mhurhangee/ep-ind-claims huggingface dataset:
A stand-mixer appliance comprising: an appliance body; a mixer head housing a motor assembly, motor controls, and a speed control assembly, wherein said speed control assembly is electrically coupled with the motor assembly and/or the motor controls, said stand-mixer appliance being characterized in that the speed control assembly comprises: a cam slidably coupled with a bracket positioned proximate a PCB, wherein the cam has an engagement edge positioned opposite the bracket; a slider fixedly coupled with the bracket and defining a channel; a lever operably coupled with the cam, wherein the lever is configured to move the cam between the bracket and the slider; a magnet housing slidably received by the channel of the slider and having a magnet disposed therein; a ball bearing magnetically coupled with the magnet housing and configured to be selectively engaged with the engagement edge of the cam; and a Hall-effect sensor configured to detect a position of the magnet. an appliance body; a mixer head housing a motor assembly, motor controls, and a speed control assembly, wherein said speed control assembly is electrically coupled with the motor assembly and/or the motor controls, said stand-mixer appliance being characterized in that the speed control assembly comprises: a cam slidably coupled with a bracket positioned proximate a PCB, wherein the cam has an engagement edge positioned opposite the bracket; a slider fixedly coupled with the bracket and defining a channel; a lever operably coupled with the cam, wherein the lever is configured to move the cam between the bracket and the slider; a magnet housing slidably received by the channel of the slider and having a magnet disposed therein; a ball bearing magnetically coupled with the magnet housing and configured to be selectively engaged with the engagement edge of the cam; and a Hall-effect sensor configured to detect a position of the magnet. a cam slidably coupled with a bracket positioned proximate a PCB, wherein the cam has an engagement edge positioned opposite the bracket; a slider fixedly coupled with the bracket and defining a channel; a lever operably coupled with the cam, wherein the lever is configured to move the cam between the bracket and the slider; a magnet housing slidably received by the channel of the slider and having a magnet disposed therein; a ball bearing magnetically coupled with the magnet housing and configured to be selectively engaged with the engagement edge of the cam; and a Hall-effect sensor configured to detect a position of the magnet.
A controller (1, 16) for a fluid detection system, wherein the controller is configured to: receive signaling from a device-user interaction sensor configured to monitor device-user interactions and from a device usage sensor configured to monitor device usage; determine if a user is interacting with the fluid detection system, wherein the determining comprises at least one of: determining (S 101) whether a user is within a predetermined distance of the fluid detection system based on signaling from the device-user interaction sensor; and determining whether a user is in physical contact with the fluid detection system based on signaling from the device-user interaction sensor; determine whether a fluid sensor (3, 18) of the fluid detection system is in a mouth of a user based on signaling from the device usage sensor; and send a signal (S140, S106, S 110, S 116, S118, S120, S124) to the fluid sensor (3, 18) of the fluid detection system based on the results of the determinations, to control a temperature of the fluid sensor (3, 18). receive signaling from a device-user interaction sensor configured to monitor device-user interactions and from a device usage sensor configured to monitor device usage; determine if a user is interacting with the fluid detection system, wherein the determining comprises at least one of: determining (S 101) whether a user is within a predetermined distance of the fluid detection system based on signaling from the device-user interaction sensor; and determining whether a user is in physical contact with the fluid detection system based on signaling from the device-user interaction sensor; determining (S 101) whether a user is within a predetermined distance of the fluid detection system based on signaling from the device-user interaction sensor; and determining whether a user is in physical contact with the fluid detection system based on signaling from the device-user interaction sensor; determine whether a fluid sensor (3, 18) of the fluid detection system is in a mouth of a user based on signaling from the device usage sensor; and send a signal (S140, S106, S 110, S 116, S118, S120, S124) to the fluid sensor (3, 18) of the fluid detection system based on the results of the determinations, to control a temperature of the fluid sensor (3, 18).
A process for the production of xylose and dissolving pulp from xylan-containing biomass, which has a xylan content of 10 to 35%, calculated on the dry substance of the biomass, characterized by the steps of (a) prehydrolyzing the xylan-containing biomass in a digester with a solution containing sulphur dioxide in a concentration of 0.1 to 2.5% based on the total liquid weight of the prehydrolysis liquid, at a temperature of 120 to 150°C and with a reaction time of 0.3 to 1 h, to provide a dissolved hemicellulose hydrolyzate, wherein the xylose content is 25 to 55% on DS, the ratio of xylose to xylo-oligomers is more than 2 and the xylose yield is 30 to 80% on xylan in the biomass, and a non-dissolved prehydrolyzed biomass, (b) separating the dissolved hemicellulose hydrolyzate from the non-dissolved prehydrolyzed biomass, (c) subjecting the dissolved hemicellulose hydrolyzate having a xylose content of 25 to 55% to chromatographic fractionation, nanofiltration or precipitation crystallization to obtain a xylose product having a xylose content of at least 55% on DS, (d) subjecting the non-dissolved prehydrolyzed biomass to cooking with sulphate method in the digester to obtain dissolving pulp with a kappa of less than 14 and a viscosity of more than 600 ml/g, and (e) recovering the xylose product having a xylose content of at least 55% on DS and the dissolving pulp. (a) prehydrolyzing the xylan-containing biomass in a digester with a solution containing sulphur dioxide in a concentration of 0.1 to 2.5% based on the total liquid weight of the prehydrolysis liquid, at a temperature of 120 to 150°C and with a reaction time of 0.3 to 1 h, to provide a dissolved hemicellulose hydrolyzate, wherein the xylose content is 25 to 55% on DS, the ratio of xylose to xylo-oligomers is more than 2 and the xylose yield is 30 to 80% on xylan in the biomass, and a non-dissolved prehydrolyzed biomass, (b) separating the dissolved hemicellulose hydrolyzate from the non-dissolved prehydrolyzed biomass, (c) subjecting the dissolved hemicellulose hydrolyzate having a xylose content of 25 to 55% to chromatographic fractionation, nanofiltration or precipitation crystallization to obtain a xylose product having a xylose content of at least 55% on DS, (d) subjecting the non-dissolved prehydrolyzed biomass to cooking with sulphate method in the digester to obtain dissolving pulp with a kappa of less than 14 and a viscosity of more than 600 ml/g, and (e) recovering the xylose product having a xylose content of at least 55% on DS and the dissolving pulp.
A speaker rigging system comprising: a frame; a cam pivotally connected to the frame about a pivot axis; a sector secured to the cam with a peripheral surface with a plurality of teeth formed therein; and a first lever arm pivotally connected to the frame with a proximal end and an intermediate portion extending between the proximal end and the pivotal connection to be oriented proximate to the sector; wherein the intermediate portion is contoured to generally circumscribe the plurality of teeth; the system further comprising a pawl extending from the intermediate portion of the first lever arm and spring-biased toward the sector for engaging the sector between adjacent teeth to lock the cam to the frame in a locked condition, and a second lever arm pivotally connected to the frame. a frame; a cam pivotally connected to the frame about a pivot axis; a sector secured to the cam with a peripheral surface with a plurality of teeth formed therein; and a first lever arm pivotally connected to the frame with a proximal end and an intermediate portion extending between the proximal end and the pivotal connection to be oriented proximate to the sector; wherein the intermediate portion is contoured to generally circumscribe the plurality of teeth; the system further comprising a pawl extending from the intermediate portion of the first lever arm and spring-biased toward the sector for engaging the sector between adjacent teeth to lock the cam to the frame in a locked condition, and a second lever arm pivotally connected to the frame.
A storage device comprising: - a page-based multi-level cell type flash memory; and - a controller configured to program first bit data and second bit data into the flash memory, wherein the first bit data is less significant bit data than the second bit data; characterized in that - the controller is configured to not back up the first bit data when programming the first bit data and the second bit data in a same transaction and back up the first bit data when programming the first bit data and the second bit data in different transactions, wherein each of the transactions is determined using a sync signal transmitted from a host. - a page-based multi-level cell type flash memory; and - a controller configured to program first bit data and second bit data into the flash memory, wherein the first bit data is less significant bit data than the second bit data; - the controller is configured to not back up the first bit data when programming the first bit data and the second bit data in a same transaction and back up the first bit data when programming the first bit data and the second bit data in different transactions, wherein each of the transactions is determined using a sync signal transmitted from a host.
A steel sheet for a structure comprising, by weight, carbon: 0.03% or more to less than 0.1%, silicon (Si): 0.1% or more to less than 0.8%, manganese (Mn): 0.3% or more to less than 1.5%, chromium (Cr): 0.5% or more to less than 1.5%, copper (Cu): 0.1% or more to less than 0.5%, aluminum (Al): 0.01% or more to less than 0.08%, titanium (Ti): 0.005% or more to less than 0.1%, nickel (Ni): 0.05% or more to less than 0.1%, phosphorus: 0.03% or less, sulfur: 0.02% or less, and a balance of iron (Fe) and unavoidable impurities, a microstructure of an entire steel sheet is 20% or more of bainite, less than 80% of polygonal ferrite and acicular ferrite in total, and 15% or less of pearlite and MA as the other phases, by area fraction, and variations of tensile strength between both end portions of the steel sheet in length direction are 50MPa or less, wherein one side of both end portions of the steel sheet is a region from 0 point to 1/3L point, when an entire length of steel sheet is L, and the other side of both end portions of the steel sheet is a region from 2/3L point to L point, when an entire length of steel sheet is L. a microstructure of an entire steel sheet is 20% or more of bainite, less than 80% of polygonal ferrite and acicular ferrite in total, and 15% or less of pearlite and MA as the other phases, by area fraction, and variations of tensile strength between both end portions of the steel sheet in length direction are 50MPa or less, wherein one side of both end portions of the steel sheet is a region from 0 point to 1/3L point, when an entire length of steel sheet is L, and the other side of both end portions of the steel sheet is a region from 2/3L point to L point, when an entire length of steel sheet is L.
Connection terminal for the connection of at least one electrical conductor, comprising: a clamping element arranged on a reception element, able to be pivoted about an axle between an open position and a clamped position, wherein the clamping element forms, with a contact element, a clamping point for the electrical conductor, and an actuation arm configured so as to receive an actuation tool, wherein a first free limb of the actuation arm is arranged pivotably on the clamping element, spaced from the axle thereof, such that the clamping element is configured so as to be able to be transferred from the open position to the clamped position, and vice versa, by pivoting the actuation arm by way of the actuation tool, characterized in that a second free limb of the actuation arm is guided movably via at least one control curve. a clamping element arranged on a reception element, able to be pivoted about an axle between an open position and a clamped position, wherein the clamping element forms, with a contact element, a clamping point for the electrical conductor, and an actuation arm configured so as to receive an actuation tool, wherein a first free limb of the actuation arm is arranged pivotably on the clamping element, spaced from the axle thereof, such that the clamping element is configured so as to be able to be transferred from the open position to the clamped position, and vice versa, by pivoting the actuation arm by way of the actuation tool, characterized in that a second free limb of the actuation arm is guided movably via at least one control curve.
Quick-loading system for a submarine comprising at least one first container and at least one first rail element, wherein the quick-loading system has at least one first sliding element and at least one first connection element, wherein the at least one first sliding element is designed to slide in the at least one first rail element, wherein the at least one first connection element can be connected to the at least one first sliding element and to the at least one first container, wherein the at least one first container can be arranged suspended below the at least one rail element by means of the at least one first connection element and the at least one first sliding element, characterized in that the at least one first sliding element is composed of at least one first base element and one second base element, wherein the at least one first base element and the second base element each have a main body and at least one first sliding body, wherein the at least one first sliding body is arranged on the main body, wherein the main body of the at least one first base element is connected to the main body of the at least one second base element by means of a connection shaft, wherein the connection shaft allows horizontal tilting and vertical tilting of the main body of the at least one first base element in respect of the main body of the at least one second base element.
An auger bit for use in a drill to form a hole in a workpiece, the auger bit including an elongated member including a first end and an opposing second end, a helical surface having a central axis, the helical surface defining at least one flute, a shank integrally formed with the second end of the elongated member and adapted to engage the drill and a head portion integrally formed with the first end of the elongated member, the head portion comprising: a threaded tip that initially engages the workpiece; a primary cutting edge adapted to remove material from the workpiece; and a reaming portion positioned axially adjacent to said primary cutting edge, characterized in that said primary and secondary cutting edges (126, 140) are parallel to and aligned with the central axis. said reaming portion having a secondary cutting edge axially spaced apart from said primary cutting edge and adapted to remove additional material from the workpiece. a threaded tip that initially engages the workpiece; a primary cutting edge adapted to remove material from the workpiece; and a reaming portion positioned axially adjacent to said primary cutting edge, characterized in that said primary and secondary cutting edges (126, 140) are parallel to and aligned with the central axis. said reaming portion having a secondary cutting edge axially spaced apart from said primary cutting edge and adapted to remove additional material from the workpiece.
A method of assaying Fc-function of a sample of an immunoglobulin containing preparation, preferably serum, comprising the steps of: • contacting the sample, in the presence of complement, with red blood cells modified to incorporate a construct of the structure F-S-L; and then • monitoring the rate of haemolysis, where F is a target antigen for a complement activating immunoglobulin, S is a spacer covalently linking F to L and selected to provide a construct dispersible in water, and L is a lipid. • contacting the sample, in the presence of complement, with red blood cells modified to incorporate a construct of the structure F-S-L; and then • monitoring the rate of haemolysis,
Method for defining, in a cloud network, a rule for control of access between a first entity and a second entity, these entities belonging to two security domains (DS1, DS2) implementing different access control policies (P1, P2), this method comprising: - a step of creating a virtual entity visible from each of said security domains (DS1, DS2); - a step of creating a rule for control of access between said first entity and said virtual entity, within the security domain of the first entity; - a step of creating a rule for control of access between said second entity and said virtual entity, within the security domain of the second entity; - a step of defining and recording in a database a relation between said security domains (DS1, DS2) by means of said virtual entity. - a step of creating a virtual entity visible from each of said security domains (DS1, DS2); - a step of creating a rule for control of access between said first entity and said virtual entity, within the security domain of the first entity; - a step of creating a rule for control of access between said second entity and said virtual entity, within the security domain of the second entity; - a step of defining and recording in a database a relation between said security domains (DS1, DS2) by means of said virtual entity.
A liquid mixing and dispensing system comprising: A housing enclosing a chamber; multiple containers in said chamber; a flexible bag in each of said containers; first liquids in said bags; connecting conduits leading from said bags to a discharge conduit; and a supply conduit configured and arranged to supply a pressurized second liquid to said containers and to said discharge conduit, said pressurized second liquid serving to collapse said bags and eject said first liquids from said bags and via said connecting conduits into said discharge conduit adapter for mixture of said first liquids with said second liquid. A housing enclosing a chamber; multiple containers in said chamber; a flexible bag in each of said containers; first liquids in said bags; connecting conduits leading from said bags to a discharge conduit; and a supply conduit configured and arranged to supply a pressurized second liquid to said containers and to said discharge conduit, said pressurized second liquid serving to collapse said bags and eject said first liquids from said bags and via said connecting conduits into said discharge conduit adapter for mixture of said first liquids with said second liquid.
A vapor-deposited film comprising: a substrate film that comprises a polyvinyl alcohol polymer; and a metal vapor-deposited layer provided on the substrate film, a mean particle size in the metal vapor-deposited layer as determined using an electron microscope being 150 nm or less, wherein: the mean particle size in the metal vapor-deposited layer means a number-average of the maximum length along a single direction of the respective metal particles found using an electron microscope, and a degree of saponification of the polyvinyl alcohol polymer is 99 mol% or more. a substrate film that comprises a polyvinyl alcohol polymer; and a metal vapor-deposited layer provided on the substrate film, a mean particle size in the metal vapor-deposited layer as determined using an electron microscope being 150 nm or less, wherein: the mean particle size in the metal vapor-deposited layer means a number-average of the maximum length along a single direction of the respective metal particles found using an electron microscope, and a degree of saponification of the polyvinyl alcohol polymer is 99 mol% or more. the mean particle size in the metal vapor-deposited layer means a number-average of the maximum length along a single direction of the respective metal particles found using an electron microscope, and a degree of saponification of the polyvinyl alcohol polymer is 99 mol% or more.
A magnetic-type rodless cylinder comprising: pistons accommodated in cylinder holes formed in a cylinder tube made of a nonmagnetic material so as to move in the axial direction of the cylinder tube; and a slide body arranged on the outer circumference of the cylinder tube so as to move in the axial direction of the cylinder tube, and is magnetically coupled to said pistons; wherein, the plurality of independent cylinder holes (3, 3) are formed in said cylinder tube at close positions, and said pistons are arranged in the cylinder holes, said pistons being magnetically coupled to said slide body; and said cylinder tube is formed in a noncircular outer shape in cross section; wherein said pistons (10, 10) are each provided with a plurality of inner magnets (12, 12) arranged in the axial direction of the cylinder tube and are magnetically coupled to said slide body via said inner magnets; characterized in that said cylinder holes (3, 3) are arranged at positions which are close to each other to such a degree that the pistons accommodated in the cylinder holes are held at positions deviated relative to each other in the axial direction of the cylinder tube due to the repulsive magnetic force acting among the inner magnets of the pistons in the axial direction of the cylinder tube. pistons accommodated in cylinder holes formed in a cylinder tube made of a nonmagnetic material so as to move in the axial direction of the cylinder tube; and a slide body arranged on the outer circumference of the cylinder tube so as to move in the axial direction of the cylinder tube, and is magnetically coupled to said pistons; wherein, the plurality of independent cylinder holes (3, 3) are formed in said cylinder tube at close positions, and said pistons are arranged in the cylinder holes, said pistons being magnetically coupled to said slide body; and said cylinder tube is formed in a noncircular outer shape in cross section; wherein said pistons (10, 10) are each provided with a plurality of inner magnets (12, 12) arranged in the axial direction of the cylinder tube and are magnetically coupled to said slide body via said inner magnets; characterized in that said cylinder holes (3, 3) are arranged at positions which are close to each other to such a degree that the pistons accommodated in the cylinder holes are held at positions deviated relative to each other in the axial direction of the cylinder tube due to the repulsive magnetic force acting among the inner magnets of the pistons in the axial direction of the cylinder tube.