mhurhangee/ep-ind-claims huggingface dataset:
A shielded electrical connector for connecting shielded electrical lines or plug-in connectors to one another, comprising: - one or more conductor elements (11, 21, 71) belonging to at least one line (1,2) or at least one plug-in connector (4, 7); - one or more shielding sleeves (10, 20) or shielding casings (40, 70) belonging to at least one line (1, 2) or at least one electrical plug-in connector (4, 7); - a shielding housing either connecting a plurality of shielding sleeves (10, 20) with one another, or connecting at least one shielding sleeve to at least one shielding casing, or connecting a plurality of shielding casings with one another, or forming part of the shielding casing; and - an intermediate insulating body made of temperature-resistant, electrically insulating material; characterised in that the shielding housing consists of a cast metal body that has been cast in situ from liquid metal or liquid metal alloy on and around annular portions (101, 201, 401, 701) of the one or more shielding sleeves (10, 20) or the one or more shielding casings (40, 70), where it establishes an anchoring means having a low electrical contact resistance and provides complete shielding of the electrical connector; and that the shielding housing has been cast in situ at least partially onto the intermediate insulating body, and wherein the intermediate insulating body protects the one or more conductor elements during the casting process of the shielding housing. - one or more conductor elements (11, 21, 71) belonging to at least one line (1,2) or at least one plug-in connector (4, 7); - one or more shielding sleeves (10, 20) or shielding casings (40, 70) belonging to at least one line (1, 2) or at least one electrical plug-in connector (4, 7); - a shielding housing either connecting a plurality of shielding sleeves (10, 20) with one another, or connecting at least one shielding sleeve to at least one shielding casing, or connecting a plurality of shielding casings with one another, or forming part of the shielding casing; and - an intermediate insulating body made of temperature-resistant, electrically insulating material;
Guide rail for guiding a saw chain in a guide groove of the guide rail, wherein the guide rail extends over a longitudinal extent along a longitudinal central axis and has a rear portion for fixing of the guide rail to a work device, has a front portion for diversion of the saw chain and has a middle portion which is arranged between the rear portion and the front portion, wherein the middle portion extends over half of the longitudinal extent between the rear portion and the front portion, wherein the rear portion and the front portion each extend over a quarter of the longitudinal extent, wherein the guide rail comprises a main carrier, wherein the main carrier has a peripheral edge, wherein the guide groove, with a groove base and two groove side walls (61, 62), extends in the peripheral edge, and wherein, in the rear portion, there is arranged at least one feed opening (41, 42) for feeding of lubricant, which at least one feed opening opens out into the guide groove, wherein, in the middle portion, for the purpose of receiving lubricant, the groove base has at least one depression (64, 65, 66) in relation to a directly adjacent non-depressed region (67, 68) of the groove base, characterized in that, in the middle portion, the groove base is free of feed openings for feeding of lubricant.
Periscope for vehicles, in particular for cars, comprising a camera associated with a first end of a rod, a second end of said rod, opposite to said first end, being configured to be associated with a roof of a vehicle, in at least one configuration of use of said periscope, said camera being positioned at a height greater than or equal to 30 cm with respect to said roof of said vehicle and being adapted to detect a plurality of images of the space in front of said vehicle in the direction of travel of said vehicle, said periscope further comprising displaying means of said plurality of images detectable by said camera, and transmission means of said plurality of images from said camera to said displaying means, said displaying means being placeable inside a passenger compartment of said vehicle in order to be viewed by a driver of said vehicle; said rod being movable by a configuration of use of said periscope in which said camera is positioned at said height greater than or equal to 30 cm with respect to said roof of said vehicle, to a rest configuration in which said camera is lowered substantially at the level of said roof of said vehicle, said periscope comprising moving means of said rod from said configuration of use of said periscope to said rest configuration and vice versa; characterised in that the moving means comprise one or two wings fixed to said rod near said first end, adapted to intercept the air flow generated by the movement of said vehicle in said direction of travel to lift said rod from said rest configuration to said configuration of use of said periscope.
A method for preparing lithium-containing particles suitable for use in an electrode of a battery, comprising: a) forming a mixture comprising titanium dioxide precursor nanoparticles and an aqueous solution of a lithium compound, wherein the titanium dioxide precursor particles consist of greater than 95% anatase phase; b) heating the mixture at a temperature of at least 80 °C for at least 3 hours in a sealed pressure vessel at autogenous pressure in order to form lithium-inserted titanium dioxide nanoparticles, wherein at least one particle size characteristic selected from the group consisting of average primary particle size, average intra-particle pore size, average inter-particle pore size, of the titanium dioxide nanoparticles is within 10 percent of the same size characteristic of the titanium dioxide precursor nanoparticles; and c) calcining the lithium-inserted titanium dioxide nanoparticles to form lithium titanate spinel nanoparticles. a) forming a mixture comprising titanium dioxide precursor nanoparticles and an aqueous solution of a lithium compound, wherein the titanium dioxide precursor particles consist of greater than 95% anatase phase; b) heating the mixture at a temperature of at least 80 °C for at least 3 hours in a sealed pressure vessel at autogenous pressure in order to form lithium-inserted titanium dioxide nanoparticles, wherein at least one particle size characteristic selected from the group consisting of average primary particle size, average intra-particle pore size, average inter-particle pore size, of the titanium dioxide nanoparticles is within 10 percent of the same size characteristic of the titanium dioxide precursor nanoparticles; and c) calcining the lithium-inserted titanium dioxide nanoparticles to form lithium titanate spinel nanoparticles.
A method performed by a control plane node for handling a User Equipment, UE,, which roams into a visited network, wherein the control plane node is comprised in the visited network or in a home network, wherein at least the network in which the control plane node is comprised is a Mobile Service Chaining, MSC, network, the method comprising: when the UE roams into the visited network, transmitting (901, 1201, 1210, 1305, 1502, 1601) a create chain request message to a service chain controller, wherein the create chain request message is a request to create a chain of User Plane Function, UPF, nodes that user plane packets to or from the UE should traverse, and wherein the create chain request message comprises an identity of the UE; and receiving (904, 1205, 1213, 1308, 1505, 1602) a create chain response message from the service chain controller, wherein the create chain response message indicates that the requested chain has been created and wherein the create chain response message comprises information which indicates at least one of an address and an identifier of a user plane edge point (308, 310) in the network in which the control plane node is comprised and which the user plane packets should travers in the created chain. when the UE roams into the visited network, transmitting (901, 1201, 1210, 1305, 1502, 1601) a create chain request message to a service chain controller, wherein the create chain request message is a request to create a chain of User Plane Function, UPF, nodes that user plane packets to or from the UE should traverse, and wherein the create chain request message comprises an identity of the UE; and receiving (904, 1205, 1213, 1308, 1505, 1602) a create chain response message from the service chain controller, wherein the create chain response message indicates that the requested chain has been created and wherein the create chain response message comprises information which indicates at least one of an address and an identifier of a user plane edge point (308, 310) in the network in which the control plane node is comprised and which the user plane packets should travers in the created chain.
An elevator apparatus, comprising: a car; a driving device for raising and lowering the car; a brake device for braking running of the car; a travel control device for controlling the driving device and the brake device; and a safety circuit section including: a plurality of abnormality detection means (27, 28, 29); a safety control device for controlling electric power supply to the driving device and the brake device in accordance with a content of an abnormality detected by the plurality of abnormality detection means (27, 28, 29); characterized by failure detection means for detecting a failure of the safety control device; and circuit changeover means for forming a failure-time circuit when the failure of the safety control device is detected; the failure-time circuit being arranged such that the electric power supply to the driving device and the brake device can be interrupted directly by the plurality of abnormality detection means (27, 28, 29). a car; a driving device for raising and lowering the car; a brake device for braking running of the car; a travel control device for controlling the driving device and the brake device; and a safety circuit section including: a plurality of abnormality detection means (27, 28, 29); a safety control device for controlling electric power supply to the driving device and the brake device in accordance with a content of an abnormality detected by the plurality of abnormality detection means (27, 28, 29); characterized by failure detection means for detecting a failure of the safety control device; and circuit changeover means for forming a failure-time circuit when the failure of the safety control device is detected; the failure-time circuit being arranged such that the electric power supply to the driving device and the brake device can be interrupted directly by the plurality of abnormality detection means (27, 28, 29).
A method performed by a Central Unit, CU, of a distributed base station, the method comprising: sending, to a source Distributed Unit, DU, (5-2a-1) of the distributed base station, a user equipment, UE, CONTEXT MODIFICATION REQUEST message including a Configuration Query information element, IE, for requesting configuration information of the source DU (5-2a-1) for the UE, in a case where the UE is determined to move from the source DU (5-2a-1) to a target DU (5-2a-2) of the distributed base station; receiving, from the source DU (5-2a-1), a UE CONTEXT MODIFICATION RESPONSE message including configuration information including a cell group configuration of the source DU (5-2a-1) based on the UE CONTEXT MODIFICATION REQUEST message including the Configuration Query IE; and sending the configuration information including the cell group configuration of the source DU (5-2a-1) to the target DU (5-2a-2) or another base station. sending, to a source Distributed Unit, DU, (5-2a-1) of the distributed base station, a user equipment, UE, CONTEXT MODIFICATION REQUEST message including a Configuration Query information element, IE, for requesting configuration information of the source DU (5-2a-1) for the UE, in a case where the UE is determined to move from the source DU (5-2a-1) to a target DU (5-2a-2) of the distributed base station; receiving, from the source DU (5-2a-1), a UE CONTEXT MODIFICATION RESPONSE message including configuration information including a cell group configuration of the source DU (5-2a-1) based on the UE CONTEXT MODIFICATION REQUEST message including the Configuration Query IE; and sending the configuration information including the cell group configuration of the source DU (5-2a-1) to the target DU (5-2a-2) or another base station.
An equipped working table for a cutting machine; the equipped working table comprising: - an upper surface supporting at least one panel; and - at least one closing device,,,, of a cutting slot; said at least one closing device,,,, of the cutting slot comprising a closing member of said cutting slot and actuating means of said closing member; said closing member being orthogonal to the cutting slot itself and being able to be positioned in a retracted terminal position, in which said cutting slot in correspondence to said closing member remains open, and in an extracted terminal position, in which said cutting slot in correspondence to said closing member is closed by said closing member itself; and a head (201 B), (201B*), (201B**), (201B***), (201B****) associated to said closing member; the equipped working table being characterized in that said upper surface supporting a panel or a stack of panels is at least partially arranged over said head (201 B), (201B*), (201B**), (201B***), (201B****) of said closing member when said closing member is located in said retracted terminal position. - an upper surface supporting at least one panel; and - at least one closing device,,,, of a cutting slot; said at least one closing device,,,, of the cutting slot comprising a closing member of said cutting slot and actuating means of said closing member; said closing member being orthogonal to the cutting slot itself and being able to be positioned in a retracted terminal position, in which said cutting slot in correspondence to said closing member remains open, and in an extracted terminal position, in which said cutting slot in correspondence to said closing member is closed by said closing member itself; and
Profile bar for constructing a wire frame in wine, fruit or vegetable growing, with at least one hook molded into the profile bar extending along a longitudinal axis for hanging a wire for attachment of a plant, in particular a grapevine, characterized in that, the profile bar preferably formed as an extrusion-moided profile, is formed of metal, and has of a T-, Y- or a cross-shaped design in a cross-sectional view, and comprises at least three, in particular four profile surface portions (2, 3, 5, 6), arranged angularly to each other and extending along the longitudinal axis, and in that the hook is formed on an outer first longitudinal edge of a first of the profile surface sections, and includes a laterally open recess, which is externally delimited by a inwardly bendable longitudinal edge section of the first longitudinal edge inserted for clamping a wire inserted in the recess.
A controller for granting a user input device control of a lighting device comprising at least one light source, the controller comprising: - a receiver arranged for receiving a first sound signal recorded within a first time frame by a first sound sensor and a second sound signal recorded within a second time frame by a second sound sensor located at the user input device, and for receiving a control command from the user input device, and - a processor arranged for determining a level of similarity between the first sound signal and the second sound signal, wherein the first time frame and the second time frame at least partially overlap, and for granting the user input device control of the lighting device if a sufficient level of similarity has been determined, wherein the controller is further arranged for controlling the lighting device based on the control command when control of the lighting device has been granted to the user input device. - a receiver arranged for receiving a first sound signal recorded within a first time frame by a first sound sensor and a second sound signal recorded within a second time frame by a second sound sensor located at the user input device, and for receiving a control command from the user input device, and - a processor arranged for determining a level of similarity between the first sound signal and the second sound signal, wherein the first time frame and the second time frame at least partially overlap, and for granting the user input device control of the lighting device if a sufficient level of similarity has been determined,
A method for pairing a wireless communication device with a peripheral device using a Body Area Network, the method performed at the wireless communication device and comprising: detecting that the peripheral device is proximate to the wireless communication device; determining whether both the wireless communication device and the peripheral device are in contact with a user's body; and pairing with the peripheral device using a BAN if both the wireless communication device and the peripheral device are in contact with the user's body; characterized by: responsive to pairing with the peripheral device, controlling power resources of the peripheral device by: generating one or more power control commands to selectively enable or disable a BAN transmitter at the peripheral device; and sending the one or more commands over a BAN link to selectively enable or disable the BAN transmitter at the peripheral device. detecting that the peripheral device is proximate to the wireless communication device; determining whether both the wireless communication device and the peripheral device are in contact with a user's body; and pairing with the peripheral device using a BAN if both the wireless communication device and the peripheral device are in contact with the user's body; generating one or more power control commands to selectively enable or disable a BAN transmitter at the peripheral device; and sending the one or more commands over a BAN link to selectively enable or disable the BAN transmitter at the peripheral device.
A pharmaceutical composition for use in treating a neurodegenerative disease comprising: a therapeutic agent that includes a synthetic therapeutic peptide of 5 to 10 amino acids and a transport moiety that is linked to the therapeutic peptide and facilitates uptake of the therapeutic peptide by a cell, the therapeutic peptide inhibiting TDP-43 mediated disassembly of mitochondrial respiratory complex 1 and including an amino acid sequence selected from the group consisting of SEQ ID NO: 1 and SEQ ID NO: 3.
A method for manufacturing a hollow coil spring, comprising: an end sealing step for sealing ends by which a core material of an end (Wa) of a hollow spring member is gathered by machining; and a coil forming step for forming the hollow spring member in coil shape after the end sealing step, characterized in that in the end sealing step, the end (Wa) of the hollow spring member is formed in a hemispherical shape, and in the coil forming step, the hollow spring member is wound around a rod by moving a chuck portion, which grips one end of the hollow spring member, in an axial direction of the rod while relatively rotating around an outer circumference of the rod, thereby forming a hollow body in a coiled shape. an end sealing step for sealing ends by which a core material of an end (Wa) of a hollow spring member is gathered by machining; and a coil forming step for forming the hollow spring member in coil shape after the end sealing step, characterized in that in the end sealing step, the end (Wa) of the hollow spring member is formed in a hemispherical shape, and in the coil forming step, the hollow spring member is wound around a rod by moving a chuck portion, which grips one end of the hollow spring member, in an axial direction of the rod while relatively rotating around an outer circumference of the rod, thereby forming a hollow body in a coiled shape.
A surgical soft tissue repair device, comprising: a soft anchor (312, 412, 612) configured to be fixated in bone and formed of a flexible construct with a plurality of openings (318, 319, 416, 516) formed therein, the soft anchor (312, 412, 612) having an unstressed configuration with a first length and a first diameter; and a snare assembly (20, 120, 220) having a first end and at least one elongate filament extending therefrom, the elongate filament having a terminal end opposite the first end, the snare assembly being coupled to the soft anchor (312, 412, 612) by the filament passing through the plurality of openings (318, 319, 416, 516) such that the soft anchor (312, 412, 612) is at an intermediate location on the elongate filament between the first end and the terminal end, wherein the soft anchor (312, 412, 612) and snare assembly are configured such that the soft anchor (312, 412, 612) is reconfigurable from the unstressed configuration to an anchoring configuration by the application of tension to the filament, the soft anchor (312, 412, 612) having in the anchoring configuration a second length that is less than the first length and a second diameter that is greater than the first diameter, characterized in that the snare assembly comprises a collapsible snare (30, 130, 230) at the first end, wherein a portion of the terminal end is configured to pass through an opening in the collapsible snare (30, 130, 230) and the collapsible snare is configured to be collapsed around the portion of the terminal end and in that the snare assembly is formed of a double filament loop such that the filament has first and second filament limbs (134, 136, 234, 236). a soft anchor (312, 412, 612) configured to be fixated in bone and formed of a flexible construct with a plurality of openings (318, 319, 416, 516) formed therein, the soft anchor (312, 412, 612) having an unstressed configuration with a first length and a first diameter; and a snare assembly (20, 120, 220) having a first end and at least one elongate filament extending therefrom, the elongate filament having a terminal end opposite the first end, the snare assembly being coupled to the soft anchor (312, 412, 612) by the filament passing through the plurality of openings (318, 319, 416, 516) such that the soft anchor (312, 412, 612) is at an intermediate location on the elongate filament between the first end and the terminal end,
Method for controlling instant electrical power supplied by an external electrical source to a railway vehicle (300; 400), said method comprising at least one iteration of a phase, referred to as a control phase, comprising the following steps: - receiving, at said railway vehicle (300; 400), a request, referred to as an erasure request, to modify the instant power supplied by said external source to said vehicle (300; 400); - switching at least some of the power supply of at least one electrical auxiliary of said railway vehicle (300; 400), previously powered by said external source, to an on-board electrical source in said railway vehicle (300; 400), while said external source powers the electric traction motor of said railway vehicle (300; 400); and - powering said at least one electrical auxiliary by means of said on-board electrical source. - receiving, at said railway vehicle (300; 400), a request, referred to as an erasure request, to modify the instant power supplied by said external source to said vehicle (300; 400); - switching at least some of the power supply of at least one electrical auxiliary of said railway vehicle (300; 400), previously powered by said external source, to an on-board electrical source in said railway vehicle (300; 400), while said external source powers the electric traction motor of said railway vehicle (300; 400); and - powering said at least one electrical auxiliary by means of said on-board electrical source.