mhurhangee/ep-ind-claims huggingface dataset:
Package for objects, with a closable container made from a liquid-tight material and which accommodates at least one object, wherein the container can be closed in an air-tight manner, and wherein a partial vacuum compared with the surroundings can be generated and maintained in the closed container, with a dimensionally stable hollow body, which can be positioned in the container alongside an object, and which takes in liquid and/ or moisture and/ or gases which escape from the object arranged in the container, alongside the hollow body, or are otherwise contained in the container, characterised by a hollow body exhibiting two hollow-body parts with a first hollow-body part of the hollow body, which has an opening, with second hollow-body part of the hollow body, which can be moved in relation to the first hollow-body part and, in an open position, releases the opening of the first hollow-body part and, in a closed position, covers the opening of the first hollow-body part.
A bed comprising a support arrangement comprising an upper support surface forming an upper limitation thereof for carrying a person lying in the bed, in which at least a portion (5,6) of said upper support surface has a good ability to let air through, at least an opening (17,19) to the exterior being arranged in the support arrangement for communicating with the inner side of the air-permeable portion (5,6), a suction device for creating a negative air pressure being connectable to the opening (17,19) wherein, the interior of the support arrangement adapted to allow a connected suction device in operation to draw the air outside said upper support surface through said air-permeable portion (5,6) and through the interior of the support arrangement out thereof through said opening (17,19) for drawing air away from said upper support surface through the suction device when a person is resting in the bed, wherein the bed further comprising a control unit controlling of said drawing of air away, characterized in that it comprises first member measuring the temperature of the air located in immediate proximity to said upper support surface of the support arrangement and sending information about said temperature to the control unit, wherein the control unit controls the suction of air of the suction device in dependence of said measured temperature information with the aim to adjust the temperature of the air surrounding the body of a person in a contact with said support surface to be an optimum for the comfort of the person lying in the bed.
A system that operates using Open Platform Communications OPC, Unified Architecture, UA, the system comprising: a redundant server set comprising a first OPC UA server and a second OPC UA server; an OPC UA client configured to designate an endpoint Uniform Resource Locator, URL, to communicate with the redundant server set; and a load balancer, LB, connected between the redundant server set and the OPC UA client, wherein the OPC UA client is configured to send a request for connection to the endpoint URL, the first OPC UA server is an active server, the second OPC UA server is a standby server, the LB is configured to proxy a connection to the first OPC UA server, and the endpoint URL is associated with a name and the URL of the active server and is different from a URL of each of the first OPC UA server and the second OPC UA server, wherein, in a failover operation, the LB is further configured to: switch the first OPC UA server and the second OPC UA server to a standby server and an active server, respectively, and shift the endpoint URL from the first OPC UA server to the second OPC UA server. a redundant server set comprising a first OPC UA server and a second OPC UA server; an OPC UA client configured to designate an endpoint Uniform Resource Locator, URL, to communicate with the redundant server set; and a load balancer, LB, connected between the redundant server set and the OPC UA client, wherein the OPC UA client is configured to send a request for connection to the endpoint URL, the first OPC UA server is an active server, the second OPC UA server is a standby server, the LB is configured to proxy a connection to the first OPC UA server, and the endpoint URL is associated with a name and the URL of the active server and is different from a URL of each of the first OPC UA server and the second OPC UA server, wherein, in a failover operation, the LB is further configured to: switch the first OPC UA server and the second OPC UA server to a standby server and an active server, respectively, and shift the endpoint URL from the first OPC UA server to the second OPC UA server. switch the first OPC UA server and the second OPC UA server to a standby server and an active server, respectively, and shift the endpoint URL from the first OPC UA server to the second OPC UA server.
Jewellery item comprising an item body, a decorative element capable of pivoting relative to the item body by application of a torque, wherein the jewellery item comprises an insert positioned between the item body and the decorative element, the decorative element being mounted on the insert and capable of pivoting relative to said insert, the item body and the decorative element being made of a material chosen from gold and its alloys, silver and its alloys, and platinum and its alloys, characterised in that the insert is made of a material that prevents wear and deformation of the item body and the decorative element.
A method for puncturing a beverage capsule prior to its insertion into a brewing machine or an espresso machine, comprising the steps of: a) placing the beverage capsule into a stand-alone beverage capsule opener device (10, 30, 70, 80, 100, 110) located separately from the brewing machine or espresso machine, said stand-alone beverage capsule opener device (10, 30, 70, 80, 100, 110) comprising a capsule receiving portion and one or more puncture features (14, 112) and b) puncturing one or more openings in the beverage capsule; characterized in that the method further comprises the step of: c) manually removing the punctured beverage capsule from the stand-alone beverage capsule opener device (10, 30, 70, 80, 100, 110) for subsequent manual insertion of the punctured beverage capsule into the brewing machine or espresso machine. a) placing the beverage capsule into a stand-alone beverage capsule opener device (10, 30, 70, 80, 100, 110) located separately from the brewing machine or espresso machine, said stand-alone beverage capsule opener device (10, 30, 70, 80, 100, 110) comprising a capsule receiving portion and one or more puncture features (14, 112) and b) puncturing one or more openings in the beverage capsule;
First network control node device, said first network control node being arranged to serve at least one associated first cell of a cellular wireless communication system; said cellular wireless communication system further comprising one or more mobile stations and at least one second network control node serving at least one associated second cell; said cellular wireless communication system being arranged to employ handover procedures when mobile stations are handed over from one cell to another cell; said first network control node further being arranged to: - successfully handover a mobile station from said first cell to said second cell; - receive at least one mobile identity indicator in a transmission from said second network control node, wherein said transmission is triggered by at least one occurrence of a radio link failure for said mobile station occurring after said successful handover; and - identify said mobile station by using said at least one mobile identity indicator; wherein said at least one mobile identity indicator is embedded in a handover report message transmitted from said second network control node to said first network control node; characterised by said first network control node is arranged to store network context information about said mobile station; wherein said mobile identity indicator is cell radio network temporary identifier, CRNTI, for said mobile station used by said first network control node. - successfully handover a mobile station from said first cell to said second cell; - receive at least one mobile identity indicator in a transmission from said second network control node, wherein said transmission is triggered by at least one occurrence of a radio link failure for said mobile station occurring after said successful handover; and - identify said mobile station by using said at least one mobile identity indicator;
A sheet detection device configured to detect a sheet that comprises a transparent portion and is transported along a transport path, the device comprising: at least one ultraviolet light source configured to apply ultraviolet light to the transport path; at least one photodetector configured to detect the ultraviolet light applied by the at least one ultraviolet light source and transmitted through the sheet; and a detector configured to detect at least one of passage, arrival, or presence of the sheet based on an output signal from the photodetector, the detector being configured to detect the sheet based on an attenuation rate of the output signal from the photodetector, based on characteristics that the sheet has a low ultraviolet light transmittance in the transparent portion in the direction in which ultraviolet light travels as compared with a case when no sheet is present in the direction in which ultraviolet light travels, and that the sheet has a transmittance of ultraviolet light having a wavelength of 280 nm of approximately 70% or lower in the transparent portion in the direction in which ultraviolet light travels. at least one ultraviolet light source configured to apply ultraviolet light to the transport path; at least one photodetector configured to detect the ultraviolet light applied by the at least one ultraviolet light source and transmitted through the sheet; and a detector configured to detect at least one of passage, arrival, or presence of the sheet based on an output signal from the photodetector, the detector being configured to detect the sheet based on an attenuation rate of the output signal from the photodetector, based on characteristics that the sheet has a low ultraviolet light transmittance in the transparent portion in the direction in which ultraviolet light travels as compared with a case when no sheet is present in the direction in which ultraviolet light travels, and that the sheet has a transmittance of ultraviolet light having a wavelength of 280 nm of approximately 70% or lower in the transparent portion in the direction in which ultraviolet light travels.
A tab limiting sheet, insulated and disposed between a cell body and two tab bodies of a battery cell arranged at intervals along a first direction, characterized in that the tab limiting sheet comprises: a first mounting part and a second mounting part respectively to abut against the two tab bodies tightly; and a connecting assembly, wherein the first mounting part, the connecting assembly, and the second mounting part are sequentially connected along the first direction, and the connecting assembly comprises: an elastic element, connected between the first mounting part and the second mounting part; and a first support element, comprising a first supporting part connected with the first mounting part and a second supporting part connected with the second mounting part; wherein when the elastic element is in a natural state, the first supporting part and the second supporting part are spaced in the first direction, and when the elastic element is squeezed to a maximum deformation state, the first supporting part is tightly abutted against the second supporting part. a first mounting part and a second mounting part respectively to abut against the two tab bodies tightly; and a connecting assembly, wherein the first mounting part, the connecting assembly, and the second mounting part are sequentially connected along the first direction, and the connecting assembly comprises: an elastic element, connected between the first mounting part and the second mounting part; and a first support element, comprising a first supporting part connected with the first mounting part and a second supporting part connected with the second mounting part; wherein when the elastic element is in a natural state, the first supporting part and the second supporting part are spaced in the first direction, and when the elastic element is squeezed to a maximum deformation state, the first supporting part is tightly abutted against the second supporting part. an elastic element, connected between the first mounting part and the second mounting part; and a first support element, comprising a first supporting part connected with the first mounting part and a second supporting part connected with the second mounting part; wherein when the elastic element is in a natural state, the first supporting part and the second supporting part are spaced in the first direction, and when the elastic element is squeezed to a maximum deformation state, the first supporting part is tightly abutted against the second supporting part.
A compound represented by formula (I-3): wherein E 1 is oxygen or optionally oxidized sulfur, R is hydrogen or C1-8 aliphatic hydrocarbon group, R 1 is hydrogen or C1-4 aliphatic hydrocarbon group, R 2 is C2-8alkenyl which may have a substituent(s) or C2-8alkynyl which may have a substituent(s), is β-configuration, is α-configuration, a salt thereof, an N-oxide thereof, an S-oxide thereof, a solvate thereof or a cyclodextrin clathrate thereof.
Vacuum cleaner comprising a frame, inside which is housed an electric motor associated with a fan for creating, in use, air suction from a suction tube, upstream from the motor, ending with a nozzle, to an air outlet in the frame located downstream from the motor, a filtration device being arranged in the path of the air flow, upstream from the motor, characterised in that the frame comprises two subassemblies (1, 2), a first sub-assembly comprising a support receiving at least the motor, the fan, means (13a, 13b) for controlling the motor and a winder for a power cable, the support being mounted on the second subassembly, forming therewith the entire outer casing of the frame, and in that the second subassembly comprises a front compartment for the filtration device and a rear compartment in which the first subassembly is mounted.
A method for supporting multiple simultaneous connections over a single non-Internet Protocol,non-IP, data delivery,NIDD, data call by an Internet of Things,IoT, device, comprising: receiving, by a processor of the IoT device, an Access Point Name,APN, connection profile object including an Application Identifier App ID, list, a Reliable Delivery Service,RDS, destination port list, and an RDS source port list, wherein the App ID list indicates App IDs for destination servers, the RDS destination port list indicates RDS destination ports to communicate with the servers, and the RDS source port list indicates RDS source ports to communicate with the servers; determining, by the processor, whether a Lightweight Machine-to-Machine,LwM2M, security object indicating an Application Identifier App ID, of a destination server indicates an RDS source port and RDS destination port pair to communicate with the destination server; determining, by the processor, whether a port query is supported by the IoT device in response to determining that the LwM2M security object indicating the App ID of the destination server does not indicate the RDS destination port and RDS source port pair to communicate with the destination server; and sending, by the processor, a query to a Service Capability Exposure Function,SCEF, in a NIDD data call requesting the RDS source port and RDS destination port pair to communicate with the destination server in response to determining that a port query is supported by the IoT device. receiving, by a processor of the IoT device, an Access Point Name,APN, connection profile object including an Application Identifier App ID, list, a Reliable Delivery Service,RDS, destination port list, and an RDS source port list, wherein the App ID list indicates App IDs for destination servers, the RDS destination port list indicates RDS destination ports to communicate with the servers, and the RDS source port list indicates RDS source ports to communicate with the servers; determining, by the processor, whether a Lightweight Machine-to-Machine,LwM2M, security object indicating an Application Identifier App ID, of a destination server indicates an RDS source port and RDS destination port pair to communicate with the destination server; determining, by the processor, whether a port query is supported by the IoT device in response to determining that the LwM2M security object indicating the App ID of the destination server does not indicate the RDS destination port and RDS source port pair to communicate with the destination server; and sending, by the processor, a query to a Service Capability Exposure Function,SCEF, in a NIDD data call requesting the RDS source port and RDS destination port pair to communicate with the destination server in response to determining that a port query is supported by the IoT device.
A power generator for use in a bore, the power generator comprising: at least one drivable member; at least one generation apparatus; the generation apparatus comprising: at least one generator magnet for producing a magnetic field; at least one electrically conductive member located or locatable within the magnetic field; and a housing comprising a shroud, the shroud comprises a cylindrical hollow casing member that covers an outside of the driveable member, wherein: a first end of the shroud defines an inlet; a side wall of the shroud defines a plurality of outlets arranged circumferentially around a side wall of the housing such that the outlets open tangentially to the inlet; and a second end of the shroud opposite to the first end defines a dome shaped protrusion that protrudes axially inwardly towards the inlet to partially close the second end of the shroud, wherein the drivable member is drivable by fluid flowing from the inlet to the plurality of outlets of the power generator so as to produce relative motion of the at least one magnet and the at least one electrically conductive member in order to induce a current in the at least one electrically conductive member. at least one drivable member; at least one generation apparatus; the generation apparatus comprising: at least one generator magnet for producing a magnetic field; at least one electrically conductive member located or locatable within the magnetic field; and a housing comprising a shroud, the shroud comprises a cylindrical hollow casing member that covers an outside of the driveable member, wherein: a first end of the shroud defines an inlet; a side wall of the shroud defines a plurality of outlets arranged circumferentially around a side wall of the housing such that the outlets open tangentially to the inlet; and a second end of the shroud opposite to the first end defines a dome shaped protrusion that protrudes axially inwardly towards the inlet to partially close the second end of the shroud, at least one generator magnet for producing a magnetic field; at least one electrically conductive member located or locatable within the magnetic field; and a housing comprising a shroud, the shroud comprises a cylindrical hollow casing member that covers an outside of the driveable member, wherein: a first end of the shroud defines an inlet; a side wall of the shroud defines a plurality of outlets arranged circumferentially around a side wall of the housing such that the outlets open tangentially to the inlet; and a second end of the shroud opposite to the first end defines a dome shaped protrusion that protrudes axially inwardly towards the inlet to partially close the second end of the shroud, wherein the drivable member is drivable by fluid flowing from the inlet to the plurality of outlets of the power generator so as to produce relative motion of the at least one magnet and the at least one electrically conductive member in order to induce a current in the at least one electrically conductive member.
Method for repairing a precision casted turbine blade, which comprises an airfoil with a pressure and a suction side with a wall thickness (w) and internal cooling channels, a tip having a tip crown with a crown plate and a squealer (14") and at least one letterbox which was closed by brazing during new-part manufacturing, wherein the letterbox area was damaged during operation in the first life cycle of the blade, said method comprising the following steps of a) Removing the damaged letterbox area together with the appropriate tip crown; then b) Building-up the pressure and suction side of the airfoil by welding to a sufficient height; then c) CNC machining of the airfoil to the height of a bottom side of the crown plate; then d) Electrical discharge machining of the inner contour of the weld build-up including an exact opening geometry of an internal cavity for incorporation of a closure plate; then e) Inserting an exactly fitting closure plate into the opening machined in step d) and fixing the closure plate by spot welding; then f) Selecting a weld filler dependent on the required properties and over-welding completely the closure plate such, that the closure plate itself is re-melted and absorbed into the liquid weld pool mainly formed by the selected weld filler, thereby building-up the crown plate; then g) Welding the squealer (14") of the tip and finally h) Restoring the inner and outer contour of the blade by grinding. a) Removing the damaged letterbox area together with the appropriate tip crown; then b) Building-up the pressure and suction side of the airfoil by welding to a sufficient height; then c) CNC machining of the airfoil to the height of a bottom side of the crown plate; then d) Electrical discharge machining of the inner contour of the weld build-up including an exact opening geometry of an internal cavity for incorporation of a closure plate; then e) Inserting an exactly fitting closure plate into the opening machined in step d) and fixing the closure plate by spot welding; then f) Selecting a weld filler dependent on the required properties and over-welding completely the closure plate such, that the closure plate itself is re-melted and absorbed into the liquid weld pool mainly formed by the selected weld filler, thereby building-up the crown plate; then g) Welding the squealer (14") of the tip and finally h) Restoring the inner and outer contour of the blade by grinding.
Harvester for root crops such as potatoes, beets or similar crops, comprising a machine frame which supports a respective harvesting- and sieving unit, collecting hopper and similar structures, on which machine frame at least two support wheels (6, 7), connected to a supporting axle, are provided for support at the ground side, and a control device (control system D), which detects machine movements acting in each case transversely to the driving direction (plane H') and actively influences said movements by means of at least one control element (actuator 8), is provided in the region of the machine frame (4, 4'), it being possible to detect respective driving stimuli transmitted in particular from the support wheels (6, 7) to the region of the machine structure and to actively influence said driving stimuli by means of the control system assigned to the actuating cylinder, characterised in that an actuating cylinder, which comprises at least one sensory receiver in the form of a pressure sensor (A, B), is provided between the machine frame and the supporting axle in the vicinity of at least one of the support wheels.