mhurhangee/ep-ind-claims huggingface dataset:
A nuclear power plant, comprising: a reactor pressure vessel; a steam generator arranged to generate steam utilising thermal energy generated within the reactor pressure vessel; a fluid circuit for transferring thermal energy from the reactor pressure vessel to the steam generator; and a coolant reservoir being adapted for storing coolant for supply to the steam generator under gravity in emergency conditions; wherein the steam generator comprises a steam drying zone comprising one or more steam separators configured to dry steam; and wherein the steam generator and coolant reservoir are configured such that when coolant is supplied from the coolant reservoir to the steam generator in emergency conditions the coolant stays below a threshold level defined by the steam drying zone. a reactor pressure vessel; a steam generator arranged to generate steam utilising thermal energy generated within the reactor pressure vessel; a fluid circuit for transferring thermal energy from the reactor pressure vessel to the steam generator; and a coolant reservoir being adapted for storing coolant for supply to the steam generator under gravity in emergency conditions; wherein the steam generator comprises a steam drying zone comprising one or more steam separators configured to dry steam; and wherein the steam generator and coolant reservoir are configured such that when coolant is supplied from the coolant reservoir to the steam generator in emergency conditions the coolant stays below a threshold level defined by the steam drying zone.
Use of an agent for controlling brown rats which have a gene sequence change in the vitamin K epoxide reductase complex 1 subunit 1 (VKORC1) and are of the strain L120Q Berkshire, L120Q Hampshire, Y139C or Y139F and in which there is a practical resistance to at least one second-generation anticoagulant, characterized in that - the second-generation anticoagulants are selected from the group of bromadiolone and difenacoum, - the practical resistance is distinguished by a resistance factor of at least 7 with respect to bromadiolone and of at least 2 with respect to difenacoum, - the agent contains at least one hydroxycoumarin selected from the group of warfarin, coumachlor, coumatetralyl, bromadiolone, difenacoum and flocoumafen and at least one vitamin D analogue selected from the group of ergocalciferol and cholecalciferol in a concentration between 50 and 100 mg/kg. - the second-generation anticoagulants are selected from the group of bromadiolone and difenacoum, - the practical resistance is distinguished by a resistance factor of at least 7 with respect to bromadiolone and of at least 2 with respect to difenacoum, - the agent contains at least one hydroxycoumarin selected from the group of warfarin, coumachlor, coumatetralyl, bromadiolone, difenacoum and flocoumafen and at least one vitamin D analogue selected from the group of ergocalciferol and cholecalciferol in a concentration between 50 and 100 mg/kg.
A cradle for terminals, comprising: a first cradle (30; 110), provided to a satellite terminal adapted for mobile communication over satellites, and formed with at least one coupling block (46, 54; 112); and a second cradle (20; 120), arranged for receiving a smartphone terminal (10; 300), and formed at one side thereof with a block coupling portion (42, 52; 123) to be coupled to the coupling block (46, 54; 112) of the first cradle (30; 110), characterized in that the first cradle (30; 110) comprises: a first cradle body, a microphone portion (54; 113) protruding from a lower portion of the first cradle body, adapted to fit into a receiving groove formed at a lower portion of the second cradle body and a loudspeaker portion (54; 114) protruding from an upper portion of the first cradle body adapted to fit into a receiving groove formed at an upper portion of the second cradle body. a first cradle (30; 110), provided to a satellite terminal adapted for mobile communication over satellites, and formed with at least one coupling block (46, 54; 112); and a second cradle (20; 120), arranged for receiving a smartphone terminal (10; 300), and formed at one side thereof with a block coupling portion (42, 52; 123) to be coupled to the coupling block (46, 54; 112) of the first cradle (30; 110), characterized in that the first cradle (30; 110) comprises: a first cradle body, a microphone portion (54; 113) protruding from a lower portion of the first cradle body, adapted to fit into a receiving groove formed at a lower portion of the second cradle body and a loudspeaker portion (54; 114) protruding from an upper portion of the first cradle body adapted to fit into a receiving groove formed at an upper portion of the second cradle body. a first cradle body, a microphone portion (54; 113) protruding from a lower portion of the first cradle body, adapted to fit into a receiving groove formed at a lower portion of the second cradle body and a loudspeaker portion (54; 114) protruding from an upper portion of the first cradle body adapted to fit into a receiving groove formed at an upper portion of the second cradle body.
A roof tile (10, 20, 30, 40, 50, 60, 120, 196) comprising; a tile body in the shape of a six-sided polyhedron, each side being mostly rectangular, said tile body constructed of polyurethane foam; said tile body sides including a top surface, a bottom surface (11,21), a front surface, a rear surface, and first and second parallel side surfaces; said rear surface having a flat area configured to contact a roof substrate, said rear surface including a recessed area of a predetermined dome shape that includes poly foam adhesive receiving grooves/channels that increase adhesive contact area in use; wherein said tile body has an outer layer of a fire resistant, aliphatic UV protective material on said top, front, parallel sides and bottom surface (11, 21), and a portion of said rear surface; said tile body having a fire blocking inner layer affixed beneath said outer layer of fire resistant, aliphatic UV protective material and to said rear surface to form a fire blocking barrier; and in said tile body recessed area of the rear surface not having an outer layer of fire resistant aliphatic ultra-violet protective material and not having an inner layer of fire blocking material, thereby exposing the foam polyurethane composition, the core foam tile body, within the dome shaped recess area of the roof tile for engagement with a poly foam adhesive to be used to attach the roof tile in brick like fashion to an acceptable roof substrate, characterized in that said outer layer is of fire resistant 100% solid aliphatic polyurea UV protective material and in that said fire blocking inner layer is of an intumescent mixture of a non-halogenated phosphate.
Mower knife device with: a knife bar, and a double-knife cutting system, wherein the double-knife cutting system comprises an upper cutting knife and a lower cutting knife which are configured to be movable relative to each other, wherein the upper cutting knife is configured to be connected to the knife bar by means of an upper holding device and the lower cutting knife is configured to be connected to the knife bar by means of a lower holding device, and wherein the upper holding device is mounted on the knife bar by means of a guide bush; characterized in that a pre-tensioned tension spring is arranged inside the guide bush, wherein the tensile force of the tension spring is configured to bring about a contact pressure of the upper cutting knife on the lower cutting knife via the upper holding device. a knife bar, and a double-knife cutting system, wherein the double-knife cutting system comprises an upper cutting knife and a lower cutting knife which are configured to be movable relative to each other, wherein the upper cutting knife is configured to be connected to the knife bar by means of an upper holding device and the lower cutting knife is configured to be connected to the knife bar by means of a lower holding device, and wherein the upper holding device is mounted on the knife bar by means of a guide bush; characterized in that a pre-tensioned tension spring is arranged inside the guide bush, wherein the tensile force of the tension spring is configured to bring about a contact pressure of the upper cutting knife on the lower cutting knife via the upper holding device.
A toothbrush having a longitudinal axis comprising: a body comprising a handle, a head coupled to a distal end of the handle, and an internal reservoir containing an oral care fluid; a channel in the body extending from the reservoir to an opening in an outer surface of the body; an applicator comprising a capillary material; an actuator operably coupled to the applicator to move the applicator between: a protracted position in which a portion of the applicator protrudes from the opening; and a retracted position in which the portion of the applicator is retracted into the channel via the opening; and wherein the applicator is in fluid communication with the oral care fluid within the reservoir in the retracted position so that the oral care fluid is delivered to the applicator via capillary action and removed from fluid communication with the oral care fluid within the reservoir in the protracted position. a body comprising a handle, a head coupled to a distal end of the handle, and an internal reservoir containing an oral care fluid; a channel in the body extending from the reservoir to an opening in an outer surface of the body; an applicator comprising a capillary material; an actuator operably coupled to the applicator to move the applicator between: a protracted position in which a portion of the applicator protrudes from the opening; and a retracted position in which the portion of the applicator is retracted into the channel via the opening; and wherein the applicator is in fluid communication with the oral care fluid within the reservoir in the retracted position so that the oral care fluid is delivered to the applicator via capillary action and removed from fluid communication with the oral care fluid within the reservoir in the protracted position.
Bicycle rear-wheel pinion assembly which can be rotated about a pinion axis of rotation, comprising a plurality of pinions (12, 14, 16, 18, 20, 22, 24, 26, 28, 30, 32, 34) which are coaxial with respect to the pinion axis of rotation, are arranged with axial spacing from one another, have different numbers of teeth and are formed for the purposes of form-fitting engagement with a bicycle chain, wherein the pinion assembly has a gear range quotient, formed by division of the number of teeth of the pinion of largest diameter by the number of teeth of the pinion of smallest diameter, and a packing density quotient, formed by division of the number of pinions (12, 14, 16, 18, 20, 22, 24, 26, 28, 30, 32, 34) in the pinion assembly by the axial spacing, measured in millimetres, of the axially outermost pinions from one another, characterized in that the pinion assembly has a gear range packing coefficient, formed from the product of the gear range quotient and the packing density quotient, which is greater than 1.25, preferably is greater than 1.3, particularly preferably is greater than 1.35, most preferably is greater than 1.4, wherein the pinion of largest diameter is cranked such that the toothed ring thereof has a greater axial spacing from the pinion of smallest diameter than a cranked pinion region, located radially further inwardly, of the pinion of largest diameter, without a similarly large axial spacing having to be provided on the hub region of the pinion of largest diameter for the mounting of the pinion assembly.
A method of performing communications, the method comprising: providing by a network element (155, 320, 414) a first reference signal configuration; transmitting by the network element (155, 320, 414) using dedicated signaling the first reference signal configuration to one or more first user equipments, UEs (160, 322, 324, 416, 1000); providing by the network element (155, 320, 414) a second reference signal configuration; transmitting by the network element (155, 320, 414) using dedicated signaling the second reference signal configuration to the one or more first UEs (160, 322, 324, 416, 1000); characterized in that the first reference signal configuration comprises a first scrambling code and the second reference signal configuration comprises a second scrambling code the first scrambling code being different than the second scrambling code. providing by a network element (155, 320, 414) a first reference signal configuration; transmitting by the network element (155, 320, 414) using dedicated signaling the first reference signal configuration to one or more first user equipments, UEs (160, 322, 324, 416, 1000);
A user equipment for receiving an OFDM signal, said user equipment comprising a plurality of carrier processing chains (4001,4002), said user equipment comprising a carrier aggregation module, aggregating the signals received on each carrier processed by said plurality of carrier processing chains (4001, 4002), said carrier aggregation module being implemented for delivering a set of aggregated signals of said plurality of carrier processing chains at the input of a Fast Fourier Transform module of a PHY layer processing subsystem of said user equipment, wherein said Fast Fourier transform module is able to process a size of data according to a predetermined rate depending on the aggregated bandwidth of said set of aggregated signals of said plurality of carrier processing chains, characterised in that said carrier aggregation module comprises at least one oversampler (4200, 4210) oversampling the received signal on each carrier suitable for managing all the aggregated carriers, at least one frequency shifter (4201, 4202, 6230, 6231, 6240, 6241) making the aggregated carriers adjacent, and an adder (40,60,600) adding signals received on each carrier, delivering said set of aggregated signals of said plurality of carrier processing chains.
A luggage case comprising an apparatus for selectively securing at least a first zipper closure mechanism and a second zipper closure mechanism of the luggage case, the apparatus comprising: a lock device including a lock mechanism operable between a locked and unlocked configuration, at least two securing recesses (751, 752, 753) for releasable receipt of at least a portion of each of the respective first and second zipper closure mechanisms, and at least one release member for actuating the lock mechanism, wherein: the second zipper closure mechanism includes an elongated cable defining a free end, the elongated cable operably engageable with at least one zipper slider (737, 738) to limit its movement, and at least one of the two securing recesses is operable to releasably receive the free end of the cable. a lock device including a lock mechanism operable between a locked and unlocked configuration, at least two securing recesses (751, 752, 753) for releasable receipt of at least a portion of each of the respective first and second zipper closure mechanisms, and at least one release member for actuating the lock mechanism, wherein: the second zipper closure mechanism includes an elongated cable defining a free end, the elongated cable operably engageable with at least one zipper slider (737, 738) to limit its movement, and at least one of the two securing recesses is operable to releasably receive the free end of the cable.
A fluid dispensing razor comprising: a handle defining a cavity configured to receive a fluid reservoir; a fluid dispensing cartridge mounted to the handle; wherein the fluid dispensing razor further comprises a fluid connector pivotably coupled to the handle and releasably engaged to the fluid reservoir, the fluid reservoir having a loaded position and a release position, wherein the fluid reservoir is positioned within the cavity in the loaded position and is pivoted outside of the cavity in the release position and the fluid reservoir is in fluid communication with the fluid connector in both the loaded position and the release positions; wherein the fluid connector is located at an end of a resilient elastomeric tube for pumping fluid from the fluid reservoir; and characterized in that the fluid dispensing razor further comprises an actuator for compressing the resilient elastomeric tube to cause the resilient elastomeric tube to flex and the fluid connector to pivot within the handle. a handle defining a cavity configured to receive a fluid reservoir; a fluid dispensing cartridge mounted to the handle; wherein the fluid dispensing razor further comprises a fluid connector pivotably coupled to the handle and releasably engaged to the fluid reservoir, the fluid reservoir having a loaded position and a release position, wherein the fluid reservoir is positioned within the cavity in the loaded position and is pivoted outside of the cavity in the release position and the fluid reservoir is in fluid communication with the fluid connector in both the loaded position and the release positions; wherein the fluid connector is located at an end of a resilient elastomeric tube for pumping fluid from the fluid reservoir; and characterized in that the fluid dispensing razor further comprises an actuator for compressing the resilient elastomeric tube to cause the resilient elastomeric tube to flex and the fluid connector to pivot within the handle.
A waste fitting (1, 101, 201, 301) for a vertical waste outlet (32, 132), the waste fitting (1, 101, 201, 301) including a waste pan means (12, 112) into which waste can flow, wherein the waste pan means (12,112) is substantially wider than the opening of the waste outlet (32, 132), characterised in that at least one part of the waste pan means (12, 112) includes at least one transparent part to allow visual inspection of the waste outlet (32, 132) therethrough, whereby, during installation, an opening of the waste outlet (32, 132) can be located by visual inspection through the at least one transparent part, enabling a suitable position to be determined for forming and or positioning of at least one aperture in the waste pan means (12, 112) substantially directly above the opening of the waste outlet (32, 132) such that, in use, waste that flows into the waste pan means (12, 112) can exit through the or each at least one aperture and fall directly into the opening of the waste outlet (32, 132).
Battery pack for a motor vehicle comprising at least one electrical energy storage element, a housing of the battery pack and a device for thermal management of a battery pack for a motor vehicle comprising the electrical energy storage element contained in the housing, said thermal management device comprising at least one battery evaporator, in thermal contact with said at least one electrical energy storage element and in which a refrigerant is intended to circulate, and an expansion device fluidically connected to said at least one battery evaporator, said thermal management device being characterized in that it comprises an internal heat exchanger rigidly connected to the housing of the battery pack and intended to superheat the refrigerant exiting said at least one battery evaporator, the management device comprising, within the housing, several cooling plates or tubes, in which the refrigerant circulates and forming an evaporator, and in that the expansion device is located inside the housing.
A two-phase heat transfer device, comprising a closed cavity comprising at least one evaporation area in a situation of heat exchange with at least one hot source and at least one condensation area in a situation of heat exchange with at least one cold source, the closed cavity containing a two-phase fluid in a state of liquid-vapour equilibrium and comprising at least one channel for circulation of the two-phase fluid in the vapour phase and at least one main capillary structure adapted to allow the circulation of the two-phase fluid in the liquid phase between said cold source and said hot source, the two-phase device being characterised in that it further comprises at least one additional capillary medium allowing storage and restitution of an excess of liquid in relation to a maximum capacity of liquid contained in the main capillary structure, said additional capillary medium and said main capillary structure being connected so as to ensure capillary continuity for the two-phase fluid in the liquid phase, said additional medium comprising at least one capillary reservoir area, the main capillary structure comprising at least one capillary condensation area and a capillary evaporation area, characterised in that the evaporation and condensation areas of the main capillary structure, taken in order, have increasing characteristic capillary dimensions, said capillary dimensions being less than the diameter of the vapour circulation channel, and the additional capillary medium has a characteristic capillary dimension greater than that of the evaporation area and less than the diameter of the vapour circulation channel.
Extinguishing system with at least one extinguishing agent container, to which at least one extinguishing agent line is connected, and wherein at least one extinguishing agent nozzle is provided, which is connected to the extinguishing agent line, wherein, when the extinguishing agent container is activated, an extinguishing agent can be released from the extinguishing agent container into the extinguishing agent line and can be guided through the extinguishing agent line to the extinguishing agent nozzle, and wherein the activation of the extinguishing agent container can be triggered by a change in pressure in the extinguishing agent line characterized in that the activation of the extinguishing agent container can be triggered by a pressure increase in the extinguishing agent line, wherein the extinguishing agent line in the non-activated state is preferably pressureless and / or emptied, wherein at least one preferably pneumatically operating fire detector is arranged at the extinguishing agent line, by means of which the pressure increase in the extinguishing agent line can be generated, or in that the activation of the extinguishing agent container can be triggered by a pressure drop in the extinguishing agent line, wherein the extinguishing agent line in the non-activated state is put under static pressure and with an extinguishing agent is put under static pressure, and in that the extinguishing agent container has an elastic expansion body which is expandable with a propellant, so that, by a change in shape of the expansion body, the extinguishing agent can be released into the extinguishing agent line, wherein a propellant cartridge encased with the expansion body for releasing the propellant is preferably accommodated in the extinguishing agent container, and wherein the extinguishing agent is accommodated in the space between the expansion body and the extinguishing agent container, the extinguishing agent container has a connection head to which the extinguishing agent line can be connected and which is arranged to close the extinguishing agent container, wherein the connection head has an activation arrangement which activates the propellant cartridge when the pressure changes in the extinguishing agent line, wherein the activation arrangement comprises a trigger needle which can be moved against the propellant cartridge by the change in pressure in such a way that it releases the propellant.