mhurhangee/patent-ind-claim-en huggingface dataset:
A reversible refrigeration system comprising a compressor (C) arranged to compress gaseous refrigerant, a four-way valve (FWV) switchable between a heating position in which a payload is heated and a cooling position in which the payload is cooled, a payload heat exchanger (PLHE) connected to the payload requiring heating or cooling, a dump heat exchanger (DHE), first and second one-way valves (OWV1, OWV2), and first and second controllable expansion valves (EXPV1, EXPV2), wherein the one-way valves (OWV1, OVW2) each are connected parallel to a corresponding expansion valve, wherein the system being configured such that the switching of the four-way valve between the heating position and the cooling position controls a flow of pressurized refrigerant to either of the payload heat exchanger (PLHE) or the dump heat exchanger (DHE) and such that the heat exchanger which receives the flow of pressurized refrigerant functions as a condenser and the other heat exchanger functions as an evaporator, wherein each of the dump heat exchanger (DHE) and the payload heat exchanger (PLHE) comprises first, second, third and fourth large port openings (01-04), that the dump heat exchanger (DHE) comprises first and second small port openings (SO1, SO2) forming a first integrated suction gas heat exchanger, and wherein the payload heat exchanger (PLHE) comprises first and second small port openings (SO1, SO2) forming a second integrated suction gas heat exchanger, the system further being configured such that, when the four-way valve is in the heating position and the payload heat exchanger (PLHE) functions as a condenser, the first expansion valve (EXPV1) is closed, and the flow of liquid high pressure refrigerant exiting the payload heat exchanger (PLHE) will pass through the first one-way valve (OWV1), enter the second small port opening (SO2) of the dump heat exchanger (DHE), exit through the first small port opening (SO1) of the dump heat exchanger (DHE), pass through the second expansion valve (EXPV2), enter the second large port opening (O2) of the dump heat exchanger (DHE), exchange heat with the dump in a co-current mode, and then exchange heat with refrigerant that passes between the second small port opening (SO2) and the first small port opening (SO1) of the dump heat exchanger (DHE), wherein low pressure gaseous refrigerant exits the dump heat exchanger (DHE) through the first large port opening (O1).
Stirring device comprising at least one agitator , with at least one holder specifically designed for holding at least one brittle unit , which is elastically deformable by external force impact and can be destroyed by said force impact before the brittle unit is permanently plastically deformable, within a container relative to at least one container wall of the container and which for this purpose comprises at least one holding unit , said holding unit comprising at least one carrier unit which is configured to at least partially receive a weight force and/or a transverse force of the brittle unit and which is connected to the container wall in at least one mounted state, the holding unit also comprising at least one connection unit , which is configured to at least partially engage around the brittle unit in a circumferential direction and to connect the brittle unit to the container wall , characterised in that by means of the holding unit at least one holding position of the holder with respect to the container wall is adaptable for a compensation of manufacturing and/or mounting tolerances, and the connection unit is supported movably relative to the carrier unit in at least one pre-mounted state in which components are connected to each other movably but are not yet in their final position. with at least one holder specifically designed for holding at least one brittle unit , which is elastically deformable by external force impact and can be destroyed by said force impact before the brittle unit is permanently plastically deformable, within a container relative to at least one container wall of the container and which for this purpose comprises at least one holding unit , said holding unit comprising at least one carrier unit which is configured to at least partially receive a weight force and/or a transverse force of the brittle unit and which is connected to the container wall in at least one mounted state, the holding unit also comprising at least one connection unit , which is configured to at least partially engage around the brittle unit in a circumferential direction and to connect the brittle unit to the container wall , characterised in that by means of the holding unit at least one holding position of the holder with respect to the container wall is adaptable for a compensation of manufacturing and/or mounting tolerances, and the connection unit is supported movably relative to the carrier unit in at least one pre-mounted state in which components are connected to each other movably but are not yet in their final position.
Device for generating a laser radiation (A) comprising • a resonator , • an optical assembly , • an adjustment device , wherein the optical assembly comprises a plurality of optical components (4, 4.1, 4.2, 5), wherein the optical assembly comprises a device for frequency conversion of the laser radiation (A, A'), wherein the optical assembly and the device for frequency conversion comprise a movably arranged carrier element on which the optical components (4, 4.1, 4.2, 5) and the device for frequency conversion are arranged, wherein an optical component (4, 4.1, 4.2, 5) is a device (4, 4.1, 4.2) for deflecting the laser radiation (A, A'), wherein the device (4, 4.1, 4.2) for deflecting the laser radiation (A, A') of the optical assembly is arranged in the beam path of the laser radiation (A; A') generated by the resonator , wherein the adjustment device is adapted to change the relative position of the optical assembly from a first position to another or a number of other positions to the resonator , wherein the position of the beam path of the laser radiation (A, A') exiting from the optical assembly in the first position remains unchanged by the displacement of the optical assembly to one of the other positions to the resonator , wherein the optical assembly comprises a first device (4.1) and a second device (4.2) for deflecting the radiation (A), wherein the first device and the second device consists of mirrors, lenses, prisms, gratings and combinations thereof. • a resonator , • an optical assembly , • an adjustment device , wherein the optical assembly comprises a plurality of optical components (4, 4.1, 4.2, 5), wherein the optical assembly comprises a device for frequency conversion of the laser radiation (A, A'), wherein the optical assembly and the device for frequency conversion comprise a movably arranged carrier element on which the optical components (4, 4.1, 4.2, 5) and the device for frequency conversion are arranged, wherein an optical component (4, 4.1, 4.2, 5) is a device (4, 4.1, 4.2) for deflecting the laser radiation (A, A'), wherein the device (4, 4.1, 4.2) for deflecting the laser radiation (A, A') of the optical assembly is arranged in the beam path of the laser radiation (A; A') generated by the resonator , wherein the adjustment device is adapted to change the relative position of the optical assembly from a first position to another or a number of other positions to the resonator , wherein the position of the beam path of the laser radiation (A, A') exiting from the optical assembly in the first position remains unchanged by the displacement of the optical assembly to one of the other positions to the resonator , wherein the optical assembly comprises a first device (4.1) and a second device (4.2) for deflecting the radiation (A), wherein the first device and the second device consists of mirrors, lenses, prisms, gratings and combinations thereof.
An image processing method in an image processing apparatus for shading in ray tracing, comprising: sequentially storing, in consecutive addresses of a region in a memory, information on a non-shadow ray and information on at least two shadow rays derived from the non-shadow ray, the at least two shadow rays corresponding to at least two virtual light sources, respectively; and performing a shading operation using the information on the non-shadow ray and the information on the at least two shadow rays that are sequentially stored in the consecutive addresses of the region in the memory, wherein the performing of the shading operation comprises: generating intersecting point data based on the information on the non-shadow ray and the information on the at least two shadow rays, and performing the shading operation based on the generated intersecting point data to determine the final color for the intersecting point based on the non-shadow ray wherein the non-shadow ray is a virtual line meeting a specific region of an object, starting from a user's point of view, and wherein the at least two shadow rays are virtual lines determining whether light comes in directly from the at least two virtual light sources at the intersecting point. sequentially storing, in consecutive addresses of a region in a memory, information on a non-shadow ray and information on at least two shadow rays derived from the non-shadow ray, the at least two shadow rays corresponding to at least two virtual light sources, respectively; and performing a shading operation using the information on the non-shadow ray and the information on the at least two shadow rays that are sequentially stored in the consecutive addresses of the region in the memory, wherein the performing of the shading operation comprises: generating intersecting point data based on the information on the non-shadow ray and the information on the at least two shadow rays, and performing the shading operation based on the generated intersecting point data to determine the final color for the intersecting point based on the non-shadow ray wherein the non-shadow ray is a virtual line meeting a specific region of an object, starting from a user's point of view, and wherein the at least two shadow rays are virtual lines determining whether light comes in directly from the at least two virtual light sources at the intersecting point. generating intersecting point data based on the information on the non-shadow ray and the information on the at least two shadow rays, and performing the shading operation based on the generated intersecting point data to determine the final color for the intersecting point based on the non-shadow ray wherein the non-shadow ray is a virtual line meeting a specific region of an object, starting from a user's point of view, and wherein the at least two shadow rays are virtual lines determining whether light comes in directly from the at least two virtual light sources at the intersecting point.
A guitar amplifier adapted to perform musical sound processing on an input musical sound and output it, the amplifier having a plurality of information sets, having an ON/OFF function of a performance mode for each of the plurality of information sets, and having different settings depending on whether the performance mode is ON or OFF, the guitar amplifier comprising: a storage device adapted to store the plurality of information sets, wherein each of the plurality of information sets includes a set value for each of one or two or more types of musical sound processing used in the performance mode; and a control device configured to change the setting of the one or two or more types of musical sound processing to a setting according to a set value of a selected information set when information indicating ON of the performance mode, to which the selected information set from the plurality of information sets has been used, is input, wherein the control device is adapted to change the setting of the one or two or more types of musical sound processing to a predetermined setting regardless of the set value of the selected information set and to change the setting of at least one type of musical sound processing to select one of two types of operations when information indicating OFF of the performance mode is input, and characterised in that the control device is configured to perform fade processing at the time of switching a signal path of the musical sound processing between ON and OFF paths according to switching of the information set applied to the performance mode. a storage device adapted to store the plurality of information sets, wherein each of the plurality of information sets includes a set value for each of one or two or more types of musical sound processing used in the performance mode; and a control device configured to change the setting of the one or two or more types of musical sound processing to a setting according to a set value of a selected information set when information indicating ON of the performance mode, to which the selected information set from the plurality of information sets has been used, is input, wherein the control device is adapted to change the setting of the one or two or more types of musical sound processing to a predetermined setting regardless of the set value of the selected information set and to change the setting of at least one type of musical sound processing to select one of two types of operations when information indicating OFF of the performance mode is input, and characterised in that the control device is configured to perform fade processing at the time of switching a signal path of the musical sound processing between ON and OFF paths according to switching of the information set applied to the performance mode.
A method performed by a wireless station, STA, comprising: creating a physical layer convergence protocol data unit, PPDU, comprising a medium access control protocol data unit, MACPDU, and a preamble ; determining an assignment of Orthogonal Frequency Division Multiplexing, OFDM, data tones that are specific to the STA, the assignment containing OFDM data tones in which a portion of the preamble is transmitted; inserting predetermined symbols into the determined assignment of OFDM data tones; transmitting the PPDU to an access point, AP, as part of an uplink multi-user multiple input, multiple output, UL MU-MIMO, transmission. creating a physical layer convergence protocol data unit, PPDU, comprising a medium access control protocol data unit, MACPDU, and a preamble ; determining an assignment of Orthogonal Frequency Division Multiplexing, OFDM, data tones that are specific to the STA, the assignment containing OFDM data tones in which a portion of the preamble is transmitted; inserting predetermined symbols into the determined assignment of OFDM data tones; transmitting the PPDU to an access point, AP, as part of an uplink multi-user multiple input, multiple output, UL MU-MIMO, transmission.
A method comprising: initiating transmission of a first data unit on a first wireless link (Link1) of a first multi-link device ; requesting, with a request frame, on the first wireless link (Link1), transmission of a trigger from a second multi-link device on either, neither or both of the first wireless link (Link1) and a second wireless link (Link2); and in response to receiving triggers on both links (Link1, Link2), aligning a last symbol end time of a response transmission on the second wireless link (Link2) with a last symbol end time of a response transmission on the first wireless link (Link1); characterized by if the first multi-link device initiates transmission of the first data unit on the first wireless link (Link1) during an ongoing transmission on the second wireless link (Link2), triggering the response to the request frame to align with the response to the ongoing transmission by examining trigger information from the ongoing transmission and using the trigger information to determine the length for the response transmission on the second wireless link (Link2). initiating transmission of a first data unit on a first wireless link (Link1) of a first multi-link device ; requesting, with a request frame, on the first wireless link (Link1), transmission of a trigger from a second multi-link device on either, neither or both of the first wireless link (Link1) and a second wireless link (Link2); and in response to receiving triggers on both links (Link1, Link2), aligning a last symbol end time of a response transmission on the second wireless link (Link2) with a last symbol end time of a response transmission on the first wireless link (Link1); characterized by if the first multi-link device initiates transmission of the first data unit on the first wireless link (Link1) during an ongoing transmission on the second wireless link (Link2), triggering the response to the request frame to align with the response to the ongoing transmission by examining trigger information from the ongoing transmission and using the trigger information to determine the length for the response transmission on the second wireless link (Link2).
A component-securing device comprising a strip-shaped joining pin that comprises a pair of wide faces (a) and a pair of narrow faces (b) and that has a large number of to-be-engaged portions formed on at least one of the pair of wide faces (a), and a clip that is detachably engaged with the joining pin to secure a component , wherein the clip comprises a ring-shaped outer peripheral portion , a pair of support post portions that extend inward from two mutually opposing first positions (c) of the outer peripheral portion , a pair of joining pin insertion portions that are provided on mutually opposing extremity parts of the pair of support post portions and into which the joining pin can be fitted, an engagement portion that is provided on at least one of the pair of joining pin insertion portions and that is capable of engaging with the to-be-engaged portion of the joining pin , and a pair of pressing portions that are provided on two second positions (d) sandwiched by the two first positions (c) of the outer peripheral portion ; the pair of joining pin insertion portions oppose each other in parallel across a gap; and characterised in that pushing the pair of pressing portions in a direction of approaching each other makes the outer peripheral portion deform and the pair of joining pin insertion portions move in a direction of moving away from each other with their opposing faces being kept in parallel with each other, and engagement between the engagement portion and the to-be-engaged portion is released.
A power control apparatus comprising: a first interconnection relay and a second interconnection relay configured to interconnect or disconnect an inverter to or from a power grid; a reference potential relay configured to set a neutral phase of an independent operation output system to a reference potential, which is earth, the neutral phase of the independent operation output system being connected to the neutral phase of the inverter ; a first set of voltage sensors respectively installed between the first interconnection relay and the inverter and between the first interconnection relay and the power grid; a second set of voltage sensors respectively installed between the second interconnection relay and the inverter and between the second interconnection relay and the power grid; and a controller configured to turn the reference potential relay on before the start of interconnected operation to set the neutral phase to the reference potential and then to judge whether a state of the first interconnection relay and of the second interconnection relay is normal on the basis of voltage values measured by the first set of voltage sensors and the second set of voltage sensors . a first interconnection relay and a second interconnection relay configured to interconnect or disconnect an inverter to or from a power grid; a reference potential relay configured to set a neutral phase of an independent operation output system to a reference potential, which is earth, the neutral phase of the independent operation output system being connected to the neutral phase of the inverter ; a first set of voltage sensors respectively installed between the first interconnection relay and the inverter and between the first interconnection relay and the power grid; a second set of voltage sensors respectively installed between the second interconnection relay and the inverter and between the second interconnection relay and the power grid; and a controller configured to turn the reference potential relay on before the start of interconnected operation to set the neutral phase to the reference potential and then to judge whether a state of the first interconnection relay and of the second interconnection relay is normal on the basis of voltage values measured by the first set of voltage sensors and the second set of voltage sensors .
Yeast strain belonging to the species Saccharomyces cerevisiae having the identification code NCYC 4260.
A calibration device for an oral scanner, comprising: a casing to which an oral scanner body is coupleable to an open upper portion thereof; a rotating unit rotatably provided with respect to the casing ; a reflector unit disposed on a central axis of an optical device in the oral scanner body ; and a pattern plate unit facing the optical device through the reflector unit , wherein in conjunction with rotation of the rotating unit , the pattern plate unit rotates in place and the reflector unit rectilinearly reciprocates with respect to the oral scanner body . a casing to which an oral scanner body is coupleable to an open upper portion thereof; a rotating unit rotatably provided with respect to the casing ; a reflector unit disposed on a central axis of an optical device in the oral scanner body ; and a pattern plate unit facing the optical device through the reflector unit , wherein in conjunction with rotation of the rotating unit , the pattern plate unit rotates in place and the reflector unit rectilinearly reciprocates with respect to the oral scanner body .
A method for preparing an oligomer, the method comprising: performing an oligomerization reaction by feeding a feed stream containing a monomer to a reactor ; feeding a first discharge stream containing a gas-phase monomer of the reactor to a distillation column as a first separation device and feeding a second discharge stream containing a liquid-phase monomer of the reactor to a distillation column as a second separation device ; feeding a lower discharge stream containing liquid-phase monomer, the oligomer and solvent of the second separation device to a third separation device and separating into an upper discharge stream containing gas-phase monomer and a lower discharge stream containing the solvent and the oligomer; feeding the upper discharge stream containing the gas-phase monomer of the third separation device to a monomer dissolution device and dissolving the upper discharge stream in a solvent fed to the monomer dissolution device ; and feeding a discharge stream of the monomer dissolution device to the reactor . performing an oligomerization reaction by feeding a feed stream containing a monomer to a reactor ; feeding a first discharge stream containing a gas-phase monomer of the reactor to a distillation column as a first separation device and feeding a second discharge stream containing a liquid-phase monomer of the reactor to a distillation column as a second separation device ; feeding a lower discharge stream containing liquid-phase monomer, the oligomer and solvent of the second separation device to a third separation device and separating into an upper discharge stream containing gas-phase monomer and a lower discharge stream containing the solvent and the oligomer; feeding the upper discharge stream containing the gas-phase monomer of the third separation device to a monomer dissolution device and dissolving the upper discharge stream in a solvent fed to the monomer dissolution device ; and feeding a discharge stream of the monomer dissolution device to the reactor .