mhurhangee/ep-ind-claims huggingface dataset:
A method of forming a window reveal, comprising: providing a window mounted in an aperture formed in a building wall, the window having a frame having first through fourth elongate sides, each elongate side of the frame having an elongate slot formed therein; providing first through fourth elongate reveal trims, each reveal trim having a face portion and a mount portion that are connected so that the reveal trim is generally L-shaped in cross section; inserting an edge of the face portions of the first through fourth elongate reveal trims into respective elongate frame slots of the first through fourth elongate sides so that the edge is held within the slot and the face portion extends outwardly from and generally perpendicular to the window frame, the face portions of the reveal trims cooperating to define a window reveal that is generally contiguous about the perimeter of the window; and attaching the mount portion of each reveal trim to the wall; characterised in that one or more of the reveal trims includes one or more foam insertion holes through which foam can be inserted, the one or more foam insertion holes being positioned along the mount portion or a recessed portion thereof, in a region to be mudded over before finalizing the window system, the method further comprising the step of inserting foam through the one or more foam insertion holes. providing a window mounted in an aperture formed in a building wall, the window having a frame having first through fourth elongate sides, each elongate side of the frame having an elongate slot formed therein; providing first through fourth elongate reveal trims, each reveal trim having a face portion and a mount portion that are connected so that the reveal trim is generally L-shaped in cross section; inserting an edge of the face portions of the first through fourth elongate reveal trims into respective elongate frame slots of the first through fourth elongate sides so that the edge is held within the slot and the face portion extends outwardly from and generally perpendicular to the window frame, the face portions of the reveal trims cooperating to define a window reveal that is generally contiguous about the perimeter of the window; and attaching the mount portion of each reveal trim to the wall; characterised in that one or more of the reveal trims includes one or more foam insertion holes through which foam can be inserted, the one or more foam insertion holes being positioned along the mount portion or a recessed portion thereof, in a region to be mudded over before finalizing the window system, the method further comprising the step of inserting foam through the one or more foam insertion holes.
A method of operation of a network node for user data traffic handling, the method comprising: receiving (52, 112) traffic for an application, wherein the traffic is to be sent to a logical server associated with the application, wherein the logical server resides on a network server (10.4), and wherein the application has a corresponding application function; detecting (53, 113) that the received traffic includes an encrypted server name indication such that the associated logical server cannot be identified; requesting (55, 115) from the corresponding application function information identifying the application, wherein the request for information identifying the application comprises the encrypted server name indication and flow information of the received traffic; receiving (62, 117) the information identifying said application; and handling the traffic (63, 118) based on the identified application. receiving (52, 112) traffic for an application, wherein the traffic is to be sent to a logical server associated with the application, wherein the logical server resides on a network server (10.4), and wherein the application has a corresponding application function; detecting (53, 113) that the received traffic includes an encrypted server name indication such that the associated logical server cannot be identified; requesting (55, 115) from the corresponding application function information identifying the application, wherein the request for information identifying the application comprises the encrypted server name indication and flow information of the received traffic; receiving (62, 117) the information identifying said application; and handling the traffic (63, 118) based on the identified application.
A combination of 2'-fucosyllactose (2'-FL), and lacto-N-neotetraose (LNnT) and/or lacto-N-tetraose for use in preventing acute respiratory tract infection and/or relieving symptoms of acute respiratory tract infection in an immune-compromised adult person selected from the group consisting of HIV and AIDS patients, patients undergoing chemotherapy or radiation therapy for cancer, patients having certain cancers and genetic disorders, pregnant women and the elderly, wherein said respiratory tract infection is bronchitis.
Composite material with a matrix based on organic plastics containing a solid fibrous filler, characterized in that the solid fibrous filler is a dried digestate from the fermentation of vegetable substrates, wherein the digestate is based on the fermentation of lignocellulose-containing substrates and wherein the plastic of the matrix is a thermoset and wherein the filler is present as a dried comminuted digestate in an amount of 30 to 60% by volume in the composite material.
A reciprocating cutting blade apparatus comprising: a pair of reciprocating cutting blades disposed to overlap one another in a thickness direction; an upper support member and a lower support member configured to sandwich and reciprocably support the pair of reciprocating cutting blades; and a transmission case to which the upper support member and the lower support member maintaining a distance therebetween are mounted, the transmission case including: a grease inlet and an upper grease reservoir provided above the upper support member, the upper grease reservoir being configured to accumulate grease poured from the grease inlet and; a lower grease reservoir provided below the lower support member and configured to accumulate the grease poured from the grease inlet, the upper support member including a through-hole configured to communicate with the upper grease reservoir, the lower support member including a through-hole configured to communicate with the lower grease reservoir, and the pair of reciprocating cutting blades including through-holes (66, 67) configured to allow communication between the through-hole of the upper support member and the through-hole of the lower support member, respectively. a pair of reciprocating cutting blades disposed to overlap one another in a thickness direction; an upper support member and a lower support member configured to sandwich and reciprocably support the pair of reciprocating cutting blades; and a transmission case to which the upper support member and the lower support member maintaining a distance therebetween are mounted, the transmission case including: a grease inlet and an upper grease reservoir provided above the upper support member, the upper grease reservoir being configured to accumulate grease poured from the grease inlet and; a lower grease reservoir provided below the lower support member and configured to accumulate the grease poured from the grease inlet, a grease inlet and an upper grease reservoir provided above the upper support member, the upper grease reservoir being configured to accumulate grease poured from the grease inlet and; a lower grease reservoir provided below the lower support member and configured to accumulate the grease poured from the grease inlet, the upper support member including a through-hole configured to communicate with the upper grease reservoir, the lower support member including a through-hole configured to communicate with the lower grease reservoir, and the pair of reciprocating cutting blades including through-holes (66, 67) configured to allow communication between the through-hole of the upper support member and the through-hole of the lower support member, respectively.
A method of protecting an iterative calculation of modular exponentiation of a first number by a second number (e), executed by an electronic circuit, comprising the following steps: initializing a first memory location or register to one; initializing a second memory location or register to the value of the first number; and successively, for each bit (e i) of the second number: randomly selecting, irrespectively of the state of the concerned bit, iterative calculation steps between those (25, 26, 26', 27, 27') of a first algorithm systematically implementing a square-multiply and those (35, 37, 38, 38') of a second algorithm implementing a Montgomery multiplication; and in case of a change of algorithm, updating the content of the second memory register or location before executing the iterative calculation steps, the result of the calculation being contained in the first memory location or register. initializing a first memory location or register to one; initializing a second memory location or register to the value of the first number; and successively, for each bit (e i) of the second number: randomly selecting, irrespectively of the state of the concerned bit, iterative calculation steps between those (25, 26, 26', 27, 27') of a first algorithm systematically implementing a square-multiply and those (35, 37, 38, 38') of a second algorithm implementing a Montgomery multiplication; and in case of a change of algorithm, updating the content of the second memory register or location before executing the iterative calculation steps, randomly selecting, irrespectively of the state of the concerned bit, iterative calculation steps between those (25, 26, 26', 27, 27') of a first algorithm systematically implementing a square-multiply and those (35, 37, 38, 38') of a second algorithm implementing a Montgomery multiplication; and in case of a change of algorithm, updating the content of the second memory register or location before executing the iterative calculation steps, the result of the calculation being contained in the first memory location or register.
A holder for at least one plant such as lettuce, sprouts and herbs, comprising: - a container for accommodating the plant or a seed of the plant with an entrance to the interior thereof, and a semi-permeable film on or over the entrance, wherein the container and the semi-permeable film define an interior space, wherein the semi-permeable film allows passage of water vapour, wherein the semi-permeable film has a vapour permeation capacity related to a type of the plant and the liquid of the reservoir, - a plant or a seed of the plant, arranged in the interior space; - a reservoir being dimensioned to contain an amount of liquid in the reservoir, this amount being sufficient to feed the plant during the diverse stages of growth thereof, the reservoir having therein a predetermined amount of a liquid for use; and - a passage from the reservoir to the interior space, which passage is connected to the interior of the container at a distance from the entrance, wherein the passage is open during use, wherein the container and the semi-permeable film are formed and dimensioned such that the plant or the seed of the plant is wholly accommodated in the interior space from planting through to full growth, wherein the predetermined amount of the liquid in the reservoir and the vapour permeation capacity of the semi-permeable film are such that the plant or the seed of the plant remains closed off from an area outside the holder during its whole development to full growth. - a container for accommodating the plant or a seed of the plant with an entrance to the interior thereof, and a semi-permeable film on or over the entrance, wherein the container and the semi-permeable film define an interior space, wherein the semi-permeable film allows passage of water vapour, wherein the semi-permeable film has a vapour permeation capacity related to a type of the plant and the liquid of the reservoir, - a plant or a seed of the plant, arranged in the interior space; - a reservoir being dimensioned to contain an amount of liquid in the reservoir, this amount being sufficient to feed the plant during the diverse stages of growth thereof, the reservoir having therein a predetermined amount of a liquid for use; and - a passage from the reservoir to the interior space, which passage is connected to the interior of the container at a distance from the entrance, wherein the passage is open during use, wherein the container and the semi-permeable film are formed and dimensioned such that the plant or the seed of the plant is wholly accommodated in the interior space from planting through to full growth, wherein the predetermined amount of the liquid in the reservoir and the vapour permeation capacity of the semi-permeable film are such that the plant or the seed of the plant remains closed off from an area outside the holder during its whole development to full growth.
Apparatus for treating sudden cardiac arrest in a patient in a supine position by providing chest compressions at the lower end of the sternum comprising a positioning device which prevents the apparatus from moving in a caudal direction, the apparatus comprising a frame (1, 2) arranged to enclose the patient, in use, at a sternal transversal plane and a compression/decompression means mounted on the frame, the device comprising a flexible strap having a first end, a second end and a tensioning means disposed between the first and second ends, and having a central strap portion between the first and second ends, said strap also having first and second end portions extending from the first and second ends, respectively, comprising means (22, 23) for attachment to the apparatus at first and second positions thereof, respectively, characterised in that the flexible strap has a mounted, tensioned length sufficient for the central portion to extend around the patient's neck, in use, when the first and second ends are attached to the apparatus, wherein at least one of said end portions is releasably attached.
A method of processing a spectrum obtained using a particle detection system, so as to reduce spectrum artefacts arising from unresolved particle events in the detection system, the method comprising: a. Obtaining an input spectrum from the particle detection system, the input spectrum containing spectrum artefacts; b. Using the input spectrum to evaluate a first effect of pairs of particle events, which are unresolvable by the particle detection system, upon the input spectrum; c. Generating a first corrected input spectrum comprising the input spectrum with the pairs of particle events according to the first effect removed; d. Using the first corrected input spectrum to evaluate a second effect of pairs of particle events, which are unresolvable by the particle detection system, upon the input spectrum, wherein the first and second effects each calculate the effect of single pile-up; e. Generating a second corrected input spectrum comprising the input spectrum with the pairs of particle events according to the second effect removed; and, f. Generating an output spectrum (ac) based upon a combination of the first and second corrected spectra. a. Obtaining an input spectrum from the particle detection system, the input spectrum containing spectrum artefacts; b. Using the input spectrum to evaluate a first effect of pairs of particle events, which are unresolvable by the particle detection system, upon the input spectrum; c. Generating a first corrected input spectrum comprising the input spectrum with the pairs of particle events according to the first effect removed; d. Using the first corrected input spectrum to evaluate a second effect of pairs of particle events, which are unresolvable by the particle detection system, upon the input spectrum, wherein the first and second effects each calculate the effect of single pile-up; e. Generating a second corrected input spectrum comprising the input spectrum with the pairs of particle events according to the second effect removed; and, f. Generating an output spectrum (ac) based upon a combination of the first and second corrected spectra.
Massage cell stack for a vehicle seat, comprising a sequence of at least two inflatable air cells (1, 2, 3), wherein for each pair of subsequent air cells of the sequence the two cells of the pair are connected by a flexible connecting portion including a flow channel providing fluid communication between the two cells, the connecting portion being folded over and the two cells being arranged on top of each other to form a vertical stack of air cells from a lowermost to an uppermost air cell, and a port in fluid communication with one of the cells of the massage cell stack for inflating and deflating it, characterized in that at least one restraining strap extends between and is connected to vertically aligned circumferential regions of at least two air cells of the vertical cell stack, in that at least one restraining strap is connected to the lowermost air cell and at least one restraining strap is connected to the uppermost air cell, and in that the at least one restraining strap is arranged and has a length such that it limits vertical expansion of the massage cell stack when being inflated.
Smart card comprising: - a card body formed at least in part by a metal layer, said metal layer comprising a cutout area opening onto a peripheral edge of the metal layer, said metal layer comprising a slot connecting the cutout area to the peripheral edge of the metal layer; - an RF chip; - a first RF antenna arranged in or opposite the cutout area, said first RF antenna being electrically connected to the RF chip; and - a second RF antenna comprising: ° a first antenna part (AT2a) extending opposite the metal layer to collect an image current (I2a) induced by first eddy currents (I1a) flowing in the metal layer; and ° a second antenna part (AT2b), electrically connected to the first antenna part (AT2a), the first antenna part (AT2a) and the second antenna part (AT2b) comprising coils, characterized in that: - the second RF antenna is electrically insulated from the metal layer and from the first RF antenna; - the second antenna part (AT2b) extends opposite the cutout area to allow a magnetic coupling between the first RF antenna and the second RF antenna, and - said smart card allows a global induced current to flow in the same direction in the coils of the first antenna part AT2a and in the coils of the second antenna part AT2b. - a card body formed at least in part by a metal layer, said metal layer comprising a cutout area opening onto a peripheral edge of the metal layer, said metal layer comprising a slot connecting the cutout area to the peripheral edge of the metal layer; - an RF chip; - a first RF antenna arranged in or opposite the cutout area, said first RF antenna being electrically connected to the RF chip; and - a second RF antenna comprising: ° a first antenna part (AT2a) extending opposite the metal layer to collect an image current (I2a) induced by first eddy currents (I1a) flowing in the metal layer; and ° a second antenna part (AT2b), electrically connected to the first antenna part (AT2a), the first antenna part (AT2a) and the second antenna part (AT2b) comprising coils, characterized in that: ° a first antenna part (AT2a) extending opposite the metal layer to collect an image current (I2a) induced by first eddy currents (I1a) flowing in the metal layer; and ° a second antenna part (AT2b), electrically connected to the first antenna part (AT2a), - the second RF antenna is electrically insulated from the metal layer and from the first RF antenna; - the second antenna part (AT2b) extends opposite the cutout area to allow a magnetic coupling between the first RF antenna and the second RF antenna, and - said smart card allows a global induced current to flow in the same direction in the coils of the first antenna part AT2a and in the coils of the second antenna part AT2b.
Longitudinal conveyer, in particular roller track, for conveying piece goods, consisting of a number of rotatably driven conveying means, preferably conveying rollers, which are mounted rotatably on axle bolts with mutual spacing in the side walls of a longitudinal profile and have a paired drive formed by drive belts, wherein for the paired drive, each driven conveying roller has a drive wheel wrapped around by two drive belts, characterised in that an anti-pinch device with an end shield, which is penetrated by the axle bolt of the conveying roller, is assigned to each drive wheel of the conveying means, preferably the conveying roller, and rests flat on the inner side of the side wall of the longitudinal profile and in that at least two cover plates having a mutual distance from one another and approximately parallel to one another are attached releasably to the end shield, which cover plates at least partly cover the drive wheel of the conveying roller and in that attachment of the cover plates on the end shield is configured to be pluggable and in that the plug connection between the end shield and the cover plates consists of locking bolts moulded on the cover plates which engage releasably in assigned plug openings of the end shield and in that the end shield supports a sleeve shoulder which is penetrated by the axle bolt of the conveying roller.
Soil cultivation machine having a tool frame which extends transversely to the direction of travel and on which a plurality of soil cultivation tools for soil cultivation that are arranged in a manner spaced apart from one another are arranged, a ground roller that is arranged behind the soil cultivation tools and has a supporting frame, said ground roller being connected to the tool frame, via supporting arms (7.1, 7.2) that are arranged in a manner spaced apart from one another transversely to the direction of travel, in a height-adjustable manner in order to set the penetration depth of the soil cultivation tools into the ground, a levelling bar which is arranged between the soil cultivation tools and the ground roller and is connected to the supporting frame of the ground roller via supporting stems, wherein the supporting arms (7.1, 7.2) are configured as a four-bar linkage arrangement, characterized in that, between the supporting frame of the ground roller and the supporting arms (7.1, 7.2) arranged in a four-bar linkage arrangement, there is arranged a respective angularly configured bracket that is fastened to the supporting frame of the ground roller and has in each case a rearwardly projecting bracket arm (11.1) and a front downwardly projecting bracket arm (11.2), in that each rear bracket arm (11.1) of the bracket is fastened to the supporting frame and each front bracket arm (11.2) of the bracket projects downwardly into the intermediate space between the rear side of the soil cultivation tools and the front side of the ground roller, in that the levelling bar is fastened to the downwardly projecting bracket arm (11.2) in each case by a supporting stem.