mhurhangee/ep-ind-claims huggingface dataset:
Riser which is protected against downward movement, with an electrical riser ribbon cable which runs vertically or with a vertical component, and with at least one riser-securing device which surrounds the ribbon cable and has the purpose of securing the riser ribbon cable against downward movement when there is not a fire and when there is a fire, by pressing the ribbon cable against a non-conductive pressing face, wherein the riser-securing device comprises an electrically non-conductive clamping element at a distance from the pressing face, which clamping element is guided in a freely movable fashion in an oblique guiding means which reduces the distance between the clamping element and the pressing face when the clamping element moves downwards; wherein when there is a downward tensile force acting on the ribbon cable the ribbon cable can be pressed, even when the cable thickness changes, against the pressing face by the clamping element which is freely movable in the oblique guiding means and as a result it is a variable distance from the pressing face, and as a result can be clamped between the clamping element and the pressing face, wherein the variability in respect of distances in the clamping connection corresponds at least to the difference the thickness of the ribbon cable in the intact state and a thickness of the ribbon cable in the state in which cable insulation has been melted off or burnt off, wherein the riser-securing device comprises a baseplate which functions as a pressing face, characterized in that the clamping element is fire-resistant, wherein the clamping element is embodied as a clamping roller, wherein the baseplate of the riser-securing device is a non-conductive, fire-resistant baseplate. wherein the riser-securing device comprises an electrically non-conductive clamping element at a distance from the pressing face, which clamping element is guided in a freely movable fashion in an oblique guiding means which reduces the distance between the clamping element and the pressing face when the clamping element moves downwards; wherein when there is a downward tensile force acting on the ribbon cable the ribbon cable can be pressed, even when the cable thickness changes, against the pressing face by the clamping element which is freely movable in the oblique guiding means and as a result it is a variable distance from the pressing face, and as a result can be clamped between the clamping element and the pressing face, wherein the variability in respect of distances in the clamping connection corresponds at least to the difference the thickness of the ribbon cable in the intact state and a thickness of the ribbon cable in the state in which cable insulation has been melted off or burnt off, wherein the riser-securing device comprises a baseplate which functions as a pressing face, characterized in that the clamping element is fire-resistant, wherein the clamping element is embodied as a clamping roller, wherein the baseplate of the riser-securing device is a non-conductive, fire-resistant baseplate.
A method for making a nacelle for attachment to a wind turbine tower, the method comprising: - providing a main frame configured to form a load path from a drive train to the wind turbine tower; - providing, on the main frame, a mounting structure for mounting a crane; - providing a crane for mounting on the mounting structure; the method being characterized in that it further comprises: - mounting the crane to the mounting structure before the nacelle is attached to the wind turbine tower; and - using the crane for assembly operation before the nacelle is attached to the wind turbine tower. - providing a main frame configured to form a load path from a drive train to the wind turbine tower; - providing, on the main frame, a mounting structure for mounting a crane; - providing a crane for mounting on the mounting structure; - mounting the crane to the mounting structure before the nacelle is attached to the wind turbine tower; and - using the crane for assembly operation before the nacelle is attached to the wind turbine tower.
Adapter device for the mobile establishment of an optical connection of a first optical access point of an optical network, in particular in the form of a fiber optic network, for connecting a first type of network connection (2.1) to an optical connection port of a device for connecting a device connection type (4.1), having a network connection unit with a first network connection of the first network connection type (2.1) for optical connection to the first access point and a second network connection of a second network connection type (2.2) for optical connection to a second optical access point, and a device connection unit with at least one device connection of the device connection type (4.1) for light-conducting connection to the device, and a carrier unit on which the first and second network connections and the device connection (4.1) are arranged, wherein the first and second network connections (11, 12) are each connected to the device connection unit in a light-conducting manner by at least one connecting path, characterized in that the first and second network connection types (11, 12) differ from each other. a network connection unit with a first network connection of the first network connection type (2.1) for optical connection to the first access point and a second network connection of a second network connection type (2.2) for optical connection to a second optical access point, and a device connection unit with at least one device connection of the device connection type (4.1) for light-conducting connection to the device, and a carrier unit on which the first and second network connections and the device connection (4.1) are arranged, wherein the first and second network connections (11, 12) are each connected to the device connection unit in a light-conducting manner by at least one connecting path, characterized in that the first and second network connection types (11, 12) differ from each other.
A method for manufacturing a high-voltage super junction IGBT, comprising the following steps: step 1, respectively etching trenches on N type and P type substrates, wherein the substrates are silicon wafers; step 2, respectively filling the trenches with epitaxy P type and N type monocrystalline silicon, and flattening and thinning the facades after filling; step 3, polishing the facades of the silicon wafers, and treating the silicon wafers through acid; step 4, accurately aligning the two treated silicon wafers and bonding; step 5, thinning the back surface of the bonded silicon wafer to remove an N layer to expose an N and P alternately distributed layout; step 6, repeating step 3 and step 4 to bond for the second time; step 7, after thinning a P type layer on the facade, fabricating the facade of the device; step 8, thinning an N type layer on the back surface and depositing a P type strain SiGe layer on the back surface to serve as a collector layer such that a p+ (SiGe)/n-(Si) heterojunction is disposed on the back side; step 9, fabricating a metal layer on the back surface by using metal Al/Ti/Ni/Ag. step 1, respectively etching trenches on N type and P type substrates, wherein the substrates are silicon wafers; step 2, respectively filling the trenches with epitaxy P type and N type monocrystalline silicon, and flattening and thinning the facades after filling; step 3, polishing the facades of the silicon wafers, and treating the silicon wafers through acid; step 4, accurately aligning the two treated silicon wafers and bonding; step 5, thinning the back surface of the bonded silicon wafer to remove an N layer to expose an N and P alternately distributed layout; step 6, repeating step 3 and step 4 to bond for the second time; step 7, after thinning a P type layer on the facade, fabricating the facade of the device; step 8, thinning an N type layer on the back surface and depositing a P type strain SiGe layer on the back surface to serve as a collector layer such that a p+ (SiGe)/n-(Si) heterojunction is disposed on the back side; step 9, fabricating a metal layer on the back surface by using metal Al/Ti/Ni/Ag.
An optical fiber-based wireless communication system, comprising: a head-end unit having an optical switch bank; and a plurality of fiber optic cables each comprising at least one optical fiber and configured to carry a Radio-over-Fiber signal from the head-end unit to a plurality of remote access points, wherein a first one of the plurality of remote access points is configured to form a corresponding first coverage area, and a second one of the plurality of remote access points is configured to form a corresponding second, different coverage area, wherein the optical switch bank is configured to dynamically establish a Radio-over-Fiber-based optical link over at least one of the plurality of fiber optic cables such that a first peer device in the first coverage area can communicate with a second peer device in the second coverage area at least in part over the Radio-over-Fiber-based optical link, and wherein the first one of the plurality of remote access points is configured to wirelessly communicate with the first peer device, and the second one of the plurality of remote access points is configured to wirelessly communicate with the second peer device. a head-end unit having an optical switch bank; and a plurality of fiber optic cables each comprising at least one optical fiber and configured to carry a Radio-over-Fiber signal from the head-end unit to a plurality of remote access points, wherein a first one of the plurality of remote access points is configured to form a corresponding first coverage area, and a second one of the plurality of remote access points is configured to form a corresponding second, different coverage area, wherein the optical switch bank is configured to dynamically establish a Radio-over-Fiber-based optical link over at least one of the plurality of fiber optic cables such that a first peer device in the first coverage area can communicate with a second peer device in the second coverage area at least in part over the Radio-over-Fiber-based optical link, and wherein the first one of the plurality of remote access points is configured to wirelessly communicate with the first peer device, and the second one of the plurality of remote access points is configured to wirelessly communicate with the second peer device.
An image-forming apparatus comprising: an image-forming portion that forms an image on a sheet; a first conveying portion that is arranged at an upstream side of the image-forming portion along a sheet conveying direction and includes a pair of conveying members; a second conveying portion that is arranged at an upstream side of the first conveying portion along the sheet conveying direction and includes a pair of conveying members; and a control portion for correcting skew of the sheet that controls the first conveying portion to move the pair of conveying members of the first conveying portion along a direction that is orthogonal to the sheet conveying direction while the pair of conveying members of the first conveying portion nips the sheet, when conveying the sheet to the image-forming portion, wherein the direction that is orthogonal to the sheet conveying direction is the sheet width direction characterised in that the control portion controls the second conveying portion to move at least one of the pair of conveying members of the second conveying portion along the direction that is orthogonal to the sheet conveying direction while the pair of conveying members of the second conveying portion inhibits the sheet from being nipped at the second conveying portion. an image-forming portion that forms an image on a sheet; a first conveying portion that is arranged at an upstream side of the image-forming portion along a sheet conveying direction and includes a pair of conveying members; a second conveying portion that is arranged at an upstream side of the first conveying portion along the sheet conveying direction and includes a pair of conveying members; and a control portion for correcting skew of the sheet that controls the first conveying portion to move the pair of conveying members of the first conveying portion along a direction that is orthogonal to the sheet conveying direction while the pair of conveying members of the first conveying portion nips the sheet, when conveying the sheet to the image-forming portion, wherein the direction that is orthogonal to the sheet conveying direction is the sheet width direction characterised in that the control portion controls the second conveying portion to move at least one of the pair of conveying members of the second conveying portion along the direction that is orthogonal to the sheet conveying direction while the pair of conveying members of the second conveying portion inhibits the sheet from being nipped at the second conveying portion.
A method of annealing or doping a diamond, the method comprising: (i) providing a liquid metal saturated with carbon with respect to graphite precipitation; (ii) lowering the temperature of the liquid metal such that the liquid metal is saturated, not supersaturated, with carbon with respect to diamond precipitation; (iii) immersing a diamond in the liquid metal; and (iv) removing the diamond from the metal; wherein the method is a method of reducing defects in a diamond and/or improving the optical properties of a diamond; and in step (iii) the diamond is immersed in the liquid metal to reduce the defects in the diamond and/or improve the optical properties of the diamond; or wherein the method is a method of doping diamond and in step (iii) the diamond is immersed in the liquid metal in the presence of a dopant to dope the diamond with the dopant. (i) providing a liquid metal saturated with carbon with respect to graphite precipitation; (ii) lowering the temperature of the liquid metal such that the liquid metal is saturated, not supersaturated, with carbon with respect to diamond precipitation; (iii) immersing a diamond in the liquid metal; and (iv) removing the diamond from the metal;
An information processing apparatus comprising: a sound output control unit configured to generate localization information of a sound marker (Ms) based on a virtual position, the virtual position being a position of a visual marker (Mv); and a sound output unit configured to output a sound associated with the sound marker (Ms), based on the localization information, wherein the virtual position is determined based on a position of a real object present in a space and the sound output unit is further configured to audibly output the sound at the virtual position concurrently with a displaying of the visual marker (Mv) at the virtual position on a display unit of the information processing apparatus, wherein the sound output control unit is further configured to determine a sound source position of the sound marker (Ms) based on a distance between a position of a user and the virtual position, and wherein when the distance between the position of the user and the virtual position is greater than a threshold value, the sound output control unit is further configured to determine the sound source position of the sound marker (Ms) to be at a location that is located closer to being directly in front of the user than to the virtual position. a sound output control unit configured to generate localization information of a sound marker (Ms) based on a virtual position, the virtual position being a position of a visual marker (Mv); and a sound output unit configured to output a sound associated with the sound marker (Ms), based on the localization information, wherein the virtual position is determined based on a position of a real object present in a space and the sound output unit is further configured to audibly output the sound at the virtual position concurrently with a displaying of the visual marker (Mv) at the virtual position on a display unit of the information processing apparatus, wherein the sound output control unit is further configured to determine a sound source position of the sound marker (Ms) based on a distance between a position of a user and the virtual position, and wherein when the distance between the position of the user and the virtual position is greater than a threshold value, the sound output control unit is further configured to determine the sound source position of the sound marker (Ms) to be at a location that is located closer to being directly in front of the user than to the virtual position.
A drawer synchronous slide, comprising a fixed slide rail, a middle slide rail, and a movable slide rail connected to each other slidably, wherein a synchronizing gear is arranged on the middle slide rail, a first synchronizing rack and a second synchronizing rack arranged horizontally and oppositely are respectively fixed onto the movable slide rail and the fixed slide rail, left and right sides of the synchronizing gear are respectively meshed and work in conjunction with a tooth-shaped part of the first synchronizing rack and a tooth-shaped part of the second synchronizing rack, characterised in that an elastic part is arranged on the first synchronizing rack, the tooth-shaped part of the first synchronizing rack is elastically pressed towards the synchronizing gear under the action of elastic stress of the elastic part, and at least one limiting gear for working in conjunction with each of the first synchronizing rack and the second synchronizing rack in an abutting manner is arranged on the synchronizing gear.
A pneumatic tire having a tread portion, wherein on the tread portion, a sealant layer extending in a tire axial direction from a first end to a second end thereof, and a sound absorption layer adhered to an inner side in a tire radial direction of the sealant layer and formed of a sponge material, are disposed at a side where a tire inner cavity (i) is present, the sealant layer is, at least at the first end side, uncovered with the sound absorption layer but provided with a first exposed portion exposed to the tire inner cavity (i) and extending in the tire axial direction, the sound absorption layer has, at a side where the first exposed portion is present, a first side surface which extends in the tire radial direction and at which the sound absorption layer has a thickness (ta) not less than 25 mm, and the first side surface is provided with an adhesion prevention portion by which the first side surface and the first exposed portion are prevented from adhering to each other, characterized in that the adhesion prevention portion is disposed over a range from an inner end in the tire radial direction of the first side surface to a position corresponding to not less than 20% of the thickness (ta) at the first side surface, wherein the adhesion prevention portion includes a layer formed of a mold-release material, and/or wherein the adhesion prevention portion includes a recessed and projecting portion which allows reduction in an area of contact between the first side surface and the first exposed portion. on the tread portion, a sealant layer extending in a tire axial direction from a first end to a second end thereof, and a sound absorption layer adhered to an inner side in a tire radial direction of the sealant layer and formed of a sponge material, are disposed at a side where a tire inner cavity (i) is present, the sealant layer is, at least at the first end side, uncovered with the sound absorption layer but provided with a first exposed portion exposed to the tire inner cavity (i) and extending in the tire axial direction, the sound absorption layer has, at a side where the first exposed portion is present, a first side surface which extends in the tire radial direction and at which the sound absorption layer has a thickness (ta) not less than 25 mm, and the first side surface is provided with an adhesion prevention portion by which the first side surface and the first exposed portion are prevented from adhering to each other, characterized in that the adhesion prevention portion is disposed over a range from an inner end in the tire radial direction of the first side surface to a position corresponding to not less than 20% of the thickness (ta) at the first side surface, wherein the adhesion prevention portion includes a layer formed of a mold-release material, and/or wherein the adhesion prevention portion includes a recessed and projecting portion which allows reduction in an area of contact between the first side surface and the first exposed portion.
Compound of the formula in crystalline form of the modification I characterized in that the X-ray diffractogram of the compound shows peak maxima of the 2 theta angle at 5.9, 6.9, 16.2, 16.5, 24.1, 22.7, 24.7.
Suspension for a weighing cell, where the suspension comprises a base structure and a moveable structure, and where a load cell is connected between said base structure and said moveable structure, where the suspension is generally shaped as a parallelogram, said parallelogram having two parallel primary elements (13,23), where one primary element is fastened to the base structure and the other primary element is fastened to the moveable structure, and where between the primary elements (13,23) on respectively the base structure and the moveable structure, two, in a rest position parallel secondary elements (30,40) are arranged, where each secondary element (30,40) is provided with at least one bendable section (a), said bendable sections having the same characteristics with respect to bending, characterized in that the primary elements (13,23) comprise a cylindrical section and a fastening land (11,12,21,22) in either end of the cylindrical section for fastening an end of the secondary elements (30,40), wherein two parallelograms are provided, such that the secondary parallel elements (30,40) of each parallelogram are parallel, and that the primary elements (13,23) of the movable structure and the base structure are arranged on parallel lines orthogonal to said secondary parallel elements (30,40), and where the parallelograms are connected by at least one plate element (14,15,24,25).