mhurhangee/ep-ind-claims huggingface dataset:
A method of preparing a water-based composition, the method comprising: providing an aqueous polymer comprising a latex or water-dispersible polymer in water; providing an additive package comprising at least one of a pigment, a thickener, a mildewcide, a biocide, a defoamer, a surfactant, a dispersant, a filler, and combinations thereof; providing one or more water-insoluble UV-VIS absorbers capable of absorbing radiation within a range of 240-465 nm; providing one or more low VOC coalescents having a volatile organic content of 30% or less as measured by ASTM D2369-90, or that elute from a GC column at the same time or after methyl palmitate under the same conditions as measured by ASTM D6886-12; mixing the one or more water-insoluble UV-VIS absorbers in the one or more low VOC coalescents to form an absorber-coalescent mixture; and combining the aqueous polymer, the additive package, and the absorber-coalescent to form a water-based composition, wherein the one or more water-insoluble ultraviolet absorbers are selected from the group of benzophenone, polymeric benzophenone, 2,4,6-trimethylbenzophenone, 4-methylbenzophenone, methyl-o-benzoyl-benzoate, and combinations thereof; and wherein the water-based composition has a low total VOC and includes no greater than 5 grams per 100 grams polymer solids, wherein the VOC is measured by ASTM D3960-02 or ASTM D6886-12. providing an aqueous polymer comprising a latex or water-dispersible polymer in water; providing an additive package comprising at least one of a pigment, a thickener, a mildewcide, a biocide, a defoamer, a surfactant, a dispersant, a filler, and combinations thereof; providing one or more water-insoluble UV-VIS absorbers capable of absorbing radiation within a range of 240-465 nm; providing one or more low VOC coalescents having a volatile organic content of 30% or less as measured by ASTM D2369-90, or that elute from a GC column at the same time or after methyl palmitate under the same conditions as measured by ASTM D6886-12; mixing the one or more water-insoluble UV-VIS absorbers in the one or more low VOC coalescents to form an absorber-coalescent mixture; and combining the aqueous polymer, the additive package, and the absorber-coalescent to form a water-based composition, wherein the one or more water-insoluble ultraviolet absorbers are selected from the group of benzophenone, polymeric benzophenone, 2,4,6-trimethylbenzophenone, 4-methylbenzophenone, methyl-o-benzoyl-benzoate, and combinations thereof; and wherein the water-based composition has a low total VOC and includes no greater than 5 grams per 100 grams polymer solids, wherein the VOC is measured by ASTM D3960-02 or ASTM D6886-12.
Method for additively manufacturing an object from a powder layer, the method comprising the steps of: • projecting an energy beam onto a surface of the powder layer as a spot so as to fuse the powder, • scanning, by the energy beam, a first zone of the surface in a longitudinal scanning direction and in a forward direction, and, during scanning of the first zone, directing the energy beam so that the spot traverses the first zone along a trajectory comprising first loops offset with respect to one another in the longitudinal scanning direction, the spot traversing each first loop in a first direction of rotation, • scanning, by the energy beam, a second zone of the surface in the longitudinal scanning direction and in a return direction opposite to the forward direction, the second zone being adjacent to the first zone in a transverse scanning direction perpendicular to the longitudinal scanning direction, and during scanning of the second zone, directing the energy beam so that the spot traverses the second zone along a trajectory comprising second loops offset with respect to one another in the longitudinal scanning direction, the spot traversing each second loop in a second direction of rotation opposite to the first direction of rotation. • projecting an energy beam onto a surface of the powder layer as a spot so as to fuse the powder, • scanning, by the energy beam, a first zone of the surface in a longitudinal scanning direction and in a forward direction, and, during scanning of the first zone, directing the energy beam so that the spot traverses the first zone along a trajectory comprising first loops offset with respect to one another in the longitudinal scanning direction, the spot traversing each first loop in a first direction of rotation, • scanning, by the energy beam, a second zone of the surface in the longitudinal scanning direction and in a return direction opposite to the forward direction, the second zone being adjacent to the first zone in a transverse scanning direction perpendicular to the longitudinal scanning direction, and during scanning of the second zone, directing the energy beam so that the spot traverses the second zone along a trajectory comprising second loops offset with respect to one another in the longitudinal scanning direction, the spot traversing each second loop in a second direction of rotation opposite to the first direction of rotation.
Device (100; 200; 300) for storing heat/cold, with a view to subsequent reuse by transfer to a fluid, referred to as target fluid, the said device (100; 200; 300) comprising: - a container; - a storage assembly, referred to as the main storage assembly, placed inside the said container and intended to store up calories/frigories supplied by an external source; - a rigid storage layer designed to store up calories/frigories supplied by an external source; - an insulating layer placed between the said container and the said rigid storage layer; and - at least one means (100; 200; 300) for causing a target fluid to circulate through the said device (100; 200; 300), characterized in that the rigid storage layer is placed between the said container and the said main storage assembly. - a container; - a storage assembly, referred to as the main storage assembly, placed inside the said container and intended to store up calories/frigories supplied by an external source; - a rigid storage layer designed to store up calories/frigories supplied by an external source; - an insulating layer placed between the said container and the said rigid storage layer; and - at least one means (100; 200; 300) for causing a target fluid to circulate through the said device (100; 200; 300), characterized in that the rigid storage layer is placed between the said container and the said main storage assembly.
A power system comprising: an input power distribution circuit including a plurality of power connections; a first power supply coupled to a first power connection of the plurality of power connections; a scalable battery bank including at least a first battery module coupled to a second power connection of the plurality of power connections, the first battery module including a first battery and a first battery charger, wherein the first battery charger and the first power supply are removable and interchangeable; and an output power distribution circuit coupled to the first power supply and the first battery and configured to provide output power derived from at least one of the first power supply and the first battery. an input power distribution circuit including a plurality of power connections; a first power supply coupled to a first power connection of the plurality of power connections; a scalable battery bank including at least a first battery module coupled to a second power connection of the plurality of power connections, the first battery module including a first battery and a first battery charger, wherein the first battery charger and the first power supply are removable and interchangeable; and an output power distribution circuit coupled to the first power supply and the first battery and configured to provide output power derived from at least one of the first power supply and the first battery.
Hydraulic binder comprising a belitic sulfoaluminous clinker and silica having a BET specific surface area under nitrogen of at least 50 m 2 /g, the amount of silica varies between 0.5 to 3%, a percentage expressed by mass based on the binder mass.
A method for continuous phase modulation comprising the following steps: receiving a sequence of digital data symbols a(n) to be transmitted; transforming said sequence of symbols a(n) to be transmitted into a sequence of transformed symbols b(n), each symbol b(n) of which being equal to the sum of a symbol a(n) to be transmitted and a correction factor equal to a transformation Tf applied to a plurality of deviations (a(n)-a(n-1)) between two consecutive symbols to be transmitted, the applied transformation Tf being a combination c of at least two deviations between two consecutive symbols of said sequence to be transmitted, transformed by applying a non-linear function f; filtering the sequence of transformed symbols b(n) by a shaping filter; modulating the sequence of filtered symbols by a phase modulator in order to obtain a sequence of modulated symbols; said transformation Tf being determined so as to minimise the interference between the symbols modulated and filtered by a reception filter. receiving a sequence of digital data symbols a(n) to be transmitted; transforming said sequence of symbols a(n) to be transmitted into a sequence of transformed symbols b(n), each symbol b(n) of which being equal to the sum of a symbol a(n) to be transmitted and a correction factor equal to a transformation Tf applied to a plurality of deviations (a(n)-a(n-1)) between two consecutive symbols to be transmitted, the applied transformation Tf being a combination c of at least two deviations between two consecutive symbols of said sequence to be transmitted, transformed by applying a non-linear function f; filtering the sequence of transformed symbols b(n) by a shaping filter; modulating the sequence of filtered symbols by a phase modulator in order to obtain a sequence of modulated symbols; said transformation Tf being determined so as to minimise the interference between the symbols modulated and filtered by a reception filter.
An arrangement with a container (12a to 12d) for storing rectangular single sheets, in particular banknotes, and with a single sheet handling device for the input and the output of the single sheets into and out of the container (12a to 12d), respectively, wherein the single sheet handling device comprises: a feeding device (14a to 14d, 30, 200, 252, 270, 350) which comprises feeding elements for the sheet-wise feeding of single sheets and for storing these single sheets in a stack of single sheets in the container (12a to 12d), and a separating device (14a to 14d, 30, 200, 252, 270, 350) which comprises separating elements for the sheet-wise removal of single sheets of the stack from the container (12a to 12d), wherein the feeding elements and the separating elements are arranged separately from the container (12a to 12d), characterized in that the single sheet handling device has at least one active drive for changing the position of a front-side delimiting wall of the container (12a to 12d) that is formed as a flap (68, 326), wherein the drive causes the movement of the flap (68, 326) into a feeding and/or separating position in which a feeding and/or separating opening for feeding and/or removing the single sheets is opened, wherein the active drive moves the flap (68, 326) prior or during the separation of the container (12a to 12d) from the feeding and separating elements into an idle position, wherein the flap (68, 326) is arranged in the idle position such that the feeding and/or removing opening is closed. a feeding device (14a to 14d, 30, 200, 252, 270, 350) which comprises feeding elements for the sheet-wise feeding of single sheets and for storing these single sheets in a stack of single sheets in the container (12a to 12d), and a separating device (14a to 14d, 30, 200, 252, 270, 350) which comprises separating elements for the sheet-wise removal of single sheets of the stack from the container (12a to 12d), wherein the feeding elements and the separating elements are arranged separately from the container (12a to 12d), characterized in that the single sheet handling device has at least one active drive for changing the position of a front-side delimiting wall of the container (12a to 12d) that is formed as a flap (68, 326), wherein the drive causes the movement of the flap (68, 326) into a feeding and/or separating position in which a feeding and/or separating opening for feeding and/or removing the single sheets is opened, wherein the active drive moves the flap (68, 326) prior or during the separation of the container (12a to 12d) from the feeding and separating elements into an idle position, wherein the flap (68, 326) is arranged in the idle position such that the feeding and/or removing opening is closed.
A method for load balancing comprising: receiving an Internet Protocol Security, IPsec, packet at a load balancer from an IPsec initiator, the received packet comprising an IP address of the IPsec initiator and a security parameter identifier, SPI; forwarding the received packet to each of a plurality of IPsec endpoints when the IP address of the IPsec initiator and the SPI of the received packet is unrecognized by the load balancer; receiving a response message from one of the plurality of IPsec endpoints in response to the forwarded packet; and determining an IPsec endpoint associated with the IP address and the SPI of the received packet based on the received response message. receiving an Internet Protocol Security, IPsec, packet at a load balancer from an IPsec initiator, the received packet comprising an IP address of the IPsec initiator and a security parameter identifier, SPI; forwarding the received packet to each of a plurality of IPsec endpoints when the IP address of the IPsec initiator and the SPI of the received packet is unrecognized by the load balancer; receiving a response message from one of the plurality of IPsec endpoints in response to the forwarded packet; and determining an IPsec endpoint associated with the IP address and the SPI of the received packet based on the received response message.
A powder consisting of 0.5% to 8% by weight of water and a dry material consisting of 88% to 95% by weight of an acerola fruit dry extract and 5% to 12% by weight of magnesium, calcium or zinc hydroxide or carbonate.
A shoe sole having integrated anti-slipping elements which can be adjusted between an inactive position and an active position by means of a central actuation unit, wherein the anti-slipping elements are respectively stored in individual functional units and are axially adjustable by the central actuation unit in a rotating manner via at least one flexible drive element (6, 41), wherein each functional unit includes a housing in the shape of a shallow pot in which a rotatably supported drive disk is provided which cooperates with a flexible drive element (6, 41) and which has at least one neck (9; 37, 38) coupled drive-wise to the anti-slipping element characterized in that the anti-slipping element cooperates with a spiral ramp fixed with respect to the housing via two radially projecting, mutually diametrically opposed guide cams for the axial adjustment of the anti-slipping element between a first inactive position and a second active position, via sloping surfaces deflecting rotary drive forces in the axial direction and avoiding any need for force support by springs.
A workstation comprising a chassis having a base frame and a monitor frame assembly, said base frame defining a work area at its proximal end for accommodating a user therein, in use, wherein a desk unit is mounted laterally across said work area and provides a work surface for use by a user accommodated in said work area, in use, said monitor frame assembly comprising an outer frame, extending laterally across said base frame and upwardly from its distal end, and an inner frame mounted within said outer frame and configured to receive thereon a plurality of monitor brackets, wherein said desk unit is longitudinally adjustable relative to said base frame so as to selectively adjust its distance from the monitor frame assembly, and said inner frame is vertically adjustable within, and relative to, said outer frame so as to selectively adjust its height relative to said base frame; and further wherein respective locking means are provided to releasably lock said desk unit and said inner frame in a selected position; wherein said inner frame comprises a generally square or rectangular frame member (33, 35) having a generally central, cross-shaped intersecting member therein to define four, generally square or rectangular openings, wherein the inner side edges of said intersecting member are configured to have coupled thereto one or more monitor brackets; and, wherein said intersecting member comprises, along its inner side edges, a longitudinal track configured to receive a locking member configured to be coupled to an angle bracket of the one or more monitor brackets. wherein said inner frame comprises a generally square or rectangular frame member (33, 35) having a generally central, cross-shaped intersecting member therein to define four, generally square or rectangular openings, wherein the inner side edges of said intersecting member are configured to have coupled thereto one or more monitor brackets; and, wherein said intersecting member comprises, along its inner side edges, a longitudinal track configured to receive a locking member configured to be coupled to an angle bracket of the one or more monitor brackets.
A method for controlling a LAN service, performed by a third communications device and comprising: obtaining LAN-service-related information related to a terminal, wherein the LAN-service-related information comprises at least one of the following: a LAN service capability of the terminal, location information of the terminal, LAN service subscription information, and LAN service request information; and characterized by further comprising: performing a first related operation of a LAN service based on the LAN-service-related information; wherein the LAN service is a private communication service provided on a communications network for a group of terminals; wherein the first related operation of the LAN service comprises configuring LAN-related route selection policy information for the terminal; wherein the LAN-related route selection policy information comprises at least one of the following: data network name, DNN, information of a LAN associated with an application; and slice information of the LAN associated with the application. performing a first related operation of a LAN service based on the LAN-service-related information; wherein the LAN service is a private communication service provided on a communications network for a group of terminals; wherein the first related operation of the LAN service comprises configuring LAN-related route selection policy information for the terminal; wherein the LAN-related route selection policy information comprises at least one of the following: data network name, DNN, information of a LAN associated with an application; and slice information of the LAN associated with the application. data network name, DNN, information of a LAN associated with an application; and slice information of the LAN associated with the application.
Aerodynamic system for a motor vehicle, which can be arranged close to at least one region of detachment of at least one bodywork element of a vehicle, characterised in that the system comprises at least one vortex generator which generates a vortex by creating a periodic air jet and is supplied by exhaust gases from an outlet of the exhaust line of the vehicle.
An abutment clip for use in a dental implant system, said system including an abutment for securing a prosthesis to an implant post; said abutment clip comprising: a housing having a first end and a second end; said first end of the housing including a grasping area provided on an exterior surface thereof; and said housing defining a chamber that is accessible through an opening (38, 50) in both of the first and second ends; wherein said chamber is adapted to receive the abutment therein through the opening in the second end of the housing; and wherein said second end of the housing includes an abutment engagement area adapted to retain the abutment within said chamber, wherein the housing further includes at least one position indicator on the first end of the housing, wherein said housing includes an end wall proximate the first end thereof; and a peripheral wall extending outwardly away from the end wall and terminating at the second end thereof; and wherein said abutment engagement area comprises an annular region on said peripheral wall; and said annular region tapers inwardly toward the second end of the housing, characterized in that the peripheral wall includes at least two aligned axial slots, each slot extending from the second end of the housing inwardly toward the end wall; whereby said peripheral wall constitutes two jaws (60a, 60b) that are adapted to engage and retain the abutment therebetween. a housing having a first end and a second end; said first end of the housing including a grasping area provided on an exterior surface thereof; and said housing defining a chamber that is accessible through an opening (38, 50) in both of the first and second ends; wherein said chamber is adapted to receive the abutment therein through the opening in the second end of the housing; and wherein said second end of the housing includes an abutment engagement area adapted to retain the abutment within said chamber, wherein the housing further includes at least one position indicator on the first end of the housing, wherein said housing includes an end wall proximate the first end thereof; and a peripheral wall extending outwardly away from the end wall and terminating at the second end thereof; and wherein said abutment engagement area comprises an annular region on said peripheral wall; and said annular region tapers inwardly toward the second end of the housing, characterized in that the peripheral wall includes at least two aligned axial slots, each slot extending from the second end of the housing inwardly toward the end wall; whereby said peripheral wall constitutes two jaws (60a, 60b) that are adapted to engage and retain the abutment therebetween.
A hydrogenation catalyst for heavy hydrocarbon oil, wherein at least one of metals in Group 6 of the periodic table is supported on a zinc-containing alumina carrier containing 1% by mass to 15% by mass of zinc oxide particles having an average particle diameter of 2 μm to 12 μm based on the carrier, wherein the average pore diameter of the hydrogenation catalyst is 18 nm to 35 nm, and the specific surface area of the hydrogenation catalyst is 70 m 2 /g to 150 m 2 /g, wherein the particle diameter of the zinc oxide particles is measured by a laser diffraction and scattering method according to JIS R1629 and the volume average of the particle size distribution is set to the average particle diameter, wherein specific surface area is measured by nitrogen adsorption according to the BET method and as the nitrogen adsorption apparatus, a surface area measuring apparatus is used, and wherein the average pore diameter is measured by a mercury penetration method and as the mercury penetration apparatus, a porosimeter is used.