mhurhangee/patent-ind-claim-en huggingface dataset:
A method for attaching a first window component to a second window component comprising the steps of: a) engraving a surface of the first window component with at least one cavity by subjecting the first window component to a laser beam at a polar angle, α1; and b) attaching the second window component to the first window component by introducing an anchor portion of the second window component into the at least one cavity, said anchor portion being an adhesive provided in a layer between the engraved surface of the first window component and the second window component. a) engraving a surface of the first window component with at least one cavity by subjecting the first window component to a laser beam at a polar angle, α1; and b) attaching the second window component to the first window component by introducing an anchor portion of the second window component into the at least one cavity, said anchor portion being an adhesive provided in a layer between the engraved surface of the first window component and the second window component.
Arrangement comprising a fastening system , a washbasin and a base cabinet , wherein the fastening system comprises two carrier elements which are situated spaced apart from one another and which project from a bearing structure, wherein each of the carrier elements comprises a fastening portion , for fastening the carrier element to the bearing structure, and a bearing portion , extending in the direction of a main axis (H), wherein, at the upper side of the carrier element , the bearing portion has a first bearing surface on which the washbasin can be placed, wherein, at the lower side of the carrier element , the bearing portion has a second bearing surface which is in the form of a planar bearing surface and on which the base cabinet can be mounted, wherein the second bearing surface is oriented such that, by means of a displacement movement (V), the base cabinet can be installed on the second bearing surface substantially in the direction of the main axis (H), wherein the washbasin bears on the first bearing surface , and wherein the base cabinet bears on the second bearing surface . wherein the fastening system comprises two carrier elements which are situated spaced apart from one another and which project from a bearing structure, wherein each of the carrier elements comprises a fastening portion , for fastening the carrier element to the bearing structure, and a bearing portion , extending in the direction of a main axis (H), wherein, at the upper side of the carrier element , the bearing portion has a first bearing surface on which the washbasin can be placed, wherein, at the lower side of the carrier element , the bearing portion has a second bearing surface which is in the form of a planar bearing surface and on which the base cabinet can be mounted, wherein the second bearing surface is oriented such that, by means of a displacement movement (V), the base cabinet can be installed on the second bearing surface substantially in the direction of the main axis (H), wherein the washbasin bears on the first bearing surface , and wherein the base cabinet bears on the second bearing surface .
A test assembly for inspecting an O-ring , comprising: - a support plane , on which said O-ring rests; - a first disc and a second disc coplanar on said support plane and arranged in adjacent position, being configured to rotate on said support plane about respective axes ; - image acquisition means (40',40") of said O-ring arranged at least on one side of said support plane to acquire images of said O-ring, characterized in that said discs are actuated in reciprocally independent manner and define a test region at which said O-ring is locked and deformed between said discs , said support plane being moveable and configured to carry said O-ring to the first predetermined position near an inlet section of said test region , wherein said discs are configured to perform a first synchronized rotation in reciprocally opposite sense after which said O-ring is intercepted in said first predetermined position, dragged and locked in said test region in a first deformed configuration, said image acquisition means (40',40") being configured to acquire at least one first image of said O-ring in said first deformed position, and wherein said discs are configured to perform at least one further synchronized rotation in reciprocally opposite sense after which said O-ring is ejected from said test region through an exit section , substantially opposite to said inlet section . - a support plane , on which said O-ring rests; - a first disc and a second disc coplanar on said support plane and arranged in adjacent position, being configured to rotate on said support plane about respective axes ; - image acquisition means (40',40") of said O-ring arranged at least on one side of said support plane to acquire images of said O-ring,
A communication processing method, comprising: determining , by a radio access device, whether to activate a duplication mode of a radio bearer; wherein the duplication mode of the radio bearer is configured with a packet data convergence protocol, PDCP, entity in the radio bearer, a first radio link control, RLC, entity corresponding to the PDCP entity and a second radio link control, RLC, entity corresponding to the PDCP entity; sending , by a radio access device to a terminal device, a first indication message indicating to activate or deactivate the duplication mode of the radio bearer, wherein, in the duplication mode of the radio bearer, when a second logical channel is activated, data from the PDCP entity in the radio bearer is transmitted on the first RLC entity and is duplicatelv transmitted on the second RLC entity; whereby the first indication message is a MAC layer indication message and comprises a first field and a second field, the first field indicates that the first indication message is a control message for the duplication mode; and a first logical channel corresponding to the first RLC entity is always activated, and the second field indicates whether the second logical channel corresponding to the second RLC entity is activated. determining , by a radio access device, whether to activate a duplication mode of a radio bearer; wherein the duplication mode of the radio bearer is configured with a packet data convergence protocol, PDCP, entity in the radio bearer, a first radio link control, RLC, entity corresponding to the PDCP entity and a second radio link control, RLC, entity corresponding to the PDCP entity; sending , by a radio access device to a terminal device, a first indication message indicating to activate or deactivate the duplication mode of the radio bearer, wherein, in the duplication mode of the radio bearer, when a second logical channel is activated, data from the PDCP entity in the radio bearer is transmitted on the first RLC entity and is duplicatelv transmitted on the second RLC entity; whereby the first indication message is a MAC layer indication message and comprises a first field and a second field, the first field indicates that the first indication message is a control message for the duplication mode; and a first logical channel corresponding to the first RLC entity is always activated, and the second field indicates whether the second logical channel corresponding to the second RLC entity is activated.
A terminal comprising: a receiving section adapted to receive a downlink control channel consisting of a plurality of control channel elements, CCEs, a CCE being comprised of a plurality of resource element groups, REGs, in a control resource set; and a control section adapted to control a demodulation process based on a demodulation reference signal that is allocated in at least one resource element included in a REG group, each REG group including a plurality of REGs in the control resource set, and a same precoding being applied to different REG groups within a set of consecutive resource blocks in the control resource set, wherein the size of one REG group is configured by higher layer signaling. a receiving section adapted to receive a downlink control channel consisting of a plurality of control channel elements, CCEs, a CCE being comprised of a plurality of resource element groups, REGs, in a control resource set; and a control section adapted to control a demodulation process based on a demodulation reference signal that is allocated in at least one resource element included in a REG group, each REG group including a plurality of REGs in the control resource set, and a same precoding being applied to different REG groups within a set of consecutive resource blocks in the control resource set, wherein the size of one REG group is configured by higher layer signaling.
A vinyl polymer powder having an acetone-soluble component of 30% by mass or more, mass average molecular weight of the acetone-soluble component of 100,000 or more, a content of an alkali metal ion of 10ppm or less, and a volume average emulsion primary particle size (Dv) of 500 nm or more and 1 μm or less, wherein the volume average emulsion primary particle size (Dv) is measured as the emulsion particle size with the use of a sample that a vinyl polymer emulsion was diluted in deionized water and with the use of a laser diffraction scattering type particle size distribution measuring apparatus; the acetone soluble component is measured by dissolving 1 g of a vinyl polymer powder in 50 g of acetone to make a solution, and then refluxing and extracting the solution for 6 hours at 70°C; followed by centrifugation of the extracting liquid with 14, 000 rpm for 30 minutes at 4°C with the use of a centrifugal separator, and then removing the segregated acetone-soluble component by decantation, and drying an acetone insoluble component for 24 hours at 50°C in a vacuum dryer; and measuring the mass; wherein the acetone-soluble component (%) is calculated using the following formula: The acetone-soluble component = 1 − mass of the acetone insoluble component × 100 the mass average molecular weight of the acetone-soluble component is measured by obtaining a solid of the acetone-soluble component by extraction of acetone from the acetone-soluble component which has been obtained by the measurement of the above acetone-soluble component, and measuring the mass average molecular weight (Mw) of the above solid with the use of gel permeation chromatography. wherein the volume average emulsion primary particle size (Dv) is measured as the emulsion particle size with the use of a sample that a vinyl polymer emulsion was diluted in deionized water and with the use of a laser diffraction scattering type particle size distribution measuring apparatus; the acetone soluble component is measured by dissolving 1 g of a vinyl polymer powder in 50 g of acetone to make a solution, and then refluxing and extracting the solution for 6 hours at 70°C; followed by centrifugation of the extracting liquid with 14, 000 rpm for 30 minutes at 4°C with the use of a centrifugal separator, and then removing the segregated acetone-soluble component by decantation, and drying an acetone insoluble component for 24 hours at 50°C in a vacuum dryer; and measuring the mass; wherein the acetone-soluble component (%) is calculated using the following formula: The acetone-soluble component = 1 − mass of the acetone insoluble component × 100 the mass average molecular weight of the acetone-soluble component is measured by obtaining a solid of the acetone-soluble component by extraction of acetone from the acetone-soluble component which has been obtained by the measurement of the above acetone-soluble component, and measuring the mass average molecular weight (Mw) of the above solid with the use of gel permeation chromatography.
A computer implemented method, comprising: receiving a request to assign a tag with a computing resource from a user, wherein the tag comprises a key and an associated value, evaluating a first access control policy to determine whether the request to assign the tag to the computing resource originated from an allowed user based on a combination of the key and the associated value, or the key regardless of the associated value, assigning the tag to the computing resource in a multitenant environment operated by a service provider if the request to assign the tag to the computing resource is determined, by evaluating the first access control policy, to have originated from an allowed user, the tag including a freeform character string specifying the key and the associated value; receiving a request to perform an operation on the computing resource from the user; determining the tag is assigned to the computing resource; evaluating a second access control policy, the second access control policy referencing the tag as a condition for using the computing resource, referencing a user, and identifying an operation permitted to be executed by the user if the tag is assigned to the computing resource; determining that the user is permitted to authorize the operation based at least in part on evaluating the second access control policy; and resolving the request to perform the operation. receiving a request to assign a tag with a computing resource from a user, wherein the tag comprises a key and an associated value, evaluating a first access control policy to determine whether the request to assign the tag to the computing resource originated from an allowed user based on a combination of the key and the associated value, or the key regardless of the associated value, assigning the tag to the computing resource in a multitenant environment operated by a service provider if the request to assign the tag to the computing resource is determined, by evaluating the first access control policy, to have originated from an allowed user, the tag including a freeform character string specifying the key and the associated value; receiving a request to perform an operation on the computing resource from the user; determining the tag is assigned to the computing resource; evaluating a second access control policy, the second access control policy referencing the tag as a condition for using the computing resource, referencing a user, and identifying an operation permitted to be executed by the user if the tag is assigned to the computing resource; determining that the user is permitted to authorize the operation based at least in part on evaluating the second access control policy; and resolving the request to perform the operation.
A method for manufacturing a diffraction sheet , the method comprising: a step A of forming a first uncured resin layer on a transparent substrate measuring 10 inches or more in diagonal; a step B of bringing a first diffraction pattern formed on a first surface of a first plate into contact with the first uncured resin layer, the first diffraction pattern being formed in a rectangular area measuring 10 inches or more in diagonal; a step C of placing a first mask having a plurality of first apertures formed based on a first array pattern on the first plate, which is then irradiated with light to cure a portion of the first uncured resin layer that overlaps the first apertures; a step D of forming a second uncured resin layer on a surface of the substrate on which the first uncured resin layer is formed; a step E of bringing a second diffraction pattern , which is different from the first diffraction pattern, formed on a first surface of a second plate into contact with the second uncured resin layer, the second diffraction pattern being formed in a rectangular area measuring 10 inches or more in diagonal; and a step F of placing a second mask having a plurality of second apertures formed based on a second array pattern different from the first array pattern on the second plate, which is then irradiated with light to cure a portion of the second uncured resin layer that overlaps the second apertures. a step A of forming a first uncured resin layer on a transparent substrate measuring 10 inches or more in diagonal; a step B of bringing a first diffraction pattern formed on a first surface of a first plate into contact with the first uncured resin layer, the first diffraction pattern being formed in a rectangular area measuring 10 inches or more in diagonal; a step C of placing a first mask having a plurality of first apertures formed based on a first array pattern on the first plate, which is then irradiated with light to cure a portion of the first uncured resin layer that overlaps the first apertures; a step D of forming a second uncured resin layer on a surface of the substrate on which the first uncured resin layer is formed; a step E of bringing a second diffraction pattern , which is different from the first diffraction pattern, formed on a first surface of a second plate into contact with the second uncured resin layer, the second diffraction pattern being formed in a rectangular area measuring 10 inches or more in diagonal; and a step F of placing a second mask having a plurality of second apertures formed based on a second array pattern different from the first array pattern on the second plate, which is then irradiated with light to cure a portion of the second uncured resin layer that overlaps the second apertures.
A container blow molded from a multilayer structure which comprises: an inner product facing layer which comprises an ethylene-based polymer having a density equal to or less than 0.940 g/cc, measured according to ASTM D792, a crystallinity of equal to or less than 62% measured with a method as described herein , and Mz/Mn ratio equal to or less than 100 measured with a method as described herein wherein the inner product facing layer has a small scale root mean square roughness of equal to or less than 40 nm, measured with a method as described herein. an inner product facing layer which comprises an ethylene-based polymer having a density equal to or less than 0.940 g/cc, measured according to ASTM D792, a crystallinity of equal to or less than 62% measured with a method as described herein , and Mz/Mn ratio equal to or less than 100 measured with a method as described herein wherein the inner product facing layer has a small scale root mean square roughness of equal to or less than 40 nm, measured with a method as described herein.
Elevator arrangement , comprising: - a car which is displaceable between various floors within a building; - an elevator control controlling displacements of the car between the various floors and having information on a current position of the car ; - a plurality of fixtures , each fixture being located at one of the floors and being connected to the elevator control for an exchange of information; - at least one sound generator being provided at one of the elevator car and each of the fixtures ; - at least one sound detector being provided at the other one of the elevator car and each of the fixtures ; wherein the elevator arrangement is adapted to perform a fixture position learning procedure comprising: - travelling the car to each of the floors ; - at each of the floors , generating a sound signal using the sound generator provided at a respective one of the car and an associated one of the fixtures located at the floor where the car is currently stopped, detecting the sound signal using the sound detector provided at a respective other one of the car and the associated one of the fixtures located at the floor where the car is currently stopped, and determining a position information for the associated fixture located at the floor where the car is currently stopped by assigning an information on a current position of the elevator car provided by the elevator control to the associated fixture , and storing such position information for subsequent identification purposes, characterised in that the elevator arrangement is adapted to, during performing the fixture position learning procedure, open an elevator door in order to establish a direct sound connection between an interior of the elevator car and the associated floor at which the elevator car is currently stopped, or only partially open an elevator door , while a direct sound connection between an interior of the elevator car and the associated floor at which the elevator car is currently stopped is provided due to the elevator car being arranged at the associated floor . - a car which is displaceable between various floors within a building; - an elevator control controlling displacements of the car between the various floors and having information on a current position of the car ; - a plurality of fixtures , each fixture being located at one of the floors and being connected to the elevator control for an exchange of information; - at least one sound generator being provided at one of the elevator car and each of the fixtures ; - at least one sound detector being provided at the other one of the elevator car and each of the fixtures ; - travelling the car to each of the floors ; - at each of the floors ,
A tread for an agricultural tire , comprising a plurality of lugs protruding from a ground of the tread in radially outer direction, each lug comprising a stepping-in surface and a radially-outer surface , wherein the stepping-in surface of at least one lug comprises a first, radially outer, concave surface and a second, radially inner, concave surface intersecting each other in a transition point (D), wherein the transition point (D) is positioned at a circumferential distance (d) from a reference plane (P) connecting a radially outer intersection (L, L') of the first concave surface with the radially outer surface and a radially inner intersection (O) of the second concave surface with the ground , wherein the circumferential distance (d) of said at least one lug varies along an axial length (E) of the lug .
A lighting and/or light signalling device for an automotive vehicle, said device comprising a housing defining a mounting cavity, a structural skeleton mounted in said cavity of said housing , at least one lighting and/or light signalling module comprising at least one light source, the device further comprising at least one mask adapted to at least partially cover the structural skeleton and a transparent wall mounted to the housing through the cavity, said structural skeleton comprising at least two mounting interfaces, each of said module and said mask being mounted to said structural skeleton through one of said mounting interfaces, respectively, wherein the lighting and/or light signaling module and the mask comprise first attachment means , wherein the structural skeleton comprises second attachment means adapted to cooperate with said first fastening means, the second fastening means being adapted to cooperate with said first fastening means in order to fasten the mask to the skeleton by clipping, characterized in that the device further comprises a screen capable of diffusing homogeneously the light emitted by the luminous module , said screen comprising a clipping tab , in that the structural skeleton further comprises at least a third mounting interface adapted to allow the mounting of the screen , said third mounting interface comprising a clipping orifice adapted to cooperate with said clipping tab of said screen, and second fixing means are adapted to cooperate with said first fixing means in order to fix the lighting and/or light signalling module to the skeleton by screwing.