermentation product from the saccharified first component; wherein the fermentation product is produced by fermentation of glucose into ethanol; wherein the biomass comprises lignocellulosic material; wherein the lignocellulosic material comprises at least one of corn cobs, corn plant husks, com plant leaves, and corn plant stalks; and wherein the first enzyme formulation comprises a cellulase enzyme mixture. (a) a system for preparing the biomass into prepared biomass; (b) a system for pre-treating the biomass into pre-treated biomass; (c) a separator for separating the pre-treated biomass into a first component comprising polymeric glucan and a second component comprising xylose; (d) a first treatment system for continuously liquefying the first component into a liquefied first component by application of a first enzyme formulation, wherein the liquefied first component comprises oligomeric glucan and glucose, wherein the first treatment system comprises a continuously stirred tank reactor (CSTR) for continuous liquefaction; (e) a second treatment system for treating the liquefied first component into a saccharified first component by application of a second enzyme formulation so that glucose is made available, wherein the second treatment system comprises two or more batch reactors for saccharification arranged in parallel and in fluid communication with the continuously stirred tank reactor (CSTR) for liquefaction; and (f) a fermentation system configured to produce the fermentation product from the saccharified first component;
A piston for use in a cartridge having an inner wall, the piston comprising: a body having a generally cylindrical configuration with a sidewall; and a sealing lip extending outwardly from the sidewall, the sealing lip having a first portion dimensioned to have a first flexibility, a second portion dimensioned to have a second flexibility greater than the first flexibility, a sealing edge terminating the second portion, and a sealing bead positioned between the first portion and the sealing edge of the second portion, and the second portion being configured to deflect relative to the first portion such that the sealing edge and the sealing bead have a contacting relationship with the inner wall of the cartridge when the piston is inserted into the cartridge, said first and second portions of said sealing lip extending axially and slightly radially outward relative to the sidewall, characterized in that the sealing edge is non-chamfered and non-radiused, and defines an interior angle of 90° or less. a body having a generally cylindrical configuration with a sidewall; and a sealing lip extending outwardly from the sidewall, the sealing lip having a first portion dimensioned to have a first flexibility, a second portion dimensioned to have a second flexibility greater than the first flexibility, a sealing edge terminating the second portion, and a sealing bead positioned between the first portion and the sealing edge of the second portion, and the second portion being configured to deflect relative to the first portion such that the sealing edge and the sealing bead have a contacting relationship with the inner wall of the cartridge when the piston is inserted into the cartridge, said first and second portions of said sealing lip extending axially and slightly radially outward relative to the sidewall, characterized in that the sealing edge is non-chamfered and non-radiused, and defines an interior angle of 90° or less.
A method, comprising: receiving soft policies at a policy coordination device from a plurality of localized energy consumption control devices, each localized energy consumption control device being coupled to control one or more energy consuming devices, the soft policy of the localized energy consumption control devices specifying desired behavior or outcome of energy consumption of the energy consuming devices coupled thereto, leaving specific actions and timing to the energy consuming devices to operate within one or more soft limits of the respective soft policy; examining the received soft policies to determine corresponding energy consumption; creating a global policy to reduce overall peak energy consumption between the received soft policies; and transmitting corresponding policy control commands from the policy coordination device to one or more of the plurality of localized energy consumption control devices based on the global policy. receiving soft policies at a policy coordination device from a plurality of localized energy consumption control devices, each localized energy consumption control device being coupled to control one or more energy consuming devices, the soft policy of the localized energy consumption control devices specifying desired behavior or outcome of energy consumption of the energy consuming devices coupled thereto, leaving specific actions and timing to the energy consuming devices to operate within one or more soft limits of the respective soft policy; examining the received soft policies to determine corresponding energy consumption; creating a global policy to reduce overall peak energy consumption between the received soft policies; and transmitting corresponding policy control commands from the policy coordination device to one or more of the plurality of localized energy consumption control devices based on the global policy.
Connector component for a connector suitable to reduce the heat dissipation and flame propagation within an appliance in which the connector is fitted, said connector component comprising: a first plate and a second plate, and at least two fastening means (103, 104) for securing the connector component to the external surfaces (107, 110) of a connector housing, said connector component being made of a metal or plastic material having high flammability resistance and being adapted to extend on more than one of the external surfaces (107, 110) of the connector housing, and wherein said first and second plates (101, 102) have a rectangular shape and are joined perpendicularly to each other in an L- shape, characterized in that said fastening means (103, 104) are L-shaped elements freely extending from two opposite edges of said second plate and have each a first part of said L-shape elements oriented in a direction perpendicular to said second plate from which said fastening means (103, 104) are protruding and the second part of the L-shape elements oriented towards the inside of said second plate. said connector component being made of a metal or plastic material having high flammability resistance and being adapted to extend on more than one of the external surfaces (107, 110) of the connector housing, and wherein said first and second plates (101, 102) have a rectangular shape and are joined perpendicularly to each other in an L- shape, characterized in that said fastening means (103, 104) are L-shaped elements freely extending from two opposite edges of said second plate and have each a first part of said L-shape elements oriented in a direction perpendicular to said second plate from which said fastening means (103, 104) are protruding and the second part of the L-shape elements oriented towards the inside of said second plate.
Box, comprising: a floor; and at least two pairs of respectively opposing side walls (14a, 14b, 16a, 16b), wherein a first one of the side walls extends from the floor towards the top in a vertical direction at least partly by only a removal height that is lower than the height of one or several of the other side walls (14a, 14b, 16a) in order to define a lateral opening having a dimension allowing access to and removal of products contained in the box through the lateral opening, characterized in that the side walls (14a, 14b) adjacent to the first side wall each comprise a grip opening (28a, 28b) for lifting the box, wherein one grip opening (28a, 28b) each comprises a first opening area extending parallel to the floor and a second opening area on the side of the grip opening (28a, 28b) facing the first side wall running substantially in a vertical direction, and the opening areas (28a, 28b) merge into each other at the side facing away from the floor in a merging area having a curve which allows gripping of the box also in the merging area, so that the box tilts backwards when lifted and so that the inclination of the box additionally prevents the individual bottles from falling out when the box is being carried. a floor; and at least two pairs of respectively opposing side walls (14a, 14b, 16a, 16b), wherein a first one of the side walls extends from the floor towards the top in a vertical direction at least partly by only a removal height that is lower than the height of one or several of the other side walls (14a, 14b, 16a) in order to define a lateral opening having a dimension allowing access to and removal of products contained in the box through the lateral opening, characterized in that the side walls (14a, 14b) adjacent to the first side wall each comprise a grip opening (28a, 28b) for lifting the box, wherein one grip opening (28a, 28b) each comprises a first opening area extending parallel to the floor and a second opening area on the side of the grip opening (28a, 28b) facing the first side wall running substantially in a vertical direction, and the opening areas (28a, 28b) merge into each other at the side facing away from the floor in a merging area having a curve which allows gripping of the box also in the merging area, so that the box tilts backwards when lifted and so that the inclination of the box additionally prevents the individual bottles from falling out when the box is being carried.