mhurhangee/ep-ind-claims huggingface dataset:
Modular high voltage supply system, comprising • a mobile adapter transformer (12, 142) with a high-voltage output side and a low-voltage input side, wherein electrical connecting input-terminals for the input-side are foreseen at the outer surface of the mobile adapter transformer (12, 142), • a mobile container (24, 102, 132) with a low voltage supply system mounted stationary therein which comprises a high current busbar and at least one electrical frequency converter (112, 114, 116) connected thereto, wherein electrical connecting output-terminals (26, 106) for the high current busbar are foreseen at an accessible edge of the mobile container (24, 102,132), • a modular interim busbar system for the temporary electrical connection of input- and output- (26, 106) terminals, characterized in that the modular interim busbar system comprises at least one interim busbar with • at least one elongated busbar basic module mounted on a frame structure, • respective resilient electrical connection means (34, 36, 50, 70) on both ends of the busbar basic module which form an electrical connection to the input- respectively output- (26, 106) terminals and which are arranged in a way, that a transmission of vibrations from the mobile adapter transformer (12,142) to the mobile container (24, 102, 132) is suppressed. • a mobile adapter transformer (12, 142) with a high-voltage output side and a low-voltage input side, wherein electrical connecting input-terminals for the input-side are foreseen at the outer surface of the mobile adapter transformer (12, 142), • a mobile container (24, 102, 132) with a low voltage supply system mounted stationary therein which comprises a high current busbar and at least one electrical frequency converter (112, 114, 116) connected thereto, wherein electrical connecting output-terminals (26, 106) for the high current busbar are foreseen at an accessible edge of the mobile container (24, 102,132), • a modular interim busbar system for the temporary electrical connection of input- and output- (26, 106) terminals, • at least one elongated busbar basic module mounted on a frame structure, • respective resilient electrical connection means (34, 36, 50, 70) on both ends of the busbar basic module which form an electrical connection to the input- respectively output- (26, 106) terminals and which are arranged in a way, that a transmission of vibrations from the mobile adapter transformer (12,142) to the mobile container (24, 102, 132) is suppressed.
A switch guard for preventing accidental actuation of a control switch, the switch guard comprising: a rigid wall structure comprising a pair of side walls and a pair of end walls arranged to accommodate positioning of the control switch therein, each of the pair of end walls including at least one opening formed therein; and a mating feature provided at each of the end walls of the wall structure, each mating feature being a separate component from the rigid wall structure and being configured to selectively translate through the at least one opening formed in the respective end wall between a first position and a second position to secure the switch guard about the control switch. a rigid wall structure comprising a pair of side walls and a pair of end walls arranged to accommodate positioning of the control switch therein, each of the pair of end walls including at least one opening formed therein; and a mating feature provided at each of the end walls of the wall structure, each mating feature being a separate component from the rigid wall structure and being configured to selectively translate through the at least one opening formed in the respective end wall between a first position and a second position to secure the switch guard about the control switch.
Installation for processing an adhesive strip, in particular a steel or a textile cord strip, comprising - an unwinding device for unwinding the strip that is wound on a roll; - a cutting installation, downstream of said unwinding device, for cutting individual strip portions, the strip emanating from the unwinding device being conveyed into said cutting installation, wherein the unwinding device for modifying the cutting angle is pivotable relative to the cutting installation; - a transport section that is downstream of the cutting installation; - a splicing installation, downstream of the transport section, for splicing the strip portions that are conveyed from the cutting installation by way of the transport section, in order for a continuous strip to be formed; - a transport section, downstream of the splicing installation; and - at least one strip processing installation (12, 13, 14, 15) for further processing of the continuous strip; - wherein the conveying direction of both transport sections (7, 11) is identical, characterized in that at least one strip deflection and conveyor installation is provided so as to be upstream of the at least one strip processing installation (13, 14, 15), the continuous strip in said strip deflection and conveyor installation being deflectable to a second conveying direction and transportable in a second conveying direction which - in relation to the horizontal plane - is at an angle of at least 90° to the conveying direction of the two transport sections (7, 11), wherein the strip deflection and conveyor installation is configured as a transport section in the form of a revolving continuous conveyor belt that conveys in the second conveying direction, or comprises one of such type, which is disposed at an angle in relation to the first conveying direction. - an unwinding device for unwinding the strip that is wound on a roll; - a cutting installation, downstream of said unwinding device, for cutting individual strip portions, the strip emanating from the unwinding device being conveyed into said cutting installation, wherein the unwinding device for modifying the cutting angle is pivotable relative to the cutting installation; - a transport section that is downstream of the cutting installation; - a splicing installation, downstream of the transport section, for splicing the strip portions that are conveyed from the cutting installation by way of the transport section, in order for a continuous strip to be formed; - a transport section, downstream of the splicing installation; and - at least one strip processing installation (12, 13, 14, 15) for further processing of the continuous strip; - wherein the conveying direction of both transport sections (7, 11) is identical,
A circular stapling apparatus, comprising: an anvil assembly with an anvil member and a shaft, the anvil member having a circular array of staple forming recesses; a tubular body portion having a staple cartridge, the shaft of the anvil assembly being connectable to the tubular body portion so that the anvil assembly is movable toward and away from the tubular body portion, the staple cartridge comprising a plurality of staple receiving slots aligned with the staple forming recesses, the slots being defined in a tissue contacting surface of the cartridge; a plurality of staples and a pusher having a plurality of fingers having a shape corresponding to the shape of the staple receiving slots and being aligned with the staple receiving slots for driving the staples out of the cartridge towards the staple forming recesses of the anvil member; and a buttress material removably attached to the staple cartridge by at least one anchor; characterized in that at least one of the staple receiving slots in the tissue contacting surface of the staple cartridge has a notch shaped for retaining the anchor, the notch being configured to cinch the anchor, and at least one of the plurality of fingers includes a protrusion disposed in the notch, whereby advancement of the fingers of the pusher advances the protrusion into engagement with the anchor in the notch to push the anchor from the notch. an anvil assembly with an anvil member and a shaft, the anvil member having a circular array of staple forming recesses; a tubular body portion having a staple cartridge, the shaft of the anvil assembly being connectable to the tubular body portion so that the anvil assembly is movable toward and away from the tubular body portion, the staple cartridge comprising a plurality of staple receiving slots aligned with the staple forming recesses, the slots being defined in a tissue contacting surface of the cartridge; a plurality of staples and a pusher having a plurality of fingers having a shape corresponding to the shape of the staple receiving slots and being aligned with the staple receiving slots for driving the staples out of the cartridge towards the staple forming recesses of the anvil member; and a buttress material removably attached to the staple cartridge by at least one anchor; characterized in that at least one of the staple receiving slots in the tissue contacting surface of the staple cartridge has a notch shaped for retaining the anchor, the notch being configured to cinch the anchor, and at least one of the plurality of fingers includes a protrusion disposed in the notch, whereby advancement of the fingers of the pusher advances the protrusion into engagement with the anchor in the notch to push the anchor from the notch.
Storage device for storing electrical energy for a motor vehicle, with at least one storage cell, which comprises a cell housing, a receiving chamber delimited by the cell housing and at least one storage means accommodated in the receiving chamber for storing electrical energy, and with a safety device, wherein the safety device includes a separating device designed for separating at least the storage cell from a circuit of the storage device as the first safety device, a short-circuit device designed to cause a short circuit at least of the storage cell as a second safety device and a degassing device designed for degassing the receiving chamber as a third safety device, wherein the safety devices are designed to change sequentially from a respective deactivated state to a respective activated state during a critical variation of the condition of the storage cell, characterized in that the safety device is designed to ensure that the separating device, then the short-circuit device and then the degassing device change from the respective deactivated state to the respective activated state during the critical variation of the condition, wherein the respective safety device can be changed from the respective deactivated state to the respective activated state by a respective pressure prevailing in the receiving chamber. characterized in that the safety device is designed to ensure that the separating device, then the short-circuit device and then the degassing device change from the respective deactivated state to the respective activated state during the critical variation of the condition, wherein the respective safety device can be changed from the respective deactivated state to the respective activated state by a respective pressure prevailing in the receiving chamber.
A homogenized and integrated device with a coaxial line and high pressure cylinder, comprising a long oil cylinder, a main connecting sleeve, a high pressure cylindrical homogenized main body, an auxiliary connecting sleeve and a short oil cylinder, characterized in that the homogenized and integrated device has a double high pressure cylinder, wherein the two main connecting sleeves, two high pressure cylindrical homogenized main bodies, two auxiliary connecting sleeves and two short oil cylinders are respectively and symmetrically arranged at two ends of the long oil cylinder and are assembled with the long oil cylinder along a same axial line, each high pressure cylindrical homogenized main body is integrally connected with the long oil cylinder by virtue of one of the main connecting sleeves; each high pressure cylindrical homogenized main body is integrally connected with the corresponding short oil cylinder by virtue of one of the auxiliary connecting sleeves; a piston rod is disposed in the long oil cylinder, wherein the piston rod is capable of alternately protruding from the two ends of the long oil cylinder; two ends of the piston rod are respectively connected with a pressurizing plunger rod in a high pressure cavity of each high pressure cylindrical homogenized main body; a homogenized valve in an inner cavity of each high pressure cylindrical homogenized main body is connected with an ejector rod of one of the short oil cylinders.
A method for managing media asset access timing conflicts with a user equipment device, the method comprising: generating a media guide display that includes at least some of a plurality of media asset listings and a time bar; identifying a first portion of the time bar that represents a first time interval during which media assets, for which a respective media guidance function has been assigned, are scheduled for transmission, wherein the media assets correspond to a portion of the plurality of media asset listings and wherein the media guidance function assigned to a first of the media assets is a scheduled recording, a reminder for the first media asset, or a recommendation to a user to access the first media asset; identifying a second portion, within the first portion of the time bar, that represents a second time interval during which the scheduled transmission times of the media assets overlap; generating, for display in the first portion, a first indicator to represent the first time interval during which the media assets, to which the media guidance function has been assigned, are scheduled for transmission; and generating, for display in the second portion, a second indicator to represent the second time interval during which the scheduled transmission times of the media assets overlap; receiving a first user input selecting the second portion of the time bar; generating, for display, a prompt identifying the media assets for which the overlap in scheduled transmission times has been identified; and receiving a second user input changing the media guidance function assigned to one of the identified media assets. generating a media guide display that includes at least some of a plurality of media asset listings and a time bar; identifying a first portion of the time bar that represents a first time interval during which media assets, for which a respective media guidance function has been assigned, are scheduled for transmission, wherein the media assets correspond to a portion of the plurality of media asset listings and wherein the media guidance function assigned to a first of the media assets is a scheduled recording, a reminder for the first media asset, or a recommendation to a user to access the first media asset; identifying a second portion, within the first portion of the time bar, that represents a second time interval during which the scheduled transmission times of the media assets overlap; generating, for display in the first portion, a first indicator to represent the first time interval during which the media assets, to which the media guidance function has been assigned, are scheduled for transmission; and generating, for display in the second portion, a second indicator to represent the second time interval during which the scheduled transmission times of the media assets overlap; receiving a first user input selecting the second portion of the time bar; generating, for display, a prompt identifying the media assets for which the overlap in scheduled transmission times has been identified; and receiving a second user input changing the media guidance function assigned to one of the identified media assets.
A photovoltaic module including a group of first, second, third and fourth photovoltaic cells (11, 12, 13, 14) each including a front face and a rear face opposite to the front face, wherein the front face of the first photovoltaic cell, the rear face of the second photovoltaic cell, the rear face of the third photovoltaic cell and the front face of the fourth photovoltaic cell are disposed in a same first plane, and wherein the first, second, third and fourth photovoltaic cells (11, 12, 13, 14) are connected by: - at least one first conductor element, called a first interconnection element, connecting the front face of the first photovoltaic cell with the rear face of the third photovoltaic cell; - at least one second conductor element, called a second interconnection element, connecting the front face of the second photovoltaic cell with the rear face of the fourth photovoltaic cell; characterised in that it includes a third conductor element, called a rebalancing element, connecting the first interconnection element and the second interconnection element and in that the rear faces of the first and second photovoltaic cells (11, 12) are connected to each other and the front faces of the third and fourth photovoltaic cells (13, 14) are connected to each other. - at least one first conductor element, called a first interconnection element, connecting the front face of the first photovoltaic cell with the rear face of the third photovoltaic cell; - at least one second conductor element, called a second interconnection element, connecting the front face of the second photovoltaic cell with the rear face of the fourth photovoltaic cell;
Key for a locking device, with coding recesses, which respectively form two opposing walls on which the tip of a head of a tumbler pin slides along when the key is pushed into a key channel or when the key is withdrawn from the key channel, the wall forming a first sliding flank, on which the head slides along in a first phase of movement during the withdrawal of the key, and a second sliding flank, which follows on from the first sliding flank in a transitional region and on which the head slides along in a second phase of movement during the withdrawal of the key and which is steeper than the first sliding flank with respect to the direction of movement of the key, characterized in that the sliding flanks (12, 14) are substantially straight.
ID transmitter for a vehicle, comprising a receiving compartment for receiving in particular an energy storage device, the receiving compartment having a receiving opening which is covered by a cover, the cover having a covering section for at least partially covering the receiving opening and at least two latching sections each having a latching surface for latching contact with a counter-latching surface of the receiving compartment, characterized in that, at least one latching section is designed as an unlocking latching section which can be moved relative to the cover section, and at least one latching section is formed as a rigid latching section, wherein the rigid latching section has a latching angle (α) between the latching surface and the horizontal, which is formed as an acute angle, wherein the horizontal is an orientation of a plane which is horizontal with respect to the orientation of the cover.
An abradable material, the material comprising from about 1.5 to about 5 weight percent of an abradable organic microballoon filler in an abradable silicone polymer matrix having a room temperature strain to failure of between 125% and 300%, the material comprising up to 30 weight percent of fumed silica having a maximum particle size from about 5 nanometers to about 20 nanometers, characterised in that the organic microballon filler is selected from a material which is stable to a temperature of at least about 400 degrees Fahrenheit (204°C).
Method for determining the time of flight of an ultrasound signal in a flowing medium, wherein an ultrasound signal provided with a marker is generated by an ultrasound emitter, the ultrasound signal is transmitted through the flowing medium to an ultrasound receiver, and the location of the marker is used to determine the time of flight of the ultrasound signal, wherein in order to receive the reception signal, a reception window is opened, wherein the marker is embedded in the ultrasound signal at a previously known time, characterized in that in order to determine the location of the marker, the period duration of at least one selected period of the reception signal is measured, and the location of the reception window is established as a function of the location of the selected period of the reception signal by measuring the time from the embedding time to the registration of the marker in the reception signal. in order to determine the location of the marker, the period duration of at least one selected period of the reception signal is measured, and the location of the reception window is established as a function of the location of the selected period of the reception signal by measuring the time from the embedding time to the registration of the marker in the reception signal.
An equol-producing microorganism-containing composition containing an equol-producing microorganism in a state of a living cell, and at least one member selected from the group consisting of ascorbic acid, derivatives thereof and salts thereof, wherein the component is contained in a mixing proportion of 0.05 to 5 wt%, wherein the equol-producing microorganism-containing composition comprises a fermented material that was fermented using an equol-producing microorganism as the equol-producing microorganism in the state of a living cell, and wherein the ascorbic acid derivative is at least one member selected from the group consisting of ascorbyl 2,6-dipalmitate, ascorbyl 6-stearate, ascorbyl 2-phosphate, ascorbyl 2-sulfate, ascorbyl 2-glucoside, ascorbyl glucosamine, ascorbyl 6-palmiate, L-ascorbyl tetra-isopalmitate, and ascorbyl tetra 2-hexyl decanoate.
A multi-circuit heat exchanger system comprising a plurality of sets of tubular elements (102a, 102b) configuring fluid flow passages for a refrigerant and a plurality of first cooling panels and second cooling panels configuring independent fluid flow passages for a first coolant and a second coolant respectively, wherein the first cooling panels and the second cooling panels are so arranged with respect to the sets of tubular elements (102a, 102b) that at least one set of tubular elements (102a, 102b) is sandwiched between each of the adjacent first cooling panels and second cooling panels, characterised in that each tubular element of the set of tubular elements (102a, 102b) is adapted to withstand high operating pressures of a high pressure refrigerant flowing there through, wherein each tubular element of the set of tubular elements (102a, 102b) is adapted to receive R744 as refrigerant and withstand operating pressures in range of 150 to 190 bars.