mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a first intermediate node of a multi-hop, integrated access backhaul, IAB, communication network, the method characterised in that : receiving a data packet destined for a target node of the communication network, the first intermediate node being configured to communicate with the target node via at least a second intermediate node of the communication network wherin the target node is an access node serving a user equipment, UE and the data packet is a downlink data packet destined for the UE via the access node; the first intermediate node comprises a base station distributed unit, gNB-DU; and the second intermediate node comprises an IAB node; determining an address for the data packet based on a mapping function associated with the target node; and forming a packet header for the data packet, wherein the packet header includes the address for the data packet, and wherein forming the packet header comprises at least one of the following operations: excluding one or more higher-layer protocol headers related to the second intermediate node; and incorporating without modification a portion, associated with the target node, of an existing header of the data packet; and sending the data packet, comprising the packet header, to the address for the data packet via a radio bearer between the gNB-DU and the IAB node. receiving a data packet destined for a target node of the communication network, the first intermediate node being configured to communicate with the target node via at least a second intermediate node of the communication network wherin the target node is an access node serving a user equipment, UE and the data packet is a downlink data packet destined for the UE via the access node; the first intermediate node comprises a base station distributed unit, gNB-DU; and the second intermediate node comprises an IAB node; determining an address for the data packet based on a mapping function associated with the target node; and forming a packet header for the data packet, wherein the packet header includes the address for the data packet, and wherein forming the packet header comprises at least one of the following operations: excluding one or more higher-layer protocol headers related to the second intermediate node; and incorporating without modification a portion, associated with the target node, of an existing header of the data packet; and excluding one or more higher-layer protocol headers related to the second intermediate node; and incorporating without modification a portion, associated with the target node, of an existing header of the data packet; and sending the data packet, comprising the packet header, to the address for the data packet via a radio bearer between the gNB-DU and the IAB node.
A protection device for a mechanism for unlocking a latch in particular of a door , of the type with a handle mounted to slide in an opening of the door between a rest position in which the handle is flush with the door and a working position in which the handle projects relative to the door , the unlocking mechanism including an element for unlocking the latch and a member for maneuvering the element for unlocking the latch , said maneuvering member being capable of performing a stroke between a locking position and an unlocking position, the protection device including a protection element , such as a plate, configured to be disposed between the maneuvering member and the door , the protection element being configured to act as a shield over the entire stroke of the maneuvering member , the protection device further including a covering element configured to cover the maneuvering member by cooperating with the protection element , over the entire stroke of the maneuvering member , while allowing the maneuvering member to perform its stroke between the locking position and the unlocking position, the protection device further including a case intended to receive the unlocking mechanism , the case including a lumen allowing the maneuvering member to move to ensure its unlocking function when it is actuated, characterized in that the covering element is fastened to the case by a hinge so that it is movable between a covering position in which it covers the maneuvering member and an access position in which the maneuvering member is uncovered. the protection device further including a covering element configured to cover the maneuvering member by cooperating with the protection element , over the entire stroke of the maneuvering member , while allowing the maneuvering member to perform its stroke between the locking position and the unlocking position, the protection device further including a case intended to receive the unlocking mechanism , the case including a lumen allowing the maneuvering member to move to ensure its unlocking function when it is actuated, characterized in that the covering element is fastened to the case by a hinge so that it is movable between a covering position in which it covers the maneuvering member and an access position in which the maneuvering member is uncovered.
A system for locking a platform screen door sliding leaf , the sliding leaf being capable of moving relative to a fixed panel by a horizontal translational movement in a plane of the leaf between open and closed positions in which the leaf at least partly frees or obstructs an opening adjacent to the fixed panel, characterized in that the locking system comprises: - a bearing rail designed to be mounted fixedly on the sliding leaf and comprising a reception recess ; - a motor body forming the stator of a drive motor of the sliding leaf and mounted freely in rotation about a motor axis (M) on a gear unit ; - a locking roller mounted projecting on the motor body and arranged so as to: - roll along the bearing rail during a movement of the sliding leaf; and - engage, by a rotation of the motor body, in the reception recess when the sliding leaf reaches a given position, in order to lock it, the reception recess being arranged on the bearing rail so that this given position is the closed position or the open position. - a manual unlocking mechanism comprising: - on the one hand, a cam secured to the motor body ; - on the other hand, an inclined ramp , the manual unlocking mechanism being arranged so that a movement of the inclined ramp allows the inclined ramp to come in contact with the cam, the cam then sliding on the inclined ramp during its movement until the locking roller is released from the reception recess . - a bearing rail designed to be mounted fixedly on the sliding leaf and comprising a reception recess ; - a motor body forming the stator of a drive motor of the sliding leaf and mounted freely in rotation about a motor axis (M) on a gear unit ; - a locking roller mounted projecting on the motor body and arranged so as to: - roll along the bearing rail during a movement of the sliding leaf; and - engage, by a rotation of the motor body, in the reception recess when the sliding leaf reaches a given position, in order to lock it, the reception recess being arranged on the bearing rail so that this given position is the closed position or the open position. - roll along the bearing rail during a movement of the sliding leaf; and - engage, by a rotation of the motor body, in the reception recess when the sliding leaf reaches a given position, in order to lock it, the reception recess being arranged on the bearing rail so that this given position is the closed position or the open position. - a manual unlocking mechanism comprising: - on the one hand, a cam secured to the motor body ; - on the other hand, an inclined ramp , the manual unlocking mechanism being arranged so that a movement of the inclined ramp allows the inclined ramp to come in contact with the cam, the cam then sliding on the inclined ramp during its movement until the locking roller is released from the reception recess . - on the one hand, a cam secured to the motor body ; - on the other hand, an inclined ramp ,
A fluid ejection die comprising: a number of actuators (102-1 - 102-4) configured to manipulate fluid, wherein the number of actuators: are disposed on the fluid ejection die ; and are grouped as primitives on the fluid ejection die; a number of actuator sensors (104-1 - 104-4) disposed on the fluid ejection die , the number of actuator sensors (104-1 - 104-4) being configured to receive a sense voltage indicative of a state of a corresponding actuator (102-1 - 102-4), wherein each actuator sensor is coupled to a respective actuator; an actuator evaluation device per primitive disposed on the fluid ejection die , wherein the actuator evaluation device per primitive is configured to: evaluate an actuator characteristic of any actuator (102-1 - 102-4) within the primitive ; and generate an output indicative of a failing actuator of the fluid ejection die. a number of actuators (102-1 - 102-4) configured to manipulate fluid, wherein the number of actuators: are disposed on the fluid ejection die ; and are grouped as primitives on the fluid ejection die; are disposed on the fluid ejection die ; and are grouped as primitives on the fluid ejection die; a number of actuator sensors (104-1 - 104-4) disposed on the fluid ejection die , the number of actuator sensors (104-1 - 104-4) being configured to receive a sense voltage indicative of a state of a corresponding actuator (102-1 - 102-4), wherein each actuator sensor is coupled to a respective actuator; an actuator evaluation device per primitive disposed on the fluid ejection die , wherein the actuator evaluation device per primitive is configured to: evaluate an actuator characteristic of any actuator (102-1 - 102-4) within the primitive ; and generate an output indicative of a failing actuator of the fluid ejection die. evaluate an actuator characteristic of any actuator (102-1 - 102-4) within the primitive ; and generate an output indicative of a failing actuator of the fluid ejection die.
A bumper beam comprising: an outer portion and an inner portion each extending between a top end and a bottom end ; said outer portion including a first pair of geometrical features each disposed in spaced relationship to one another and adjacent a respective one of said top or bottom ends ; said inner portion including a second pair of geometrical features each disposed in spaced relationship to one another and adjacent a respective one of said top or bottom ends ; and a top wall and a bottom wall each extending between one of said first pair of geometrical features and one of said second pair of geometrical features to interconnect said outer and inner portions of the bumper beam , wherein the outer portion , the inner portion , the geometrical features , the top wall and the bottom wall collectively define a bumper hollow , characterized in that each of said geometrical features define a geometrical hollow. an outer portion and an inner portion each extending between a top end and a bottom end ; said outer portion including a first pair of geometrical features each disposed in spaced relationship to one another and adjacent a respective one of said top or bottom ends ; said inner portion including a second pair of geometrical features each disposed in spaced relationship to one another and adjacent a respective one of said top or bottom ends ; and a top wall and a bottom wall each extending between one of said first pair of geometrical features and one of said second pair of geometrical features to interconnect said outer and inner portions of the bumper beam , wherein the outer portion , the inner portion , the geometrical features , the top wall and the bottom wall collectively define a bumper hollow , characterized in that each of said geometrical features define a geometrical hollow.
An aircraft airflow sensor probe comprising: a vane assembly configured to sense a direction of local airflow outside an aircraft; a shaft configured to rotatably hold the vane assembly and allow rotational movement of the vane assembly ; at least one accelerometer configured to detect aircraft movement; a sensor configured to sense and output a rotational position of the vane assembly ; an angle of attack processor configured to determine at least a measured angle of attack of the aircraft based on the rotational position of the vane assembly ; the aircraft airflow sensor probe wherein the at least one accelerometer is configured to provide aircraft movement data to the angle of attack processor ; at least one air pressure sensor configured to determine an air pressure received by an air pressure sensor port for calculation of aircraft information that includes at least airspeed; and characterized wherein the angle of attack processor is configured to determine a correction value based on the aircraft movement data provided by the at least one accelerometer and the aircraft information that includes at least airspeed and output a corrected angle of attack of the aircraft. a vane assembly configured to sense a direction of local airflow outside an aircraft; a shaft configured to rotatably hold the vane assembly and allow rotational movement of the vane assembly ; at least one accelerometer configured to detect aircraft movement; a sensor configured to sense and output a rotational position of the vane assembly ; an angle of attack processor configured to determine at least a measured angle of attack of the aircraft based on the rotational position of the vane assembly ; the aircraft airflow sensor probe wherein the at least one accelerometer is configured to provide aircraft movement data to the angle of attack processor ; at least one air pressure sensor configured to determine an air pressure received by an air pressure sensor port for calculation of aircraft information that includes at least airspeed; and characterized wherein the angle of attack processor is configured to determine a correction value based on the aircraft movement data provided by the at least one accelerometer and the aircraft information that includes at least airspeed and output a corrected angle of attack of the aircraft.
Gas diffusion electrode for oxygen reduction in aqueous alkaline media, comprising a carrier which is electrically conductive, and a porous coating based on an electrochemically active catalyst and a hydrophobic material, said electrode having a side facing the oxygen-containing gas and a side facing the alkaline electrolyte, where the catalyst comprises a noble metal as catalytically active and the hydrophobic material comprises a hydrophobic polymer, and the carrier of the gas diffusion electrode is based on nickel, silver or a combination of nickel and silver, characterized in that the coating comprising the catalyst has a pore volume of 20 to 300 mm 3 /g and a pore diameter in the range from 200 to 8000 nm, and in that the electrode has a total loading of catalytically active component within a range from 5 mg/cm 2 to 300 mg/cm 2 .
A walking training apparatus comprising: display means disposed in front of a walking trainee; a treadmill which rotates a belt on which the walking trainee walks; first image pickup means for taking an image of the walking trainee from a viewpoint; and display control means for calculating a target landing point (S) of the foot of the walking trainee based on a moving speed of the belt and based on the image of the walking trainee, and for controlling the display means so that the target landing point (S) is displayed on a display screen of the display means , the target landing point (S) being a point on which the walking trainee should land his/her foot in a next step, characterized in that the first image pickup means is located above the walking trainee; the image of the walking trainee taken by the first image pickup means is also displayed on the display screen of the display means ; the display control means is adapted to control the display means so that a center line (L) in addition to the target landing point (S) of the foot are displayed on the display screen of the display means , the center line (L) indicating a center position in a left/right direction of the walking trainee; and the display control means is adapted to determine the positions of the left and right feet of the walking trainee based on the image of the walking trainee from the upper-viewpoint image output from the first image pickup means and is adapted to calculate a line extending from the center of the positions of the left and right feet in the front/rear direction as the center line (L). display means disposed in front of a walking trainee; a treadmill which rotates a belt on which the walking trainee walks; first image pickup means for taking an image of the walking trainee from a viewpoint; and display control means for calculating a target landing point (S) of the foot of the walking trainee based on a moving speed of the belt and based on the image of the walking trainee, and for controlling the display means so that the target landing point (S) is displayed on a display screen of the display means , the target landing point (S) being a point on which the walking trainee should land his/her foot in a next step, characterized in that the first image pickup means is located above the walking trainee; the image of the walking trainee taken by the first image pickup means is also displayed on the display screen of the display means ; the display control means is adapted to control the display means so that a center line (L) in addition to the target landing point (S) of the foot are displayed on the display screen of the display means , the center line (L) indicating a center position in a left/right direction of the walking trainee; and the display control means is adapted to determine the positions of the left and right feet of the walking trainee based on the image of the walking trainee from the upper-viewpoint image output from the first image pickup means and is adapted to calculate a line extending from the center of the positions of the left and right feet in the front/rear direction as the center line (L).
A method of providing metadata for a slide show to an external device , which is performed by a device , the method comprising: determining (S400) a plurality of images and at least one piece of music for the slide show; grouping (S405) the determined plurality of images into a plurality of image groups; generating (S420) a plurality of metadata groups that respectively correspond to the plurality of image groups, each metadata group comprising metadata regarding images comprised in the corresponding image group and metadata regarding the at least one piece of music corresponding to the image group; sequentially transmitting (S425; S435; S440; S600; S610) the plurality of metadata groups to the external device , modifying (S620) one of the transmitted generated metadata groups, while the slide show is being played by the external device ; transmitting (S625) the modified metadata group to the external device to change the slide show that is being played by the external device based on the modified metadata group, and wherein the plurality of metadata groups comprise information regarding a playing rule for playing the plurality of images and the at least one piece of music together and wherein the metadata is used by the external device to play the slide show. determining (S400) a plurality of images and at least one piece of music for the slide show; grouping (S405) the determined plurality of images into a plurality of image groups; generating (S420) a plurality of metadata groups that respectively correspond to the plurality of image groups, each metadata group comprising metadata regarding images comprised in the corresponding image group and metadata regarding the at least one piece of music corresponding to the image group; sequentially transmitting (S425; S435; S440; S600; S610) the plurality of metadata groups to the external device , modifying (S620) one of the transmitted generated metadata groups, while the slide show is being played by the external device ; transmitting (S625) the modified metadata group to the external device to change the slide show that is being played by the external device based on the modified metadata group, and wherein the plurality of metadata groups comprise information regarding a playing rule for playing the plurality of images and the at least one piece of music together and wherein the metadata is used by the external device to play the slide show.
Thermoelectric assembly for powering a plurality of electromagnetic valves of a cooking appliance, each electromagnetic valve being configured for closing the passage of gas to a corresponding burner of the cooking appliance, the thermoelectric assembly comprising a main current circuit associated with a respective electromagnetic valve , the main current circuit comprising a thermocouple configured for detecting flame in the corresponding burner, a cable connected to the thermocouple and configured for electrically connecting said thermocouple with the corresponding electromagnetic valve , a transistor connected to the cable and configured for de-energizing the electromagnetic valve , and a connection module comprising a power supply connected to the transistor , the power supply comprising input terminals configured for being connected to an external energy source , and a rectifier configured for transforming the alternating current of the external energy source into direct current, characterized in that the connection module further comprises a resistive block connected between one of the input terminals of the power supply and the rectifier , the resistive block being configured for minimizing the current circulating through the power supply to a value that ensures a galvanic isolation that otherwise would have been provided by a transformer.
Fall protection apparatus comprising: i) a self-retracting lifeline ; ii) a tether line ; iii) a link member configured to connect the self-retracting lifeline to the tether line , wherein the link member comprises a pair of spaced portions and an open part; and iv) an anti-connection device fitted to the link member , characterised by a pair of spaced apertures extending through the body of the anti-connection device , wherein in use the spaced portions of the link member extend through the spaced apertures and the anti-connection device bridges the open part of the link member such that the body of the anti-connection device at least partially blocks the open part of the link member , thereby permitting connection of the link member to the self-retracting lifeline and to the tether line but inhibiting connection of the link member to other devices when the link member is connected to the self-retracting lifeline and the tether line . i) a self-retracting lifeline ; ii) a tether line ; iii) a link member configured to connect the self-retracting lifeline to the tether line , wherein the link member comprises a pair of spaced portions and an open part; and iv) an anti-connection device fitted to the link member , characterised by a pair of spaced apertures extending through the body of the anti-connection device , wherein in use the spaced portions of the link member extend through the spaced apertures and the anti-connection device bridges the open part of the link member such that the body of the anti-connection device at least partially blocks the open part of the link member , thereby permitting connection of the link member to the self-retracting lifeline and to the tether line but inhibiting connection of the link member to other devices when the link member is connected to the self-retracting lifeline and the tether line .