mhurhangee/ep-ind-claims huggingface dataset:
A method of producing a contact tip (320, 520, 520', 520", 720) of a contact element (300, 300', 500, 501, 502, 700) used for a sequential test of electronic components, comprises: Providing a plate (200, 400, 600) made up of a base material and a hard material (370, 372), wherein the base material and the hard material (370, 372) are fixed to each other; Cutting the plate (200, 400, 600) along a cut line (380, 380', 480, 480', 480") to form the contact tip (320, 520, 520', 520", 720) wherein the cut line (380, 380', 480, 480', 480") runs through the base material and the hard material (370, 372) and wherein the hard material (370, 372) has a thickness of at least 0.03 mm in a section where the cut line (380, 380', 480, 480', 480") cuts the hard material (370, 372). Providing a plate (200, 400, 600) made up of a base material and a hard material (370, 372), wherein the base material and the hard material (370, 372) are fixed to each other; Cutting the plate (200, 400, 600) along a cut line (380, 380', 480, 480', 480") to form the contact tip (320, 520, 520', 520", 720) wherein the cut line (380, 380', 480, 480', 480") runs through the base material and the hard material (370, 372) and wherein the hard material (370, 372) has a thickness of at least 0.03 mm in a section where the cut line (380, 380', 480, 480', 480") cuts the hard material (370, 372).
A gauge carrier comprising: a housing disposed about a mandrel; an annular space formed between the housing and the mandrel, wherein the annular space is configured to provide fluid communication between a first end of the housing and a second end of the housing; at least one pocket configured to receive a gauge, wherein the pocket is disposed on an outside of the housing, and wherein the housing is configured to substantially seal the at least one pocket from the annular space; and channels configured to retain one or more sensing links; characterised in that the gauge carrier further comprises a a gauge disposed in the at least one pocket, wherein the gauge is configured to sense at least one parameter within a wellbore, wherein the gauge is coupled to the one or more sensing links to provide fluid communication of the at least one parameter from a location that is longitudinally separated from the gauge to the gauge, and configured to sense the at least one parameter at a location that is longitudinally separated from the gauge. a housing disposed about a mandrel; an annular space formed between the housing and the mandrel, wherein the annular space is configured to provide fluid communication between a first end of the housing and a second end of the housing; at least one pocket configured to receive a gauge, wherein the pocket is disposed on an outside of the housing, and wherein the housing is configured to substantially seal the at least one pocket from the annular space; and channels configured to retain one or more sensing links; characterised in that the gauge carrier further comprises a a gauge disposed in the at least one pocket, wherein the gauge is configured to sense at least one parameter within a wellbore, wherein the gauge is coupled to the one or more sensing links to provide fluid communication of the at least one parameter from a location that is longitudinally separated from the gauge to the gauge, and configured to sense the at least one parameter at a location that is longitudinally separated from the gauge.
A system comprising memory operatively coupled to one or more processors, further comprising: a set of instance execution hosts (102, 141) comprising at least a first instance execution host and a second instance execution host, wherein the first instance execution host is configured to determine that an application instance Is to be idle until a specific wake up time and to send to a durable instance manager a request to persist the application instance along with an associated system property at an instance store and to remove the application instance from system memory subsequent to the durable instance manager persisting the application instance, wherein the system property comprises a timer indicating the specific wake up time to reactivate the application instance; the durable instance manager configured to track an availability of the set of instance execution hosts (102, 141) and to track what types of application instances are available on the set of instance execution hosts (102, 141) and whether the application instance is executing or persisted, wherein a type of an application instance defines the particular program code for the application instance, and wherein the durable instance manager is configured to send, in response to an expiration of the timer, an activation event to an instance execution host of the set of instance execution hosts (102, 141) that has an appropriate type of application instance available. a set of instance execution hosts (102, 141) comprising at least a first instance execution host and a second instance execution host, wherein the first instance execution host is configured to determine that an application instance Is to be idle until a specific wake up time and to send to a durable instance manager a request to persist the application instance along with an associated system property at an instance store and to remove the application instance from system memory subsequent to the durable instance manager persisting the application instance, wherein the system property comprises a timer indicating the specific wake up time to reactivate the application instance; the durable instance manager configured to track an availability of the set of instance execution hosts (102, 141) and to track what types of application instances are available on the set of instance execution hosts (102, 141) and whether the application instance is executing or persisted, wherein a type of an application instance defines the particular program code for the application instance, and wherein the durable instance manager is configured to send, in response to an expiration of the timer, an activation event to an instance execution host of the set of instance execution hosts (102, 141) that has an appropriate type of application instance available.
An in vitro synthesis method of a targeted drug nCoVshRNA-2ACE2, comprising the following steps: synthesizing a shRNA with a sense strand and an antisense strand of an RNAi sequence, extending a terminus of the sense strand and/or the antisense strand constituting the shRNA, and ligating to a ACE2 polypeptide to synthesize a drug that delivers the shRNA by the ACE2 polypeptide, wherein the RNAi sequence is a consensus conserved gene of a COVID-19 virus and a variant strain thereof, such that the shRNA synthesized with the sense strand and the antisense strand of the RNAi sequence is targeted to interfere with the conserved gene, resulting in a broadspectrum RNAi effect.
A fault-tolerant industrial control system, comprising: plurality of field devices (112, 113); a redundant controller including a first process controller including a first processor with a first associated memory, and a parallel connected second redundant process controller including a second processor with a second associated memory; a redundancy link between said CP1 and CP2 for sharing data between said CP1 and said CP2; said CP1 and said CP2 comprising logic gates exclusive of any conditional branching for performing data synchronization and calculations including a different logical arrangement for providing each of a digital output, a digital input, an analog input, and an analog output, and at least one input/output module (150, 155) including a first IO processor (151, 153) including a first memory (152, 154) coupled by a first leg (LEG A) to said CP1 and by a second leg (LEG B) to said CP2, wherein said IO module is coupled to said field devices (112, 113) that are coupled to processing equipment. plurality of field devices (112, 113); a redundant controller including a first process controller including a first processor with a first associated memory, and a parallel connected second redundant process controller including a second processor with a second associated memory; a redundancy link between said CP1 and CP2 for sharing data between said CP1 and said CP2; said CP1 and said CP2 comprising logic gates exclusive of any conditional branching for performing data synchronization and calculations including a different logical arrangement for providing each of a digital output, a digital input, an analog input, and an analog output, and at least one input/output module (150, 155) including a first IO processor (151, 153) including a first memory (152, 154) coupled by a first leg (LEG A) to said CP1 and by a second leg (LEG B) to said CP2, wherein said IO module is coupled to said field devices (112, 113) that are coupled to processing equipment.
A method performed by a first device (102a-b, 102n; 1004) to switch a stream to a new transmission medium, wherein the first device (102a-b, 102n; 1004) is coupled to a second device (102a-b, 102n; 1006) via a plurality of transmission media, the method comprising: receiving a first stream for transmission to the second device (102a-b, 102n; 1006); inserting index marker packets into the first stream, wherein an initial index marker packet has an index number and each subsequent index marker packet has an index number which is incremented relative to the index number in the index marker packet previous to it; transmitting a first plurality of packets of the first stream to the second device (102a-b, 102n; 1006) via a first transmission medium of the plurality of transmission media, wherein the first plurality of packets comprises one or more index marker packets; determining that at least a portion of the first plurality of packets may not have been received by the second device (102a-b, 102n; 1006); and transmitting a second plurality of packets of the first stream to the second device (102a-b, 102n; 1006) via a second transmission medium of the plurality of transmission media, wherein the second plurality of packets of the first stream comprise at least a subset of the first plurality of packets, wherein the second plurality of packets further comprise at least a subset of the one or more index marker packets. receiving a first stream for transmission to the second device (102a-b, 102n; 1006); inserting index marker packets into the first stream, wherein an initial index marker packet has an index number and each subsequent index marker packet has an index number which is incremented relative to the index number in the index marker packet previous to it; transmitting a first plurality of packets of the first stream to the second device (102a-b, 102n; 1006) via a first transmission medium of the plurality of transmission media, wherein the first plurality of packets comprises one or more index marker packets; determining that at least a portion of the first plurality of packets may not have been received by the second device (102a-b, 102n; 1006); and transmitting a second plurality of packets of the first stream to the second device (102a-b, 102n; 1006) via a second transmission medium of the plurality of transmission media, wherein the second plurality of packets of the first stream comprise at least a subset of the first plurality of packets, wherein the second plurality of packets further comprise at least a subset of the one or more index marker packets.
Dose setting mechanism for a drug delivery device, the mechanism comprising: a housing, a dose setting member (4, 5) which is movable relative to the housing to set a dose, a drive sleeve which is at least partially located within the housing and which is moved along a helical path having a rotatory component and a translational component in a first axial direction relative to the housing during dose setting, a piston rod for dose dispensing, wherein the piston rod is not in direct contact with the dose setting member (4, 5), wherein the piston rod is in direct contact with the drive sleeve, and wherein the drive sleeve is interposed between dose setting member (4, 5) and the piston rod, wherein the dose setting member (4, 5) and the drive sleeve are decoupled during dose dispensing such that the dose setting member (4, 5) is free to rotate relative to the drive sleeve, characterized in that the housing and the drive sleeve are provided with corresponding stop means (9a, 12) comprising a protrusion or a recess formed on the drive sleeve and a corresponding stop element formed on the housing and which stop means are arranged to limit the movement of the drive sleeve in the first axial direction during dose setting thereby defining a maximum settable dose. a housing, a dose setting member (4, 5) which is movable relative to the housing to set a dose, a drive sleeve which is at least partially located within the housing and which is moved along a helical path having a rotatory component and a translational component in a first axial direction relative to the housing during dose setting, a piston rod for dose dispensing, wherein the piston rod is not in direct contact with the dose setting member (4, 5), wherein the piston rod is in direct contact with the drive sleeve, and wherein the drive sleeve is interposed between dose setting member (4, 5) and the piston rod, wherein the dose setting member (4, 5) and the drive sleeve are decoupled during dose dispensing such that the dose setting member (4, 5) is free to rotate relative to the drive sleeve, characterized in that the housing and the drive sleeve are provided with corresponding stop means (9a, 12) comprising a protrusion or a recess formed on the drive sleeve and a corresponding stop element formed on the housing and which stop means are arranged to limit the movement of the drive sleeve in the first axial direction during dose setting thereby defining a maximum settable dose.
An apparatus for translating a memory access address, the apparatus comprising: an address allocating unit configured to classify a plurality of pixels included in an input image based on a tile unit and to allocate a memory address to each of a plurality of tiles, wherein each of the plurality of tiles includes pixel information associated with the plurality of pixels included in the input image; an address generating unit configured to generate a corresponding new memory address for each successive tile among the plurality of tiles based on a corresponding memory address allocated to each of the plurality of tiles, wherein the corresponding new memory address for each of the successive tiles is configured to enable the successive tiles to be stored in different memory banks: and a memory controller to store each of the successive tiles in the corresponding new memory address; characterized in that the address generating unit is configured to perform an exclusive or, XOR, operation with respect to at least one of the least significant two bits (623, 624) of first bits of the corresponding memory address, said first bits indicating a Y coordinate address of a tile, and at least one of the most significant two bits (622, 621) of second bits of the corresponding memory address, said second bits indicating an X coordinate address of the tile, respectively, and to allocate results of the XOR operation to the most significant two bits (631, 632) of bits of the corresponding new memory address indicating an X coordinate address of the successive tile, respectively. an address allocating unit configured to classify a plurality of pixels included in an input image based on a tile unit and to allocate a memory address to each of a plurality of tiles, wherein each of the plurality of tiles includes pixel information associated with the plurality of pixels included in the input image; an address generating unit configured to generate a corresponding new memory address for each successive tile among the plurality of tiles based on a corresponding memory address allocated to each of the plurality of tiles, wherein the corresponding new memory address for each of the successive tiles is configured to enable the successive tiles to be stored in different memory banks: and a memory controller to store each of the successive tiles in the corresponding new memory address; characterized in that the address generating unit is configured to perform an exclusive or, XOR, operation with respect to at least one of the least significant two bits (623, 624) of first bits of the corresponding memory address, said first bits indicating a Y coordinate address of a tile, and at least one of the most significant two bits (622, 621) of second bits of the corresponding memory address, said second bits indicating an X coordinate address of the tile, respectively, and to allocate results of the XOR operation to the most significant two bits (631, 632) of bits of the corresponding new memory address indicating an X coordinate address of the successive tile, respectively.
A power supply device comprising: a battery stack constituted by stacking a plurality of secondary battery cells; a pair of end plates disposed on both ends in a stacking direction of the battery stack; and a plurality of fastening members fastening the pair of end plates together, wherein each of the plurality of fastening members includes: a fastening main face having a flat plate shape; and a locking block fixed to a corner of the fastening main face, each of the pair of end plates includes: a step that locks the locking block while being fastened by a corresponding one of the plurality of fastening members; and an end plate screw hole opened near the step, each of the plurality of fastening members includes: a fastening side through hole opened to align with the end plate screw hole, while the fastening member has a corresponding one of the pair of end plates fastened; and a fixing region at which the locking block is fixed to the fastening main face, the fixing region being disposed in a direction further away from the corresponding one of the pair of end plates than the fastening side through hole is. a battery stack constituted by stacking a plurality of secondary battery cells; a pair of end plates disposed on both ends in a stacking direction of the battery stack; and a plurality of fastening members fastening the pair of end plates together, wherein each of the plurality of fastening members includes: a fastening main face having a flat plate shape; and a locking block fixed to a corner of the fastening main face, each of the pair of end plates includes: a step that locks the locking block while being fastened by a corresponding one of the plurality of fastening members; and an end plate screw hole opened near the step, a fastening main face having a flat plate shape; and a locking block fixed to a corner of the fastening main face, each of the pair of end plates includes: a step that locks the locking block while being fastened by a corresponding one of the plurality of fastening members; and an end plate screw hole opened near the step, a step that locks the locking block while being fastened by a corresponding one of the plurality of fastening members; and an end plate screw hole opened near the step, each of the plurality of fastening members includes: a fastening side through hole opened to align with the end plate screw hole, while the fastening member has a corresponding one of the pair of end plates fastened; and a fixing region at which the locking block is fixed to the fastening main face, the fixing region being disposed in a direction further away from the corresponding one of the pair of end plates than the fastening side through hole is. a fastening side through hole opened to align with the end plate screw hole, while the fastening member has a corresponding one of the pair of end plates fastened; and a fixing region at which the locking block is fixed to the fastening main face, the fixing region being disposed in a direction further away from the corresponding one of the pair of end plates than the fastening side through hole is.
A service processing method, comprising: acquiring, by a first device, ingress window information of a service data packet; acquiring, by the first device, transmission delay information of the service data packet; determining, by the first device, egress window information of the service data packet according to the ingress window information and the transmission delay information, wherein the service data packet comprises a time sensitive network, TSN, service data packet; sending, by the first device, the egress window information in first notification information to an ingress node of a fifth generation mobile communication system, 5GS, for transmitting a TSN service; characterized in that: the first device is a translator; and the first notification information further comprises sending indication information which is used to indicate that the ingress node of the 5GS for transmitting the TSN service needs to send dedicated information simultaneously when sending the TSN service data packet, said dedicated information comprising a time stamp of when the TSN service data packet arrives at the 5GS and being used to help an egress node of the 5GS for transmitting the TSN service to determine by which egress window the received TSN service data packet is sent. acquiring, by a first device, ingress window information of a service data packet; acquiring, by the first device, transmission delay information of the service data packet; determining, by the first device, egress window information of the service data packet according to the ingress window information and the transmission delay information, wherein the service data packet comprises a time sensitive network, TSN, service data packet; sending, by the first device, the egress window information in first notification information to an ingress node of a fifth generation mobile communication system, 5GS, for transmitting a TSN service; characterized in that: the first device is a translator; and the first notification information further comprises sending indication information which is used to indicate that the ingress node of the 5GS for transmitting the TSN service needs to send dedicated information simultaneously when sending the TSN service data packet, said dedicated information comprising a time stamp of when the TSN service data packet arrives at the 5GS and being used to help an egress node of the 5GS for transmitting the TSN service to determine by which egress window the received TSN service data packet is sent. the first device is a translator; and the first notification information further comprises sending indication information which is used to indicate that the ingress node of the 5GS for transmitting the TSN service needs to send dedicated information simultaneously when sending the TSN service data packet, said dedicated information comprising a time stamp of when the TSN service data packet arrives at the 5GS and being used to help an egress node of the 5GS for transmitting the TSN service to determine by which egress window the received TSN service data packet is sent.
Method for machining a hollow workpiece clamped on a machine tool, more particularly a cylinder or cylinder tube, in which a peeling tool is introduced into the workpiece and the latter is peeled off, which peeling tool comprises at least two guide strips (4, 5, 6, 7) for supporting the peeling tool on the workpiece, at least one peeling knife (8, 9) arranged between two guide strips (4, 5 and 6, 7) and a chip chamber (10, 11) adjoining the peeling knife (8, 9), which is formed by a continuous recess opening into the front and rear sides (12, 13) of the peeling tool, wherein a cooling lubricant flows through the continuous chip chamber (10, 11) for at least discharging at least one chip produced during peeling, characterized in that the workpiece is peeled off with a cooling lubricant flowing through the workpiece against the feed direction of the peeling tool, wherein the cooling lubricant guides the chip through the chip chamber (10, 11) laterally past the peeling tool and discharges it from the workpiece.