mhurhangee/ep-ind-claims huggingface dataset:
Electric current breaking apparatus, said apparatus being housed in an insulating housing and comprising at least one single pole assembly and a control mechanism, said single pole assembly comprising an insulating base bearing partitions delimiting an arc extinguishing chamber that is intended to ensure the containment of the switching, said chamber being at least partially closed by a cover that is fitted onto said arc extinguishing chamber, said chamber enclosing a fixed contact, a moving contact that is borne by a moving contact holder, an arc extinguishing device, said control mechanism being able to be manually or automatically brought into a position for opening the contacts (6, 7) by means of a trip bar called a first trip bar, said control mechanism comprising a shaft that is able to entrain said contact holder, characterized in that it comprises, on the one hand, an internal plate comprising means for referencing an assembly of parts having a kinematic function, this assembly comprising the aforementioned control mechanism, the fixed contact(s), the movable contact holder(s), and, on the other hand, a part for containing the switching, called a fringe, at least partly delimiting the arc extinguishing chamber, said plate comprising means for referencing said fringe.
A method, comprising: a short message service gateway element receiving a message to be delivered to a user equipment; the short message service gateway element forwarding said message to a short message service routing element; and the a short message service gateway element starting a timer according to a timer value, the timer value being a short message delivery timer value, characterised in that the method comprises: the short message service gateway element carrying out a negotiation with the short message service routing element to determine the timer value as a negotiated timer value in which the short message service gateway element sends a request for a timer value proposal to the short message service routing element, receives a response including a timer value proposal from the short message service routing element, and decides a timer value based on said timer value proposal. a short message service gateway element receiving a message to be delivered to a user equipment; the short message service gateway element forwarding said message to a short message service routing element; and the a short message service gateway element starting a timer according to a timer value, the timer value being a short message delivery timer value, characterised in that the method comprises: the short message service gateway element carrying out a negotiation with the short message service routing element to determine the timer value as a negotiated timer value in which the short message service gateway element sends a request for a timer value proposal to the short message service routing element, receives a response including a timer value proposal from the short message service routing element, and decides a timer value based on said timer value proposal.
A power delivery system, comprising: a battery connection; and a soft-start circuit connected to the battery connection and a main power bus, wherein the soft-start circuit is configured to: provide increasing levels of power to the main power bus when a battery having a voltage level higher than a voltage level on the main power bus is connected to the battery connection, and prevent power delivery to the main power bus from the battery when the voltage level of the battery is less than the voltage level on the main power bus, wherein the soft start circuit includes an output transistor, and the provision of power to the main power bus is through the output transistor, characterised in that the soft start circuit further comprises an operational amplifier and a governance transistor, and in that the battery connection is wired to a first input of the operational amplifier, the power bus is wired to a second input of the operational amplifier, the output of the operational amplifier is wired to a gate of the governance transistor, and a drain of the governance transistor is wired to the gate of the output transistor. a battery connection; and a soft-start circuit connected to the battery connection and a main power bus, wherein the soft-start circuit is configured to: provide increasing levels of power to the main power bus when a battery having a voltage level higher than a voltage level on the main power bus is connected to the battery connection, and prevent power delivery to the main power bus from the battery when the voltage level of the battery is less than the voltage level on the main power bus, wherein the soft start circuit includes an output transistor, and the provision of power to the main power bus is through the output transistor, characterised in that the soft start circuit further comprises an operational amplifier and a governance transistor, and in that the battery connection is wired to a first input of the operational amplifier, the power bus is wired to a second input of the operational amplifier, the output of the operational amplifier is wired to a gate of the governance transistor, and a drain of the governance transistor is wired to the gate of the output transistor. provide increasing levels of power to the main power bus when a battery having a voltage level higher than a voltage level on the main power bus is connected to the battery connection, and prevent power delivery to the main power bus from the battery when the voltage level of the battery is less than the voltage level on the main power bus, wherein the soft start circuit includes an output transistor, and the provision of power to the main power bus is through the output transistor, characterised in that the soft start circuit further comprises an operational amplifier and a governance transistor, and in that the battery connection is wired to a first input of the operational amplifier, the power bus is wired to a second input of the operational amplifier, the output of the operational amplifier is wired to a gate of the governance transistor, and a drain of the governance transistor is wired to the gate of the output transistor.
A contact element for forming an electric connection with a counterpart element, wherein the contact element has at least two sections (12a, 13a) with at least one contact region (21a, 22a, 22b; 23a) at each section (12a, 13a), wherein the sections (12a, 13a) are constructed to bear against the electrically conductive counterpart element under elastic pre-stress, and wherein the at least two contact regions (21a, 22a, 22b; 23a) are arranged on mutually facing sides with respect to a longitudinal plane defined by two axis (X, Y) arranged at right angle of the contact element, wherein at least one third contact region is provided, which is constructed to bear against the counterpart element under elastic pre-stress, and in wherein the at least one third contact region is arranged at a different position at least opposite one of the other contact regions (21a, 22a, 22b) with reference to an axis of the longitudinal plane of the contact element, wherein the contact element has a connection section from which emerge the sections (12a, 13a), which are joined together as a single piece by an arc-shaped connection section, wherein a second section has a second longitudinal slot, which is opened at one side, the contact regions are constructed in each case on both sides of the longitudinal slot, characterized in that a first section has a longitudinal slot and the contact regions (21a, 22a) are constructed in each case on both sides of the longitudinal slot, the longitudinal slot has a closed contour and a contact region is arranged flush with the longitudinal slot, and in that the three contact regions (21a, 22a, 23a) are situated in three different positions in relation to the Y-axis of the longitudinal plane.
A planet-carrier for an epicyclic gearing, the planet-carrier comprising: - an annular structure comprising a coupling portion to connect said planet-carrier to a rotating member or to a static structure in an angularly fixed manner; - a ring coaxial to said annular structure along a first axis, which is coincident, in use, with a transmission axis of the epicyclic gearing; the ring consisting of a plurality of plate-shaped sectors and of a plurality of attachment sectors, alternating with one another about said first axis; said plate-shaped sectors lying on a plane orthogonal to said first axis; - a plurality of pins, which are fixed with respect to said plate-shaped sectors, protrude in opposite directions from said plate-shaped sectors along respective second axes, being parallel and eccentric with respect to said first axis; the pins being adapted to carry respective planet gears of the epicyclic gearing; - connection means that secure said annular structure to said attachment sectors; characterized in that said connection means comprise, for each of said attachment sectors, a corresponding pair of arms, which converge with each other towards said ring and are elastically deformable so as to allow a relative movement between said ring and said annular structure under a load. - an annular structure comprising a coupling portion to connect said planet-carrier to a rotating member or to a static structure in an angularly fixed manner; - a ring coaxial to said annular structure along a first axis, which is coincident, in use, with a transmission axis of the epicyclic gearing; the ring consisting of a plurality of plate-shaped sectors and of a plurality of attachment sectors, alternating with one another about said first axis; said plate-shaped sectors lying on a plane orthogonal to said first axis; - a plurality of pins, which are fixed with respect to said plate-shaped sectors, protrude in opposite directions from said plate-shaped sectors along respective second axes, being parallel and eccentric with respect to said first axis; the pins being adapted to carry respective planet gears of the epicyclic gearing; - connection means that secure said annular structure to said attachment sectors; characterized in that said connection means comprise, for each of said attachment sectors, a corresponding pair of arms, which converge with each other towards said ring and are elastically deformable so as to allow a relative movement between said ring and said annular structure under a load.
A recovery system, comprising: a housing; a parasail comprising a canopy coupled within the housing and fastened by a releasable fastener attached to or comprised within the housing, wherein the parasail is compressed into a compact mass and is configured to rapidly expand; primary ballistics attached to the parasail, wherein the primary ballistics are configured to launch the parasail from the housing; a guidance system within the housing wherein the guidance system is configured to steer the parasail and guide the recovery system to a landing site; characterised in that the recovery system further comprises secondary ballistics attached to the parasail, wherein the secondary ballistics are configured to activate after the primary ballistics and to stretch the corners of the parasail. a housing; a parasail comprising a canopy coupled within the housing and fastened by a releasable fastener attached to or comprised within the housing, wherein the parasail is compressed into a compact mass and is configured to rapidly expand; primary ballistics attached to the parasail, wherein the primary ballistics are configured to launch the parasail from the housing; a guidance system within the housing wherein the guidance system is configured to steer the parasail and guide the recovery system to a landing site; characterised in that the recovery system further comprises secondary ballistics attached to the parasail, wherein the secondary ballistics are configured to activate after the primary ballistics and to stretch the corners of the parasail.
A system for use in an assessment of an attentional deficit, comprising: - a camera for obtaining a camera image indicative of a geometric relation between the head of the subject and the display during the assessment; - an analysis subsystem for analyzing the camera image to determine a deviation in the geometric relation between the head of the subject and the display from a reference geometric relation; - a data interface for outputting deviation data indicative of the deviation to enable compensating for the deviation in the assessment, - a user interaction subsystem connectable to a display for presenting a test image to a subject as part of the assessment, wherein the user interaction subsystem comprises a display processor for generating an output image for being presented on the display, characterised by: the output image being generated based on the test image and the deviation data; and wherein the display processor is configured for including a visual feedback element in the output image indicating whether the deviation is below or above a predetermined deviation threshold. - a camera for obtaining a camera image indicative of a geometric relation between the head of the subject and the display during the assessment; - an analysis subsystem for analyzing the camera image to determine a deviation in the geometric relation between the head of the subject and the display from a reference geometric relation; - a data interface for outputting deviation data indicative of the deviation to enable compensating for the deviation in the assessment, - a user interaction subsystem connectable to a display for presenting a test image to a subject as part of the assessment, wherein the user interaction subsystem comprises a display processor for generating an output image for being presented on the display,
A device (10, 20, 50, 71, 80) for electrical and mechanical connection of battery modules (72, 73) in an energy storage device or of two busbars between an energy storage device and another system, comprising: a first connection element (11, 21, 54) with a first interface, wherein the first interface is configured to be electrically and mechanically connected to a first battery module in an energy storage device or a first busbar connected to an energy storage device; a second connection element (13, 22, 55) with a second interface, wherein the second interface is configured to be connected electrically and mechanically to a second battery module in the energy storage device or a second busbar connected to a further system; a connection module (15, 26), wherein the connection module (15, 26) is configured to provide an electrical and mechanical connection between a first connection portion (24, 51) of the first connection element (11, 21, 54) and a second connection portion (25, 53) of the second connection element (13, 22, 55); wherein the connection module (15, 26) is further configured to passively open the electrical and mechanical connection between the first connection portion (24, 51) of the first connection element (11, 21, 54) and the second connection portion (25, 53) of the second connection element (13, 22, 55) without an active actuation when a trigger temperature is reached; characterized in that the connection module (15, 26) comprises a third connection element (27, 52) configured to be electrically and mechanically connected to the first connection element (11, 21, 54) and to the second connection element (13, 22, 55). a first connection element (11, 21, 54) with a first interface, wherein the first interface is configured to be electrically and mechanically connected to a first battery module in an energy storage device or a first busbar connected to an energy storage device; a second connection element (13, 22, 55) with a second interface, wherein the second interface is configured to be connected electrically and mechanically to a second battery module in the energy storage device or a second busbar connected to a further system; a connection module (15, 26), wherein the connection module (15, 26) is configured to provide an electrical and mechanical connection between a first connection portion (24, 51) of the first connection element (11, 21, 54) and a second connection portion (25, 53) of the second connection element (13, 22, 55); wherein the connection module (15, 26) is further configured to passively open the electrical and mechanical connection between the first connection portion (24, 51) of the first connection element (11, 21, 54) and the second connection portion (25, 53) of the second connection element (13, 22, 55) without an active actuation when a trigger temperature is reached; characterized in that the connection module (15, 26) comprises a third connection element (27, 52) configured to be electrically and mechanically connected to the first connection element (11, 21, 54) and to the second connection element (13, 22, 55).
A method for installing a stationary support in a planned position in terms of the angle of inclination and height with the possibility of height adjustment during operation, wherein in order to install said stationary support in the planned position a coil of the pipeline support is sequentially positioned and secured on two supporting axles embodied in the form of beams, which are transversely arranged and movably mounted in frames of the support with the possibility of moving together with the coil of the support, and lifting mechanisms are subsequently placed under each supporting axle to enable raising or lowering the coil together with the supporting axles to a planned height, while ensuring that the angle of inclination of the coil corresponds to the planned value, and then, the achieved planned position is secured by fastening the supporting axles within the support frames at a planned height and a corresponding planned value of the inclination angle of the coil using adjustment plates, followed by welding the coil edge to the pipeline; and in order to adjust the height position of said stationary support during operation the fastening of the supporting axles within the support frames is loosened, then lifting mechanisms are placed under each supporting axle to enable raising or lowering the coil together with the supporting axles to a planned height, while maintaining a calculated value of the angle of inclination of the coil, and then securing the achieved planned position by fastening the supporting axles in the support frames using adjustment plates, characterized in that during the installation of the stationary support in a planned position a removable transportation support is placed between the frames located along one side of the pipeline.
A method of a user equipment, UE, for application selection in a virtual reality mode, the method comprising: detecting a selection of an application; identifying an operation mode of the UE; and if the UE is in a virtual reality mode, determining whether the selected application is included in a grouping of applications, wherein the grouping includes one or more applications related to the selected application; responsive to the selected application being included in the grouping of applications, while the UE is in the virtual reality mode, executing the one or more applications and the selected application; and displaying the one or more applications and the selected application in the virtual reality mode on a display of the UE; and if the UE is in a normal mode, executing the selected application without executing the one or more applications. detecting a selection of an application; identifying an operation mode of the UE; and if the UE is in a virtual reality mode, determining whether the selected application is included in a grouping of applications, wherein the grouping includes one or more applications related to the selected application; responsive to the selected application being included in the grouping of applications, while the UE is in the virtual reality mode, executing the one or more applications and the selected application; and displaying the one or more applications and the selected application in the virtual reality mode on a display of the UE; and if the UE is in a normal mode, executing the selected application without executing the one or more applications.
Transport assembly comprising at least one carrier and a pallet therefor, the carrier comprising a carrier base and a number of wheels arranged thereon, wherein the pallet comprises: - a lower deck; and - at least one carrier support protruding upward from the lower deck and defining a support surface for supporting the carrier base of the carrier when the carrier is positioned in a carrying position relative to the carrier support, wherein in the carrying position the carrier can be lifted via the pallet; wherein - the lower deck is provided with at least one recess in which a wheel of the carrier extends in the carrying position of the carrier; characterized in that - on either side of the carrier support the lower deck is a drive-on path for driving the carrier over the lower deck into the carrying position; and wherein - the transport assembly is configured such that in order to move the carrier to the carrying position the carrier can be driven over the drive-on path wherein the carrier base is clear of the support surface and, when reaching the carrying position, the wheel enters the recess so that the carrier base of the carrier comes into contact with the support surface. - a lower deck; and - at least one carrier support protruding upward from the lower deck and defining a support surface for supporting the carrier base of the carrier when the carrier is positioned in a carrying position relative to the carrier support, wherein in the carrying position the carrier can be lifted via the pallet; - the lower deck is provided with at least one recess in which a wheel of the carrier extends in the carrying position of the carrier; - on either side of the carrier support the lower deck is a drive-on path for driving the carrier over the lower deck into the carrying position; and - the transport assembly is configured such that in order to move the carrier to the carrying position the carrier can be driven over the drive-on path wherein the carrier base is clear of the support surface and, when reaching the carrying position, the wheel enters the recess so that the carrier base of the carrier comes into contact with the support surface.
Hybrid heating system which is formed from an air/liquid heat pump and from a boiler for heating and preparing hot sanitary water, which comprises the following: - a heat transfer fluid circuit which runs through the condenser of the heat pump on the upstream side of the boiler and is divided into a heating circuit and a circuit for preparing hot sanitary water, which circuits are connected to the branch on the upstream side of the condenser by a three-way valve, - wherein the circuit for preparing hot sanitary water contains a heat exchanger through which the sanitary water pipe runs, wherein the system is characterized in that the entering sanitary water pipe runs through the condenser before it runs through the heat exchanger of the circuit for preparing hot sanitary water. - a heat transfer fluid circuit which runs through the condenser of the heat pump on the upstream side of the boiler and is divided into a heating circuit and a circuit for preparing hot sanitary water, which circuits are connected to the branch on the upstream side of the condenser by a three-way valve, - wherein the circuit for preparing hot sanitary water contains a heat exchanger through which the sanitary water pipe runs, wherein the system is characterized in that the entering sanitary water pipe runs through the condenser before it runs through the heat exchanger of the circuit for preparing hot sanitary water.