mhurhangee/ep-ind-claims huggingface dataset:
A method for the surface modification of at least one annular component which has a diameter or dimensions in the range of from 0.5 m to 12 m, wherein at least one main process is carried out in at least one first reactor (2, 2') and at least one auxiliary process is carried out in at least one second reactor (2a, 2b), wherein the at least one annular component is introduced into the at least one first reactor (2, 2') filled with at least one main medium (4a, 9a) so that the at least one first reactor (2, 2') is loaded with the at least one annular component, wherein, in the at least one main process, the at least one annular component is bathed in the at least one main medium (4a, 9a), wherein a chemical change in the surface of the annular component occurs by means of the at least one main medium (4a, 9a), wherein the at least one annular component is introduced into the at least one second reactor (2a, 2b) filled with at least one auxiliary medium (4b, 4c) so that the at least one second reactor (2a, 2b) is loaded with the at least one annular component, wherein, in the at least one auxiliary process, the at least one annular component is bathed in the auxiliary medium (4b, 4c), wherein the surface of the at least one annular component is treated by the auxiliary medium (4b, 4c), wherein reactors (2, 2'; 2a, 2b) are used which have an annular cross section in plan view, and wherein the surface modification takes place in the form of bluing or phosphating, wherein a conversion coating is formed. wherein at least one main process is carried out in at least one first reactor (2, 2') and at least one auxiliary process is carried out in at least one second reactor (2a, 2b), wherein the at least one annular component is introduced into the at least one first reactor (2, 2') filled with at least one main medium (4a, 9a) so that the at least one first reactor (2, 2') is loaded with the at least one annular component, wherein, in the at least one main process, the at least one annular component is bathed in the at least one main medium (4a, 9a), wherein a chemical change in the surface of the annular component occurs by means of the at least one main medium (4a, 9a), wherein the at least one annular component is introduced into the at least one second reactor (2a, 2b) filled with at least one auxiliary medium (4b, 4c) so that the at least one second reactor (2a, 2b) is loaded with the at least one annular component, wherein, in the at least one auxiliary process, the at least one annular component is bathed in the auxiliary medium (4b, 4c), wherein the surface of the at least one annular component is treated by the auxiliary medium (4b, 4c), wherein reactors (2, 2'; 2a, 2b) are used which have an annular cross section in plan view, and wherein the surface modification takes place in the form of bluing or phosphating, wherein a conversion coating is formed.
Melting reduction assembly having loading devices for solid carbon carriers such as pieces of coal, and ferrous input materials, for example, partly reduced and/or fully reduced sponge iron, having a melting gasification zone which comprises a packed bed formed by the solid carbon carriers and the ferrous input materials, having a lower section for receiving liquid pig iron or raw steel material and liquid slag, having a tap for liquid slag and liquid pig iron, having a plurality of oxygen nozzles arranged in the shell of the melting reduction assembly and supply lines for feeding oxygen-containing gas or oxygen to the oxygen nozzles, in particular a ring circuit which surrounds the shell of the melting reduction assembly in a ring form, characterised in that the plurality of oxygen nozzles are arranged distributed in at least two nozzle planes arranged spaced apart from one another, in particular in the vertical direction, and arranged parallel to one another, said nozzles being horizontally distributed round the periphery of the shell of the melting reduction assembly and in different nozzle planes, each arranged offset to one another, wherein the vertical spacing between the nozzle planes, in particular the vertical spacing between the exit openings of the oxygen nozzles is smaller than, or at most equal to, the horizontal spacing between the oxygen nozzles.
An active optic cable assembly (1, 1', 1", 500), comprising: a fiber optic cable having a first end attached to a connector (10, 600), the connector (10, 600) comprising a thermal insert (12, 512) having a front portion attached to a housing (18, 20, 518, 520) of the connector thereby creating a thermal path between the housing (518, 520) and the thermal insert (12, 512), wherein the housing (518, 520) is formed from a first housing portion and a second housing portion, and heat generating components of the connector are disposed within the housing (518, 520) and are disposed on a printed circuit board assembly, wherein the thermal insert (12, 512) is at least partially disposed under a boot (14, 14', 14", 514), and wherein the assembly (1, 1', 1", 500) dissipates a heat transfer rate of 0.75 Watts or greater from the connector during steady-state operation.
A working machine, comprising: an upper frame slewably mounted on a lower body; a bonnet which covers a machine chamber defined on the upper frame from above; a counterweight supported on a rear portion of the upper frame, and having: a weight outer surface having such a shape as to cover at least a part of left and right portions of the machine chamber and cover a rear portion thereof; a weight inner surface located opposite the weight outer surface and closer to the machine chamber than the weight outer surface; and a weight top surface extending along an upper end of the weight outer surface Z between the weight outer surface and the weight inner surface; and an antenna support member (40,50) having an antenna attachment part (45,55) to which an antenna is attachable; characterised in that the antenna support member (40, 50) has a plurality of legs (41, 42, 43, 51, 52, 53) for supporting the antenna attachment part, the counterweight has a weight recess part (31,32) recessed from the weight outer surface toward the weight inner surface at the upper end of the weight outer surface, and the legs include a first leg (41, 51) having a first fixed part (41A, 51A) fixed to the weight recess part, and a second leg (42, 52) having a second fixed part (42A, 52A) fixed to the weight recess part or the weight top surface at a position deviating upward from the first fixed part. an upper frame slewably mounted on a lower body; a bonnet which covers a machine chamber defined on the upper frame from above; a counterweight supported on a rear portion of the upper frame, and having: a weight outer surface having such a shape as to cover at least a part of left and right portions of the machine chamber and cover a rear portion thereof; a weight inner surface located opposite the weight outer surface and closer to the machine chamber than the weight outer surface; and a weight top surface extending along an upper end of the weight outer surface Z between the weight outer surface and the weight inner surface; and an antenna support member (40,50) having an antenna attachment part (45,55) to which an antenna is attachable; characterised in that the antenna support member (40, 50) has a plurality of legs (41, 42, 43, 51, 52, 53) for supporting the antenna attachment part, the counterweight has a weight recess part (31,32) recessed from the weight outer surface toward the weight inner surface at the upper end of the weight outer surface, and the legs include a first leg (41, 51) having a first fixed part (41A, 51A) fixed to the weight recess part, and a second leg (42, 52) having a second fixed part (42A, 52A) fixed to the weight recess part or the weight top surface at a position deviating upward from the first fixed part.
Heat receiver tube for absorbing solar energy and for transferring absorbed solar energy to a heat transfer fluid which can be located inside of at least one core tube of the heat receiver tube, wherein - the core tube comprises a core tube surface with at least one solar energy absorptive coating for absorbing solar radiation; - the core tube is enveloped by at least one enveloping tube; - the enveloping tube comprises at least one enveloping tube wall which is at least partly transparent for the solar radiation; - the enveloping tube wall comprises at least one inner enveloping tube surface; - the core tube and the enveloping tube are coaxially arranged to each other such that an inner heat receiver tube space is formed which is bordered by the core tube surface and the inner enveloping tube surface; - the heat receiver tube comprises at least one dimension adapting device with a flexible adapting device wall for compensation of a thermally induced change of at least one dimension of the heat receiver tube; and - the dimension adapting device comprises bellows and the flexible adapting device wall comprises a bellows wall; characterized in that - the heat receiver tube comprises at least one pressure adapting device for adapting a space pressure of the inner heat receiver tube space to an environmental atmosphere pressure of an environmental atmosphere of the heat receiver tube; - the pressure adapting device comprises at least one opening for connecting the inner heat receiver tube space and the environment and - the bellows wall comprises the pressure adapting device. - the core tube comprises a core tube surface with at least one solar energy absorptive coating for absorbing solar radiation; - the core tube is enveloped by at least one enveloping tube; - the enveloping tube comprises at least one enveloping tube wall which is at least partly transparent for the solar radiation; - the enveloping tube wall comprises at least one inner enveloping tube surface; - the core tube and the enveloping tube are coaxially arranged to each other such that an inner heat receiver tube space is formed which is bordered by the core tube surface and the inner enveloping tube surface; - the heat receiver tube comprises at least one dimension adapting device with a flexible adapting device wall for compensation of a thermally induced change of at least one dimension of the heat receiver tube; and - the dimension adapting device comprises bellows and the flexible adapting device wall comprises a bellows wall; characterized in that - the heat receiver tube comprises at least one pressure adapting device for adapting a space pressure of the inner heat receiver tube space to an environmental atmosphere pressure of an environmental atmosphere of the heat receiver tube; - the pressure adapting device comprises at least one opening for connecting the inner heat receiver tube space and the environment and - the bellows wall comprises the pressure adapting device.
Method for reshaping a glass body rotating about its longitudinal axis L, by means of - a means for establishing a temperature profile along the longitudinal axis L, comprising a laser, - a radial forming tool, which is movable radially to the longitudinal axis L, - an axial forming tool, which is movable axially to the longitudinal axis L, and - a rotation means with which the glass body can be rotated, the method comprising the following steps in the specified order: A. establishing a first pre-defined temperature profile along the longitudinal axis L of the glass body, using the means for establishing a temperature profile, B. reshaping the rotating glass body by engaging the radial forming tool, so that a shoulder is formed, C. establishing a second pre-defined temperature profile along the longitudinal axis L of the glass body using the means for establishing a temperature profile, so that the viscosity of the glass in the region of the shoulder is at least 10 6 dPa s and at most 10 13 dPa s, and D. reshaping the rotating glass body by engaging the axial forming tool. - a means for establishing a temperature profile along the longitudinal axis L, comprising a laser, - a radial forming tool, which is movable radially to the longitudinal axis L, - an axial forming tool, which is movable axially to the longitudinal axis L, and - a rotation means with which the glass body can be rotated, A. establishing a first pre-defined temperature profile along the longitudinal axis L of the glass body, using the means for establishing a temperature profile, B. reshaping the rotating glass body by engaging the radial forming tool, so that a shoulder is formed, C. establishing a second pre-defined temperature profile along the longitudinal axis L of the glass body using the means for establishing a temperature profile, so that the viscosity of the glass in the region of the shoulder is at least 10 6 dPa s and at most 10 13 dPa s, and D. reshaping the rotating glass body by engaging the axial forming tool.
An agrochemical composition wherein the composition is an emulsion concentrate, an emulsion in water, a microcapsule formulation, dispersion concentrate, suspension of particles in an emulsion, or a suspension of particles in oil comprising: i. an agrochemical active ingredient; ii. a surfactant; iii. an aromatic phosphate ester of formula wherein R 1 is phenyl or phenyl substituted with one, two or three groups independently selected from a C 1 -C 4 branched chain alkyl group or a C 1 -C 4 straight chain alkyl group, R 2 is phenyl or phenyl substituted with one, two or three groups independently selected from a C 1 -C 4 branched chain alkyl group or a C 1 -C 4 straight chain alkyl group, and R 3 is C 7 -C 20 alkyl. i. an agrochemical active ingredient; ii. a surfactant; iii. an aromatic phosphate ester of formula wherein R 1 is phenyl or phenyl substituted with one, two or three groups independently selected from a C 1 -C 4 branched chain alkyl group or a C 1 -C 4 straight chain alkyl group, R 2 is phenyl or phenyl substituted with one, two or three groups independently selected from a C 1 -C 4 branched chain alkyl group or a C 1 -C 4 straight chain alkyl group, and R 3 is C 7 -C 20 alkyl.
Tool-carrier device intended to be interposed between a tractor and a viticulture or arboriculture tool, said device enabling the positioning of said tool to be controlled in relation to a row of plants independently of the position of the tractor in relation to said row, said device comprising a fixed chassis intended to be attached to the tractor, and a chassis mounted so as to be able to move in relation to said fixed chassis and intended to be attached to said tool, said fixed chassis being conformed so as to form a fixed window that is fixed, while said movable chassis is conformed so as to form a movable window that is movable and will move at the same time as said movable chassis, said fixed and movable chassis (1, 3) being conformed so as to form a central window allowing, whatever the position of said movable chassis in relation to the fixed chassis, the passage of at least one transmission member that extends from the tractor as far as said viticulture or arboriculture tool through said device in order to supply power to said viticulture or arboriculture tool, the dimensions of each of said fixed and movable windows (115, 315) being sufficiently great for the movement of said movable chassis not to interfere with the elements situated inside said central window, the zone defined by said central window being fixed and free from any movement during movements of said movable chassis with respect to said fixed chassis, said tool-carrier device comprising a movement means connected or attached firstly to said fixed chassis and secondly to said movable chassis, said tool-carrier device comprising at least one means for detecting said row of plants intended to automatically control said movement means, said detection means comprising a probe intended to come into contact at one point with said row of plants, said detection means being intended to automatically control said movement means in order to position the tool carried by the tool carrier with respect to a row of plants, or with respect to two rows of plants parallel to one another, such as the rows formed by vines or fruit trees, independently of the position of the tractor in relation to said row.
An elevator arrangement with multiple elevator cars in the same elevator shaft, the arrangement comprises at least an uppermost elevator with its control system, hoisting machinery (14, 14a) and elevator car, and a lowermost elevator with its control system, hoisting machinery and elevator car, which elevator cars (10, 20) are arranged to run in the same elevator shaft along the same guide rails, wherein the uppermost elevator is of a type that the hoisting machinery (14, 14a) of the uppermost elevator car is above the elevator shaft or at least at an upper part of the elevator shaft, and that the lowermost elevator is of a type that the hoisting machinery of the lowermost elevator car is underneath the lowermost elevator car, whereby the hoisting machinery (14, 14a) of the uppermost elevator has a traction sheave that is arranged to move the hoisting rope connected between the uppermost elevator car and a counterweight, of the uppermost elevator, characterized in that the hoisting machinery of the lowermost elevator has a drive wheel that is arranged to move a traction member connected between the lower part of a counterweight of the lowermost elevator and the lower part of the lowermost elevator car.
An X-ray radiography device comprising: a radiographing body including an X-ray generator; and a variable arm relatively changing a position and a direction of the radiographing body with respect to a temporarily fixed position, wherein the variable arm includes: a variable connection member configured to be changed in length or direction by an external force; a fixed end configured to be an end of the variable connection member and fixed at at least the temporarily fixed position; and a free end configured to be located in an opposite end to the fixed end, to be connected to the radiographing body, and to be changed in position and direction relative to the fixed end with transformation of the variable connection member, characterized in that the X-ray generator includes a field emission type of electron emitter using a nano-scaled emitter. a radiographing body including an X-ray generator; and a variable arm relatively changing a position and a direction of the radiographing body with respect to a temporarily fixed position, wherein the variable arm includes: a variable connection member configured to be changed in length or direction by an external force; a fixed end configured to be an end of the variable connection member and fixed at at least the temporarily fixed position; and a free end configured to be located in an opposite end to the fixed end, to be connected to the radiographing body, and to be changed in position and direction relative to the fixed end with transformation of the variable connection member, characterized in that the X-ray generator includes a field emission type of electron emitter using a nano-scaled emitter. a variable connection member configured to be changed in length or direction by an external force; a fixed end configured to be an end of the variable connection member and fixed at at least the temporarily fixed position; and a free end configured to be located in an opposite end to the fixed end, to be connected to the radiographing body, and to be changed in position and direction relative to the fixed end with transformation of the variable connection member, characterized in that the X-ray generator includes a field emission type of electron emitter using a nano-scaled emitter.
Mixer tap, comprising: - a hollow tap body made of a plastic material and extending between a lower open end, suitable for connection to fastening means of the tap to a tap support surface, such as the surface of a washbasin, and an upper open end, the tap body having a side wall in which a side outlet opening is made; - a mixer cartridge housed in a cartridge seat made in the tap body; - a cartridge support base plate, housed in a base plate seat made inside the tap body under the cartridge seat, hot water and cold water inlets being made in said cartridge base plate, said hot water and cold water inlets being connectable to respective hot and cold water supply pipes fluidically communicating with the mixing cartridge, and a water outlet being made in said cartridge base plate and being connected to the mixing cartridge and ending with a water outlet lumen made in the side wall of the base plate and aligned with the side outlet opening of the tap body; - a cartridge command lever operationally connected to the mixer cartridge; - a water outlet tube which extends from the side outlet opening of the tap body and which is connected fluidically with the water outlet lumen; and - a shell casing comprising a body portion which covers the tap body and a tube portion which covers the water outlet tube, the mixer tap being characterized in that the tube portion is made in one piece with the body portion, the water outlet tube to be inserted in the tube portion and to be connected to the water outlet lumen after the shell has been applied to the tap body. - a hollow tap body made of a plastic material and extending between a lower open end, suitable for connection to fastening means of the tap to a tap support surface, such as the surface of a washbasin, and an upper open end, the tap body having a side wall in which a side outlet opening is made; - a mixer cartridge housed in a cartridge seat made in the tap body; - a cartridge support base plate, housed in a base plate seat made inside the tap body under the cartridge seat, hot water and cold water inlets being made in said cartridge base plate, said hot water and cold water inlets being connectable to respective hot and cold water supply pipes fluidically communicating with the mixing cartridge, and a water outlet being made in said cartridge base plate and being connected to the mixing cartridge and ending with a water outlet lumen made in the side wall of the base plate and aligned with the side outlet opening of the tap body; - a cartridge command lever operationally connected to the mixer cartridge; - a water outlet tube which extends from the side outlet opening of the tap body and which is connected fluidically with the water outlet lumen; and - a shell casing comprising a body portion which covers the tap body and a tube portion which covers the water outlet tube, the mixer tap being characterized in that the tube portion is made in one piece with the body portion, the water outlet tube to be inserted in the tube portion and to be connected to the water outlet lumen after the shell has been applied to the tap body.