mhurhangee/patent-ind-claim-en huggingface dataset:
A method of printing a print media comprising: printing, by digital printing, an image onto a surface of a print media for packaging; applying a protective coating over the surface of the print media using an analog printing process, wherein the protective coating comprises a plurality of micro openings; and depositing an adhesive over at least a portion of the protective coating, wherein the micro openings allow the adhesive to penetrate the protective coating and adhere the print media via the plurality of micro openings. printing, by digital printing, an image onto a surface of a print media for packaging; applying a protective coating over the surface of the print media using an analog printing process, wherein the protective coating comprises a plurality of micro openings; and depositing an adhesive over at least a portion of the protective coating, wherein the micro openings allow the adhesive to penetrate the protective coating and adhere the print media via the plurality of micro openings.
A reflector antenna device comprising: a main reflector that has a rectangular aperture shape ; a primary radiator that is configured to radiate a beam having an amplitude distribution with a circular shape; and a subreflector (10; 11); characterized in that the subreflector (10; 11) has a mirror surface on which asperities are formed, to convert the shape of the amplitude distribution of the beam radiated by said primary radiator from said circular shape to a rectangular shape similar to the aperture shape of said main reflector , and is configured to reflect the beam and radiate the beam having said amplitude distribution with said rectangular shape onto said main reflector . a main reflector that has a rectangular aperture shape ; a primary radiator that is configured to radiate a beam having an amplitude distribution with a circular shape; and a subreflector (10; 11); characterized in that the subreflector (10; 11) has a mirror surface on which asperities are formed, to convert the shape of the amplitude distribution of the beam radiated by said primary radiator from said circular shape to a rectangular shape similar to the aperture shape of said main reflector , and is configured to reflect the beam and radiate the beam having said amplitude distribution with said rectangular shape onto said main reflector .
A surgical pad (300; 600; 700; 800; 900; 1000) comprising: a flexible pad portion configured to be positioned over an opening in a target tissue, the flexible pad portion comprising a first surface configured to be oriented toward the target tissue and a second surface configured to be oriented away from the target tissue; a plurality of designated locations around an outer edge portion of the second surface , each of the plurality of designated locations being configured to couple to corresponding tethers extending from the opening in the target tissue; and a plurality of elongate ribs associated with the second surface and coupled to the flexible pad portion , the plurality of elongate ribs being configured to provide mechanical reinforcement for the flexible pad portion to counter forces exerted upon the flexible pad portion by the corresponding tethers, characterised in that each of the plurality of elongate ribs comprises a lumen extending therethrough. a flexible pad portion configured to be positioned over an opening in a target tissue, the flexible pad portion comprising a first surface configured to be oriented toward the target tissue and a second surface configured to be oriented away from the target tissue; a plurality of designated locations around an outer edge portion of the second surface , each of the plurality of designated locations being configured to couple to corresponding tethers extending from the opening in the target tissue; and a plurality of elongate ribs associated with the second surface and coupled to the flexible pad portion , the plurality of elongate ribs being configured to provide mechanical reinforcement for the flexible pad portion to counter forces exerted upon the flexible pad portion by the corresponding tethers, characterised in that each of the plurality of elongate ribs comprises a lumen extending therethrough.
A rotor disk for a gas powered turbine comprising: a ring shaped rotor body defining a radially inward opening; rims (220;320;420;520) protruding radially outward from said rotor body ; outwardly facing rotor blade retention slots defined between circumferentially adjacent rims (220;320;420;520), each slot being operable to receive and retain a corresponding rotor blade ; and each rim (220;320;420;520) of said rims (220;320;420;520) including an anti-vibratory feature (260;360;460;560), the anti-vibratory feature including a structure defining an isogrid pattern intruding into an outward facing surface of the rim (220;320;420;520), wherein the isogrid pattern comprises a plurality of geometric intrusions (262;362;462;562) into the surface, and wherein said geometric intrusions (262;362;462;562) are separated by, and define, a plurality of stiffening ribs (264;364;464;564). a ring shaped rotor body defining a radially inward opening; rims (220;320;420;520) protruding radially outward from said rotor body ; outwardly facing rotor blade retention slots defined between circumferentially adjacent rims (220;320;420;520), each slot being operable to receive and retain a corresponding rotor blade ; and each rim (220;320;420;520) of said rims (220;320;420;520) including an anti-vibratory feature (260;360;460;560), the anti-vibratory feature including a structure defining an isogrid pattern intruding into an outward facing surface of the rim (220;320;420;520), wherein the isogrid pattern comprises a plurality of geometric intrusions (262;362;462;562) into the surface, and wherein said geometric intrusions (262;362;462;562) are separated by, and define, a plurality of stiffening ribs (264;364;464;564).
A method for signal scrambling, comprising: generating a linear feedback scrambling code based on a seed signal, the linear feedback scrambling code including X bits; applying an operation to the linear feedback scrambling code to generate a modified scrambling code, wherein the operation comprises selectively changing one or more bits of the linear feedback scrambling code, wherein the one or more bits include fewer than all bits of the linear feedback scrambling code; and processing a detected signal for exchange between a host controller and a memory device with the modified scrambling code, wherein processing the detected signal with the modified scrambling code is to unscramble the detected signal transmitted between the host controller and the memory device, or to scramble the detected signal to transmit between the host controller and the memory device. generating a linear feedback scrambling code based on a seed signal, the linear feedback scrambling code including X bits; applying an operation to the linear feedback scrambling code to generate a modified scrambling code, wherein the operation comprises selectively changing one or more bits of the linear feedback scrambling code, wherein the one or more bits include fewer than all bits of the linear feedback scrambling code; and processing a detected signal for exchange between a host controller and a memory device with the modified scrambling code, wherein processing the detected signal with the modified scrambling code is to unscramble the detected signal transmitted between the host controller and the memory device, or to scramble the detected signal to transmit between the host controller and the memory device.
Mixer system for producing aqueous coating materials, comprising (a) at least one aqueous pigment paste A comprising at least one color pigment (a-1) and also at least one anionically stabilized binder (a-2) and/or at least one nonionically stabilized binder (a-3), and (b) at least one pigment-free component B comprising at least one acrylate-based microgel dispersion (b-1), the acrylate-based microgel having a glass transition temperature T g of 50 to 60°C, where the aqueous pigment paste A and the pigment-free component B each have a VOC value of less than or equal to 250 g/L. (a) at least one aqueous pigment paste A comprising at least one color pigment (a-1) and also at least one anionically stabilized binder (a-2) and/or at least one nonionically stabilized binder (a-3), and (b) at least one pigment-free component B comprising at least one acrylate-based microgel dispersion (b-1), the acrylate-based microgel having a glass transition temperature T g of 50 to 60°C,
A method for launching start-stop function applied in a vehicle terminal, characterized in comprising: transmitting to a server a traffic information acquiring instruction which carries current location information of a vehicle corresponding to the vehicle terminal and is used by the server to acquire traffic information of a road at which the vehicle is currently located based on the location information, the traffic information indicating current traffic condition of the road; receiving the traffic information transmitted by the server; and launching the start-stop function for the vehicle when the traffic information meets a preset condition, wherein the traffic information is a real time road condition information of the road; and the launching the start-stop function for the vehicle when the traffic information meets a preset condition comprises: determining congestion time for the road based on the real time road condition information of the road, wherein the congestion time is a difference between an estimated passing time when the road is congested and a historical passing time when the road is clear; and launching the start-stop function for the vehicle when the congestion time is longer than a preset threshold. transmitting to a server a traffic information acquiring instruction which carries current location information of a vehicle corresponding to the vehicle terminal and is used by the server to acquire traffic information of a road at which the vehicle is currently located based on the location information, the traffic information indicating current traffic condition of the road; receiving the traffic information transmitted by the server; and launching the start-stop function for the vehicle when the traffic information meets a preset condition, wherein the traffic information is a real time road condition information of the road; and the launching the start-stop function for the vehicle when the traffic information meets a preset condition comprises: determining congestion time for the road based on the real time road condition information of the road, wherein the congestion time is a difference between an estimated passing time when the road is congested and a historical passing time when the road is clear; and launching the start-stop function for the vehicle when the congestion time is longer than a preset threshold. determining congestion time for the road based on the real time road condition information of the road, wherein the congestion time is a difference between an estimated passing time when the road is congested and a historical passing time when the road is clear; and launching the start-stop function for the vehicle when the congestion time is longer than a preset threshold.
Method for using, in a browser module (NAV) stored on a device (PC), a first mail-sending service (SRV1) including a programming interface able, during a browsing session between the browser module and this first service, to access a second service (SRV2), which is able to provide the first service with addresses of contacts from an address book in order to send mail to a recipient user, characterized in that the method comprises, in the browser module, a. a step of accessing the first service (SRV1); b. a step of receiving from the first mail-sending service (SRV1) an access datum for access to the second service (SRV2); c. a step of transmitting to the second service (SRV2) a request for access to addresses of contacts; d. a step of receiving from the second service a plurality of addresses of contacts (DUT1); e. a step of selecting an address of a contact who is the recipient of the mail, the address being selected from the plurality of contact addresses received; f. a step of transmitting to the first service the selected address of the contact. a. a step of accessing the first service (SRV1); b. a step of receiving from the first mail-sending service (SRV1) an access datum for access to the second service (SRV2); c. a step of transmitting to the second service (SRV2) a request for access to addresses of contacts; d. a step of receiving from the second service a plurality of addresses of contacts (DUT1); e. a step of selecting an address of a contact who is the recipient of the mail, the address being selected from the plurality of contact addresses received; f. a step of transmitting to the first service the selected address of the contact.
An extracorporeal blood processing system configured to conduct a user-selected of hemodialysis in a hemodialysis mode of operation or hemofiltration in a hemofiltration mode of operation, the system comprising: a blood circuit 101; a dialysate circuit 102; and a dialyzer having a semi-permeable membrane, wherein the blood circuit is configured to circulate a patient's blood on one side of the semi-permeable membrane of the dialyzer , and the dialysate circuit is configured to circulate dialysate on the other side of the semi-permeable membrane of the dialyzer , whereby the circulation of dialysate provides for regulation and adjustment of the electrolytic concentration in the blood, characterized in that the system comprises a two-way valve that is actuatable by a user to direct dialysate flow either through the dialyzer in the hemodialysis mode of operation or to deliver infusate grade dialysate flow directly to a patient in the hemofiltration mode of operation. a blood circuit 101; a dialysate circuit 102; and a dialyzer having a semi-permeable membrane, the blood circuit is configured to circulate a patient's blood on one side of the semi-permeable membrane of the dialyzer , and the dialysate circuit is configured to circulate dialysate on the other side of the semi-permeable membrane of the dialyzer , whereby the circulation of dialysate provides for regulation and adjustment of the electrolytic concentration in the blood, characterized in that the system comprises a two-way valve that is actuatable by a user to direct dialysate flow either through the dialyzer in the hemodialysis mode of operation or to deliver infusate grade dialysate flow directly to a patient in the hemofiltration mode of operation.
Bearing structure for a conveyor device , in particular for an escalator or for a moving walkway, having a base surface and two side surfaces , wherein at least one of the side surfaces of the bearing structure is produced from a metal sheet , and a support structure is attached to the metal sheet of the at least one of the side surfaces , wherein elements of the support structure are attached diagonally or vertically to one or more sections of the metal sheet of the at least one of the side surfaces , wherein at least one strut or support is attached as a support structure to the metal sheet of the at least one of the side surfaces , characterized in that the support structure is in this case attached to an inner and to an outer side of the respective side surface.
A method of testing the ability of a CRISPR/Cas9 nuclease to modify a target genomic locus in vivo, comprising: (a) introducing into a non-human animal that is a mouse or rat a guide RNA designed to target a guide RNA target sequence at the target genomic locus, wherein the mouse or rat comprises a genomically integrated Cas9 expression cassette comprising a coding sequence for a Cas9 protein further comprising one or more nuclear localization signals, wherein the Cas9 expression cassette is integrated at a Rosa26 locus, and wherein the Cas9 expression cassette is integrated into the first intron of the Rosa26 locus, and wherein the guide RNA is introduced via adeno-associated virus (AAV)-mediated delivery, wherein the AAV is an AAV8 delivered to the mouse or rat by intravenous injection; and (b) assessing the modification of the target genomic locus in the liver of the mouse or rat. (a) introducing into a non-human animal that is a mouse or rat a guide RNA designed to target a guide RNA target sequence at the target genomic locus, wherein the mouse or rat comprises a genomically integrated Cas9 expression cassette comprising a coding sequence for a Cas9 protein further comprising one or more nuclear localization signals, wherein the Cas9 expression cassette is integrated at a Rosa26 locus, and wherein the Cas9 expression cassette is integrated into the first intron of the Rosa26 locus, and wherein the guide RNA is introduced via adeno-associated virus (AAV)-mediated delivery, wherein the AAV is an AAV8 delivered to the mouse or rat by intravenous injection; and wherein the mouse or rat comprises a genomically integrated Cas9 expression cassette comprising a coding sequence for a Cas9 protein further comprising one or more nuclear localization signals, wherein the Cas9 expression cassette is integrated at a Rosa26 locus, and wherein the Cas9 expression cassette is integrated into the first intron of the Rosa26 locus, and wherein the guide RNA is introduced via adeno-associated virus (AAV)-mediated delivery, wherein the AAV is an AAV8 delivered to the mouse or rat by intravenous injection; and (b) assessing the modification of the target genomic locus in the liver of the mouse or rat.
Carrying device comprising - a carrying frame ; - an energy store which is carried by the carrying frame ; - a converter device , which is carried by the carrying frame , for converting an electric current drawn from the energy store ; and comprising - an electrical connection device , which is carried by the carrying frame , for connecting a consumer; wherein: - the carrying frame is designed as a carrying plate or carrying rack; - the carrying device is designed as a rucksack; - two straps are provided for carrying the carrying device over the two shoulders of a user; - the converter device is a frequency converter, which is electrically connected to the energy store , for converting an electric direct current drawn from the energy store into an alternating current; - the connection device is designed as a plug socket or connection socket; - the energy store is fastened to the carrying frame in an exchangeable manner; - a receiver for the energy store is provided for fastening the energy store to the carrying frame ; - the energy store can be inserted into the receiver in an exchangeable manner; - the energy store is held in the receiver by a locking device; and wherein - the converter device is arranged underneath the energy store and the receiver . - a carrying frame ; - an energy store which is carried by the carrying frame ; - a converter device , which is carried by the carrying frame , for converting an electric current drawn from the energy store ; and comprising - an electrical connection device , which is carried by the carrying frame , for connecting a consumer; - the carrying frame is designed as a carrying plate or carrying rack; - the carrying device is designed as a rucksack; - two straps are provided for carrying the carrying device over the two shoulders of a user; - the converter device is a frequency converter, which is electrically connected to the energy store , for converting an electric direct current drawn from the energy store into an alternating current; - the connection device is designed as a plug socket or connection socket; - the energy store is fastened to the carrying frame in an exchangeable manner; - a receiver for the energy store is provided for fastening the energy store to the carrying frame ; - the energy store can be inserted into the receiver in an exchangeable manner; - the energy store is held in the receiver by a locking device; and wherein - the converter device is arranged underneath the energy store and the receiver .
Wooden flooring board for covering surfaces, in particular floor surfaces, the wooden flooring board comprising - a first longitudinal end and a second longitudinal end extending parallel to a longitudinal axis (X), - a first transversal end and a second transversal end extending parallel to a transversal axis (Y) which extends transversal to the longitudinal axis (X), - first connection means arranged at the first transversal end for connection of the wooden flooring board with a flooring board, and - second connection means arranged at the first longitudinal end for connection of the wooden flooring board with a flooring board, the first connection means comprising a first plywood structure comprising successive wood layers , the first plywood structure comprising a connection groove , the connection groove comprising a first recess and a protrusion which define a first interlocking surface being adapted for interlocking with an adjacent flooring board, characterized in that - the wood fibre direction of at least two successive wood layers differs one from another of more than 45°, in particular substantially 90°, and in that - the first plywood structure comprises an interlocking layer of greater thickness than the thickness of the remaining wood layers , the interlocking layer forming the first interlocking surface and having a wood fibre direction being substantially different from the wood fibre direction of at least a wood layer adjacent to the interlocking surface. - a first longitudinal end and a second longitudinal end extending parallel to a longitudinal axis (X), - a first transversal end and a second transversal end extending parallel to a transversal axis (Y) which extends transversal to the longitudinal axis (X), - first connection means arranged at the first transversal end for connection of the wooden flooring board with a flooring board, and - second connection means arranged at the first longitudinal end for connection of the wooden flooring board with a flooring board, - the wood fibre direction of at least two successive wood layers differs one from another of more than 45°, in particular substantially 90°, and in that - the first plywood structure comprises an interlocking layer of greater thickness than the thickness of the remaining wood layers , the interlocking layer forming the first interlocking surface and having a wood fibre direction being substantially different from the wood fibre direction of at least a wood layer adjacent to the interlocking surface.
A composition characterized by comprising 5 mass% to less than 100 mass% of a silanol compound represented by the Formula (D): ; and more than 0 mass% and less than 95 mass% of at least one compound selected from the group consisting of an amine compound and an amide compound.