mhurhangee/ep-ind-claims huggingface dataset:
A method for performing reroute operations for data packets when a link failure occurs within a ring network comprising the steps of: (a) routing a data packet between a headend, HE, node and a tailend, TE, node; (b) detecting a link failure between the headend node and the tailend node prior to the data packet reaching the tailend node; (c) receiving the data packet at a point of local repair, PLR, node between the headend node and the tailend node; (d) rerouting the received data packet through a bypass tunnel at the PLR node back to the headend node and onto the tailend node; and characterized in that it further comprises: (e) transmitting an error message from the PLR node to the headend node allowing the headend node to use a local bypass tunnel to carry a future data packet to the tailend node. (a) routing a data packet between a headend, HE, node and a tailend, TE, node; (b) detecting a link failure between the headend node and the tailend node prior to the data packet reaching the tailend node; (c) receiving the data packet at a point of local repair, PLR, node between the headend node and the tailend node; (d) rerouting the received data packet through a bypass tunnel at the PLR node back to the headend node and onto the tailend node; and (e) transmitting an error message from the PLR node to the headend node allowing the headend node to use a local bypass tunnel to carry a future data packet to the tailend node.
A holder for snap-fitting a thermal fuse to an electronic component, wherein the holder comprises: - a bottom surface for mounting the holder to a carrier comprising the electronic component, wherein the bottom surface comprises an opening for accommodating the electronic component; - a first wall parallel to a second wall, wherein the first wall and the second wall each comprise a protrusion (113, 114) for snap-fitting the thermal fuse to the electronic component; - a third wall, wherein the third wall comprises an edge for bending around at least one lead of the thermal fuse, wherein a shortest distance between the bottom surface and said edge is larger than a shortest distance between the bottom surface and one of said protrusion. - a bottom surface for mounting the holder to a carrier comprising the electronic component, wherein the bottom surface comprises an opening for accommodating the electronic component; - a first wall parallel to a second wall, wherein the first wall and the second wall each comprise a protrusion (113, 114) for snap-fitting the thermal fuse to the electronic component; - a third wall, wherein the third wall comprises an edge for bending around at least one lead of the thermal fuse, wherein a shortest distance between the bottom surface and said edge is larger than a shortest distance between the bottom surface and one of said protrusion.
A portable signaling device for use in a reduced visibility environment, said signaling device comprising: a housing for carrying the signaling device into the reduced visibility environment, the housing having a signaling side and an attachment side, the signaling side configured to transmit an infrared signal and the attachment side configured to be secured to a structure within the environment; an infrared energy source located within the housing, the infrared energy source including a power source, an emitter connected to the power source, and a switching mechanism connected to the power source and the emitter; and a control circuit coupled to the infrared energy source, the control circuit configured to receive an input representing a message to be transmitted in use to a thermal imaging camera being carried by a first responder, the message providing a visual indication of a firefighting operation, and operate the infrared energy source to transmit in use, the infrared signal representing the message to the thermal imaging camera; characterized in that the attachment side includes an adhesive configured to secure the signaling device to a vertical surface and wherein a film covers the adhesive and is removable in order to expose the adhesive for attaching the signaling device to a structure, the film being formed integrally with a removable pull tab disposed within the switching mechanism and adapted to activate the signaling device when the pull tag is removed. a housing for carrying the signaling device into the reduced visibility environment, the housing having a signaling side and an attachment side, the signaling side configured to transmit an infrared signal and the attachment side configured to be secured to a structure within the environment; an infrared energy source located within the housing, the infrared energy source including a power source, an emitter connected to the power source, and a switching mechanism connected to the power source and the emitter; and a control circuit coupled to the infrared energy source, the control circuit configured to receive an input representing a message to be transmitted in use to a thermal imaging camera being carried by a first responder, the message providing a visual indication of a firefighting operation, and operate the infrared energy source to transmit in use, the infrared signal representing the message to the thermal imaging camera; characterized in that the attachment side includes an adhesive configured to secure the signaling device to a vertical surface and wherein a film covers the adhesive and is removable in order to expose the adhesive for attaching the signaling device to a structure, the film being formed integrally with a removable pull tab disposed within the switching mechanism and adapted to activate the signaling device when the pull tag is removed.
A vehicle having a vehicle support structure, having a passenger compartment which is disposed on said vehicle support structure and is at least partially surrounded by body shell constructions, and having at least one door associated with the passenger compartment and arranged laterally when considered in the direction of travel so as to yield access to the passenger compartment, having a driver's seat which comprises at least a seat bottom and a seat back and is disposed in a central seat position in which said driver's seat is positioned in a vehicle median longitudinal axis or close to said vehicle median longitudinal axis of said vehicle support structure and in which for permitting access to the passenger compartment at least the seat bottom of the driver's seat may be transferred, using a pivoting device, from a central seat position to an access position close to, or adjacent to, said at least one side door, which position is backwardly offset with respect to the central seat position in a direction opposite to the direction of travel, characterised in that a central column is provided within the passenger compartment and extends from the vehicle floor or from an underbody module of the vehicle support structure up to the roof of the passenger compartment and in that the central column is disposed in the central seat position and supports the seat back of the driver's seat.
A method for wireless communication at a base station, comprising: determining, for a user equipment, UE, served by the base station and configured in a connected state with the base station, that the UE is to be transitioned out of the connected state; indicating to the UE that the UE should transition out of the connected state, wherein the indicating to the UE that the UE should transition out of the connected state comprises sending a first connection release message indicating that the UE should transition from the connected state to a semi-connected state, the semi-connected state associated with suppression of monitoring of a physical downlink control channel according to at least one temporary network identifier by the UE, and/or suppression of monitoring of a user-specific search space of the physical downlink control channel; and wherein the method further comprises maintaining a context for the UE at the base station subsequent to the indicating that the UE should transition out of the connected state and while the UE continues to be served by the base station. determining, for a user equipment, UE, served by the base station and configured in a connected state with the base station, that the UE is to be transitioned out of the connected state; indicating to the UE that the UE should transition out of the connected state, wherein the indicating to the UE that the UE should transition out of the connected state comprises sending a first connection release message indicating that the UE should transition from the connected state to a semi-connected state, the semi-connected state associated with suppression of monitoring of a physical downlink control channel according to at least one temporary network identifier by the UE, and/or suppression of monitoring of a user-specific search space of the physical downlink control channel; and wherein the method further comprises maintaining a context for the UE at the base station subsequent to the indicating that the UE should transition out of the connected state and while the UE continues to be served by the base station.
A gas recovery nozzle for performing cold spray additive manufacturing of a part, comprising: a main body configured to attach to a supersonic nozzle, wherein portion of the main body forms a passage configured to surroundingly contact the supersonic nozzle, when the supersonic nozzle is attached, inside a cavity defined by the main body; a first end of the passage having angled walls at an opening defining a gas flow path from the supersonic nozzle towards the part; the passage extending from the first end to a second end, the first end being a distal end and the second end being a proximal end relative to the supersonic nozzle; the cavity surrounding the passage and configured to collect at least some gas which is expelled from the supersonic nozzle and escapes laterally along a substrate of the part, and defining a gas recovery path, wherein the cavity has an open end facing the part; and an outlet, provided in addition to the open end, within the main body configured to connect to a gas recovery sub-system. a main body configured to attach to a supersonic nozzle, wherein portion of the main body forms a passage configured to surroundingly contact the supersonic nozzle, when the supersonic nozzle is attached, inside a cavity defined by the main body; a first end of the passage having angled walls at an opening defining a gas flow path from the supersonic nozzle towards the part; the passage extending from the first end to a second end, the first end being a distal end and the second end being a proximal end relative to the supersonic nozzle; the cavity surrounding the passage and configured to collect at least some gas which is expelled from the supersonic nozzle and escapes laterally along a substrate of the part, and defining a gas recovery path, wherein the cavity has an open end facing the part; and an outlet, provided in addition to the open end, within the main body configured to connect to a gas recovery sub-system.
An aquarium comprising: an aquarium tank having a top, a bottom and at least one side forming a space for holding water therein; a tube having a first end, a first diameter and a second end, the first end disposed at a point proximate the bottom of the aquarium tank, the tube running inside the aquarium tank from the point proximate the bottom of the aquarium tank vertically to a point proximate the top of the aquarium tank, wherein the tube exits through the at least one side at the point proximate the top of the aquarium tank, and further wherein the second end of the tube opens downwardly at a location outside of the aquarium tank for draining water from the aquarium tank; and a constrictor disposed within the second end of the tube for restricting the flow of water through the second end of the tube, the constrictor having a second smaller diameter than the first diameter of the tube. an aquarium tank having a top, a bottom and at least one side forming a space for holding water therein; a tube having a first end, a first diameter and a second end, the first end disposed at a point proximate the bottom of the aquarium tank, the tube running inside the aquarium tank from the point proximate the bottom of the aquarium tank vertically to a point proximate the top of the aquarium tank, wherein the tube exits through the at least one side at the point proximate the top of the aquarium tank, and further wherein the second end of the tube opens downwardly at a location outside of the aquarium tank for draining water from the aquarium tank; and a constrictor disposed within the second end of the tube for restricting the flow of water through the second end of the tube, the constrictor having a second smaller diameter than the first diameter of the tube.
A fire suppressing gas generating device comprising: - a cylindrical housing having two open sides (11; 12) and at least one discharge opening on the cylindrical surface of the cylindrical housing, wherein the longitudinal axis of the discharge opening is generally orthogonal to the longitudinal axis of the housing; - a plurality of gas generating grains disposed in a stacked relationship within the housing; - two end caps (3; 4), wherein each end cap (3; 4) is fixed to each open side of the housing sealing thereof; - an ignitor positioned at one of the end caps (3; 4) and associated with the gas generating grain for ignition of said gas generating grain; - a filter encompassing the plurality of the gas generating grains; whereby the fire suppressing gas generating device is characterized by: - at least one gas discharge channel connected to the discharge opening and the longitudinal axis of the gas discharge channel is generally aligned with the longitudinal axis of the discharge opening and generally orthogonal to the to the longitudinal axis of the housing; wherein the gas discharge channel comprises at least two nozzles with their longitudinal axis arranged generally orthogonal to the longitudinal axis of the gas discharge channel; and wherein at least two nozzles are opposed to each other creating thrust neutrality of discharged gas. - a cylindrical housing having two open sides (11; 12) and at least one discharge opening on the cylindrical surface of the cylindrical housing, wherein the longitudinal axis of the discharge opening is generally orthogonal to the longitudinal axis of the housing; - a plurality of gas generating grains disposed in a stacked relationship within the housing; - two end caps (3; 4), wherein each end cap (3; 4) is fixed to each open side of the housing sealing thereof; - an ignitor positioned at one of the end caps (3; 4) and associated with the gas generating grain for ignition of said gas generating grain; - a filter encompassing the plurality of the gas generating grains; whereby the fire suppressing gas generating device is characterized by: - at least one gas discharge channel connected to the discharge opening and the longitudinal axis of the gas discharge channel is generally aligned with the longitudinal axis of the discharge opening and generally orthogonal to the to the longitudinal axis of the housing; - at least one gas discharge channel connected to the discharge opening and the longitudinal axis of the gas discharge channel is generally aligned with the longitudinal axis of the discharge opening and generally orthogonal to the to the longitudinal axis of the housing; wherein the gas discharge channel comprises at least two nozzles with their longitudinal axis arranged generally orthogonal to the longitudinal axis of the gas discharge channel; and wherein at least two nozzles are opposed to each other creating thrust neutrality of discharged gas.
Body for a two-wheeler, particularly a scooter, having a roof element and having a storage compartment, characterised in that the roof element has at least two roof struts and a lid for the storage compartment, and that the roof element is mounted about a rotational axis so as to be rotatable between at least two positions, wherein in a first, lower position of the roof element the roof struts are arranged in a laid position, the storage compartment has a reduced volume and is closed by means of the lid, and wherein in a second, upper position the roof struts are arranged above a driver's seat and the storage compartment has an enlarged volume.
Media data transmission and processing system (300,400,500) comprising a first and a second data transmission network (102,103) transmitting the same multimedia data as a first and a second stream of IP packets, wherein the IP packets contain media information, a PTP timestamp and a packet counter number, wherein for every packet in the first stream, the second stream contains a packet with identical media information, PTP timestamp, and sequence number, wherein the packets of the first and the second stream are provided as a first and second input stream to a processing unit, characterized in that the processing unit comprises a first and a second processing card (202a,202b), wherein the first and the second processing card output a processed first and second output stream, respectively, wherein the first and second processing cards assign new PTP timestamps and sequence numbers to the packets of the first and second output streams, wherein - the first and second processing cards (202a,202b) are connected by an interconnection, - that one processing card is configured to act as a Master for the other processing card, which is configured to act as a Slave; - that the Master and Slave processing cards process the IP packets containing the same media information in a coordinated manner, in particular in a synchronous manner; - that the Master processing card is configured to assign a new PTP timestamp and packet counter number to an IP packet currently processed in the Master processing card and to communicate the new PTP timestamp and packet counter number to the Slave processing card, - that the Master processing card is configured to cause the Slave processing card to assign the PTP timestamp and packet counter number received from the Master processing card to the packet of the second stream that contains the same media information than the IP packet currently processed in the Master processing card. - the first and second processing cards (202a,202b) are connected by an interconnection, - that one processing card is configured to act as a Master for the other processing card, which is configured to act as a Slave; - that the Master and Slave processing cards process the IP packets containing the same media information in a coordinated manner, in particular in a synchronous manner; - that the Master processing card is configured to assign a new PTP timestamp and packet counter number to an IP packet currently processed in the Master processing card and to communicate the new PTP timestamp and packet counter number to the Slave processing card, - that the Master processing card is configured to cause the Slave processing card to assign the PTP timestamp and packet counter number received from the Master processing card to the packet of the second stream that contains the same media information than the IP packet currently processed in the Master processing card.
Method for overburden thickness measurement, in particular in the case of gas and oil pipelines laid underground, characterised in that the device to be covered is measured and its coordinates are recorded, that after the overburden has been applied the terrain profile over the device is measured and a terrain model is determined therefrom and recorded in a specified coordinate system, and that the thickness of the overburden is determined from the coordinates of the device and from the terrain model.
A bracket adapted for mounting a slide rail to a post, the bracket comprising: a bracket plate for being attached to the slide rail; at least one mounting member connected to the bracket plate and configured to be mounted to the post; and a first fastening member movably mounted on the bracket plate, wherein a fastening portion of the first fastening member is in front of and adjacent to the post when the first fastening member is in a locking state; an engaging base coupled to the first fastening member and including a first portion and a second portion connected to the first portion; wherein the second portion includes a plurality of engaging features; wherein the second portion and the first fastening member form a space therebetween; wherein the space allows entrance by a second fastening member in order for the second fastening member to engage with the second portion and thereby be prevented from detachment from the engaging base, characterized in that the engaging features of the second portion of the engaging base are outwardly protrudingly provided with respect to the first portion over a range of 360 degrees so that the second fastening member is engageable with the second portion of the engaging base from any direction. a bracket plate for being attached to the slide rail; at least one mounting member connected to the bracket plate and configured to be mounted to the post; and a first fastening member movably mounted on the bracket plate, wherein a fastening portion of the first fastening member is in front of and adjacent to the post when the first fastening member is in a locking state; an engaging base coupled to the first fastening member and including a first portion and a second portion connected to the first portion; wherein the second portion includes a plurality of engaging features; wherein the second portion and the first fastening member form a space therebetween; wherein the space allows entrance by a second fastening member in order for the second fastening member to engage with the second portion and thereby be prevented from detachment from the engaging base, characterized in that the engaging features of the second portion of the engaging base are outwardly protrudingly provided with respect to the first portion over a range of 360 degrees so that the second fastening member is engageable with the second portion of the engaging base from any direction.
Label for the verification of authenticity of a product, comprising at least a first layer and a second layer anchored to said first layer, on said first layer wirelessly interrogable electronic means being fixed, which are equipped with memory, said second layer including a removable portion, at least on said removable portion, interrogation interruption means being provided, which are adapted to interrupt the interrogation of said wirelessly interrogable electronic means; the label being characterized in that: - said removable portion is configured so as to show irreversibly, in use, that it has been removed; - on said wirelessly interrogable electronic means, at least a FIRST VERIFICATION CODE, for verification of the first reading of the label, and at least a VALIDATION CODE, for verification of authenticity of the label, are stored; - on said first layer a GRAPHICS is present, which is covered by the removable portion, is not readable by an optical recognition device, and is generated by an algorithm based on said at least a VALIDATION CODE. - said removable portion is configured so as to show irreversibly, in use, that it has been removed; - on said wirelessly interrogable electronic means, at least a FIRST VERIFICATION CODE, for verification of the first reading of the label, and at least a VALIDATION CODE, for verification of authenticity of the label, are stored; - on said first layer a GRAPHICS is present, which is covered by the removable portion, is not readable by an optical recognition device, and is generated by an algorithm based on said at least a VALIDATION CODE.