mhurhangee/ep-ind-claims huggingface dataset:
A collision avoidance method for an optical wireless network comprising a plurality of devices, the method comprising: receiving, by a first device of the plurality of devices, a message from a second device of the plurality of devices, wherein said message is on a first channel having a first wavelength of light, the message comprising data represented by modulation of light of said first wavelength; sensing, by a signal sensing component of the first device, at least part of the received message; triggering a switch by the sensing of said at least part of the message by the signal sensing component, wherein the triggering of the switch causes a busy signal to be passed from a busy signal source of the first device to a transmitter of the first device for transmission on a second, different channel having a second, different wavelength of light and wherein the triggering of the switch causes transmission of data other than the busy signal on the second channel by the first device to be disabled; transmitting, by the first device, on the second channel the busy signal in response to the sensing of said at least part of the message from the second device, the transmitting of the busy signal on the second channel being at least partly simultaneous with the receiving of the message; receiving, by at least one further device of the plurality of devices, the busy signal on said second channel; and delaying, by the at least one further device and in response to the receiving of the busy signal, transmission of at least one further message by the at least one further device on said first channel. receiving, by a first device of the plurality of devices, a message from a second device of the plurality of devices, wherein said message is on a first channel having a first wavelength of light, the message comprising data represented by modulation of light of said first wavelength; sensing, by a signal sensing component of the first device, at least part of the received message; triggering a switch by the sensing of said at least part of the message by the signal sensing component, wherein the triggering of the switch causes a busy signal to be passed from a busy signal source of the first device to a transmitter of the first device for transmission on a second, different channel having a second, different wavelength of light and wherein the triggering of the switch causes transmission of data other than the busy signal on the second channel by the first device to be disabled; transmitting, by the first device, on the second channel the busy signal in response to the sensing of said at least part of the message from the second device, the transmitting of the busy signal on the second channel being at least partly simultaneous with the receiving of the message; receiving, by at least one further device of the plurality of devices, the busy signal on said second channel; and delaying, by the at least one further device and in response to the receiving of the busy signal, transmission of at least one further message by the at least one further device on said first channel.
Adapter for connecting and disconnecting a gas-conducting linkage between a turbocharger and a test bench, wherein the adapter has at least one holding magnet, which is adapted to gas-conductingly hold a turbine exhaust flange of the turbocharger to the adapter.
A method of communication resource allocation for a terminal, the method comprising: updating a running process list based on process related information for one or more communication processes, the process related information includes at least one of a process identifier, PID, a parent process identifier, PPID, a value of delayed ACK max count, and priority information; determining a resource amount for each communication process listed in the running process list according to the priority information, wherein the priority information is determined based on whether a communication process is a foreground or a background process, and recorded characteristic information of a data communication pattern of the respective communication process; and allocating resources to at least one communication process listed in the running process list according to the determined resource amount for the at least one communication process, wherein allocating resources to the at least one communication process comprises adjusting a number of delayed ACK messages to be sent based on the priority information, and after allocating resources to the at least one process according to the respective priority information indicating a highest priority, determining a resource amount to be allocated to at least one background process by calculating weighting information for the at least one background process. updating a running process list based on process related information for one or more communication processes, the process related information includes at least one of a process identifier, PID, a parent process identifier, PPID, a value of delayed ACK max count, and priority information; determining a resource amount for each communication process listed in the running process list according to the priority information, wherein the priority information is determined based on whether a communication process is a foreground or a background process, and recorded characteristic information of a data communication pattern of the respective communication process; and allocating resources to at least one communication process listed in the running process list according to the determined resource amount for the at least one communication process, wherein allocating resources to the at least one communication process comprises adjusting a number of delayed ACK messages to be sent based on the priority information, and after allocating resources to the at least one process according to the respective priority information indicating a highest priority, determining a resource amount to be allocated to at least one background process by calculating weighting information for the at least one background process.
A ground surface access assembly comprising a frame member having a frame base, and a cover member that when in a closed position seats within said frame member; further comprising: hinge means formed by members located partly on opposite inner faces of a sidewall of said frame member and partly on a side face of the cover member, said members comprising a pivot member and a recess, wherein the pivot member loosely locates within said significantly larger recess, which is defined by inner walls and within which during opening and closing of the cover member said pivot member partially rotates relative to said recess; and wherein the assembly comprises two such hinge means; wherein the recesses have an open-end, the width (Wo) of which relative to the width of the pivot members (Wp) is such that it only allows removal of the cover when the plane of an upper surface of said cover member surface is positioned generally parallel to the plane of the base of said frame member, thereby allowing said pivot members to exit said recesses unimpeded through said open end thereof as the cover member is lifted upwardly, characterised in that said two hinge means together, during opening and closing, allow the cover member to pivot relative to the frame member about an axis (A-A') that is not rigidly fixed but that may tilt by up to 5° in a horizontal and vertical plane, owing to said loose location of the pivot members within the recesses.
Vacuum pump for connecting to a vacuum apparatus, comprising a housing having a first end defining an inlet and a second end opposite to the first end, a collar to be connected to a vacuum apparatus, wherein the housing and the collar comprising each at least one positioning element (24a, 24b, 24c, 40) for defining an axial position of the housing relative to the collar, characterized in that the housing and/or the collar comprises more than one positioning element. a collar to be connected to a vacuum apparatus, wherein the housing and the collar comprising each at least one positioning element (24a, 24b, 24c, 40) for defining an axial position of the housing relative to the collar, characterized in that the housing and/or the collar comprises more than one positioning element.
Gas turbine engine for the propulsion of an aircraft, said engine extending axially from upstream to downstream and comprising a composite part, a metal part and a flexible attachment device of said parts (2, 3), characterised in that it comprises: - a flexible connecting element comprising a first attachment part connected to the metal part by a first axial connection and a second attachment part connected to the composite part by a second axial connection, said flexible connecting element comprising a free end extending axially; and - a rigid blocking element comprising an attachment part connected to the metal part by an axial connection and a free end extending axially, the free end of the rigid blocking element being aligned radially with the free end of the flexible connecting element, the free end of the rigid blocking element forming abutment means of the free end of the flexible connecting element in case of radial deformation of the connecting element during engine operation. - a flexible connecting element comprising a first attachment part connected to the metal part by a first axial connection and a second attachment part connected to the composite part by a second axial connection, said flexible connecting element comprising a free end extending axially; and - a rigid blocking element comprising an attachment part connected to the metal part by an axial connection and a free end extending axially, the free end of the rigid blocking element being aligned radially with the free end of the flexible connecting element, the free end of the rigid blocking element forming abutment means of the free end of the flexible connecting element in case of radial deformation of the connecting element during engine operation.
A secondary battery comprising: an electrode assembly comprising a first electrode plate, a second electrode plate and a separator between the first and second electrode plates; a first electrode tab, the first electrode tab being connected to the first electrode plate; a second electrode tab, the second electrode tab being connected to the second electrode plate; a case housing the electrode assembly; and first and second electrode leads (150, 160) electrically connected to the first and second electrode tabs (120, 130), respectively, sealing layers (181, 182) between the case and the first electrode tab, and between the case and the second electrode tab; and at least one reinforcing sheet (191, 192, 193, 194) disposed between the sealing layer and an outer surface of any one of the first and second electrode tabs (120, 130); wherein the first and second electrode leads (150, 160) and the first and second electrode tabs (120, 130) are respectively electrically connected by mechanical fasteners, wherein the mechanical fasteners pass through the case. an electrode assembly comprising a first electrode plate, a second electrode plate and a separator between the first and second electrode plates; a first electrode tab, the first electrode tab being connected to the first electrode plate; a second electrode tab, the second electrode tab being connected to the second electrode plate; a case housing the electrode assembly; and first and second electrode leads (150, 160) electrically connected to the first and second electrode tabs (120, 130), respectively, sealing layers (181, 182) between the case and the first electrode tab, and between the case and the second electrode tab; and at least one reinforcing sheet (191, 192, 193, 194) disposed between the sealing layer and an outer surface of any one of the first and second electrode tabs (120, 130); wherein the first and second electrode leads (150, 160) and the first and second electrode tabs (120, 130) are respectively electrically connected by mechanical fasteners, wherein the mechanical fasteners pass through the case.
A sliding cam system for an internal combustion engine, having: a camshaft; a multiplicity of cam carriers with in each case at least two cams (32, 34), wherein the multiplicity of cam carriers is arranged rotationally conjointly and axially displaceably on the camshaft; a multiplicity of fluid-operated actuator devices (27, 127, 227, 327, 427, 527) which are designed to respectively axially displace one cam carrier of the multiplicity of cam carriers; and a fluid feed device which is provided for the feed of a fluid in fluidic connection upstream of the multiplicity of actuator devices (27, 127, 227, 327, 427, 527) for the actuation of the multiplicity of actuator devices (27, 127, 227, 327, 427, 527), wherein: at least two actuator devices of the multiplicity of actuator devices (27, 127, 227, 327, 427, 527) are fluidically coupled for simultaneous actuation. a camshaft; a multiplicity of cam carriers with in each case at least two cams (32, 34), wherein the multiplicity of cam carriers is arranged rotationally conjointly and axially displaceably on the camshaft; a multiplicity of fluid-operated actuator devices (27, 127, 227, 327, 427, 527) which are designed to respectively axially displace one cam carrier of the multiplicity of cam carriers; and a fluid feed device which is provided for the feed of a fluid in fluidic connection upstream of the multiplicity of actuator devices (27, 127, 227, 327, 427, 527) for the actuation of the multiplicity of actuator devices (27, 127, 227, 327, 427, 527), wherein: at least two actuator devices of the multiplicity of actuator devices (27, 127, 227, 327, 427, 527) are fluidically coupled for simultaneous actuation.
A method for producing an elastomeric article having at least one layer, comprising dipping a form at least once into an aqueous dispersion comprising 1) at least one styrenic block copolymer comprising styrene-block-ethylene-co-butylene-block-styrene (SEBS), 2) an aqueous carrier medium and 3) at least one plasticizer; removing the form from the aqueous dispersion to dry; and removing the dried elastomeric article from the form, wherein said article has a modulus of less than 1.2 MPa at 500% extension, and the at least one plasticizer is present in an amount of 100 to 300 parts per hundred of rubber (phr) in the elastomeric article.
A method of exchanging Internet Protocol, IP, packets between different subnets comprising: - receiving an IP packet from a first host in a first subnet of a logical network having different subnets with a L2 connection between them, said IP packet received at a first L2 gateway in the first subnet; - determining at said first L2 gateway that the IP packet targets a second host in a second subnet within the same logical network; - obtaining at said first L2 gateway a physical address for a second L2 gateway in the second subnet, and a physical address for the second host; - modifying a packet comprising the IP packet at said first L2 gateway to obtain a modified packet, including changing a source physical address assigned to the IP packet from a physical address of the first host to the physical address obtained for the second L2 gateway, and changing a destination physical address from a physical address of the first L2 gateway to the physical address obtained for the second host; - generating a L2 protocol data unit, PDU, at said first L2 gateway, comprising header information that includes a source physical address corresponding to the first L2 gateway, a destination physical address corresponding to the second L2 gateway, an organizational identifier, OID, for the logical network, and a payload comprising the modified packet; and - sending the PDU from the first L2 gateway on the L2 connection, for receipt at the second L2 gateway. - receiving an IP packet from a first host in a first subnet of a logical network having different subnets with a L2 connection between them, said IP packet received at a first L2 gateway in the first subnet; - determining at said first L2 gateway that the IP packet targets a second host in a second subnet within the same logical network; - obtaining at said first L2 gateway a physical address for a second L2 gateway in the second subnet, and a physical address for the second host; - modifying a packet comprising the IP packet at said first L2 gateway to obtain a modified packet, including changing a source physical address assigned to the IP packet from a physical address of the first host to the physical address obtained for the second L2 gateway, and changing a destination physical address from a physical address of the first L2 gateway to the physical address obtained for the second host; - generating a L2 protocol data unit, PDU, at said first L2 gateway, comprising header information that includes a source physical address corresponding to the first L2 gateway, a destination physical address corresponding to the second L2 gateway, an organizational identifier, OID, for the logical network, and a payload comprising the modified packet; and - sending the PDU from the first L2 gateway on the L2 connection, for receipt at the second L2 gateway.
A battery charger operable to charge a battery pack having a plurality of battery cells and at least one data terminal providing an under voltage signal indicative of a voltage of the battery cells relative to a low voltage threshold, the charger comprising: a power supply circuit operable to supply a first charge current of a first value and a second charge current of a second value substantially less than the first value; and a charger control module adapted to receive the under voltage signal from the data terminal of the battery pack and operable to direct the power supply circuit to supply the first and second charge currents based on the under voltage signal; wherein the power supply circuit supplies the first charge current when the under voltage signal is indicative of every one of the battery cells being at or above the low voltage threshold, and the power supply circuit supplies the second charge current when the under voltage signal is indicative of any one of the battery cells being below the low voltage threshold; characterized in that the charger control module is arranged to: determine a rate of change of the voltage of the battery cells when the second charge current is being supplied; compare the rate of change to a threshold minimum rate of voltage change; and terminate the supply of the second charge current when the rate of change is below the threshold minimum rate of voltage change. a power supply circuit operable to supply a first charge current of a first value and a second charge current of a second value substantially less than the first value; and a charger control module adapted to receive the under voltage signal from the data terminal of the battery pack and operable to direct the power supply circuit to supply the first and second charge currents based on the under voltage signal; wherein the power supply circuit supplies the first charge current when the under voltage signal is indicative of every one of the battery cells being at or above the low voltage threshold, and the power supply circuit supplies the second charge current when the under voltage signal is indicative of any one of the battery cells being below the low voltage threshold; characterized in that the charger control module is arranged to: determine a rate of change of the voltage of the battery cells when the second charge current is being supplied; compare the rate of change to a threshold minimum rate of voltage change; and terminate the supply of the second charge current when the rate of change is below the threshold minimum rate of voltage change. determine a rate of change of the voltage of the battery cells when the second charge current is being supplied; compare the rate of change to a threshold minimum rate of voltage change; and terminate the supply of the second charge current when the rate of change is below the threshold minimum rate of voltage change.
A pharmaceutical combination comprising: (a) a first compound having the structure of formula: or a pharmaceutically acceptable salt or solvate thereof, and (b) a second compound having the structure of formula: or a pharmaceutically acceptable salt or solvate thereof. (a) a first compound having the structure of formula: or a pharmaceutically acceptable salt or solvate thereof, and (b) a second compound having the structure of formula: or a pharmaceutically acceptable salt or solvate thereof.
An endoscope reprocessor comprising: a fluid supply section configured to supply a fluid; a fluid supply conduit configured to communicate with the fluid supply section and include an opening open to an atmosphere; a first valve disposed in the fluid supply conduit; a second valve disposed closer to the opening side than the first valve of the fluid supply conduit; a processing tank in which an endoscope is disposed; a first connector provided in the processing tank; a second provided in the processing tank; a first conduit connected between the first valve and the fluid supply section in the fluid supply conduit and connected to the first connector: characterized by a second conduit connected between the first valve and the second valve in the fluid supply conduit and connected to the second connector; and a pressure sensor disposed in the fluid supply section, between the first valve and the fluid supply section in the fluid supply conduit, or in the first conduit. a fluid supply section configured to supply a fluid; a fluid supply conduit configured to communicate with the fluid supply section and include an opening open to an atmosphere; a first valve disposed in the fluid supply conduit; a second valve disposed closer to the opening side than the first valve of the fluid supply conduit; a processing tank in which an endoscope is disposed; a first connector provided in the processing tank; a second provided in the processing tank; a first conduit connected between the first valve and the fluid supply section in the fluid supply conduit and connected to the first connector: characterized by a second conduit connected between the first valve and the second valve in the fluid supply conduit and connected to the second connector; and a pressure sensor disposed in the fluid supply section, between the first valve and the fluid supply section in the fluid supply conduit, or in the first conduit.