mhurhangee/ep-ind-claims huggingface dataset:
A cash processing system, comprising: a cash processing machine capable of executing a plurality of types of cash processing; and a server to be connected to the cash processing machine via a network, wherein: the server comprises an extended function program providing section configured to provide any one of a plurality of extended function programs for executing the plurality of types of cash processing in accordance with a download request from the cash processing machine, the cash processing machine comprises: a first storage section configured to store a basic function program for executing basic processing commonly needed to execute the plurality of types of cash processing; a second storage section configured to store the extended function program; and a control section configured to execute the basic function program and the extended function program, wherein the control section is configured to download the extended function program corresponding to the cash processing included in a processing request from the server upon reception of the processing request designating execution of any one of the plurality of types of cash processing, to store the extended function program in the second storage section, characterized in that the second storage section is a nonvolatile memory, and in a case where the extended function program is a program corresponding to the cash processing with processing authority requested, the extended function program is deleted upon completion of the cash processing. the server comprises an extended function program providing section configured to provide any one of a plurality of extended function programs for executing the plurality of types of cash processing in accordance with a download request from the cash processing machine, the cash processing machine comprises: a first storage section configured to store a basic function program for executing basic processing commonly needed to execute the plurality of types of cash processing; a second storage section configured to store the extended function program; and a control section configured to execute the basic function program and the extended function program, wherein a first storage section configured to store a basic function program for executing basic processing commonly needed to execute the plurality of types of cash processing; a second storage section configured to store the extended function program; and a control section configured to execute the basic function program and the extended function program, wherein the control section is configured to download the extended function program corresponding to the cash processing included in a processing request from the server upon reception of the processing request designating execution of any one of the plurality of types of cash processing, to store the extended function program in the second storage section, characterized in that the second storage section is a nonvolatile memory, and in a case where the extended function program is a program corresponding to the cash processing with processing authority requested, the extended function program is deleted upon completion of the cash processing.
A device to feed products from an entrance position to an exit position, comprising a closed path, along which overturning members (9; 9A-9D) move, which are configured to pick the products in the entrance position and to release the products in the exit position; wherein the overturning members (9; 9A-9D) are configured and arranged to perform, along a segment of said closed path comprised between the entrance position and the exit position, a rotation by about 90°, in order to overturn the products while translating them from the entrance position to the exit position along said segment of path; wherein each overturning member (9; 9A-9D) is fastened to a respective endless conveyor (31, 33; 53, 55) extending along the closed path and moved by means of a respective first motor (25; 41); wherein each overturning member (9: 9A-9D) is hinged around a rotation axis (B-B) transverse with respect to the closed path, so as to rotate around said rotation axis with respect to the endless conveyor (31, 33; 53, 55) to which it is fastened; wherein each overturning member (9: 9A-9D) cooperates with a respective rotation mechanism controlling the rotation of the overturning member (9: 9A-9D) around the rotation axis thereof, according to the position of the overturning member (9; 9A-9D) along the closed path; characterized in that the rotation mechanism comprises a flexible endless member (77; 97) actuated by means of a respective second motor (69; 91); and wherein the movement of the flexible endless member (77; 97) controlled by the second motor (69; 91) and the movement of the endless conveyor (31, 33; 53, 55) controlled by the first motor (25; 41) are coordinated so as to cause translation and overturning of the respective overturning member (9; 9A-9D) associated therewith, between the entrance position and the exit position of the products.
"BASEBOARD POST GUARD which is made up of two pieces (11, 11') intended to be placed facing each other around a post, so that an interior cavity is created between the interior perimeter of the baseboard and the edge of the post, wherein the interior cavity is filled with an elastic filling material that forms an elastic seal, such that this material joins the two pieces to the post, but at the same time allows the absorption of thermal dilations and mechanical vibrations the post is subjected to; characterized in that the two pieces (11, 11') have a noticeably "U"-shaped prismatic base and a certain height, the "U"-shaped base being made up of a central wing with arms (14a, 14b) that stick out perpendicularly thereto to form the ends of the U-shaped pieces; and the central area of said central wing of each piece has a central element in form of a tab that protrudes from the central part of the "U"-shaped base perpendicular to the central wing.
A lubricating oil composition comprising: (a) a major amount of oil of lubricating viscosity, (b) a calcium containing detergent, (c) at least 800 ppm of Mg from a magnesium containing detergent (d) less than 600 ppm of N from a nitrogen containing dispersant; wherein the lubricating oil composition has a phosphorus content of from 0.06 to 0.15 wt. %, a sulfur content of less than 0.5 wt. % and a sulfated ash content of from greater than 0.8 wt. % to 2.0 wt. %, wherein the mass ratio of Ca to Mg is from 1:2 to 4:1, and wherein said lubricating oil composition is suitable for lubricating the crankcase of an internal combustion engine of a vehicle and at least one of a wet clutch, brakes, torque converters, gear systems, hydro static transmissions and hydraulic systems. (a) a major amount of oil of lubricating viscosity, (b) a calcium containing detergent, (c) at least 800 ppm of Mg from a magnesium containing detergent (d) less than 600 ppm of N from a nitrogen containing dispersant; wherein the lubricating oil composition has a phosphorus content of from 0.06 to 0.15 wt. %, a sulfur content of less than 0.5 wt. % and a sulfated ash content of from greater than 0.8 wt. % to 2.0 wt. %, wherein the mass ratio of Ca to Mg is from 1:2 to 4:1, and wherein said lubricating oil composition is suitable for lubricating the crankcase of an internal combustion engine of a vehicle and at least one of a wet clutch, brakes, torque converters, gear systems, hydro static transmissions and hydraulic systems. wherein the lubricating oil composition has a phosphorus content of from 0.06 to 0.15 wt. %, a sulfur content of less than 0.5 wt. % and a sulfated ash content of from greater than 0.8 wt. % to 2.0 wt. %, wherein the mass ratio of Ca to Mg is from 1:2 to 4:1, and wherein said lubricating oil composition is suitable for lubricating the crankcase of an internal combustion engine of a vehicle and at least one of a wet clutch, brakes, torque converters, gear systems, hydro static transmissions and hydraulic systems.
A cloud server system connected to a cloud server, an uploading client device, and a downloading client device over a network, the cloud server system comprising a validation application, an input/output interface, and data storage, wherein the cloud server system is configured to: receive, via the input/output interface, a first set of data from the uploading client device over the network; determine, using the validation application, that a portion of the first set of data fails at least one validation rule of a set of validation rules; transmit, via the input/output interface, a notification to the uploading client device indicating the portion of the first set of data that failed the at least one validation rule and including details of how to comply with the validation rules and instructions to retransmit the portion of the first set of data that failed the at least one validation rule; receive, via the input/output interface, a second set of data from the uploading client device over the network, the second set of data including the portion of the first set of data that failed the at least one validation rule reformatted and/or regenerated according to the notification; determine, using the validation application, that the second set of data passes the set of validation rules; and transmit, via the input/output interface, the second set of data to the downloading client device based on downloading client privileges associated with the downloading client device. receive, via the input/output interface, a first set of data from the uploading client device over the network; determine, using the validation application, that a portion of the first set of data fails at least one validation rule of a set of validation rules; transmit, via the input/output interface, a notification to the uploading client device indicating the portion of the first set of data that failed the at least one validation rule and including details of how to comply with the validation rules and instructions to retransmit the portion of the first set of data that failed the at least one validation rule; receive, via the input/output interface, a second set of data from the uploading client device over the network, the second set of data including the portion of the first set of data that failed the at least one validation rule reformatted and/or regenerated according to the notification; determine, using the validation application, that the second set of data passes the set of validation rules; and transmit, via the input/output interface, the second set of data to the downloading client device based on downloading client privileges associated with the downloading client device.
A prosthetic valve for placement in a native mitral valve annulus between a left atrium and a left ventricle, comprising: a self-expanding tubular stent, a leaflet assembly disposed within the tubular stent, and a cuff at one end of the tubular stent, the cuff being formed of independent loops of wire creating lobes that extend around a circumference of the cuff and being covered by stabilized tissue or material, the independent loops defining circumferential spaces between adjacent loops, the stabilized tissue or material extending between a radially outer end of the loops across all of the circumferential spaces, wherein the cuff extends from the tubular stent and forms at least part of an inflow end of the prosthetic valve and has flexibility to enable it to conform to the shape of the mitral annulus and to provide a tight seal against the atrial tissue against the mitral annulus and the tissue within the mitral annulus, characterized in that the cuff forms an angle with respect to the tubular stent in a range of between about 60 degrees and about 150 degrees when deployed, the cuff functioning to counteract longitudinal pressure against the prosthetic valve in a direction of the left ventricle to keep the prosthetic valve from being displaced or slipping into the left ventricle, wherein each of the loops has a length that is different from an adjacent loop. a self-expanding tubular stent, a leaflet assembly disposed within the tubular stent, and a cuff at one end of the tubular stent, the cuff being formed of independent loops of wire creating lobes that extend around a circumference of the cuff and being covered by stabilized tissue or material, the independent loops defining circumferential spaces between adjacent loops, the stabilized tissue or material extending between a radially outer end of the loops across all of the circumferential spaces, wherein the cuff extends from the tubular stent and forms at least part of an inflow end of the prosthetic valve and has flexibility to enable it to conform to the shape of the mitral annulus and to provide a tight seal against the atrial tissue against the mitral annulus and the tissue within the mitral annulus, characterized in that the cuff forms an angle with respect to the tubular stent in a range of between about 60 degrees and about 150 degrees when deployed, the cuff functioning to counteract longitudinal pressure against the prosthetic valve in a direction of the left ventricle to keep the prosthetic valve from being displaced or slipping into the left ventricle, wherein each of the loops has a length that is different from an adjacent loop.
A method of reserving communication resources in a wireless communication network comprising a plurality of nodes, each of the plurality of nodes being connected to one or more of the plurality of nodes via one or more links, the method comprising: - receiving, by a node (100, N6) of the plurality of nodes and from a neighbor node (N12, N6, N3), a resource reservation message including first reservation information indicating one or more communication resources for at least one link (L6,12) of the wireless communication network, wherein a link is an individual hop in an end-to-end route from a start node (N12, N15) to a root aggregation node, which is an access node with wired backhaul; and - determining if any link controlled by the node is part of the end-to-end route; - modifying, by the node, the received resource reservation message, only if i) the determining is affirmative and ii) the node actually performs reservation of one or more communication resources for the link, by including second reservation information indicating one or more communication resources for the link of the node in the received resource reservation message; and - transmitting, by the node, the modified resource reservation message to one or more neighbor nodes of the node. - receiving, by a node (100, N6) of the plurality of nodes and from a neighbor node (N12, N6, N3), a resource reservation message including first reservation information indicating one or more communication resources for at least one link (L6,12) of the wireless communication network, wherein a link is an individual hop in an end-to-end route from a start node (N12, N15) to a root aggregation node, which is an access node with wired backhaul; and - determining if any link controlled by the node is part of the end-to-end route; - modifying, by the node, the received resource reservation message, only if i) the determining is affirmative and ii) the node actually performs reservation of one or more communication resources for the link, by including second reservation information indicating one or more communication resources for the link of the node in the received resource reservation message; and - transmitting, by the node, the modified resource reservation message to one or more neighbor nodes of the node.
A protection device for protecting installation personnel during installation works on a passenger transport system in the form of an escalator or moving walkway, wherein the protection device comprises at least one blocking device and at least one support which are or can be connected to one another, said blocking device extending transversely to the support and along the longitudinal extent of the passenger transport system at least during the installation works, and the support having a fastening region at one of its ends, which fastening region is designed for fastening to a supporting structure of the passenger transport system, characterized in that • the protection device has at least one sensor module and a signal connecting unit, the signal connecting unit being configured to exchange data with the at least one sensor module and with a data transmission module of the passenger transport system; and • a sensor module is arranged in the fastening region of at least one support, said sensor module detecting data about a fastening state of the fastening region and transmitting said data via the signal connecting unit to the data transmission module of the passenger transport system. • the protection device has at least one sensor module and a signal connecting unit, the signal connecting unit being configured to exchange data with the at least one sensor module and with a data transmission module of the passenger transport system; and • a sensor module is arranged in the fastening region of at least one support, said sensor module detecting data about a fastening state of the fastening region and transmitting said data via the signal connecting unit to the data transmission module of the passenger transport system.
Running gear of a rail vehicle, comprising: wheels (2, 3) located opposite one another in pairs transversely to the direction of travel; motors (4, 5) located opposite one another in pairs transversely to the direction of travel, which drive the wheels (2, 3) and each comprise a rotor; a mechanically releasable, rigid connection arranged between the two wheels (2, 3), the mechanically releasable, rigid connection being a mechanically interruptible wheelset axle or wheelset shaft or a mechanically interruptible carrier, characterized by a coupling by way of which the rigid connection can be mechanically released. wheels (2, 3) located opposite one another in pairs transversely to the direction of travel; motors (4, 5) located opposite one another in pairs transversely to the direction of travel, which drive the wheels (2, 3) and each comprise a rotor; a mechanically releasable, rigid connection arranged between the two wheels (2, 3), the mechanically releasable, rigid connection being a mechanically interruptible wheelset axle or wheelset shaft or a mechanically interruptible carrier, characterized by a coupling by way of which the rigid connection can be mechanically released.
A flow body (2, 34) of an aircraft, comprising: - a flow surface (20, 46) exposed to an airstream during flight of the aircraft, - at least one structural component (16, 38) in form of a front spar (16, 38) attached to an interior of the flow surface (20, 46), - at least one perforated area comprising a plurality of openings extending through the flow surface (20, 46), - a manifold (26, 36) in form of a line section, positioned interior to the flow surface (20, 46) in fluid communication with the openings and upstream of the at least one structural component (16, 38), and - a bifurcated arrangement of two suction ducts (24, 42), each having a first end (23, 41, 45) and a second end (25, 43, 47), each first end (23, 41, 45) being connected to the manifold (26, 36), each second end (25, 43, 47) being placed exterior to the flow surface (20, 46) downstream of the at least one structural component (16, 38), wherein the second ends (25, 43, 47) of both suction ducts are arranged at opposite sides of the flow body (2, 34) wherein the suction ducts (24, 42, 44) each comprise a suction opening (28, 56, 58) facing away from the first end (23, 41, 45), wherein the suction opening (28, 56, 58) is adapted for inducing a suction force into the respective suction duct (24, 42) when the flow surface (20, 46) is exposed to an airstream during flight, thereby inducing a flow of air from through the openings to the suction opening (28, 56, 58). - a flow surface (20, 46) exposed to an airstream during flight of the aircraft, - at least one structural component (16, 38) in form of a front spar (16, 38) attached to an interior of the flow surface (20, 46), - at least one perforated area comprising a plurality of openings extending through the flow surface (20, 46), - a manifold (26, 36) in form of a line section, positioned interior to the flow surface (20, 46) in fluid communication with the openings and upstream of the at least one structural component (16, 38), and - a bifurcated arrangement of two suction ducts (24, 42), each having a first end (23, 41, 45) and a second end (25, 43, 47), each first end (23, 41, 45) being connected to the manifold (26, 36), each second end (25, 43, 47) being placed exterior to the flow surface (20, 46) downstream of the at least one structural component (16, 38), wherein the second ends (25, 43, 47) of both suction ducts are arranged at opposite sides of the flow body (2, 34)
A modular power electronics distribution system, comprising: a plurality of modules each having a pluggable interface configured to interconnect the plurality of modules, the interface configured to receive and distribute power to the plurality of modules; wherein each of the plurality of modules further include: at least one fault isolation switch (312, 322); a coolant system including an inlet and return line, and a metering valve; at least one power bus configured to provide electrical power to at least one of a load or source via a functional segment, wherein the functional segment is operable to supply electrical power in a desired form to the load; and a controller in communication with the plurality of modules, the controller configured to control at least one of the at least one fault isolation switch (312, 332) and the metering valve. a plurality of modules each having a pluggable interface configured to interconnect the plurality of modules, the interface configured to receive and distribute power to the plurality of modules; wherein each of the plurality of modules further include: at least one fault isolation switch (312, 322); a coolant system including an inlet and return line, and a metering valve; at least one power bus configured to provide electrical power to at least one of a load or source via a functional segment, wherein the functional segment is operable to supply electrical power in a desired form to the load; and at least one fault isolation switch (312, 322); a coolant system including an inlet and return line, and a metering valve; at least one power bus configured to provide electrical power to at least one of a load or source via a functional segment, wherein the functional segment is operable to supply electrical power in a desired form to the load; and a controller in communication with the plurality of modules, the controller configured to control at least one of the at least one fault isolation switch (312, 332) and the metering valve.
A robot comprising: an arm (1103L, 1103R); a first strain sensor that includes a piezoelectric body with a natural frequency higher than a natural frequency of a structure material forming the arm; and one or more actuators (Ac1002 to Ac1015) that are provided in the arm to drive the arm; characterized by a sensor fixing jig that is provided in a base of the actuator, among the actuators in the arm, closest to a base end of the robot arm, wherein the first strain sensor is provided in the sensor fixing jig. an arm (1103L, 1103R); a first strain sensor that includes a piezoelectric body with a natural frequency higher than a natural frequency of a structure material forming the arm; and one or more actuators (Ac1002 to Ac1015) that are provided in the arm to drive the arm; characterized by a sensor fixing jig that is provided in a base of the actuator, among the actuators in the arm, closest to a base end of the robot arm, wherein the first strain sensor is provided in the sensor fixing jig.