mhurhangee/ep-ind-claims huggingface dataset:
A method of preparing a colored gloss pigment with a natural dye, comprising: preparing a dye from a dye material of red series, purple series, yellow series, or black series of natural dye; titrating the dye with an inorganic salt solution and subsequently adjusting a pH neutral to prepare a natural pigment containing the dye; introducing a flake substrate into a deionized water (DI water) with stirring for dispersion to form a substrate suspension; and introducing a pH adjusting agent and the natural pigment into the substrate suspension to coat a surface of the flake substrate with the natural pigment. preparing a dye from a dye material of red series, purple series, yellow series, or black series of natural dye; titrating the dye with an inorganic salt solution and subsequently adjusting a pH neutral to prepare a natural pigment containing the dye; introducing a flake substrate into a deionized water (DI water) with stirring for dispersion to form a substrate suspension; and introducing a pH adjusting agent and the natural pigment into the substrate suspension to coat a surface of the flake substrate with the natural pigment.
A combination of a container and a container cap assembly, said combination including an RFID tag, wherein the RFID tag comprises an RFID chip, an antenna for transmitting a radio frequency signal, and a connecting wire connecting the RFID chip to the antenna for transmitting a radio frequency signal, wherein the container comprises a container neck, and the container cap assembly comprises a neck cap, a connecting string connecting the neck cap to the container neck, wherein the neck cap has a first position and a second position, wherein in the first position the container neck is opened and in the second position the container neck is closed by the neck cap, wherein the connecting wire is unbroken in both the first and second positions of the neck cap, characterized in that the connecting wire is led through the connecting string.
A windturbine generator comprising: a rotor composed of a hub and a blade; a nacelle pivotably supporting the rotor via a rotary shaft connected to the hub and storing therein a power generator connected to the rotary shaft; a tower supporting the nacelle; a pitch actuator changing and thereby adjusting a pitch angle of the blade; and a pitch controller outputting a command value to the pitch actuator, wherein, at the pitch controller, a detected command for stopping the rotor is outputted to the pitch actuator, after confirmation that shifting to a manual state has occurred and then the rotor is mechanically fixed, the pitch actuator increases the pitch angle of the blade to make the angle larger than a pitch angle of the blade in a feather state during deceleration based on the command for stopping the rotor from the pitch controller, wherein the manual state is a state in which manual adjustment is possible. a rotor composed of a hub and a blade; a nacelle pivotably supporting the rotor via a rotary shaft connected to the hub and storing therein a power generator connected to the rotary shaft; a tower supporting the nacelle; a pitch actuator changing and thereby adjusting a pitch angle of the blade; and a pitch controller outputting a command value to the pitch actuator, wherein, at the pitch controller, a detected command for stopping the rotor is outputted to the pitch actuator,
Lifting device for a submarine for conveying a useful load along a lifting direction, characterized in that the lifting device comprises a first guide element, a second guide element, a first lifting element and a second lifting element, wherein the first lifting element is mounted on the first guide element such that it can be displaced along the lifting direction, wherein - the first lifting element and the first guide element are coupled to each other via a force means acting in the lifting direction, and - the second lifting element and the second guide element are coupled to each other via a further force means acting in the lifting direction, wherein the force means and the further force means are synchronized and wherein the lifting device comprises external cladding carried along with the first and the second lifting element (40, 40'), which is connected to the first and the second lifting element (40, 40'). - the first lifting element and the first guide element are coupled to each other via a force means acting in the lifting direction, and - the second lifting element and the second guide element are coupled to each other via a further force means acting in the lifting direction,
Apparatus for holding and/or transporting bicycles, comprising an upper and a lower holding device (2, 3), as seen in the use position, for a wheel of the bicycles, said holding devices being mounted on a carrier, wherein the upper holding device is mounted on the carrier in such a way as to be pivotable about a pivot axle, and wherein the upper and the lower holding device (2, 3) are connected to one another via at least one draw bar, which is connected to the upper holding device in an articulated manner, characterized in that the lower holding device is rigidly connected to the carrier during use, in that the draw bar is connected to the lower holding device in an articulated manner via a coupling rod (20, 40), and in that a lower supporting device for the wheel is arranged on the draw bar and/or the coupling rod (20, 40).
A monitoring system for detecting leakages during ventilation with at least one ventilator, wherein the system comprises at least one monitoring device for determining a leakage rate from at least one leakage parameter detected by one or more sensors, the monitoring device being suitable and configured for recording at least one time profile of the leakage parameter, for determining at least one measure for a rate of change of the leakage parameter in the time profile, and for detecting at least one mouth leakage in accordance with the at least one measure, such that a mouth leakage can be differentiated from at least one other leakage type, wherein the monitoring device is suitable and configured for detecting a mask leakage as at least one other leakage type, and for differentiating at least a mouth leakage and a mask leakage from each other, characterized in that the monitoring device is suitable and configured for differentiating the mask leakage from the mouth leakage at least by a duration for which a defined leakage rate is maintained, and/or for differentiating them by a number of defined reversals of the leakage rate, and that the leakage rate is defined by a volume loss and/or pressure loss. the monitoring device being suitable and configured for recording at least one time profile of the leakage parameter, for determining at least one measure for a rate of change of the leakage parameter in the time profile, and for detecting at least one mouth leakage in accordance with the at least one measure, such that a mouth leakage can be differentiated from at least one other leakage type, wherein the monitoring device is suitable and configured for detecting a mask leakage as at least one other leakage type, and for differentiating at least a mouth leakage and a mask leakage from each other, characterized in that the monitoring device is suitable and configured for differentiating the mask leakage from the mouth leakage at least by a duration for which a defined leakage rate is maintained, and/or for differentiating them by a number of defined reversals of the leakage rate, and that the leakage rate is defined by a volume loss and/or pressure loss.
A powder composition for treating keratin fibres, preferably human keratin fibres, especially human hair, characterized in that it comprises one or more direct dye(s) selected from HC Red 18, HC Blue 18 and HC Yellow 16, one or more alkanolamine(s) as alkalizing agent, and an organic and/or inorganic pulverulent excipient.
A support element for holding a fan, in particular, an axial fan, comprising a wall ring for receiving the fan, whereby the outer circumference of the wall ring has a hinge comprising a first hinge part that is joined to the wall ring, and a second hinge part that can be pivoted around a hinge axis relative to the first hinge part, characterized in that the two hinge parts (22, 24) have, on the one hand, flush bearing receptacles in the direction of the hinge axis, and, on the other hand, bearing journals that are joined in a joining direction that is parallel to the center axis of the wall ring, and the second hinge part has several journal projections that extend perpendicular to the hinge axis and that each have two opposing axial bearing journals, whereby each journal projection intermeshes between two receiving projections of the first hinge part and, with its bearing journal, into opposite bearing receptacles of the receiving projections.
A fluidic ejection die, comprising: an array of nozzles, each nozzle comprising: an ejection chamber; an opening; and a fluid actuator disposed within the ejection chamber an inlet passage, formed in a substrate, configured to deliver fluid into the ejection chamber; and an outlet passage, formed in the substrate, configured to deliver fluid out of the ejection chamber; and an array of channels, formed on a back surface of the substrate, the array of channels divided into inlet channels and outlet channels, wherein: each inlet channel is fluidly connected to a respective plurality of inlet passages; and each outlet channel is fluidly connected to a respective plurality of outlet passages; characterised in that the fluidic ejection device comprises: a micro-recirculation pump (220, 432) disposed between each inlet passage and outlet passage and configured to circulate the fluid into that inlet passage and out of that outlet passage in a pulsating manner to cause vortices in the fluid in a corresponding outlet channel. an array of nozzles, each nozzle comprising: an ejection chamber; an opening; and a fluid actuator disposed within the ejection chamber an inlet passage, formed in a substrate, configured to deliver fluid into the ejection chamber; and an outlet passage, formed in the substrate, configured to deliver fluid out of the ejection chamber; and ejection chamber; an opening; and a fluid actuator disposed within the ejection chamber an inlet passage, formed in a substrate, configured to deliver fluid into the ejection chamber; and an outlet passage, formed in the substrate, configured to deliver fluid out of the ejection chamber; and an array of channels, formed on a back surface of the substrate, the array of channels divided into inlet channels and outlet channels, wherein: each inlet channel is fluidly connected to a respective plurality of inlet passages; and each outlet channel is fluidly connected to a respective plurality of outlet passages; each inlet channel is fluidly connected to a respective plurality of inlet passages; and each outlet channel is fluidly connected to a respective plurality of outlet passages;
A method to size and monitor the diffusion of gases present in a gas mixture injected in groundwater to promote decontamination processes, - the gas mixture being constituted by at least one gas useful for remediation and at least two tracer gases, wherein - said at least one gas useful for remediation is biologically or chemically consumed to purify the groundwater from organic or inorganic contamination and said at least two tracer gases have a water diffusivity respectively higher and lower than the water diffusivity of the at least one gas useful for remediation, and are completely inert, do not react with ground and substances present therein and with the groundwater and do not introduce any pollution, the method being based on the propagation difference between said at least one gas useful for remediation and the tracer gases, and consisting in: - defining the influence radius of said at least one injected gas useful for the remediation; - identifying, through elaboration of tracer gases concentration detected in monitoring wells, the presence and the quantity of pollutants in groundwater, even when such pollutants have not initially been considered. - the gas mixture being constituted by at least one gas useful for remediation and at least two tracer gases, wherein - said at least one gas useful for remediation is biologically or chemically consumed to purify the groundwater from organic or inorganic contamination and said at least two tracer gases have a water diffusivity respectively higher and lower than the water diffusivity of the at least one gas useful for remediation, and are completely inert, do not react with ground and substances present therein and with the groundwater and do not introduce any pollution, - defining the influence radius of said at least one injected gas useful for the remediation; - identifying, through elaboration of tracer gases concentration detected in monitoring wells, the presence and the quantity of pollutants in groundwater, even when such pollutants have not initially been considered.
A torque transferring device for a power tool, comprising a first portion comprising a first engaging structure arranged at a front end of said first portion and adapted to engage a corresponding mating structure to transfer torque thereto, and a second portion comprising a second engaging structure for connection to the output shaft of a power tool arranged at a rear end portion of said second portion, wherein said second engaging portion comprises an open cavity adapted to receive said output shaft of a power tool, said device further comprising a pin arranged at least partly in said open cavity, wherein said pin is arranged to extend in an axial direction and further arranged to, in use, engage a hole formed in said power tool output shaft, wherein said pin comprises a body portion and a head portion, wherein said head portion is adapted to, in use, extend into said hole formed in said power tool output shaft
A composite IC card comprising: a card base having a recess; an antenna sheet arranged inside the card base; and an IC module arranged in the recess of the card base, wherein the IC module comprises an IC chip having both a contact communication function and a non-contact communication function, a module substrate provided with an external terminal which is a contact communication element, and a first coupling coil which is a non-contact communication mechanism, the antenna sheet comprises an antenna coil configured to perform reception of electric power and transmission and reception of signals with an external reader, and a second coupling coil connected to the antenna coil, the first coupling coil and the second coupling coil are arranged so as to be capable of achieving close coupling therebetween and configured to couple the IC module with the antenna sheet in a non-contact manner by trans coupling, the second coupling coil of the antenna sheet is arranged outside a region in which the recess of the card base is formed, and the antenna sheet further comprises a capacitive element connected to the second coupling coil and the antenna coil, characterized in that the second coupling coil is formed on a front surface of the antenna sheet, the antenna sheet further comprises a connection land connecting the second coupling coil with a wiring formed on a rear surface of the antenna sheet and drawn from the capacitive element, and the connection land is arranged inside the region in which the recess of the card base is formed. a card base having a recess; an antenna sheet arranged inside the card base; and an IC module arranged in the recess of the card base, wherein the IC module comprises an IC chip having both a contact communication function and a non-contact communication function, a module substrate provided with an external terminal which is a contact communication element, and a first coupling coil which is a non-contact communication mechanism, the antenna sheet comprises an antenna coil configured to perform reception of electric power and transmission and reception of signals with an external reader, and a second coupling coil connected to the antenna coil, the first coupling coil and the second coupling coil are arranged so as to be capable of achieving close coupling therebetween and configured to couple the IC module with the antenna sheet in a non-contact manner by trans coupling, the second coupling coil of the antenna sheet is arranged outside a region in which the recess of the card base is formed, and the antenna sheet further comprises a capacitive element connected to the second coupling coil and the antenna coil, characterized in that the second coupling coil is formed on a front surface of the antenna sheet, the antenna sheet further comprises a connection land connecting the second coupling coil with a wiring formed on a rear surface of the antenna sheet and drawn from the capacitive element, and the connection land is arranged inside the region in which the recess of the card base is formed.
A centrifugal ceiling fan (40, 80) comprising: a casing comprising an upper surface comprising an air inlet and a lower surface comprising an air outlet, said lower surface comprising an upper section in proximity of the upper surface and a lower section opposite the uppersection, and having a variable diameter between said upper and lower sections, said diameter being greater at the uppersection than at the lower section; a centrifugal propeller comprising a rotation shaft and a plurality of blades provided around said rotation shaft, wherein the blades are curved and have a width that varies along a direction of the rotation shaft; a motor operatively connected to said centrifugal propeller for rotating said centrifugal propeller, said motor and said centrifugal propeller are provided within said casing; characterized in that the centrifugal propeller further comprises an upper plate supported by the upper edges of the blades, said upper plate having a plurality of cutouts for letting the air received from the air inlet pass there through; and wherein rotation of the centrifugal propeller causes air received from said air inlet to be pushed from said air outlet in substantially all directions between a first direction substantially perpendicularto the rotation shaft and a second direction substantially parallel to the rotation shaft. a casing comprising an upper surface comprising an air inlet and a lower surface comprising an air outlet, said lower surface comprising an upper section in proximity of the upper surface and a lower section opposite the uppersection, and having a variable diameter between said upper and lower sections, said diameter being greater at the uppersection than at the lower section; a centrifugal propeller comprising a rotation shaft and a plurality of blades provided around said rotation shaft, wherein the blades are curved and have a width that varies along a direction of the rotation shaft; a motor operatively connected to said centrifugal propeller for rotating said centrifugal propeller, said motor and said centrifugal propeller are provided within said casing; characterized in that the centrifugal propeller further comprises an upper plate supported by the upper edges of the blades, said upper plate having a plurality of cutouts for letting the air received from the air inlet pass there through; and wherein rotation of the centrifugal propeller causes air received from said air inlet to be pushed from said air outlet in substantially all directions between a first direction substantially perpendicularto the rotation shaft and a second direction substantially parallel to the rotation shaft.
A method for the computerized provision of modular safety components for a number of uniquely addressable safety devices (10, 11, 12, 20, 21, 30, 31, 32) for achieving safety functions in a network of an automation system, wherein a modular safety component contains a combination of an address-independent logic module (A, B,..., X), an address-dependent parameter module (1, 2,.... n) and a failsafe information, wherein the failsafe information is calculated via the address-independent logic module and the address-dependent parameter module, comprising the following method steps: a) Creating a number of safety components; b) Storing of the safety components, wherein the modules and the failsafe information are stored individually, and wherein for each safety component recovery information is stored, and wherein the modules as well as the failsafe information are stored in a non-safe storage, wherein the non-safe storage is provided by a non-safe standard controller of the automation system; c) After connecting a safety device to the automation system, the safety component created for the device is restored by means of the recovery information from the associated logic and parameter modules as well as the failsafe information and is transmitted to the safety device; d) Checking for accuracy of the transmitted safety component in the safety device by means of the associated failsafe information. a) Creating a number of safety components; b) Storing of the safety components, wherein the modules and the failsafe information are stored individually, and wherein for each safety component recovery information is stored, and wherein the modules as well as the failsafe information are stored in a non-safe storage, wherein the non-safe storage is provided by a non-safe standard controller of the automation system; c) After connecting a safety device to the automation system, the safety component created for the device is restored by means of the recovery information from the associated logic and parameter modules as well as the failsafe information and is transmitted to the safety device; d) Checking for accuracy of the transmitted safety component in the safety device by means of the associated failsafe information.