mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for implementation on fluid dynamic surfaces of a vehicle , comprising: a sheet comprising a first side comprising an elastomeric material and a second side opposite the first side, the sheet defining sealed channels , wherein in response to a pressure differential across the elastomeric material, the elastomeric material is in a deformed position relative to the sealed channels to define microstructures in the form of riblets . a sheet comprising a first side comprising an elastomeric material and a second side opposite the first side, the sheet defining sealed channels , wherein in response to a pressure differential across the elastomeric material, the elastomeric material is in a deformed position relative to the sealed channels to define microstructures in the form of riblets .
Apoaequorin for use in a method of therapy comprising preconditioning neurons to reduce neuronal cell death following ischemia in a subject susceptible to ischemic cell death, said apoaequorin provided in a therapeutically effective dosage to precondition neurons in the subject to reduce neuronal cell death and wherein said apoaequorin is administered orally in the form of a nutraceutical composition.
A method of encoding a sequence of images into a bitstream using inter prediction, the method comprising: determining a target number for a slice including a plurality of blocks of an image to be encoded, wherein the image includes a plurality of slices; encoding into the bitstream information about the target number for the slice; and performing, for each of one or more of the plurality of blocks in the slice encoded by an inter prediction mode, the steps of: generating a number of motion information predictors equal to the target number; selecting a motion information predictor from the target number of the motion information predictors; and encoding, into the bitstream, index information corresponding to the selected motion information predictor, wherein the index information is encoded using a prefix type code comprising the bit '1' i times followed by a zero, where i indicates a value of an index of the selected motion information predictor, so that a number of bits in a longest code for the index information depends on the target number. determining a target number for a slice including a plurality of blocks of an image to be encoded, wherein the image includes a plurality of slices; generating a number of motion information predictors equal to the target number; selecting a motion information predictor from the target number of the motion information predictors; and encoding, into the bitstream, index information corresponding to the selected motion information predictor,
An encoding method, the method comprising: partitioning , by a processor of an encoder, a picture into a plurality of tiles; including , by the processor, a number of the tiles to at least one tile group of a tile group type; characterized in that exactly two tile group types are supported, wherein the supported tile group types are raster scan tile groups and rectangular tile groups, a raster scan tile group containing tiles consecutive in raster scan order of the picture and a rectangular tile group containing tiles collectively forming a rectangular region of the picture, and in that the method further comprises determining , by the processor, whether the at least one tile group is a raster scan tile group or a rectangular tile group; deriving, by the processor, tiles in the picture that belong to each of the at least one tile group based on whether the at least one tile group is a raster scan tile group or a rectangular tile group; encoding , by the processor, the tiles belonging to each of the at least one tile group and a flag into a picture parameter set of a bitstream, wherein the flag indicates whether the at least one tile group is a raster scan tile group or a rectangular tile group, wherein the flag indicates the tile group is a raster scan tile group when the flag is set equal to zero, and the flag indicates the tile group is a rectangular tile group when the flag is set equal to one. partitioning , by a processor of an encoder, a picture into a plurality of tiles; including , by the processor, a number of the tiles to at least one tile group of a tile group type; characterized in that exactly two tile group types are supported, wherein the supported tile group types are raster scan tile groups and rectangular tile groups, a raster scan tile group containing tiles consecutive in raster scan order of the picture and a rectangular tile group containing tiles collectively forming a rectangular region of the picture, and in that the method further comprises determining , by the processor, whether the at least one tile group is a raster scan tile group or a rectangular tile group; deriving, by the processor, tiles in the picture that belong to each of the at least one tile group based on whether the at least one tile group is a raster scan tile group or a rectangular tile group; encoding , by the processor, the tiles belonging to each of the at least one tile group and a flag into a picture parameter set of a bitstream, wherein the flag indicates whether the at least one tile group is a raster scan tile group or a rectangular tile group, wherein the flag indicates the tile group is a raster scan tile group when the flag is set equal to zero, and the flag indicates the tile group is a rectangular tile group when the flag is set equal to one.
A method of performing a hybrid automatic repeat request, HARQ, process operation using a frequency division duplex, FDD, frame structure by a base station, BS, in a wireless communication system, the method comprising: transmitting information regarding the number of HARQ processes to a relay node, RN through a higher layer signaling; wherein the number of HARQ processes is determined according to subframes configured for transmission between the BS and the RN, and wherein the HARQ processes are consecutively assigned to subframes configured for the RN-to-the BS transmission. transmitting information regarding the number of HARQ processes to a relay node, RN through a higher layer signaling; wherein the number of HARQ processes is determined according to subframes configured for transmission between the BS and the RN, and wherein the HARQ processes are consecutively assigned to subframes configured for the RN-to-the BS transmission.
Method for mounting a basic body of a fastening element on a surface , said basic body being designed to connect objects to the surface , wherein the method comprises the following steps: - arranging the basic body in contact with the surface , wherein the basic body is connected to the surface using an adhesive ring such that the surface , the adhesive ring and a gap present between them form airtight barriers of a space arranged between them and the basic body , wherein the basic body has at least one air- and/or water-permeable connection between the space and an outer side of the basic body that is separated from the space by the basic body , or the basic body already contains moisture when the basic body is arranged on the surface , - introducing an adhesive into the space such that it is filled with a quantity of adhesive which has a contact surface with the basic body , - starting a curing process of the quantity of adhesive by providing moisture for the quantity of adhesive which is situated in the space , wherein, prior to starting the curing process or/and during the curing process, the adhesive ring and the quantity of adhesive are heated in such a way that a portion of the quantity of adhesive that is situated in the region of the contact surface and faces the basic body forms an insulating layer which is cured homogeneously areally over and beyond the contact surface and which constitutes a further airtight barrier for the remaining portion of the still not cured quantity of adhesive facing away from the basic body , with the result that a situation is prevented in which, upon loading of the basic body , air can be drawn into the still not cured portion of the quantity of adhesive . - arranging the basic body in contact with the surface , wherein the basic body is connected to the surface using an adhesive ring such that the surface , the adhesive ring and a gap present between them form airtight barriers of a space arranged between them and the basic body , wherein the basic body has at least one air- and/or water-permeable connection between the space and an outer side of the basic body that is separated from the space by the basic body , or the basic body already contains moisture when the basic body is arranged on the surface , - introducing an adhesive into the space such that it is filled with a quantity of adhesive which has a contact surface with the basic body , - starting a curing process of the quantity of adhesive by providing moisture for the quantity of adhesive which is situated in the space ,
Support device for securing a load to a vehicle, comprising a guiding means , a pivoting means and a support platform , whereby the pivoting means is connected to the support platform , so that the support platform is pivotable about a vertical axis of the pivoting means , whereby the support platform is pivotable about the pivoting means in such a way that in a first pivoted position of the support platform the support platform is oriented substantially parallel to the guiding means and in a second pivoted position the support platform is oriented at an angle to the guiding means , whereby a first part of the support platform is arranged on one side with respect to the guiding means and a second part of the support platform is arranged on the second side with respect to the guiding means , characterised in that a first pivoting means , which is connected by means of an articulated support to a second pivoting means arranged on the guiding means , is arranged on the support platform , and furthermore the support platform rests on a support and is displaceable relative thereto according to the pivoted position, and the support is mounted on the guiding means so as to be pivotable via a third pivoting means .
A painting tool with a base body, which has a grip section and a tool section , which are hinged together, wherein a hinge unit is formed for the hinged connection between the grip section and the tool section , and in relation to a working surface permits a movement by the tool section relative to the grip section between the zero position and at least one angular position deviating from the zero position, characterized in that the hinge unit has a magnetic field brake , wherein the magnetic field brake has a first magnet pair with a first and second magnet (13.1; 13.2) that each mutually attract each other.
A sample transfer device for receiving a sample, comprising a chamber in which a sample holder can be arranged, wherein the sample holder is to be arranged in the chamber of the sample transfer device for the purpose of transferring the sample to a processing or analysis unit , wherein at least one measuring device for measuring a physical quantity which influences the state of the sample located in the chamber is arranged inside the sample transfer device , and wherein the sample transfer device has an interface to a docking station of the processing or analysis unit , this interface having an electrical contact which is arranged and designed in such a way that, when the sample transfer device and the docking station are mechanically connected, the electrical contact of the sample transfer device and a corresponding electrical contact of the docking station come into operative connection with one another. at least one measuring device for measuring a physical quantity which influences the state of the sample located in the chamber is arranged inside the sample transfer device , and wherein the sample transfer device has an interface to a docking station of the processing or analysis unit , this interface having an electrical contact which is arranged and designed in such a way that, when the sample transfer device and the docking station are mechanically connected, the electrical contact of the sample transfer device and a corresponding electrical contact of the docking station come into operative connection with one another.
An apparatus for positioning flowers within a vase comprising: a first hollow hemispherical shell extending to a first hemispherical edge having a plurality of apertures extending therethrough, said first shell being formed of a plurality of members extending between each of said apertures having a smooth substantially circular cross section; and a second hollow hemispherical shell extending to a second hemispherical edge having a plurality of apertures extending therethrough, said second shell being formed of a plurality of members extending between each of said apertures having a smooth substantially circular cross section; wherein said first hollow hemispherical shell and second hollow hemispherical shell are matable to each other along a connecting line formed by connecting said first hemispherical edge and second hemispherical edge ; characterized in that said each of said first hemispherical edge and second hemispherical edge is formed of alternating horizontal portions and arcuate portions ; and in that said horizontal portions are connected to each other such that said arcuate portions form openings therebetween. a first hollow hemispherical shell extending to a first hemispherical edge having a plurality of apertures extending therethrough, said first shell being formed of a plurality of members extending between each of said apertures having a smooth substantially circular cross section; and a second hollow hemispherical shell extending to a second hemispherical edge having a plurality of apertures extending therethrough, said second shell being formed of a plurality of members extending between each of said apertures having a smooth substantially circular cross section; wherein said first hollow hemispherical shell and second hollow hemispherical shell are matable to each other along a connecting line formed by connecting said first hemispherical edge and second hemispherical edge ; characterized in that said each of said first hemispherical edge and second hemispherical edge is formed of alternating horizontal portions and arcuate portions ; and in that said horizontal portions are connected to each other such that said arcuate portions form openings therebetween.
A distillation apparatus comprising: a distillation column group in which a plurality of distillation columns (D1, D2, D3), which are respectively equipped with a reboiler (R1, R2, R3), are connected in the form of a distillation cascade; feed-gas condensers (C'2, C'3) which liquefy feed gases from respective former distillation columns (D1, D2) and feed said liquefied feed gases to respective latter distillation columns (D2, D3); gas-feeding lines (Q A 2, Q A 3) which connect the respective former distillation (D1, D2) columns and the respective feed-gas condensers (C'2, C'3); liquid-feeding lines (Q G 2, Q G 3) which connect the respective feed-gas condensers (C'2, C'3) and the respective latter distillation columns (D2, D3); top-gas condensers (C1, C2, C3) provided on the tops of the respective distillation columns (D1, D2, D3); top-gas lines (Q B 1, Q B 2, Q B 3) which introduce gases from the respective distillation columns (D1, D2, D3) to the respective top-gas condensers (C1, C2, C3); liquid lines (Q C 1, Q C 2, Q C 3) which withdraw condensate liquids from the respective top-gas condensers (C1, C2, C3); liquid-reflux lines (Q D 1, Q D 2, Q D 3) which introduce the condensate liquids from the respective liquid lines (Q C 1, Q C 2, Q C 3) to the respective distillation columns (D1, D2, D3); and liquid-return lines (Q E 2, Q E 3) which return parts of the condensate liquids from the respective liquid lines (Q C 2, Q C 3) to the respective former distillation columns (D1, D2). a distillation column group in which a plurality of distillation columns (D1, D2, D3), which are respectively equipped with a reboiler (R1, R2, R3), are connected in the form of a distillation cascade; feed-gas condensers (C'2, C'3) which liquefy feed gases from respective former distillation columns (D1, D2) and feed said liquefied feed gases to respective latter distillation columns (D2, D3); gas-feeding lines (Q A 2, Q A 3) which connect the respective former distillation (D1, D2) columns and the respective feed-gas condensers (C'2, C'3); liquid-feeding lines (Q G 2, Q G 3) which connect the respective feed-gas condensers (C'2, C'3) and the respective latter distillation columns (D2, D3); top-gas condensers (C1, C2, C3) provided on the tops of the respective distillation columns (D1, D2, D3); top-gas lines (Q B 1, Q B 2, Q B 3) which introduce gases from the respective distillation columns (D1, D2, D3) to the respective top-gas condensers (C1, C2, C3); liquid lines (Q C 1, Q C 2, Q C 3) which withdraw condensate liquids from the respective top-gas condensers (C1, C2, C3); liquid-reflux lines (Q D 1, Q D 2, Q D 3) which introduce the condensate liquids from the respective liquid lines (Q C 1, Q C 2, Q C 3) to the respective distillation columns (D1, D2, D3); and liquid-return lines (Q E 2, Q E 3) which return parts of the condensate liquids from the respective liquid lines (Q C 2, Q C 3) to the respective former distillation columns (D1, D2).
A transparent display device provided to cover a front surface of a predetermined product so as to form a door unit of the predetermined product, the door unit being rotatably moved when the door unit is opened or closed to access the inside of the predetermined product , the transparent display device comprising: a frame including an opening; a transparent display panel arranged at the opening; and a control module arranged in an area of the frame to control the transparent display panel , characterized by : a first transparent cover arranged at a first interval (d1) from a front surface of the transparent display panel to form a first air gap; and a second transparent cover arranged at a second interval (d2) from a rear surface of the transparent display panel to form a second air gap, wherein the first air gap is wider than the second air gap. a frame including an opening; a transparent display panel arranged at the opening; and a control module arranged in an area of the frame to control the transparent display panel , characterized by : a first transparent cover arranged at a first interval (d1) from a front surface of the transparent display panel to form a first air gap; and a second transparent cover arranged at a second interval (d2) from a rear surface of the transparent display panel to form a second air gap, a first transparent cover arranged at a first interval (d1) from a front surface of the transparent display panel to form a first air gap; and a second transparent cover arranged at a second interval (d2) from a rear surface of the transparent display panel to form a second air gap, wherein the first air gap is wider than the second air gap.
Plastics film laminate, comprising a single- or multiple-ply upper film and a foam layer, characterized in that the upper film or a ply of the upper film has a modulus of elasticity in accordance with ISO 527-3 of at least 150 N/mm 2 and the foam layer has a compressive hardness in accordance with ISO 3386-1 of 30 to 300 kPa, at a compression of 25% in relation to the initial thickness of the foam.
A supplementary device for a manually operable injection device, the supplementary device comprising: - a body having at least one engaging member to releasably mount the body to the injection device in a specific position (P) on an outside surface of the injection device , - at least one indicator (350; 370; 380) located on the body and having a shape or contour to overlap or to align with a mark (150; 160; 170; 180) on the outside surface of the injection device when the body is in or near the specific position (P), characterized in that - the indicator (350; 370) is arranged on a collar of the body , which collar is configured to receive the injection device so that the injection device extends through the collar , - wherein the indicator (350; 370) comprises an aperture or comprises a recess in the body and - wherein the aperture or the recess reveals a section of the outside surface of the injection device located underneath the supplementary device when the supplementary device and the injection device are in a preassembly configuration. - a body having at least one engaging member to releasably mount the body to the injection device in a specific position (P) on an outside surface of the injection device , - at least one indicator (350; 370; 380) located on the body and having a shape or contour to overlap or to align with a mark (150; 160; 170; 180) on the outside surface of the injection device when the body is in or near the specific position (P), characterized in that - the indicator (350; 370) is arranged on a collar of the body , which collar is configured to receive the injection device so that the injection device extends through the collar , - wherein the indicator (350; 370) comprises an aperture or comprises a recess in the body and - wherein the aperture or the recess reveals a section of the outside surface of the injection device located underneath the supplementary device when the supplementary device and the injection device are in a preassembly configuration.
Machine for harvesting of asparagus comprising a movable frame with a longitudinal axis, at least two asparagus cutting modules movably connected to the frame, preferably 3-20 cutting modules, characterized in the machine is for continuous harvesting, a cutting module guidance , wherein the cutting module guidance is adapted to move at a speed substantially equal to the machine speed but of opposite direction, a feedback loop for spatially cycling each cutting module from a back side to a front side of the frame and from a front side to a back side of the frame , and a driving system cutting modules . a movable frame with a longitudinal axis, at least two asparagus cutting modules movably connected to the frame, preferably 3-20 cutting modules, characterized in the machine is for continuous harvesting, a cutting module guidance , wherein the cutting module guidance is adapted to move at a speed substantially equal to the machine speed but of opposite direction, a feedback loop for spatially cycling each cutting module from a back side to a front side of the frame and from a front side to a back side of the frame , and a driving system cutting modules .