mhurhangee/ep-ind-claims huggingface dataset:
A method of improving communications, comprising: receiving a first packet from a backhaul at a gateway communicatively coupled to an end terminal through an unmanned air vehicle, UAV, wherein a first wireless link communicatively couples the gateway to the UAV, and a second wireless link communicatively couples the UAV to the end terminal; determining, with one or more processors, a signal quality on at least the first link between the gateway and the UAV in a first direction; if the signal quality exceeds a first predetermined threshold: encoding, at the gateway, the first received packet for processing by the end terminal; and characterised by tagging the first received packet with an indicator to bypass only forward error correction, FEC, at the UAV monitoring, with the one or more processors at the gateway, the signal quality on at least the first link; comparing the monitored signal quality to a second threshold lower than the first threshold; and continuing encoding and tagging packets for FEC bypass at the UAV until the monitored signal quality falls below the second threshold. receiving a first packet from a backhaul at a gateway communicatively coupled to an end terminal through an unmanned air vehicle, UAV, wherein a first wireless link communicatively couples the gateway to the UAV, and a second wireless link communicatively couples the UAV to the end terminal; determining, with one or more processors, a signal quality on at least the first link between the gateway and the UAV in a first direction; if the signal quality exceeds a first predetermined threshold: encoding, at the gateway, the first received packet for processing by the end terminal; and characterised by tagging the first received packet with an indicator to bypass only forward error correction, FEC, at the UAV monitoring, with the one or more processors at the gateway, the signal quality on at least the first link; comparing the monitored signal quality to a second threshold lower than the first threshold; and continuing encoding and tagging packets for FEC bypass at the UAV until the monitored signal quality falls below the second threshold. encoding, at the gateway, the first received packet for processing by the end terminal; and characterised by tagging the first received packet with an indicator to bypass only forward error correction, FEC, at the UAV monitoring, with the one or more processors at the gateway, the signal quality on at least the first link; comparing the monitored signal quality to a second threshold lower than the first threshold; and continuing encoding and tagging packets for FEC bypass at the UAV until the monitored signal quality falls below the second threshold.
Microcontroller comprising: a core; a unit for managing the power supply of the core comprising: a flip-flop having a clock input adapted to receiving an external wake up signal to wake up the microcontroller, a configured data input adapted to receiving a power supply voltage (Vdd), a reset input, and an output; and a circuit configured to generate a signal for resetting the power supply of the core, this signal also being applied to the reset input of the flip-flop, characterized in that it comprises: a module configured to intercept the output signal of the flip-flop and to deliver a control signal for resetting the circuit, the module comprising: a block for detecting the microcontroller power supply voltage (Vdd), a delay element connected to the output of said block, and a logic AND-type gate configured to combine the output of the delay element and the output of the flip-flop to deliver the control signal for resetting the circuit. a core; a unit for managing the power supply of the core comprising: a flip-flop having a clock input adapted to receiving an external wake up signal to wake up the microcontroller, a configured data input adapted to receiving a power supply voltage (Vdd), a reset input, and an output; and a circuit configured to generate a signal for resetting the power supply of the core, this signal also being applied to the reset input of the flip-flop, a flip-flop having a clock input adapted to receiving an external wake up signal to wake up the microcontroller, a configured data input adapted to receiving a power supply voltage (Vdd), a reset input, and an output; and a circuit configured to generate a signal for resetting the power supply of the core, this signal also being applied to the reset input of the flip-flop, characterized in that it comprises: a module configured to intercept the output signal of the flip-flop and to deliver a control signal for resetting the circuit, the module comprising: a block for detecting the microcontroller power supply voltage (Vdd), a delay element connected to the output of said block, and a logic AND-type gate configured to combine the output of the delay element and the output of the flip-flop to deliver the control signal for resetting the circuit. a block for detecting the microcontroller power supply voltage (Vdd), a delay element connected to the output of said block, and a logic AND-type gate configured to combine the output of the delay element and the output of the flip-flop to deliver the control signal for resetting the circuit.
Connector for a fluid seal, comprising an annular housing with a first ending and a second ending and a rotating ring, wherein the rotating ring is arranged at the second ending and the rotating ring comprises at least one connecting element which engages with at least one retaining geometry and with at least one guiding geometry, wherein the at least one connecting element is movable in a radial direction by the guide geometry during rotation of the rotary ring relative to the housing, wherein the at least one connecting element is connected to the rotary ring via at least one radially elastic spring geometry, characterised in that the at least one connecting element is connected to the rotating ring in a first circumferential direction via the spring geometry and in a second, opposite, circumferential direction via a fillet.
A medical ceramic material formed using a composite material containing alumina and zirconia, wherein the composite material contains cobalt oxide, and a content of the cobalt oxide is 0.2 wt% to 1.0 wt% with respect to 100 wt% of the composite material excluding the cobalt oxide, wherein the cobalt oxide includes tricobalt tetroxide.
System comprising an electronic device and a support stand intended to receive the electronic device in a received position, the support stand being a charging base which is adapted to recharge the electronic device with electrical energy when the latter is in the received position, the electronic device comprising processing means which are connected to an emitting member to put out a first sound signal, and detecting means adapted to detect whether or not the electronic device is in the received position, the support stand comprising a surface for reflecting acoustic waves put out by the electronic device, the reflecting surface being adapted to at least partly reflect first acoustic waves corresponding to the first sound signal when the electronic device is in the received position, characterised in that the processing means are adapted to equalise the first sound signal in accordance with first equalising parameters when the detecting means detect that the electronic device is in the received position.
A flow rate control device for selectively controlling a flow rate of a fluid, the flow rate control device comprising: a conduit providing a flow path for the fluid; an inflatable flow restrictor for occluding the flow path of the fluid, the flow restrictor including an inflatable portion in fluid communication with a source of inflation fluid for inflating the inflatable portion of the flow restrictor, a housing defining a fluid inlet for ingress of the fluid to the flow restrictor, a fluid outlet for egress of the fluid from the flow restrictor, and an opening for fluid communication between the flow restrictor and the source of inflation fluid, the inflatable portion inflating within the housing, the housing limiting a maximum inflated size of the inflatable portion; and an actuator for controlling a flow of inflation fluid from the source of inflation fluid to the flow restrictor, wherein the flow restrictor is selectively inflatable to control the flow rate of the fluid over a range of flow rates. a conduit providing a flow path for the fluid; an inflatable flow restrictor for occluding the flow path of the fluid, the flow restrictor including an inflatable portion in fluid communication with a source of inflation fluid for inflating the inflatable portion of the flow restrictor, a housing defining a fluid inlet for ingress of the fluid to the flow restrictor, a fluid outlet for egress of the fluid from the flow restrictor, and an opening for fluid communication between the flow restrictor and the source of inflation fluid, the inflatable portion inflating within the housing, the housing limiting a maximum inflated size of the inflatable portion; and an inflatable flow restrictor for occluding the flow path of the fluid, the flow restrictor including an inflatable portion in fluid communication with a source of inflation fluid for inflating the inflatable portion of the flow restrictor, a housing defining a fluid inlet for ingress of the fluid to the flow restrictor, a fluid outlet for egress of the fluid from the flow restrictor, and an opening for fluid communication between the flow restrictor and the source of inflation fluid, the inflatable portion inflating within the housing, the housing limiting a maximum inflated size of the inflatable portion; and an actuator for controlling a flow of inflation fluid from the source of inflation fluid to the flow restrictor, wherein the flow restrictor is selectively inflatable to control the flow rate of the fluid over a range of flow rates.
An assembly comprising a nut plate (340, 700, 810, 1110, 1230, 1310) engaging a secondary support structure (240, 310, 610, 900, 1220) having a gauge, the nut plate (340, 700, 810, 1110, 1230, 1310) including at least one locator protrusion (430, 440, 702, 704, 850, 1170, 1312) engaging a mounting hole (312, 314, 316, 320, 620, 630, 732, 734) in the secondary support structure (240, 310, 610, 900, 1220) to constrain motion of the nut plate (340, 700, 810, 1110, 1230, 1310) along the secondary support structure (240, 310, 610, 900, 1220), the nut plate (340, 700, 810, 1110, 1230, 1310) further including means (U, 860, 1150, 1160, 1314) for additionally constraining motion of the nut plate (340, 700, 810, 1110, 1230, 1310) away from the secondary support structure (240, 310, 610, 900, 1220), wherein the secondary support structure (240, 310, 610, 900, 1220) includes a spanner bar (240, 310, 900); and wherein the nut plate (340, 700, 810, 1110, 1230, 1310) is constrained without the use of mounting hardware, wherein the nut plate (340, 700, 810, 1110, 1230, 1310) includes a body (410, 1120) having an internally threaded bore (450, 460, 708, 840, 1140, 1235), wherein the body (410, 1120) has a mounting surface (420, 830) against the secondary support structure (240, 310, 610, 1220); characterized in that the at least one locator protrusion (430, 440, 702, 704, 850, 1170, 1312) includes first and second posts (430, 440, 702, 704) and a locking member (470, 706), the first and second posts (430, 440, 702, 704) extending from the mounting surface (420, 830) and through respective mounting holes (314, 316, 320, 620, 630, 732, 734) in the secondary support structure (240, 310, 610, 1220) comprising the spanner bar (240, 310), the locking member (470, 706) occupying a space between one of the posts (430, 440, 702, 704) and a land (311, 313, 315, 317, 330, 615, 625, 635); and wherein the means (U, 860, 1150, 1160, 1314) includes an undercut portion in each post (430, 440, 702, 704), wherein, the bore (450, 460, 708) is offset from the first and second posts (430, 440, 702, 704) by a distance such that the bore (450, 460, 708) is aligned with one of the mounting holes (314, 316, 320, 620, 630, 732, 734) in the secondary support structure (240, 310, 610, 1220).
A method in a network node, comprising: determining a mapping between one or more types of traffic and one or more classes; and communicating an indicator to a wireless device, wherein the indicator indicates to use the mapping to determine which of the classes to use during a procedure for determining whether the wireless device can transmit in a channel, wherein the one or more classes comprises a first class that the mapping associates with a first type of traffic and a second class that the mapping associates with a second type of traffic, the first class providing a higher likelihood of acquiring the channel than the second class, and the indicator indicates to use the first class for a transmission that includes the first type of traffic and to use the second class for a transmission that includes the second type of traffic. determining a mapping between one or more types of traffic and one or more classes; and communicating an indicator to a wireless device, wherein the indicator indicates to use the mapping to determine which of the classes to use during a procedure for determining whether the wireless device can transmit in a channel, wherein the one or more classes comprises a first class that the mapping associates with a first type of traffic and a second class that the mapping associates with a second type of traffic, the first class providing a higher likelihood of acquiring the channel than the second class, and the indicator indicates to use the first class for a transmission that includes the first type of traffic and to use the second class for a transmission that includes the second type of traffic.
A vehicle positioning device for a battery charging and swapping station, the vehicle positioning device comprising a first positioning portion and a second positioning portion which are provided at a battery swap platform, the first positioning portion being used to position a vehicle in an X-axis direction, and the second positioning portion being used to position the vehicle in a Y-axis direction perpendicular to the X-axis direction, the X-axis direction being the driving direction, wherein the first positioning portion comprises two first roller groups arranged side by side in the Y-axis direction that are able to position the front/rear wheels of the vehicle in the X-axis direction and allow the front/rear wheels to move in the Y-axis direction, characterized in that the second positioning portion comprises two first centring mechanisms arranged side by side in the Y-axis direction, each of the first centring mechanisms comprising a power transmission portion and a pull plate, wherein the power transmission portion comprises a drive motor and a lead screw and nut unit having a lead screw and a nut, the lead screw passing below the first roller group, the drive motor being connected to the lead screw on one side of the first roller group that is adjacent to the other first roller group, and the pull plate being connected to the nut via a mounting frame on the other side of the first roller group that is opposite to the one side, so that the pull plates are able to pull the front/rear wheels from the outside to the inside of the front/rear wheels of the vehicle under the drive of the power transmission portions, so as to move the front/rear wheels of the vehicle in the Y-axis direction. characterized in that the second positioning portion comprises two first centring mechanisms arranged side by side in the Y-axis direction, each of the first centring mechanisms comprising a power transmission portion and a pull plate, wherein the power transmission portion comprises a drive motor and a lead screw and nut unit having a lead screw and a nut, the lead screw passing below the first roller group, the drive motor being connected to the lead screw on one side of the first roller group that is adjacent to the other first roller group, and the pull plate being connected to the nut via a mounting frame on the other side of the first roller group that is opposite to the one side, so that the pull plates are able to pull the front/rear wheels from the outside to the inside of the front/rear wheels of the vehicle under the drive of the power transmission portions, so as to move the front/rear wheels of the vehicle in the Y-axis direction.
A pen comprising: a body portion; a spoke plate fastened within the body and having multiple spokes that extend radially from a center of the spoke plate toward an interior surface of the body; a shaft positioned in the center of the spoke plate and extending longitudinally from the spoke plate toward a nose portion of the body; a tip fastened partially within the shaft and extending through the nose such that pressing the tip against an input surface causes the shaft to press against the spoke plate to cause one or more spokes of the multiple spokes to flex; and a flexible circuit including multiple strain sensor elements that are each attached to a different individual spoke of the multiple spokes, each strain sensor element being positioned to measure strain on a respective spoke such that input provided by the tip to the input surface varies according to different strain measurements detected via the strain sensor elements, and a pen module configured to capture strain measurements from each of the strain elements in response to detecting the tip in contact with an input surface. a body portion; a spoke plate fastened within the body and having multiple spokes that extend radially from a center of the spoke plate toward an interior surface of the body; a shaft positioned in the center of the spoke plate and extending longitudinally from the spoke plate toward a nose portion of the body; a tip fastened partially within the shaft and extending through the nose such that pressing the tip against an input surface causes the shaft to press against the spoke plate to cause one or more spokes of the multiple spokes to flex; and a flexible circuit including multiple strain sensor elements that are each attached to a different individual spoke of the multiple spokes, each strain sensor element being positioned to measure strain on a respective spoke such that input provided by the tip to the input surface varies according to different strain measurements detected via the strain sensor elements, and a pen module configured to capture strain measurements from each of the strain elements in response to detecting the tip in contact with an input surface.
A sensor housing, in particular for use in a combustion chamber, for a force or pressure sensor, comprising: - a metallic sensor body; and - a metal plate which closes off the sensor body on one side; - at least one metallic diaphragm stamp, which is in contact with the metal sheet; wherein the sensor body and/or the diaphragm stamp is applied to the metal sheet by additive manufacturing and is connected to the metal sheet by a material-locking joint produced during additive manufacturing, and wherein the metal sheet forms a diaphragm, in particular a round diaphragm, in a region delimited by the sensor body, wherein the sensor body and/or the diaphragm stamp has at least one cavity which is formed during the additive manufacturing of the sensor body and/or the diaphragm stamp. - a metallic sensor body; and - a metal plate which closes off the sensor body on one side; - at least one metallic diaphragm stamp, which is in contact with the metal sheet;
A bank note handling machine comprising: a housing; a note input unit arranged to receive a bank note in an input position; a note output unit arranged to output the bank note in an output position; a transport device arranged to transport the bank note from the input position to the output position; a note validation unit arranged internally within the housing, said note validation unit being configured to sense a characteristic of the bank note when the bank note is in the input position, the output position or a position in-between, wherein the sensed characteristic is used for determination whether to accept the bank note; characterized in that the machine further comprises a counterfeit determination unit comprising a UV source, said counterfeit determination unit being arranged in the housing such that the UV source emits ultraviolet, UV, radiation externally to the housing, allowing a bank note to be manually authenticated, wherein the machine further comprises a control unit, which is arranged to transmit a signal to trigger the UV source to emit UV radiation, in response to a determination that the bank note is not accepted. a housing; a note input unit arranged to receive a bank note in an input position; a note output unit arranged to output the bank note in an output position; a transport device arranged to transport the bank note from the input position to the output position; a note validation unit arranged internally within the housing, said note validation unit being configured to sense a characteristic of the bank note when the bank note is in the input position, the output position or a position in-between, wherein the sensed characteristic is used for determination whether to accept the bank note; characterized in that the machine further comprises a counterfeit determination unit comprising a UV source, said counterfeit determination unit being arranged in the housing such that the UV source emits ultraviolet, UV, radiation externally to the housing, allowing a bank note to be manually authenticated, wherein the machine further comprises a control unit, which is arranged to transmit a signal to trigger the UV source to emit UV radiation, in response to a determination that the bank note is not accepted.