mhurhangee/ep-ind-claims huggingface dataset:
A laminate body comprising: a transparent substrate; and a refractive layer for refracting incident light provided on an upper side of the substrate; wherein the refractive layer comprises at least one fluorine compound selected from a group consisting of fluorosilsesquioxane and fluorosilsesquioxane polymers, and a resin having a higher refractive index than the fluorine compound, wherein a concentration of the fluorine compound in the refractive layer is higher on a side opposite the substrate than on a side facing the substrate, and characterised in that the refractive layer forms a graded-structure layer having a low refractive index and a high refractive index therein; wherein in the graded-structure layer the refractive index varies because of varying concentration levels of the at least one fluorine compound; the fluorine compound has a refractive index of 1.20 to 1.50, and the resin has a refractive index of 1.50 to 2.20. a transparent substrate; and a refractive layer for refracting incident light provided on an upper side of the substrate; wherein the refractive layer comprises at least one fluorine compound selected from a group consisting of fluorosilsesquioxane and fluorosilsesquioxane polymers, and a resin having a higher refractive index than the fluorine compound, wherein a concentration of the fluorine compound in the refractive layer is higher on a side opposite the substrate than on a side facing the substrate, and characterised in that the refractive layer forms a graded-structure layer having a low refractive index and a high refractive index therein; wherein in the graded-structure layer the refractive index varies because of varying concentration levels of the at least one fluorine compound; the fluorine compound has a refractive index of 1.20 to 1.50, and the resin has a refractive index of 1.50 to 2.20.
A low voltage rigid cable comprising: a substantially rigid housing; a live conductor arranged within the housing; a neutral conductor arranged within the housing; a first coupling means to couple the cable with a first member; a second coupling means configured to couple the cable with a second member; and protection means to protect against electric shock, characterized by the housing comprising an electrically conductive material and is configured to form an earth conductor. a substantially rigid housing; a live conductor arranged within the housing; a neutral conductor arranged within the housing; a first coupling means to couple the cable with a first member; a second coupling means configured to couple the cable with a second member; and protection means to protect against electric shock, characterized by the housing comprising an electrically conductive material and is configured to form an earth conductor.
Agricultural machine, in particular a soil cultivation device, such as a seed drill or the like, having at least one coulter harrow, which has a preferably tine-like harrow element that is guidable over the soil and/or engages in the soil and is held by a harrow holder that extends to the rear from its fastening point on the coulter, wherein the harrow element is arranged on the harrow holder so as to be pivotable with respect to the harrow holder about a pivot axis that extends transversely to the direction of travel and is oriented at least approximately horizontally with respect to the harrow holder by means of a joint arrangement, characterized in that the joint arrangement of the harrow element is arranged so as to be displaceable, together with the harrow element, with respect to the harrow holder in the longitudinal direction of the harrow holder and is able to be fixed in different positions on the harrow holder by means of a locking apparatus (13, 16).
A Zscan4 protein or an isolated nucleic acid molecule encoding Zscan4 for use in treating a disease or condition associated with a karyotype abnormality, wherein said Zscan4 protein or said isolated nucleic acid molecule encoding Zscan4 induces correction of the karyotype abnormality in one or more human cells to treat the disease or condition associated with a karyotype abnormality, wherein the karyotype abnormality is selected from the group consisting of trisomy 21, trisomy 16, trisomy 18, trisomy 13, monosomy X, XXX aneuploidy, XXY aneuploidy, XYY aneuploidy, and 1p36 duplication, and with the proviso that said treatment does not modify the germ line genetic identity of said human subject.
A method for controlling an output of content based on a timeline in a timeline-based content control apparatus with a touch screen, comprising: displaying a linear timeline bar on a touch screen, the linear timeline bar to permit searching and selection of a position in the content; detecting by a controller a touch on the timeline bar; nonlinearly distorting by a distortion generator a predetermined section of the timeline bar being displayed by the display screen for a fine search within the predetermined section, the predetermined section including the touch-detected position on the timeline bar; and performing by the controller a fine search for a particular position within the content corresponding to the touch position in the distorted or shifting display of the distorted section depending on a sliding direction of the detected touch. displaying a linear timeline bar on a touch screen, the linear timeline bar to permit searching and selection of a position in the content; detecting by a controller a touch on the timeline bar; nonlinearly distorting by a distortion generator a predetermined section of the timeline bar being displayed by the display screen for a fine search within the predetermined section, the predetermined section including the touch-detected position on the timeline bar; and performing by the controller a fine search for a particular position within the content corresponding to the touch position in the distorted or shifting display of the distorted section depending on a sliding direction of the detected touch.
Air treatment device comprising an air handling unit, which air handling unit comprises a controllable heat recovery device, arranged to in a heating mode recover heat energy from a first airstream and transfer to a second airstream, said air treatment device further comprises a heat pump, arranged to in a heating mode recover heat energy from the first airstream and transfer to the second airstream, and which heat pump comprises an evaporator arranged in the first airstream, in the flow direction after the heat recovery device, and a condenser arranged in the second air stream, in the flow direction after the heat recovery device, further the air treatment device comprises an auxiliary heater for supply of external heat energy, in addition to the recovered energy, wherein the auxiliary heater is positioned in the first air stream in the flow direction after the heat recovery device and before the evaporator, characterized in that the auxiliary heater is an electric heater selected from the group consisting of at least one electric heating coil, at least one electric heating rod and at least one electric heating film,, and that the air treatment device further comprises a control device, which is arranged to softly control the electric heater, wherein the heating power is increased or decreased substantially continuously, for balancing around a certain temperature T1, between the heat recovery device and the evaporator.
A method for forming a hairpin structure in the 3' tail of a strand, comprising; a) contacting a sample containing a target nucleic acid, suspected of harbouring a polymorphism, with a snap-back primer and a reverse primer, wherein said snap-back primer comprises: i) a 3' region configured to hybridize to said target nucleic acid such that it can be extended by a polymerase, and ii) a 5' region that is configured to not hybridize to said target nucleic acid when said 3' region of said snap-back primer is hybridized to said target nucleic acid; and wherein said contacting is under conditions such that: i) said 3' region of said snap-back primer hybridizes to said target nucleic acid and is extended to generate a first strand, and ii) said reverse primer hybridizes to said first strand and is extended to generate a second strand, wherein said second strand comprises a 3' snap-back portion capable of hybridizing to a non-adjacent portion of said second strand, and b) treating said sample under conditions such that said second strand is separated from said first strand, and said second strand forms a hairpin structure in the 3'tail of said second strand, wherein said hairpin structure comprises: i) said 3' snap-back portion hybridized to said non-adjacent portion; and ii) a 3' terminal portion not hybridized to said second strand. a) contacting a sample containing a target nucleic acid, suspected of harbouring a polymorphism, with a snap-back primer and a reverse primer, wherein said snap-back primer comprises: i) a 3' region configured to hybridize to said target nucleic acid such that it can be extended by a polymerase, and ii) a 5' region that is configured to not hybridize to said target nucleic acid when said 3' region of said snap-back primer is hybridized to said target nucleic acid; and wherein said contacting is under conditions such that: i) said 3' region of said snap-back primer hybridizes to said target nucleic acid and is extended to generate a first strand, and ii) said reverse primer hybridizes to said first strand and is extended to generate a second strand, wherein said second strand comprises a 3' snap-back portion capable of hybridizing to a non-adjacent portion of said second strand, and b) treating said sample under conditions such that said second strand is separated from said first strand, and said second strand forms a hairpin structure in the 3'tail of said second strand, wherein said hairpin structure comprises: i) said 3' snap-back portion hybridized to said non-adjacent portion; and ii) a 3' terminal portion not hybridized to said second strand.
A composition comprising a cerium oxide and a metal oxide, wherein metal is an element selected from alkali metal elements, alkaline earth metal elements, rare earth elements, actinide elements, transition metal elements and post transition metal elements, and metal oxide/cerium oxide molar ratio is comprised between 0.1 and 15 %; said composition exhibits: - a specific surface area, after calcination at 300°C for 4 hours, comprised between 20 and 100 m 2 /g, and - a decrease ratio of specific surface area, after calcination at 800°C for 4 hours, comprised between 1 and 60 %. - a specific surface area, after calcination at 300°C for 4 hours, comprised between 20 and 100 m 2 /g, and - a decrease ratio of specific surface area, after calcination at 800°C for 4 hours, comprised between 1 and 60 %.
A power supply system comprising: a high-voltage system including a high-voltage battery having a plurality of battery cells; a low-voltage system; and an equalization and transmission processing part, characterized by an insulation transmission part, wherein both terminals of each of the battery cells are connected to the equalization and transmission processing part and to the insulation transmission part, wherein the equalization and transmission processing part is configured to measure a voltage of each of the battery cells and to set a target battery cell to be processed for equalization, and is further configured to control operation of the insulation transmission part, and wherein the insulation transmission part is configured to transmit, in an insulated fashion, energy from the target battery cell to be processed for equalization set by the equalization and transmission processing part to the low-voltage system. a high-voltage system including a high-voltage battery having a plurality of battery cells; a low-voltage system; and an equalization and transmission processing part, characterized by an insulation transmission part, wherein both terminals of each of the battery cells are connected to the equalization and transmission processing part and to the insulation transmission part, wherein the equalization and transmission processing part is configured to measure a voltage of each of the battery cells and to set a target battery cell to be processed for equalization, and is further configured to control operation of the insulation transmission part, and wherein the insulation transmission part is configured to transmit, in an insulated fashion, energy from the target battery cell to be processed for equalization set by the equalization and transmission processing part to the low-voltage system.
A steam-type air fryer comprising: an air outlet structure, wherein the air outlet structure comprises a body shell, the body shell is provided therein with a cooking cavity, a steam generator in the body shell configured to generate hot steam which can be introduced into the cooking cavity, the cooking cavity being provided with an air outlet hole for residual steam to be discharged, a cold wind passage into which external cold air enters is formed between the cooking cavity and the body shell, wherein the body shell is provided with an air outlet hood, an air outlet hood seat is mounted at an inner side of the air outlet hood, a steam discharge passage connected to the air outlet hole is provided in the air outlet hood, characterized in that a cold air passage in communication with the cold wind passage is formed between the air outlet hood and the air outlet hood seat, the cold air passage is arranged around the steam discharge passage, a steam outlet in communication with the steam discharge passage is provided in a middle of the air outlet hood, an air outlet in communication with the cold air passage is provided around the steam outlet, and the steam outlet is provided with a guiding component for guiding high-temperature steam, which is discharged from the steam outlet, to the air outlet.
A laser treatment device for the treatment of humans or animals, comprising: a laser diode that is adapted to produce a monochromatic laser beam that naturally diverges with a small angle in a first direction and with a larger angle in a second direction perpendicular to said first direction; a lens; a controller that is adapted to control activation of the laser diode; and an encasement enclosing said laser diode, said lens and said controller and adapted to be hand held by a user; wherein said lens is adapted to receive its naturally diverged beam directly from the laser diode and to collimate that beam into an elongated monochromatic coherent output beam providing on a plane perpendicular to the direction of propagation of the beam an area of illumination of which the length is at least twice the width, and in that there is provided a safety mechanism adapted to activate the device by pressing an activation switch against an illuminated object. a laser diode that is adapted to produce a monochromatic laser beam that naturally diverges with a small angle in a first direction and with a larger angle in a second direction perpendicular to said first direction; a lens; a controller that is adapted to control activation of the laser diode; and an encasement enclosing said laser diode, said lens and said controller and adapted to be hand held by a user; wherein said lens is adapted to receive its naturally diverged beam directly from the laser diode and to collimate that beam into an elongated monochromatic coherent output beam providing on a plane perpendicular to the direction of propagation of the beam an area of illumination of which the length is at least twice the width, and in that there is provided a safety mechanism adapted to activate the device by pressing an activation switch against an illuminated object.
A method of routing data in an ad-hoc communication network comprising a plurality of network nodes and a central controller, wherein said ad-hoc communication network comprises a software defined network, SDN, and wherein said plurality of network devices comprise a first network device and a second network device, said method comprising: receiving a routing request sent from said first network node to said central controller, wherein said routing request comprises a request to identify a transmission path for routing data from said first network node to said second network node; at said central controller, determining an identified transmission path based on a topology of said ad-hoc communication network in response to said routing request, wherein said identified transmission path is available for data transmission between said first network node and said second network node; and sending a routing response to said first network node through unicast, wherein said routing response identifies said identified transmission path; wherein said routing request comprises a request to identify a transmission path with a route constraint with respect to at least one of Quality of Service, priority, policy, and price, wherein said route constraint comprises a global constraint with respect to said ad hoc communication network, and wherein said determining comprises determining an identified transmission path by incorporating said route constraint. receiving a routing request sent from said first network node to said central controller, wherein said routing request comprises a request to identify a transmission path for routing data from said first network node to said second network node; at said central controller, determining an identified transmission path based on a topology of said ad-hoc communication network in response to said routing request, wherein said identified transmission path is available for data transmission between said first network node and said second network node; and sending a routing response to said first network node through unicast, wherein said routing response identifies said identified transmission path; wherein said routing request comprises a request to identify a transmission path with a route constraint with respect to at least one of Quality of Service, priority, policy, and price, wherein said route constraint comprises a global constraint with respect to said ad hoc communication network, and wherein said determining comprises determining an identified transmission path by incorporating said route constraint.
Magnetic multipole, comprising: - N permanent magnet parts arranged, in a section plane, around a central point, N being a positive integer greater than or equal to 2, - N ferromagnetic material parts, arranged, in the section plane, around the central point, the permanent magnet parts and the ferromagnetic material parts being contained in the section plane in an annular zone around the central point while being distributed alternately in the annular zone, - peripheral permanent magnets, each peripheral permanent magnet being mounted in rotation about its own axis of rotation, characterized in that the axis of rotation is situated beyond the annular zone with respect to the central point. - N permanent magnet parts arranged, in a section plane, around a central point, N being a positive integer greater than or equal to 2, - N ferromagnetic material parts, arranged, in the section plane, around the central point, the permanent magnet parts and the ferromagnetic material parts being contained in the section plane in an annular zone around the central point while being distributed alternately in the annular zone, - peripheral permanent magnets, each peripheral permanent magnet being mounted in rotation about its own axis of rotation, characterized in that the axis of rotation is situated beyond the annular zone with respect to the central point.
A method for producing sintered abrasive grains, comprising the steps: - preparing a homogeneous dry mixture of 85% - 95% by weight alumina (Al 2 O 3), 1.0% - 10% by weight zircon sand (ZrSiO 4), and 0.5% - 8.0% by weight ilmenite (FeTiO 3), whereby raw-material-based impurities are less than 2% by weight; - addition of at least one binder and at least one solvent together with one or more additives selected from the group comprising dispersants; lubricants and plasticizers for obtaining an extrudable mass; - extruding the mass; - cutting the extruded product to shaped abrasive grain precursors; and - sintering the shaped abrasive grain precursors in a temperature range between 1450°C and 1650°C for obtaining sintered abrasive grains. - preparing a homogeneous dry mixture of 85% - 95% by weight alumina (Al 2 O 3), 1.0% - 10% by weight zircon sand (ZrSiO 4), and 0.5% - 8.0% by weight ilmenite (FeTiO 3), whereby raw-material-based impurities are less than 2% by weight; - addition of at least one binder and at least one solvent together with one or more additives selected from the group comprising dispersants; lubricants and plasticizers for obtaining an extrudable mass; - extruding the mass; - cutting the extruded product to shaped abrasive grain precursors; and - sintering the shaped abrasive grain precursors in a temperature range between 1450°C and 1650°C for obtaining sintered abrasive grains.
A laser machining head for laser machining of a workpiece, in particular for laser cutting including flame cutting and fusion cutting, having an interface for a machining laser source for generating a machining laser beam; and a device for shaping the machining laser beam perpendicular to its direction of propagation, wherein the device for shaping the machining laser beam has at least one through-opening for the machining laser beam, the distance of which from the interface can be adjusted, wherein the device for shaping the machining laser beam has at least one screen, which provides the at least one through-opening, characterised in that the surface of the at least one screen is designed to absorb the power of the machining laser source in a proportion of at least 90%.