mhurhangee/ep-ind-claims huggingface dataset:
An automotive audio assembly comprising a housing assembly and a subassembly (64, 66) including at least one audio component, and a base member defining a plurality of guide surfaces (168, 170); characterized in that it is a lightweight automotive audio assembly with self-grounding features, wherein: the housing assembly is formed of a rigid composite structure of polymer based material and electrically conductive wire screen coextensively insert molded therewith, said housing assembly including a box-like case with integrally formed side and rear wall portions and a front closure member; wherein the subassembly includes at least one electrical contact surface (688, 690) in-circuit with said audio component; comprising a system of guideways integrally formed within said case and closure member, said guideways being operative to cooperatively engage said subassembly guide surfaces to affect self-alignment of said subassembly in a predetermined orientation within said housing assembly; and wherein said housing assembly defines at least one opening such as window, niche or recess in a wall surface thereof, said opening being substantially closed by an exposed portion of said wire screen and aligned with one of said guideways, whereby the electrical contact surface of said subassembly engages said exposed wire screen to maintain an electrical connection therebetween. the housing assembly is formed of a rigid composite structure of polymer based material and electrically conductive wire screen coextensively insert molded therewith, said housing assembly including a box-like case with integrally formed side and rear wall portions and a front closure member; wherein the subassembly includes at least one electrical contact surface (688, 690) in-circuit with said audio component; comprising a system of guideways integrally formed within said case and closure member, said guideways being operative to cooperatively engage said subassembly guide surfaces to affect self-alignment of said subassembly in a predetermined orientation within said housing assembly; and wherein said housing assembly defines at least one opening such as window, niche or recess in a wall surface thereof, said opening being substantially closed by an exposed portion of said wire screen and aligned with one of said guideways, whereby the electrical contact surface of said subassembly engages said exposed wire screen to maintain an electrical connection therebetween.
A medical device (20, 40, 60) for use in aiding the successful placement of a needle tip in a blood vessel, the medical device comprising a resiliently deformable collapsible body defining a pressure chamber therein, a biasing means operable to urge the resiliently deformable collapsible body from a collapsed configuration to an expanded configuration, a port for engagement of a hub of a needle, the port defining a fluid passageway from the exterior of the resiliently deformable collapsible body to the interior of the pressure chamber, and in which the medical device further comprises means (31, 41) to generate an audible noise upon expansion of the collapsible body from a collapsed configuration to an expanded configuration.
An opening and closing device control system, comprising: an opening and closing device which opens and closes an opening of a garage by an opening and closing body; a transmitter which is provided in a vehicle and turns on/off sending of an automatic transmitting signal in conjunction with turning on/off of a start switch of the vehicle; an inside-garage sensor which outputs a vehicle sensing signal upon contactlessly sensing the vehicle in the garage; an outside-garage sensor which outputs the vehicle sensing signal upon contactlessly sensing the vehicle in a specified area outside the garage; and a controller which controls the opening and closing device, characterised in that a receiver is connected to_the controller and wherein the controller causes the opening and closing device to perform an open operation when either a condition, under which the vehicle sensing signal from the inside-garage sensor is present and the automatic transmitting signal is received by the receiver, or a condition, under which the vehicle sensing signal from the outside-garage sensor is present and the automatic transmitting signal is received by the receiver, is satisfied. an opening and closing device which opens and closes an opening of a garage by an opening and closing body; a transmitter which is provided in a vehicle and turns on/off sending of an automatic transmitting signal in conjunction with turning on/off of a start switch of the vehicle; an inside-garage sensor which outputs a vehicle sensing signal upon contactlessly sensing the vehicle in the garage; an outside-garage sensor which outputs the vehicle sensing signal upon contactlessly sensing the vehicle in a specified area outside the garage; and a controller which controls the opening and closing device, characterised in that a receiver is connected to_the controller and wherein the controller causes the opening and closing device to perform an open operation when either a condition, under which the vehicle sensing signal from the inside-garage sensor is present and the automatic transmitting signal is received by the receiver, or a condition, under which the vehicle sensing signal from the outside-garage sensor is present and the automatic transmitting signal is received by the receiver, is satisfied.
A pharmaceutical composition for use in the treatment of cancer, said composition comprising one or more compounds having a structure represented by a following formula or a pharmaceutically acceptable salt thereof, wherein: L represents a direct bond or an optionally substituted C 1 -C 5 alkylene group; M represents a hydrogen atom or a halogen atom; R 1 represents an optionally substituted, straight chain or branched chain C 1 -C 5 alkyl group; R 2 represents a hydrogen atom, a straight chain or branched chain C 1 -C 5 alkyl group, a C 6 -C 14 aryl group, or a C 7 -C 16 arylalkyl group; and R 3 represents a hydrogen atom or a straight chain or branched chain C 1 -C 3 alkyl group, wherein the cancer is associated with expression of LAT1, and is selected from a group consisting of pancreatic cancer, leukemia, colorectal cancer, lung cancer, prostate cancer, stomach cancer, breast cancer, kidney cancer, laryngeal cancer, esophageal cancer, liver cancer, lymphoma, myeloma, head and neck cancer, ovarian cancer, bladder cancer, childhood cancer, childhood leukemia, and a brain tumor. wherein: L represents a direct bond or an optionally substituted C 1 -C 5 alkylene group; M represents a hydrogen atom or a halogen atom; R 1 represents an optionally substituted, straight chain or branched chain C 1 -C 5 alkyl group; R 2 represents a hydrogen atom, a straight chain or branched chain C 1 -C 5 alkyl group, a C 6 -C 14 aryl group, or a C 7 -C 16 arylalkyl group; and R 3 represents a hydrogen atom or a straight chain or branched chain C 1 -C 3 alkyl group, wherein the cancer is associated with expression of LAT1, and is selected from a group consisting of pancreatic cancer, leukemia, colorectal cancer, lung cancer, prostate cancer, stomach cancer, breast cancer, kidney cancer, laryngeal cancer, esophageal cancer, liver cancer, lymphoma, myeloma, head and neck cancer, ovarian cancer, bladder cancer, childhood cancer, childhood leukemia, and a brain tumor.
A method performed by a job scheduling node for scheduling data processing across a set of processing machines, each processing machine comprising at least one data processor, the method comprising: - receiving (2:2, 600) a request for a data processing job composed of a plurality m of tasks, wherein the data processing job is identified as a medium-lived job with an estimated duration within a predefined interval, the lower bound of said predefined interval being positive; - estimating the job completion time, and if the estimated job completion time is equal to or larger than a required completion time of the data processing job; - obtaining (2:5, 614) a current processor resource status of each processing machine, the processor resource status indicating at least current usage of each data processor in said processing machine and the closeness to the job scheduling node in terms of a determined I/O time between the data processors and the job scheduling node; - selecting (2:6, 616) n ∗ m vacant data processors where n is an integer bigger than 1; - adjusting the values of the determined I/O time for each of n ∗ m selected data processors by adding a random factor; and - dispatching (2:7, 620) the m data processing jobs separately to m vacant data processors having the shortest adjusted I/O time among the n ∗ m data processors. - receiving (2:2, 600) a request for a data processing job composed of a plurality m of tasks, wherein the data processing job is identified as a medium-lived job with an estimated duration within a predefined interval, the lower bound of said predefined interval being positive; - estimating the job completion time, and if the estimated job completion time is equal to or larger than a required completion time of the data processing job; - obtaining (2:5, 614) a current processor resource status of each processing machine, the processor resource status indicating at least current usage of each data processor in said processing machine and the closeness to the job scheduling node in terms of a determined I/O time between the data processors and the job scheduling node; - selecting (2:6, 616) n ∗ m vacant data processors where n is an integer bigger than 1; - adjusting the values of the determined I/O time for each of n ∗ m selected data processors by adding a random factor; and - dispatching (2:7, 620) the m data processing jobs separately to m vacant data processors having the shortest adjusted I/O time among the n ∗ m data processors.
Device for guiding a spring which is part of a control mechanism, this device comprising two elements which are able to slide in relation to one another and are respectively articulated to two pins, at least one of which is mechanically connected to an operating shaft, and a compression spring which is mounted around these two elements and bears by way of its two opposite ends respectively against the two aforementioned pins via respectively two bases, each of its bases being mounted articulated in relation to one of the aforementioned pins, this device comprising two rods (4, 5), each rod being fixed by way of one (4a, 5a) of its ends to one of the aforementioned bases (6, 7) and being mounted slidingly by way of its opposite end (4b, 5b) in relation to the other one of the aforementioned bases (7, 6), the two rods (4, 5), respectively first and second rod, are fixed by way of one of their ends (4a, 5a) respectively to the two bases, respectively first base and second base, characterized in that each first and second base (6, 7) has a sleeve-forming portion (15, 16) that is able to slidingly receive the free end (5b, 4b) of, respectively, the second rod and the first rod such that, when these free ends (5b, 4b) are mounted in the corresponding sleeves (15, 16), said rods (4, 5) extend substantially parallel to one another, the two aforementioned sleeve-forming portions (15, 16) making up, by way of their outer surface, a means for guiding the spring and the two aforementioned sleeve-forming portions (15, 16) extending over a length corresponding substantially to half of the length of the rods.
A method for use in a multi-code storage system, the method comprising: receiving, from a first storage system using a first code, a first set of symbols ( X ( A 1)) associated with a file, wherein the first set of symbols comprises a first set of source symbols or a first set of coded symbols encoded using the first set of source symbols; receiving, from a second storage system using a second code different from the first code, a second set of symbols ( X ( A 2)) associated with the file, wherein the second set of symbols comprises a second set of source symbols or a second set of coded symbols encoded using the second set of source symbols with the first set of source symbols being different than the second set of source symbols, and wherein at least one of the first set of symbols or the second set of symbols are a set of coded symbols ( C ( A 1), C ( A 2)); and jointly decoding the first and second symbols to recover the file. receiving, from a first storage system using a first code, a first set of symbols ( X ( A 1)) associated with a file, wherein the first set of symbols comprises a first set of source symbols or a first set of coded symbols encoded using the first set of source symbols; receiving, from a second storage system using a second code different from the first code, a second set of symbols ( X ( A 2)) associated with the file, wherein the second set of symbols comprises a second set of source symbols or a second set of coded symbols encoded using the second set of source symbols with the first set of source symbols being different than the second set of source symbols, and wherein at least one of the first set of symbols or the second set of symbols are a set of coded symbols ( C ( A 1), C ( A 2)); and jointly decoding the first and second symbols to recover the file.
A corn harvester divider (100, 200, 300, 400, 500), comprising: a hood with a top surface, first and second side surfaces (108, 110), a proximal end and a distal end, and a tall corn attachment (102, 202, 402, 502) mounted to the hood and configured to be positioned in a stored position or a working position, wherein in the working position the tall corn attachment (102, 202, 402, 502) extends from the top surface of the hood; characterized in that one of the first or second side surfaces (108, 110) includes a recessed area formed therein; and wherein in the stored position the tall corn attachment (102, 202, 402, 502) is received within the recessed area of the hood, and wherein the tall corn attachment (102, 202, 402, 502) includes a latching mechanism for locking the tall corn attachment (102, 202, 402, 502) in the stored position or the working position. a hood with a top surface, first and second side surfaces (108, 110), a proximal end and a distal end, and a tall corn attachment (102, 202, 402, 502) mounted to the hood and configured to be positioned in a stored position or a working position, wherein in the working position the tall corn attachment (102, 202, 402, 502) extends from the top surface of the hood; characterized in that one of the first or second side surfaces (108, 110) includes a recessed area formed therein; and wherein in the stored position the tall corn attachment (102, 202, 402, 502) is received within the recessed area of the hood, and wherein the tall corn attachment (102, 202, 402, 502) includes a latching mechanism for locking the tall corn attachment (102, 202, 402, 502) in the stored position or the working position.
Anchoring element for anchoring in a borehole in a material, the anchoring element (1; 1a) comprising a. a cylindrical core having i. an insertion end, ii. an opposite outer end, iii. a screw-in direction orientated from the outer end to the insertion end, iv. a central longitudinal axis orientated parallel to the screw-in direction, b. a cutting thread, formed integrally with the core and extending from the insertion end along a cutting thread portion (A G), for screwing this into the borehole, c. a fixing thread, arranged in the core and open outwards counter to the screw-in direction, for fixing a fixing element, d. a torque transmission means, arranged on the core, for transmitting a screw-in torque from a tool to the core, e. a countersunk head, which is arranged on the outer end and of which the outer face tapers conically along the screw-in direction, characterised by f. at least one projection (13; 13a) arranged on the outer face, the at least one projection (13; 13a) having a projection depth (t), orientated perpendicular to the outer face, which is variable along the screw-in direction. a. a cylindrical core having i. an insertion end, ii. an opposite outer end, iii. a screw-in direction orientated from the outer end to the insertion end, iv. a central longitudinal axis orientated parallel to the screw-in direction, i. an insertion end, ii. an opposite outer end, iii. a screw-in direction orientated from the outer end to the insertion end, iv. a central longitudinal axis orientated parallel to the screw-in direction, b. a cutting thread, formed integrally with the core and extending from the insertion end along a cutting thread portion (A G), for screwing this into the borehole, c. a fixing thread, arranged in the core and open outwards counter to the screw-in direction, for fixing a fixing element, d. a torque transmission means, arranged on the core, for transmitting a screw-in torque from a tool to the core, e. a countersunk head, which is arranged on the outer end and of which the outer face tapers conically along the screw-in direction, characterised by f. at least one projection (13; 13a) arranged on the outer face, the at least one projection (13; 13a) having a projection depth (t), orientated perpendicular to the outer face, which is variable along the screw-in direction.
An apparatus for producing 2,3,3,3-tetrafluoropropene comprising: a) hydrogenation reactor, b) an inlet for a starting material feed stream, connected to said hydrogenation reactor, and c) an outlet for hydrogenation reaction mixture connected to a dehydrofluorination reactor, d) an outlet for dehydrofluorination reaction mixture connected to a first distillation column, e) an outlet of first distillation column for high boiling point fraction 1A is connected to a second distillation column, f) an outlet of second distillation column for recycling a stream comprising 1,2,3,3,3-pentafluoropropene to the hydrogenation reactor, g) an outlet of second distillation column for recycling a stream comprising 1,2,3,3,3-pentafluoropropene and hexafluoropropene to the dehydrofluorination reactor, h) an outlet of the first distillation column for final product stream of 2,3,3,3-tetrafluoropropene. a) hydrogenation reactor, b) an inlet for a starting material feed stream, connected to said hydrogenation reactor, and c) an outlet for hydrogenation reaction mixture connected to a dehydrofluorination reactor, d) an outlet for dehydrofluorination reaction mixture connected to a first distillation column, e) an outlet of first distillation column for high boiling point fraction 1A is connected to a second distillation column, f) an outlet of second distillation column for recycling a stream comprising 1,2,3,3,3-pentafluoropropene to the hydrogenation reactor, g) an outlet of second distillation column for recycling a stream comprising 1,2,3,3,3-pentafluoropropene and hexafluoropropene to the dehydrofluorination reactor, h) an outlet of the first distillation column for final product stream of 2,3,3,3-tetrafluoropropene.
Vessel comprising an assembly for transferring fluids between said vessel and a turret structure mounted in said vessel for a rotation around a substantially vertical turret axis, wherein said turret structure comprises a swivel having at least one fluid path and wherein the fluid path is connected with one end of a fluid piping of which the second end is connected to the vessel, wherein the assembly further comprises a bridge member connecting a part of the turret structure with the vessel, wherein a rotation of said part of the turret structure around the turret axis is substantially locked to the rotation of the vessel, characterized in that the bridge member is flexible and in that a relative displacement between said part of the turret structure and the vessel or a structure (23;30) fixed to the vessel is allowed, and wherein said bridge member supports the fluid piping to substantially take away the loads from the fluid piping on the said swivel and its outlets.
A communication control device comprising: an association table updater that updates, when receiving from a first wireless device a first packet containing an identification number of a first communication terminal connected to the first wireless device, an association table storing an address of the first wireless device and the identification number of the first communication terminal in association with each other; and a correction packet transmitter that transmits, when a second packet received from a second wireless device to which a second communication terminal is connected contains an address of the second wireless device, an identification number of the second communication terminal, and an identification number indicating a destination of the second packet, and when the identification number indicating the destination is the identification number of the first communication terminal stored in the association table, a first correction packet containing the address of the second wireless device and the identification number of the second communication terminal to the first wireless device after the second packet is transmitted to the first wireless device, wherein the correction packet transmitter further transmits, to the second wireless device, a second correction packet containing the address of the first wireless device and the identification number of the first communication terminal. an association table updater that updates, when receiving from a first wireless device a first packet containing an identification number of a first communication terminal connected to the first wireless device, an association table storing an address of the first wireless device and the identification number of the first communication terminal in association with each other; and a correction packet transmitter that transmits, when a second packet received from a second wireless device to which a second communication terminal is connected contains an address of the second wireless device, an identification number of the second communication terminal, and an identification number indicating a destination of the second packet, and when the identification number indicating the destination is the identification number of the first communication terminal stored in the association table, a first correction packet containing the address of the second wireless device and the identification number of the second communication terminal to the first wireless device after the second packet is transmitted to the first wireless device, wherein the correction packet transmitter further transmits, to the second wireless device, a second correction packet containing the address of the first wireless device and the identification number of the first communication terminal.