mhurhangee/ep-ind-claims huggingface dataset:
A screen sensitive information processing method, the method comprising: displaying a plurality of areas, wherein each area of the plurality of areas where predefined sensitive information is located is identified in advance by a label; monitoring whether light intensity detected by a light sensor increases to a first threshold; when it is monitored that the light intensity increases to the first threshold, identifying an area out of the plurality of displayed areas where predefined sensitive information in display content of a screen is located and masking content displayed in the area where the predefined sensitive information is located. displaying a plurality of areas, wherein each area of the plurality of areas where predefined sensitive information is located is identified in advance by a label; monitoring whether light intensity detected by a light sensor increases to a first threshold; when it is monitored that the light intensity increases to the first threshold, identifying an area out of the plurality of displayed areas where predefined sensitive information in display content of a screen is located and masking content displayed in the area where the predefined sensitive information is located.
Use of fungus Paecilomyces carneus, singly or combined with at least one carrier, in the control or prevention or eradication of Globodera spp. in cultures parasited by cyst-forming nematodes, implemented simultaneously with a culture rotation, and wherein the fungus Paecilomyces carneus is mass propagated in a composition comprising oat, yeast, carrot juice and chloramphenicol.
Method for dimensioning a condensate separator having a condensate container, having a condensate inlet in the upper region of the condensate container, having a condensate outlet in the lower region of the condensate container, a riser pipe extending substantially linearly within the condensate container, said riser pipe merging into the condensate outlet and ending in the condensate container with a orifice, having a float within the condensate container, wherein the float can move between an upper and a lower position, wherein the float has a recess, wherein the recess encloses the riser pipe with a gap, the float is closed above the recess and is provided with a sealing surface corresponding to the orifice, at a maximum pressure difference Δp max between the condensate inlet and the condensate outlet, characterised in that the height h of the recess is less than the length of the riser pipe in the condensate container, however is greater than the sum of the height difference Δh 1 at the riser pipe plus water column Δh 2, which corresponds to the immersion depth of the float compared to the condensate level on the side of the higher pressure, at maximum pressure difference Δp max, wherein the height difference Δh 1 corresponds to the difference in the heights of the condensate level between the sides of the high and low pressure, and the height h of the recess is greater than the distance between the orifice of the riser pipe and the entry of the condensate inlet into the upper region of the condensate container, wherein Δh 1 is calculated according to the formula Δh 1 =(p 1 -p U)/(p H2O *g) and Δh 2 is calculated according to the formula Δh 2 =(p float *V float)/(p H20 *A R) and wherein A R is the horizontal annular area around the recess of the float, p H20 is the density of the condensate, g is the gravitational acceleration, p 1 is the pressure over the condensate inlet, p U is the pressure in the condensate outlet, p float is the density of the float, V float is the volume of the float.
A baler for forming cut crop material into a bale, the baler comprising: a housing forming a baling chamber having a first lateral side, a second lateral side, and an inlet defining an inlet width; a crop distributor including a forward end operable to receive the cut crop material and a rearward end operable to dispense the cut crop material into the inlet of the baling chamber; wherein one of the baling chamber and the crop distributor is moveable relative to the other of the baling chamber and the crop distributor such that the rearward end of the crop distributor is laterally moveable, relative to the inlet of the baling chamber, characterized in that the rearward end of the crop distributor is laterally moveable, relative to the inlet of the baling chamber, between the first lateral side and the second lateral side, to distribute the cut crop material across the inlet width of the baling chamber. a housing forming a baling chamber having a first lateral side, a second lateral side, and an inlet defining an inlet width; a crop distributor including a forward end operable to receive the cut crop material and a rearward end operable to dispense the cut crop material into the inlet of the baling chamber; wherein one of the baling chamber and the crop distributor is moveable relative to the other of the baling chamber and the crop distributor such that the rearward end of the crop distributor is laterally moveable, relative to the inlet of the baling chamber,
Apparatus for spraying a cryogenic fluid to a work piece comprising - a cryogen feed line, - at least one delivery nozzle for delivering the cryogenic fluid, - a shroud which surrounds at least part of said delivery nozzle and which has a front face with an opening which is directed to the work piece, - said shroud and said work piece being movable relative to each other between a working configuration and a maintenance configuration, - wherein in said maintenance configuration the front face of the shroud is not completely closed or covered by the work piece, - said shroud being arranged to form an essentially closed space together with the work piece in said working configuration, wherein in said maintenance configuration said shroud comprises a barrier which prevents or minimizes ambient air from entering the shroud, characterized in that said barrier comprises one or more physical covers (22a, 22b) which can be arranged to cover said opening. - a cryogen feed line, - at least one delivery nozzle for delivering the cryogenic fluid, - a shroud which surrounds at least part of said delivery nozzle and which has a front face with an opening which is directed to the work piece, - said shroud and said work piece being movable relative to each other between a working configuration and a maintenance configuration, - wherein in said maintenance configuration the front face of the shroud is not completely closed or covered by the work piece, - said shroud being arranged to form an essentially closed space together with the work piece in said working configuration,
A section for a gas turbine engine comprising: a rotor including a hub (163;263) carrying a plurality of blades, the hub (163;263) rotatable about a longitudinal axis, and a seal (176;276) that extends outwardly from the hub (163;263) to establish a sealing relationship with a plurality of vanes distributed about the longitudinal axis; and a flow guide assembly (180;280) secured to an engine static structure such that a flow path (182;282) is defined between the hub (163;263) and the flow guide assembly (180;280), the flow path (182;282) including an inlet portion (182A;282A) defined along the seal (176;276) and an outlet portion (182C;282C); characterised in that the flow guide assembly (180;280) includes an acoustic liner (184;284) that extends along the flow path (182;282). a rotor including a hub (163;263) carrying a plurality of blades, the hub (163;263) rotatable about a longitudinal axis, and a seal (176;276) that extends outwardly from the hub (163;263) to establish a sealing relationship with a plurality of vanes distributed about the longitudinal axis; and a flow guide assembly (180;280) secured to an engine static structure such that a flow path (182;282) is defined between the hub (163;263) and the flow guide assembly (180;280), the flow path (182;282) including an inlet portion (182A;282A) defined along the seal (176;276) and an outlet portion (182C;282C); characterised in that the flow guide assembly (180;280) includes an acoustic liner (184;284) that extends along the flow path (182;282).
A screw comprising: a tip; a head for accommodating a tool to rotate said screw around a rotational axis of said screw; and a thread extending from a thread starting point at said tip towards said head, said thread having a thread depth (w), whereby said thread exhibits: a first average rate of increase (K 1 (θ)) of said thread depth with respect to rotational angle (θ) around said rotational axis along a first half turn from said thread starting point; and a second average rate of increase (K 2 (θ)) of said thread depth (w) with respect to rotational angle (θ) around said rotational axis along a second half turn from said thread starting point, directly following said first half turn, said first average rate of increase (K 1 (θ)) being at least three times said second average rate of increase (K 2 (θ)). a tip; a head for accommodating a tool to rotate said screw around a rotational axis of said screw; and a thread extending from a thread starting point at said tip towards said head, said thread having a thread depth (w), whereby said thread exhibits: a first average rate of increase (K 1 (θ)) of said thread depth with respect to rotational angle (θ) around said rotational axis along a first half turn from said thread starting point; and a second average rate of increase (K 2 (θ)) of said thread depth (w) with respect to rotational angle (θ) around said rotational axis along a second half turn from said thread starting point, directly following said first half turn, a first average rate of increase (K 1 (θ)) of said thread depth with respect to rotational angle (θ) around said rotational axis along a first half turn from said thread starting point; and a second average rate of increase (K 2 (θ)) of said thread depth (w) with respect to rotational angle (θ) around said rotational axis along a second half turn from said thread starting point, directly following said first half turn, said first average rate of increase (K 1 (θ)) being at least three times said second average rate of increase (K 2 (θ)).
A machine-readable medium having instructions thereon that when operated on by a machine cause the machine to perform operations comprising: receiving a registration request from a user equipment, UE, in a vehicular environment to provide services over a wireless access in vehicular environments basic service set, WBSS, in wireless channels at a vehicular proximity services, ProSe, function, wherein the registration request includes WBSS information including configuration parameters from the UE, wherein the WBSS information included in the registration request further includes one or more of: a basic service set identifier, BSSID and a dedicated short range communications, DSRC, channel number; when operating the instructions on by the machine further cause the machine to perform operations comprising: in response to and after receiving the registration request, deciding at the ProSe function to authorize registration of services over the WBSS for the UE by using the WBSS information included in the registration request; and sending a registration response from the ProSe function indicating WBSS information to be used for the services after deciding to authorize the registration. receiving a registration request from a user equipment, UE, in a vehicular environment to provide services over a wireless access in vehicular environments basic service set, WBSS, in wireless channels at a vehicular proximity services, ProSe, function, wherein the registration request includes WBSS information including configuration parameters from the UE, wherein the WBSS information included in the registration request further includes one or more of: a basic service set identifier, BSSID and a dedicated short range communications, DSRC, channel number; when operating the instructions on by the machine further cause the machine to perform operations comprising: in response to and after receiving the registration request, deciding at the ProSe function to authorize registration of services over the WBSS for the UE by using the WBSS information included in the registration request; and sending a registration response from the ProSe function indicating WBSS information to be used for the services after deciding to authorize the registration. in response to and after receiving the registration request, deciding at the ProSe function to authorize registration of services over the WBSS for the UE by using the WBSS information included in the registration request; and sending a registration response from the ProSe function indicating WBSS information to be used for the services after deciding to authorize the registration.
An apparatus comprising: a printed circuit board; a semiconductor chip mounted on the printed circuit board, the semiconductor chip having radio frequency, RF, communication circuits formed thereon; a radio frequency shield coupled to the printed circuit board and directly overlying the semiconductor chip to encase the semiconductor chip; an RF antenna directly overlying the radio frequency shield; a common ground connection that is electrically coupled to the radio frequency shield and to the RF antenna; characterised by further comprising an RF transmission coaxial cable having a first terminal physically and electrically connected to a first section of the RF antenna and a second terminal physically and electrically connected to a second section of the RF antenna that is electrically connected to the common ground connection of the radio frequency shield. a printed circuit board; a semiconductor chip mounted on the printed circuit board, the semiconductor chip having radio frequency, RF, communication circuits formed thereon; a radio frequency shield coupled to the printed circuit board and directly overlying the semiconductor chip to encase the semiconductor chip; an RF antenna directly overlying the radio frequency shield; a common ground connection that is electrically coupled to the radio frequency shield and to the RF antenna;
A rotary head for brush cutters comprising a lower shell having a rotation axis and comprising one or more pins, each of which is configured to hinge, in use, a respective cutting means; wherein the lower shell comprises a hub (16; 123), which is configured to be rotated about said rotation axis; said hub (16; 123) having a plurality of respective grooves, in particular L-shaped; wherein the rotary head comprises a ring nut (14; 121), which comprises, in turn, a plurality of radial teeth, each of which is inserted within a respective groove of said hub (16; 123); the ring nut (14; 121) being rotatable about the rotation axis from a first working configuration to a second blade-change working configuration, and vice versa; the rotary head (10I; 1011) comprising positioning means (70, 80; 135, 141, 142) for interference fitting said ring nut (14; 121) in a predetermined angular position relative to said lower shell; the rotary head being characterized in that a one or more of the positioning means (70, 80) are positioned between the ring nut (14; 121) and the lower shell; wherein said positioning means between the ring nut (14; 121) and the lower shell comprise a first inner ring, connected to said ring nut (14; 121), and a second outer ring connected to said lower shell; wherein said inner ring comprises an annular main body, which is provided, on the inside, with radial teeth and, on the outside, with a plurality of bulges; wherein said outer ring comprises an annular main body having a smooth outer profile and a shaped inner profile; said shaped inner profile being configured to be engaged by said bulges of said inner ring.
A recombinant adeno-associated viral (rAAV) vector which comprises a tyrosine-to-phenylalanine mutation of a surface-exposed tyrosine residue on its capsid protein, wherein the tyrosine-to-phenylalanine mutation is at a position that corresponds to Tyr444 of the wild-type AAV2 capsid protein such that the transduction efficiency in a mammalian cell of the vector comprising the mutated capsid protein is higher than that of a corresponding AAV that maintains said surface-exposed tyrosine residues in the capsid protein.
A method for delivering a health promoting substance as a frozen dessert, the method comprising the steps of: providing a solid state or liquid health promoting substance comprising at least one of Vitamin A, Palmitate, Vitamin D3, a Damiana flower extract, a Garcinia Cambogia extract, a Mangifera Indica extract, a Fenugreek extract, a Bilberry extract, a Cinnamon extract, a Jambul Berry extract, a Hibiscus extract, a Kava Kava extract, a Bilberry root extract, an Echinacea flower extract, a Melissa Officinalis extract, or a Gingko Biloba extract; combining the solid state health promoting substance with butter, water, milk, protein concentrate, maltitol, erythritol, organic agave inulin, xanthan gum, locust bean gum, and guar gum ingredients in a cooking tank and cooking all combined ingredients together; thereafter, forming an enhanced liquid frozen dessert by cooling the cooked combined ingredients in a first cooling step; after the first cooling step is completed, combining the enhanced liquid frozen dessert with at least one flavor ingredient in a flavor tank to form a flavored enhanced liquid frozen dessert; and thereafter, solidifying the flavored enhanced liquid frozen dessert by cooling it in a second cooling step; wherein a ratio of ingredients is one serving of the solidified flavored enhanced frozen dessert to one recommended dose of the health promoting substance. providing a solid state or liquid health promoting substance comprising at least one of Vitamin A, Palmitate, Vitamin D3, a Damiana flower extract, a Garcinia Cambogia extract, a Mangifera Indica extract, a Fenugreek extract, a Bilberry extract, a Cinnamon extract, a Jambul Berry extract, a Hibiscus extract, a Kava Kava extract, a Bilberry root extract, an Echinacea flower extract, a Melissa Officinalis extract, or a Gingko Biloba extract; combining the solid state health promoting substance with butter, water, milk, protein concentrate, maltitol, erythritol, organic agave inulin, xanthan gum, locust bean gum, and guar gum ingredients in a cooking tank and cooking all combined ingredients together; thereafter, forming an enhanced liquid frozen dessert by cooling the cooked combined ingredients in a first cooling step; after the first cooling step is completed, combining the enhanced liquid frozen dessert with at least one flavor ingredient in a flavor tank to form a flavored enhanced liquid frozen dessert; and thereafter, solidifying the flavored enhanced liquid frozen dessert by cooling it in a second cooling step; wherein a ratio of ingredients is one serving of the solidified flavored enhanced frozen dessert to one recommended dose of the health promoting substance.
An intercooled cooling system for a gas turbine engine, the intercooled cooling system comprising: a plurality of cooling stages (210, 215), wherein a first cooling stage of the plurality of cooling stages (210, 215) is fluidly coupled to a bleed port of a compressor of the gas turbine engine to receive and cool bleed air to produce a cool bleed air; and a cooling pump fluidly coupled to the first cooling stage to receive and increase a pressure of the cool bleed air to produce a pressurized cool bleed air, wherein a second cooling stage of the plurality of cooling stages (210, 215) is fluidly coupled to the cooling pump to receive and cool the pressurized cool bleed air to produce an intercooled cooling air, characterised by further comprising: a valve downstream of said first cooling stage, said valve selectively delivering air into a mixing chamber where it is mixed with air from a tap that is compressed to a higher pressure than the air from said bleed port, and said valve also selectively supplying air from said first cooling stage to a use on an aircraft associated with the gas turbine engine, wherein the use is an environmental control system for an associated aircraft, said cooling pump is driven within a range of a desired speed, a clutch selectively opens to stop drive of said cooling pump, and a selection valve is positioned in said first cooling stage and downstream of a heat exchanger in said first cooling stage, and upstream of said cooling pump, said selection valve selectively diverting air around said cooling pump and to said use. a plurality of cooling stages (210, 215), wherein a first cooling stage of the plurality of cooling stages (210, 215) is fluidly coupled to a bleed port of a compressor of the gas turbine engine to receive and cool bleed air to produce a cool bleed air; and a cooling pump fluidly coupled to the first cooling stage to receive and increase a pressure of the cool bleed air to produce a pressurized cool bleed air, wherein a second cooling stage of the plurality of cooling stages (210, 215) is fluidly coupled to the cooling pump to receive and cool the pressurized cool bleed air to produce an intercooled cooling air, characterised by further comprising: a valve downstream of said first cooling stage, said valve selectively delivering air into a mixing chamber where it is mixed with air from a tap that is compressed to a higher pressure than the air from said bleed port, and said valve also selectively supplying air from said first cooling stage to a use on an aircraft associated with the gas turbine engine, wherein the use is an environmental control system for an associated aircraft, said cooling pump is driven within a range of a desired speed, a clutch selectively opens to stop drive of said cooling pump, and a selection valve is positioned in said first cooling stage and downstream of a heat exchanger in said first cooling stage, and upstream of said cooling pump, said selection valve selectively diverting air around said cooling pump and to said use.
A method for creating a quartz glass component, a crystal formation layer containing a crystallization promoter being produced on a coating surface of a base body made of quartz glass, characterized in that a porous crystal formation layer containing amorphous SiO 2 particles and having an average thickness in the range from 0.1 to 5 mm is created, in that a substance containing cesium and/or rubidium is used as the crystallization promoter, and in that the crystallization promoter substance has a melting temperature below 1150°C.