mhurhangee/ep-ind-claims huggingface dataset:
A contact of a vacuum interrupter, the contact comprising a contact body portion formed in the shape of a circular plate, having a contact surface in a flat shape on one surface thereof, and provided with a plurality of cut portions formed in a spiral shape from a center of the contact surface toward an outer side (b) in a radial direction, and an inclination area formed between the contact surface and an outer circumferential surface of the contact body portion, wherein the inclination area is provided with multi-stage inclined portions each forming a multi-stage inclination along the outer side (b) of the contact body portion in the radial direction, characterized by auxiliary inclined portions formed between the contact surface and each of inner walls formed on the contact body portion defined by the plurality of cut portions, and downwardly inclined into a multi-stage shape from the contact surface.
An initiator apparatus IA for blasting, the IA including: a magnetic receiver configured to receive a through the earth magnetic communication signal representing a command from a base station; a blasting controller, in electrical communication with the magnetic receiver, configured to generate response data in response to the command; and an electromagnetic EM transmitter system ETS, in electrical communication with the blasting controller, configured to transmit the response data for the base station using a TTE electromagnetic EM signal, wherein the ETS is a radio-frequency RF source and the EM signal is an RF signal including one or more frequencies between 20 kHz and 70 kHz. a magnetic receiver configured to receive a through the earth magnetic communication signal representing a command from a base station; a blasting controller, in electrical communication with the magnetic receiver, configured to generate response data in response to the command; and an electromagnetic EM transmitter system ETS, in electrical communication with the blasting controller, configured to transmit the response data for the base station using a TTE electromagnetic EM signal, wherein the ETS is a radio-frequency RF source and the EM signal is an RF signal including one or more frequencies between 20 kHz and 70 kHz.
Vacuum installation for installation on a vacuum truck for industrial application, the installation comprising: a first vessel having a first gas inlet for allowing a quantity of a gaseous substance into the first vessel and a first outlet for depletion of a material, a second vessel having a second inlet for aspirating a quantity of material and a second gas outlet for depletion of the gaseous substance, wherein the gaseous substance comprises a vapour generated from the material, a storage chamber for storing the quantity of material, the storage chamber having a third inlet, wherein at least the first vessel communicates with an interior of the storage chamber via the first outlet and the third inlet, and a vacuum pump located in between the first vessel and the second vessel, and operable to lower the pressure in the second vessel, thereby allowing the material to be sucked into the second vessel via the second inlet to an equilibrium level between the material and the gaseous substance, the vacuum pump being further operable to transport the gaseous substance to the first vessel to raise the pressure in the first vessel, thereby forcing the material in the first vessel through the first outlet into the storage chamber. a first vessel having a first gas inlet for allowing a quantity of a gaseous substance into the first vessel and a first outlet for depletion of a material, a second vessel having a second inlet for aspirating a quantity of material and a second gas outlet for depletion of the gaseous substance, wherein the gaseous substance comprises a vapour generated from the material, a storage chamber for storing the quantity of material, the storage chamber having a third inlet, wherein at least the first vessel communicates with an interior of the storage chamber via the first outlet and the third inlet, and a vacuum pump located in between the first vessel and the second vessel, and operable to lower the pressure in the second vessel, thereby allowing the material to be sucked into the second vessel via the second inlet to an equilibrium level between the material and the gaseous substance, the vacuum pump being further operable to transport the gaseous substance to the first vessel to raise the pressure in the first vessel, thereby forcing the material in the first vessel through the first outlet into the storage chamber.
A method for heating plastic preforms, wherein the plastic preforms are transported along a predetermined transport path and are heated during this transport by applying electromagnetic radiation, wherein an absorption and/or transmission of the plastic preforms is determined for radiation in an infrared wavelength range, characterized in that an absorption and/or transmission of the plastic preforms and/or of the plastic containers produced from these plastic preforms is determined for radiation in a visible wavelength range.
A method for a multiSIM user equipment comprising: downloading, to a secure element at the user equipment, at least one subscription, wherein the at least one subscription is downloaded from a secure application manager, and wherein the secure element provides remote provisioning functionality; determining, at the secure element, whether a device identity has been assigned to the at least one subscription; wherein when a device identity has not been assigned to the at least one subscription, the method comprises: requesting from a pool of device identities a free device identity; assigning the free device identity to the at least one subscription; and the secure element informing the user equipment via an application program interface that the at least one subscription is present upon assignment of the device identity. downloading, to a secure element at the user equipment, at least one subscription, wherein the at least one subscription is downloaded from a secure application manager, and wherein the secure element provides remote provisioning functionality; determining, at the secure element, whether a device identity has been assigned to the at least one subscription; wherein when a device identity has not been assigned to the at least one subscription, the method comprises: requesting from a pool of device identities a free device identity; assigning the free device identity to the at least one subscription; and the secure element informing the user equipment via an application program interface that the at least one subscription is present upon assignment of the device identity.
Method of connecting by welding a first connector to a second connector, wherein the method comprises the steps: Providing the first connector having a first end; Providing the second connector having a second end, the second end for being welded to the first end; Overlapping the first end and the second end; Contactless heating of a central section of the first end, thereby melting an end section of the first end, the end section of the first end facing the second connector, and being characterised in that: the material of the first connector has a lower melting temperature than the material of the second wire so that the melted material forms a drop of the material of the first connector, the drop of the melted material surrounding the second end; and Cooling the first end and the second end so that a weld in form of a drop surrounding the second end connects the first connector and the second connector, wherein the first connector and the second connector extend in opposite directions from the weld. Providing the first connector having a first end; Providing the second connector having a second end, the second end for being welded to the first end; Overlapping the first end and the second end; Contactless heating of a central section of the first end, thereby melting an end section of the first end, the end section of the first end facing the second connector, and being characterised in that: the material of the first connector has a lower melting temperature than the material of the second wire so that the melted material forms a drop of the material of the first connector, the drop of the melted material surrounding the second end; and Cooling the first end and the second end so that a weld in form of a drop surrounding the second end connects the first connector and the second connector, wherein the first connector and the second connector extend in opposite directions from the weld. the material of the first connector has a lower melting temperature than the material of the second wire so that the melted material forms a drop of the material of the first connector, the drop of the melted material surrounding the second end; and Cooling the first end and the second end so that a weld in form of a drop surrounding the second end connects the first connector and the second connector, wherein the first connector and the second connector extend in opposite directions from the weld.
A non-naturally occurring or engineered composition comprising a DNA binding polypeptide comprising a DNA binding domain comprising at least ten Transcription activator-like effector (TALE) monomers and at least one or more half-monomers specifically ordered to target a genomic locus of interest in an animal cell, wherein the DNA binding domain comprises (X 1-11 -X 12 X 13 -X 14-33 or 34 or 35) z, wherein X 1-11 is a chain of 11 contiguous amino acids, wherein X 12 X 13 is a repeat variable diresidue, wherein X 14-33 or 34 or 35 is a chain of 21, 22 or 23 contiguous amino acids, wherein z is at least 10 to 40, and wherein at least one RVD is RD for recognition of cytosine.
An actuating device for a manual transmission with a selector sleeve for actuating shift forks, the selector sleeve comprising: a shift window for engaging at least one of the shift forks, a blocking surface for blocking engagement of the other one of the shift forks, and a recess arranged in the blocking surface, which recess is arranged so that upon a movement of the selector sleeve into a position for engaging a first one of the shift forks into the shift window a second one of the shift forks engages with the recess, characterised in that a ramp for actuating the second shift fork when the second shift fork is positioned for engagement with the recess is arranged on the selector sleeve. a shift window for engaging at least one of the shift forks, a blocking surface for blocking engagement of the other one of the shift forks, and a recess arranged in the blocking surface, which recess is arranged so that upon a movement of the selector sleeve into a position for engaging a first one of the shift forks into the shift window a second one of the shift forks engages with the recess,
A baler apparatus including a baling chamber comprising a channel having an inlet end and an outlet end, a reciprocating plunger adjacent the inlet end of the baling chamber that is operable to compress a body of bale material within the baling chamber, and a binding device for binding the compressed body of bale material to form a bale, the binding device including two spools that are configured to supply binding twine on opposite sides of the baling chamber; characterised in that the baling chamber has at least one adjustable wall for adjusting the compression of the body of bale material by controlling the pressure applied to the body of bale material during formation of a bale, the apparatus being configured to reduce the pressure applied to the body of bale material during a final stage of the bale forming process and before binding of the bale to reduce the compression within part of the body of bale material.
A rear roof cross beam mounting structure for a vehicle, wherein the rear roof cross beam mounting structure comprises: a left D pillar and a right D pillar, the left D pillar and the right D pillar each being fixed to a body of the vehicle; a lower cross beam, the lower cross beam being arranged between the left D pillar and the right D pillar; and a pre-positioning structure, the pre-positioning structure comprising pre-positioning posts and pre-positioning holes, the rear roof cross beam mounting structure being characterized in that the pre-positioning posts are columnar protrusions respectively extend upwardly from bodies of the left D pillar and the right D pillar along a center line offset from a Z-direction of the vehicle by a predetermined acute angle, the pre-positioning holes are U-shaped grooves respectively formed in a left side edge and a right side edge of the lower cross beam and having openings facing away from a body of the lower cross beam, and the columnar protrusions are configured to be insertable into corresponding U-shaped grooves such that the lower cross beam is placed on each of the left D pillar and the right D pillar along the center line. a left D pillar and a right D pillar, the left D pillar and the right D pillar each being fixed to a body of the vehicle; a lower cross beam, the lower cross beam being arranged between the left D pillar and the right D pillar; and a pre-positioning structure, the pre-positioning structure comprising pre-positioning posts and pre-positioning holes, the rear roof cross beam mounting structure being characterized in that the pre-positioning posts are columnar protrusions respectively extend upwardly from bodies of the left D pillar and the right D pillar along a center line offset from a Z-direction of the vehicle by a predetermined acute angle, the pre-positioning holes are U-shaped grooves respectively formed in a left side edge and a right side edge of the lower cross beam and having openings facing away from a body of the lower cross beam, and the columnar protrusions are configured to be insertable into corresponding U-shaped grooves such that the lower cross beam is placed on each of the left D pillar and the right D pillar along the center line.
A bulkhead comprising: a spherical dome conforming to a spherical cap of a hemisphere, the dome having a periphery and an apex with an axis perpendicular to the dome at the apex; a first plurality of straps emanating from a periphery of the dome on geodesics on the dome defined by and extending to a first pair of poles (64a, 64b) of the hemisphere beyond the periphery of the dome; and, a second plurality of straps emanating from the periphery of the dome on second geodesies on the dome defined by and extending to a second pair of poles (66a, 66b) of the hemisphere beyond the periphery of the dome, wherein any overlap on an individual strap in the first plurality of straps is singular to only one individual strap in the second plurality of straps and any overlap intersperses plies from a first strap with plies from a second strap. a spherical dome conforming to a spherical cap of a hemisphere, the dome having a periphery and an apex with an axis perpendicular to the dome at the apex; a first plurality of straps emanating from a periphery of the dome on geodesics on the dome defined by and extending to a first pair of poles (64a, 64b) of the hemisphere beyond the periphery of the dome; and, a second plurality of straps emanating from the periphery of the dome on second geodesies on the dome defined by and extending to a second pair of poles (66a, 66b) of the hemisphere beyond the periphery of the dome, wherein any overlap on an individual strap in the first plurality of straps is singular to only one individual strap in the second plurality of straps and any overlap intersperses plies from a first strap with plies from a second strap.
Weapon system comprising - a first magazine comprising a plurality of seekers for a guided missile, - a second magazine comprising a plurality of propulsion and steering modules for a guided missile, - a third magazine comprising a plurality of electronics for a guided missile, - a storage device for a plurality of carrier structures for a guided missile, a carrier structure being detachable from the storage device, on which carrier structure a seeker distributable from the first magazine, a propulsion and steering module distributable from the second magazine, and electronics distributable from the third magazine can be mounted to provide a guided missile, - a filler material, - a mould for the placement therein of at least the carrier structure, said mould being capable of enclosing a volume which can be filled with the filler material. - a first magazine comprising a plurality of seekers for a guided missile, - a second magazine comprising a plurality of propulsion and steering modules for a guided missile, - a third magazine comprising a plurality of electronics for a guided missile, - a storage device for a plurality of carrier structures for a guided missile, a carrier structure being detachable from the storage device, on which carrier structure a seeker distributable from the first magazine, a propulsion and steering module distributable from the second magazine, and electronics distributable from the third magazine can be mounted to provide a guided missile, - a filler material, - a mould for the placement therein of at least the carrier structure, said mould being capable of enclosing a volume which can be filled with the filler material.
An electromagnetic relay comprising: a drive unit; a moving body that moves by driving the drive unit; a movable spring attached to the moving body; a movable contact point fixedly attached to the movable spring; and a fixed contact point arranged opposite to the movable contact point, wherein a peeling mechanism that peels off the movable contact point and the fixed contact point from each other in an event where the movable contact point and the fixed contact point are fused with each other is provided on at least either one of the moving body and the movable spring, characterized in that the peeling mechanism has a protruding portion provided on the moving body, and in an event of peeling off the movable contact point and the fixed contact point from each other, the protruding portion abuts against a region between a point on the movable spring where force is applied by the moving body and the movable contact point, and presses the movable spring in a direction that the movable contact point is spaced apart from the fixed contact point. a drive unit; a moving body that moves by driving the drive unit; a movable spring attached to the moving body; a movable contact point fixedly attached to the movable spring; and a fixed contact point arranged opposite to the movable contact point, wherein a peeling mechanism that peels off the movable contact point and the fixed contact point from each other in an event where the movable contact point and the fixed contact point are fused with each other is provided on at least either one of the moving body and the movable spring, characterized in that the peeling mechanism has a protruding portion provided on the moving body, and in an event of peeling off the movable contact point and the fixed contact point from each other, the protruding portion abuts against a region between a point on the movable spring where force is applied by the moving body and the movable contact point, and presses the movable spring in a direction that the movable contact point is spaced apart from the fixed contact point.
A method by a terminal for recording communications data of the terminal characterized in that the method comprises: determining, at the terminal, an operation mode of said terminal, wherein the terminal is capable of operating in at least two operation modes comprising an infrastructure mode of operation and a direct mode of operation; recording, at the terminal, communications data of the terminal, on the basis if the determined operation mode is the direct mode of operation; changing the operation mode of the terminal from the direct mode of operation to the infrastructure mode of operation; adapting the recording on the basis of the changing of the operation mode such that the recording is stopped, when the operation mode of the terminal is the infrastructure mode of operation; and delivering the recorded communications data to a server, when the operation mode of the terminal is the infrastructure mode of operation. determining, at the terminal, an operation mode of said terminal, wherein the terminal is capable of operating in at least two operation modes comprising an infrastructure mode of operation and a direct mode of operation; recording, at the terminal, communications data of the terminal, on the basis if the determined operation mode is the direct mode of operation; changing the operation mode of the terminal from the direct mode of operation to the infrastructure mode of operation; adapting the recording on the basis of the changing of the operation mode such that the recording is stopped, when the operation mode of the terminal is the infrastructure mode of operation; and delivering the recorded communications data to a server, when the operation mode of the terminal is the infrastructure mode of operation.
Vehicle seat locking device, in particular aircraft seat locking device, with at least one object, in particular a table, and with a support unit that is configured to support the object pivotally and for this purpose comprises an object pivoting axis, the object being supported pivotally around said axis wherein, in a movement of the object, the object goes through a pivot movement around the object pivoting axis, and with at least one locking unit that comprises at least one locking element and is configured to lock the object in at least one stowage position, wherein the locking unit comprises at least one pull actuation unit, which is configured to be actuatable by a pull movement applied to the locking element, characterised in that the pull movement for an actuation of the locking element has in at least one movement phase at least one movement component in a movement direction of the object wherein, in the movement phase, the movement component of the pull movement is oriented substantially in a direction of the pivot direction of the object.