mhurhangee/patent-ind-claim-en huggingface dataset:
A furnace system, comprising: a furnace; and, a mixing chamber defining an inlet end configured to receive separate streams of raw material and preheated cullet mix and an outlet end spaced from the inlet end and configured to discharge a combined stream of the raw material and the preheated cullet mix, the mixing chamber tapering from the inlet end to the outlet end and defining first and second opposed sidewalls that approach one another moving from the inlet end to the outlet end, the mixing chamber defining a first inlet in the inlet end configured to receive one of the raw material or the preheated cullet mix, the first inlet aligned with an outlet in the outlet end along a vertical axis, the mixing chamber further defining a second inlet in the inlet end configured to receive the other of the raw material or the preheated cullet mix, the second inlet offset from the outlet relative to the vertical axis such that the other of the raw material and the preheated cullet mix is deposited on the first sidewall before reaching the outlet; and, a charger having an inlet end coupled to the outlet end of the mixing chamber and configured to receive the combined stream of the raw material and the preheated cullet mix and an outlet end through which a mixture of the raw materiel and the preheated cullet mix is discharged from the charger into a molten bath in a furnace. a furnace; and, a mixing chamber defining an inlet end configured to receive separate streams of raw material and preheated cullet mix and an outlet end spaced from the inlet end and configured to discharge a combined stream of the raw material and the preheated cullet mix, the mixing chamber tapering from the inlet end to the outlet end and defining first and second opposed sidewalls that approach one another moving from the inlet end to the outlet end, the mixing chamber defining a first inlet in the inlet end configured to receive one of the raw material or the preheated cullet mix, the first inlet aligned with an outlet in the outlet end along a vertical axis, the mixing chamber further defining a second inlet in the inlet end configured to receive the other of the raw material or the preheated cullet mix, the second inlet offset from the outlet relative to the vertical axis such that the other of the raw material and the preheated cullet mix is deposited on the first sidewall before reaching the outlet; and, a charger having an inlet end coupled to the outlet end of the mixing chamber and configured to receive the combined stream of the raw material and the preheated cullet mix and an outlet end through which a mixture of the raw materiel and the preheated cullet mix is discharged from the charger into a molten bath in a furnace.
A method of preparing plaster bandages for a plaster cast from a plurality of plaster bandage layers for a human nose, characterized by the following steps: a. providing at least one flat plaster bandage coarse blank and a soaking liquid for the plaster bandage coarse blank , i. wherein the at least one plaster bandage coarse blank comprises the plurality of plaster bandage layers, and ii. has a coarse format preadapted to the physiology of a typical nose, b. determining a skin colour of the nose comprising a skin colour tone and a skin colour saturation, c. selecting at least one dye to dye plaster bandage coarse blank in the skin colour tone, d. determining a dye concentration of the at least one dye necessary for dyeing the plaster bandage coarse blank with the skin colour saturation in an impregnation volume of the soaking liquid sufficient to impregnate the plaster bandage coarse blank , e. metering a liquid volume of the soaking liquid and/or a dye quantity of the at least one dye with a metering device for generating the dye concentration of the at least one dye in the liquid volume, i. wherein the liquid volume is at least as large as the impregnation volume, and f. impregnating the plurality of plaster bandage layers of the plaster bandage coarse blank in the impregnation volume of the soaking liquid with the dye concentration of the at least one dye . a. providing at least one flat plaster bandage coarse blank and a soaking liquid for the plaster bandage coarse blank , i. wherein the at least one plaster bandage coarse blank comprises the plurality of plaster bandage layers, and ii. has a coarse format preadapted to the physiology of a typical nose, i. wherein the at least one plaster bandage coarse blank comprises the plurality of plaster bandage layers, and ii. has a coarse format preadapted to the physiology of a typical nose, b. determining a skin colour of the nose comprising a skin colour tone and a skin colour saturation, c. selecting at least one dye to dye plaster bandage coarse blank in the skin colour tone, d. determining a dye concentration of the at least one dye necessary for dyeing the plaster bandage coarse blank with the skin colour saturation in an impregnation volume of the soaking liquid sufficient to impregnate the plaster bandage coarse blank , e. metering a liquid volume of the soaking liquid and/or a dye quantity of the at least one dye with a metering device for generating the dye concentration of the at least one dye in the liquid volume, i. wherein the liquid volume is at least as large as the impregnation volume, and i. wherein the liquid volume is at least as large as the impregnation volume, and f. impregnating the plurality of plaster bandage layers of the plaster bandage coarse blank in the impregnation volume of the soaking liquid with the dye concentration of the at least one dye .
Cellobiose phosphorylase comprising an amino acid sequence having an identity of at least 90% in relation to the amino acid sequence according to SEQ ID NO:21; the amino acid sequence having, in comparison with SEQ ID NO:1, one or more amino acid mutations in positions 161, 169, 196, 220, 283, 512 and 705; and the amino acid sequence comprising no K283H amino acid mutation; and the cellobiose phosphorylase having (i) with respect to the reaction of glucose 1-phosphate with glucose to form cellobiose, an increased synthesis activity in the presence of equimolar amounts of glucose and glucose 1-phosphate of 250, 500 and 750 mM; and/or (ii) with respect to the reaction of glucose 1-phosphate with glucose to form cellobiose, a higher space-time yield per enzyme amount used in the presence of equimolar amounts of glucose and glucose 1-phosphate of 250 and 500 mM; and/or (iii) a higher temperature stability after incubation at 58°C for 15 min in comparison with the cellobiose phosphorylase according to SEQ ID NO:1. (i) with respect to the reaction of glucose 1-phosphate with glucose to form cellobiose, an increased synthesis activity in the presence of equimolar amounts of glucose and glucose 1-phosphate of 250, 500 and 750 mM; and/or (ii) with respect to the reaction of glucose 1-phosphate with glucose to form cellobiose, a higher space-time yield per enzyme amount used in the presence of equimolar amounts of glucose and glucose 1-phosphate of 250 and 500 mM; and/or (iii) a higher temperature stability after incubation at 58°C for 15 min in comparison with the cellobiose phosphorylase according to SEQ ID NO:1.
A method for refined palm oil production with reduced 3-MCPD formation, the method comprising, (a) premixing a palm oil with an acid to chelate metals and form a reaction mixture; and (b) subjecting the reaction mixture obtained in step (a) to hydrodynamic cavitation mixing for less than 0.5 seconds. (a) premixing a palm oil with an acid to chelate metals and form a reaction mixture; and (b) subjecting the reaction mixture obtained in step (a) to hydrodynamic cavitation mixing for less than 0.5 seconds.
An electrical connector comprising a quarter turn fastener , the quarter turn fastener comprising a stud having at least one helical cam slot and a receptacle comprising at least one cam follower and a biasing means , the connector further comprising means for connection to an electrical assembly, wherein the means for connection to the electrical assembly comprises a spade and wherein the stud comprises a body having a head at one end thereof, wherein the electrical connector has a first electrical contact surface and a second electrical contact surface and releasably connects the first and second surfaces in operative engagement, the at least one cam slot is provided on the stud to allow for quarter turn rotation of the body of the stud with respect to the receptacle to open and/or close the fastener , respectively, wherein the receptacle is captivated to the spade but able to rotate to enable assembly, and wherein the electrical connector maintains a constant clamp force across the surfaces . the receptacle is captivated to the spade but able to rotate to enable assembly, and wherein the electrical connector maintains a constant clamp force across the surfaces .
An electronic module for automotive applications, comprising: a multilayer circuit board ; and an electronic component mounted on a major surface of the multilayer circuit board and electrically coupled to at least one memory die , the at least one memory die being at least partially embedded within the multilayer circuit board ; characterized in that the electronic module further comprises at least one Peltier heat pump device , the Peltier heat pump device comprising at least one first heater/cooler surface positioned underneath the electronic component , at least one second heater/cooler surface positioned laterally adjacent to the at least one first heater/cooler surface , and at least one pair of thermoelectric semiconductor members arranged thermally in parallel and electrically in series, the at least one pair of semiconductor members being at least partially embedded in the circuit board , wherein each pair of semiconductor members extends between one of the at least one first heater/cooler surface and one of the at least one second heater/cooler surface . a multilayer circuit board ; and an electronic component mounted on a major surface of the multilayer circuit board and electrically coupled to at least one memory die , the at least one memory die being at least partially embedded within the multilayer circuit board ; characterized in that the electronic module further comprises at least one Peltier heat pump device , the Peltier heat pump device comprising at least one first heater/cooler surface positioned underneath the electronic component , at least one second heater/cooler surface positioned laterally adjacent to the at least one first heater/cooler surface , and at least one pair of thermoelectric semiconductor members arranged thermally in parallel and electrically in series, the at least one pair of semiconductor members being at least partially embedded in the circuit board , wherein each pair of semiconductor members extends between one of the at least one first heater/cooler surface and one of the at least one second heater/cooler surface .
A curved waveguide , comprising: an input coupler configured to couple light into the curved waveguide; a first reflective surface ; a second reflective surface opposing the first reflective surface; and an output coupler configured to couple the light out of the curved waveguide, the curved waveguide comprising a curvature characterized in that said curvature is in a direction transverse to an optical path between the input coupler and the output coupler, the curvature comprising a radius that varies along a direction extending between the input coupler and the output coupler. an input coupler configured to couple light into the curved waveguide; a first reflective surface ; a second reflective surface opposing the first reflective surface; and an output coupler configured to couple the light out of the curved waveguide, the curved waveguide comprising a curvature characterized in that said curvature is in a direction transverse to an optical path between the input coupler and the output coupler, the curvature comprising a radius that varies along a direction extending between the input coupler and the output coupler.
Laboratory stand with a weighing device, with at least one upwardly directed holding bar , and with a base support supporting this holding bar , and also with a seat for at least one vessel or laboratory vessel, wherein the base support has the seat for the vessel , and wherein at least one bracket for a mixing and/or stirring and/or dispersing and/or temperature-regulating and/or measuring device can be mounted on or is provided on the holding bar in particular in a releasable and/or height-adjustable manner, wherein the seat provided on the base support forms a set-down surface for receiving, holding and/or supporting the vessel in a position of use, and wherein support projections are provided or arranged on the underside of the seat facing away from the set-down surface , which support projections are resiliently or adjustably or movably mounted transversely with respect to the set-down surface and its underside or in a vertical direction against a restoring force or spring force and are provided with or connected to or in operative connection with a weighing device, characterized in that , above the underside of the base support , support projections are provided which are in operative connection with the weighing device and which support the seat for the vessel as a support or as support projections arranged on the underside of the seat , wherein the support projections have or act on movable levers or rockers or endpieces which interact with or are in operative connection with or connected to the weighing device.
A process for telomerizing butadiene, the process comprising: preparing a telomerization catalyst precursor used in telomerization of butadiene that comprises dissolving one equivalent of palladium acetyl acetonate and from one to three equivalents of a phosphine in a solvent blend that comprises methanol and 1-methoxy-2,7-octadiene to yield a catalyst precursor solution that comprises an aryl phosphine-palladium octadienyl complex represented formulaically either as [(Ar n PR (3-n) ) x PdY] or as [(Ar n PR (3-n) ) x PdY] + wherein R is an alkyl or heteroatom-containing alkyl moiety with 1 to 12 carbon atoms, Ar is an aryl moiety or substituted aryl moiety, x = 1 or 2, n = 1, 2 or 3, and Y is a ligand wherein Y is 1-methoxy-2,7-octadiene (MOD-1) where no charge is present or octadienyl when a positive charge is present; and combining at least the telomerization catalyst precursor with butadiene to telomerize the butadiene.
A method of enabling a user computing device to manage a controlled device only when the computing device is physically proximate to the controlled device, comprising: repeatedly broadcasting, by the controlled device, a rotating code over a short range wireless communication channel from a user computing device, wherein: the rotating code changes after expiration of a time period, and the short range wireless communication channel has a wireless communication range that allows the user computing device to receive the broadcast rotating code only when the user computing device is positioned physically proximate to the controlled device , repeatedly receiving , by the controlled device, a code from the user computing device, via the short range communication channel or a further communication channel that is different from the short range communication channel; determining , in response to receiving each code from the user computing device via the first or second communication channel, whether each received code corresponds to the rotating code most recently broadcast via the first communication channel; granting , in response to determining that each code corresponds to the most recently broadcasted rotating code, the user computing device an access to manage the controlled device; and denying , in response to determining that each received code does not correspond to the most recently broadcasted rotating code, the user computing device the access to manage the controlled device. repeatedly broadcasting, by the controlled device, a rotating code over a short range wireless communication channel from a user computing device, wherein: the rotating code changes after expiration of a time period, and the short range wireless communication channel has a wireless communication range that allows the user computing device to receive the broadcast rotating code only when the user computing device is positioned physically proximate to the controlled device , the rotating code changes after expiration of a time period, and the short range wireless communication channel has a wireless communication range that allows the user computing device to receive the broadcast rotating code only when the user computing device is positioned physically proximate to the controlled device , repeatedly receiving , by the controlled device, a code from the user computing device, via the short range communication channel or a further communication channel that is different from the short range communication channel; determining , in response to receiving each code from the user computing device via the first or second communication channel, whether each received code corresponds to the rotating code most recently broadcast via the first communication channel; granting , in response to determining that each code corresponds to the most recently broadcasted rotating code, the user computing device an access to manage the controlled device; and denying , in response to determining that each received code does not correspond to the most recently broadcasted rotating code, the user computing device the access to manage the controlled device.
A lanyard comprising an elongate material having opposing front and back faces and a proximal end and a distal end , the front face being printed, the lanyard comprising first, second and third sections , the first, second and third sections being disposed sequentially along the length of the lanyard such that the second section is located between the first and third sections and, in use, extends between the wearer's shoulders, the second section having a cross-sectional width which is less than a cross-sectional width of both of the first and third sections , and the lanyard being arranged such that, in use, the printed front face is visible, wherein the proximal and distal end , or points close to the proximal and distal end , are joined together such that the front face of the proximal end , or a point close thereto, is in contact with the back face of the distal end , or a point close thereto, characterized in that the first and third sections are joined at an attachment point in a "V" shape, the "V" shape having an acute angle of between 10° and 50°, such that the lanyard lays flat on the chest of the user when the lanyard is worn with the printed front face exposed.
A stator or rotor for an electric motor or generator comprising a circumferential support : forming a stator or rotor back-ring having a plurality of protrusions that extend in a radial direction, and further extend along a direction being substantially orthogonal to the circumferential plane of the stator back-iron ; a tooth arranged to receive coil windings, wherein the tooth includes a recess in which is housed the protrusion of the circumferential support, wherein the protrusion and the recess in the tooth are arranged to have a cavity or channel formed on an adjacent surface of the recess and the protrusion when the protrusion is housed in the recess, and a material is placed inside the cavities or channels formed by the adjacent surfaces of the recess and the protrusion for retaining the tooth to the support; wherein the tooth is over-moulded prior to receiving coil windings, wherein the over-moulded layer is an injection moulded plastics layer formed on a plurality of sides of the tooth with a first gap formed in the injection moulded plastics layer on a first side of the tooth with a first insulation element placed in the first gap formed in the injection moulded plastics layer, wherein the injection moulded plastics layer and first insulation element are arranged to electrically insulate the tooth from the coil windings, wherein the first insulation element has a channel formed on a surface of the first insulation elements for allowing the material to be channelled between the channels formed on the adjacent surfaces of the recess wall sections and the protrusion when the insulation elements are placed in the gaps formed in the injection moulded plastics layer and the associated tooth has been mounted on the stator back-iron .
Injection lance comprising an inner tube , a central tube , and an outer tube , wherein - the inner tube has a smaller diameter than the central tube , and the central tube has a smaller diameter than the outer tube ; - the inner tube is disposed within the central tube , and the central tube is disposed within the outer tube ; - the central tube ends in an atomization nozzle ; - the inner tube ends in a liquid outlet , with the atomization nozzle adjacently disposed to the liquid outlet , in such a way that a liquid exiting the liquid outlet of the inner tube is atomized by the atomization nozzle via an atomization gas flowing between the inner tube and the central tube; - the outer tube ends in an injection opening ; - the injection lance comprises a decomposition zone between the atomization nozzle and the injection opening , the decomposition zone being adapted to decompose a reducing agent precursor, wherein the distance between the atomization nozzle and the injection opening is between 1.0 and 15.0 m, and - the decomposition zone and the injection opening of the outer tube are in fluid connection with the volume between the central tube and the outer tube for introducing a cooling gas in the decomposition zone. - the inner tube has a smaller diameter than the central tube , and the central tube has a smaller diameter than the outer tube ; - the inner tube is disposed within the central tube , and the central tube is disposed within the outer tube ; - the central tube ends in an atomization nozzle ; - the inner tube ends in a liquid outlet , with the atomization nozzle adjacently disposed to the liquid outlet , in such a way that a liquid exiting the liquid outlet of the inner tube is atomized by the atomization nozzle via an atomization gas flowing between the inner tube and the central tube; - the outer tube ends in an injection opening ; - the injection lance comprises a decomposition zone between the atomization nozzle and the injection opening , the decomposition zone being adapted to decompose a reducing agent precursor, wherein the distance between the atomization nozzle and the injection opening is between 1.0 and 15.0 m, and - the decomposition zone and the injection opening of the outer tube are in fluid connection with the volume between the central tube and the outer tube for introducing a cooling gas in the decomposition zone.