mhurhangee/ep-ind-claims huggingface dataset:
A lid (1, 51, 100) for a liquid material storage container including a storage cylinder that has a large-diameter opening at an upper end and a small-diameter opening at a lower end, and a flange extending in opposite lateral directions from an upper end portion of the storage cylinder, the lid (1, 51, 100) closing the large-diameter opening, the lid (1, 51, 100) comprising: an upper plate portion covering the flange and the large-diameter opening; a plug portion extending downward from a central region of the upper plate portion and plugging the large-diameter opening of the storage cylinder; a pair of first lateral portions coming into contact with lateral surfaces of a pair of short sides of the flange when the lid (1, 51, 100) is closed; a pair of claw portions extending from the pair of first lateral portions toward the plug portion and coming into contact with lower surfaces of the pair of short sides of the flange when the lid (1, 51, 100) is closed; and a push-up operating portion formed in at least one of the pair of first lateral portions, characterized in that a length of each of the claw portions is shorter than a distance between the claw portion and the upper plate portion, the lid (1, 51, 100) for the liquid material storage container further comprises a second lateral portion provided in association with one of the first lateral portions, and in that the second lateral portion is constituted by a pair of plate-like members extending from both short sides of the pair of first lateral portions toward the plug portion and coming into contact with lateral surfaces of a pair of long sides of the flange. an upper plate portion covering the flange and the large-diameter opening; a plug portion extending downward from a central region of the upper plate portion and plugging the large-diameter opening of the storage cylinder; a pair of first lateral portions coming into contact with lateral surfaces of a pair of short sides of the flange when the lid (1, 51, 100) is closed; a pair of claw portions extending from the pair of first lateral portions toward the plug portion and coming into contact with lower surfaces of the pair of short sides of the flange when the lid (1, 51, 100) is closed; and a push-up operating portion formed in at least one of the pair of first lateral portions, characterized in that a length of each of the claw portions is shorter than a distance between the claw portion and the upper plate portion, the lid (1, 51, 100) for the liquid material storage container further comprises a second lateral portion provided in association with one of the first lateral portions, and in that the second lateral portion is constituted by a pair of plate-like members extending from both short sides of the pair of first lateral portions toward the plug portion and coming into contact with lateral surfaces of a pair of long sides of the flange.
A compound which is N -[(4,6-dimethyl-2-oxo-1,2-dihydro-3-pyridinyl)methyl]-3-methyl-1-[(1 S)-1-methylpropyl]-6-[6-(1-piperazinyl)-3-pyridinyl]-1 H -indole-4-carboxamide, represented by the formula: or a pharmaceutically acceptable salt thereof.
A method for self synchronization of a first base station, comprising: receiving, at the first base station, synchronization information from a Mobility Management Entity, MME, the synchronization information being associated with a second base station and stored in the MME; and synchronizing the first base station with the second base station using the received synchronization information.
A method for matching a transmitter and a receiver among at least two receivers (10, 12, 14, 16), the transmitter being adapted to transmit a command, each receiver being adapted to receive this command and identify the transmitter and to provide a signal intended for an installer, the method comprising: (a) a step of defining a subset among the set of receivers; (b) a step of providing the signal by each receiver of the subset; (c) if only the receiver to be matched has provided the signal, a step of transmitting a command by the transmitter and of matching the receiver having provided the signal and the transmitter having transmitted the command, and if not, a step of defining a new subset, the step of defining a new subset being followed by an iteration of steps (b) and (c), said method being characterized in that it further comprises a step of assigning to each receiver a serial number for sending the signal, the step of defining a subset comprising the choice of a receiver of a given serial number, the step of defining a new subset comprising the choice of a receiver of another serial number.
Power supply system for a water-bound facility, having an electrical shaft (120, 121), wherein the electrical shaft (120, 121) is connectable to a first DC voltage bus for a first DC voltage and to a second DC voltage bus for a second DC voltage, wherein the electrical shaft (120, 121) comprises at least one variable-speed generator, driven by an internal combustion engine, for producing a motor voltage having variable amplitude and variable frequency and at least one variable-speed drive motor that is supplied with this motor voltage and coupled to a propulsion unit, wherein the first DC voltage bus is intended for a first DC voltage and the second DC voltage bus is intended for a second DC voltage, the first DC voltage being higher than the second DC voltage, characterized by a coupling between the first DC voltage bus and the second DC voltage bus for transporting electrical power from the second low-voltage DC voltage bus to the first higher-voltage DC voltage bus in order to supply the electrical shaft (120, 121) with electrical power.
A ball valve assembly comprising a duct with a central passage for the flow of fluids; a ball valve rotatably mounted within the duct, the ball valve having a through bore selectively alignable in an operational position with the central passage to allow flow through the valve assembly; a lateral opening in the duct; a handle attached to the ball valve and extending through the lateral opening such that it is accessible from outside the duct to allow rotation of the ball valve; characterised in that the ball valve, handle and duct are sized so that the ball valve and handle together are insertable into one end of the duct in a first orientation to an intermediate position, from which position and orientation the ball valve and handle together can be manipulated without the ball valve leaving the duct to a final position with a second orientation in which the handle extends out through the lateral opening and the ball valve is in its operational position.
A friction self-piercing rivet (F-SPR), comprising: a semi-hollow rivet shank, with a wedge shaped cone tip at the bottom end, wherein the rivet has a rivet head connected with the upper end of the rivet shank; the rivet head has a chamfering and rotatory driving structure at the upper end, and a positioning structure in the center; wherein the tip has a vertex conforming to the inner wall or outer wall of the rivet shank or between the inner wall and the outer wall; characterized in that the rotatory driving structure has several wedge-shaped notches evenly distributed along the circumferential direction, and wherein each wedge-shaped notch has two intersecting planes (112,113), intersecting at an intersection line, one of which is perpendicular to the upper surface of the rivet head, and is configured for bearing the circumferential torque, and the other one is tilted from the upper surface of the rivet head to the lower end of the rivet head for dynamic matching wherein said intersection line intersects the upper surface of the rivet head and the angle between the intersection line and the upper surface of the rivet head, measured in said one intersecting plane perpendicular to the upper surface of the rivet head, is 30 to 75 degrees; the positioning structure of the rivet head is a central cone shaped groove wherein the cone shaped groove is coaxial with the semi-hollow rivet shank to ensure that the rotation axis of the rivet is coincided with its geometric axis when the driving torque is applied. a semi-hollow rivet shank, with a wedge shaped cone tip at the bottom end, wherein the rivet has a rivet head connected with the upper end of the rivet shank; the rivet head has a chamfering and rotatory driving structure at the upper end, and a positioning structure in the center; wherein the tip has a vertex conforming to the inner wall or outer wall of the rivet shank or between the inner wall and the outer wall; characterized in that the rotatory driving structure has several wedge-shaped notches evenly distributed along the circumferential direction, and wherein each wedge-shaped notch has two intersecting planes (112,113), intersecting at an intersection line, one of which is perpendicular to the upper surface of the rivet head, and is configured for bearing the circumferential torque, and the other one is tilted from the upper surface of the rivet head to the lower end of the rivet head for dynamic matching wherein said intersection line intersects the upper surface of the rivet head and the angle between the intersection line and the upper surface of the rivet head, measured in said one intersecting plane perpendicular to the upper surface of the rivet head, is 30 to 75 degrees; the positioning structure of the rivet head is a central cone shaped groove wherein the cone shaped groove is coaxial with the semi-hollow rivet shank to ensure that the rotation axis of the rivet is coincided with its geometric axis when the driving torque is applied.
A process for preparing a compound of formula S P - 4: comprising: i) reacting compound C: wherein LG' is tosylate, camphorsulfonate, p-nitrophenoxide, p-chlorophenoxide, o-chlorophenoxide, 2,4-dinitrophenoxide, or pentafluorophenoxide, with a basic reagent and compound 3: wherein Z is a protecting group or hydrogen, to obtain protected or unprotected S P - 4; and ii) when S P - 4 is protected, deprotecting protected S P - 4 to obtain S P - 4. i) reacting compound C: wherein LG' is tosylate, camphorsulfonate, p-nitrophenoxide, p-chlorophenoxide, o-chlorophenoxide, 2,4-dinitrophenoxide, or pentafluorophenoxide, with a basic reagent and compound 3: wherein Z is a protecting group or hydrogen, to obtain protected or unprotected S P - 4; and wherein LG' is tosylate, camphorsulfonate, p-nitrophenoxide, p-chlorophenoxide, o-chlorophenoxide, 2,4-dinitrophenoxide, or pentafluorophenoxide, with a basic reagent and compound 3: wherein Z is a protecting group or hydrogen, to obtain protected or unprotected S P - 4; and ii) when S P - 4 is protected, deprotecting protected S P - 4 to obtain S P - 4.
An engine mounting apparatus for supporting a gas turbine engine module along an assembly line, the mounting apparatus characterised by comprising: a module adaptor mounted to an overhead carrier for rotation about a horizontal axis, the overhead carrier being supported from an overhead support structure for movement along the assembly line, the module adaptor extending from the carrier to an opposed distal end, the distal end having at least one mounting interface configured for attachment to a module of an engine for substantially supporting the engine horizontally from said module adaptor and rotatably about said horizontal axis such that said engine module remains horizontal during rotation.
An electric machine, comprising: - an impeller having a rotation shaft; - a rotor, having an annular configuration, mounted on the impeller, in a position circumferentially external to the impeller with respect to the rotation shaft thereof; and - a stator, operatively coupled to the rotor and arranged in a radially outer position with respect to the assembly of the impeller and the rotor, wherein the rotor comprises a plurality of magnetic portions and a plurality of electromagnetic flow barriers interposed to the magnetic portions, the electric machine being of the reluctance type; and the rotor has a modular structure, comprising a plurality of rotor modules configured to be arranged circumferencially around the rotation shaft of the impeller, each defining an annular portion of the rotor, wherein each rotor module carries, at a radially inner surface of the rotor, a respective coupling element, designed to mechanically couple with a corresponding coupling element carried by the impeller, and wherein the corresponding coupling element carried by the impeller is coupled to at least one blade of the impeller, at one end thereof positioned at a distance from the rotation shaft. - an impeller having a rotation shaft; - a rotor, having an annular configuration, mounted on the impeller, in a position circumferentially external to the impeller with respect to the rotation shaft thereof; and - a stator, operatively coupled to the rotor and arranged in a radially outer position with respect to the assembly of the impeller and the rotor,
A method comprising: receiving, by a first system manager operating on a first node of a distributed routing system that includes a plurality of nodes (22A-N), data indicating a current state of the distributed routing system; determining, by the first system manager, based at least in part on the current state of the distributed routing system and a set of rules for an application, an updated state of the distributed routing system; sending, by the first node, updated state data to a second node of the distributed routing system, the updated state data indicating at least a portion of the updated state of the distributed routing system, the first and second nodes being different ones of the plurality of nodes included in the distributed routing system; and responsive to receiving the updated state data, modifying, by a second system manager on the second node, a state of the second node to conform to the updated state of the distributed routing system, wherein modifying the state of the second node comprises at least one of: starting the application on the second node, stopping the application on the second node, or modifying a state of the application on the second node. receiving, by a first system manager operating on a first node of a distributed routing system that includes a plurality of nodes (22A-N), data indicating a current state of the distributed routing system; determining, by the first system manager, based at least in part on the current state of the distributed routing system and a set of rules for an application, an updated state of the distributed routing system; sending, by the first node, updated state data to a second node of the distributed routing system, the updated state data indicating at least a portion of the updated state of the distributed routing system, the first and second nodes being different ones of the plurality of nodes included in the distributed routing system; and responsive to receiving the updated state data, modifying, by a second system manager on the second node, a state of the second node to conform to the updated state of the distributed routing system, wherein modifying the state of the second node comprises at least one of: starting the application on the second node, stopping the application on the second node, or modifying a state of the application on the second node.
Laboratory instrument (100, 200, 300, 400, 500) for the preparation of samples, comprising a base housing (110, 210) with a work compartment (130, 230, 330, 530) enclosed by protective walls (101, 102, 103, 104, 105, 106) as well as at least one multifunctional work head (120, 220, 320, 520) that is pivotally supported on the base housing (110, 210) with the ability to turn about a rotary axis (121, 221, 521), said work head having at least two defined functional positions (122, 123, 124), wherein by way of turning the multifunctional work head (120, 220, 320, 520), each of these functional positions (122, 123, 124) can be aligned with at least one container platform (131, 231, 331, 531) which is arranged in the work compartment (130, 230, 330, 530), and wherein the first functional position (122, 123, 124) contains a receiving device (126, 326) which serves to hold a dosage-dispensing device (140, 240, 340) with free-flowing dosage material, and each of the other functional positions (122, 123, 124) contains a further device, characterized in that at least one of the protective walls (101, 102, 103, 104, 105, 106) has a cutout (109, 209, 309, 509) and the at least one multifunctional work head (120, 220, 320, 520) is arranged partially in the cutout (109, 209, 309, 509), so that a part of the multifunctional work head (120, 220, 320, 520) lies outside the work compartment (130, 230, 330, 530) and the other part of the multifunctional work head (120, 220, 320, 520) lies inside the work compartment (130, 230, 330, 530) and a part of the multifunctional work head (120, 220, 320, 520) is always located outside of the work compartment (130, 230, 330, 530), so that the functional position that lies in this part is accessible.
A method of operating a base station of a communications network, comprising: transmitting, on a set of resources, a first communication to each of a plurality of user equipments, UEs; receiving acknowledgments, ACKs, to the transmitted first communications from a first subset of the plurality of UEs; determining that a second subset of the plurality of UEs has failed to acknowledge the transmitted first communications; configuring a group scheduling message that indicates an allocation of the set of resources to the second subset of UEs based on a predetermined resource reallocation scheme; transmitting the group scheduling message to the second subset of UEs; and transmitting, on the set of resources, a second communication to each UE in the second subset of UEs in accordance with the indicated allocation from the group scheduling message; wherein at least one resource of the set of resources, associated with transmission of a respective transmitted first communication to a first respective UE among the first subset of UEs, is associated with transmission of a respective transmitted second communication to a second respective UE among the second subset of UEs; and wherein at least one additional resource of the set of resources, associated with transmission of a respective transmitted first communication to the second respective UE, is associated with transmission of the respective transmitted second communication to the second respective UE. transmitting, on a set of resources, a first communication to each of a plurality of user equipments, UEs; receiving acknowledgments, ACKs, to the transmitted first communications from a first subset of the plurality of UEs; determining that a second subset of the plurality of UEs has failed to acknowledge the transmitted first communications; configuring a group scheduling message that indicates an allocation of the set of resources to the second subset of UEs based on a predetermined resource reallocation scheme; transmitting the group scheduling message to the second subset of UEs; and transmitting, on the set of resources, a second communication to each UE in the second subset of UEs in accordance with the indicated allocation from the group scheduling message; wherein at least one resource of the set of resources, associated with transmission of a respective transmitted first communication to a first respective UE among the first subset of UEs, is associated with transmission of a respective transmitted second communication to a second respective UE among the second subset of UEs; and wherein at least one additional resource of the set of resources, associated with transmission of a respective transmitted first communication to the second respective UE, is associated with transmission of the respective transmitted second communication to the second respective UE.
A continuous drying apparatus, comprising: a pair of rotatable drums 1101 arranged in parallel to the axes of rotation, separated by an adjustable gap 1410, and having drum roller drive assembly 1200, said pair of rotatable drums 1101 comprising: an evaporative surface 1110 for receiving a slurry; and at least one heating element 1102; a drum gap adjustment assembly 1400 comprising an incorporated load cell and a controller configured to maintain a constant applied pressure between the surfaces of said pair of rotatable drums 1101, providing in-line adjustment of said adjustable gap 1410 during operation to control particle size; a pair of scrapers 1301 for removing a dried solid from said evaporative surface 1110 of said rotatable drums 1101; a housing 1600 capable of operation at a reduced pressure; an outlet 1610; and a slurry inlet 1607. a pair of rotatable drums 1101 arranged in parallel to the axes of rotation, separated by an adjustable gap 1410, and having drum roller drive assembly 1200, said pair of rotatable drums 1101 comprising: an evaporative surface 1110 for receiving a slurry; and at least one heating element 1102; an evaporative surface 1110 for receiving a slurry; and at least one heating element 1102; a drum gap adjustment assembly 1400 comprising an incorporated load cell and a controller configured to maintain a constant applied pressure between the surfaces of said pair of rotatable drums 1101, providing in-line adjustment of said adjustable gap 1410 during operation to control particle size; a pair of scrapers 1301 for removing a dried solid from said evaporative surface 1110 of said rotatable drums 1101; a housing 1600 capable of operation at a reduced pressure; an outlet 1610; and a slurry inlet 1607.
Double-walled pipe with integrated heating capability for an aircraft or spacecraft, comprising: a pipe body being rigidly formed in one piece from plastic with an inner wall, with an outer wall and with a plurality of wall supports, the wall supports connecting the inner wall to the outer wall, the inner wall and the outer wall defining an intermediate space; and an electrically conductive coating surrounding the inner wall within the intermediate space and being configured to heat up under application of an electric current such that heat is transferred to the inner wall, wherein the electrically conductive coating has a positive temperature coefficient. a pipe body being rigidly formed in one piece from plastic with an inner wall, with an outer wall and with a plurality of wall supports, the wall supports connecting the inner wall to the outer wall, the inner wall and the outer wall defining an intermediate space; and an electrically conductive coating surrounding the inner wall within the intermediate space and being configured to heat up under application of an electric current such that heat is transferred to the inner wall, wherein the electrically conductive coating has a positive temperature coefficient.