mhurhangee/ep-ind-claims huggingface dataset:
A system for measuring the state of degradation of cooking oils or fats in a deep fryer comprising: at least one fryer pot; a conduit fluidly connected to said at least one fryer pot for transporting cooking oil from said at least one fryer pot and returning the cooking oil back to said at least one fryer pot and a means for re-circulating said cooking oil to and from said fryer pot; characterized by a sensor disposed in fluid communication with said conduit that measures an electrical property of said cooking oil as the cooking oil flows past said sensor and is returned to said at least one fryer pot, and wherein said conduit comprises only a single pipe that is in fluid communication with fryer pot and that drains oil from said at least one fryer pot and returns oil to said at least one fryer pot via said single pipe at least one fryer pot; a conduit fluidly connected to said at least one fryer pot for transporting cooking oil from said at least one fryer pot and returning the cooking oil back to said at least one fryer pot and a means for re-circulating said cooking oil to and from said fryer pot; characterized by a sensor disposed in fluid communication with said conduit that measures an electrical property of said cooking oil as the cooking oil flows past said sensor and is returned to said at least one fryer pot, and wherein said conduit comprises only a single pipe that is in fluid communication with fryer pot and that drains oil from said at least one fryer pot and returns oil to said at least one fryer pot via said single pipe
An aqueous ink for ink jet comprising: a pigment; a water-soluble acrylic resin for dispersing the pigment; a water-soluble urethane resin; and a nonionic fluorinated surfactant, wherein the water-soluble acrylic resin comprises a copolymer having two or more units derived from two or more kinds of monomers, and of the two or more units, a unit derived from a monomer that gives a homopolymer having a glass transition temperature Tg of 0°C or more is contained in a proportion of 95.0% by mass or more, the glass transition temperature Tg as measureable using a differential calorimeter according to JIS K 6240:2011, and wherein the water-soluble urethane resin has a weight-average molecular weight of 6,000 or more. a pigment; a water-soluble acrylic resin for dispersing the pigment; a water-soluble urethane resin; and a nonionic fluorinated surfactant, wherein the water-soluble acrylic resin comprises a copolymer having two or more units derived from two or more kinds of monomers, and of the two or more units, a unit derived from a monomer that gives a homopolymer having a glass transition temperature Tg of 0°C or more is contained in a proportion of 95.0% by mass or more, the glass transition temperature Tg as measureable using a differential calorimeter according to JIS K 6240:2011, and wherein the water-soluble urethane resin has a weight-average molecular weight of 6,000 or more.
A method for monitoring the thrombogenic state in a subject, the method comprising: a) modeling the shear stress profile of platelets flowing through a pathology, wherein the pathology is a cardiovascular pathology, wherein the modeling comprises device thrombogenicity emulation, producing a probability density function of the pathology, and determining individual particle trajectories for particles flowing through the pathology; b) utilizing the modelled shear stress profile to produce a microfluidic device for reproducing the shear stress profile of the pathology in the microfluidic device; c) flowing a sample from the subject through the microfluidic device, wherein the sample comprises platelets separated from a blood sample obtained from the subject; and d) testing the thrombogenic potential of the sample to monitor the thrombogenic state of the subject; wherein the testing the thrombogenic potential comprises testing a platelet activation state of the sample, and wherein the sample has a volume of 1 to 100 nanoliter to 1000 microliters. a) modeling the shear stress profile of platelets flowing through a pathology, wherein the pathology is a cardiovascular pathology, wherein the modeling comprises device thrombogenicity emulation, producing a probability density function of the pathology, and determining individual particle trajectories for particles flowing through the pathology; b) utilizing the modelled shear stress profile to produce a microfluidic device for reproducing the shear stress profile of the pathology in the microfluidic device; c) flowing a sample from the subject through the microfluidic device, wherein the sample comprises platelets separated from a blood sample obtained from the subject; and d) testing the thrombogenic potential of the sample to monitor the thrombogenic state of the subject;
A compound of formula I, or a pharmaceutically acceptable salts thereof, and stereoisomers thereof: wherein R 1, R 2, R 3, and R 4 are independently selected from alkyl, cycloalkyl, or aryl, optionally substituted with at one or more -OH, and each of said R 1, R 2, R 3, and R 4 may be optionally connected to another of said R 1, R 2, R 3, and R 4; R 5 is selected from -BO 2, -BO 3, -BO 4, -B 2 O 3, -B 2 O 4, -B 3 O 5, -B 3 O 7, - B 4 O 7, -B 4 O 9 -B 5 O 8, -O-BR 6 R 7; R 6 is selected from -H, -O-R 8; R 7 is absent or selected from -H, and -O-R 8; R 8 is selected from alkyl, alkenyl, aryl. R 1, R 2, R 3, and R 4 are independently selected from alkyl, cycloalkyl, or aryl, optionally substituted with at one or more -OH, and each of said R 1, R 2, R 3, and R 4 may be optionally connected to another of said R 1, R 2, R 3, and R 4; R 5 is selected from -BO 2, -BO 3, -BO 4, -B 2 O 3, -B 2 O 4, -B 3 O 5, -B 3 O 7, - B 4 O 7, -B 4 O 9 -B 5 O 8, -O-BR 6 R 7; R 6 is selected from -H, -O-R 8; R 7 is absent or selected from -H, and -O-R 8; R 8 is selected from alkyl, alkenyl, aryl.
Apparatus for customized production of a flavoring agent, preferably a mixed or composite flavoring agent, the apparatus comprising: - a retainer for retaining at least two containers, each container comprising a respective flavoring agent; - a manipulator for collecting and dispensing flavoring agents, - a mixer for mixing flavoring agents for obtaining a new flavoring agent, - a control-unit for controlling at least the manipulator and the mixer, and - a communication unit for communicating with a remote server and/or remote device, wherein the control-unit is configured such that - the manipulator collects and dispenses a first defined amount of flavoring agent from a first container to the mixer, - the manipulator collects and dispenses a second defined amount of flavoring agent from a second container to the mixer, and - the mixer mixes the first and second defined amount of flavoring agents inside of the mixer for producing the new flavoring agent, wherein the apparatus comprises a housing for housing at least the retainer and the mixer, wherein the housing has a substantially cylindrical housing part and a substantially box-shaped or cubicle housing part, wherein the substantially cylindrical housing part houses at least the retainer, and wherein the substantially box-shaped or cubicle housing part houses at least the mixer. - a retainer for retaining at least two containers, each container comprising a respective flavoring agent; - a manipulator for collecting and dispensing flavoring agents, - a mixer for mixing flavoring agents for obtaining a new flavoring agent, - a control-unit for controlling at least the manipulator and the mixer, and - a communication unit for communicating with a remote server and/or remote device, - the manipulator collects and dispenses a first defined amount of flavoring agent from a first container to the mixer, - the manipulator collects and dispenses a second defined amount of flavoring agent from a second container to the mixer, and - the mixer mixes the first and second defined amount of flavoring agents inside of the mixer for producing the new flavoring agent,
An inulin composition comprising GF n - and F m -compounds which composition comprises 25 to 40 wt.-% (dry matter, based on total mass of carbohydrates) of compounds having a DP ≥11 (degree of polymerization), 15 to 30 wt.-% (dry matter, based on total mass of carbohydrates) of F m compounds with m=2 to 9, wherein the DP AV (average degree of polymerization) of the inulin composition is 6.5 to 9.
A photomask blank comprising a transparent substrate, a film formed thereon, the film comprising one or more layers including an outermost layer composed of a chromium base material, and an etching mask film on the outermost layer serving as a mask upon dry etching, said etching mask film being deposited from a silicon oxide base material film-forming composition comprising a hydrolytic condensate of hydrolysable silane compound, at least one crosslink promoter selected from compounds having the general formula: MA wherein M is tertiary sulfonium, secondary iodonium or quaternary ammonium, and A is a non-nucleophilic counter ion, and an organic solvent, said etching mask film having a thickness of 1 to 10 nm. a hydrolytic condensate of hydrolysable silane compound, at least one crosslink promoter selected from compounds having the general formula: MA wherein M is tertiary sulfonium, secondary iodonium or quaternary ammonium, and A is a non-nucleophilic counter ion, and an organic solvent, said etching mask film having a thickness of 1 to 10 nm.
Method for treating laundry in a washing machine having a tub, a drum rotatably supported in the tub for accommodating the laundry to be treated with ozone and an apparatus for supplying ozone, wherein ozone-containing air is directed onto washed and still damp laundry in the drum at a temperature of no more than 35°C, while essentially no detergent or washing aid is present in the drum, characterised in that the concentration of detergent and/or washing aid in the drum is measured with the aid of a sensor system, the ozone-containing air is only then introduced into the drum if an upper limit value for the concentration of detergent and/or washing aid in the drum is not exceeded, and a rinse cycle then takes place for the laundry in the drum.
A method of providing a storable sample from a method of analysing a biological sample, the method including: a) introducing a sample to a microfluidic device, the microfluidic device being a single use; b) conveying at least a part of the sample to a receiving location to provide a storable sample, wherein a storable sample of a sample on which one or more processes and/or reactions are performed is provided; wherein the receiving location is provided in a section of the microfluidic device that is detachable from the microfluidic device; and wherein the receiving location is an integral part of the microfluidic device and wherein the method further includes the section being detached from the microfluidic device by breaking the material joining the section and the microfluidic device. a) introducing a sample to a microfluidic device, the microfluidic device being a single use; b) conveying at least a part of the sample to a receiving location to provide a storable sample, wherein a storable sample of a sample on which one or more processes and/or reactions are performed is provided;
A video playback device comprising the following configuration: a video storage means for storing a plurality of videos; a thumbnail image generation means for generating thumbnail images from said videos; a thumbnail image storage means (1495, 1497) for storing thumbnail images of said videos generated in said thumbnail image generation means; a display means for performing a list display of thumbnail images stored in said thumbnail image storage means, for plural videos; a selection means for selecting any one of a plurality of thumbnail images displayed in said display means; and a playback means for replaying a video corresponding to a thumbnail image selected in said selection means in said thumbnail image display position; characterized by a judging means for judging whether or not a fade effect is to be assigned as a special effect in a plurality of subsequent frames of a video stored in said video storage means; an assignment means for assigning the fade effect to a video for which it is judged that the fade effect is to be assigned; and in that for a video to which the fade effect is assigned, said thumbnail image generation means generates a thumbnail image from a frame in which the fade effect is not assigned by said assignment means. a video storage means for storing a plurality of videos; a thumbnail image generation means for generating thumbnail images from said videos; a thumbnail image storage means (1495, 1497) for storing thumbnail images of said videos generated in said thumbnail image generation means; a display means for performing a list display of thumbnail images stored in said thumbnail image storage means, for plural videos; a selection means for selecting any one of a plurality of thumbnail images displayed in said display means; and a playback means for replaying a video corresponding to a thumbnail image selected in said selection means in said thumbnail image display position; characterized by a judging means for judging whether or not a fade effect is to be assigned as a special effect in a plurality of subsequent frames of a video stored in said video storage means; an assignment means for assigning the fade effect to a video for which it is judged that the fade effect is to be assigned; and in that for a video to which the fade effect is assigned, said thumbnail image generation means generates a thumbnail image from a frame in which the fade effect is not assigned by said assignment means.
Tensioning system of traction tracks (21, 32) of a machinery by means of a hydraulic cylinder applying a tensioning force on at least one of the wheels on which said track (21, 32) is wound according to a closed chain configuration, whereby said hydraulic cylinder is fed with different pressures according to the traction direction, characterised in that - in a first traction direction said feeding pressure of said tensioning hydraulic cylinder is a first pressure approximately corresponding to the pressure which is generated by a boosting pump of the closed circuit feeding the traction devices; - in a second traction direction said feeding pressure of said tensioning hydraulic cylinder is a second pressure approximately corresponding to the pressure of said closed circuit. - in a first traction direction said feeding pressure of said tensioning hydraulic cylinder is a first pressure approximately corresponding to the pressure which is generated by a boosting pump of the closed circuit feeding the traction devices; - in a second traction direction said feeding pressure of said tensioning hydraulic cylinder is a second pressure approximately corresponding to the pressure of said closed circuit.
A refrigerator door comprising a front wall, a rear wall, a top closing element and a bottom closing element defining a cavity intended to receive an insulating foam, said refrigerator door further comprising a door-integrated handle assembly, wherein the handle element of said door-integrated handle assembly forms the top closing element or the bottom closing element of the door, and wherein the door-integrated handle assembly comprises: • a handle element; • a cover element configured to be assembled to said handle element; wherein first snap-fit connectors are formed on the handle element and second snap-fit connectors (124, 125) configured to be coupled with said first snap-fit connectors are formed on the cover element, and wherein first guiding ribs are formed on the handle element and second guiding ribs are formed on the cover element, said first and second guiding ribs (116, 126) being configured to be fitted with each other, characterized in that said first guiding ribs are formed along sides of the handle element in the direction of a second axis perpendicular to a first axis, the first axis and the second axis defining a horizontal plane, second guiding ribs being correspondingly formed along each side portion of the cover element, wherein two parallel guiding ribs are formed on each side of the handle element and two parallel guiding ribs are formed on each side portions of the cover element. • a handle element; • a cover element configured to be assembled to said handle element; wherein first snap-fit connectors are formed on the handle element and second snap-fit connectors (124, 125) configured to be coupled with said first snap-fit connectors are formed on the cover element, and wherein first guiding ribs are formed on the handle element and second guiding ribs are formed on the cover element, said first and second guiding ribs (116, 126) being configured to be fitted with each other, characterized in that said first guiding ribs are formed along sides of the handle element in the direction of a second axis perpendicular to a first axis, the first axis and the second axis defining a horizontal plane, second guiding ribs being correspondingly formed along each side portion of the cover element, wherein two parallel guiding ribs are formed on each side of the handle element and two parallel guiding ribs are formed on each side portions of the cover element.
A mine-clearing system comprising: - a launcher with a bottom; - an explosive part of a charge with a fuse; characterized in that - the launcher comprises: - a braking spring, which is attached at its one end to the bottom at its other end to a piston; and - a reel leaned against the piston, wherein the reel comprises a helically wound explosive part of the charge ended with the fuse attached to the reel; - wherein to the bottom of the launcher there are attached: - a container comprising an igniting head and a powder ballast; and - brackets, which are connected pivotally with a mount having road wheels. - a launcher with a bottom; - an explosive part of a charge with a fuse; - the launcher comprises: - a braking spring, which is attached at its one end to the bottom at its other end to a piston; and - a reel leaned against the piston, wherein the reel comprises a helically wound explosive part of the charge ended with the fuse attached to the reel; - a braking spring, which is attached at its one end to the bottom at its other end to a piston; and - a reel leaned against the piston, wherein the reel comprises a helically wound explosive part of the charge ended with the fuse attached to the reel; - wherein to the bottom of the launcher there are attached: - a container comprising an igniting head and a powder ballast; and - brackets, which are connected pivotally with a mount having road wheels. - a container comprising an igniting head and a powder ballast; and - brackets, which are connected pivotally with a mount having road wheels.
A robot interlocking elevator control system comprising: multiple elevators operated in association with robots autonomously moving in a building; and an elevator system controlling operation of the elevators installed in the building, wherein each of the multiple elevators is operated along an elevator line thereof in any one operation mode among a robot-exclusive mode allowing exclusive use of the robots, a passenger-exclusive mode preventing the robots from boarding the elevator, and a share mode allowing simultaneous boarding of the robots and normal passengers, and the elevator system comprises a group management unit performing group management with respect to the multiple elevators, characterized by the group management unit calculating a traffic evaluation index with reference to call information preregistered to each of the elevator lines of the multiple elevators to set an elevator line having the lowest traffic to the robot-exclusive mode based on the traffic evaluation index upon setting at least one elevator line among the multiple elevators to the robot-exclusive mode, and delaying switching of the operation mode or immediately switching the operation mode in consideration of probability of an encounter between the robots and humans in response to a request for switching of the operation mode of the elevator line. multiple elevators operated in association with robots autonomously moving in a building; and an elevator system controlling operation of the elevators installed in the building, wherein each of the multiple elevators is operated along an elevator line thereof in any one operation mode among a robot-exclusive mode allowing exclusive use of the robots, a passenger-exclusive mode preventing the robots from boarding the elevator, and a share mode allowing simultaneous boarding of the robots and normal passengers, and the elevator system comprises a group management unit performing group management with respect to the multiple elevators, characterized by the group management unit calculating a traffic evaluation index with reference to call information preregistered to each of the elevator lines of the multiple elevators to set an elevator line having the lowest traffic to the robot-exclusive mode based on the traffic evaluation index upon setting at least one elevator line among the multiple elevators to the robot-exclusive mode, and delaying switching of the operation mode or immediately switching the operation mode in consideration of probability of an encounter between the robots and humans in response to a request for switching of the operation mode of the elevator line.
A network device, comprising a programmable processor and a non-programmable processor, wherein: the programmable processor comprises a first control port; the non-programmable processor comprises a second control port, wherein the second control port is coupled with the first control port and the non-programmable processor and the programmable processor are included in a chip; the programmable processor is configured to receive a first packet, wherein a protocol corresponding to a packet header of the first packet is a first protocol; and the first control port and the second control port are configured to connect the programmable processor and the non-programmable processor, the programmable processor and the non-programmable processor are configured to collaboratively execute the first protocol on the first packet, the non-programmable processor is configured to determine an action of the first protocol to be executed by the programmable processor on the first packet, and the programmable processor is configured to execute the action. the programmable processor comprises a first control port; the non-programmable processor comprises a second control port, wherein the second control port is coupled with the first control port and the non-programmable processor and the programmable processor are included in a chip; the programmable processor is configured to receive a first packet, wherein a protocol corresponding to a packet header of the first packet is a first protocol; and the first control port and the second control port are configured to connect the programmable processor and the non-programmable processor, the programmable processor and the non-programmable processor are configured to collaboratively execute the first protocol on the first packet, the non-programmable processor is configured to determine an action of the first protocol to be executed by the programmable processor on the first packet, and the programmable processor is configured to execute the action.