mhurhangee/ep-ind-claims huggingface dataset:
A safety controller comprising: a hardware resource including at least one processor; and a system program for controlling allocation of an execution time of the processor to (a) a safety monitoring program for monitoring occurrence of an abnormality related to a control target, (b) a normal control program related to control of the control target during normal time, and (c) a safety control program related to control of the control target upon occurrence of an abnormality, wherein the system program includes a partition scheduler that selects and decides a time partition to be subsequently scheduled according to a scheduling pattern, the time partitions including (d) a first time partition in which the execution time is allocated to the safety monitoring program, (e) a second time partition in which the execution time is allocated to the normal control program, and (f) a third time partition in which the execution time is allocated to the safety control program, the processor executes the system program to cause the partition scheduler to periodically operate, characterized in that the normal control program forcibly activates the partition scheduler immediately upon occurrence of an abnormality, when the abnormality occurs during execution of the normal control program, and the partition scheduler performs switching from the second time partition to the third time partition, upon being activated by the normal control program, even when a time resource is left in the second time partition. a hardware resource including at least one processor; and a system program for controlling allocation of an execution time of the processor to (a) a safety monitoring program for monitoring occurrence of an abnormality related to a control target, (b) a normal control program related to control of the control target during normal time, and (c) a safety control program related to control of the control target upon occurrence of an abnormality, wherein the system program includes a partition scheduler that selects and decides a time partition to be subsequently scheduled according to a scheduling pattern, the time partitions including (d) a first time partition in which the execution time is allocated to the safety monitoring program, (e) a second time partition in which the execution time is allocated to the normal control program, and (f) a third time partition in which the execution time is allocated to the safety control program, the processor executes the system program to cause the partition scheduler to periodically operate, characterized in that the normal control program forcibly activates the partition scheduler immediately upon occurrence of an abnormality, when the abnormality occurs during execution of the normal control program, and the partition scheduler performs switching from the second time partition to the third time partition, upon being activated by the normal control program, even when a time resource is left in the second time partition.
An organic electroluminescence device, comprising a luminescent layer, wherein, a host material of the luminescent layer comprises a thermally activated delayed fluorescence material, the host material is doped by a dye, characterized in that the dye is formed by combining a phosphorescent dye and a fluorescent dye, a doping mass percentage of the fluorescent dye in the luminescent layer is 1%-5%; and wherein an energy gap between a triplet state energy level and a singlet state energy level of the thermally activated delayed fluorescence material is <0.3eV.
A method for wetting a plastic bed support for a chromatography column, said method comprising the steps of a. providing a plastic bed support, comprising a polyolefin, with a pore structure comprising air in said pore structure and b. soaking the plastic bed support in an aqueous solution comprising 12-21 wt % n-propanol, resulting in the removal of at least about 60% of the air from said pore structure. a. providing a plastic bed support, comprising a polyolefin, with a pore structure comprising air in said pore structure and b. soaking the plastic bed support in an aqueous solution comprising 12-21 wt % n-propanol, resulting in the removal of at least about 60% of the air from said pore structure.
A beverage dispenser comprising: a user input device comprising a touch screen that receives beverage selections from a user and a sound device configured to play a sound corresponding to a beverage selected with the user input device while a beverage is being dispensed, further comprising a memory that includes sound files corresponding to beverages, further comprising a processor programmed with computer-executable instructions to cause the sound device to play the sound corresponding to the selected beverage, further including a display device and wherein the processor is programmed with computer-executable instructions to cause the display device to display an image of a beverage while the beverage is being dispensed, wherein the image is updated to reflect the fill state of a container as the container is being filled; wherein the processor is further programmed with computer-executable instructions to cause the sound device to play sound that changes as the container is filled; wherein the volume of the sound changes as the container is filled; and wherein the volume of the sound increases as the container is filled. a user input device comprising a touch screen that receives beverage selections from a user and a sound device configured to play a sound corresponding to a beverage selected with the user input device while a beverage is being dispensed, further comprising a memory that includes sound files corresponding to beverages, further comprising a processor programmed with computer-executable instructions to cause the sound device to play the sound corresponding to the selected beverage, further including a display device and wherein the processor is programmed with computer-executable instructions to cause the display device to display an image of a beverage while the beverage is being dispensed, wherein the image is updated to reflect the fill state of a container as the container is being filled; wherein the processor is further programmed with computer-executable instructions to cause the sound device to play sound that changes as the container is filled; wherein the volume of the sound changes as the container is filled; and wherein the volume of the sound increases as the container is filled.
Method for operating a coupling of a drive train for a motor vehicle which has the coupling, a drive motor with an output drive shaft and a gear with a gear input shaft, in which by means of an electronic computing unit of the drive train at least one microslip of the coupling is set specifically, by which torques can be transmitted between the output drive shaft and the gear input shaft, whereby the coupling is operated with the microslip during at least a first operating phase (56, 58), wherein by means of the electronic computing unit a overpressure of the coupling is set specifically, whereby the coupling is operated slip-free during at least one second operating phase (62, 64) different from the at least one first operating phase (56, 58), and wherein the microslip is controlled by means of a controller of the electronic computing unit, characterised in that the first operating phase (56, 58) is performed as a test phase in which shifting of the gear does not take place and at least one control parameter is determined for controlling the microslip, wherein the second operating phase (62, 64) follows the test phase in terms of time in which shifting of the gear does not take place, wherein following the second operating phase (62, 64) by means of the electronic computing unit a further microslip of the coupling is specifically set, whereby the coupling is operated during a third operating phase following the second operating phase (62, 64) with the additional microslip, wherein during the third operating phase the control parameter determined in the test phase is used for controlling the microslip, and wherein in the third operating phase following the second operating phase (62, 64), in which third operating phase the determined control parameter is used for controlling the microslip, shifting of the gear of the drive train is performed.
An HF power supply bushing device intended to connect an HF transceiver to an antenna through an external medium (30, 46), the device comprises a symmetrical two-wire line (26, 42), characterised in that it comprises at least: - a closed conduit comprising a wall, said wall separating the external medium (30, 46) from an internal medium in the closed conduit with dielectric and magnetic permittivity close to that of air, the symmetrical two-wire line (26, 42) being encapsulated, at least partially, in a central part of said conduit; - dividers made of insulating material, the symmetrical two-wire line being held in the central part of the conduit by said dividers disposed along the two-wire line. - a closed conduit comprising a wall, said wall separating the external medium (30, 46) from an internal medium in the closed conduit with dielectric and magnetic permittivity close to that of air, the symmetrical two-wire line (26, 42) being encapsulated, at least partially, in a central part of said conduit; - dividers made of insulating material, the symmetrical two-wire line being held in the central part of the conduit by said dividers disposed along the two-wire line.
An energy chain element, comprising two side links (2, 2') connected to each other above and below by two crosspieces (3, 3') respectively, each one of the two ends of each said crosspieces (3,3') being releasable from corresponding preformed seats (5, 5') made on an upper or lower reinforced portion (6, 6') of said side links (2, 2'), each one of said seat (5, 5') being provided with two cavities for insertion of protrusions of each one of the two ends of each crosspiece (3, 3') and an engaging means configured for constraining a shaped engaging member of each one of the two ends of each crosspiece (3, 3') in the engaged position characterized in that said shaped engaging members and said engaging means are configured to act as a rotational constraint to open and close the corresponding end of the crosspiece (3, 3') with respect to said chain element, thereby acting as safety mechanism against accidental release when one end of each crosspiece (3, 3') is disengaged and rotated by a predetermined angle of junction to a predetermined release angle, said predetermined angle of junction being defined by the coupling of said engaging means with said shaped engaging elements and by coupling of said protrusions with said cavities, acting as safety mechanism against accidental release when each crosspiece (3, 3') is rotated, and in that said shaped engaging member, is part of each crosspiece (3, 3'), wherein the predetermined release angle equals 45 degrees and is a single inclination angle of the crosspiece (3,3') in respect of its horizontal position where both ends of the crosspiece (3,3') are engaged with their corresponding preformed seats (5,5') at which said crosspiece (3,3') may be simply taken off from said second seat (5,5'), and wherein for any other position or different angle of the crosspiece (3,3'), either protrusions or the configuration of the coupling (8,9) between the engaging member and the engaging means do not allow for a simple unrestricted extraction of the crosspiece (3,3').
A detection circuit of a first NFC device comprising: an In-phase Quadrature down converter adapted to be coupled to an antenna; dc cancellation circuits (321, 381; 32Q, 38Q) coupled at outputs of said converter; and a circuitry (341, 34Q, 36; 51, 531, 53Q, 60) for analyzing dc signals outputted by said dc cancellation circuits to detect the presence of a second NFC device, characterized in said circuitry comprising: a chopping circuit for converting said dc signals into analog signals at a frequency of the chopping circuit; and a reader/writer receiver coupled at respective outputs of said chopping circuit. an In-phase Quadrature down converter adapted to be coupled to an antenna; dc cancellation circuits (321, 381; 32Q, 38Q) coupled at outputs of said converter; and a circuitry (341, 34Q, 36; 51, 531, 53Q, 60) for analyzing dc signals outputted by said dc cancellation circuits to detect the presence of a second NFC device, characterized in said circuitry comprising: a chopping circuit for converting said dc signals into analog signals at a frequency of the chopping circuit; and a reader/writer receiver coupled at respective outputs of said chopping circuit.
Process for the continuous preparation of a polyolefin in a reactor from one or more α-olefin monomers of which at least one is ethylene or propylene, wherein the reactor comprises a fluidized bed, an expanded section located at or near the top of the reactor, a distribution plate located at the lower part of the reactor and an inlet for a recycle stream located under the distribution plate wherein the process comprises - feeding a polymerization catalyst to the fluidized bed in the area above the distribution plate - feeding the one or more α-olefin monomers to the reactor - withdrawing the polyolefin from the reactor - circulating fluids from the top of the reactor to the bottom of the reactor, wherein the circulating fluids are cooled using a heat exchanger, resulting in a cooled recycle stream comprising liquid, and wherein the cooled recycle stream is introduced into the reactor using the inlet for the recycle stream wherein a stream comprising a thermal run away reducing agent (TRRA-containing stream) is introduced into the expanded section during at least part of the polymerization process, wherein said TRRA-containing stream is brought into contact with at least part of the interior surface of the expanded section. - feeding a polymerization catalyst to the fluidized bed in the area above the distribution plate - feeding the one or more α-olefin monomers to the reactor - withdrawing the polyolefin from the reactor - circulating fluids from the top of the reactor to the bottom of the reactor, wherein the circulating fluids are cooled using a heat exchanger, resulting in a cooled recycle stream comprising liquid, and wherein the cooled recycle stream is introduced into the reactor using the inlet for the recycle stream
A radiation detector comprising: a) a directly converting semiconductor layer for converting an incident radiation into electrical signals; b) a substrate comprising readout electronics for receiving said electrical signals via pixel pads arranged at said directly converting semiconductor layer; and c) a plurality of infrared radiation sources (30; 32) connected or integrated to said substrate and adapted to irradiate said directly converting semiconductor layer; characterized in that d) said plurality of infrared radiation sources (30; 32) are provided on an infrared source layer which is interposed between said directly converting semiconductor layer and a readout chip of said substrate and which is flip-chip bonded to said directly converting semiconductor layer via said pixel pads, wherein said infrared source layer comprises through connection portions for electrically connecting said pixel pads to related contact portions on said readout chip. a) a directly converting semiconductor layer for converting an incident radiation into electrical signals; b) a substrate comprising readout electronics for receiving said electrical signals via pixel pads arranged at said directly converting semiconductor layer; and c) a plurality of infrared radiation sources (30; 32) connected or integrated to said substrate and adapted to irradiate said directly converting semiconductor layer; characterized in that d) said plurality of infrared radiation sources (30; 32) are provided on an infrared source layer which is interposed between said directly converting semiconductor layer and a readout chip of said substrate and which is flip-chip bonded to said directly converting semiconductor layer via said pixel pads, wherein said infrared source layer comprises through connection portions for electrically connecting said pixel pads to related contact portions on said readout chip.
A container module(70, 72, 74), comprising: a container top (20a, 20b) having a non-releasable connection portion of a first type; a storage container (14a, 14b, 14c, 14d, 82) constructed and arranged to be non-releasably connected to the container top or at least one other storage container, the storage container comprising: an upper non-releasable connection portion of a second type and a lower non-releasable connection portion of the first type, the upper non-releasable connection portion being constructed and arranged to be non-releasably connected to 1) a lower non-releasable connection portion of the first type of the at least one other storage container or 2) the non-releasable connection portion of the first type of the container top, and the lower non-releasable connection portion being constructed and arranged to be non-releasably connected to an upper non-releasable connection portion of the second type of the at least one other storage container; and a latch (28a, 28b) constructed and arranged to releasably connect the storage container to the at least one other storage container if positioned on the container top. a container top (20a, 20b) having a non-releasable connection portion of a first type; a storage container (14a, 14b, 14c, 14d, 82) constructed and arranged to be non-releasably connected to the container top or at least one other storage container, the storage container comprising: an upper non-releasable connection portion of a second type and a lower non-releasable connection portion of the first type, the upper non-releasable connection portion being constructed and arranged to be non-releasably connected to 1) a lower non-releasable connection portion of the first type of the at least one other storage container or 2) the non-releasable connection portion of the first type of the container top, and the lower non-releasable connection portion being constructed and arranged to be non-releasably connected to an upper non-releasable connection portion of the second type of the at least one other storage container; and a latch (28a, 28b) constructed and arranged to releasably connect the storage container to the at least one other storage container if positioned on the container top. an upper non-releasable connection portion of a second type and a lower non-releasable connection portion of the first type, the upper non-releasable connection portion being constructed and arranged to be non-releasably connected to 1) a lower non-releasable connection portion of the first type of the at least one other storage container or 2) the non-releasable connection portion of the first type of the container top, and the lower non-releasable connection portion being constructed and arranged to be non-releasably connected to an upper non-releasable connection portion of the second type of the at least one other storage container; and a latch (28a, 28b) constructed and arranged to releasably connect the storage container to the at least one other storage container if positioned on the container top.
Valve, in particular valve for a motor vehicle such as an exhaust-gas recirculation valve, comprising a control member mounted rotatably with respect to a fixed frame of the valve, the rotation of the control member controlling the opening of the valve, a bearing comprising two rings (30a; 30b) free to rotate with respect to one another being mounted between the fixed frame of the valve and the control member, the fixed frame forming a housing for receiving the bearing with a bottom and a lateral wall extending substantially along the axis of rotation of the control member, the fixed frame comprising a cam with a camway, said cam being intended to convert the rotational movement of the control member into a translational movement of a valve member of the valve with respect to a valve seat, the cam preferably forming the housing for receiving the bearing, characterized in that the housing comprises, over at least two symmetrical separate angular sectors, a folded edge of the lateral wall that is folded onto a ring of the bearing in order to limit, with the bottom of the housing, the movements of said ring about the axis of rotation of the control member.
A method for Polar code encoding, comprising: dividing multiple Polar codes with a same code length and different code rates into m polar code groups; obtaining an information bit index set corresponding to a Polar code in a first Polar code group from a first common information bit index set corresponding to the first Polar code group, wherein the first Polar code group is in the m Polar code groups and each Polar code group in the m Polar code groups corresponds to a common information bit index set, wherein m common information bit index sets correspond to the m Polar code groups, and m is greater than or equal to 2; and performing Polar code encoding of information to be encoded based on the information bit index set corresponding to the Polar code in the first Polar code group. dividing multiple Polar codes with a same code length and different code rates into m polar code groups; obtaining an information bit index set corresponding to a Polar code in a first Polar code group from a first common information bit index set corresponding to the first Polar code group, wherein the first Polar code group is in the m Polar code groups and each Polar code group in the m Polar code groups corresponds to a common information bit index set, wherein m common information bit index sets correspond to the m Polar code groups, and m is greater than or equal to 2; and performing Polar code encoding of information to be encoded based on the information bit index set corresponding to the Polar code in the first Polar code group.