mhurhangee/patent-ind-claim-en huggingface dataset:
A pump comprising: a housing ; an impeller which is disposed inside the housing and flows washing water; and a heater which is coupled to a lower side of the housing and generates steam by heating the washing water in the housing , wherein the housing comprises: a pump lower portion through which the washing water is introduced by rotation of the impeller ; and a pump upper portion through which the washing water flows out by rotation of the impeller and the steam generated by the heater flows out, a partition wall dividing the housing into the pump lower portion and the pump upper portion , wherein the pump upper portion comprises: an upper chamber (C2) in which the impeller is disposed; a washing water outflow pipe through which the washing water is discharged; and a steam discharge pipe through which steam is discharged, wherein the steam discharge pipe is disposed to discharge the steam in a direction opposite to a direction in which the washing water flows out through the washing water outflow pipe . a housing ; an impeller which is disposed inside the housing and flows washing water; and a heater which is coupled to a lower side of the housing and generates steam by heating the washing water in the housing , wherein the housing comprises: a pump lower portion through which the washing water is introduced by rotation of the impeller ; and a pump upper portion through which the washing water flows out by rotation of the impeller and the steam generated by the heater flows out, a pump lower portion through which the washing water is introduced by rotation of the impeller ; and a pump upper portion through which the washing water flows out by rotation of the impeller and the steam generated by the heater flows out, a partition wall dividing the housing into the pump lower portion and the pump upper portion , wherein the pump upper portion comprises: an upper chamber (C2) in which the impeller is disposed; a washing water outflow pipe through which the washing water is discharged; and a steam discharge pipe through which steam is discharged, an upper chamber (C2) in which the impeller is disposed; a washing water outflow pipe through which the washing water is discharged; and a steam discharge pipe through which steam is discharged, wherein the steam discharge pipe is disposed to discharge the steam in a direction opposite to a direction in which the washing water flows out through the washing water outflow pipe .
A monitoring device for safe object tracking of an object in a monitoring area , having at least one first safe optoelectronic sensor and a safety controller connected to the first optoelectronic sensor , the first optoelectronic sensor comprising a first light receiver for generating a received signal from received light from the monitoring area , at least a first safe output and a second safe output , each for outputting a safe output signal, and a first control and evaluation unit configured to safely monitor at least a first protective field and a second protective field in the monitoring area for object intrusions using the received signal and, in the event of an object intrusion into the first protective field , to output a safe output signal at the first safe output and, in the event of an object intrusion into the second protective field , to output a safe output signal at the second safe output , wherein the safety controller is configured to evaluate the safe output signals, wherein the terms "safe" and "safety" mean that measures are taken to control faults up to a specified safety level and to comply with regulations of a safety standard for machine safety or electro-sensitive protective equipment, and wherein the first protective field and the second protective field are each a partial area of the monitoring area configured by means of geometric specifications in the first control and evaluation unit or imported via an interface , wherein the first protective field comprises a plurality of first partial protective fields and the second protective field comprises a plurality of second partial protective fields, and wherein the first partial protective fields and the second partial protective fields are arranged alternately in succession along a line.
A link component with an oil hole , the link component being attached to a crankshaft of an internal combustion engine (E) and the oil hole allowing communication from an outside to the crankshaft side, characterised in that the oil hole has an inclined surface along an opening rim on the crankshaft side, a surface other than the oil hole has a carbon concentration of 0.5 wt% or more, and the inclined surface has a carbon concentration within a range of 0.7 wt% or more and 0.9 wt% or less.
A catalyst for hydrosilylation, said catalyst comprising a complex having the following formula: wherein each R is an independently selected hydrocarbyl group, each R 1 is an independently selected aryl group, and X is a halogen atom.
An in vitro method for preparing a brown adipocyte from a somatic cell of a mammal by introducing at least one brown adipocyte-related gene or expression product thereof and at least one reprogramming-related gene or expression product thereof into the somatic cell, wherein a combination of the at least one brown adipocyte-related gene or expression product thereof and the at least one reprogramming-related gene or expression product thereof being any combination selected from the group consisting of CM, PCLMG, CLMG, PCLM, CLM, PCMG, PCM, and CMG, wherein P represents PRDM16, C represents C/EBPβ, L represents L-Myc, M represents c-Myc, and G represents Glis1, wherein brown adipocytes are directly induced from somatic cells
Transmission with a planetary stage; wherein a planet carrier of the planetary stage has a first toothing and at least one lubricant line with a first outlet opening; wherein the first toothing forms with a second toothing formed by a further component of the transmission a spline toothing ; wherein the first outlet opening is configured for lubrication of the spline toothing ; wherein the lubricant line has a second outlet opening; wherein the lubricant line comprises a first bore and a second bore ; wherein the first bore forms the first outlet opening and opens into the second bore ; and wherein the second bore forms an inlet opening of the lubricant line and the second outlet opening; characterized in that the second outlet opening is configured for lubrication of a sun gear of the planetary stage. a planet carrier of the planetary stage has a first toothing and at least one lubricant line with a first outlet opening; wherein the first toothing forms with a second toothing formed by a further component of the transmission a spline toothing ; wherein the first outlet opening is configured for lubrication of the spline toothing ; wherein the lubricant line has a second outlet opening; wherein the lubricant line comprises a first bore and a second bore ; wherein the first bore forms the first outlet opening and opens into the second bore ; and wherein the second bore forms an inlet opening of the lubricant line and the second outlet opening; characterized in that the second outlet opening is configured for lubrication of a sun gear of the planetary stage.
A process for reducing the level of 3-chloropropane-1,2-diol and esters thereof in a vegetable oil, comprising treating the oil with an enzyme, wherein the enzyme is Lipase G from Penicillium camemberti.
A process for treating and packaging fish comprising the steps of: (a) receiving and inspecting fish at a point of intake; (b) chilling the fish by transferring the fish to a chill room with an environment temperature in the range of 0°C to 2°C; (c) fileting and portioning the fish to provide fish portions; (d) holding the portions in bulk production trays in an environment of -1°C to +1°C; (e) packing one or more of the portions to provide a package which is vacuum skin sealed , wherein the portions are vacuum skin packed by placing the portions in a retail individual-product tray and covered with a skin film, and sealing with a vacuum pressure of less than 5mBar, and repeating said packing steps for a plurality of packages, wherein the portions are vacuum skin packed within 10 minutes of leaving the chill environment of step (d); (f) in a super-chill stage , chilling said packages in order to reach a fish core temperature in the range of -4°C to -2°C during a time duration in the range of 45mins to 180mins, the super-chilling being implemented by delivering air with a temperature in the range of -25°C to -30°C to the packages for said duration; (g) storing the packages in a chill hold environment at a temperature of -6°C to - 1°C; and (h) despatching the packages as fish products for transport to retailers wherein the super-chilled fish packages are transported, after step (h), in a chilled environment with a temperature in the range of approximately 0°C to 2°C. (a) receiving and inspecting fish at a point of intake; (b) chilling the fish by transferring the fish to a chill room with an environment temperature in the range of 0°C to 2°C; (c) fileting and portioning the fish to provide fish portions; (d) holding the portions in bulk production trays in an environment of -1°C to +1°C; (e) packing one or more of the portions to provide a package which is vacuum skin sealed , wherein the portions are vacuum skin packed by placing the portions in a retail individual-product tray and covered with a skin film, and sealing with a vacuum pressure of less than 5mBar, and repeating said packing steps for a plurality of packages, wherein the portions are vacuum skin packed within 10 minutes of leaving the chill environment of step (d); (f) in a super-chill stage , chilling said packages in order to reach a fish core temperature in the range of -4°C to -2°C during a time duration in the range of 45mins to 180mins, the super-chilling being implemented by delivering air with a temperature in the range of -25°C to -30°C to the packages for said duration; (g) storing the packages in a chill hold environment at a temperature of -6°C to - 1°C; and (h) despatching the packages as fish products for transport to retailers wherein the super-chilled fish packages are transported, after step (h), in a chilled environment with a temperature in the range of approximately 0°C to 2°C.
A system for monitoring overheating comprising: an optical fiber overheat detection instrument loop comprising a first temperature detection apparatus and a second temperature detection apparatus, the overheat detection instrument loop having an attenuation associated therewith; the system being characterised in an optical fiber overheat detection testing apparatus for testing an operations controller associated with the overheat detection instrument loop, the apparatus comprising: an optical fiber having a first end and a second end , the optical fiber having a predetermined length based on the attenuation associated with the overheat detection instrument loop; a first fiber Bragg grating disposed on the optical fiber having a first wavelength spectrum that mimics a wavelength spectrum of the first temperature detection apparatus of the overheat detection instrument loop; a second fiber Bragg grating disposed on the optical fiber having a second wavelength spectrum that mimics a wavelength spectrum of the second temperature detection apparatus of the overheat detection instrument loop; and a test controller configured to perform a test, wherein during the test the first fiber Bragg grating and the second fiber Bragg grating are selectively heated and the operations controller sends signals to the test controller, the signals indicating that the operations controller has received the first wavelength spectrum and the second wavelength spectrum from the first and the second fiber Bragg grating, respectively, while the first and the second fiber Bragg gratings are being heated. an optical fiber overheat detection instrument loop comprising a first temperature detection apparatus and a second temperature detection apparatus, the overheat detection instrument loop having an attenuation associated therewith; the system being characterised in an optical fiber overheat detection testing apparatus for testing an operations controller associated with the overheat detection instrument loop, the apparatus comprising: an optical fiber having a first end and a second end , the optical fiber having a predetermined length based on the attenuation associated with the overheat detection instrument loop; a first fiber Bragg grating disposed on the optical fiber having a first wavelength spectrum that mimics a wavelength spectrum of the first temperature detection apparatus of the overheat detection instrument loop; a second fiber Bragg grating disposed on the optical fiber having a second wavelength spectrum that mimics a wavelength spectrum of the second temperature detection apparatus of the overheat detection instrument loop; and
A vehicle lamp comprising: a projection lens ; and a light source disposed behind the projection lens, wherein the vehicle lamp is configured to form a light distribution pattern (PA1, PA2) by irradiating light emitted from the light source forward through the projection lens, wherein a movable lens configured to be movable in a direction intersecting with an optical axis (Ax) of the projection lens is disposed between the projection lens and the light source, wherein a maximum luminous intensity position of the light distribution pattern is changed by moving the movable lens from a direction not intersecting with the optical axis (Ax) in the direction intersecting with the optical axis (Ax), characterized by a shade configured to shield a part of light, which is emitted from the light source and which is directed to the movable lens, is fixed to and moves with the movable lens. a projection lens ; and a light source disposed behind the projection lens, wherein the vehicle lamp is configured to form a light distribution pattern (PA1, PA2) by irradiating light emitted from the light source forward through the projection lens, wherein a movable lens configured to be movable in a direction intersecting with an optical axis (Ax) of the projection lens is disposed between the projection lens and the light source, wherein a maximum luminous intensity position of the light distribution pattern is changed by moving the movable lens from a direction not intersecting with the optical axis (Ax) in the direction intersecting with the optical axis (Ax), characterized by a shade configured to shield a part of light, which is emitted from the light source and which is directed to the movable lens, is fixed to and moves with the movable lens.
A method for producing a conductive cellulosic fibre, the method comprising: - providing an ionic liquid comprising an anion; - dissolving cellulose in said ionic liquid, thereby providing a solution; - forming, from said solution, a cellulosic fibre comprising said ionic liquid; - applying PEDOT:PSS to the surface of said cellulosic fibre comprising said ionic liquid; and - thereby substituting the anion for PSS and forming a coating on said cellulosic fibre, said coating comprising PEDOT. - providing an ionic liquid comprising an anion; - dissolving cellulose in said ionic liquid, thereby providing a solution; - forming, from said solution, a cellulosic fibre comprising said ionic liquid; - applying PEDOT:PSS to the surface of said cellulosic fibre comprising said ionic liquid; and - thereby substituting the anion for PSS and forming a coating on said cellulosic fibre, said coating comprising PEDOT.
A modular container, in particular a modular organizer, comprising a body, a cover connected to the body by means of a hinge, and a locking latch for interconnecting containers or organizers arranged in a stack, said locking latch comprises an upper part , a lower part and an axle of the locking latch, wherein the upper part and the lower part are mounted separately on the axle , thereby forming a mechanism that enables independent movement of said parts , and wherein both parts of the locking latch are provided with at least one catch for snapping on the body of the organizer such that the one part is configured for snapping on the body of the first container or organizer in the stack and the other part is configured for snapping on the body of the second, adjacent container or organizer in the stack, characterized in that one part of the locking latch has mounting tabs by which the locking latch is secured in the cover.
An autonomous vehicle with a lighting apparatus comprising: a roof formed at the top of the vehicle ; the lighting apparatus comprising: a lighting unit installed on the roof , and configured to display an autonomous driving status of the vehicle to the outside; and a control unit configured to vary a lighting status of the lighting unit according to the autonomous driving status of the vehicle , characterized by the lighting apparatus comprising a sensor unit installed on the roof and disposed on the same horizontal or vertical line as the lighting unit , said sensor unit comprising a monitoring region configured to sense a driving condition or surrounding situation of the vehicle for implementing the autonomous driving, wherein the lighting unit has a lighting region overlapping the monitoring region of the sensor unit . a roof formed at the top of the vehicle ; the lighting apparatus comprising: a lighting unit installed on the roof , and configured to display an autonomous driving status of the vehicle to the outside; and a control unit configured to vary a lighting status of the lighting unit according to the autonomous driving status of the vehicle , characterized by the lighting apparatus comprising a sensor unit installed on the roof and disposed on the same horizontal or vertical line as the lighting unit , said sensor unit comprising a monitoring region configured to sense a driving condition or surrounding situation of the vehicle for implementing the autonomous driving, wherein the lighting unit has a lighting region overlapping the monitoring region of the sensor unit . a lighting unit installed on the roof , and configured to display an autonomous driving status of the vehicle to the outside; and a control unit configured to vary a lighting status of the lighting unit according to the autonomous driving status of the vehicle , characterized by the lighting apparatus comprising a sensor unit installed on the roof and disposed on the same horizontal or vertical line as the lighting unit , said sensor unit comprising a monitoring region configured to sense a driving condition or surrounding situation of the vehicle for implementing the autonomous driving, wherein the lighting unit has a lighting region overlapping the monitoring region of the sensor unit .
A method of forming a superconductor device interconnect structure , the method comprising: forming a first high temperature dielectric layer overlying a substrate ; forming a base electrode in the first high temperature dielectric layer , the base electrode having a top surface aligned with the top surface of the first high temperature dielectric layer; depositing a second high temperature dielectric layer over the first high temperature dielectric layer and the base electrode ; forming a first contact that extends from a top surface of the second high temperature dielectric layer to a first end of the base electrode ; forming a Josephson junction , JJ, wherein the first contact constitutes a superconductive base of the JJ ; and forming a second contact that extends from a top surface of the second high temperature dielectric layer to a second end of the base electrode . forming a first high temperature dielectric layer overlying a substrate ; forming a base electrode in the first high temperature dielectric layer , the base electrode having a top surface aligned with the top surface of the first high temperature dielectric layer; depositing a second high temperature dielectric layer over the first high temperature dielectric layer and the base electrode ; forming a first contact that extends from a top surface of the second high temperature dielectric layer to a first end of the base electrode ; forming a Josephson junction , JJ, wherein the first contact constitutes a superconductive base of the JJ ; and forming a second contact that extends from a top surface of the second high temperature dielectric layer to a second end of the base electrode .
A method for making a dunnage product from a two-ply stock material, comprising a step of operating a dunnage conversion machine to simultaneously draw sheet stock material from two sub-stacks of sheet stock material , thereby providing a two-ply sheet stock material for conversion into a dunnage product , characterised in that : the two sub-stacks of sheet stock material are formed by laying open a stack of single-ply fan-folded sheet stock material .
Radial piston machine comprising: a housing (2; 102), a rotor within the housing (2; 102), wherein the rotor is rotatable about an axis , a shaft coupled to the rotor for torque transmission, a distributor which surrounds the shaft and cannot rotate with the rotor and that contacts the rotor in an axial direction for communicating fluid to and from the rotor , a plurality of brake discs comprising first brake discs and second brake discs arranged side-by-side along the axis, wherein the first brake discs are coupled to the housing for torque transmission, and the second brake discs are coupled to the shaft for torque transmission, and an actuator (60; 160) configured to releasably exert a brake force in the axial direction on the brake discs (50; 52), wherein the distributor is located axially between the rotor and the actuator (60; 160), and the brake discs (50; 52) are located axially between the distributor and the actuator (60; 160), characterized in that when the brake force is exerted the brake force is supported by the distributor in the axial direction. a housing (2; 102), a rotor within the housing (2; 102), wherein the rotor is rotatable about an axis , a shaft coupled to the rotor for torque transmission, a distributor which surrounds the shaft and cannot rotate with the rotor and that contacts the rotor in an axial direction for communicating fluid to and from the rotor , a plurality of brake discs comprising first brake discs and second brake discs arranged side-by-side along the axis, wherein the first brake discs are coupled to the housing for torque transmission, and the second brake discs are coupled to the shaft for torque transmission, and an actuator (60; 160) configured to releasably exert a brake force in the axial direction on the brake discs (50; 52), wherein the distributor is located axially between the rotor and the actuator (60; 160), and the brake discs (50; 52) are located axially between the distributor and the actuator (60; 160), characterized in that when the brake force is exerted the brake force is supported by the distributor in the axial direction.