mhurhangee/ep-ind-claims huggingface dataset:
A filter element comprising: a fluted filter media pack having a face sheet and a fluted sheet secured together to provide a plurality of flutes, wherein the first flutes are closed proximate an inlet face and the second flutes are closed proximate an outlet face; a frame (204, 304) having an axial seal support portion; an annular seal member carried by the axial seal support portion, the annular seal member adapted for forming an axial seal; and an annular media pack seal between the frame and the fluted media pack, the annular media pack seal comprising a polymeric material, wherein the frame encloses an outer periphery of the outlet face and a portion of a circumferential wall of the fluted filter media pack proximate the outlet face, wherein the annular media pack seal (208, 308) is molded onto the outer periphery of the outlet face, wherein at least some annular media pack seal extends into openings formed by some flutes along outer wraps of the fluted filter media pack, thereby sealing an outer wrap of the fluted filter media pack and an annular interface between the fluted filter media pack and the frame 204). a fluted filter media pack having a face sheet and a fluted sheet secured together to provide a plurality of flutes, wherein the first flutes are closed proximate an inlet face and the second flutes are closed proximate an outlet face; a frame (204, 304) having an axial seal support portion; an annular seal member carried by the axial seal support portion, the annular seal member adapted for forming an axial seal; and an annular media pack seal between the frame and the fluted media pack, the annular media pack seal comprising a polymeric material, wherein the frame encloses an outer periphery of the outlet face and a portion of a circumferential wall of the fluted filter media pack proximate the outlet face, wherein the annular media pack seal (208, 308) is molded onto the outer periphery of the outlet face, wherein at least some annular media pack seal extends into openings formed by some flutes along outer wraps of the fluted filter media pack, thereby sealing an outer wrap of the fluted filter media pack and an annular interface between the fluted filter media pack and the frame 204).
A percussion fuze for multipurpose aerial ammunition comprising: a. an outer main body comprising a housing cup and a front cover; b. an explosive train assembled in the housing cup located on the outside of the percussion fuze and an explosive train multiplier threaded externally in said housing cup; c. an electromechanical arming system comprising: - a firing pin for initiating the explosive train, - an arming cable for an aircraft, - a preloaded ejection spring configured to be locked and unlocked by the arming cable, - a life pin configured to be expelled from the fuze by the preloaded ejection spring when the ejection spring is unlocked by the arming cable, - a solenoid blocked by the life pin in a safety status in which the solenoid prevents the alignment of the firing pin with the explosive train, the solenoid configured to cause the alignment of the firing pin with the explosive train, when energized and not blocked by the life pin, - an electronic card configured to energize the solenoid after the life pin is expelled from the fuze; d. an alert system for revealing a possible unsafe condition on the ground comprising an LED placed in said housing cup that will send a signal in case the fuze is armed. a. an outer main body comprising a housing cup and a front cover; b. an explosive train assembled in the housing cup located on the outside of the percussion fuze and an explosive train multiplier threaded externally in said housing cup; c. an electromechanical arming system comprising: - a firing pin for initiating the explosive train, - an arming cable for an aircraft, - a preloaded ejection spring configured to be locked and unlocked by the arming cable, - a life pin configured to be expelled from the fuze by the preloaded ejection spring when the ejection spring is unlocked by the arming cable, - a solenoid blocked by the life pin in a safety status in which the solenoid prevents the alignment of the firing pin with the explosive train, the solenoid configured to cause the alignment of the firing pin with the explosive train, when energized and not blocked by the life pin, - an electronic card configured to energize the solenoid after the life pin is expelled from the fuze; - a firing pin for initiating the explosive train, - an arming cable for an aircraft, - a preloaded ejection spring configured to be locked and unlocked by the arming cable, - a life pin configured to be expelled from the fuze by the preloaded ejection spring when the ejection spring is unlocked by the arming cable, - a solenoid blocked by the life pin in a safety status in which the solenoid prevents the alignment of the firing pin with the explosive train, the solenoid configured to cause the alignment of the firing pin with the explosive train, when energized and not blocked by the life pin, - an electronic card configured to energize the solenoid after the life pin is expelled from the fuze; d. an alert system for revealing a possible unsafe condition on the ground comprising an LED placed in said housing cup that will send a signal in case the fuze is armed.
A clamp for clamping an article to an anchor member, the clamp comprising at least one connecting member for connecting the clamp to the article, and tightening means for tightening the connecting member and thereby causing the clamp to clamp the article to the anchor member, and the clamp being such that it is a portable clamp, the connecting member is a flexible connecting member, the connecting member is extendable from and retractable into a housing, the tightening means comprises operating parts which are housed in the housing, and the operating parts comprise a threaded rod and a tightening arrangement which travels to and fro along the rod, the tightening arrangement being such that it comprises at least one gear wheel, pulley or roller wherein the tightening arrangement engages the connecting member to tighten or loosen the connecting member consequent upon the travel of the gear wheel, pulley or roller to and fro along the rod.
An underwater hunting crossbow with an elastic arming mechanism, said crossbow comprising an elongated body, the rear end whereof is provided with a stock fitted with a trigger and the front end whereof is provided with a head for channelling and propelling a bolt with the aid of propulsion lateral elastic ties, the front ends whereof are hooked onto or held to said head, and the rear ends of said elastic ties being connected to an arming device configured to catch on said bolt during arming, characterised in that the arming device incorporates clamping elements, which elements are mobile between an active position in which they clamp the body of the bolt and a passive position in which they release the body of said bolt, said clamping elements being in the active position as soon as the elastic ties are tensioned to arm the crossbow.
A Semiconductor device comprising: a semiconductor substrate, an insulating layer on top of said substrate, a lateral field effect transistor comprising a drain region and a source region arranged in said substrate and a gate arranged above said substrate within said insulating layer, a drain runner arranged on top of the insulator layer above said drain region, a source runner arranged on top of the insulator layer above said source region, a gate runner arranged on top of the insulator layer outside an area defined by said drain runner and said source runner, a first coupling structure comprising a via filled with metal for coupling said drain runner with said drain region, and a second coupling structure comprising a via filled with metal for coupling said source runner with said source region, wherein said first and second coupling structure further comprise barrier metal layers (26, 140, 40) arranged at the bottom of said vias (27; 23) and wherein said barrier metal layer between the source region and the via is extended to form a field plate (51,110) in such a way that it covers at least partly said gate. a semiconductor substrate, an insulating layer on top of said substrate, a lateral field effect transistor comprising a drain region and a source region arranged in said substrate and a gate arranged above said substrate within said insulating layer, a drain runner arranged on top of the insulator layer above said drain region, a source runner arranged on top of the insulator layer above said source region, a gate runner arranged on top of the insulator layer outside an area defined by said drain runner and said source runner, a first coupling structure comprising a via filled with metal for coupling said drain runner with said drain region, and a second coupling structure comprising a via filled with metal for coupling said source runner with said source region,
Horticultural lighting apparatus for illuminating a plant, the apparatus comprising: a lighting module comprising multiple lighting elements, wherein the lighting module is restricted to operating in a plurality of discrete modes which emit light with different discrete spectral compositions by emitting light from the lighting elements in different predetermined combinations, the modes comprising a growth mode configured with a spectrum that promotes growth of the plant, and at least one steering mode configured with a spectrum that steers another biological process of the plant, with at least one of the lighting elements being arranged to emit in both the growth and steering modes; and a controller arranged to switch the lighting module between the plurality of discrete modes, characterized in that the controller is configured to switch the lighting module between the grow mode and the at least one steering mode at different respective phases of a daily cycle, wherein the biological process that the at least one steering mode is configured to steer comprises: flowering, or resistance to disease. a lighting module comprising multiple lighting elements, wherein the lighting module is restricted to operating in a plurality of discrete modes which emit light with different discrete spectral compositions by emitting light from the lighting elements in different predetermined combinations, the modes comprising a growth mode configured with a spectrum that promotes growth of the plant, and at least one steering mode configured with a spectrum that steers another biological process of the plant, with at least one of the lighting elements being arranged to emit in both the growth and steering modes; and a controller arranged to switch the lighting module between the plurality of discrete modes,
A reflect array (130, 230, 430), comprising a dielectric substrate having a first surface and a second surface a conductive layer supported by the second surface a plurality of phase-shifting elements supported by the first surface wherein the phase-shifting elements include dual resonance phase-shifting elements, annular hexagon phase-shifting elements, and solid hexagon phase-shifting elements (441, 442) wherein the dual resonance phase-shifting elements are nested hexagons (444, 445, 446) including a solid inner conductor surrounded by a concentric annular conductor, and wherein a radius of the phase-shifting elements, represented by a radius of a circle that circumscribes the phase-shifting element, is varied across the reflect array.
Method performed by an authenticating device for registering said authenticating device with a content provider, the method comprising the steps: Receiving a number (Rand1) and an age limit issued by said content provider, wherein said number (Rand1) is based on a random number; Establishing a communications link to an age verification server; Sending said number (Rand1), said age limit and a first identifier (App-ID1) to said age verification server, wherein said first identifier (App-ID1) identifies said authenticating device to said age verification server; Receiving from said age verification server a digital signature (AVsig(Rand1)) of a combination of said number and of said age limit, the digital signature of said combination of said number (AVsig(Rand1)) and of said age limit being generated by said age verification server if the age-verification server determines that said first identifier (App-ID1) is associated with stored data for a user of the right age; Sending said digital signature of said combination of said number (AVsig(Rand1)) and of said age limit and a second identifier (App-ID2) to the content provider, so that said authenticating device can subsequently authenticate itself to said content provider based on said second identifier (App-ID2). Receiving a number (Rand1) and an age limit issued by said content provider, wherein said number (Rand1) is based on a random number; Establishing a communications link to an age verification server; Sending said number (Rand1), said age limit and a first identifier (App-ID1) to said age verification server, wherein said first identifier (App-ID1) identifies said authenticating device to said age verification server; Receiving from said age verification server a digital signature (AVsig(Rand1)) of a combination of said number and of said age limit, the digital signature of said combination of said number (AVsig(Rand1)) and of said age limit being generated by said age verification server if the age-verification server determines that said first identifier (App-ID1) is associated with stored data for a user of the right age; Sending said digital signature of said combination of said number (AVsig(Rand1)) and of said age limit and a second identifier (App-ID2) to the content provider, so that said authenticating device can subsequently authenticate itself to said content provider based on said second identifier (App-ID2).
A coherent growth substrate product formed of mineral wool, the product having two opposed top and bottom surfaces and a seed hole extending from the top surface towards the bottom surface, the base of the seed hole defining a seed bed, wherein the volume of the growth substrate product is not more than 150 cm 3, wherein the seed bed has a width of at least 5 mm and the seed hole has a depth in the range of 7 mm to 15 mm, wherein the average density of the growth substrate product is 70 to 85 kg/m 3; and wherein the seed hole has a volume in the range 4 to 35% of the total volume of the growth substrate product.
A computer-implemented method, comprising: receiving a first transition probability matrix, TPM, of a subsurface region, wherein the first TPM defines, for a given lithology at a current depth sample, a probability of particular lithologies at a next depth sample; receiving seismic data for the subsurface region; utilizing the first TPM and the seismic data to generate first pseudo wells; calculating a second TPM from the first pseudo wells; determining whether the second TPM is consistent with the first TPM; and utilizing the first pseudo wells to characterize a reservoir in the subsurface region when the second TPM is determined to be consistent with the first TPM. receiving a first transition probability matrix, TPM, of a subsurface region, wherein the first TPM defines, for a given lithology at a current depth sample, a probability of particular lithologies at a next depth sample; receiving seismic data for the subsurface region; utilizing the first TPM and the seismic data to generate first pseudo wells; calculating a second TPM from the first pseudo wells; determining whether the second TPM is consistent with the first TPM; and utilizing the first pseudo wells to characterize a reservoir in the subsurface region when the second TPM is determined to be consistent with the first TPM.
Circulating valve comprising: - an outer housing comprising radial ports provided axially between an upper portion of the valve and a lower portion of the valve, where the upper portion comprises a tube connector; - an inner sleeve provided inside the outer housing, where the inner sleeve is providing an axial bore through the upper portion of the valve to the radial ports; - a piston arranged for axial movement, where the piston comprises piston ports arranged to provide fluid communication between the axial bore and the radial ports when the piston is in an open position, and where the piston is arranged to prevent fluid communication between the axial bore and the radial ports when the piston is in closed positions (P1, P2, P3); - an actuating device applying an axial pressure on the piston; characterized in that: - the lower portion of the outer housing is closed; - a cylinder compartment is provided between the inner sleeve and the outer housing; - the piston is arranged for axial and rotational movement in the cylinder compartment, - a sleeve opening is providing fluid communication between the axial bore and the cylinder compartment; - a fluid orifice provided radially inside the inner sleeve; and - a position controlling device for controlling the axial and rotational position of the piston in relation to the outer housing. - an outer housing comprising radial ports provided axially between an upper portion of the valve and a lower portion of the valve, where the upper portion comprises a tube connector; - an inner sleeve provided inside the outer housing, where the inner sleeve is providing an axial bore through the upper portion of the valve to the radial ports; - a piston arranged for axial movement, where the piston comprises piston ports arranged to provide fluid communication between the axial bore and the radial ports when the piston is in an open position, and where the piston is arranged to prevent fluid communication between the axial bore and the radial ports when the piston is in closed positions (P1, P2, P3); - an actuating device applying an axial pressure on the piston; - the lower portion of the outer housing is closed; - a cylinder compartment is provided between the inner sleeve and the outer housing; - the piston is arranged for axial and rotational movement in the cylinder compartment, - a sleeve opening is providing fluid communication between the axial bore and the cylinder compartment; - a fluid orifice provided radially inside the inner sleeve; and - a position controlling device for controlling the axial and rotational position of the piston in relation to the outer housing.
A sub-quantity scale comprising a product feeding device, a product distributing device and a plurality of sub-quantity storage containers for transferring the sub-quantities to a weighing device, from which the sub-quantities pass into a packaging container, the product being fed into the sub-quantity storage container by means of a vibration conveyor device, which has a conveying channel and is assigned to one of the sub-quantity storage containers, characterized in that a nozzle device for subjecting a conveying surface of the conveying channel to an air flow oriented in the conveying direction is arranged in a transfer area between the product distributing device and the conveying channel.
A transceiver operable for exchanging radio frequency signals with a satellite, the transceiver comprising: a patch antenna sensitive to signals within an L-Band RF range and operable for providing a gain to the RF signals, the antenna comprising a metallic reflector of a characteristic dimension and operable for shaping a pattern of the RF gain; and at least one printed circuit board assembly PCBA comprising a dielectric substrate, at least one electronic component (56, 550, 555) disposed upon the dielectric substrate, and a hole penetrating the dielectric substrate and disposed substantially within a central region thereof, wherein the PCBA is operable for providing a ground plane (521, 533) for the patch antenna and the at least one electronic component comprising a radiating element coupled to the patch antenna and operable for radiating the RF signals thereto, and wherein, based on the dimension characteristic of the reflector and on one or more of a positioning or a dimension of the hole, the RF gain diverges over an angle from a boresight of the patch antenna. a patch antenna sensitive to signals within an L-Band RF range and operable for providing a gain to the RF signals, the antenna comprising a metallic reflector of a characteristic dimension and operable for shaping a pattern of the RF gain; and at least one printed circuit board assembly PCBA comprising a dielectric substrate, at least one electronic component (56, 550, 555) disposed upon the dielectric substrate, and a hole penetrating the dielectric substrate and disposed substantially within a central region thereof, wherein the PCBA is operable for providing a ground plane (521, 533) for the patch antenna and the at least one electronic component comprising a radiating element coupled to the patch antenna and operable for radiating the RF signals thereto, and wherein, based on the dimension characteristic of the reflector and on one or more of a positioning or a dimension of the hole, the RF gain diverges over an angle from a boresight of the patch antenna.
Particulate filtering apparatus for dry filtering the exhaust gases of diesel engines, especially marine diesel engines, comprising at least two compartments (10, 20) independently arranged in parallel with respect to the flow of the exhaust gases, each of said compartments being equipped with at least one shut-off valve (11, 21) for regulating the flow of gas passing through the compartment and further comprising one or more filtering means (13, 23) adapted to holding the particulate and emission means (14, 15, 24, 25) to generate a countercurrent gas pulse flow at said filtering means (13, 23), said apparatus further comprising a central control unit for the operation and control of said valve and of said emission means, characterized in that it each of said compartments (10, 20) further comprises injector means (12, 22) for the inlet of hot gases into the compartment, said injector means also being operated by the central control unit.
A method for recycling waste material including waste paper comprising: introducing the waste material and water into a pressure vessel; treating the waste material in the pressure vessel at an elevated processing temperature of at least about 212°F (100°C) and an elevated processing pressure above atmospheric pressure to form a treated waste material including a substantially re-pulped waste paper; discharging the treated waste material from the pressure vessel; and thereafter separating the treated waste material with a screening device into a first portion and a second portion, the first portion comprising the substantially re-pulped waste paper and the second portion comprising large debris, wherein the step of separating further comprises washing the first portion through the screening device with an amount of water sufficient to dilute the first portion to from about 1% to about 20% by weight solids. introducing the waste material and water into a pressure vessel; treating the waste material in the pressure vessel at an elevated processing temperature of at least about 212°F (100°C) and an elevated processing pressure above atmospheric pressure to form a treated waste material including a substantially re-pulped waste paper; discharging the treated waste material from the pressure vessel; and thereafter separating the treated waste material with a screening device into a first portion and a second portion, the first portion comprising the substantially re-pulped waste paper and the second portion comprising large debris, wherein the step of separating further comprises washing the first portion through the screening device with an amount of water sufficient to dilute the first portion to from about 1% to about 20% by weight solids.