mhurhangee/patent-ind-claim-en huggingface dataset:
A plastic film, comprising: a support substrate; and a coating layer formed on at least one side of the support substrate, wherein the coating layer includes a crosslinked copolymer, in which a tri- to hexafunctional acrylate-based monomer and a caprolactone group-containing multifunctional acrylate-based compound are copolymerized at a weight ratio of 5:5 to 8:2, an inorganic fine particle dispersed in the crosslinked copolymer, and a thermosetting resin which is a thermoset product of a prepolymer composition including a polyester-based polyurethane oligomer, a polyol, and a polyisocyanate. a support substrate; and a coating layer formed on at least one side of the support substrate, wherein the coating layer includes a crosslinked copolymer, in which a tri- to hexafunctional acrylate-based monomer and a caprolactone group-containing multifunctional acrylate-based compound are copolymerized at a weight ratio of 5:5 to 8:2, an inorganic fine particle dispersed in the crosslinked copolymer, and a thermosetting resin which is a thermoset product of a prepolymer composition including a polyester-based polyurethane oligomer, a polyol, and a polyisocyanate.
A fiber optic equipment assembly, comprising: a fiber optic equipment chassis ; a plurality of fiber optic equipment trays each containing tray rails and module rail guides for supporting a plurality of independently movably-mounted fiber optic modules being independently moveable within the module rail guides , wherein at least one intermediate module rail guide is disposed in each of the fiber optic equipment trays and the module rail guides are disposed in a single row arrangement, each fiber optic module having a front end , a rear end , and at least one fiber optic adapter disposed on the front end and a fiber optic adapter disposed on the rear end , a fiber optic equipment guide panel having an elongated member attached to the chassis ; and a plurality of guide members disposed in the elongated member , each guide member including guide channels configured to receive and allow the tray rails of a respective fiber optic equipment tray to move along the guide channels ; at least one stopping member disposed within each of the guide members , wherein the stopping members are configured to provide at least one stopping position for the tray rails . a fiber optic equipment chassis ; a plurality of fiber optic equipment trays each containing tray rails and module rail guides for supporting a plurality of independently movably-mounted fiber optic modules being independently moveable within the module rail guides , wherein at least one intermediate module rail guide is disposed in each of the fiber optic equipment trays and the module rail guides are disposed in a single row arrangement, each fiber optic module having a front end , a rear end , and at least one fiber optic adapter disposed on the front end and a fiber optic adapter disposed on the rear end , a fiber optic equipment guide panel having an elongated member attached to the chassis ; and a plurality of guide members disposed in the elongated member , each guide member including guide channels configured to receive and allow the tray rails of a respective fiber optic equipment tray to move along the guide channels ; at least one stopping member disposed within each of the guide members , wherein the stopping members are configured to provide at least one stopping position for the tray rails . an elongated member attached to the chassis ; and a plurality of guide members disposed in the elongated member , each guide member including guide channels configured to receive and allow the tray rails of a respective fiber optic equipment tray to move along the guide channels ; at least one stopping member disposed within each of the guide members , wherein the stopping members are configured to provide at least one stopping position for the tray rails .
A pulse oximetry device , the device comprising: at least two light sources having different wavelengths; at least one detector responsive to said different wavelengths; a wrist strap ; and a casing coupled to the wrist strap for housing the at least two light sources and the at least one detector; wherein each of the at least two light sources and the at least one detector is angled generally toward a virtual center point of the distal end of a wearer's ulna bone and each of the at least two light sources and the at least one detector has a different axis, wherein the wrist strap comprises: a first portion comprising a generally concave projection adapted to fit snugly against a wearer's wrist, wherein the generally concave projection further comprises a portion adapted to face the wearer's wrist, and wherein the portion adapted to face the wearer's wrist further comprises one or more ridges ; and a second portion adapted for attachment to the first portion for fixating the wrist strap around a user's wrist, wherein the second portion comprises a second projection that assists to fixate the device at a fixated area corresponding to a distal end of the wearer's ulna bone. at least two light sources having different wavelengths; at least one detector responsive to said different wavelengths; a wrist strap ; and a casing coupled to the wrist strap for housing the at least two light sources and the at least one detector; wherein each of the at least two light sources and the at least one detector is angled generally toward a virtual center point of the distal end of a wearer's ulna bone and each of the at least two light sources and the at least one detector has a different axis, wherein the wrist strap comprises: a first portion comprising a generally concave projection adapted to fit snugly against a wearer's wrist, wherein the generally concave projection further comprises a portion adapted to face the wearer's wrist, and wherein the portion adapted to face the wearer's wrist further comprises one or more ridges ; and a second portion adapted for attachment to the first portion for fixating the wrist strap around a user's wrist, wherein the second portion comprises a second projection that assists to fixate the device at a fixated area corresponding to a distal end of the wearer's ulna bone. a first portion comprising a generally concave projection adapted to fit snugly against a wearer's wrist, wherein the generally concave projection further comprises a portion adapted to face the wearer's wrist, and wherein the portion adapted to face the wearer's wrist further comprises one or more ridges ; and a second portion adapted for attachment to the first portion for fixating the wrist strap around a user's wrist, wherein the second portion comprises a second projection that assists to fixate the device at a fixated area corresponding to a distal end of the wearer's ulna bone.
A mobile terminal that performs contactless communication with a reader/writer device suitable for reading and/or writing from/to a passive RFID tag, comprising: an application processing unit configured to cooperate with an application server (20/50) through communication; a position information acquisition unit configured to acquire current position information of the mobile terminal ; an RFID tag processing unit configured to output a trigger in response to an electromotive force obtained from a carrier wave emitted from the reader/writer device or in response to a polling command or a select aid command emitted from the reader/writer device ; and a terminal controller configured to cause the application processing unit to operate in response to the trigger, wherein the application processing unit is configured to acquire, from the mobile terminal , either personal information including identification information of a user of the mobile terminal or identification information of the mobile terminal and information either of a date and time when the application processing unit operates or of a date and time when the reader/writer device and the RFID tag processing unit perform communication, and to transmit either the personal information or identification information and the information of a date and time to the application server (20/50) together with either the current position information acquired by the position information acquisition unit or information of a checkpoint related to the reader/writer device identified on the basis of the current position information. an application processing unit configured to cooperate with an application server (20/50) through communication; a position information acquisition unit configured to acquire current position information of the mobile terminal ; an RFID tag processing unit configured to output a trigger in response to an electromotive force obtained from a carrier wave emitted from the reader/writer device or in response to a polling command or a select aid command emitted from the reader/writer device ; and a terminal controller configured to cause the application processing unit to operate in response to the trigger, wherein the application processing unit is configured to acquire, from the mobile terminal , either personal information including identification information of a user of the mobile terminal or identification information of the mobile terminal and information either of a date and time when the application processing unit operates or of a date and time when the reader/writer device and the RFID tag processing unit perform communication, and to transmit either the personal information or identification information and the information of a date and time to the application server (20/50) together with either the current position information acquired by the position information acquisition unit or information of a checkpoint related to the reader/writer device identified on the basis of the current position information.
A method for producing a beer extract from a brewed beer or hard cider, the method comprising: introducing a stream of the brewed beer or hard cider to a pretreatment station comprising packing lines through which the stream of the brewed beer or hard cider passes; purging the packing lines of the pretreatment station with nitrogen gas producing a treated beverage stream from the nitrogen purged brewed beer or hard cider; introducing the treated beverage stream into a forward osmosis (FO) device and into contact with one side of a filtration membrane of the FO device; introducing a stream of a draw solution into the FO device and into contact with an opposite side of the filtration membrane; continuously flowing the treated beverage stream and draw solution to remove water from the treated beverage stream in which FO allows water to pass through the filtration membrane from the treated beverage stream into the draw solution; producing the beer extract as water is removed from the treated beverage stream; and transporting the beer extract exiting the FO device to a packaging station for packaging. introducing a stream of the brewed beer or hard cider to a pretreatment station comprising packing lines through which the stream of the brewed beer or hard cider passes; purging the packing lines of the pretreatment station with nitrogen gas producing a treated beverage stream from the nitrogen purged brewed beer or hard cider; introducing the treated beverage stream into a forward osmosis (FO) device and into contact with one side of a filtration membrane of the FO device; introducing a stream of a draw solution into the FO device and into contact with an opposite side of the filtration membrane; continuously flowing the treated beverage stream and draw solution to remove water from the treated beverage stream in which FO allows water to pass through the filtration membrane from the treated beverage stream into the draw solution; producing the beer extract as water is removed from the treated beverage stream; and transporting the beer extract exiting the FO device to a packaging station for packaging.
Magnetic flux concentrator for a rotor , the rotor comprising a rotary shaft , the magnetic flux concentrator being disposed around the rotary shaft , the rotor comprising magnetic zones of a permanent magnet, the magnetic flux concentrator comprising a stack of laminations , the stack of laminations comprising a plurality of laminations of a first type and a plurality of laminations of a second type , each lamination of the first type comprising six pole elements that are detached from one another and each lamination of the second type comprising six pole elements , referred to as linked pole elements , that are connected to one another by a ring situated in the centre of the lamination of the second type and intended to surround the rotary shaft , the pole elements of each lamination of the second type being regularly spaced apart around the ring such that all of the spacings situated between two adjacent linked pole elements are identical, each pole element of a lamination of the stack of laminations being aligned with a pole element of another lamination of the stack of laminations so as to form six regularly spaced apart stacks of pole elements , characterized in that the stack of laminations comprises sets of ten or fifteen laminations of the first type , the sets alternating with a lamination of the second type .
Method for a computer network , wherein a message is transmitted, wherein the message indicates a time according to a predetermined time base (t rel , t abs ), wherein the message includes additional information about the predetermined time base (t rel , t abs ), and wherein a state of a port of a device of the computer network for transmitting the message is configured according to the predetermined time base (t rel , t abs ), wherein a synchronization interval for sending the message depends on the predetermined time base (t rel , t abs ), characterized in that the device is a first device, which is connected to a second device by a first data link , and that the port is configurable as a master port for sending synchronization information according to a first time base (t rel ) and for sending synchronization information according to a second time base (t abs ) via a second data link .
A process for producing a heat-modified starch, comprising the steps consisting of: (i) preparing a starch milk with a solids content of between 30% and 40%, preferably between 35% and 37% by weight, (ii) adding a powdered alkaline agent so as to obtain a final conductivity comprised between 0.7 and 2.5 mS/cm, the final conductivity being measured after drying and resuspending to a solids content of 20%, (iii) ensuring a contact time comprised between 0.5 and 5 hours, (iv) filtering and drying the starch milk, and (v) heating said dried starch so as to bring it to a temperature above 180°C for a residence time comprised between 8 and 50 minutes, preferably between 10 and 40 minutes, even more preferentially between 12 and 35 minutes. (i) preparing a starch milk with a solids content of between 30% and 40%, preferably between 35% and 37% by weight, (ii) adding a powdered alkaline agent so as to obtain a final conductivity comprised between 0.7 and 2.5 mS/cm, the final conductivity being measured after drying and resuspending to a solids content of 20%, (iii) ensuring a contact time comprised between 0.5 and 5 hours, (iv) filtering and drying the starch milk, and (v) heating said dried starch so as to bring it to a temperature above 180°C for a residence time comprised between 8 and 50 minutes, preferably between 10 and 40 minutes, even more preferentially between 12 and 35 minutes.
A wine-making apparatus comprising: - a wine-making tank having a bottom wall , a side wall and an upper wall , which enclose a wine-making volume , and - an auxiliary tank located outside the wine-making tank above the upper wall , characterized in that the auxiliary tank has the form of a tubular element with a vertical axis open at its ends, wherein the auxiliary tank has a lower end that communicates with the wine-making volume through said upper wall , so that the liquid contained in the wine-making tank enters the auxiliary tank when the wine-making volume is completely filled with liquid and the free surface of the liquid contained in the auxiliary tank is above the upper wall of the wine-making tank , and wherein the auxiliary tank comprises a sealing device , which is configured to isolate the free surface of the liquid contained in the auxiliary tank from the atmosphere. - a wine-making tank having a bottom wall , a side wall and an upper wall , which enclose a wine-making volume , and - an auxiliary tank located outside the wine-making tank above the upper wall ,
A compressor comprising a compression mechanism including a ring-shaped first cylinder , a first piston rotating eccentrically in an interior of the first cylinder , a first cylinder head member disposed adjacent to one axial end of the first cylinder , a second cylinder head member disposed adjacent to the other axial end of the first cylinder , and a fastening bolt fastening the first cylinder head member , the first cylinder , and the second cylinder head member together, wherein an end face of the first cylinder head member contacting the first cylinder is provided with a protecting groove , the protecting groove is formed to be closer to a center of the first cylinder than the fastening bolt is, and has a groove width (W) shorter than a groove depth (D) thereof, another protecting groove is also provided to one axial end face of the first cylinder , the first cylinder is provided with a first suction port radially passing through the first cylinder , and the protecting groove provided to the one axial end face of the first cylinder is formed so as not to overlap with the first suction port when viewed in plan. an end face of the first cylinder head member contacting the first cylinder is provided with a protecting groove , the protecting groove is formed to be closer to a center of the first cylinder than the fastening bolt is, and has a groove width (W) shorter than a groove depth (D) thereof, another protecting groove is also provided to one axial end face of the first cylinder , the first cylinder is provided with a first suction port radially passing through the first cylinder , and the protecting groove provided to the one axial end face of the first cylinder is formed so as not to overlap with the first suction port when viewed in plan.
An internal combustion engine, comprising a cylinder crank housing , a plurality of cylinders , a cylinder head, at least one oil return collecting channel which is arranged substantially in the region of a separating plane of the cylinder crank housing and the cylinder head and which extends from the first to the last cylinder , and one vertically arranged oil downcomer each in the region of the first and of the last cylinder , respectively, non-pressurized oil in the downcomers draining in the direction of the oil pan following the force of gravity, characterized in that the at least one oil return collecting channel is designed such that the non-pressurized oil is brought together from the individual cylinder regions of the cylinder head, collected and guided to the oil downcomers in the region of the first and the last cylinder. a cylinder crank housing , a plurality of cylinders , a cylinder head, at least one oil return collecting channel which is arranged substantially in the region of a separating plane of the cylinder crank housing and the cylinder head and which extends from the first to the last cylinder , and one vertically arranged oil downcomer each in the region of the first and of the last cylinder , respectively, non-pressurized oil in the downcomers draining in the direction of the oil pan following the force of gravity, characterized in that the at least one oil return collecting channel is designed such that the non-pressurized oil is brought together from the individual cylinder regions of the cylinder head, collected and guided to the oil downcomers in the region of the first and the last cylinder.
A smoke-generating assembly for an electronic cigarette, the smoke-generating assembly comprising: a solid smoking medium; and a flow perturbation member , embedded in the solid smoking medium; characterised in that the flow perturbation member defines at least one spiral air flow channel , and the at least one spiral air flow channel extends longitudinally. a solid smoking medium; and a flow perturbation member , embedded in the solid smoking medium; characterised in that the flow perturbation member defines at least one spiral air flow channel , and the at least one spiral air flow channel extends longitudinally.
Rat catching system with integrated refuse bin, comprising: - a housing provided with a number of side walls and configured for the housing being placed in the ground ; - a grating plate arranged on an upper side of the housing and provided with a number of openings for passage of refuse, including cigarette ends; - a collecting receptacle of the integrated refuse bin for collecting the refuse, characterised by - an opening arranged in the grating plate and configured for a rat; and - a trap construction configured to catch the rat, wherein the trap construction is situated under the collecting receptacle. - a housing provided with a number of side walls and configured for the housing being placed in the ground ; - a grating plate arranged on an upper side of the housing and provided with a number of openings for passage of refuse, including cigarette ends; - a collecting receptacle of the integrated refuse bin for collecting the refuse, characterised by - an opening arranged in the grating plate and configured for a rat; and - a trap construction configured to catch the rat, wherein the trap construction is situated under the collecting receptacle.