mhurhangee/ep-ind-claims huggingface dataset:
A system (400, 800) for block floating point computation in a neural network, the system comprising: at least one processor (402, 804); and at least one memory comprising computer program code, the at least one memory and the computer program code configured to, with the at least one processor (402, 804), cause the at least one processor (402, 804) to: receive a block floating point number (100, 200, 502) comprising a mantissa portion; reduce a bit-width of the block floating point number (100, 200, 502) by decomposing the block floating point number (100, 200, 502) into a plurality of numbers (202, 504) each having a mantissa portion with a bit-width that is smaller than a bit-width of the mantissa portion of the block floating point number (100, 200); perform one or more dot product operations separately on each of the plurality of numbers to obtain individual results; sum (412, 508) the individual results to generate a final dot product value; and use the final dot product value to implement the neural network. at least one processor (402, 804); and at least one memory comprising computer program code, the at least one memory and the computer program code configured to, with the at least one processor (402, 804), cause the at least one processor (402, 804) to: receive a block floating point number (100, 200, 502) comprising a mantissa portion; reduce a bit-width of the block floating point number (100, 200, 502) by decomposing the block floating point number (100, 200, 502) into a plurality of numbers (202, 504) each having a mantissa portion with a bit-width that is smaller than a bit-width of the mantissa portion of the block floating point number (100, 200); perform one or more dot product operations separately on each of the plurality of numbers to obtain individual results; sum (412, 508) the individual results to generate a final dot product value; and use the final dot product value to implement the neural network. receive a block floating point number (100, 200, 502) comprising a mantissa portion; reduce a bit-width of the block floating point number (100, 200, 502) by decomposing the block floating point number (100, 200, 502) into a plurality of numbers (202, 504) each having a mantissa portion with a bit-width that is smaller than a bit-width of the mantissa portion of the block floating point number (100, 200); perform one or more dot product operations separately on each of the plurality of numbers to obtain individual results; sum (412, 508) the individual results to generate a final dot product value; and use the final dot product value to implement the neural network.
A process comprising treating a solution with an ionic surfactant and a polymer comprising ionisable groups, which solution comprises a charged species dissolved in a solvent, wherein the charged species is a negatively charged species and the ionic surfactant is a cationic surfactant, wherein the polymer comprising ionisable groups and the ionic surfactant form a polymer-surfactant aggregate, and the polymer-surfactant aggregate adsorbs the charged species from the solution to produce a complex, which complex comprises: the charged species, the polymer comprising ionisable groups and the ionic surfactant, and wherein the solution is an aqueous solution, wherein (a) the charged species comprises a metal anion or a complex anion which comprises a metal or metalloid; and (b) the polymer comprising ionisable groups is a negatively charged polymer when in aqueous solution. (a) the charged species comprises a metal anion or a complex anion which comprises a metal or metalloid; and (b) the polymer comprising ionisable groups is a negatively charged polymer when in aqueous solution.
An injection molding system, comprising: a first carrier configured to hold a first mold; a first injector disposed over the first carrier and configured to inject a first polymeric material; a second carrier configured to hold a second mold; a second injector disposed over the second carrier and configured to inject a second polymeric material; characterized in that it further comprises a bridging mechanism disposed between and moveable relative to the first carrier and the second carrier, and configured to receive a third mold from the first carrier or the second carrier and convey the third mold between the first carrier and the second carrier. a first carrier configured to hold a first mold; a first injector disposed over the first carrier and configured to inject a first polymeric material; a second carrier configured to hold a second mold; a second injector disposed over the second carrier and configured to inject a second polymeric material; characterized in that it further comprises a bridging mechanism disposed between and moveable relative to the first carrier and the second carrier, and configured to receive a third mold from the first carrier or the second carrier and convey the third mold between the first carrier and the second carrier.
A push-pull aseptic dispenser cap of the retractable type comprising: - a guide-body having a reference axis and designed to be coupled to the mouth of a bottle; the guide-body being provided with a tubular shaped inner chamber, a central hub that extends coaxially to said reference axis inside said tubular chamber, and through openings formed in a portion of the bottom wall of said guide-body surrounding said hub and designed to place the inner space of the bottle containing the beverage in communication with said inner chamber; - a shutter-nipple which is coupled in an axially sliding manner to said guide-body so as to slide axially inside the inner chamber along said reference axis, between a retracted position in which said shutter-nipple closes said through openings in a fluid-tight manner and has its upper end completely inside said inner chamber, and an extracted position in which said shutter-nipple projects cantilevered outwardly from the guide-body so that it can be easily gripped between the lips/teeth of the user and disengages the through openings so as to be able to receive, from the latter, said beverage through said inner chamber; said shutter-nipple comprises a tubular body which is separate and distinct from the guide-body; the tubular body is coupled in a telescopic manner in said inner chamber, characterised in that the guide body is designed to be coupled to the mouth of the bottle in a manually unmovable manner, and that the tubular body internally incorporates a central stem which extends coaxially to said reference axis; the central stem is fitted in an axially sliding manner in said hub and cooperates with said tubular body so that said shutter-nipple is slidable between said retracted position and said extracted position. - a guide-body having a reference axis and designed to be coupled to the mouth of a bottle; the guide-body being provided with a tubular shaped inner chamber, a central hub that extends coaxially to said reference axis inside said tubular chamber, and through openings formed in a portion of the bottom wall of said guide-body surrounding said hub and designed to place the inner space of the bottle containing the beverage in communication with said inner chamber; - a shutter-nipple which is coupled in an axially sliding manner to said guide-body so as to slide axially inside the inner chamber along said reference axis, between a retracted position in which said shutter-nipple closes said through openings in a fluid-tight manner and has its upper end completely inside said inner chamber, and an extracted position in which said shutter-nipple projects cantilevered outwardly from the guide-body so that it can be easily gripped between the lips/teeth of the user and disengages the through openings so as to be able to receive, from the latter, said beverage through said inner chamber;
An Optical Virtual Private Network, hereafter referred to as OVPN, system characterized in that the OVPN system is disposed in an OVPN in which a plurality of sub-OVPNs are connected mutually, and comprises a plurality of converting sections, which are disposed so as to correspond to plural different first signal formats, for converting a first signal format to and from a second signal format under conditions in which the first signal format which is used by a neighboring sub-OVPN and a second signal format which is used by the user's own sub-OVPN are different from each other.
A low profile electrical connector (100;200) for connecting to an electro stimulation element (102; 202) comprising: a housing (106; 206) having exterior perimeter sides (112;212) and top (106;208) and bottom (108;210) surfaces, and wherein the bottom surface is configured to extend along a user's body site and the top surface is spaced above the bottom surface; a receptacle (116;216) positioned within the housing and having an electrically conductive surface that forms an electrical interface with an electrically conductive element; and a first side-entry guide channel (114;214) disposed along the bottom surface of the housing, the channel having an opening along the exterior perimeter side that is configured to receive the electrically conductive element, characterised in that the first side-entry guide channel includes at least two interior walls (130a; 130b;230a;230b) that form a path that tapers into the receptacle to guide the electrically conductive element within the housing. a housing (106; 206) having exterior perimeter sides (112;212) and top (106;208) and bottom (108;210) surfaces, and wherein the bottom surface is configured to extend along a user's body site and the top surface is spaced above the bottom surface; a receptacle (116;216) positioned within the housing and having an electrically conductive surface that forms an electrical interface with an electrically conductive element; and a first side-entry guide channel (114;214) disposed along the bottom surface of the housing, the channel having an opening along the exterior perimeter side that is configured to receive the electrically conductive element, characterised in that the first side-entry guide channel includes at least two interior walls (130a; 130b;230a;230b) that form a path that tapers into the receptacle to guide the electrically conductive element within the housing.
A smoking article assembly machine having a web of tipping paper conveying path, the smoking article assembly machine comprising a mechanical cutter configured to perform a cutting action to form a pattern including a line having a dimension of at least 5 mm on a web of tipping paper passing along the web of tipping paper conveying path, the line extending at least 50% around the circumference of the smoking article when assembled, a web severing device configured to sever the web of tipping paper into segments for wrapping smoking articles, and a curling station configured to act on the web of tipping paper, wherein the mechanical cutter is configured to perform the cutting action downstream of the curling station along the web of tipping paper conveying path.
An overrunning clutch assembly comprising: an inner race adapted to be fixed for rotation with a first rotatable member; an outer race having circumferentially spaced apart cam surfaces and being adapted to be fixed for rotation with a second rotatable member; a plurality of roller elements positioned radially between and in selective engagement with the inner and outer races (48, 46); a cage coupled to a spring ring, the spring ring including a plurality of radially extending guides, the guides being arranged in pairs to align each roller element with the cam surfaces, the guides being resiliently deformable to allow concurrent engagement of each roller element with both the inner and outer races (48, 46); characterized by a seal engaging an inner surface of the outer race and an outer surface of the inner race and being positioned axially outboard of the roller elements; and a retaining ring being positioned within ring grooves (88, 104) formed on each of the inner and outer races (48, 46) to restrict movement of the cage, and wherein the retaining ring in particular includes a plurality of oil passages extending there through, and wherein in particular the retaining ring remains positioned within each of the ring grooves (88, 104) formed on the inner and outer races (48, 46) at relative rotational speeds between the races in excess of 6500 RPM. an inner race adapted to be fixed for rotation with a first rotatable member; an outer race having circumferentially spaced apart cam surfaces and being adapted to be fixed for rotation with a second rotatable member; a plurality of roller elements positioned radially between and in selective engagement with the inner and outer races (48, 46); a cage coupled to a spring ring, the spring ring including a plurality of radially extending guides, the guides being arranged in pairs to align each roller element with the cam surfaces, the guides being resiliently deformable to allow concurrent engagement of each roller element with both the inner and outer races (48, 46); a seal engaging an inner surface of the outer race and an outer surface of the inner race and being positioned axially outboard of the roller elements; and a retaining ring being positioned within ring grooves (88, 104) formed on each of the inner and outer races (48, 46) to restrict movement of the cage, and wherein the retaining ring in particular includes a plurality of oil passages extending there through, and wherein in particular the retaining ring remains positioned within each of the ring grooves (88, 104) formed on the inner and outer races (48, 46) at relative rotational speeds between the races in excess of 6500 RPM.
A method for the selective crystallization of 2'-O-f ucosyllactose (2'-FL) from an aqueous solution comprising 2'-FL, optionally lactose, and one or more other fucosylated carbohydrates, wherein one of the one or more fucosylated carbohydrates is 2',3-di-O-fucosyllactose, the method comprising the step of adding acetic acid to the aqueous solution to crystallize 2'-FL in the form of polymorph II with a DFL content of less than 3 % and an acetic acid content of less than 3%, wherein the aqueous solution is produced by a process comprising the steps of: i) culturing, in an aqueous culture medium containing lactose, a genetically modified cell containing a recombinant gene that encodes a 1,2-fucosyl transferase and is able to produce 2'-FL by fucosylating lactose, to produce a fermentation broth containing 2'-FL and the one or more other fucosylated carbohydrates; and ii) separating non-carbohydrate particulates and contaminants from the fermentation broth. the method comprising the step of adding acetic acid to the aqueous solution to crystallize 2'-FL in the form of polymorph II with a DFL content of less than 3 % and an acetic acid content of less than 3%, wherein the aqueous solution is produced by a process comprising the steps of: i) culturing, in an aqueous culture medium containing lactose, a genetically modified cell containing a recombinant gene that encodes a 1,2-fucosyl transferase and is able to produce 2'-FL by fucosylating lactose, to produce a fermentation broth containing 2'-FL and the one or more other fucosylated carbohydrates; and ii) separating non-carbohydrate particulates and contaminants from the fermentation broth. i) culturing, in an aqueous culture medium containing lactose, a genetically modified cell containing a recombinant gene that encodes a 1,2-fucosyl transferase and is able to produce 2'-FL by fucosylating lactose, to produce a fermentation broth containing 2'-FL and the one or more other fucosylated carbohydrates; and ii) separating non-carbohydrate particulates and contaminants from the fermentation broth.
Fixing system for at least one sample for use in a radiometric measuring instrument below a detector housing, comprising - a base plate, - a fixing plate with at least one depression as a sample volume and displaceable in relation to the base plate horizontally in the direction towards a measuring position, wherein - devices are provided to sealingly press the fixing plate vertically to the bottom side of the detector housing during transfer into the respective measuring position, characterized in that the base plate includes at least two vertically resilient pressure elements (5A, 5B) which are guided in grooves of the fixing plate up to shortly before reaching the measuring position. - a base plate, - a fixing plate with at least one depression as a sample volume and displaceable in relation to the base plate horizontally in the direction towards a measuring position, wherein - devices are provided to sealingly press the fixing plate vertically to the bottom side of the detector housing during transfer into the respective measuring position,
A magnetometer comprising a cell filled with a gas subjected to an ambient magnetic field, an optical pumping source able to emit towards the cell a laser beam tuned to a pumping wavelength, a photodetector receiving the laser beam that passed through the cell and a closed loop control system for the magnetometer to operate it in a zero field, characterised in that said control system comprises: - an optical cavity delimited by mirrors (M1, M2), cavity in which the cell is arranged, - an optical excitation source configured to light the optical cavity with a circularly polarised beam and tuned to an excitation wavelength shifted with respect to the pumping wavelength so as to allow induction in the cell, by Stark effect, of the equivalent of a magnetic field oriented along a direction of propagation of light in the optical cavity, and - a closed loop regulator (Vx, Vy, Vz) coupled to the photodetector and configured to drive the optical excitation source such that it induces in the cell the equivalent of a compensation magnetic field opposite to the ambient magnetic field in said direction of propagation of light. - an optical cavity delimited by mirrors (M1, M2), cavity in which the cell is arranged, - an optical excitation source configured to light the optical cavity with a circularly polarised beam and tuned to an excitation wavelength shifted with respect to the pumping wavelength so as to allow induction in the cell, by Stark effect, of the equivalent of a magnetic field oriented along a direction of propagation of light in the optical cavity, and - a closed loop regulator (Vx, Vy, Vz) coupled to the photodetector and configured to drive the optical excitation source such that it induces in the cell the equivalent of a compensation magnetic field opposite to the ambient magnetic field in said direction of propagation of light.
A selfie device, comprising a telescopic stick and a clamping device for holding and clamping a camera device, the clamping device comprising a carrier and a stretchable clamping mechanism arranged above the carrier; the clamping device is pivotally or rotatably connected to the top end of the telescopic stick, characterized in that the clamping device is integrally connected to the top end of the telescopic stick and in that a notch is arranged on the carrier, the clamping mechanism is provided with a bending portion corresponding to the location of the notch, and the telescopic stick can be accommodated in the notch and the bending portion after folding.
A method of starting an organic rankine cycle system of the type having an evaporator and a turbine driven generator with an oil sump, comprising the steps of: providing an eductor with primary and secondary flow inlets; fluidly connecting said primary flow inlet to an outlet of said evaporator; fluidly connecting said secondary flow inlet to a lower portion of said turbine; and operating said eductor to pump a mixture of oil and refrigerant vapor to the oil sump to thereby heat the oil therein. providing an eductor with primary and secondary flow inlets; fluidly connecting said primary flow inlet to an outlet of said evaporator; fluidly connecting said secondary flow inlet to a lower portion of said turbine; and operating said eductor to pump a mixture of oil and refrigerant vapor to the oil sump to thereby heat the oil therein.
Element for fastening a trim to a peripheral seal of a window of a vehicle, comprising at least one clip-type assembly constituted by a base bearing, on the face designed to receive the trim, one or more semi-rigid clips, said clips comprising at least two arms between which a lug element of the trim is inserted, the window is curved and a guide finger, which principally makes it possible to guide the lug of the trim towards the clips, is provided, and the guide finger may be arranged between the two clips, characterized in that the fastening element is constituted as a single component, comprising the base and at least two semi-rigid clips, which is integrated with the peripheral seal during moulding of the latter on the window, the fastening element is made from plastics of ABS-PC type, produced using an injection-moulding process, and the peripheral seal is made from plastics of TPE or PVC type.
A process for preparing crystalline -isopropyl 2-(( -(perfluorophenoxy)(phenoxy)phosphoryl)amino)propanoate represented by the formula which comprises: crystallizing -isopropyl 2-(( -(perfluorophenoxy)(phenoxy)phosphoryl) amino)propanoate from a second composition comprising a) a first composition; b) pentafluorophenol; c) a non-nucleophilic base; and d) a liquid composition; wherein the first composition comprises -isopropyl 2-(( -(perfluorophenoxy)(phenoxy)phosphoryl)amino)propanoate and -isopropyl 2-(( -(perfluorophenoxy)(phenoxy)phosphoryl)amino) propanoate, and wherein the liquid composition comprises at least one of a solvent and an anti-solvent. crystallizing -isopropyl 2-(( -(perfluorophenoxy)(phenoxy)phosphoryl) amino)propanoate from a second composition comprising a) a first composition; b) pentafluorophenol; c) a non-nucleophilic base; and d) a liquid composition; a) a first composition; b) pentafluorophenol; c) a non-nucleophilic base; and d) a liquid composition;
Phosphonates of acetylenic betulin derivatives with Formula 2, wherein a phosphonic group is bounded with C29 or C30 carbon atom of the isopropenyl group, the dashed lines between C20, and C29 and C30 indicate that the bond between them may be a double or single bond, and the individual substituents are as follows: R is alkyl group (C1-C4), R 1 is alkyl group (C1-C4), R 2 is hydroxy, propynoyloxy, cyclopropylpropynoyloxy, 2-butynoyloxy, propargyloxycarbonyloxy group, R 3 is hydroxymethyl, propynoyloxymethyl, cyclopropylpropynoyloxymethyl, 2-butynoyloxymethyl, propargyloxycarbonyloxymethyl group, R is alkyl group (C1-C4), R 1 is alkyl group (C1-C4), R 2 is hydroxy, propynoyloxy, cyclopropylpropynoyloxy, 2-butynoyloxy, propargyloxycarbonyloxy group, R 3 is hydroxymethyl, propynoyloxymethyl, cyclopropylpropynoyloxymethyl, 2-butynoyloxymethyl, propargyloxycarbonyloxymethyl group,
A method for cleaning tank melting furnaces for making glass items, provided with a melting chamber, which has a melting tank, to which a regeneration chamber is connected, of the type provided with at least one regenerator that comprises a supporting structure for layers of refractory bricks, which are superimposed in a staggered arrangement so as to determine paths for the descent of the cooling exhaust gases (18a, 18b) that arrive from said melting chamber, said method consisting in sandblasting said exhaust gas descent paths (18a, 18b) and providing for the insertion of a pipe for the delivery of an abrasive material through openings for access from the outside (23, 23a) to the regeneration chamber and gradually into said exhaust gas descent paths (18a, 18b), said sandblasting of said exhaust gas descent paths (18a, 18b) being carried out while operating said melting furnace without interrupting or reducing the production activity of said furnace.