mhurhangee/ep-ind-claims huggingface dataset:
A pack for smoking articles comprising: an outer container; an overwrap, which surrounds and wraps the outer container and consists of a wrapping sheet, which was folded around the outer container and was stabilized by means of at least one heat seal; and a tear-open band, which is coupled to the overwrap and is designed to be pulled in order to divide the overwrap into a first portion, which is not connected to the tear-open band, and a second portion, which is integral to the tear-open band; wherein the wrapping sheet has two opposite flaps (20, 21), which overlap and are heat-sealed to one another so as to form a longitudinal seal; and wherein the first portion of the overwrap has at least one pre-weakened line, which helps tear it, originates close to an edge of the first portion and is arranged near the longitudinal seal; the pack for smoking articles is characterized in that the longitudinal seal has, on the inside, a neutral area, which is free from any seal between the two flaps (20, 21), contains - on the inside - the pre-weakened line and is completely surrounded by joined portions in which the two flaps (20, 21) are sealed to one another. an outer container; an overwrap, which surrounds and wraps the outer container and consists of a wrapping sheet, which was folded around the outer container and was stabilized by means of at least one heat seal; and a tear-open band, which is coupled to the overwrap and is designed to be pulled in order to divide the overwrap into a first portion, which is not connected to the tear-open band, and a second portion, which is integral to the tear-open band; wherein the wrapping sheet has two opposite flaps (20, 21), which overlap and are heat-sealed to one another so as to form a longitudinal seal; and wherein the first portion of the overwrap has at least one pre-weakened line, which helps tear it, originates close to an edge of the first portion and is arranged near the longitudinal seal; the pack for smoking articles is characterized in that the longitudinal seal has, on the inside, a neutral area, which is free from any seal between the two flaps (20, 21), contains - on the inside - the pre-weakened line and is completely surrounded by joined portions in which the two flaps (20, 21) are sealed to one another.
Procedure for the production and purification of a recombinant protein VP60 from a Rabbit Hemorrhagic Disease Virus (RHDV) comprising an amino acid sequence presenting a polyhistidine tail at the carboxy-terminal end, the procedure comprises at least the following phases: - isolation of a nucleotide sequence coding for VP60 from a viral strain of RHDV, in turn, comprising the steps of: - extraction of viral RNA and of reverse transcription of said viral RNA to obtain a sequence of cDNA; - at least an amplification of said sequence of cDNA; - cloning of said amplified sequence of cDNA in a transfer vector encoding said polyhistidine tail; - expression and synthesis of said recombinant protein; and - extraction and purification of said recombinant protein; said extraction and purification phase comprises an affinity chromatography wherein said extraction and purification phase comprises at least one dialysis phase at a pH value substantially equal to 5.5 with a solution comprising NaCl, KCl, KH2PO4, Na2HPO4, NaH2PO4 and HCl. - isolation of a nucleotide sequence coding for VP60 from a viral strain of RHDV, in turn, comprising the steps of: - extraction of viral RNA and of reverse transcription of said viral RNA to obtain a sequence of cDNA; - at least an amplification of said sequence of cDNA; - extraction of viral RNA and of reverse transcription of said viral RNA to obtain a sequence of cDNA; - at least an amplification of said sequence of cDNA; - cloning of said amplified sequence of cDNA in a transfer vector encoding said polyhistidine tail; - expression and synthesis of said recombinant protein; and - extraction and purification of said recombinant protein;
A welding machine comprising: - a resting plane configured to support respectively a tail portion and a head portion of two metal sheets to be joined, said metal sheets being slidable along an advancement direction; - sheet-metal pressing means configured to lock in a set position said head and tail portions on said resting plane; - a plurality of welding torches configured to join respective edges of said head and tail portions and slidably movable along a transverse direction to said advancement direction; characterized in that it further comprises: - a plurality of grounding contacts that is each electrically associated with a respective welding torch and movable solidly constrained to the respective welding torch along said transverse direction. - a resting plane configured to support respectively a tail portion and a head portion of two metal sheets to be joined, said metal sheets being slidable along an advancement direction; - sheet-metal pressing means configured to lock in a set position said head and tail portions on said resting plane; - a plurality of welding torches configured to join respective edges of said head and tail portions and slidably movable along a transverse direction to said advancement direction; - a plurality of grounding contacts that is each electrically associated with a respective welding torch and movable solidly constrained to the respective welding torch along said transverse direction.
A fixture suitable for a battery unit, comprising: at least two thermal conductive plates, each thermal conductive plate comprising: an abutting portion extending along a height direction; and a contact portion positioned at a side of the abutting portion in the height direction and extending toward a thickness direction of the thermal conductive plate; and a connecting portion connecting the abutting portion and the contact portion along the height direction; and two support blocks respectively fixed on two ends of the at least two thermal conductive plate; the abutting portion, the connecting portion and the contact portion of each thermal conductive plate and the two support blocks forming a receiving space having an opening opened away from the abutting portion and suitable for a pouch-shaped secondary battery; characterized in that the two support blocks are respectively fixed on the two ends of the at least two thermal conductive plate in a length direction; an end of each support block in the height direction H is provided with a recessed groove; an end portion of the contact portion of each thermal conductive plate in the length direction is received in the recessed groove. at least two thermal conductive plates, each thermal conductive plate comprising: an abutting portion extending along a height direction; and a contact portion positioned at a side of the abutting portion in the height direction and extending toward a thickness direction of the thermal conductive plate; and a connecting portion connecting the abutting portion and the contact portion along the height direction; and an abutting portion extending along a height direction; and a contact portion positioned at a side of the abutting portion in the height direction and extending toward a thickness direction of the thermal conductive plate; and a connecting portion connecting the abutting portion and the contact portion along the height direction; and two support blocks respectively fixed on two ends of the at least two thermal conductive plate; the abutting portion, the connecting portion and the contact portion of each thermal conductive plate and the two support blocks forming a receiving space having an opening opened away from the abutting portion and suitable for a pouch-shaped secondary battery; characterized in that the two support blocks are respectively fixed on the two ends of the at least two thermal conductive plate in a length direction; an end of each support block in the height direction H is provided with a recessed groove; an end portion of the contact portion of each thermal conductive plate in the length direction is received in the recessed groove.
A method of providing adaptive access to a hardware block on a computer system, comprising: receiving a first access request and a second access request with an access controller, wherein the second access request is received sequentially after the first access request, and the first access request includes a first master identification and the second access request includes a second master identification; determining if the second master identification is equal to the first master identification; providing access to the second access request if the second master identification is equal to the first master identification, wherein the first master identification is associated with one or more hardware block interface values; invalidating the one or more hardware block interface values associated with the first master identification if the second master identification is not equal to the first master identification; and associating the one or more hardware block interface values with the second master identification and a corresponding privilege. receiving a first access request and a second access request with an access controller, wherein the second access request is received sequentially after the first access request, and the first access request includes a first master identification and the second access request includes a second master identification; determining if the second master identification is equal to the first master identification; providing access to the second access request if the second master identification is equal to the first master identification, wherein the first master identification is associated with one or more hardware block interface values; invalidating the one or more hardware block interface values associated with the first master identification if the second master identification is not equal to the first master identification; and associating the one or more hardware block interface values with the second master identification and a corresponding privilege.
A method for identifying a microorganism in a fluid comprising interfering proteins from a mammalian source, wherein the interfering proteins preferably include one or more of hemoglobin, defensins, or proteolysis products thereof, the method comprising: preparing a lysate, the lysate comprising the interfering proteins and proteins from the microorganism; contacting the lysate with a chromatography medium, wherein the interfering proteins and the proteins from the microorganism bind to the chromatography medium; selectively eluting proteins bound to the chromatography medium to produce at least one eluted fraction, wherein the at least one eluted fraction is enriched in the proteins from the microorganism and depleted in the interfering proteins; and subjecting the at least one eluted fraction to protein mass spectrometry analysis, such as MALDI or ESI-MS, to identify the presence of one or more microorganisms in the fluid wherein the fluid is preferably one of blood, a blood culture, urine, or cerebrospinal fluid. preparing a lysate, the lysate comprising the interfering proteins and proteins from the microorganism; contacting the lysate with a chromatography medium, wherein the interfering proteins and the proteins from the microorganism bind to the chromatography medium; selectively eluting proteins bound to the chromatography medium to produce at least one eluted fraction, wherein the at least one eluted fraction is enriched in the proteins from the microorganism and depleted in the interfering proteins; and subjecting the at least one eluted fraction to protein mass spectrometry analysis, such as MALDI or ESI-MS, to identify the presence of one or more microorganisms in the fluid wherein the fluid is preferably one of blood, a blood culture, urine, or cerebrospinal fluid.
An anti-rotation knife-edge seal comprising: a first end portion having at least one knife edge; an opposing second end portion including an outside peripheral edge having a nut anti-rotation feature and an inside peripheral edge having a shaft anti-rotation feature; and an intermediate portion extending between the first end portion and the opposing second end portion; wherein the first end portion, the opposing second end portion, and the intermediate portion form a one-piece annular seal member; characterised in that the nut anti-rotation feature comprises a plurality of nut anti-rotation features that are circumferentially arranged and spaced-apart around the outside peripheral edge of the opposing second end portion and the shaft anti-rotation feature comprises a plurality of shaft anti-rotation features that are circumferentially arranged and spaced-apart around the inside peripheral edge of the opposing second end portion; and wherein the plurality of nut anti-rotation features extend radially outward from the outside peripheral edge and the plurality of shaft anti-rotation features extend radially inward from the inside peripheral edge. a first end portion having at least one knife edge; an opposing second end portion including an outside peripheral edge having a nut anti-rotation feature and an inside peripheral edge having a shaft anti-rotation feature; and an intermediate portion extending between the first end portion and the opposing second end portion; wherein the first end portion, the opposing second end portion, and the intermediate portion form a one-piece annular seal member; characterised in that the nut anti-rotation feature comprises a plurality of nut anti-rotation features that are circumferentially arranged and spaced-apart around the outside peripheral edge of the opposing second end portion and the shaft anti-rotation feature comprises a plurality of shaft anti-rotation features that are circumferentially arranged and spaced-apart around the inside peripheral edge of the opposing second end portion; and wherein the plurality of nut anti-rotation features extend radially outward from the outside peripheral edge and the plurality of shaft anti-rotation features extend radially inward from the inside peripheral edge.
An apparatus for manufacturing an absorbent core C for disposable wearable articles by combining a first core portion C1 and second core portions C2, the apparatus comprising: a feeder 3 having a defibrator 33 configured to generate fibers F crushed into a fibrous form and feed the fibers F; a first drum 1 having a first area α1 for sucking and stacking the fibers F on an outer peripheral portion 10 of the first drum 1, the first drum 1 being configured to stack a first core portion C1 in the first area α1; a second drum 2 having a plurality of second areas α2, smaller than the first area α1, for sucking and stacking the fibers F on an outer peripheral portion 20 of the second drum 2, the second drum 2 being configured to successively transfer second core portions C2 stacked in each of the second areas α2 to the first drum 1; and a variable speed drive 5 configured to rotate the second drum 2 at a high first circumferential velocity V1 when the second drum 2 transfers each of the second core portions C2 and, rotate the second drum 2 at a second circumferential velocity V2, lower than the first circumferential velocity V1, in non-transfer time, which is after the transfer and until subsequent transfer. a feeder 3 having a defibrator 33 configured to generate fibers F crushed into a fibrous form and feed the fibers F; a first drum 1 having a first area α1 for sucking and stacking the fibers F on an outer peripheral portion 10 of the first drum 1, the first drum 1 being configured to stack a first core portion C1 in the first area α1; a second drum 2 having a plurality of second areas α2, smaller than the first area α1, for sucking and stacking the fibers F on an outer peripheral portion 20 of the second drum 2, the second drum 2 being configured to successively transfer second core portions C2 stacked in each of the second areas α2 to the first drum 1; and a variable speed drive 5 configured to rotate the second drum 2 at a high first circumferential velocity V1 when the second drum 2 transfers each of the second core portions C2 and, rotate the second drum 2 at a second circumferential velocity V2, lower than the first circumferential velocity V1, in non-transfer time, which is after the transfer and until subsequent transfer.
Door-locking device for a household appliance, said household appliance comprising a door provided with a lug, said door locking device comprising a containment casing, fixable to said household appliance, a hook, arranged into said containment casing, capable of moving from a disengagement position, in which, in use, said lug does not contact said hook, to an engagement position, in which, in use, said lug is engaged with said hook and said hook is free to move along the movement direction of said lug, an abutment element fixed on said containment casing, and elastic means, interposed between said hook and said abutment element, wherein when said hook is in said disengagement position, said elastic means are compressed, and when said hook is in said engagement position, said elastic means expand, so that said hook moves, characterized in that said hook has a first opening, having an inner surface connected to said elastic means, and a slot, opposite to said first opening, wherein said abutment element is inserted in said slot, so that said hook is capable of rotating with respect to said abutment element, when said hook moves from said disengagement position to said engagement position. a containment casing, fixable to said household appliance, a hook, arranged into said containment casing, capable of moving from a disengagement position, in which, in use, said lug does not contact said hook, to an engagement position, in which, in use, said lug is engaged with said hook and said hook is free to move along the movement direction of said lug, an abutment element fixed on said containment casing, and elastic means, interposed between said hook and said abutment element, wherein when said hook is in said disengagement position, said elastic means are compressed, and when said hook is in said engagement position, said elastic means expand, so that said hook moves, when said hook is in said disengagement position, said elastic means are compressed, and when said hook is in said engagement position, said elastic means expand, so that said hook moves, characterized in that said hook has a first opening, having an inner surface connected to said elastic means, and a slot, opposite to said first opening, wherein said abutment element is inserted in said slot, so that said hook is capable of rotating with respect to said abutment element, when said hook moves from said disengagement position to said engagement position.
Display device with an image generator with several pixels, from which light bundles (L1, L2, L3) are emitted for generating an image, a control unit for controlling the image generator and an imaging optical system which comprises a light guiding element (3, 4) with a front side (5, 5') and a rear side (6, 6'), which light guiding element has an input grating formed on the front or rear side (6, 6'; 5, 5') and an output grating formed on the front or rear side (5, 5'; 6, 6'), wherein the light bundles (L1-L3) are input into the light guiding element (3, 4) by means of diffraction at the input grating, guided in the light guiding element (3, 4) by means of total internal reflection up to the output grating and output by means of diffraction at the output grating such that a user can perceive the generated image, and wherein the front side (5, 5') and/or the rear side (6, 6') is/are formed curved, characterized in that the imaging optical system is designed such that the light bundles (L1-L3) strike the output grating at most n times depending on the position of the associated pixel, wherein n is an integer greater than or equal to three, and in that the light bundles (L1-L3) are output depending on the position of the associated pixel at exactly 1 to m successive strikes on the output grating, wherein m is an integer greater than or equal to one and is smaller than n and the outputting begins, at the latest, at the (n-m+1) th strike.
A method implemented in a computing apparatus, the method comprising: receiving, in the computing apparatus, a size of a data segment to be transmitted by the computing apparatus; determining, by the computing apparatus, a number K based on a cost of transmitting the data segment, wherein the data segment is divided into the number K of original packets based on which channel-encoded packets are generated for transmission using a forward error correction technique; dividing, by the computing apparatus, the data segment into the number K of original packets; generating, by the computing apparatus, a plurality of copies of packets from the original packets, wherein each copy comprises communication packets, and wherein each channel-encoded packet generated for transmission using the forward error correction technique is comprised by a corresponding communication packet; transmitting, by the computing apparatus to a recipient device, the plurality of copies of packets using a plurality of parallel communication channels; and terminating the transmitting in response to receiving a request from the recipient device indicating that a received set of communication packets is sufficient to reconstruct the data segment, wherein the cost of transmitting the data segment includes a data transmission cost for redundant communication packets that are expected to be transmitted to the recipient device before the termination of the transmitting, wherein an estimated number of additional communication packets over K packets is used to determine the data transmission cost for the redundant communication packets. receiving, in the computing apparatus, a size of a data segment to be transmitted by the computing apparatus; determining, by the computing apparatus, a number K based on a cost of transmitting the data segment, wherein the data segment is divided into the number K of original packets based on which channel-encoded packets are generated for transmission using a forward error correction technique; dividing, by the computing apparatus, the data segment into the number K of original packets; generating, by the computing apparatus, a plurality of copies of packets from the original packets, wherein each copy comprises communication packets, and wherein each channel-encoded packet generated for transmission using the forward error correction technique is comprised by a corresponding communication packet; transmitting, by the computing apparatus to a recipient device, the plurality of copies of packets using a plurality of parallel communication channels; and terminating the transmitting in response to receiving a request from the recipient device indicating that a received set of communication packets is sufficient to reconstruct the data segment, wherein the cost of transmitting the data segment includes a data transmission cost for redundant communication packets that are expected to be transmitted to the recipient device before the termination of the transmitting, wherein an estimated number of additional communication packets over K packets is used to determine the data transmission cost for the redundant communication packets.