mhurhangee/ep-ind-claims huggingface dataset:
Device for stapling printed products, preferably automatically, comprising a stapling head for driving a staple through the back of a printed product, and a bending means for bending the open ends of the staple, the stapling head being modular, the stapling head comprising a driving tool (1, 8, 14) and a driving tool holder to be equipped with the driving tool (1, 8, 14), the driving tool (1, 8, 14) being able to be fixed to the driving tool holder so as to be replaceable, characterised in that the driving tool (1, 8, 14) can be inserted or installed in the stapling head or in the driving tool holder of the stapling head by means of a tongue and groove system.
Method for manufacturing a semiconductor device comprising a first semiconductor zone optimised for electron conduction and a second semiconductor zone optimised for hole conduction, the method comprising the following steps of: - providing a multilayer structure comprising: ∘ a substrate; and ∘ a silicon-germanium layer disposed on the substrate; - defining in the multilayer structure a first region for containing the first semiconductor zone and a second region for containing the second semiconductor zone; - subjecting the multilayer structure to laser annealing so as to modify a portion of the multilayer structure located in the second region, said portion comprising prior to laser annealing a part of the silicon-germanium layer, said portion having, after laser annealing, a germanium concentration gradient with a germanium concentration which increases towards an upper face of said portion. - providing a multilayer structure comprising: ∘ a substrate; and ∘ a silicon-germanium layer disposed on the substrate; ∘ a substrate; and ∘ a silicon-germanium layer disposed on the substrate; - defining in the multilayer structure a first region for containing the first semiconductor zone and a second region for containing the second semiconductor zone; - subjecting the multilayer structure to laser annealing so as to modify a portion of the multilayer structure located in the second region, said portion comprising prior to laser annealing a part of the silicon-germanium layer, said portion having, after laser annealing, a germanium concentration gradient with a germanium concentration which increases towards an upper face of said portion.
A paper treatment agent containing a polyhydric alcohol as a main component, the paper treatment agent comprising: a sucrose fatty acid ester having an acyl group with more than 12 and less than 22 carbon atoms and an HLB of 11 or more and an ionic surfactant, wherein a mass ratio (C/B) of the component to the component is 0.65 to 24. a sucrose fatty acid ester having an acyl group with more than 12 and less than 22 carbon atoms and an HLB of 11 or more and an ionic surfactant,
A computer implemented method, comprising: acquiring anatomical image data corresponding to an anatomical region of interest in a subject, wherein acquiring the anatomical image data comprises receiving, from an image data acquisition subsystem, a scout dataset corresponding to the subject, and wherein the scout dataset corresponds to low resolution anatomical image data; determining localization information corresponding to the anatomical region of interest based on the anatomical image data using a learning based technique, wherein determining the localization information comprises: processing the scout dataset to generate a boundary image corresponding to the anatomical region of interest; and selecting a mask image from a plurality of mask images based on a comparison of the boundary image with each of the plurality of mask images (304, 306, 308); selecting an atlas image from a plurality of atlas images corresponding to the anatomical region of interest based on the localization information; generating a parcellated segmented image based on the atlas image; and recommending a medical activity based on the parcellated segmented image, wherein the medical activity comprises at least one of guiding image acquisition, supervising a treatment plan, assisting therapeutic delivery to the subject, and generating a medical report. acquiring anatomical image data corresponding to an anatomical region of interest in a subject, wherein acquiring the anatomical image data comprises receiving, from an image data acquisition subsystem, a scout dataset corresponding to the subject, and wherein the scout dataset corresponds to low resolution anatomical image data; determining localization information corresponding to the anatomical region of interest based on the anatomical image data using a learning based technique, wherein determining the localization information comprises: processing the scout dataset to generate a boundary image corresponding to the anatomical region of interest; and selecting a mask image from a plurality of mask images based on a comparison of the boundary image with each of the plurality of mask images (304, 306, 308); processing the scout dataset to generate a boundary image corresponding to the anatomical region of interest; and selecting a mask image from a plurality of mask images based on a comparison of the boundary image with each of the plurality of mask images (304, 306, 308); selecting an atlas image from a plurality of atlas images corresponding to the anatomical region of interest based on the localization information; generating a parcellated segmented image based on the atlas image; and recommending a medical activity based on the parcellated segmented image, wherein the medical activity comprises at least one of guiding image acquisition, supervising a treatment plan, assisting therapeutic delivery to the subject, and generating a medical report.
A pig for transporting a container of biohazardous material, wherein the container comprises a bottle and a bottle closure, the pig comprising: a body comprising a compartment dimensioned to receive the container; a cap attachable to the body for closing the compartment thereby to shieldingly contain the biohazardous material in the container, the cap comprising: a collar sealingly engageable with the body and having an opening therethrough in communication with the compartment thereby to provide access to the bottle closure; a cap closure sealingly engageable within the opening of the collar to sealingly close the opening and cause the bottle closure to be gripped within the cap, wherein when the collar is disengaged from the body while the cap closure is engaged within the opening of the collar, the container remains gripped within the cap; and wherein when the cap closure is released from the opening of the collar, the container is released from the cap. a body comprising a compartment dimensioned to receive the container; a cap attachable to the body for closing the compartment thereby to shieldingly contain the biohazardous material in the container, the cap comprising: a collar sealingly engageable with the body and having an opening therethrough in communication with the compartment thereby to provide access to the bottle closure; a cap closure sealingly engageable within the opening of the collar to sealingly close the opening and cause the bottle closure to be gripped within the cap, a collar sealingly engageable with the body and having an opening therethrough in communication with the compartment thereby to provide access to the bottle closure; a cap closure sealingly engageable within the opening of the collar to sealingly close the opening and cause the bottle closure to be gripped within the cap, wherein when the collar is disengaged from the body while the cap closure is engaged within the opening of the collar, the container remains gripped within the cap; and wherein when the cap closure is released from the opening of the collar, the container is released from the cap.
An electrode assembly, comprising: a cell stack part having a structure of a plurality of steps obtained by stacking radical units according to a size or geometric shape thereof, the radical units being classified into at least two groups having different sizes or geometric shapes, and a fixing part attached from the top surface to the bottom surface of the cell stack part for fixing the cell stack part, wherein the radical unit (110a, 110b, 110c, 110d) has a same number of electrodes and separators which are alternately disposed and integrally combined, wherein each step of the cell stack part has a structure A in which one kind of radical unit is disposed once or repeatedly or a structure B in which at least two kinds of radical units are disposed in a predetermined order, wherein the one kind of radical unit of structure A has a four-layered structure in which a first electrode, a first separator, a second electrode and a second separator are sequentially stacked together or a repeating structure in which the four-layered structure is repeatedly stacked; and wherein each of the at least two kinds of radical units of structure B are stacked in the predetermined order to form the four-layered structure or the repeating structure in which the four-layered structure is repeatedly stacked, characterized in that: - the fixing part is folded into multiple steps for close attachment to the cell stack part, and - the fixing part is a polymer tape exhibiting adhesiveness when wet with water. a cell stack part having a structure of a plurality of steps obtained by stacking radical units according to a size or geometric shape thereof, the radical units being classified into at least two groups having different sizes or geometric shapes, and a fixing part attached from the top surface to the bottom surface of the cell stack part for fixing the cell stack part, wherein the radical unit (110a, 110b, 110c, 110d) has a same number of electrodes and separators which are alternately disposed and integrally combined, wherein each step of the cell stack part has a structure A in which one kind of radical unit is disposed once or repeatedly or a structure B in which at least two kinds of radical units are disposed in a predetermined order, wherein the one kind of radical unit of structure A has a four-layered structure in which a first electrode, a first separator, a second electrode and a second separator are sequentially stacked together or a repeating structure in which the four-layered structure is repeatedly stacked; and wherein each of the at least two kinds of radical units of structure B are stacked in the predetermined order to form the four-layered structure or the repeating structure in which the four-layered structure is repeatedly stacked, characterized in that: - the fixing part is folded into multiple steps for close attachment to the cell stack part, and - the fixing part is a polymer tape exhibiting adhesiveness when wet with water. - the fixing part is folded into multiple steps for close attachment to the cell stack part, and - the fixing part is a polymer tape exhibiting adhesiveness when wet with water.
A method for controlling a supported tool used within agriculture, which tool is connected to the lifting arms in a tractor or a corresponding tool carrier and comprises at least one working unit (2, 2'), which working unit is suspended in a springy manner to a load-bearing central frame, where the working unit is movably fastened to the load-bearing central frame with a lifting boom (3, 3') and a secondary boom (4, 4') connected to the lifting boom as well as at least two horizontal swivel shafts (5, 5', 7, 7') substantially parallel to the driving direction, and is supported by at least one springy element (8, 8'), wherein at least one of the springy elements is formed of a hydraulic cylinder connected to a pressure accumulator or of a pneumatic cylinder or, alternatively, a pneumatic bellows element, whereby the unload force of the springy element in the working position of the working unit compensates for most of the weight of the working unit, registering by sensors (40, 40', 41, 41') geometric information between the load-bearing frame, the lifting boom (3, 3') and the secondary boom, and on the basis of this information, calculating and regulating by an electronic control unit of the working tool the unload pressure of the springy element, so that the working unit (2, 2') is controlled to keep an optimal surface pressure against the ground, irrespective of which positions the load-bearing central frame, the lifting boom (3, 3') and the secondary boom (4, 4') assume in relation to each other during the work, characterized by registering by the electronic control unit via a pressure sensor the pressure in an unload circuit during an automatic calibration sequence in which the working unit (2, 2') is in the elevated working position, and on the basis of this pressure registration, setting by the electronic control unit an optimal unload for the working unit, taking into account its weight and including possible impurities and grass residues that have gathered on and in the working unit during previous work.
A fluorinated 4'-alkylumbelliferyl α-D-glucopyranoside represented by the structural formula wherein R is an alkyl group having from 1 to 12 carbon atoms.
Slatted blind having a slatted-blind body, which has a plurality of slats arranged one above the other, having a first lifting mechanisms, and first tilting mechanism, interacting with a first end region of the slats, and having a second lifting mechanism, and second tilting mechanism, interacting with a second end region of the slats, said second end region being spaced apart longitudinally from the first, end region of the slats, wherein tilting axes (,K) of the slats, said axes running in the longitudinal direction of the slats, follow a movement path when the slatted-blind body is being raised and lowered, and having at least one electric drive motor, which synchronously drives the lifting mechanisms (28, 30), for the purpose of raising and lowering the slatted-blind body, and the tilting mechanisms (48, 50), for the purpose of tilting the slats, characterized in that the slats are designed such that they can be twisted about their associated tilting axes, and in that the first and the second tilting mechanisms (48, 50) can be driven independently of one another in order to twist the slats.
Dispenser device for products for vending machines, is constituted by a modular structure, which has two rails or longitudinal axles (A1, B1), perpendicular to each other and both motorized, in which a longitudinal first axle has dimensions variable in relation to a prefixed number of selections of products to be dispensed, said first axle being fixed on a plane placed below a plurality of racks where a series of containers are stacked, said containers containing the products to be dispensed; wherein said plane has a linear guide and a movable carriage, which is connected to a toothed belt able to move said carriage, through the bi-directional movement of a first motor and related pulleys, from an initial position indicated by a limit switch; characterized in that a longitudinal second axle is fixed on said movable carriage, and dimensioned according to the size of the containers and the products to be dispensed and a second motor, which is placed on said longitudinal second axle, is able to move a toothed belt which moves between two pulleys (B4, B8), said toothed belt is coupled with a pusher dowel, a contact switch, to deactivate the second motor upon detection of the completion of a revolution of said toothed belt, and a product presence sensor.
A method for use with a base eyeglasses lens, the method characterized by: forming an additional lens from an amorphous thermoplastic polymer, such that the additional lens has an optical design; changing a curvature of the additional lens such that the curvature of the additional lens conforms with a curvature of the base eyeglasses lens, without causing a loss of the optical design of the additional lens, by: heating the additional lens to a temperature at which a Tan Delta of the amorphous thermoplastic polymer is between 0.2 and 0.8, where the Tan Delta of the amorphous thermoplastic polymer is measured according to ASTM D 5023; and while the additional lens is at said temperature at which the Tan Delta of the amorphous thermoplastic polymer is between 0.2 and 0.8, shaping the additional lens, such that the curvature of the additional lens conforms with the curvature of the base eyeglasses lens; and subsequently, adhering the additional lens to the base eyeglasses lens, the optical design of the additional lens being such that, upon being adhered to the base eyeglasses lens, the adhered base eyeglasses lens and the additional lens provide a combined lens having a desired optical prescription. forming an additional lens from an amorphous thermoplastic polymer, such that the additional lens has an optical design; changing a curvature of the additional lens such that the curvature of the additional lens conforms with a curvature of the base eyeglasses lens, without causing a loss of the optical design of the additional lens, by: heating the additional lens to a temperature at which a Tan Delta of the amorphous thermoplastic polymer is between 0.2 and 0.8, where the Tan Delta of the amorphous thermoplastic polymer is measured according to ASTM D 5023; and while the additional lens is at said temperature at which the Tan Delta of the amorphous thermoplastic polymer is between 0.2 and 0.8, shaping the additional lens, such that the curvature of the additional lens conforms with the curvature of the base eyeglasses lens; and heating the additional lens to a temperature at which a Tan Delta of the amorphous thermoplastic polymer is between 0.2 and 0.8, where the Tan Delta of the amorphous thermoplastic polymer is measured according to ASTM D 5023; and while the additional lens is at said temperature at which the Tan Delta of the amorphous thermoplastic polymer is between 0.2 and 0.8, shaping the additional lens, such that the curvature of the additional lens conforms with the curvature of the base eyeglasses lens; and subsequently, adhering the additional lens to the base eyeglasses lens, the optical design of the additional lens being such that, upon being adhered to the base eyeglasses lens, the adhered base eyeglasses lens and the additional lens provide a combined lens having a desired optical prescription.
A method of making a stent comprising: providing a stent including a scaffold and a bioresorbable polymer coating over at least a portion of the scaffold, wherein the scaffold is a bioresorbable polymer scaffold or a metallic scaffold; disposing the stent over a tubular mandrel such that a lumenal surface of the stent faces a surface of the mandrel, wherein the surface of the mandrel has a plurality of grooves aligned longitudinally; radially compressing the stent over the surface of the mandrel such that when the scaffold is a bioresorbable polymer scaffold, the grooves at the surface of the mandrel form grooves on the lumenal surface of the stent, wherein the grooves on the luminal surface are aligned along a cylindrical axis of the stent, or when the scaffold is a metallic scaffold, the grooves at the surface of the mandrel form grooves on the coating over the lumenal surface of the stent; and further comprising disposing the stent over the mandrel into a sliding wedge crimper, wherein the crimper applies pressure to the stent to radially compress the stent over the surface of the mandrel. providing a stent including a scaffold and a bioresorbable polymer coating over at least a portion of the scaffold, wherein the scaffold is a bioresorbable polymer scaffold or a metallic scaffold; disposing the stent over a tubular mandrel such that a lumenal surface of the stent faces a surface of the mandrel, wherein the surface of the mandrel has a plurality of grooves aligned longitudinally; radially compressing the stent over the surface of the mandrel such that when the scaffold is a bioresorbable polymer scaffold, the grooves at the surface of the mandrel form grooves on the lumenal surface of the stent, wherein the grooves on the luminal surface are aligned along a cylindrical axis of the stent, or when the scaffold is a metallic scaffold, the grooves at the surface of the mandrel form grooves on the coating over the lumenal surface of the stent; and further comprising disposing the stent over the mandrel into a sliding wedge crimper, wherein the crimper applies pressure to the stent to radially compress the stent over the surface of the mandrel.
A double-row self-aligning roller bearing comprising: an inner ring an outer ring having a spherical raceway surface; and rollers (4 and 5) in two rows juxtaposed to each other in a bearing width direction and interposed between the inner ring and the outer ring, each of the rollers in the two rows having an outer circumferential surface having a cross-sectional shape that matches the raceway surface of the outer ring, wherein the rollers in the two rows have lengths (L1, L2) equal to each other and maximum diameters (D1max, D2max) Z equal to each other, characterized in that the rollers in the two rows have different distance (K1, K2) from centers of the roller lengths to positions at which the maximum diameters are obtained. an inner ring an outer ring having a spherical raceway surface; and rollers (4 and 5) in two rows juxtaposed to each other in a bearing width direction and interposed between the inner ring and the outer ring, each of the rollers in the two rows having an outer circumferential surface having a cross-sectional shape that matches the raceway surface of the outer ring, wherein the rollers in the two rows have lengths (L1, L2) equal to each other and maximum diameters (D1max, D2max) Z equal to each other, characterized in that the rollers in the two rows have different distance (K1, K2) from centers of the roller lengths to positions at which the maximum diameters are obtained.
A method for monitoring packets (Pki) in a communication network, said method comprising: a) at an ingress point (InP) of said communication network, classifying at least one packet (Pki) of a traffic received at the ingress point (InP) for determining whether packets of said traffic are to be monitored and, in the affirmative, associating them with a service of monitoring; b) at said ingress point (InP), creating a selection policy to identify a packet flow of said packets to be monitored according to the service of monitoring; c) installing said selection policy at one or more measuring points (MsP) within the communication network; d) at each of said one or more measuring points (MsP), identifying said packet flow on the basis of said selection policy; e) at each of said one or more measuring points (MsP), applying monitoring actions associated with said service of monitoring to said identified packet flow. a) at an ingress point (InP) of said communication network, classifying at least one packet (Pki) of a traffic received at the ingress point (InP) for determining whether packets of said traffic are to be monitored and, in the affirmative, associating them with a service of monitoring; b) at said ingress point (InP), creating a selection policy to identify a packet flow of said packets to be monitored according to the service of monitoring; c) installing said selection policy at one or more measuring points (MsP) within the communication network; d) at each of said one or more measuring points (MsP), identifying said packet flow on the basis of said selection policy; e) at each of said one or more measuring points (MsP), applying monitoring actions associated with said service of monitoring to said identified packet flow.