mhurhangee/patent-ind-claim-en huggingface dataset:
A composition for use in the prevention or treatment of cancer, comprising an interferon alpha conjugate and gemcitabine; wherein the interferon alpha conjugate is a conjugate in which interferon alpha and an immunoglobulin Fc region are covalently linked via a non-peptidyl polymer; and wherein the non-peptidyl polymer is selected from the group consisting of polyethylene glycol, polypropylene glycol, a copolymer of ethylene glycol-propylene glycol, polyoxyethylated polyol, polyvinyl alcohol, polysaccharide, dextran, polyvinyl ethyl ether, polylactic acid, polylactic-glycolic acid, lipopolymers, chitins, hyaluronic acid, and a combination thereof.
A carriage for use with a surgical guide , comprising: a housing having a proximal end , a distal end opposed to the proximal end, opposed first and second side surfaces that extend between the proximal and distal ends, and opposed first and second facial surfaces that extend between the proximal and distal ends and the first and second side surfaces, the housing further having a guide-receiving opening formed therein. the guide-receiving opening being configured to receive an arm of a surgical guide along which the carriage is configured to translate; and a bullet receiver rotatably coupled to the housing 250, 250', 350), the bullet receiver having a bullet-receiving opening formed therein to receive a bullet for use with a surgical guide associated therewith, the bullet receiver being rotatable between a receiving position in which the bullet-receiving opening is open towards an environment outside of the housing to receive a bullet for use with a surgical guide associated with the carriage , and a locking position in which the bullet-receiving opening is rotated towards the housing to place a bullet disposed therein in a locked position in which said received bullet cannot translate between the two side surfaces (250r, 250s; 250r', 250s'; 350r, 350s) of the housing or between the two facial surfaces (250f, 250g; 250f', 250g'; 350f, 350g) of the housing . a housing having a proximal end , a distal end opposed to the proximal end, opposed first and second side surfaces that extend between the proximal and distal ends, and opposed first and second facial surfaces that extend between the proximal and distal ends and the first and second side surfaces, the housing further having a guide-receiving opening formed therein. the guide-receiving opening being configured to receive an arm of a surgical guide along which the carriage is configured to translate; and a bullet receiver rotatably coupled to the housing 250, 250', 350), the bullet receiver having a bullet-receiving opening formed therein to receive a bullet for use with a surgical guide associated therewith, the bullet receiver being rotatable between a receiving position in which the bullet-receiving opening is open towards an environment outside of the housing to receive a bullet for use with a surgical guide associated with the carriage , and a locking position in which the bullet-receiving opening is rotated towards the housing to place a bullet disposed therein in a locked position in which said received bullet cannot translate between the two side surfaces (250r, 250s; 250r', 250s'; 350r, 350s) of the housing or between the two facial surfaces (250f, 250g; 250f', 250g'; 350f, 350g) of the housing .
A system mountable in a motor vehicle, the system including: a camera ; a processor configured to receive image data from the camera; wherein the camera includes a rolling shutter configured to capture said image data and to read the image data row by row into a plurality of image frames; a near infra-red illuminator configured to provide near infra-red illumination in the field of view of the camera, wherein the near infrared illumination is configured to oscillate with an oscillation frequency and an illumination duty cycle, the illumination duty cycle synchronized row by row with the exposure of frames of the rolling shutter; characterised in that the near infra-red illuminator is configured to provide near infra-red illumination for a first row of an image frame exposure for a full length thereof and to provide near infra-red illumination for a second row of an image frame exposure but for less than a full length thereof; wherein the image frames include a longer exposure frame and a shorter exposure frame alternately; wherein an on time of the near infra-red illumination is configured to align with a middle row of the longer exposure frame. a camera ; a processor configured to receive image data from the camera; wherein the camera includes a rolling shutter configured to capture said image data and to read the image data row by row into a plurality of image frames; a near infra-red illuminator configured to provide near infra-red illumination in the field of view of the camera, wherein the near infrared illumination is configured to oscillate with an oscillation frequency and an illumination duty cycle, the illumination duty cycle synchronized row by row with the exposure of frames of the rolling shutter; characterised in that the near infra-red illuminator is configured to provide near infra-red illumination for a first row of an image frame exposure for a full length thereof and to provide near infra-red illumination for a second row of an image frame exposure but for less than a full length thereof; wherein the image frames include a longer exposure frame and a shorter exposure frame alternately; wherein an on time of the near infra-red illumination is configured to align with a middle row of the longer exposure frame.
A hookah with a valve for purging the hookah by exhale puffing, i.e. blowing into its water jar , comprising a bowl for tobacco, a body ended with a downstem for directing smoke from the bowl into said water jar , a gasket for sealing the water jar , wherein the gasket is provided with bore for the body , further provided with at least one hose and further provided with at least one bore extending through a gasket to form a channel leading between the interior of the water jar and the exterior of the hookah, wherein the bore is sealed by the valve , characterized in that the valve comprises a sealing element provided with a hole for receiving the body through the sealing element whereby the sealing element is longitudinally movable along the body , and the bore is arranged under the sealing element which is placed over it for sealing the bore during the inhale puffing from water jar and for opening the bore during exhale puffing into the water jar by sliding upwards due the action of overpressure in water jar .
A use of a hazardous material management system for organizing the removal and transport of a hazardous material by a user on the basis of information about a container storing the hazardous material in conjunction with consumption information or fill level information, wherein the hazardous material management system is equipped with at least one safety device for accommodating and storing the at least one hazardous material , furthermore with a hazardous material identification code characterizing the hazardous material , and with a control unit processing the hazardous material identification code , wherein furthermore the hazardous material identification code is additionally flanked by location information of the hazardous material , wherein furthermore the hazardous material identification code is additionally flanked by a container identification code and a consumption identification code , wherein furthermore the container identification code is determined by means of a surface sensor associated with the hazardous material , wherein furthermore the consumption identification code is determined by means of a weighing sensor associated with the hazardous material , and wherein the weighing sensor is at the same time designed as the surface sensor , so that by means of the surface sensor not only the filling quantity of the hazardous material in question can be determined and sent to the control unit , namely in the form of the consumption identification code , but the surface sensor in question also provides information about the container used in each case and thus generates the container identification code . the hazardous material management system is equipped with at least one safety device for accommodating and storing the at least one hazardous material , furthermore with a hazardous material identification code characterizing the hazardous material , and with a control unit processing the hazardous material identification code , wherein furthermore the hazardous material identification code is additionally flanked by location information of the hazardous material , wherein furthermore the hazardous material identification code is additionally flanked by a container identification code and a consumption identification code , wherein furthermore the container identification code is determined by means of a surface sensor associated with the hazardous material , wherein furthermore the consumption identification code is determined by means of a weighing sensor associated with the hazardous material , and wherein the weighing sensor is at the same time designed as the surface sensor , so that by means of the surface sensor not only the filling quantity of the hazardous material in question can be determined and sent to the control unit , namely in the form of the consumption identification code , but the surface sensor in question also provides information about the container used in each case and thus generates the container identification code .
A flexible printed board comprising: a base film with an optical transmissivity; a recognition mark formed in the form of copper foil pattern on a first face of the base film , wherein the copper foil pattern has a hollow shape with an outer circumferential section and an inner circumferential section ; a first face coverlay having an opening formed therein, wherein the first face coverlay is bonded to the first face of the base film and covers the outer circumferential section of the copper foil pattern such that an edge of the opening is positioned between the outer circumferential section and the inner circumferential section of the copper foil pattern; an adhesive between the first face coverlay and the base film ; and a second face coverlay having a larger opening formed therein than the copper foil pattern, wherein the second face coverlay is bonded to a second face of the base film such that the copper foil pattern is contained within the opening when viewed through the base film . a base film with an optical transmissivity; a recognition mark formed in the form of copper foil pattern on a first face of the base film , wherein the copper foil pattern has a hollow shape with an outer circumferential section and an inner circumferential section ; a first face coverlay having an opening formed therein, wherein the first face coverlay is bonded to the first face of the base film and covers the outer circumferential section of the copper foil pattern such that an edge of the opening is positioned between the outer circumferential section and the inner circumferential section of the copper foil pattern; an adhesive between the first face coverlay and the base film ; and a second face coverlay having a larger opening formed therein than the copper foil pattern, wherein the second face coverlay is bonded to a second face of the base film such that the copper foil pattern is contained within the opening when viewed through the base film . an adhesive between the first face coverlay and the base film ; and a second face coverlay having a larger opening formed therein than the copper foil pattern, wherein the second face coverlay is bonded to a second face of the base film such that the copper foil pattern is contained within the opening when viewed through the base film .
A tantalum sputtering target, wherein, when a direction normal to a rolling surface (ND), which is a cross section perpendicular to a sputtering surface of the target, is observed via an electron backscatter diffraction pattern method, an area ratio of crystal grains of which a plane is oriented in the direction normal to the rolling surface (ND) is 30% or more; characterised in that: when the direction normal to the rolling surface (ND) is observed via an electron backscatter diffraction pattern method, a proportion of an area ratio of crystal grains of which a plane is oriented in the direction normal to the rolling surface (ND) to an area ratio of crystal grains of which a plane is oriented in the direction normal to the rolling surface (ND), / , is 1.5 or more.
Method for controlling the orientation of a single-axis solar tracker orientable about an axis of orientation (A), wherein the method repetitively completes successive control phases, wherein each control phase implements the following successive steps: a) observing the cloud coverage above the solar tracker ; b) comparing the observed cloud coverage with cloud coverage models stored in a database , wherein each cloud coverage model is associated to an orientation setpoint value for the solar tracker ; c) matching the observed cloud coverage with a cloud coverage model ; d) controlling the orientation of the solar tracker by applying the orientation setpoint value associated to the cloud coverage model retained during step c); the method is characterized in that , that during step a), the observation of the cloud coverage is translated into a mapping of the solar luminance according to different elevation angles (θi) and, during step b), the cloud coverage models are constituted by cartographic models and the comparison is based on a comparison between the distribution of the solar luminance on the mapping with the distribution of the solar luminance in the different cartographic models . a) observing the cloud coverage above the solar tracker ; b) comparing the observed cloud coverage with cloud coverage models stored in a database , wherein each cloud coverage model is associated to an orientation setpoint value for the solar tracker ; c) matching the observed cloud coverage with a cloud coverage model ; d) controlling the orientation of the solar tracker by applying the orientation setpoint value associated to the cloud coverage model retained during step c);
A viewing control device for a vehicle, comprising: a) a changing portion that, interlockingly with turning of a vehicle, changes a viewing range of a periphery of the vehicle with respect to a vehicle occupant; and b) a control section that, in a midst of changing of the viewing range by the changing portion in a case in which a preset second predetermined condition for viewing a body side of the vehicle is established, controls the changing portion so as to stop changing by the changing portion , c) wherein the second predetermined condition includes a third condition that is a turning radius being less than a predetermined value, and a fourth condition that is a steering angle being greater than a predetermined value. a) a changing portion that, interlockingly with turning of a vehicle, changes a viewing range of a periphery of the vehicle with respect to a vehicle occupant; and b) a control section that, in a midst of changing of the viewing range by the changing portion in a case in which a preset second predetermined condition for viewing a body side of the vehicle is established, controls the changing portion so as to stop changing by the changing portion , c) wherein the second predetermined condition includes a third condition that is a turning radius being less than a predetermined value, and a fourth condition that is a steering angle being greater than a predetermined value.
A test device for detecting an analyte in a liquid sample, which device comprises at least two reagent dots on a porous matrix, wherein said at least two reagent dots do not overlap and are sufficiently spaced apart from each other so that when said liquid sample flows laterally along said matrix, flow of said liquid sample through one of said at least two reagent dots does not substantially affect flow of said liquid sample through said other reagent dot, said at least two reagent dots do not form a reagent line across the entire width of said porous matrix in a direction perpendicular to the direction of said liquid sample flow or a complete circle of a reagent line, and after a liquid sample flows laterally along said test device and passes said at least two reagent dots, said at least two reagent dots form a predetermined pattern to indicate presence, absence and/or amount of said analytes in said liquid sample, wherein said at least two reagent dots form a line that is substantially parallel to the liquid sample flow direction, as the liquid sample flows laterally along the test device, the analyte, if present in the liquid sample, becomes bound to the binding reagents at each of said at least two reagent dots, the binding of the analyte to said reagent dots generates detectable signals at said reagent dots, and the presence and/or intensity of the detectable signals at said reagent dots indicates the presence and/or amount of the analyte in the liquid sample, and wherein the distance between or among edges of adjacent reagent dots is about 1-10 μm, 10-50 μm, 51-100 μm, 101-200 μm, 201-300 μm, or 301-400 μm, each of said reagent dots has a diameter of about 0.1-1 um, 1-10 um, 10-50 um, 51-100 um, 101-200 um or 301-400 um, and the at least two reagent dots form images with even distribution of individual test signal intensities to indicate presence, absence and/or amount of said analyte in said liquid sample . wherein said at least two reagent dots form a line that is substantially parallel to the liquid sample flow direction, as the liquid sample flows laterally along the test device, the analyte, if present in the liquid sample, becomes bound to the binding reagents at each of said at least two reagent dots, the binding of the analyte to said reagent dots generates detectable signals at said reagent dots, and the presence and/or intensity of the detectable signals at said reagent dots indicates the presence and/or amount of the analyte in the liquid sample, and wherein the distance between or among edges of adjacent reagent dots is about 1-10 μm, 10-50 μm, 51-100 μm, 101-200 μm, 201-300 μm, or 301-400 μm, each of said reagent dots has a diameter of about 0.1-1 um, 1-10 um, 10-50 um, 51-100 um, 101-200 um or 301-400 um, and the at least two reagent dots form images with even distribution of individual test signal intensities to indicate presence, absence and/or amount of said analyte in said liquid sample .
An assembly consisting of the tetraphenylporphyrin and C 60 fullerene for use in organic field-effect transistor, wherein said tetraphenylporphyrin is selected from H 2 TPP or ZnTPP, wherein said assembly is made up of H 2 TPP and fullerene or ZnTPP and fullerene and is in the form of crystalline rods, nanowires, nanofibers, nanobelts, and nano sheets.
A dentifrice composition comprising: (a) 45% to 75% water by weight of the composition; (b) 25% to 50% of a calcium-containing abrasive by weight of the composition; (c) 2% to 9% of a surfactant by weight of the composition; (d) 0.1% to 5%, of polyethylene glycol (PEG) by weight of the composition; and (e) an alkaline pH (f) and wherein the composition is free of both glycerin and sorbitol. (a) 45% to 75% water by weight of the composition; (b) 25% to 50% of a calcium-containing abrasive by weight of the composition; (c) 2% to 9% of a surfactant by weight of the composition; (d) 0.1% to 5%, of polyethylene glycol (PEG) by weight of the composition; and (e) an alkaline pH (f) and wherein the composition is free of both glycerin and sorbitol.
An electronic device with an antenna device, the electronic device comprising: a radiator configured to transmit/receive an electromagnetic wave; a ground portion connected to one end of the radiator , the ground portion configured to conduct current such that a current corresponding to an opposite polarity of a current, which flows in the radiator , flows in the ground portion ; an expanded ground extending from a part of the ground portion ; characterized in that the electronic device further comprises a ground path extending from the ground portion to a region adjacent to the expanded ground , wherein each end of the ground path is connected to the ground portion so as to cause current to flow from the ground portion through a current path corresponding to the length of the radiator . a radiator configured to transmit/receive an electromagnetic wave; a ground portion connected to one end of the radiator , the ground portion configured to conduct current such that a current corresponding to an opposite polarity of a current, which flows in the radiator , flows in the ground portion ; an expanded ground extending from a part of the ground portion ; characterized in that the electronic device further comprises a ground path extending from the ground portion to a region adjacent to the expanded ground , wherein each end of the ground path is connected to the ground portion so as to cause current to flow from the ground portion through a current path corresponding to the length of the radiator .
An organic light-emitting display device comprising: a substrate comprising a plurality of sub-pixels (SP), each of the sub-pixels (SP) having an emission area (EA) and a non-emission area (NEA) provided to surround the emission area (EA); an auxiliary line in the non-emission area (NEA), a first insulating film having a first hole configured to expose a portion of the auxiliary line ; an auxiliary line connection pattern on the first insulating film having a protruding portion (UC) protruding towards a center of the first hole and overlapping the auxiliary line ; a bank having a second hole larger than the first hole to expose the protruding portion (UC) of the auxiliary line connection pattern ; at least one bump on the auxiliary line within the first hole and adjacent to the protruding portion (UC) of the auxiliary line connection pattern , characterised by further comprising an organic film on an upper surface of the at least one bump . a substrate comprising a plurality of sub-pixels (SP), each of the sub-pixels (SP) having an emission area (EA) and a non-emission area (NEA) provided to surround the emission area (EA); an auxiliary line in the non-emission area (NEA), a first insulating film having a first hole configured to expose a portion of the auxiliary line ; an auxiliary line connection pattern on the first insulating film having a protruding portion (UC) protruding towards a center of the first hole and overlapping the auxiliary line ; a bank having a second hole larger than the first hole to expose the protruding portion (UC) of the auxiliary line connection pattern ; at least one bump on the auxiliary line within the first hole and adjacent to the protruding portion (UC) of the auxiliary line connection pattern , characterised by further comprising an organic film on an upper surface of the at least one bump .