mhurhangee/ep-ind-claims huggingface dataset:
A wireless power-supplying system comprising a power-transmitting coil to be provided on the ground and a power-receiving coil provided above the power-transmitting coil, for wirelessly supply electric power from the power-transmitting coil to the power-receiving coil, the wireless power-supplying system comprising: a flexible cover (5, 25) provided so as to cover the power-transmitting coil, characterized in that the flexible cover (5, 25) is configured to be inflated to occupy a space between the power-transmitting coil and the power-receiving coil, wherein an internal space of the flexible cover (5, 25) is divided into a plurality of regions (5a, 5b, 5c, 5d), and the wireless power-supplying system further comprises a gas-supplying member (6, 7, 26), wherein, when the electric power is supplied, the gas-supplying member (6, 7, 26) sequentially supplies gas to the regions (5a, 5b, 5c, 5d), starting from a part of the regions (5a, 5b, 5c, 5d) and switching at a time interval to a region adjacent to the part of the regions (5a, 5b, 5c, 5d) in a radial direction with respect to a direction perpendicular to an upper surface of the power-transmitting coil so that during the inflation of the flexible cover (5, 25), the flexible cover (5, 25) assumes a specific shape capable of removing a foreign object laid on the flexible cover (5, 25) before occupying the space between the power-transmitting coil and the power-receiving coil. a flexible cover (5, 25) provided so as to cover the power-transmitting coil, characterized in that the flexible cover (5, 25) is configured to be inflated to occupy a space between the power-transmitting coil and the power-receiving coil, wherein an internal space of the flexible cover (5, 25) is divided into a plurality of regions (5a, 5b, 5c, 5d), and the wireless power-supplying system further comprises a gas-supplying member (6, 7, 26), wherein, when the electric power is supplied, the gas-supplying member (6, 7, 26) sequentially supplies gas to the regions (5a, 5b, 5c, 5d), starting from a part of the regions (5a, 5b, 5c, 5d) and switching at a time interval to a region adjacent to the part of the regions (5a, 5b, 5c, 5d) in a radial direction with respect to a direction perpendicular to an upper surface of the power-transmitting coil so that during the inflation of the flexible cover (5, 25), the flexible cover (5, 25) assumes a specific shape capable of removing a foreign object laid on the flexible cover (5, 25) before occupying the space between the power-transmitting coil and the power-receiving coil.
A control system for an implement hitch of an agricultural vehicle, wherein the hitch is mounted to the vehicle and includes one or more actuators operable to raise and lower the hitch between minimum and maximum heights relative to the vehicle and hold the hitch static at one or more heights between the minimum and maximum heights, the control system comprising: a rocker control device having a first operating position and being movable in a first direction to a first limit position and in a second direction to a second limit position; an electronic control unit connected to the rocker control device and configured to control operation of the or each of the actuators and thereby control raising and lowering of the hitch in response to user operation of the rocker control device; characterized in that the ECU is operable to control raising and lowering of the hitch according to one of two or more control modes, and to switch from a first mode of said control modes to a second mode of said control modes in response to a predetermined first actuation operation of the rocker control device. a rocker control device having a first operating position and being movable in a first direction to a first limit position and in a second direction to a second limit position; an electronic control unit connected to the rocker control device and configured to control operation of the or each of the actuators and thereby control raising and lowering of the hitch in response to user operation of the rocker control device; characterized in that
Apparatus (30, 40, 60, 70, 90) for the production of elements with individually patterned anisotropic property, comprising - a support (37, 47, 64, 65, 74, 75) for a substrate and - an exposure unit (10, 20, 31, 41, 61, 71) for providing aligning light with spatially modulated intensity with a first and with a second polarization plane, wherein the exposure unit contains - a light source (11, 22), - a spatial light modulator (12, 21), which spatially modulates the light intensity and which can be controlled electronically, - a polarizer, and - a projection lens (13, 23), wherein the polarizer is arranged between the spatial light modulator and the designated position of the substrate on the support and wherein changing of the polarization plane can be controlled electronically. - a support (37, 47, 64, 65, 74, 75) for a substrate and - an exposure unit (10, 20, 31, 41, 61, 71) for providing aligning light with spatially modulated intensity with a first and with a second polarization plane, wherein the exposure unit contains - a light source (11, 22), - a spatial light modulator (12, 21), which spatially modulates the light intensity and which can be controlled electronically, - a polarizer, and - a projection lens (13, 23), wherein the polarizer is arranged between the spatial light modulator and the designated position of the substrate on the support and wherein changing of the polarization plane can be controlled electronically. - a light source (11, 22), - a spatial light modulator (12, 21), which spatially modulates the light intensity and which can be controlled electronically, - a polarizer, and - a projection lens (13, 23), wherein the polarizer is arranged between the spatial light modulator and the designated position of the substrate on the support and wherein changing of the polarization plane can be controlled electronically.
An artificial virus-like particle, comprising: (a) a fusion construct comprising a first and a second small molecule covalently linked to each other; (b) a fusion protein comprising a VLP forming polypeptide fused to another protein, polypeptide or protein subunit, wherein the another protein, polypeptide or protein subunit is recruiting the first small molecule of the fusion construct; (c) a prey polypeptide different from the VLP forming polypeptide, different from the another protein, polypeptide or protein subunit of the fusion protein of (b), and binding with the second small molecule of the fusion construct of (a) comprising a first and a second small molecule covalently linked to each other; wherein the VLP forming polypeptide is the HIV p55 GAG protein. (a) a fusion construct comprising a first and a second small molecule covalently linked to each other; (b) a fusion protein comprising a VLP forming polypeptide fused to another protein, polypeptide or protein subunit, wherein the another protein, polypeptide or protein subunit is recruiting the first small molecule of the fusion construct; (c) a prey polypeptide different from the VLP forming polypeptide, different from the another protein, polypeptide or protein subunit of the fusion protein of (b), and binding with the second small molecule of the fusion construct of (a) comprising a first and a second small molecule covalently linked to each other;
Method for connecting tubes (121, 221) of a tube bundle heat exchanger (100, 200) to a tube base (130, 230) of the tube bundle heat exchanger (100, 200), - wherein the tubes (121, 221) and the tube base (130, 230) are respectively made of aluminum or an aluminum alloy, characterized in that - the tubes (121, 221) are materially connected to the tube base (130, 230) by means of laser welding, and - wherein the intensity of the generated laser beam is greater than 1 MW/cm 2. - wherein the tubes (121, 221) and the tube base (130, 230) are respectively made of aluminum or an aluminum alloy, - the tubes (121, 221) are materially connected to the tube base (130, 230) by means of laser welding, and - wherein the intensity of the generated laser beam is greater than 1 MW/cm 2.
An IOL insertion system (500, 550; 600) configured to provide an IOL (502; 603; 801) having a trailing haptic to an eye, comprising: a plunger configured to receive force and transmit said force to the IOL and the trailing haptic; characterised by a lockable telescoping arrangement configured to hold the IOL and comprising front end and back end components which can be brought together into a locking position by moving the front end and back end components together from a first position (figure 5A) to the locking position (figure 5B), wherein the plunger engages the trailing haptic and pushes the trailing haptic into a tucked arrangement, the telescoping arrangement placing the IOL and the trailing haptic, ready for implantation, in a deformed condition, in relation to the first position, the locking position maintaining the trailing haptic in the deformed condition; the IOL and the trailing haptic in the deformed condition can be expelled from the IOL insertion system and into the eye by operating the plunger. a plunger configured to receive force and transmit said force to the IOL and the trailing haptic; characterised by a lockable telescoping arrangement configured to hold the IOL and comprising front end and back end components which can be brought together into a locking position by moving the front end and back end components together from a first position (figure 5A) to the locking position (figure 5B), wherein the plunger engages the trailing haptic and pushes the trailing haptic into a tucked arrangement, the telescoping arrangement placing the IOL and the trailing haptic, ready for implantation, in a deformed condition, in relation to the first position, the locking position maintaining the trailing haptic in the deformed condition; the IOL and the trailing haptic in the deformed condition can be expelled from the IOL insertion system and into the eye by operating the plunger.
A method for checking cooling holes of a gas turbine blade, comprising in sequence: step 1: injecting a liquid plastic material into a cooling hole of a gas turbine blade; step 2: stopping the flow of the liquid plastic material, and curing the liquid plastic material to form a model; step 3: separating the model from the gas turbine blade; step 4: scanning the model. step 1: injecting a liquid plastic material into a cooling hole of a gas turbine blade; step 2: stopping the flow of the liquid plastic material, and curing the liquid plastic material to form a model; step 3: separating the model from the gas turbine blade; step 4: scanning the model.
System for the actuation of a clutch device of an installation (1, 2) for transferring and/or distributing the drive power of a motor vehicle, with a permanently driven primary drive train and a secondary drive train which can be connected to the primary drive train, wherein the installation for transferring and/or distributing power (1, 2) - has primary drive elements which, when the installation (1, 2) for transferring and/or distributing drive power is appropriately installed in the motor vehicle, are permanently driven or dragged during travel, and - has secondary drive elements which, when the installation (1, 2) for transferring and/or distributing drive power is appropriately installed in the motor vehicle, can, when required, be coupled with or decoupled from the primary drive elements by means of a clutch device, and wherein the clutch device has a clutch actuation device with a disengaging unit for decoupling primary drive elements and secondary drive elements, characterised in that the system is arranged such that the disengaging unit for providing the clutch actuation force necessary for actuating the clutch device is in operative connection with the secondary drive elements. - has primary drive elements which, when the installation (1, 2) for transferring and/or distributing drive power is appropriately installed in the motor vehicle, are permanently driven or dragged during travel, and - has secondary drive elements which, when the installation (1, 2) for transferring and/or distributing drive power is appropriately installed in the motor vehicle, can, when required, be coupled with or decoupled from the primary drive elements by means of a clutch device,
Modular, sintered, expanded-polystyrene element for building reinforced-concrete floors, comprising a polystyrene body within which metal sections are embedded which impart a self-support feature to said element, and wherein said polystyrene body has any length and a substantially rectangular section from the bottom portion of which lateral wings project, said wings having a reduced thickness compared to the one of the main inner portion of said body one or more recesses are furthermore provided in said polystyrene body in a crosswise direction with respect to the one of said metal sections, characterised in that said metal sections have an overall height (h) substantially equal to the height of said lateral wings.
A direct smelting process that comprises supplying (a) a metalliferous feed material that contains iron oxides and at least 3 wt.% titanium oxides (b) a solid carbonaceous feed material, and (c) an oxygen-containing gas into a direct smelting vessel containing a molten bath of iron and slag and direct smelting the metalliferous feed material in the vessel and producing process outputs of molten iron, molten slag containing titanium oxides, and an off-gas, and the process being characterised by controlling the process conditions, as described herein, so that the molten slag has a viscosity in a range of 0.5-5 poise when the slag temperature is in a range of 1400-1550°C in the molten bath in the direct smelting vessel. (a) a metalliferous feed material that contains iron oxides and at least 3 wt.% titanium oxides (b) a solid carbonaceous feed material, and (c) an oxygen-containing gas into a direct smelting vessel containing a molten bath of iron and slag and direct smelting the metalliferous feed material in the vessel and producing process outputs of molten iron, molten slag containing titanium oxides, and an off-gas,
A dongle for controlling access to an interface, the dongle comprising: a dongle memory configured to communicatively couple to the interface, the dongle memory comprising a program code that includes authorized menus; wherein the program code is configured to authorize access to one or more menus available on the interface based on the authorized menus. a dongle memory configured to communicatively couple to the interface, the dongle memory comprising a program code that includes authorized menus; wherein the program code is configured to authorize access to one or more menus available on the interface based on the authorized menus.
An apparatus for detecting functional asymmetry in an object, the apparatus comprising: a processor programmed to perform the steps of: fitting a three-dimensional functional image of the object to a preselected standard shape of the object, projecting the fitted three-dimensional image of the object onto a two-dimensional surface image, comparing pairs of corresponding pixels on the two-dimensional surface, the pairs of pixels corresponding to voxels on opposite sides of the three-dimensional functional image of the object; based on the comparing, generating at least one of an asymmetry map and an asymmetry index. fitting a three-dimensional functional image of the object to a preselected standard shape of the object, projecting the fitted three-dimensional image of the object onto a two-dimensional surface image, comparing pairs of corresponding pixels on the two-dimensional surface, the pairs of pixels corresponding to voxels on opposite sides of the three-dimensional functional image of the object; based on the comparing, generating at least one of an asymmetry map and an asymmetry index.
A light guide comprising a solid body with - an entry face (F in) arranged to receive light emitted by a semiconductor light source; - an exit face (F ex) arranged essentially parallel to the entry face (F in), wherein the area of the exit face (F ex) exceeds the area of the entry face (F in); and - inclined side faces (10, 11) extending between the entry and exit faces (F in, F ex); and shaped such that a perpendicular extending from the entry face (F in) cannot pass through the exit face (F ex), and the direction of light (L') leaving the exit face (F ex) is essentially the same as the direction of light entering the entry face (F in), wherein the light guide comprises a first inclined side face comprises a uniform plane subtending an angle of inclination (α) to the entry face (Fin), and a second inclined side face, opposite to the first inclined side face, comprises a plurality of offset sub-faces, wherein each sub-face subtends an angle of inclination (β) relative to the entry face (Fin). - an entry face (F in) arranged to receive light emitted by a semiconductor light source; - an exit face (F ex) arranged essentially parallel to the entry face (F in), wherein the area of the exit face (F ex) exceeds the area of the entry face (F in); and - inclined side faces (10, 11) extending between the entry and exit faces (F in, F ex); and shaped such that a perpendicular extending from the entry face (F in) cannot pass through the exit face (F ex), and the direction of light (L') leaving the exit face (F ex) is essentially the same as the direction of light entering the entry face (F in),
Milking robot device, comprising - at least one milking cup, and in particular four milking cups, which is or are, respectively, configured to be attached to a teat of a dairy animal for the purpose of a milking operation of the dairy animal, - a measuring system for determining a flow of milk through the or each milking cup and for determining a milk volume of milk milked by the milking cup, and - a control unit for controlling and monitoring the milking device, comprising a functional connection to the measuring system and a display, wherein the control unit is configured to display, on the display, the flow of milk and an indication of the milk volume based on the milk volume, in particular the determined milk volume, characterized in that the control unit is configured to display at most one of the flow of milk and the milk volume indication simultaneously for the milking cup or milking cups, as well as to alternate, in particular automatically, based on a criterion, between displaying the flow of milk and displaying the milk volume indication. - at least one milking cup, and in particular four milking cups, which is or are, respectively, configured to be attached to a teat of a dairy animal for the purpose of a milking operation of the dairy animal, - a measuring system for determining a flow of milk through the or each milking cup and for determining a milk volume of milk milked by the milking cup, and - a control unit for controlling and monitoring the milking device, comprising a functional connection to the measuring system and a display, wherein the control unit is configured to display, on the display, the flow of milk and an indication of the milk volume based on the milk volume, in particular the determined milk volume, characterized in that the control unit is configured to display at most one of the flow of milk and the milk volume indication simultaneously for the milking cup or milking cups, as well as to alternate, in particular automatically, based on a criterion, between displaying the flow of milk and displaying the milk volume indication.
A method of producing boron trichloride, including: a metal chlorination step of bringing a gas containing chlorine gas into contact with raw boron carbide as boron carbide comprising, as an impurity, a metal other than boron, at a temperature of 300°C or more and 700°C or less, and allowing the metal to react with the chlorine gas in the gas containing the chlorine gas, to form a metal chloride and to obtain boron carbide containing the metal chloride, wherein the raw boron carbide is a powder having a D95 of 500 μm or less, measured by a laser diffraction method, and the D95 is a particle diameter in which an integrated frequency based on a smaller particle diameter in an integrated particle size distribution based on a volume is 95%; a removal step of removing the metal chloride from the boron carbide containing the metal chloride, obtained in the metal chlorination step; and a generation step of bringing a gas containing chlorine gas into contact with the boron carbide from which the metal chloride has been removed in the removal step, and allowing the boron carbide and the chlorine gas in the gas containing the chlorine gas to react with each other to generate boron trichloride. a metal chlorination step of bringing a gas containing chlorine gas into contact with raw boron carbide as boron carbide comprising, as an impurity, a metal other than boron, at a temperature of 300°C or more and 700°C or less, and allowing the metal to react with the chlorine gas in the gas containing the chlorine gas, to form a metal chloride and to obtain boron carbide containing the metal chloride, wherein the raw boron carbide is a powder having a D95 of 500 μm or less, measured by a laser diffraction method, and the D95 is a particle diameter in which an integrated frequency based on a smaller particle diameter in an integrated particle size distribution based on a volume is 95%; a removal step of removing the metal chloride from the boron carbide containing the metal chloride, obtained in the metal chlorination step; and a generation step of bringing a gas containing chlorine gas into contact with the boron carbide from which the metal chloride has been removed in the removal step, and allowing the boron carbide and the chlorine gas in the gas containing the chlorine gas to react with each other to generate boron trichloride.
A thermoplastic resin composition comprising: a thermoplastic resin; a filler; and polyglyceryl fatty acid ester, wherein the thermoplastic resin contains a component defined by a following formula, the filler is an inorganic filler and a content thereof to the whole thermoplastic resin composition lies within a range of 20 wt % or more and 50 wt % or less, a content of the polyglyceryl fatty acid ester to the whole thermoplastic resin composition lies within a range between 0.5 wt % or more and 10 wt % or less, and a fatty acid constructing the polyglyceryl fatty acid ester is an unsaturated fatty acid, -CH 2 -CH = CH-CH 2 -.... a thermoplastic resin; a filler; and polyglyceryl fatty acid ester, wherein the thermoplastic resin contains a component defined by a following formula, the filler is an inorganic filler and a content thereof to the whole thermoplastic resin composition lies within a range of 20 wt % or more and 50 wt % or less, a content of the polyglyceryl fatty acid ester to the whole thermoplastic resin composition lies within a range between 0.5 wt % or more and 10 wt % or less, and a fatty acid constructing the polyglyceryl fatty acid ester is an unsaturated fatty acid, -CH 2 -CH = CH-CH 2 -....