mhurhangee/ep-ind-claims huggingface dataset:
A setup method for deciding component feeding means to be attached to each of mounting machines arranged along a transport direction of a substrate in a component mounting system, and attaching the component feeding means to each of the mounting machines, the method comprising: creating substrate data defining components to be mounted by each of the mounting machines; a first step of deciding component feeding means to be attached to each of the mounting machines based on substrate data preliminarily defining components to be mounted by each of the mounting machines; a second step (S104, S105) of determining whether or not there is within the components included in the substrate data a sole mounted component to be mounted by only one mounting machine among the multiple mounting machines; a third step of deciding, when it is determined in the second step (S104, S105) that there is the sole mounted component, to attach component feeding means for feeding the sole mounted component or an alternative component capable of replacing the sole mounted component onto at least one mounting machine other than the only one mounting machine; and a step of attaching the component feeding means to each of the mounting machines in accordance with a result of the decision in the first step when it is determined in the second step (S104, S105) that there is not the sole mounted component, or a result of the decision in the third step when it is determined in the second step (S104, 105) that there is the sole mounted component. creating substrate data defining components to be mounted by each of the mounting machines; a first step of deciding component feeding means to be attached to each of the mounting machines based on substrate data preliminarily defining components to be mounted by each of the mounting machines; a second step (S104, S105) of determining whether or not there is within the components included in the substrate data a sole mounted component to be mounted by only one mounting machine among the multiple mounting machines; a third step of deciding, when it is determined in the second step (S104, S105) that there is the sole mounted component, to attach component feeding means for feeding the sole mounted component or an alternative component capable of replacing the sole mounted component onto at least one mounting machine other than the only one mounting machine; and a step of attaching the component feeding means to each of the mounting machines in accordance with a result of the decision in the first step when it is determined in the second step (S104, S105) that there is not the sole mounted component, or a result of the decision in the third step when it is determined in the second step (S104, 105) that there is the sole mounted component.
A method performed by a first electronic device, comprising: receiving, by the first electronic device, shortcut data from a second electronic device; receiving, by the first electronic device, context information from the second electronic device, the context information configured to identify a time at which to display a shortcut corresponding to the shortcut data; presenting the shortcut on a user interface of the first electronic device in accordance with the shortcut data and the context information; receiving, by the first electronic device, user input at the user interface, the user input selecting the shortcut; and initiating, by the first electronic device, an action associated with the second electronic device based at least in part on the user input selecting the shortcut. receiving, by the first electronic device, shortcut data from a second electronic device; receiving, by the first electronic device, context information from the second electronic device, the context information configured to identify a time at which to display a shortcut corresponding to the shortcut data; presenting the shortcut on a user interface of the first electronic device in accordance with the shortcut data and the context information; receiving, by the first electronic device, user input at the user interface, the user input selecting the shortcut; and initiating, by the first electronic device, an action associated with the second electronic device based at least in part on the user input selecting the shortcut.
A method of forwarding data packets in a virtual switch of a software-defined wide area network, SD-WAN, environment, wherein the virtual switch comprises at least one first virtual port for receiving outbound LAN traffic (T LAN,out) from and transmitting inbound LAN traffic (T LAN,in) to at least one physical local area network port, at least one second virtual port for receiving inbound secured traffic (T SEC, in) from and transmitting outbound secured traffic (T SEC,out) to at least one physical secured traffic port, and at least one third virtual port for receiving inbound Internet traffic (T INT,in) from and transmitting outbound Internet traffic (T INT,out) to at least one physical Internet port, the method comprising the steps of: (a) determining, for each or at least selected data packets of the outbound LAN traffic (T LAN,out) directed to the at least one first virtual port, a dedicated signature information based on the bits of the data packet; (b) storing the signature information and, if appropriate, information identifying the packet to which the signature information has been assigned; (c) if appropriate, outputting the outbound LAN traffic (T LAN,out) at the first virtual port for processing by a virtual machine; (d) receiving at least a portion of the outbound LAN traffic (T LAN,out), as the case may be after having been further processed by the virtual machine, at the second virtual port as an outbound secured traffic (T SEC,out) that is to be supplied to the at least one physical secured traffic port; (e) examining each data packet of the outbound secure traffic (T SEC,out) as to whether it matches the dedicated signature information and using the result of this check for controlling the forwarding of the respective data packet as part of the outbound secured traffic (T SEC,out) to the at least one physical secured traffic port and/or for creating a SUSPICIOUS SOURCE alarm if a predetermined alarm condition is met. (a) determining, for each or at least selected data packets of the outbound LAN traffic (T LAN,out) directed to the at least one first virtual port, a dedicated signature information based on the bits of the data packet; (b) storing the signature information and, if appropriate, information identifying the packet to which the signature information has been assigned; (c) if appropriate, outputting the outbound LAN traffic (T LAN,out) at the first virtual port for processing by a virtual machine; (d) receiving at least a portion of the outbound LAN traffic (T LAN,out), as the case may be after having been further processed by the virtual machine, at the second virtual port as an outbound secured traffic (T SEC,out) that is to be supplied to the at least one physical secured traffic port; (e) examining each data packet of the outbound secure traffic (T SEC,out) as to whether it matches the dedicated signature information and using the result of this check for controlling the forwarding of the respective data packet as part of the outbound secured traffic (T SEC,out) to the at least one physical secured traffic port and/or for creating a SUSPICIOUS SOURCE alarm if a predetermined alarm condition is met.
A vent array for a MEMS package comprising: a. a plurality of venting regions comprising a porous polymeric matrix, and b. a nonporous matrix material comprising a substrate material having a plurality of perforations, wherein the substrate material fills the pores of the porous polymeric matrix to form nonporous regions, the nonporous regions interconnecting the plurality of venting regions. a. a plurality of venting regions comprising a porous polymeric matrix, and b. a nonporous matrix material comprising a substrate material having a plurality of perforations, wherein the substrate material fills the pores of the porous polymeric matrix to form nonporous regions, the nonporous regions interconnecting the plurality of venting regions.
A braided fishing line having: (a) multiple UHMWPE fibers; and (b) expanded polytetrafluoroethylene fibers, characterized in that the expanded polytetrafluoroethylene fibers are combined with the UHMWPE fibers in an amount such that about 1 % by weight of expanded polytetrafluoroethylene fibers are present in the composite bundle. (a) multiple UHMWPE fibers; and (b) expanded polytetrafluoroethylene fibers, characterized in that the expanded polytetrafluoroethylene fibers are combined with the UHMWPE fibers in an amount such that about 1 % by weight of expanded polytetrafluoroethylene fibers are present in the composite bundle.
A test method for an adapter, comprising: detecting temperatures of elements in the adapter; determining whether the adapter is in a temperature balance state and does not reach a first preset temperature threshold according to the temperatures of the elements in the adapter; increasing an ambient temperature of an environment where the adapter is located in response to the adapter being in the temperature balance state to enable the temperature of the adapter to reach the first preset temperature threshold; detecting an output power of the adapter, and determining whether the adapter performs a power reduction operation before the temperatures of the elements reach the first preset temperature threshold; and determining that a test for the adapter fails if the adapter does not perform the power reduction operation, wherein a temperature sensor is provided in the adapter, and the power reduction operation is performed on the adapter when temperatures detected by the temperature sensor reach a second preset temperature threshold, in which the second preset temperature threshold is less than the first preset temperature threshold. detecting temperatures of elements in the adapter; determining whether the adapter is in a temperature balance state and does not reach a first preset temperature threshold according to the temperatures of the elements in the adapter; increasing an ambient temperature of an environment where the adapter is located in response to the adapter being in the temperature balance state to enable the temperature of the adapter to reach the first preset temperature threshold; detecting an output power of the adapter, and determining whether the adapter performs a power reduction operation before the temperatures of the elements reach the first preset temperature threshold; and determining that a test for the adapter fails if the adapter does not perform the power reduction operation, wherein a temperature sensor is provided in the adapter, and the power reduction operation is performed on the adapter when temperatures detected by the temperature sensor reach a second preset temperature threshold, in which the second preset temperature threshold is less than the first preset temperature threshold.
Method for processing data packets in a bi-directional communication device, characterized in that the method comprises the steps of: comparing a received destination address in a header of a received data packet with a class of addresses; if said address in said header of said received data packet matches an address in said class of addresses, substituting a Medium Access Control, MAC, address of a local network application for said destination address in said header of said received data packet; directing said received data packet with said substituted destination address to said local network application, said local network application being an application internal to said bi-directional communication device; and if said address in said header does not match any address in said class of addresses, conveying said received data packet to said received destination address in said header of said received data packet. comparing a received destination address in a header of a received data packet with a class of addresses; if said address in said header of said received data packet matches an address in said class of addresses, substituting a Medium Access Control, MAC, address of a local network application for said destination address in said header of said received data packet; directing said received data packet with said substituted destination address to said local network application, said local network application being an application internal to said bi-directional communication device; and if said address in said header does not match any address in said class of addresses, conveying said received data packet to said received destination address in said header of said received data packet.
A wire harness continuity inspection method comprising: a reference step of referencing specifications (HLS, AibS, ACS, ECS, AnBS) satisfied by a vehicle in which a wire harness is arranged in each partitioned area (A, B, C) of a vehicle space; a creation step of creating region-based connector/wiring information described for a wire harness arranged in each partitioned area (A, B, C) for realizing a predetermined specification (HLS, AibS, ACS, ECS, AnBS); and an inspection step of inspecting the presence/absence of an error in a connection of electric wires in the created region-based connector/wiring information, characterized by further comprising a combination narrowing step according to which the number of patterns to be created of a batch of region-based connector/wiring information subjected to the inspection step efficiently decreases on the basis of the number of specification codes (HLS, AibS, ACS, ECS, AnBS) allocated to partitioned areas and the presence/absence of connection between two partitioned areas. a reference step of referencing specifications (HLS, AibS, ACS, ECS, AnBS) satisfied by a vehicle in which a wire harness is arranged in each partitioned area (A, B, C) of a vehicle space; a creation step of creating region-based connector/wiring information described for a wire harness arranged in each partitioned area (A, B, C) for realizing a predetermined specification (HLS, AibS, ACS, ECS, AnBS); and an inspection step of inspecting the presence/absence of an error in a connection of electric wires in the created region-based connector/wiring information, characterized by further comprising a combination narrowing step according to which the number of patterns to be created of a batch of region-based connector/wiring information subjected to the inspection step efficiently decreases on the basis of the number of specification codes (HLS, AibS, ACS, ECS, AnBS) allocated to partitioned areas and the presence/absence of connection between two partitioned areas.
A method comprising: receiving information of a paging area by a user equipment, UE, requiring a coverage extension/coverage enhancement, CE, from a base station in a wireless network, wherein the paging area is a subset of a tracking area; determining if there is any change between the received paging area and a stored paging area of the UE; notifying the base station if there is any paging area change; and in receiving paging messages the paging area, wherein the paging messages are transmitted repeatedly by a repetition number. receiving information of a paging area by a user equipment, UE, requiring a coverage extension/coverage enhancement, CE, from a base station in a wireless network, wherein the paging area is a subset of a tracking area; determining if there is any change between the received paging area and a stored paging area of the UE; notifying the base station if there is any paging area change; and in receiving paging messages the paging area, wherein the paging messages are transmitted repeatedly by a repetition number.
A waxy oxidation product of rice bran obtainable according to a process as claimed in claim 11, wherein it has an acid number measured according to DIN ISO 2114 of at least 70 mg KOH/g.
Aluminum alloy plate having improved resistance against incoming kinetic energy projectiles, the plate having a gauge of 10 mm or more and the aluminium alloy having a chemical composition consisting of, in weight percent: Mg 4.0 to 6.0 Mn 0.2 to 1.4 Zn 0.2 to 0.9 Zr 0.05 to 0.25 Cr < 0.3 Sc ≤ 0.5 Ti ≤ 0.3 Fe < 0.5 Si < 0.45 Ag < 0.4 Cu < 0.25, unavoidable impurities each <0.05, total <0.20, balance aluminium, and wherein the plate has an elongation in the L-direction of more than 10%, and an ultimate tensile strength of at least about 330 MPa, and wherein the alloy plate is obtained by a manufacturing process comprising casting, preheating and/or homogenisation, hot rolling, a first cold working operation consisting of stretching in a range of 2 to 15%, an annealing treatment at a temperature of less than 350°C, followed by a second cold working operation consisting of stretching in a range of 2 to 15%, wherein the manufacturing process of the alloy plate at final gauge after the cold working operation is devoid of a further heat-treatment such that no substantial recovery occurs in the alloy plate.
An airless tire comprising: a tread ring having a ground-contact surface; a hub disposed inward of the tread ring in a tire radial direction and to be fixed to an axle; and a spoke assembly (4, 20) for connecting the tread ring and the hub, wherein the spoke assembly (4, 20) includes a plurality of spoke plates (5, 21), each of the spoke plates (5, 21) has a first end portion extending in the tire radial direction on one end side in a tire axial direction, a second end portion extending in the tire radial direction on another end side in the tire axial direction, an inner end portion which is an end portion on the hub side, and an outer end portion which is an end portion on the tread ring side, and the spoke plates (5, 21) include a first spoke plate (5A, 21A) having a projection projecting to an outer side in the tire axial direction beyond a virtual line linearly connecting a first inner end on the one end side in the tire axial direction of the inner end portion and a first outer end on the one end side in the tire axial direction of the outer end portion, characterized in that the projection is formed in an arc shape as a result of the first end portion of the first spoke plate (5A, 21A) being curved outward in the tire axial direction. a tread ring having a ground-contact surface; a hub disposed inward of the tread ring in a tire radial direction and to be fixed to an axle; and a spoke assembly (4, 20) for connecting the tread ring and the hub, wherein the spoke assembly (4, 20) includes a plurality of spoke plates (5, 21), each of the spoke plates (5, 21) has a first end portion extending in the tire radial direction on one end side in a tire axial direction, a second end portion extending in the tire radial direction on another end side in the tire axial direction, an inner end portion which is an end portion on the hub side, and an outer end portion which is an end portion on the tread ring side, and the spoke plates (5, 21) include a first spoke plate (5A, 21A) having a projection projecting to an outer side in the tire axial direction beyond a virtual line linearly connecting a first inner end on the one end side in the tire axial direction of the inner end portion and a first outer end on the one end side in the tire axial direction of the outer end portion, characterized in that the projection is formed in an arc shape as a result of the first end portion of the first spoke plate (5A, 21A) being curved outward in the tire axial direction.
A blister package for a contact lens, the blister package comprising: a body, the body comprising a handle, a well connected to the handle, and a body top surface, the well having a perimeter and an inner sidewall defining a bottom surface; and a flexible top contacting the body top surface around the perimeter of, and closing, the well, the flexible top having a peel tab and being peelable away from the body to open the well; and characterised in that, the blister package comprising: a deformable slider comprising a lens support, wherein the deformable slider is disposed between the body and the flexible top, the lens support is disposed in the well and adjacent the bottom surface, and the deformable slider is configured such that, by pulling the deformable slider taut, the lens support is lifted away from the bottom surface; and a contact lens in the well and supported by the lens support. a body, the body comprising a handle, a well connected to the handle, and a body top surface, the well having a perimeter and an inner sidewall defining a bottom surface; and a flexible top contacting the body top surface around the perimeter of, and closing, the well, the flexible top having a peel tab and being peelable away from the body to open the well; and characterised in that, the blister package comprising: a deformable slider comprising a lens support, wherein the deformable slider is disposed between the body and the flexible top, the lens support is disposed in the well and adjacent the bottom surface, and the deformable slider is configured such that, by pulling the deformable slider taut, the lens support is lifted away from the bottom surface; and a contact lens in the well and supported by the lens support. a deformable slider comprising a lens support, wherein the deformable slider is disposed between the body and the flexible top, the lens support is disposed in the well and adjacent the bottom surface, and the deformable slider is configured such that, by pulling the deformable slider taut, the lens support is lifted away from the bottom surface; and a contact lens in the well and supported by the lens support.
A system comprising: at least one carriage assembly having a supporting surface configured to support a flexible body along a first direction, the at least one carriage assembly also configured to grasp a first end of opposite ends of the flexible body; a preparation station configured to at least partially flatten a printing surface of the flexible body by engaging a second end of the opposite ends of the flexible body and moving the second end of the flexible body in a second direction oriented away from the first end of the flexible body that is grasped by the at least one carriage assembly and oriented transverse to the first direction during a time period that the first end of the flexible body is grasped by the at least one carriage assembly, wherein the preparation station is configured to at least partially flatten the printing surface of the flexible body prior to printing an image on the printing surface of the flexible body; characterised in that the system further comprises a conveyance assembly configured to be coupled with the at least one carriage assembly and to move the at least one carriage assembly along a third direction that is transversely oriented with respect to the first and second directions. at least one carriage assembly having a supporting surface configured to support a flexible body along a first direction, the at least one carriage assembly also configured to grasp a first end of opposite ends of the flexible body; a preparation station configured to at least partially flatten a printing surface of the flexible body by engaging a second end of the opposite ends of the flexible body and moving the second end of the flexible body in a second direction oriented away from the first end of the flexible body that is grasped by the at least one carriage assembly and oriented transverse to the first direction during a time period that the first end of the flexible body is grasped by the at least one carriage assembly, wherein the preparation station is configured to at least partially flatten the printing surface of the flexible body prior to printing an image on the printing surface of the flexible body; characterised in that the system further comprises a conveyance assembly configured to be coupled with the at least one carriage assembly and to move the at least one carriage assembly along a third direction that is transversely oriented with respect to the first and second directions.